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PatSearch Report © 1998 MicroPatent


Search scope: US Applications
Years: 2005-2008
Assignee/Applicant: samsung electronic*   Issue/Publication Date: 20080101-20080107  

98 patents selected (of 98 matches).

Table of Contents

 1. US20080005767 A1 H04N 20080103 SAMSUNG ELECTRONICS CO LTD 
      Multimedia processing apparatus and method for mobile phone
 2. US20080005701 A1 G06F 20080103 SAMSUNG ELECTRONICS CO LTD 
      User interface providing apparatus and method for portable terminal having touchpad
 3. US20080005643 A1 G06F 20080103 SAMSUNG ELECTRONICS CO LTD 
      Apparatus and method for receiving signal in a communication system
 4. US20080005435 A1 G06F 20080103 SAMSUNG ELECTRONICS CO LTD 
      Bus arbitration system, medium, and method
 5. US20080005402 A1 G06F 20080103 UNIV MINNESOTA 
      Gals-based network-on-chip and data transfer method thereof
 6. US20080005358 A1 G06F 20080103 SAMSUNG ELECTRONICS CO LTD 
      METHOD AND APPARATUS FOR SYNCHRONIZING CONTENT DIRECTORY SERVICE IN UNIVERSAL PLUG AND PLAY NETWORK
 7. US20080005335 A1 G06F 20080103 SAMSUNG ELECTRONICS CO LTD 
      Method and system for network establishment of peripheral
 8. US20080005128 A1 G06F 20080103 SAM SUNG ELECTRONIC 
      METHOD AND SYSTEM FOR ADDITION OF VIDEO THUMBNAIL
 9. US20080004985 A1 G06Q 20080103 SAMSUNG ELECTRONICS CO LTD 
      ORDER PROCESSING METHOD AND APPARATUS USING COMMUNICATION NETWORK
 10. US20080004894 A1 G06Q 20080103 SAMSUNG ELECTRONICS CO LTD 
      Mobile commerce execution method and apparatus
 11. US20080004751 A1 G05B 20080103 SAMSUNG ELECTRONICS CO LTD 
      Robot cleaner system and method of controlling the same
 12. US20080004085 A1 H04M 20080103 SAMSUNG ELECTRONICS CO LTD 
      KEYPAD BATTERY PACK, MOBILE TERMINAL AVAILABLE FOR DIFFERENT KEYPAD BATTERY PACKS, AND METHOD OF CHANGING KEYPAD OF MOBILE TERMINAL
 13. US20080004058 A1 H04Q 20080103 SAMSUNG ELECTRONICS CO LTD 
      METHOD OF TRANSMITTING SCHEDULING REQUEST IN MOBILE COMMUNICATION SYSTEM AND TERMINAL APPARATUS FOR THE SAME
 14. US20080004053 A1 H04Q 20080103 SAMSUNG ELECTRONICS CO LTD 
      Short message processing method and apparatus
 15. US20080004041 A1 H04Q 20080103 SAMSUNG ELECTRONICS CO LTD 
      Method and system for confirming location of lost wireless terminal
 16. US20080004025 A1 H04Q 20080103 SAMSUNG ELECTRONICS CO LTD 
      CELL RESELECTION METHOD AND MOBILE TERMINAL USING THE SAME
 17. US20080003999 A1 H04Q 20080103 SAMSUNG ELECTRONICS CO LTD 
      Method and system for processing PoC Ad-Hoc group session information using RTCP connection message
 18. US20080003985 A1 H04Q 20080103 SAMSUNG ELECTRONICS CO LTD 
      SCREEN DISPLAY METHOD AND APPARATUS FOR MOBILE DEVICE
 19. US20080003979 A1 H04M 20080103 SAMSUNG ELECTRONICS CO LTD 
      METHOD FOR TRACKING A LOST MOBILE STATION
 20. US20080003975 A1 H04M 20080103 SAMSUNG ELECTRONICS CO LTD 
      Emergency message transmission method and mobile terminal
 21. US20080003959 A1 H04B 20080103 SAMSUNG ELECTRONICS CO LTD 
      Method and apparatus to supply power voltage to a mobile device in a variable manner
 22. US20080003949 A1 H04B 20080103 SAMSUNG ELECTRONICS CO LTD 
      Method and system for testing a software-defined radio device
 23. US20080003946 A1 H04B 20080103 SAMSUNG ELECTRONICS CO LTD 
      Connection setting method between devices on wireless personal area networks
 24. US20080003866 A1 H01R 20080103 SAMSUNG ELECTRONICS CO LTD 
      WIRING STRUCTURE IN A SEMICONDUCTOR DEVICE, METHOD OF FORMING THE WIRING STRUCTURE, SEMICONDUCTOR DEVICE INCLUDING THE WIRING STRUCTURE AND METHOD OF MANUFACTURING THE SEMICONDUCTOR DEVICE
 25. US20080003815 A1 H01L 20080103 SAMSUNG ELECTRONICS CO LTD 
      METHOD OF FORMING A BARRIER METAL LAYER OF A SEMICONDUCTOR DEVICE
 26. US20080003728 A1 H01L 20080103 SAMSUNG ELECTRONICS CO LTD 
      THIN FILM TRANSISTOR ARRAY PANEL AND METHOD OF MANUFACTURING THE SAME
 27. US20080003711 A1 H01L 20080103 SAMSUNG ELECTRONICS CO LTD 
      METHOD OF FABRICATING NONVOLATILE MEMORY DEVICE
 28. US20080003515 A1 G03G 20080103 SAMSUNG ELECTRONICS CO LTD 
      Method of preparing toner and toner prepared using the method
 29. US20080003514 A1 G03G 20080103 SAMSUNG ELECTRONICS CO LTD 
      Method of preparing toner and toner prepared using the method
 30. US20080003363 A1 B05D 20080103 SAMSUNG ELECTRONICS CO LTD 
      Novel metal nanoparticle and method for formation of conductive pattern using the same
 31. US20080003115 A1 F04B 20080103 SAMSUNG KWANGJU ELECTRONICS CO 
      Hermetic type compressor
 32. US20080003026 A1 G03G 20080103 SAMSUNG ELECTRONICS CO LTD 
      Image fixing unit for an image forming apparatus
 33. US20080003007 A1 G03G 20080103 SAMSUNG ELECTRONICS CO LTD 
      Method and apparatus for controlling fusing temperature, and image forming apparatus
 34. US20080002944 A1 H04N 20080103 SAMSUNG ELECTRONICS CO LTD 
      APPARATUS AND METHOD FOR STORING DIGITAL BROADCAST DATA
 35. US20080002915 A1 G06K 20080103 SAMSUNG ELECTRONICS CO LTD 
      Image processing apparatus, method and medium
 36. US20080002902 A1 G06K 20080103 SAMSUNG ELECTRONICS CO LTD 
      GLOBAL AND LOCAL STATISTICS CONTROLLED NOISE REDUCTION SYSTEM
 37. US20080002883 A1 G06K 20080103 SAMSUNG ELECTRONICS CO LTD 
      System and method to recognize an optical character
 38. US20080002712 A1 H04L 20080103 SAMSUNG ELECTRONICS CO LTD 
      Method and system for peak scheduling in a wireless network
 39. US20080002688 A1 H04L 20080103 SAMSUNG ELECTRONICS CO LTD 
      Method and apparatus for performing HARQ of packet in a mobile communication system
 40. US20080002685 A1 H04L 20080103 SAMSUNG ELECTRONICS CO LTD 
      Packet switch equipment and bandwidth control method using the same
 41. US20080002660 A1 H04J 20080103 SAMSUNG ELECTRONICS CO LTD 
      METHOD FOR MAINTAINING UPLINK TIMING SYNCHRONIZATION IN A MOBILE COMMUNICATION SYSTEM AND USER EQUIPMENT APPARATUS FOR THE SAME
 42. US20080002657 A1 H04B 20080103 SAMSUNG ELECTRONICS CO LTD 
      Interleaver Interface For A Software-Defined Radio System
 43. US20080002630 A1 H04B 20080103 SAMSUNG ELECTRONICS CO LTD 
      DIGITAL BROADCASTING RECEPTION APPARATUS FOR QUICK CHANNEL SWITCHING AND METHOD THEREOF
 44. US20080002625 A1 H04Q 20080103 SAMSUNG ELECTRONICS CO LTD 
      Bridged portable internet system and method for processing signal thereof
 45. US20080002600 A1 G08C 20080103 SAMSUNG ELECTRONICS CO LTD 
      Power saving control apparatus and method for portable terminal capable of accessing wireless LAN and mobile communication system
 46. US20080002559 A1 G11B 20080103 SAMSUNG ELECTRONICS CO LTD 
      OPTICAL INFORMATION STORAGE MEDIUM
 47. US20080002552 A1 G11B 20080103 SAMSUNG ELECTRONICS CO LTD 
      METHOD OF AND APPARATUS FOR MANAGING DISC DEFECTS USING TEMPORARY DEFECT MANAGEMENT INFORMATION (TDFL) AND TEMPORARY DEFECT MANAGEMENT INFORMATION (TDDS), AND DISC HAVING THE TDFL AND TDDS
 48. US20080002548 A1 G11B 20080103 SAMSUNG ELECTRONICS CO LTD 
      APPARATUS AND METHOD FOR DISCRIMINATING OPTICAL DISC TYPE
 49. US20080002546 A1 G11B 20080103 SAMSUNG ELECTRONICS CO LTD 
      METHOD OF AND APPARATUS FOR MANAGING DISC DEFECTS USING TEMPORARY DEFECT MANAGEMENT INFORMATION (TDFL) AND TEMPORARY DEFECT MANAGEMENT INFORMATION (TDDS), AND DISC HAVING THE TDFL AND TDDS
 50. US20080002544 A1 G11B 20080103 SAMSUNG ELECTRONICS CO LTD 
      INFORMATION STORAGE MEDIUM HAVING STORAGE LAYER WITH OPTICAL POWER CONTROL AREA, AND RECORDING APPARATUS TO RECORD DATA WITH RESPECT TO INFORMATION STORAGE MEDIUM
 51. US20080002543 A1 G11B 20080103 SAMSUNG ELECTRONICS CO LTD 
      METHOD OF OBTAINING OPTIMAL RECORDING CONDITION WITH RESPECT TO INFORMATION STORAGE MEDIUM HAVING MULTIPLE STORAGE LAYERS WITH OPTICAL POWER CONTROL AREAS
 52. US20080002487 A1 G11C 20080103 SAMSUNG ELECTRONICS CO LTD 
      Semiconductor memory devices
 53. US20080002475 A1 G11C 20080103 SAMSUNG ELECTRONICS CO LTD 
      Non-volatile memory devices having a vertical channel and methods of manufacturing such devices
 54. US20080002471 A1 G11C 20080103 SAMSUNG ELECTRONICS CO LTD 
      NAND FLASH MEMORY DEVICE AND METHODS OF ITS FORMATION AND OPERATION
 55. US20080002458 A1 B32B 20080103 SAMSUNG ELECTRONICS CO LTD 
      Nonvolatile variable resistance memory device and method of fabricating the same
 56. US20080002285 A1 G11B 20080103 SAMSUNG ELECTRONICS CO LTD 
      HDD TRACK FOLLOWING CONTROL APPARATUS AND METHOD
 57. US20080002282 A1 G11B 20080103 SAMSUNG ELECTRONICS CO LTD 
      HARD DISK DRIVE (HDD), METHOD IMPROVING READ HIT RATION IN HDD, AND MEDIUM RECORDING COMPUTER PROGRAM PERFORMING METHOD
 58. US20080002271 A1 G11B 20080103 SAMSUNG ELECTRONICS CO LTD 
      METHOD OF DETERMINING HEAD CHARACTERISTIC OF HDD AND RECORDING MEDIUM TO PERFORM THE SAME
 59. US20080002246 A1 G02B 20080103 SAMSUNG ELECTRONICS CO LTD 
      LASER SCANNING UNIT AND IMAGE FORMING APPARATUS INCLUDING THE SAME
 60. US20080002220 A1 H04N 20080103 SAMSUNG ELECTRONICS CO LTD 
      IMAGE FORMING DEVICE AND WEB SERVER PROVIDING WORKFLOW STATUS OF JOB, AND METHOD TO PROVIDE WORKFLOW STATUS OF JOB IN IMAGE FORMING DEVICE AND WEB SERVER
 61. US20080002219 A1 B41B 20080103 SAMSUNG ELECTRONICS CO LTD 
      Printer to display job request information via bluetooth and a method of displaying job request information in the printer
 62. US20080002123 A1 G02F 20080103 SAMSUNG ELECTRONICS CO LTD 
      DISPLAY SUBSTRATE AND DISPLAY PANEL HAVING THE SAME
 63. US20080002089 A1 G02F 20080103 SAMSUNG ELECTRONICS CO LTD 
      LIQUID CRYSTAL DISPLAY
 64. US20080002062 A1 H04N 20080103 SAMSUNG ELECTRONICS CO LTD 
      IMAGE PROCESSING APPARATUS AND METHOD OF ENHANCING VISIBILITY OF DISPLAYED IMAGE
 65. US20080002050 A1 H04N 20080103 SAMSUNG ELECTRONICS CO LTD 
      Photographing apparatuses and method of wirelessly transmitting and/or receiving data between photographing apparatuses
 66. US20080002020 A1 H04N 20080103 SAMSUNG ELECTRONICS CO LTD 
      APPARATUS AND METHOD FOR CONNECTING A VIDEO CALL IN A MOBILE COMMUNICATION SYSTEM
 67. US20080002019 A1 B41J 20080103 SAMSUNG ELECTRONICS CO LTD 
      Apparatus for supporting optical component, and laser scanner and image forming device having the same
 68. US20080002016 A1 B41J 20080103 SAMSUNG ELECTRONICS CO LTD 
      Optical scanning unit and method thereof
 69. US20080001976 A1 G09G 20080103 SAMSUNG ELECTRONICS CO LTD 
      Methods of suppressing ringing artifact of decompressed images
 70. US20080001940 A1 G09G 20080103 SAMSUNG ELECTRONICS CO LTD 
      DISPLAY DEVICE AND MANUFACTURING METHOD THEREOF
 71. US20080001937 A1 G09G 20080103 SAMSUNG ELECTRONICS CO LTD 
      DISPLAY SUBSTRATE HAVING COLORABLE ORGANIC LAYER INTERPOSED BETWEEN PIXEL ELECTRODE AND TFT LAYER, PLUS METHOD OF MANUFACTURING THE SAME AND DISPLAY DEVICE HAVING THE SAME
 72. US20080001936 A1 G09G 20080103 SAMSUNG ELECTRONICS CO LTD 
      SIGNAL PROCESSING DEVICE, LIQUID CRYSTAL DISPLAY HAVING THE SAME AND METHOD OF MANUFACTURING THE SAME
 73. US20080001904 A1 G09G 20080103 SAMSUNG ELECTRONICS CO LTD 
      GATE DRIVING CIRCUIT AND DISPLAY APPARATUS HAVING THE SAME
 74. US20080001892 A1 G09G 20080103 SAMSUNG ELECTRONICS CO LTD 
      Display substrate and display device having the same
 75. US20080001877 A1 G09G 20080103 SAMSUNG ELECTRONICS CO LTD 
      LCD panel array substrates
 76. US20080001831 A1 H01Q 20080103 SAM SUNG ELECTRONIC 
      Mobile terminal and mobile terminal antenna for reducing electromagnetic waves radiated towards human body
 77. US20080001823 A1 H01Q 20080103 SAMSUNG ELECTRONICS CO LTD 
      Antenna capable of micro-tuning and macro tuning for wireless terminal
 78. US20080001811 A1 G01S 20080103 SAMSUNG ELECTRONICS CO LTD 
      Digital broadcasting receiver having location registration and notification function and method using the same
 79. US20080001799 A1 H03M 20080103 SAMSUNG ELECTRONICS CO LTD 
      Apparatus and method for converting analog signal into digital signal
 80. US20080001788 A1 G06F 20080103 SAMSUNG ELECTRONICS CO LTD 
      CHARACTER INPUT METHOD AND MOBILE COMMUNICATION TERMINAL USING THE SAME
 81. US20080001719 A1 H04Q 20080103 SAMSUNG ELECTRONICS CO LTD 
      Data recovery method and apparatus for radio frequency identification
 82. US20080001691 A1 H01F 20080103 SAMSUNG ELECTRONICS CO LTD 
      MEMS switch and method of fabricating the same
 83. US20080001627 A1 H03K 20080103 SAMSUNG ELECTRONICS CO LTD 
      SHIFT REGISTER, GATE DRIVING CIRCUIT AND DISPLAY PANEL HAVING THE SAME, AND METHOD THEREOF
 84. US20080001626 A1 H03K 20080103 SAMSUNG ELECTRONICS CO LTD 
      Majority voter circuits and semiconductor devices including the same
 85. US20080001289 A1 H01L 20080103 SAMSUNG ELECTRONICS CO LTD 
      STACKED-TYPE WAFER LEVEL PACKAGE, METHOD OF MANUFACTURING THE SAME, WAFER-LEVEL STACK PACKAGE AND METHOD OF MANUFACTURING THE SAME
 86. US20080001276 A1 H01L 20080103 SAMSUNG ELECTRONICS CO LTD 
      Chip stack, chip stack package, and method of forming chip stack and chip stack package
 87. US20080001252 A1 H01L 20080103 SAMSUNG ELECTRONICS CO LTD 
      Apparatus for electrical fuse option in semiconductor integrated circuit
 88. US20080001235 A1 H01L 20080103 SAMSUNG ELECTRONICS CO LTD 
      Integrated Circuit Devices Having Uniform Silicide Junctions
 89. US20080001230 A1 H01L 20080103 SAMSUNG ELECTRONICS CO LTD 
      Semiconductor devices including transistors having recessed channels and methods of fabricating the same
 90. US20080001218 A1 H01L 20080103 SAMSUNG ELECTRONICS CO LTD 
      Metal Oxide Semiconductor (MOS) Transistors Having Three Dimensional Channels
 91. US20080001212 A1 H01L 20080103 SAMSUNG ELECTRONICS CO LTD 
      Non-volatile semiconductor memory devices
 92. US20080001211 A1 H01L 20080103 SAMSUNG ELECTRONICS CO LTD 
      MEMORY DEVICES INCLUDING SPACER-SHAPED ELECTRODES ON PEDESTALS AND METHODS OF MANUFACTURING THE SAME
 93. US20080001204 A1 H01L 20080103 SAMSUNG ELECTRONICS CO LTD 
      Non-volatile memory device and method for fabricating the same
 94. US20080001184 A1 H01L 20080103 SAMSUNG ELECTRONICS CO LTD 
      Junction field effect thin film transistor
 95. US20080000502 A1 B08B 20080103 SAMSUNG ELECTRONICS CO LTD 
      COMPOSITIONS FOR CLEANING A PROBE CARD AND METHODS OF CLEANING A PROBE CARD USING THE SAME
 96. US20080000260 A1 F25D 20080103 SAMSUNG ELECTRONICS CO LTD 
      Refrigerator including shelving system
 97. US20080000052 A1 E05D 20080103 SAMSUNG ELECTRONICS CO LTD 
      Refrigerator
 98. US20080000044 A1 A47L 20080103 SAMSUNG KWANGJU ELECTRONICS CO 
      Vacuum cleaner
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US20080005767 A1
マルチメディアを処理する装置およびモービル電話機のための方法
Multimedia processing apparatus and method for mobile phone
SAMSUNG ELECTRONICS CO LTD
Inventor(s):Seo, Jeong, Wook
Application No. US2007698287A, Filed:20070125 , Published: 20080103
US.Class: 725062 Intl. Class: H04N000716

Abstract: A multimedia processing apparatus and method is provided for a mobile phone. The multimedia processing apparatus of a mobile phone includes a first multimedia module for receiving and demodulating broadcast data to produce first multimedia data; a second multimedia module for generating second multimedia data; a selector for selecting one of the first and second multimedia modules and interfacing with the first and second multimedia modules; a multimedia processing unit including a protocol processor and video and audio codecs, the protocol processor and the audio and video codecs being activated according to a source selection signal when the first multimedia module is selected, and only the audio and video codecs being activated when the second multimedia module is selected; and a display for displaying multimedia data processed by the multimedia processing unit.

Priority: KR KR20069047A 20060127 US US2007698287A 20070125


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US20080005701 A1
利用者インターフェースを供給する装置およびタッチパッドをもっている携帯ターミナルのための方法
User interface providing apparatus and method for portable terminal having touchpad
SAMSUNG ELECTRONICS CO LTD
Inventor(s):Park, Won Joo ; Lim, Dok Shin ; Shin, Young Sun ; Kim, Hyo Young ; Ahn, Yu Mi
Application No. US2007804127A, Filed:20070517 , Published: 20080103
US.Class: 715841 Intl. Class: G06F0003048

Abstract: A method and apparatus for user interface are disclosed that include: a display unit for displaying, in response to a request for a lower menu level of a specific menu item, at least one menu item of the requested lower menu level; a menu determiner for determining existence of a lower level menu item of a displayed menu item; an input interface unit for inputting a scroll event from the touchpad; an event processor for moving, in response to input of a scroll event, a highlight between displayed menu items; and a controller for controlling, if a highlighted menu item has a lower menu level, a display operation to simultaneously display the highlighted menu item and lower-level menu items, and to place the highlight on a lower-level menu item.

Priority: KR KR200658390A 20060628 US US2007804127A 20070517


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US20080005643 A1
通信システム中における信号を受け取るための装置と方法
Apparatus and method for receiving signal in a communication system
SAMSUNG ELECTRONICS CO LTD
Inventor(s):Park, Sung Eun ; Jeong, Hong Sil ; Kim, Jae Yoel ; Park, Dong Seek ; Yang, Kyeong Cheol
Application No. US2007804644A, Filed:20070518 , Published: 20080103
US.Class: 714758 714E11032 Intl. Class: G06F001110

Abstract: A signal reception apparatus for a communication system is disclosed in which the signal reception apparatus receives a signal and decodes the received signal using a second decoding scheme approximated from a first decoding scheme. The second decoding scheme is a scheme of applying a correction value to a third decoding scheme approximated from the first decoding scheme, and the correction value is a value for correcting a difference between a first signal obtained by decoding the received signal using the first decoding scheme and a second signal obtained by decoding the received signal using the third decoding scheme.

Priority: KR KR200645419A 20060520 US US2007804644A 20070518


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US20080005435 A1
バス仲裁システム，媒体，および方法
Bus arbitration system, medium, and method
SAMSUNG ELECTRONICS CO LTD YONSEI UNIVERSITY INDUSTRY FOU
Inventor(s):Jung, Seok yoon ; Kim, Il san ; Park, Jin hong ; Han, Tack don
Application No. US2007812946A, Filed:20070622 , Published: 20080103
US.Class: 710110 ECLA: G06F0013364 Intl. Class: G06F001300

Abstract: A bus arbitration system, medium, and method. The bus arbitration system can arbitrate access to a bus for a plurality of masters, requesting the use of a bus to which at least one slave is connected, and may include a bus use granting unit that outputs a plurality of bus grant signals for granting the use of the bus to the plurality of masters that request the use of the bus at the same time, a simultaneous processing available signal selecting unit that selects a predetermined number of operation instruction signals having a predetermined similarity, from among a plurality of operation instruction signals that are input from the masters, in response to the bus grant signals, and an operation instructing unit that simultaneously transmits the selected operation instruction signals to the slave through the bus.

Priority: KR KR200657126A 20060623 US US2007812946A 20070622


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US20080005402 A1
チップの上で Gals -に基礎をおくネットワーク-，およびデータ移転その方法
Gals-based network-on-chip and data transfer method thereof
UNIV MINNESOTA
Inventor(s):Kim, Dae wook ; Kim, Man ho ; Sobelman, Gerald, E. ; Kim, Eui seok ; Rhim, Sang woo ; Lee, Beom hak
Application No. US2006410117A, Filed:20060425 , Published: 20080103
US.Class: 710052 ECLA: G06F0013364 Intl. Class: G06F000500

Abstract: A GALS-based network-on-chip (NoC) includes a plurality of asynchronous first-in first-out (FIFO) input buffers connected to a plurality of IPs that asynchronously receive data; a plurality of asynchronous FIFO output buffers connected to the plurality of IPs asynchronously output data; and a router for forwarding data input to the plurality of asynchronous FIFO input buffers, to an asynchronous FIFO output buffer, among the plurality of asynchronous FIFO output buffers, which is connected to an IP to which the data is destined. Accordingly, the system-on-chip (SoC) adopting the GALS design scheme can transfer data via the NoC between the IPs which are in time zones having different clocks in the centralized switching system, thereby avoiding the need for a point-to-point system.

Priority: US US2006410117A 20060425


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US20080005358 A1
万能のプラグおよびプレーネットワーク中における内容ディレクトリ・サービスを同期するための方法および装置
METHOD AND APPARATUS FOR SYNCHRONIZING CONTENT DIRECTORY SERVICE IN UNIVERSAL PLUG AND PLAY NETWORK
SAMSUNG ELECTRONICS CO LTD
Inventor(s):KWON, Won seok ; Lee, Joo yeol ; Oh, Seung jae ; Jung, Dong shin ; Han, Se hee
Application No. US2007768323A, Filed:20070626 , Published: 20080103
US.Class: 709248 713163 ECLA: H04L000700 H04L001228H1 H04L002908N15 Intl. Class: G06F001516 H04L000900

Abstract: A method and apparatus for synchronizing a content directory service (CDSs) of a Universal Plug and Play (UPnP) device. In the method, a CDS, whose content is modified, generates an event message containing information of the modification of the content, and multicasts the event message to a UPnP network. Other CDSs that receive the event message update their content based on the event message. Accordingly, a control point is not required to initiate and does not intervene in a process of synchronizing a plurality of CDSs, thereby reducing load on a memory or a central processing unit (CPU) of the control point, compared to conventional UPnP synchronization of devices. Further, an action of a CDS need not be repeatedly called, thereby reducing network traffic.

Priority: KR KR200660686A 20060630 US US2007768323A 20070626


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US20080005335 A1
周辺装置のネットワーク確立のための方法およびシステム
Method and system for network establishment of peripheral
SAMSUNG ELECTRONICS CO LTD
Inventor(s):Yun, Tae jung
Application No. US2006638469A, Filed:20061214 , Published: 20080103
US.Class: 709227 ECLA: H04L000700 H04L001228H1 H04L002908N15 Intl. Class: G06F001516

Abstract: A method and system for network establishment of a peripheral are provided, wherein the method includes setting a predetermined area of a memory of the peripheral as an area for a mass storage class (MSC) so that the peripheral can be recognized by a host as supporting the MSC, storing establishment data for networking the host and the peripheral in the predetermined area of the peripheral recognized as supporting the MSC, and performing network establishment of the peripheral using the stored establishment data.

Priority: KR KR200646542A 20060524 US US2006638469A 20061214




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US20080005128 A1
ビデオ THUMBNAIL の付加のための方法およびシステム
METHOD AND SYSTEM FOR ADDITION OF VIDEO THUMBNAIL
SAM SUNG ELECTRONIC
Inventor(s):Jayaraman, Shankar ; Verma, Rajeev
Application No. US2007771564A, Filed:20070629 , Published: 20080103
US.Class: 707010 386124 ECLA: G06F001730M5 Intl. Class: G06F001730 H04N000726

Abstract: Provided is a method and system to generate a static or an animated thumbnail for a digital video on a handheld device, in which a first frame of the video is displayed as the static thumbnail and certain periodic frames of the digital video are displayed as the animated thumbnail.

Priority: IN IN2006CH1127A 20060630 US US2007771564A 20070629 KR KR200764910A 20070629







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US20080004985 A1
通信ネットワークを使用する注文を処理する方法および装置
ORDER PROCESSING METHOD AND APPARATUS USING COMMUNICATION NETWORK
SAMSUNG ELECTRONICS CO LTD
Inventor(s):KANG, Shin Hyuck
Application No. US2007768618A, Filed:20070626 , Published: 20080103
US.Class: 705026 ECLA: G06Q003000C Intl. Class: G06Q003000 G06F001730

Abstract: An order processing method and apparatus using a communication network are disclosed. The method includes storing service article information of business establishments in a database, receiving an information request message from a mobile terminal placing an order, which message is associated with an identification tag read by the mobile terminal, extracting a service article list of a business establishment indicated by the message from the database, creating an information response message including the extracted list, transmitting the information response message to the mobile terminal, receiving a purchase order message including order information based on the service article list from the mobile terminal, and forwarding the purchase order message to an order display terminal installed in the business establishment indicated by the information request message.

Priority: KR KR200658389A 20060628 US US2007768618A 20070626


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US20080004894 A1
モービル商取引実行の方法および装置
Mobile commerce execution method and apparatus
SAMSUNG ELECTRONICS CO LTD
Inventor(s):Son, Hyeon Seok ; An, Hae Jun ; Yang, Hyun Kieu ; Jeong, Soon In
Application No. US2007798695A, Filed:20070516 , Published: 20080103
US.Class: 705001 455557 ECLA: G06Q003000C Intl. Class: G06Q003000 H04B000138

Abstract: A mobile commerce execution method and apparatus using a mobile device and an external mobile commerce module is provided. The method for executing mobile commerce includes detecting, at the mobile device, a connection of an external module, determining whether the external module is a mobile commerce module, activating a mobile commerce function by exchanging control signals with the mobile commerce module, and executing an operation according to a key input.

Priority: KR KR200661155A 20060630 US US2007798695A 20070516




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US20080004751 A1
ロボット・クリーナ・システムおよびその制御の方法
Robot cleaner system and method of controlling the same
SAMSUNG ELECTRONICS CO LTD
Inventor(s):Chung, Woo Ram ; Joo, Jae Man ; Wee, Hoon ; Kim, Dong Won ; Hong, Jun Pyo ; Kim, Yong Tae
Application No. US2007790896A, Filed:20070427 , Published: 20080103
US.Class: 700258 901001 901046 ECLA: G06Q003000C Intl. Class: G05B001900

Abstract: A robot cleaner system and a control method thereof reduce manufacturing costs, expand a detected distance, and precisely control a movement and positioning of a robot cleaner. The robot cleaner system includes a robot cleaner and a station. One of the robot cleaner and the station transmits a signal of a predetermined frequency and the other receives the signal so that a direction toward the transmitting side for transmitting the signal is detected based on a Doppler shift observed by the receiving side that receives the signal.

Priority: KR KR200658980A 20060628 KR KR200658981A 20060628 KR KR200658982A 20060628 US US2007790896A 20070427



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US20080004085 A1
異なる KEYPAD 電池 PACKS のための KEYPAD 電池 PACK モービル，ターミナル入手可能およびモービル・ターミナルの KEYPAD を変わる方法
KEYPAD BATTERY PACK, MOBILE TERMINAL AVAILABLE FOR DIFFERENT KEYPAD BATTERY PACKS, AND METHOD OF CHANGING KEYPAD OF MOBILE TERMINAL
SAMSUNG ELECTRONICS CO LTD
Inventor(s):JUNG, Ha Ran ; Lee, Ki Tae ; Choi, Do Hwan ; An, Jong Hyun
Application No. US2007770428A, Filed:20070628 , Published: 20080103
US.Class: 455566 ECLA: H04M000102A14B H04M000123 H04M0001725F2B Intl. Class: H04M000100

Abstract: A keypad battery pack, a mobile terminal available for different keypad battery packs, and a method for changing a keypad of a mobile terminal by replacing a battery pack with a different battery pack are provided. The mobile terminal has a keypad formed on a battery pack as well as on a front surface of the mobile terminal, thereby expanding a keypad-placement area to a rear surface of the mobile terminal. As a result, keys of the keypad are arranged on both surfaces of the mobile terminal, and thus a key arrangement space has room for an additional key, thereby enabling easy adding of a key. Further, the keypads of the mobile terminal are arranged on the rear surface and the front surface according to functions of the keypads, thereby providing a keypad structure suitable for a mobile terminal having an additional function. Further, the mobile terminal may selectively mount a plurality of battery packs having different types and arrangements of keypads.

Priority: KR KR200658861A 20060628 US US2007770428A 20070628


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US20080004058 A1
モービル通信システム中におけるをスケジュールする要求を伝達する方法，およびそのためのターミナルの装置
METHOD OF TRANSMITTING SCHEDULING REQUEST IN MOBILE COMMUNICATION SYSTEM AND TERMINAL APPARATUS FOR THE SAME
SAMSUNG ELECTRONICS CO LTD
Inventor(s):Jeong, Kyeong In ; Kim, Soeng Hun ; Choi, Sung Ho ; Van Lieshout, Gert Jan ; Van Der Velde, Himke
Application No. US2007766433A, Filed:20070621 , Published: 20080103
US.Class: 455517 ECLA: H04L001256D5 H04W007408C2 Intl. Class: H04Q000720

Abstract: Disclosed is a method and apparatus for transmitting an uplink scheduling request in a mobile communication system. A radio resource controlling node sets a priority for scheduling request retransmission, and cyclically notifies the priority in downlink. A terminal does not retransmit a scheduling request when the highest priority included in the scheduling request to be retransmitted is lower than the lowest priority for scheduling request retransmission. Alternatively, the radio resource controlling node sets scheduling request retransmission cycles (timers) according to priorities, and transmits the cycles in the downlink. The terminal does not retransmit a scheduling request before a cycle (timer) corresponding to the highest priority included in the scheduling request expires after the scheduling request is initially transmitted or retransmitted.

Priority: KR KR200656414A 20060622 US US2007766433A 20070621


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US20080004053 A1
短いメッセージを処理する方法および装置
Short message processing method and apparatus
SAMSUNG ELECTRONICS CO LTD
Inventor(s):Kim, Gyu baek ; Lee, Nam geol
Application No. US2007649762A, Filed:20070105 , Published: 20080103
US.Class: 455466 ECLA: H04L001256D5 H04W007408C2 Intl. Class: H04Q000720

Abstract: A short message processing method and apparatus, which analyzes a short message received from a mobile communication network and provides via a packet data service node (PDSN) a supplementary service such as a credit card settlement details notifying service, a contact point registration service, a spam filtering service, a schedule registration service, a message history management service, and so forth, based on the result of the analysis. The short message processing method and apparatus can execute a supplementary service corresponding to the short message received through a PDSN, in corporation with a platform such as WIPI or BREW.

Priority: KR KR200659583A 20060629 US US2007649762A 20070105


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US20080004041 A1
無くなってワイヤレス・ターミナルのロケーションを強めるための方法およびシステム
Method and system for confirming location of lost wireless terminal
SAMSUNG ELECTRONICS CO LTD
Inventor(s):Ahn, Kyung Hwan ; Kim, Bo Kyung
Application No. US2007649270A, Filed:20070104 , Published: 20080103
US.Class: 4554561 ECLA: H04L001256D5 H04W007408C2 Intl. Class: H04Q000720

Abstract: A method and apparatus for confirming a location of a lost wireless terminal is provided. A location confirmation request of the lost wireless terminal is received by a mobile communication network and identification information of the lost wireless terminal is transmitted to wireless terminals which have joined a location confirmation service of the lost wireless terminal. The wireless terminal which has joined the service searches for a wireless terminal corresponding to identification information coinciding with the identification information of the lost wireless terminal. The wireless terminal which has joined the service transmits a location of the previously searched for lost wireless terminal to the mobile communication network. The mobile communication network manages the received location of the lost wireless terminal.

Priority: KR KR200661095A 20060630 US US2007649270A 20070104


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US20080004025 A1
セル RESELECTION の方法，およびその使用のモービル・ターミナル
CELL RESELECTION METHOD AND MOBILE TERMINAL USING THE SAME
SAMSUNG ELECTRONICS CO LTD
Inventor(s):LEE, Ki tae
Application No. US2007770551A, Filed:20070628 , Published: 20080103
US.Class: 455437 4550632 455442 ECLA: H04L001256D5 H04W007408C2 Intl. Class: H04Q000720

Abstract: A cell reselection method and mobile communication terminal using the method are disclosed. The method includes calculating first path loss parameters of a serving cell and neighboring cells; determining whether the serving cell is suitable for a communication service using the first path loss parameter thereof; performing, if the serving cell is determined to be unsuitable, a cell reselection operation; calculating, if no suitable cell is found through the cell reselection operation, a second path loss parameter of the serving cell using information on the distance from a base station of the serving cell to the mobile communication terminal; redetermining whether the serving cell is suitable using the second path loss parameter thereof; and setting an operation mode of the mobile communication terminal on the basis of the redetermination result. As a result, errors in determination of the suitability of the serving cell may be reduced.

Priority: KR KR200660752A 20060630 US US2007770551A 20070628


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US20080003999 A1
RTCP 接続メッセージを使用する PoC Ad -Hoc グループ・セッション情報を処理するための方法およびシステム
Method and system for processing PoC Ad-Hoc group session information using RTCP connection message
SAMSUNG ELECTRONICS CO LTD
Inventor(s):Sung, Sang Kyung ; Kim, Wuk ; Park, Sung Jin ; Lee, Ji Hye
Application No. US2007811651A, Filed:20070611 , Published: 20080103
US.Class: 4554221 ECLA: H04L001256D5 H04W007408C2 Intl. Class: H04Q000720

Abstract: Disclosed is a method for enabling a receiving-side Push-To-Talk (PTT)-over-Cellular (PoC) user to acquire ad-hoc group invitee information and selectively establishing a PoC session according to preference when a pre-established session and an auto-answer mode have been set between a receiving-side PoC user equipment and a PoC server in a PoC system. Particularly, in order to efficiently utilize the receiving-side Session Initiation Protocol (SIP) session setting, disclosed are a solution for transferring information related to other users expected to participate in group communication through user-plane signaling, and in addition, access rules, service setting, timers and a method for changing a response set between the client and server in order to support the solution.

Priority: KR KR200652226A 20060609 KR KR200682743A 20060830 US US2007811651A 20070611


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US20080003985 A1
モービルの装置のためのスクリーン・ディスプレイの方法および装置
SCREEN DISPLAY METHOD AND APPARATUS FOR MOBILE DEVICE
SAMSUNG ELECTRONICS CO LTD
Inventor(s):JUNG, Mal Nam ; KIM, Kang Wook
Application No. US2007767183A, Filed:20070622 , Published: 20080103
US.Class: 4554141 34801408 348E07083 455466 455566 ECLA: H04N000500M8 H04N000714A Intl. Class: H04Q000722 H04M000100 H04N000714 H04Q000720

Abstract: A screen display apparatus for a mobile device includes a broadcasting reception unit to receive digital broadcasting, and a radio frequency unit to connect a video call. The apparatus further includes a display unit to display at least one of a broadcasting screen and a video call screen, and a control unit to control the display unit to simultaneously display the broadcasting screen and the video call screen when the video call is connected through the radio frequency unit while the digital broadcasting is being received through the broadcasting reception unit.

Priority: KR KR200661123A 20060630 US US2007767183A 20070622


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US20080003979 A1
無くなってモービル・ステーションをトラッキングするための方法
METHOD FOR TRACKING A LOST MOBILE STATION
SAMSUNG ELECTRONICS CO LTD
Inventor(s):JANG, Ki Tae ; Kim, Yong Joon ; Kim, Kyoung Taek ; Kim, Yong Tae ; Kim, Min Sung
Application No. US2007768674A, Filed:20070626 , Published: 20080103
US.Class: 455410 ECLA: H04M000166 H04W000818B T04Q000722S1 T04W000824 T04W000824N Intl. Class: H04M000166

Abstract: Provided is a method for tracking a lost mobile station. The method includes, when a replacement Subscriber Identity Module (SIM) card is installed, determining whether the replacement SIM card is registered as a licensed replacement SIM card; when the SIM card is not registered, transmitting a previously stored tracking short message to a preset destination; and upon receipt of a tracking response short message, setting a tracking lock mode for limiting use of some functions of the mobile station.

Priority: KR KR200657692A 20060626 KR KR200760643A 20070620 US US2007768674A 20070626



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US20080003975 A1
緊急メッセージ伝達の方法およびモービル・ターミナル
Emergency message transmission method and mobile terminal
SAMSUNG ELECTRONICS CO LTD
Inventor(s):Kim, Sang Don ; Jang, Jin Ho
Application No. US2007706841A, Filed:20070215 , Published: 20080103
US.Class: 4554041 ECLA: H04M000166 H04W000818B T04Q000722S1 T04W000824 T04W000824N Intl. Class: H04M001104

Abstract: A mobile terminal capable of emergency message transmission using Bluetoothｮ technology is disclosed. The mobile terminal includes a memory unit for storing a recipient list and a pre-composed emergency message; an input unit for inputting a command of emergency message transmission; a Bluetoothｮ module for discovering Bluetoothｮ-enabled devices within Bluetoothｮ range and for extracting a Bluetoothｮ address of the discovered Bluetoothｮ-enabled device when a Bluetoothｮ-enabled device is discovered; a controller for inserting the extracted Bluetoothｮ address into the emergency message; and a communication unit for transmitting the emergency message to a mobile terminal associated with the stored recipient list in response to input of a command of emergency message transmission. As a result, an emergency message is transmitted to a proximate Bluetoothｮ-enabled device for immediate help to the user.

Priority: KR KR200660754A 20060630 US US2007706841A 20070215


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US20080003959 A1
可変の方法中におけるにモービルの装置パワー電圧供給のための方法および装置
Method and apparatus to supply power voltage to a mobile device in a variable manner
SAMSUNG ELECTRONICS CO LTD
Inventor(s):Lee, Jae cheol ; Park, Hae kwang
Application No. US2007651016A, Filed:20070109 , Published: 20080103
US.Class: 4551271 ECLA: H04B000116A Intl. Class: H04B000104 H01Q001112

Abstract: A method and apparatus to supply a power voltage to a mobile device in a variable manner in order to provide high output power and a high quality sound environment and a mobile device using the same. The apparatus includes a volume control unit to detect installation of an external power supply and to generate a voltage control value corresponding to a current volume level, and a DC-DC converter unit to convert a voltage of an internal power supply in a variable manner on the basis of the voltage control value generated in the volume control unit in order to drive the switching power amplifier.

Priority: KR KR200660685A 20060630 US US2007651016A 20070109


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US20080003949 A1
ソフトウエア-に定義された無線の装置をテストするための方法およびシステム
Method and system for testing a software-defined radio device
SAMSUNG ELECTRONICS CO LTD
Inventor(s):Voonna, Thirumalarao ; Oz, Jasmin ; Pisek, Eran ; Henige, Thomas M.
Application No. US2007655471A, Filed:20070119 , Published: 20080103
US.Class: 45506714 ECLA: H04B000116A Intl. Class: H04B001700

Abstract: A method for testing a software-defined radio (SDR) device is provided. The method includes configuring the SDR device for a first standard. A first test is performed on the SDR device under the first standard. Test data for the first test is received from the SDR device. A switching time for configuring the SDR device for the first standard is determined based on the test data for the first test.

Priority: US US2006817145P 20060628 US US2007655471A 20070119





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US20080003946 A1
ワイヤレス個人的な範囲ネットワークの上で装置の間に接続をセットする方法
Connection setting method between devices on wireless personal area networks
SAMSUNG ELECTRONICS CO LTD
Inventor(s):Lee, Sung Hwan ; Yang, Jin Young ; Chang, Ki Soo
Application No. US2007713690A, Filed:20070305 , Published: 20080103
US.Class: 4550412 ECLA: H04B000116A Intl. Class: H04B000700

Abstract: A connection establishment apparatus and method between devices located on a WPAN are provided. The apparatus includes a control module that wakes up a ZigBee channel; a Zigbee module that scans at least one device located on the WPAN using the ZigBee channel and acquires Bluetooth connection information from the scanned device using the ZigBee channel; and a Bluetooth module that performs Bluetooth paging with the other devices by using the Bluetooth connection information, and establishes a Bluetooth piconet.

Priority: KR KR200660322A 20060630 US US2007713690A 20070305



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US20080003866 A1
配線構造を含む配線構造，半導体の装置を成型する半導体装置，の方法中における配線構造および半導体の装置を製造する方法
WIRING STRUCTURE IN A SEMICONDUCTOR DEVICE, METHOD OF FORMING THE WIRING STRUCTURE, SEMICONDUCTOR DEVICE INCLUDING THE WIRING STRUCTURE AND METHOD OF MANUFACTURING THE SEMICONDUCTOR DEVICE
SAMSUNG ELECTRONICS CO LTD
Inventor(s):BAE, Ki Soon ; CHOI, Sei Ryung
Application No. US2007771939A, Filed:20070629 , Published: 20080103
US.Class: 439417 ECLA: H04B000116A Intl. Class: H01R000424

Abstract: A wiring structure in a semiconductor device may include a first insulation layer formed on a substrate, a first contact plug, a capping layer pattern, a second insulation layer and a second contact plug. The first insulation layer has a first opening that exposes a contact region of the substrate. The first contact plug is formed on the contact region to partially fill up the first opening. The capping layer pattern is formed on the first contact plug to fill up the first opening. The second insulation layer is formed on the capping layer pattern and the first insulation layer. The second insulation layer has a second opening passing through the capping layer pattern to expose the first contact plug. The second contact plug is formed on the first contact plug in the second opening. Since the wiring structure includes the capping layer pattern, the wiring structure may prevent a contact failure by preventing chemicals from permeating into the first contact plug.

Priority: KR KR200661792A 20060703 US US2007771939A 20070629


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US20080003815 A1
半導体の装置の障壁金属層を成型する方法
METHOD OF FORMING A BARRIER METAL LAYER OF A SEMICONDUCTOR DEVICE
SAMSUNG ELECTRONICS CO LTD
Inventor(s):LEE, Hyun Suk ; LIM, Hyun Seok ; KIM, Rak Hwan ; PARK, In Sun
Application No. US2007770619A, Filed:20070628 , Published: 20080103
US.Class: 438653 257E21476 ECLA: H04B000116A Intl. Class: H01L002144

Abstract: Provided is a method of forming a barrier metal layer of a semiconductor device. In the method, a barrier metal layer is formed on a top surface of a semiconductor substrate and then an electrode layer is formed on the semiconductor substrate. Forming the barrier metal layer includes performing a cyclic process repeatedly at least twice. The cyclic process includes depositing a titanium layer and nitriding the deposited titanium layer.

Priority: KR KR200658960A 20060628 US US2007770619A 20070628





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US20080003728 A1
薄膜トランジスタ・アレイ・パネルおよびその製造の方法
THIN FILM TRANSISTOR ARRAY PANEL AND METHOD OF MANUFACTURING THE SAME
SAMSUNG ELECTRONICS CO LTD
Inventor(s):HWANG, Tae Hyung ; JEON, Hyung Il ; ROH, Nam Seok ; KIM, Sang Il
Application No. US2007619407A, Filed:20070103 , Published: 20080103
US.Class: 438151 ECLA: H04B000116A Intl. Class: H01L002184

Abstract: A thin film transistor array panel and a method of manufacturing the same include: forming a gate electrode on an insulating substrate; sequentially forming a gate insulating layer; a semiconductor material layer and an ohmic contact material layer on the gate electrode; forming a first semiconductor layer pattern and a first ohmic contact pattern for covering the gate electrode and a surrounding area of the gate electrode by patterning the semiconductor material layer and the ohmic contact material layer; forming a conductive film on the gate insulating layer and the first ohmic contact pattern; forming a conductive film pattern on a partial area of the first ohmic contact pattern and a data line on the gate insulating layer by patterning the conductive film; forming a second ohmic contact pattern and a second semiconductor layer pattern by sequentially etching the first ohmic contact pattern and the first semiconductor layer pattern exposed by deviating from the conductive film pattern; forming a source electrode and a drain electrode separated from each other by patterning the conductive film pattern; forming an ohmic contact by etching the second ohmic contact pattern exposed between the separated source electrode and drain electrode; and forming a pixel electrode connected to the drain electrode. Therefore, even if an insulating substrate expands due to heat, erroneous alignment is not generated between a projection of the semiconductor layer and the source electrode and the drain electrode, thereby improving manufacturing efficiency and performance of a thin film transistor array panel.

Priority: KR KR200658577A 20060628 US US2007619407A 20070103


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US20080003711 A1
非揮発性メモリの装置を組み立てる方法
METHOD OF FABRICATING NONVOLATILE MEMORY DEVICE
SAMSUNG ELECTRONICS CO LTD
Inventor(s):CHEONG, Seong Hwee ; LEE, Sang Woo ; PARK, Jin Ho ; YANG, Seung Gil ; LEE, Brad H.
Application No. US2007686205A, Filed:20070314 , Published: 20080103
US.Class: 438104 ECLA: H04B000116A Intl. Class: H01L002100

Abstract: In one embodiment, a nonvolatile memory device can be fabricated by forming first metallic dots on a charge storage film using first source gas, forming substitution dots on the charge storage film on which the first metallic dots are formed and forming second metallic dots using a second source gas.

Priority: KR KR200662112A 20060703 US US2007686205A 20070314







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US20080003515 A1
方法を使用する準備されたトナーおよびトナーを準備する方法
Method of preparing toner and toner prepared using the method
SAMSUNG ELECTRONICS CO LTD
Inventor(s):Shin, Yo da ; Yon, Kyung yol ; Hong, Chang kook ; Cheong, Min young ; Lim, Sang soon ; Park, Su bum
Application No. US2006636478A, Filed:20061211 , Published: 20080103
US.Class: 4301102 4301235 43013711 ECLA: H04B000116A Intl. Class: G03G0009093

Abstract: A method of preparing toner, is provided by preparing a stabilizer dispersion solution using distilled water and a dispersing agent; forming droplets by discharging the toner composition including at least one polymerizable monomer, a colorant, wax, and an initiator into the stabilizer dispersion solution through a syringe needle; forming core particles by warming the droplets dispersed in the stabilizer dispersion solution; and forming shells by adding a polymerizable monomer, a cross-linking agent, and an initiator to the core particles. The diameter of particles of the toner can be efficiently adjusted by changing the manufacturing process of the polymerization toner. The distribution of the toner particle diameter is improved and thus no additional sorting process is required. Also, the transferring performance of the toner can be improved, and various colors can be realized by a simple process.

Priority: KR KR200660682A 20060630 US US2006636478A 20061211


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US20080003514 A1
方法を使用する準備されたトナーおよびトナーを準備する方法
Method of preparing toner and toner prepared using the method
SAMSUNG ELECTRONICS CO LTD
Inventor(s):Shin, Yo da ; Hong, Chang kook ; Cheong, Min young ; Yon, Kyung yol ; Lim, Sang soon ; Park, Su bum
Application No. US2007653936A, Filed:20070117 , Published: 20080103
US.Class: 4301093 4301235 43013714 ECLA: G03G000908 G03G0009087 Intl. Class: G03G0009087

Abstract: A method of preparing toner is provided, including: forming polymer latex particles by polymerizing a toner composition including a macromonomer having a hydrophilic group, a hydrophobic group, and at least one reactive functional group, a polymerizable monomer, a chain transfer agent, and an initiator; aggregating the polymer latex particles; and separating and drying the polymerized toner. The polymerizable monomer is selected to produce at least two groups of polymer latex particles having different molecular weights, wherein the polymer latex particles are selected from the group consisting of a first latex polymer group having a molecular weight less than about 20,000, a second latex polymer group having a molecular weight of about 20,000 to 40,000, a third latex polymer group having a molecular weight of about 40,000 to 50,000, and a fourth latex polymer group having a molecular weight of about 50,000 to 100,000. Also provided are a toner prepared using the method, an image forming method using the toner, and an image forming apparatus employing the toner. Thus, the size and shape of the toner particles can be efficiently adjusted, and a toner having low temperature fixing properties, storability, cleaning properties, and durability can be obtained.

Priority: KR KR200659243A 20060629 US US2007653936A 20070117


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US20080003363 A1
新規な金属 nanoparticle およびその使用の伝導型の形成のための方法
Novel metal nanoparticle and method for formation of conductive pattern using the same
SAMSUNG ELECTRONICS CO LTD
Inventor(s):Park, Jong Jin ; Kim, Sung Woong ; Shin, Dong Woo ; Park, Sang Hoon
Application No. US2006589783A, Filed:20060817 , Published: 20080103
US.Class: 427256 4273722 4274211 ECLA: G03G000908 G03G0009087 Intl. Class: B05D000500 B05D000102 B05D000302

Abstract: A printable metal nanoparticle having a self-assembled monolayer (SAM) composed of a compound containing a thiol (--SH), isocyanide (--CN), amino (--NH2), carboxylate (--COO) or phosphate group, as a linker, formed on the surface thereof, and a method for formation of a conductive pattern using the same are provided. The metal nanoparticles of an exemplary embodiment can be easily formed into a conductive film or pattern by a printing method, and the resulting film or pattern exhibits excellent conductivity which optimally may be adjusted if desired. Therefore, the resulting metal nanoparticles of can be used to advantage in the fields such as antistatic washable sticky mats, antistatic shoes, conductive polyurethane printer rollers, electromagnetic interference shielding materials, etc.

Priority: KR KR200658846A 20060628 KR KR200675148A 20060809 US US2006589783A 20061031


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US20080003115 A1
密閉した型の圧縮機
Hermetic type compressor
SAMSUNG KWANGJU ELECTRONICS CO
Inventor(s):Kim, Jung Hyoun
Application No. US2007808155A, Filed:20070607 , Published: 20080103
US.Class: 417312 ECLA: F04B003900D8 F04B003910R Intl. Class: F04B003700

Abstract: A hermetic type compressor to prevent refrigerant from flowing backwardly from a compression chamber into a suction muffler. The compressor includes a sealed casing, a compression chamber to compress refrigerant guided into the sealed casing, a compression chamber provided to compress the refrigerant guided into the sealed casing through the suction pipe, a suction muffler provided between the compression chamber and the suction pipe to reduce the noise emissions of the refrigerant being suctioned into the compression chamber, and a check valve installed on an outlet of the suction muffler to prevent the refrigerant in the suction muffler from flowing backwardly from the compression chamber into the suction muffler.

Priority: KR KR200658974A 20060628 US US2007808155A 20070607


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US20080003026 A1
イメージを成型する装置のためのイメージ fixing ユニット
Image fixing unit for an image forming apparatus
SAMSUNG ELECTRONICS CO LTD
Inventor(s):Seol, Dong Jin
Application No. US2006602987A, Filed:20061122 , Published: 20080103
US.Class: 399329 ECLA: G03G001520H2P5 S03G021500D3M2 S03G021520A2 Intl. Class: G03G001520

Abstract: An image fixing unit for use in an image forming apparatus for fixing a toner image on a printable medium is provided. The image fixing unit includes a heat roller in which a heater is mounted, a circulating belt tightly engaged with the heat roller and forming a nip through which a printable medium passes, a plurality of guide rollers supporting the circulating belt for rotation of the circulating belt, and bushings formed on both ends of each guide roller and having a regulating portion for preventing the circulating belt from meandering. Protrusions are formed on a surface of the bushings contacting the circulating belt to reduce a contact area between the circulating belt and the bushings. Therefore, the contact area between the traveling circulating belt and the bushings, which are fixed components of the guide rollers, is reduced and wear and tear of the circulating belt and a drive torque for driving the image fixing unit are also thus reduced.

Priority: KR KR200661932A 20060703 US US2006602987A 20061122


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US20080003007 A1
fusing 温度，およびイメージを成型する装置を制御するための方法および装置
Method and apparatus for controlling fusing temperature, and image forming apparatus
SAMSUNG ELECTRONICS CO LTD
Inventor(s):Jang, Jae hyeok
Application No. US2006636632A, Filed:20061211 , Published: 20080103
US.Class: 399069 ECLA: G03G001520H2P3 Intl. Class: G03G001520

Abstract: A method and apparatus for controlling a fusing temperature, and an image forming apparatus are provided. In the method of controlling a fusing temperature, power is supplied to a heat source included inside a heat roller at on/off chopping rates determined according to the temperature of the heat roller during a time period in which the temperature of the heat roller is rising, and power is supplied to the heat source at on/off chopping rates which are respectively increased by a predetermined value with respect to the determined on/off chopping rates during a time period in which the temperature of the heat roller is falling. Accordingly, a fusing property can be prevented from degrading in an initial printing process after a cold start occurs in a fusing unit, and thus a first print out time (FPOT) can be reduced.

Priority: KR KR200659241A 20060629 US US2006636632A 20061211


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US20080002944 A1
デジタル放送するデータを貯蔵するための装置と方法
APPARATUS AND METHOD FOR STORING DIGITAL BROADCAST DATA
SAMSUNG ELECTRONICS CO LTD
Inventor(s):LEE, Young Sik ; Kum, Dong Jun
Application No. US2007831563A, Filed:20070731 , Published: 20080103
US.Class: 386083 ECLA: G03G001520H2P3 Intl. Class: H04N000591

Abstract: An apparatus and method for storing digital broadcast data in a digital broadcast receiving terminal. If the digital broadcast receiving terminal enters a weak electric field strength region during reception of digital broadcast data, digital broadcast receiving terminal stops the process of receiving the digital broadcast data so as to check whether digital broadcast receiving terminal re-enters again into the strong electric field strength region. Then, if the digital broadcast receiving terminal re-enters the strong electric field region, the terminal shifts a TS value of a received digital broadcast data frame to the value obtained by adding a frame interval of the digital broadcast data frames to the TS value of the previous data frame that had been completely stored just before the digital broadcast receiving terminal entered the weak electric field strength region. Thus, the invention enables the digital broadcast receiving terminal to drop the digital broadcast data frames received during the weak electric field strength intervals so that it may smoothly and continuously play back the digital broadcast data frames received only during the strong electric field strength intervals.

Priority: KR KR200672525A 20060801 US US2007831563A 20070731


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US20080002915 A1
イメージを処理する装置の方法および媒体
Image processing apparatus, method and medium
SAMSUNG ELECTRONICS CO LTD
Inventor(s):Nam, Dong Kyung ; Yoo, Ho joon ; Hong, Sun gi
Application No. US2007713701A, Filed:20070305 , Published: 20080103
US.Class: 382300 ECLA: G03G001520H2P3 Intl. Class: G06K000932

Abstract: Provided are an image processing apparatus, method and medium, more particularly, an image processing apparatus, method and medium which perform interpolation such that a pixel value in each pixel region included in a digital image and an average value of interpolation data extracted using a predetermined interpolation method in the pixel region are equal. The image processing apparatus includes an accumulative addition unit to sequentially integrate values of pixels included in an image, an interpolation unit to interpolate the integrated pixel values, and an accumulative subtraction unit to perform differentiation at a predetermined position of the interpolated pixel values.

Priority: KR KR200660847A 20060630 US US2007713701A 20070305


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US20080002902 A1
グローバルおよび局部的 STATISTICS に制御されたノイズ縮小システム
GLOBAL AND LOCAL STATISTICS CONTROLLED NOISE REDUCTION SYSTEM
SAMSUNG ELECTRONICS CO LTD
Inventor(s):Lin, Peng ; Kim, Yeong Taeg
Application No. US2007853655A, Filed:20070911 , Published: 20080103
US.Class: 382261 ECLA: G06T000500D Intl. Class: G06K000940 H04N000521

Abstract: A global and local statistics controlled noise reduction system in which the video image noise reduction processing is effectively adaptive to both image local structure and global noise level. A noise estimation method provides reliable global noise statistics to the noise reduction system. The noise reduction system dynamically/adaptively configures a local filter for processing each image pixel, and processes the pixel with that local filter. The filtering process of the noise reduction system is controlled by both global and local image statistics that are also computed by the system.

Priority: US US2003697362A 20031030 US US2007853655A 20070911

Related Applications:
US2007853655A 20070911 US2003697362A 20031030 Pending

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US20080002883 A1
光学的文字 recognize にシステムおよび方法
System and method to recognize an optical character
SAMSUNG ELECTRONICS CO LTD
Inventor(s):Kim, Yang moon
Application No. US2007654613A, Filed:20070118 , Published: 20080103
US.Class: 382182 ECLA: G06T000500D Intl. Class: G06K000918

Abstract: A system and a method of recognizing an optical character. The system to recognize an optical character includes an optical character recognition (OCR) unit to perform an OCR, and an application having a driving module to drive the OCR unit. Therefore, the number of complicated operations of obtaining an OCR print can be minimized.

Priority: KR KR200660684A 20060630 US US2007654613A 20070118







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US20080002712 A1
ワイヤレス・ネットワーク中におけるをスケジュールするピークのための方法およびシステム
Method and system for peak scheduling in a wireless network
SAMSUNG ELECTRONICS CO LTD
Inventor(s):Ji, Baowei ; van Rensburg, Cornelius
Application No. US2006476539A, Filed:20060628 , Published: 20080103
US.Class: 3703954 ECLA: G06T000500D Intl. Class: H04L001256

Abstract: A method of providing peak scheduling in a wireless network is provided. The method includes determining a priority for each of a plurality of users in the network based on a throughput window of a finite length and scheduling the users based on the priority.

Priority: US US2006476539A 20060628







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US20080002688 A1
モービル通信システム中におけるパケットの HARQ 実行のための方法および装置
Method and apparatus for performing HARQ of packet in a mobile communication system
SAMSUNG ELECTRONICS CO LTD
Inventor(s):Kim, Soeng Hun ; Lee, Ju Ho ; Van Der Velde, Himke ; Van Lieshout, Gert, Jan
Application No. US2007789714A, Filed:20070425 , Published: 20080103
US.Class: 370389 ECLA: H04L000118D H04L000118R7 H04L000118T7 T04L000100A1M T04L000100A5 Intl. Class: H04L001256

Abstract: A method and an apparatus for performing Hybrid Automatic Repeat reQuest (HARQ) of a packet in a mobile communication system. A User Equipment (UE) receives transmission resource allocation information indicating a transmission resource for uplink packet transmission and indicating a valid duration of the transmission resource, from a Node B over a downlink control channel, and transmits an HARQ packet using the transmission resource through an HARQ operation for the valid duration. The Node B transmits the transmission resource allocation information to the UE over the downlink control channel, and receives the HARQ packet through the HARQ operation using the transmission resource for the valid duration.

Priority: KR KR200636979A 20060425 KR KR200724067A 20070312 US US2007789714A 20070425


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US20080002685 A1
パケット・スイッチの装置，およびその使用のバンド幅制御する方法
Packet switch equipment and bandwidth control method using the same
SAMSUNG ELECTRONICS CO LTD
Inventor(s):Joo, Min Kyu ; Kim, Hoon Jae ; Park, Han Seung ; Kim, Seong Ha
Application No. US2006637339A, Filed:20061212 , Published: 20080103
US.Class: 370389 ECLA: H04L000118D H04L000118R7 H04L000118T7 T04L000100A1M T04L000100A5 Intl. Class: H04L001256

Abstract: Disclosed is a packet switch equipment and a band control method using same. In accordance with one embodiment of the invention, a number of packets are sampled by using a packet sampling function provided by a packet switch chip, and the sampled packets are transmitted to a CPU. By using the transmitted sample packets, the total amount of bandwidth used by a corresponding user is estimated based on the source MAC address or the source IP address. If the estimated value exceeds a predetermined threshold, a bandwidth limitation function is applied to the user that is providing packets that exceed the bandwidth. A number of users can be dynamically recognized even when they are undefined, and a dynamic bandwidth limitation function is performed by tracking the bandwidth used by a corresponding user.

Priority: KR KR200661099A 20060630 US US2006637339A 20061212


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US20080002660 A1
モービル通信システム中における UPLINK タイミング同期を維持するための方法，およびそのための利用者の装置の装置
METHOD FOR MAINTAINING UPLINK TIMING SYNCHRONIZATION IN A MOBILE COMMUNICATION SYSTEM AND USER EQUIPMENT APPARATUS FOR THE SAME
SAMSUNG ELECTRONICS CO LTD
Inventor(s):Jeong, Kyeong In ; Lee, Ju Ho ; Kwak, Yong Jun ; Choi, Sung Ho ; Song, O Sok ; Van Lieshout, Gert, Jan ; Van Der Velde, Himke
Application No. US2007766498A, Filed:20070621 , Published: 20080103
US.Class: 370350 ECLA: H04L0007033 H04L000502Q H04L002726M5C5 Intl. Class: H04J000306

Abstract: Disclosed is a method for maintaining uplink timing synchronization by a User Equipment (UE) in a mobile communication system, without uplink transmission of a preamble from a UE or without transmission of uplink timing difference information from an Evolved Node B (E-NB) to solve the inefficient use problem of radio resources, occurring due to periodic transmission of uplink signaling and downlink signaling during maintenance of the uplink timing synchronization, and a UE apparatus for the same.

Priority: KR KR200656417A 20060622 US US2007766498A 20070621


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US20080002657 A1
インタリーバ Interface For a Software -に Defined Radio System
Interleaver Interface For A Software-Defined Radio System
SAMSUNG ELECTRONICS CO LTD
Inventor(s):Pisek, Eran ; Henige, Thomas, M.
Application No. US2007750742A, Filed:20070518 , Published: 20080103
US.Class: 370342 ECLA: H04L0007033 H04L000502Q H04L002726M5C5 Intl. Class: H04B0007216

Abstract: A software-defined radio (SDR) system that operates under a plurality of wireless communication standards. The SDR system comprises a reconfigurable maximum aposteriori probability (MAP) decoder capable of being configured under software control to decode a received data block according to a select wireless communication standard and a reconfigurable interleaver associated with the reconfigurable MAP decoder. The reconfigurable interleaver comprises a reconfigurable interleaver core circuitry capable of being configured under software control to operate according to the selected wireless communication standard and a unified interleaver interface for coupling a defined set of control and bus signals from the reconfigurable MAP decoder to the reconfigurable interleaver core circuitry.

Priority: US US2006812696P 20060609 US US2007750742A 20070518


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US20080002630 A1
短時間チャネルを切替えるためのデジタルを放送する受取り装置およびその方法
DIGITAL BROADCASTING RECEPTION APPARATUS FOR QUICK CHANNEL SWITCHING AND METHOD THEREOF
SAMSUNG ELECTRONICS CO LTD
Inventor(s):KIM, Hark Sang ; Ryu, Yeong Moo ; Park, Seok Hyo ; Yoon, Jun
Application No. US2007746550A, Filed:20070509 , Published: 20080103
US.Class: 370337 348E05097 348E05108 ECLA: H04N000544N H04N000500M2 H04N000550 Intl. Class: H04B0007212

Abstract: Disclosed is a method for switching broadcasting channels in a digital broadcasting reception apparatus employing a time division multiplexing scheme. The method includes receiving and demodulating digital broadcasting data according to at least one broadcasting channel serviced in a frequency band used by the broadcasting station when the broadcasting channel of a predetermined broadcasting station is selected, outputting the digital broadcasting data of the selected broadcasting channel among the demodulated digital broadcasting data according to the broadcasting channels, storing digital broadcasting data according to the broadcasting channels except the selected broadcasting channel, and when there is a request for switching one of the broadcasting channels serviced by the broadcasting station, retrieving and outputting the digital broadcasting data of the requested broadcasting channel among the stored data. Since it is possible to quickly switch broadcasting channels in the apparatus during output of the digital broadcasting, the convenience for users is improved.

Priority: KR KR200661116A 20060630 US US2007746550A 20070509


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US20080002625 A1
橋渡した携帯インターネット・システムおよびそれを信号を処理するための方法
Bridged portable internet system and method for processing signal thereof
SAMSUNG ELECTRONICS CO LTD
Inventor(s):Cho, Jae Hun ; Hwang, Seong Taek ; Yoon, Jong Ho ; Oh, Yun Je ; Kim, Hoon ; Jung, Han Kyun
Application No. US2006644575A, Filed:20061222 , Published: 20080103
US.Class: 370331 ECLA: H04N000544N H04N000500M2 H04N000550 Intl. Class: H04Q000700

Abstract: Disclosed is a bridged portable internet system, which includes: a plurality of edge bridges entirely connected as a mesh structure to form a core network, and configured as a layer 2 switch; a plurality of Radio Access Stations (RASs) connected to one of the plurality of edge bridges to provide portable internet services to Mobile Nodes (MNs) within the range of services; and a Neighbor Discovery Server (NDS) for supporting neighbor discovery of components in the network and storing and managing configuration information of the components, wherein each of the plurality of edge bridges maintains an optimal path through a predetermined routing protocol, identifies the destination of a Media Access Control (MAC) frame transmitted by an MN connected to an edge bridge itself through a corresponding RAS by referring to the configuration information from the NDS so as to transmit a corresponding MAC frame to the MAC address of an edge bridge to which a corresponding CN is connected by performing MAC in MAC encapsulation if receiving a MAC in MAC encapsulated frame with its own MAC address as a destination, and performs MAC in MAC encapsulation with the frame to delete an outer MAC address and to transmit an original MAC frame to a corresponding MN.

Priority: KR KR200660848A 20060630 US US2006644575A 20061222


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US20080002600 A1
パワーを節約する制御する装置およびワイヤレス LAN およびモービル通信システムをアクセスする携帯ターミナル可能なための方法
Power saving control apparatus and method for portable terminal capable of accessing wireless LAN and mobile communication system
SAMSUNG ELECTRONICS CO LTD
Inventor(s):Choi, Jong Mu
Application No. US2007801563A, Filed:20070510 , Published: 20080103
US.Class: 370311 ECLA: H04N000544N H04N000500M2 H04N000550 Intl. Class: G08C001700

Abstract: Provided are a power saving control apparatus and method for a portable terminal. The apparatus includes a telephone communicator communicating with a base station (BS) to receive access point (AP) nearest BS (AnB) information from the BS; a wireless LAN communicator communicating with an AP, wherein if a mode setting event occurs, a mode determiner determines a power mode of the wireless LAN communicator depending on whether the wireless LAN communicator is accessing the AP, the telephone communicator is accessing the BS, and an AP the wireless LAN communicator is capable of accessing is positioned within a cell coverage area of the BS during the access to the BS; a power supply unit for the wireless LAN communicator; and a power manager controlling the power supply unit according to the power mode determined by the mode determiner.

Priority: KR KR200659101A 20060629 US US2007801563A 20070510


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US20080002559 A1
光学的情報貯蔵媒体
OPTICAL INFORMATION STORAGE MEDIUM
SAMSUNG ELECTRONICS CO LTD
Inventor(s):LEE, KYUNG GEUN ; Park, In sik ; Chung, Chong sam ; Yoon, Du seop ; Park, Chang min
Application No. US2007855449A, Filed:20070914 , Published: 20080103
US.Class: 3692753 3692754 ECLA: H04N000544N H04N000500M2 H04N000550 Intl. Class: G11B000724 G11B0007007

Abstract: An optical information storage medium includes a lead-in area, a lead-out area, and a user data area between the lead-in and lead-out areas and in which user data is recorded. Pits are formed in the lead-in area, the user data area, and the lead-out area, and a track pitch in all or a portion of the lead-in area is different from a track pitch in the remaining area of the optical information storage medium.

Priority: KR KR200254756A 20020910 US US2003633564A 20030805 US US2005242886A 20051005 US US2007855449A 20070914

Related Applications:
US2007855449A 20070914 US2005242886A 20051005 Pending
US2005242886A 20051005 US2003633564A 20030805 Granted 7272106



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US20080002552 A1
TDFL および TDDS をもっている一時的に欠点管理情報 (TDFL) および一時的に欠点管理情報 (TDDS) および，ディスクを使用するディスク欠点を管理するための装置およびの方法
METHOD OF AND APPARATUS FOR MANAGING DISC DEFECTS USING TEMPORARY DEFECT MANAGEMENT INFORMATION (TDFL) AND TEMPORARY DEFECT MANAGEMENT INFORMATION (TDDS), AND DISC HAVING THE TDFL AND TDDS
SAMSUNG ELECTRONICS CO LTD
Inventor(s):HWANG, SUNG HEE ; Ko, Jung wan ; Lee, Kyung geun
Application No. US2007852700A, Filed:20070910 , Published: 20080103
US.Class: 369100 ECLA: H04N000544N H04N000500M2 H04N000550 Intl. Class: G11B000700

Abstract: A disc having an updatable defect management area used by an apparatus for managing defects on the disc, the disc including a user data area which includes user data, a spare area that is a substitute area for a defect existing in the user data area, and an area in which are recorded an address of data that is last recorded in the user data area and an address of a replacement data recorded in the spare area. Accordingly, the disc defect management method and apparatus are applicable to a recordable disc such as a write-once disc while effectively using a defect management area of the disc.

Priority: KR KR200263850A 20021018 KR KR200279755A 20021213 US US2003670363A 20030926 US US200545149A 20050131 US US2006430084A 20060509 US US2007852700A 20070910

Related Applications:
US2007852700A 20070910 US2006430084A 20060509 Pending
US2006430084A 20060509 US200545149A 20050131 Pending
US200545149A 20050131 US2003670363A 20030926 Pending

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US20080002548 A1
光学的ディスク型の DISCRIMINATING のための装置と方法
APPARATUS AND METHOD FOR DISCRIMINATING OPTICAL DISC TYPE
SAMSUNG ELECTRONICS CO LTD
Inventor(s):JEONG, Kab Kyun
Application No. US2007744478A, Filed:20070504 , Published: 20080103
US.Class: 36905322 ECLA: H04N000544N H04N000500M2 H04N000550 Intl. Class: G11B002018

Abstract: An apparatus and method to accurately discriminate an optical disc type in an optical disc system which records and/or reproduces data to and/or from high density optical discs and low density optical discs includes irradiating a laser beam onto a given one of the optical discs, measuring a track error signal generated from light reflected by the given optical disc, comparing a level of the track error signal with a predetermined reference value, and discriminating a type of the given optical disc according to a comparison result.

Priority: KR KR200660996A 20060630 US US2007744478A 20070504



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US20080002546 A1
TDFL および TDDS をもっている一時的に欠点管理情報 (TDFL) および一時的に欠点管理情報 (TDDS) および，ディスクを使用するディスク欠点を管理するための装置およびの方法
METHOD OF AND APPARATUS FOR MANAGING DISC DEFECTS USING TEMPORARY DEFECT MANAGEMENT INFORMATION (TDFL) AND TEMPORARY DEFECT MANAGEMENT INFORMATION (TDDS), AND DISC HAVING THE TDFL AND TDDS
SAMSUNG ELECTRONICS CO LTD
Inventor(s):HWANG, SUNG HEE ; Ko, Jung wan ; Lee, Kyung geun
Application No. US2007852659A, Filed:20070910 , Published: 20080103
US.Class: 36905317 ECLA: H04N000544N H04N000500M2 H04N000550 Intl. Class: G11B002018

Abstract: A disc having an updatable defect management area used by an apparatus for managing defects on the disc, the disc including a user data area which includes user data, a spare area that is a substitute area for a defect existing in the user data area, and an area in which are recorded an address of data that is last recorded in the user data area and an address of a replacement data recorded in the spare area. Accordingly, the disc defect management method and apparatus are applicable to a recordable disc such as a write-once disc while effectively using a defect management area of the disc.

Priority: KR KR200263850A 20021018 KR KR200279755A 20021213 US US2003670363A 20030926 US US200545149A 20050131 US US2006430084A 20060509 US US2007852659A 20070910

Related Applications:
US2007852659A 20070910 US2006430084A 20060509 Pending
US2006430084A 20060509 US200545149A 20050131 Pending
US200545149A 20050131 US2003670363A 20030926 Pending

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US20080002544 A1
情報貯蔵媒体に考慮するをもった記録データに装置記録および光学的パワー制御する範囲，をもった貯蔵層をもっている情報貯蔵媒体
INFORMATION STORAGE MEDIUM HAVING STORAGE LAYER WITH OPTICAL POWER CONTROL AREA, AND RECORDING APPARATUS TO RECORD DATA WITH RESPECT TO INFORMATION STORAGE MEDIUM
SAMSUNG ELECTRONICS CO LTD
Inventor(s):Lee, Kyung geun
Application No. US2007854799A, Filed:20070913 , Published: 20080103
US.Class: 36904753 ECLA: H04N000544N H04N000500M2 H04N000550 Intl. Class: G11B000500

Abstract: An information storage medium having a plurality of information storage layers, each of which includes an optimal power control (OPC) area for obtaining an optimal recording condition. Optimal power control areas in odd-numbered and even-numbered information storage layers viewed from a direction in which light is incident upon the information storage medium are disposed one on another to not directly face each other. An actually usable area of an optimal power control area in each of the information storage layers varies depending on use circumstances of each of the information storage layers. Therefore, when an OPC area of one information storage layer performs OPC, this OPC does not affect another information storage layer. Also, an area of each of the information storage layers can be efficiently used.

Priority: KR KR200343573A 20030630 US US2004875794A 20040625 US US2006432412A 20060512 US US2007854799A 20070913

Related Applications:
US2007854799A 20070913 US2006432412A 20060512 Pending
US2006432412A 20060512 US2004875794A 20040625 Granted 7286454

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US20080002543 A1
光学的パワー制御する範囲をもった複数の貯蔵層をもっている情報貯蔵媒体に考慮するをもった最適の記録の状況を手に入れる方法
METHOD OF OBTAINING OPTIMAL RECORDING CONDITION WITH RESPECT TO INFORMATION STORAGE MEDIUM HAVING MULTIPLE STORAGE LAYERS WITH OPTICAL POWER CONTROL AREAS
SAMSUNG ELECTRONICS CO LTD
Inventor(s):Lee, Kyung geun
Application No. US2007854759A, Filed:20070913 , Published: 20080103
US.Class: 36904753 ECLA: H04N000544N H04N000500M2 H04N000550 Intl. Class: G11B000500

Abstract: An information storage medium having a plurality of information storage layers, each of which includes an optimal power control (OPC) area for obtaining an optimal recording condition. Optimal power control areas in odd-numbered and even-numbered information storage layers viewed from a direction in which light is incident upon the information storage medium are disposed one on another to not directly face each other. An actually usable area of an optimal power control area in each of the information storage layers varies depending on use circumstances of each of the information storage layers. Therefore, when an OPC area of one information storage layer performs OPC, this OPC does not affect another information storage layer. Also, an area of each of the information storage layers can be efficiently used.

Priority: KR KR200343573A 20030630 US US2004875794A 20040625 US US2006432331A 20060512 US US2007854759A 20070913

Related Applications:
US2007854759A 20070913 US2006432331A 20060512 Granted 7286457
US2006432331A 20060512 US2004875794A 20040625 Granted 7286454

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US20080002487 A1
半導体メモリの装置
Semiconductor memory devices
SAMSUNG ELECTRONICS CO LTD
Inventor(s):Kyung, Kye hyun
Application No. US2007806577A, Filed:20070601 , Published: 20080103
US.Class: 365200 3652257 ECLA: H04N000544N H04N000500M2 H04N000550 Intl. Class: G11C000700 G11C000702

Abstract: A semiconductor memory device includes a plurality of memory areas. Each of the memory areas includes a normal cell array and a redundancy cell array for repairing defective cells generated in the normal cell array such that the semiconductor memory device is usable even when memory arrays include defective cells. A size of a redundancy cell array of a first memory area is greater than a size of the redundancy cell arrays of the other memory areas.

Priority: KR KR200658877A 20060628 US US2007806577A 20070601





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US20080002475 A1
ような（もの）の装置を製造する垂直チャネルおよび方法をもっている非-揮発性のメモリの装置
Non-volatile memory devices having a vertical channel and methods of manufacturing such devices
SAMSUNG ELECTRONICS CO LTD
Inventor(s):Yang, Seung Jin ; Kwon, Hyok ki ; Choi, Yong Seok ; Han, Jeong Uk
Application No. US2007798563A, Filed:20070515 , Published: 20080103
US.Class: 36518526 257E21409 438294 ECLA: H01L002906D3 H01L00218246T H01L00218247M8V H01L0027115 H01L0029423D2B2 H01L0029423D2B3 H01L0029788B H01L0029792 Intl. Class: G11C001134 H01L0021336

Abstract: Disclosed are pairs of semiconductor flash memory cells including first and second source lines formed in a semiconductor substrate, semiconductor pillars extending from the substrate between the source lines, first and second charge storage structures formed on opposite side surfaces of the semiconductor pillar and separated by trench isolation structures. The x and y pitch separating adjacent semiconductor pillars in the memory cell array are selected whereby forming the trench isolation structures serves to separate both charge storage structures and conductive structures provided on opposite sides of a semiconductor pillars. Also disclosed are methods of fabricating such structures whereby the density of flash memory devices, particularly NOR flash memory devices, can be improved.

Priority: KR KR200659608A 20060629 US US2007798563A 20070515


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US20080002471 A1
形成および操作の NAND フラッシュ・メモリの装置および方法
NAND FLASH MEMORY DEVICE AND METHODS OF ITS FORMATION AND OPERATION
SAMSUNG ELECTRONICS CO LTD
Inventor(s):LEE, Chang Hyun
Application No. US2007852919A, Filed:20070910 , Published: 20080103
US.Class: 36518517 257E2169 257E27103 36518518 ECLA: G11C001604N H01L00218247M4 H01L0027115 Intl. Class: G11C001134

Abstract: A NAND flash memory device, and methods of forming and operating the same are provided. The NAND flash memory device includes first and second selection gate lines sequentially disposed at one side of a plurality of cell gate lines. A first selection transistor including the first selection gate line serves as a buffer for decreasing a highly boosted channel voltage of a non-selected cell to minimize the leakage current of the NAND flash memory device.

Priority: KR KR200534770A 20050426 KR KR200538506A 20050509 US US2006379752A 20060421 US US2007852919A 20070910

Related Applications:
US2007852919A 20070910 US2006379752A 20060421 Granted 7283392


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US20080002458 A1
非揮発性可変抵抗メモリの装置およびその組み立てる方法
Nonvolatile variable resistance memory device and method of fabricating the same
SAMSUNG ELECTRONICS CO LTD
Inventor(s):Bae, Hyung jin ; Lee, Jung hyun ; Choi, Sang jun ; Seo, Bum seok
Application No. US2007799000A, Filed:20070518 , Published: 20080103
US.Class: 365148 4274191 428689 428699 428702 ECLA: G11C001604N H01L00218247M4 H01L0027115 Intl. Class: B32B000904 B05D000136 G11C001100

Abstract: A nonvolatile variable resistance memory device may include a lower electrode; a stacked structure including a first Cu compound layer disposed on the lower electrode, and a second Cu compound layer disposed on the first Cu compound layer; and an upper electrode disposed on the second Cu compound layer.

Priority: KR KR200653139A 20060613 US US2007799000A 20070518






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US20080002285 A1
HDD 軌道続く制御する装置および方法
HDD TRACK FOLLOWING CONTROL APPARATUS AND METHOD
SAMSUNG ELECTRONICS CO LTD
Inventor(s):CHUNG, Da woon ; LEE, Jung ho
Application No. US2007766941A, Filed:20070622 , Published: 20080103
US.Class: 36007804 ECLA: G11C001604N H01L00218247M4 H01L0027115 Intl. Class: G11B0005596

Abstract: A track following control apparatus and method for a hard disk drive (HDD) is disclosed and includes an estimator receiving a position error signal from a HDA and generating estimated state information for a magnetic head in response to the position error signal, and a controller receiving the estimated state information and generating a control signal controlling operation of the HAD, wherein the estimator and controller are variably configured according to a write mode or a read mode.

Priority: KR KR200659244A 20060629 US US2007766941A 20070622




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US20080002282 A1
硬いディスク駆動する (HDD) HDD および，媒体記録のコンピュータ・プログラム実行の方法中における方法を改善する読書する HIT RATION
HARD DISK DRIVE (HDD), METHOD IMPROVING READ HIT RATION IN HDD, AND MEDIUM RECORDING COMPUTER PROGRAM PERFORMING METHOD
SAMSUNG ELECTRONICS CO LTD
Inventor(s):LEE, Ju Young
Application No. US2007766226A, Filed:20070621 , Published: 20080103
US.Class: 36007704 ECLA: G11C001604N H01L00218247M4 H01L0027115 Intl. Class: G11B0005596

Abstract: In a method of improving read hits to pre-fetch data stored in a memory associated with a hard disk drive (HDD). The method includes; receiving a read command indicating a target sector on a disk in the HDD, obtaining a latency time in relation to a movement time and a search time, and during the latency time, reading pre-fetch data from the disk at a current position of a magnetic head and storing the pre-fetch data in the memory before executing the received read command.

Priority: KR KR200662206A 20060703 US US2007766226A 20070621



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US20080002271 A1
HDD のヘッド特性を決定する方法，およびその実行に記録の媒体
METHOD OF DETERMINING HEAD CHARACTERISTIC OF HDD AND RECORDING MEDIUM TO PERFORM THE SAME
SAMSUNG ELECTRONICS CO LTD
Inventor(s):YUN, Jong yun ; Lee, Joo hyun
Application No. US2007769955A, Filed:20070628 , Published: 20080103
US.Class: 360053 360031 36009701 ECLA: G11B000540 Intl. Class: G11B000502 G11B002736

Abstract: A method of determining a head characteristic, i.e. determining whether a head has a write characteristic stronger or weaker than that of a normal write head, and a recording medium suitable to perform the method. The method includes detecting a first error rate by writing data and then reading the written data without control pole tip protrusion (PTP) contralto compensate for thermal pole tip protrusion (TPTP) in a state where the head is fully cooled, detecting a second error rate by writing data and then reading the written data with the PTP control in the state where the head is fully cooled, calculating a difference between the first error rate and the second error rate, and determining based on the calculated error rate difference whether the head is a strong write head having a stronger write characteristic than that of the normal write head or a weak write head having a weaker write characteristic than that of the normal write head. Accordingly, since an adjacent track write (ATW) problem, which may occur due to a narrow gap between adjacent tracks, and a weak write problem, which may occur due to a short media recording length per data bit, can be simultaneously considered, high reliability can be secured in terms of recording and reproducing in an HDD.

Priority: KR KR200660799A 20060630 US US2007769955A 20070628


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US20080002246 A1
レーザを走査するユニット，およびその含むイメージを成型する装置
LASER SCANNING UNIT AND IMAGE FORMING APPARATUS INCLUDING THE SAME
SAMSUNG ELECTRONICS CO LTD
Inventor(s):KU, Jong wuk
Application No. US2007682522A, Filed:20070306 , Published: 20080103
US.Class: 359204 359206 ECLA: G11B000540 Intl. Class: G02B002608

Abstract: A laser scanning unit including a polygon mirror which has a plurality of reflecting faces reflecting an incident light onto a predetermined image forming part and is rotatably operated, a first light source scanning a first laser onto the reflecting faces at a predetermined scanning angle with respect to a centering line connecting a rotating axial line of the polygon mirror with a predetermined reference position on the image forming part, a second light source scanning a second laser symmetrical with the first laser with respect to the centering line onto the reflecting faces, a first Fθ lens which is positioned on the first optical path between the image forming part and the polygon mirror, and a second Fθ lens which is positioned on the second optical path between the image forming part and the polygon mirror, and has an optical characteristic symmetrical with the first Fθ with respect to the centering line.

Priority: KR KR200659877A 20060629 US US2007682522A 20070306


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US20080002220 A1
ジョブ，のイメージを成型する装置およびＷｅｂサーバを供給するワークフロー地位およびイメージを成型する装置およびＷｅｂサーバ中におけるジョブの供給するワークフロー地位に方法
IMAGE FORMING DEVICE AND WEB SERVER PROVIDING WORKFLOW STATUS OF JOB, AND METHOD TO PROVIDE WORKFLOW STATUS OF JOB IN IMAGE FORMING DEVICE AND WEB SERVER
SAMSUNG ELECTRONICS CO LTD
Inventor(s):SONG, Won ho
Application No. US2007678850A, Filed:20070226 , Published: 20080103
US.Class: 35800115 ECLA: G11B000540 Intl. Class: H04N000100

Abstract: An image forming device and a web server providing a workflow status of a job and a method of providing the workflow status of the job in the image forming device and the web server are provided. A communicator receives a first workform including a plurality of job conditions necessary to performing the job from a web server connected to the image forming device through a communication network. An image former generates image data of a document to perform the job. A parser parses the first workform. A controller controls the image former to generate a job command including the plurality of job from the parsed first workform and perform the job based on the generated job command, and generates a guidance picture guiding a workflow status of the job whenever the job conditions are processed. A display displays the guidance picture. Thus, a workflow status of a currently performed job can be displayed in real-time so that a user can easily check the workflow status of the currently performed job.

Priority: KR KR200658526A 20060628 US US2007678850A 20070226


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US20080002219 A1
プリンタ中におけるジョブ要求情報を表示する bluetooth および方法経由ディスプレイ・ジョブ要求情報にプリンタ
Printer to display job request information via bluetooth and a method of displaying job request information in the printer
SAMSUNG ELECTRONICS CO LTD
Inventor(s):Ha, Jun hyung
Application No. US2006605404A, Filed:20061129 , Published: 20080103
US.Class: 35800115 ECLA: G11B000540 Intl. Class: B41B000102

Abstract: A printer to display job request information via Bluetooth and a method of displaying job request information in the printer capable of preventing an undesired job operation by providing information on a Bluetooth profile and information on a job request status are provided. The printer includes a Bluetooth connector to connect the printer with a host via Bluetooth, a profile analyzer to analyze a Bluetooth profile used for connection with the host, a profile handler to handle an operation of the Bluetooth profile and determining a job status according to a corresponding profile, a display unit to display information of the profile analyzed by the profile analyzer and the job status according to the corresponding profile determined by the profile handler, and a controller to control the Bluetooth connector, the profile analyzer, the profile handler, and the display unit.

Priority: KR KR200659242A 20060629 US US2006605404A 20061129


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US20080002123 A1
ディスプレイ基板，およびそのもっているディスプレイ・パネル
DISPLAY SUBSTRATE AND DISPLAY PANEL HAVING THE SAME
SAMSUNG ELECTRONICS CO LTD
Inventor(s):KIM, Dong Gyu
Application No. US2007736256A, Filed:20070417 , Published: 20080103
US.Class: 349139 ECLA: G11B000540 Intl. Class: G02F00011343

Abstract: A display substrate includes a base substrate, a gate line, a data line, a pixel electrode and a shielding electrode. The base substrate includes a plurality of unit pixel areas arranged in a matrix shape. The gate line extends between the unit pixel areas. The data line crosses the gate line. The data line extends between the unit pixel areas. The pixel electrode is disposed in the unit pixel area. The pixel electrode is electrically connected to an output electrode of a switching element electrically connected to the gate and data lines. The shielding electrode is disposed the gate and data lines. The shielding electrode has an opening an opening formed therein, the opening disposed above and extending along a direction of the gate line.

Priority: KR KR200660450A 20060630 US US2007736256A 20070417


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US20080002089 A1
液晶ディスプレイ
LIQUID CRYSTAL DISPLAY
SAMSUNG ELECTRONICS CO LTD
Inventor(s):LEE, Seong Young ; KIM, Dong Gyu ; NA, Hye Seok
Application No. US2007755547A, Filed:20070530 , Published: 20080103
US.Class: 349048 349143 ECLA: G11B000540 Intl. Class: G02F00011343 G02F0001136

Abstract: The present invention relates to a liquid crystal display. A liquid crystal display according to an exemplary embodiment of the present invention includes a pixel electrode having first and second sub-pixel electrodes; a first thin film transistor connected to the first sub-pixel electrode; a second thin film transistor connected to the second sub-pixel electrode; a first data line connected to the first thin film transistor; a second data line connected to the second thin film transistor; a gate line connected to the first and second thin film transistors and intersecting the first and second data lines; and a blocking member overlapping at least one portion of the first sub-pixel electrode.

Priority: KR KR200648630A 20060530 KR KR200746984A 20070515 US US2007755547A 20070530


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US20080002062 A1
イメージを処理する装置および表示されたイメージの VISIBILITY を高める方法
IMAGE PROCESSING APPARATUS AND METHOD OF ENHANCING VISIBILITY OF DISPLAYED IMAGE
SAMSUNG ELECTRONICS CO LTD
Inventor(s):Kim, In ji ; Ok, Hyun wook ; Kim, Chang Yeong ; Park, Du sik ; Han, Young ran ; Choe, Won hee
Application No. US2007768412A, Filed:20070626 , Published: 20080103
US.Class: 348602 348687 348E05119 348E0512 ECLA: G06T000540 Intl. Class: H04N000557

Abstract: An image processing apparatus and method to reduce the deterioration of visibility of an image displayed on an image display device occurring under various lighting conditions when the brightness of ambient light is brighter than that of the image display device, and includes a sensor to sense the brightness of an external light, a unit to store a luminance-contrast model curve representing an optimal contrast value for a particular luminance for each brightness of the external light, a unit to determine a target luminance value according to the sensed brightness of the external light, to obtain a contrast value corresponding to the target luminance value with reference to the luminance-contrast model curve corresponding to the sensed brightness, and to adjust an input image to have the target luminance value and the obtained contrast value, and a unit to adjust the saturation of the adjusted input image according to the

Priority: KR KR200658217A 20060627 US US2007768412A 20070626


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US20080002050 A1
撮影する装置および撮影する装置の間にデータを受け取る wirelessly 伝達および ／またはの方法
Photographing apparatuses and method of wirelessly transmitting and/or receiving data between photographing apparatuses
SAMSUNG ELECTRONICS CO LTD
Inventor(s):Min, Beoung ouk
Application No. US2007652478A, Filed:20070112 , Published: 20080103
US.Class: 348372 ECLA: G06T000540 Intl. Class: H04N0005225

Abstract: A photographing apparatus and a method of transmitting and/or receiving data between the photographing apparatuses wirelessly are provided. The photographing apparatus includes a camera unit for photographing a video to generate a video signal; a signal processor for processing the video signal to transform the video signal into digital video data; a display for displaying the digital video data; a compressor for compressing the digital video data in a predetermined format; a storage unit for storing the compressed digital video data; a wireless receiver for receiving a video signal from an external photographing apparatus wirelessly and transmitting the video signal to the signal processor; and a power switch for supplying power to the wireless receiver and/or intercepting the supply of power to the wireless receiver. Thus, data can be transmitted and/or received wirelessly so as to provide a convenient photographing environment to a user.

Priority: KR KR200662031A 20060703 US US2007652478A 20070112


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US20080002020 A1
モービル通信システム中におけるビデオ呼び出しを結合するための装置と方法
APPARATUS AND METHOD FOR CONNECTING A VIDEO CALL IN A MOBILE COMMUNICATION SYSTEM
SAMSUNG ELECTRONICS CO LTD
Inventor(s):CHOI, Woo Young ; Jeong, Wook Hyun ; Park, Sung Ik
Application No. US2007770397A, Filed:20070628 , Published: 20080103
US.Class: 34801402 348E07077 4555501 ECLA: H04N000714A3 H04N000714A4 Intl. Class: H04N000714 H04M000100

Abstract: Provided are an apparatus and a method for connecting a vide call in mobile communication system. The method includes requesting video call profile data information of a receiving terminal from a profile information managing server while trying a video call; and connecting the receiving terminal for the video call by using the received profile data information when the video call profile information is received from the server. A video call connection can be promptly achieved between a transmitting terminal and a receiving terminal without a protocol negotiation procedure.

Priority: KR KR200658410A 20060628 US US2007770397A 20070628


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US20080002019 A1
光学的部品，およびレーザ・スキャナーを支えるためのその，およびの装置をもっているイメージを成型する装置
Apparatus for supporting optical component, and laser scanner and image forming device having the same
SAMSUNG ELECTRONICS CO LTD
Inventor(s):Bang, Doo jin
Application No. US2007650488A, Filed:20070108 , Published: 20080103
US.Class: 347242 ECLA: G02B000718 S02B002612F Intl. Class: B41J001514

Abstract: An apparatus for supporting an optical component that stably and precisely mounts the optical component for reflecting or permeating a beam emitted from a light source on a frame, and a laser scanner and an image forming device having the same, respectively. The laser scanner includes a light source, a reflective mirror to reflect a beam emitted from the light source, a supporting surface to support the reflective mirror in a predetermined orientation, and at least one horizontal reference surface and at least one vertical reference surface disposed in the supporting surface to provide reference surfaces for measuring a reflective point of the reflective mirror.

Priority: KR KR200660812A 20060630 US US2007650488A 20070108


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US20080002016 A1
光学的走査するユニットおよびその方法
Optical scanning unit and method thereof
SAMSUNG ELECTRONICS CO LTD
Inventor(s):Kim, Se tae
Application No. US2006594087A, Filed:20060925 , Published: 20080103
US.Class: 347235 ECLA: G02B000718 S02B002612F Intl. Class: B41J0002435 B41J000247

Abstract: An optical scanning device and method of optical scanning are provided. The optical scanning unit includes a resonant mirror controller scanning light emitted from a laser diode on a photoconductive drum, a first receive light sensor which receives the light scanned by the resonant mirror controller, and outputs a first horizontal synchronization signal which determines a start position of optical scanning according to the received light, and a video signal controller, responding to the first horizontal synchronization signal output from the first receive light sensor, controls the laser diode so that light corresponding to a video signal is emitted. In the optical scanning unit, a video signal controller can receive a plurality of horizontal synchronization signals (SOS; Start of Scan) through only one input pin irrespective of the number of receive light sensors which generate horizontal synchronization signals (SOS; Start Of Scan), which correspond to a start position of optical scanning.

Priority: KR KR200658885A 20060628 US US2006594087A 20061108


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US20080001976 A1
decompressed イメージの鳴る artifact を抑える方法
Methods of suppressing ringing artifact of decompressed images
SAMSUNG ELECTRONICS CO LTD
Inventor(s):Kim, Yeong Taeg
Application No. US2007899519A, Filed:20070906 , Published: 20080103
US.Class: 345694 345690 348E05077 375E07135 375E07161 375E07176 ECLA: G06T000500D G09G000500 H04N000521 H04N000726A4F H04N000726A6C H04N000726A8B S09G020200 Intl. Class: G09G000502 G06T000500 G09G000500 H04N000521 H04N000726

Abstract: A suppression method that provides adaptive (i.e., selective) processing of an input picture to generate an enhanced output picture with ringing-like areas of the input picture suppressed. For each such window in the input picture, if the window is detected as around a ringing-like area in the picture, then the output pixel for the position of the window comprises the low-pass filtered (i.e., smoothed) pixel in the input picture. However, if the window is not detected as around a ringing-like area (i.e., the window is around a non-ringing-like area) then the output pixel for the position of the window comprises essentially the unchanged window in the input picture. As a result no blurring is introduced into the input picture in areas where ringing-like patterns are not detected. Therefore, the output picture includes portions of the input picture in which ringing-like patterns were not detected, and portions of the input picture with suppressed ringing-like patterns where detected. The output picture is an enhanced version of the input picture with suppressed (i.e., smoothed) ringing-like patterns.

Priority: US US2003617068A 20030710 US US2007899519A 20070906

Related Applications:
US2007899519A 20070906 US2003617068A 20030710 Pending

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US20080001940 A1
ディスプレイの装置，および製造するその方法
DISPLAY DEVICE AND MANUFACTURING METHOD THEREOF
SAMSUNG ELECTRONICS CO LTD
Inventor(s):KOH, Byung Sik ; KO, Chun Seok ; JEONG, Byoung Seong ; SUNG, Si Duk
Application No. US2007768512A, Filed:20070626 , Published: 20080103
US.Class: 345211 ECLA: G06T000500D G09G000500 H04N000521 H04N000726A4F H04N000726A6C H04N000726A8B S09G020200 Intl. Class: G09G000500

Abstract: A display device includes a display panel having a display region formed with a plurality of thin film transistors, a light emitting layer disposed in the display region, and a driver supplying a driving signal including a gate signal and a data signal to the thin film transistors. At least one voltage pad is disposed outside of the display region on the display panel to supply a reference voltage to the display region, a power generator generates the reference voltage, and a flexible film is connected between the voltage pad and the power generator to transmit the reference voltage. At least one of the driver and the power generator includes an external power input unit that receives external power.

Priority: KR KR200660520A 20060630 US US2007768512A 20070626


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US20080001937 A1
ピクセル電極および TFT 層の間に間に置いた COLORABLE 有機体の層をもっているその，ディスプレイ基板をもっているそおよびディスプレイの装置を製造する PLUS の方法
DISPLAY SUBSTRATE HAVING COLORABLE ORGANIC LAYER INTERPOSED BETWEEN PIXEL ELECTRODE AND TFT LAYER, PLUS METHOD OF MANUFACTURING THE SAME AND DISPLAY DEVICE HAVING THE SAME
SAMSUNG ELECTRONICS CO LTD
Inventor(s):Shin, Kyoung Ju ; Ju, Jin Ho ; Kim, Shi Yul ; Kim, Jang Soo ; Chai, Chong Chul ; Ryu, Hye Young
Application No. US2007759515A, Filed:20070607 , Published: 20080103
US.Class: 345204 ECLA: G06T000500D G09G000500 H04N000521 H04N000726A4F H04N000726A6C H04N000726A8B S09G020200 Intl. Class: G09G000500

Abstract: A display substrate includes a TFT layer, a passivation layer, an organic layer, an inorganic insulating layer and a pixel electrode. The TFT layer includes gate and data lines, a thin film transistor and a storage electrode. The data line crosses the gate line, and is electrically insulated from the gate line by a gate insulating layer. The TFT is electrically connected to the gate and data lines. The passivation layer covers the TFT layer. The organic layer is on the passivation layer. The inorganic insulating layer of a low temperature deposition is on the organic layer, and the low temperature is about 100ｰ C. to about 250ｰ C. The pixel electrode is on the inorganic insulating layer to be electrically connected to the TFT through a contact hole that is formed through the inorganic insulating layer, the organic layer and the passivation layer. The inorganic insulating layer helps to block leakage of impurities from the organic layer to layers above the inorganic insulating layer.

Priority: KR KR200651867A 20060609 KR KR2006115107A 20061121 US US2007759515A 20070607


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US20080001936 A1
もっている信号を処理する装置，液晶ディスプレイおよびその製造の方法
SIGNAL PROCESSING DEVICE, LIQUID CRYSTAL DISPLAY HAVING THE SAME AND METHOD OF MANUFACTURING THE SAME
SAMSUNG ELECTRONICS CO LTD SEOUL NAT UNIV IND FOUNDATION
Inventor(s):MOON, Hoi sik
Application No. US2007688511A, Filed:20070320 , Published: 20080103
US.Class: 345204 ECLA: G09G000336 Intl. Class: G09G000500

Abstract: A signal processing device and method of manufacturing the same include a converting unit converting first, second, and third image data into first sub first image data, first sub second image data, and first sub third image data having gray levels higher than the gray levels of first, second, and third image data, respectively, and second sub first image data, second sub second image data, and second sub third image data having gray levels lower than the gray levels of the first, second, and third image data, respectively, a first correcting unit which compares the first sub image data, corrects the first sub second image data according to the comparison result, and outputs corrected first sub second image data, and a second correcting unit which compares the second sub image data, corrects the second sub second image data according to the comparison result, and outputs corrected second sub second image data.

Priority: KR KR200654072A 20060615 US US2007688511A 20070320


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US20080001904 A1
ゲート駆動回路，およびそのもっているディスプレイの装置
GATE DRIVING CIRCUIT AND DISPLAY APPARATUS HAVING THE SAME
SAMSUNG ELECTRONICS CO LTD
Inventor(s):KIM, Sung Man ; HUR, Myung Koo ; LEE, Jong Hwan ; LEE, Hong Woo
Application No. US2007761149A, Filed:20070611 , Published: 20080103
US.Class: 345100 ECLA: G09G000336 Intl. Class: G09G000336

Abstract: A gate driving circuit includes stages connected in series. In a stage, a pull-up part pulls up a present gate signal to a level of a first clock signal, and a pull-down part receives a next gate signal from a next stage to discharge the present gate signal to an off-voltage. A pull-up driving part turns on or turns off the pull-up part and the carry part. A holding part holds the present gate signal at the off-voltage and a present inverter turns on or turns off the holding part in response to the first clock signal. A ripple preventing capacitor is connected between a present node and an output terminal of a previous stage's inverter to prevent a ripple at the present Q-node in response to an output signal from the previous inverter.

Priority: KR KR200652612A 20060612 US US2007761149A 20070611


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US20080001892 A1
ディスプレイ基板，およびそのもっているディスプレイの装置
Display substrate and display device having the same
SAMSUNG ELECTRONICS CO LTD
Inventor(s):Kim, Dong Gyu ; Chang, Jong Woong ; Kwak, Yun Hee
Application No. US2007804649A, Filed:20070518 , Published: 20080103
US.Class: 345097 349056 ECLA: G02F000113B5 G02F00011345 S02F00011362W Intl. Class: G09G000320 G02F00011333

Abstract: In a display substrate and a display device having the display substrate for reducing a line resistance, the display substrate includes a plurality of pixel parts, a signal line part and a signal pad part. The pixel parts are formed in a display area. The signal line part is formed in a peripheral area surrounding the display area. The signal line part includes a first line formed with a first conductive layer, and a second line formed with a second conductive layer over the first line. The second line overlaps the first line. The signal pad part includes a first pad integrally formed with the first line, and a second pad integrally formed with the second line, wherein an identical driving signal is applied to the first pad and the second pad. Accordingly, the line resistance of the signal line part may be reduced.

Priority: KR KR200660481A 20060630 US US2007804649A 20070518


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US20080001877 A1
LCD パネル・アレイ基板
LCD panel array substrates
SAMSUNG ELECTRONICS CO LTD
Inventor(s):Kim, Dong Gyu ; Baek, Seung Soo
Application No. US2007823372A, Filed:20070626 , Published: 20080103
US.Class: 345087 ECLA: G02F00011362C Intl. Class: G09G000336

Abstract: An LCD array substrate includes a gate line, a data line, a thin film transistor, a pixel electrode and a storage line. The pixel electrode is formed in a unit pixel defined by the gate line and the data line and is electrically connected to the thin film transistor. The storage line includes a main storage line, a first sub storage line and a second sub storage line. The first sub storage line overlaps a first edge portion of the pixel electrode by a first length. The first sub storage line overlaps a second edge portion of the pixel electrode opposite to the first edge portion by the first length. This arrangement prevents a misalignment of the pixel electrode from causing a variation in kickback voltage, thereby improving display image quality.

Priority: KR KR200660413A 20060630 US US2007823372A 20070626


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US20080001831 A1
電磁波に radiated の方へ人の体を減少するためのモービル・ターミナルおよびモービル・ターミナル・アンテナ
Mobile terminal and mobile terminal antenna for reducing electromagnetic waves radiated towards human body
SAM SUNG ELECTRONIC SAMSUNG ELECTRO MECH
Inventor(s):Park, Se hyun ; Park, Wee sang ; Kim, Yong eil ; Kim, Jae hee
Application No. US2006634865A, Filed:20061207 , Published: 20080103
US.Class: 343702 ECLA: H01Q000152 H01Q000124A1C H01Q000904B2 Intl. Class: H01Q000124

Abstract: A mobile terminal and a mobile terminal antenna reduce the intensity of electromagnetic waves radiated in the direction of a human body. The mobile terminal antenna includes a radiator, which radiates electromagnetic waves; a ground which is connected with the radiator, and a radiation preventer which has a metallic bar on one side of the ground in parallel with the ground at an interval. Accordingly, the electromagnetic radiation exposure to the human body can be reduced by altering the radiation emission pattern, while the performance of the antenna can be simultaneously enhanced.

Priority: KR KR200660440A 20060630 US US2006634865A 20061207


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US20080001823 A1
ワイヤレス・ターミナルのためのチューニング極小-チューニングおよび macro のアンテナ可能な
Antenna capable of micro-tuning and macro tuning for wireless terminal
SAMSUNG ELECTRONICS CO LTD
Inventor(s):Jung, Chang won ; Kim, Yong jin ; Kim, Young eil ; Park, Se hyun
Application No. US2006606146A, Filed:20061130 , Published: 20080103
US.Class: 343700MS 343702 343895 ECLA: H01Q000940 H01Q000124A1A H01Q000138 Intl. Class: H01Q000138

Abstract: Disclosed is an antenna capable of micro-tuning and macro-tuning for a wireless terminal, comprising: a radiator radiating electromagnetic waves; a ground connected to the radiator; at least one switching element positioned at a lengthwise region of the radiator, for shorting or opening the region of the radiator; and a voltage controlling element positioned at the radiator between the switching element and the ground, for controlling the extent of a voltage potential applied across the radiator. In accordance with the present invention, the antenna is capable of the macro-tuning between the service bands and micro-tuning for channel control within the service bands. Furthermore, the size of the antenna is significantly reduced and the antenna is installed on a circuit board in a patch type, thereby simplifying a work process.

Priority: KR KR200662027A 20060703 US US2006606146A 20061130


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US20080001811 A1
ロケーション登録および通知機能をもっているデジタルを放送する受信機およびその使用の方法
Digital broadcasting receiver having location registration and notification function and method using the same
SAMSUNG ELECTRONICS CO LTD
Inventor(s):Kwon, Seong Geun
Application No. US2007807978A, Filed:20070531 , Published: 20080103
US.Class: 342352 342385 ECLA: H01Q000940 H01Q000124A1A H01Q000138 Intl. Class: G01S000100 H04B0007185

Abstract: A digital broadcasting receiver having a location registration and notification function is disclosed. The receiver includes a receiving unit for receiving data including identification information of a gap filler; an input unit for inputting a location registration request signal; a sub-controller for detecting gap filler identification information (GFID) from the digital broadcasting data; a main controller for creating location identification information corresponding to the GFID in response to the location registration request signal; and a location information storage unit for storing the GFID and the location identification information.

Priority: KR KR200654949A 20060619 US US2007807978A 20070531


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US20080001799 A1
デジタル信号内部に類似信号を変換するための装置と方法
Apparatus and method for converting analog signal into digital signal
SAMSUNG ELECTRONICS CO LTD
Inventor(s):Nam, Dong kyung ; Yoo, Ho joon ; Bang, Won chul ; Hong, Sun gi
Application No. US2007715892A, Filed:20070309 , Published: 20080103
US.Class: 341122 ECLA: H01Q000940 H01Q000124A1A H01Q000138 Intl. Class: H03M000100

Abstract: Provided is an apparatus and method to convert an analog signal into a digital signal, more particularly, an apparatus and method for converting an analog signal into a digital signal, the apparatus and method to perform a sampling operation by taking an average value of an analog signal for a predetermined sample period as a sample value and converting the analog signal into a digital signal using the sample value. The apparatus includes a signal input unit to which an analog signal is input; a sampling unit to perform a sampling operation by taking an average value of the analog signal for a predetermined sample period as a sample value; and a signal conversion unit to convert the analog signal into a digital signal using the sample value.

Priority: KR KR200660849A 20060630 US US2007715892A 20070309


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US20080001788 A1
文字入力の方法，およびその使用のモービル通信ターミナル
CHARACTER INPUT METHOD AND MOBILE COMMUNICATION TERMINAL USING THE SAME
SAMSUNG ELECTRONICS CO LTD
Inventor(s):MIN, Byung Jo ; Hong, Jun Il ; Jun, Ick Bae
Application No. US2007768638A, Filed:20070626 , Published: 20080103
US.Class: 341023 345168 ECLA: H01Q000940 H01Q000124A1A H01Q000138 Intl. Class: G06F000302

Abstract: A character input method and a mobile communication terminal using the method. The character input method includes: finding, in response to input of a key in a character input mode, at least one mapping of the key; creating, if the key has at least two mappings, a string selection list containing characters mapped by the mappings; displaying the string selection list; and displaying, if one of the strings in the string selection list is selected, the selected string in an input window. As a result, the user can conveniently input various pieces of information mapped to keys, including letters and numbers, to a mobile communication terminal without switching of input modes.

Priority: KR KR200660213A 20060630 US US2007768638A 20070626


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US20080001719 A1
無線周波数同一性確認のためのデータ・リカバリーの方法および装置
Data recovery method and apparatus for radio frequency identification
SAMSUNG ELECTRONICS CO LTD
Inventor(s):Koo, Ji hun ; Kang, Woo shik ; Park, Kyung ho
Application No. US2006585982A, Filed:20061025 , Published: 20080103
US.Class: 3400104 3400101 3405724 375316 375340 ECLA: G06K000700E Intl. Class: H04Q000522

Abstract: Provided are an RFID reader and a data recovery method which selectively selects only an integrity-checked phase signal, when receiving a backscattered signal of an RFID tag through an I signal path or a Q signal path, and may reduce a shadow area of a read range. The RFID reader includes a signal receiver which receives a plurality of phase signals; a symbol detector which recovers data with respect to each of the received phase signals; and a signal selector which selects a signal that satisfies a predetermined standard, from the data-recovered phase signals.

Priority: KR KR200659087A 20060629 US US2006585982A 20061025



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US20080001691 A1
MEMS スイッチ，およびその組み立てる方法
MEMS switch and method of fabricating the same
SAMSUNG ELECTRONICS CO LTD
Inventor(s):Hong, Young tack ; Kim, Jong seok ; Song, In sang ; Kwon, Sang wook ; Lee, Sang hun ; Kim, Che heung
Application No. US2006585235A, Filed:20060629 , Published: 20080103
US.Class: 335220 ECLA: G06K000700E Intl. Class: H01F000708

Abstract: A MEMS switch includes a substrate, at least one signal line and at least one electrode formed on the substrate, and a moving beam disposed in a spaced-apart relation with respect to the substrate above the substrate so as to be connected with or disconnected from the signal line according to an operation of the electrode. The moving beam includes at least one body, and at least one support to support the body. The body has a modulus of elasticity larger than that of the support. The MEMS switch prevents the moving beam from being stuck and increases a contact force generating between the moving beam and the signal line, thereby enabling a signal to be stably transmitted.

Priority: KR KR200659439A 20060629 US US2006585235A 20061024


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US20080001627 A1
もっているシフト登録，ゲート駆動回路およびディスプレイ・パネルおよびその方法
SHIFT REGISTER, GATE DRIVING CIRCUIT AND DISPLAY PANEL HAVING THE SAME, AND METHOD THEREOF
SAMSUNG ELECTRONICS CO LTD
Inventor(s):LEE, Myung Woo ; PAK, Sang Jin ; LEE, Joo Hyung ; KIM, Hyung Guel ; CHO, Man Seung ; UH, Kee Han
Application No. US2007771253A, Filed:20070629 , Published: 20080103
US.Class: 326046 345100 ECLA: G06K000700E Intl. Class: H03K0019173

Abstract: A shift register includes a plurality of stages each generating an output signal in sequence and including a buffering section, a driving section, a first charging section, and a charging control section. The buffering section receives one of a scan start signal and an output signal of a previous stage so that the driving section generates the output signal of a present stage. The first charging section includes a first terminal electrically connected to the driving section and a second terminal electrically connected to a first source voltage. The charging control section applies the output signal of a next stage to the first charging section. Therefore, a gradual failure of TFT is reduced.

Priority: KR KR200478306A 20041001 US US2005242387A 20051003 US US2007771253A 20070629

Related Applications:
US2007771253A 20070629 US2005242387A 20051003 Granted 7250788

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US20080001626 A1
Majority voter 回路，およびその含む半導体の装置
Majority voter circuits and semiconductor devices including the same
SAMSUNG ELECTRONICS CO LTD
Inventor(s):Bae, Seung Jun ; Lim, Jeong Don ; Moon, Gil Shin ; Park, Kwang Il
Application No. US2007819600A, Filed:20070628 , Published: 20080103
US.Class: 326036 ECLA: G06K000700E Intl. Class: H03K001923

Abstract: A majority voter circuit is configured to generate a selecting signal based on first input data and inverted first input data. The first input data and the inverted first input data each include an odd-number of bits, and the odd-number of bits include bits of a first type and bits of a second type. The generated selecting signal is indicative of which of the first type and the second type of bits in the first input data are in the majority.

Priority: KR KR200659684A 20060629 KR KR2006131054A 20061220 US US2007819600A 20070628




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US20080001289 A1
ウエハ-レベル・スタック・パッケージを製造する積み重ねられた-型のウエハ・レベル・パッケージ，の方法およびその製造の方法
STACKED-TYPE WAFER LEVEL PACKAGE, METHOD OF MANUFACTURING THE SAME, WAFER-LEVEL STACK PACKAGE AND METHOD OF MANUFACTURING THE SAME
SAMSUNG ELECTRONICS CO LTD
Inventor(s):MA, Keum Hee
Application No. US2007770602A, Filed:20070628 , Published: 20080103
US.Class: 257737 257E21476 257E21506 257E2301 438107 438613 ECLA: G06K000700E Intl. Class: H01L002348 H01L002144 H01L002160

Abstract: A stacked-type wafer level package includes a semiconductor chip through which a hole is formed, a conductive pattern and a conductive bump. The conductive pattern includes a conductive trace formed on an upper face of the semiconductor chip and electrically connected to the semiconductor chip, and a conductive pad extending from the conductive trace through the hole. The conductive pad is not protruded from a lower face of the semiconductor chip. The conductive bump is positioned on the conductive trace over the conductive pad.

Priority: KR KR200658780A 20060628 US US2007770602A 20070628


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US20080001276 A1
チップ・スタック，チップ・スタック・パッケージ，およびチップ・スタックおよびチップ・スタック・パッケージを成型する方法
Chip stack, chip stack package, and method of forming chip stack and chip stack package
SAMSUNG ELECTRONICS CO LTD
Inventor(s):Lee, Jong joo ; Kang, Sun won
Application No. US2007790359A, Filed:20070425 , Published: 20080103
US.Class: 257686 257E21499 257E2318 438109 ECLA: G06K000700E Intl. Class: H01L002302 H01L002100

Abstract: A chip stack may include a first chip and a second chip stacked on the first chip. Each of the first and second chips may include a substrate having an active surface and an inactive surface opposite to the active surface; an internal circuit in the active surface; an I/O chip pad on the active surface and connected to the internal circuit through an I/O buffer; and a I/O connection pad connected to the I/O chip pad through the I/O buffer by a circuit wiring. A redistributed I/O chip pad layer may be on the active surface of the first chip, the redistributed I/O chip pad layer redistributing the I/O chip pad. The I/O connection pads of the first chip and the second chip may be electrically connected to each other by an electrical connecting part.

Priority: KR KR200660664A 20060630 US US2007790359A 20070425


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US20080001252 A1
半導体に集積回路中における電気的ヒューズ option のための装置
Apparatus for electrical fuse option in semiconductor integrated circuit
SAMSUNG ELECTRONICS CO LTD
Inventor(s):Lee, Yun Woo ; Lee, Kyu Taek
Application No. US2007799842A, Filed:20070503 , Published: 20080103
US.Class: 257529 257E29001 ECLA: G06K000700E Intl. Class: H01L002900

Abstract: Provided is a fuse option device in a semiconductor integrated circuit. In the fuse option device, a pad receives an external fuse program signal, a program signal driving circuit is connected to the pad through a signal line and generates a program activation signal in response to the fuse program signal and an address validity signal. A fuse circuit is electrically programmed in response to the program activation signal, and a pull-down resistor is connected between the signal line and ground.

Priority: KR KR200660987A 20060630 US US2007799842A 20070503




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US20080001235 A1
集積 Circuit Devices Having Uniform Silicide Junctions
Integrated Circuit Devices Having Uniform Silicide Junctions
SAMSUNG ELECTRONICS CO LTD
Inventor(s):Jang, Se myeong ; Jin, Gyo young ; Oh, Yong chul ; Kim, Hyun chang
Application No. US2007853361A, Filed:20070911 , Published: 20080103
US.Class: 257384 257E29255 ECLA: G06K000700E Intl. Class: H01L002978

Abstract: Integrated circuit devices are provided including an integrated circuit substrate and a gate on the integrated circuit substrate. The gate has sidewalls. A barrier layer spacer is provided on the sidewalls of the gate. A portion of the barrier layer spacer protrudes from the sidewalls of the gate exposing a lower surface of the barrier layer spacer that faces the integrated circuit substrate. A silicide layer is provided on the portion of the barrier layer spacer protruding from the sidewalls of the gate.

Priority: KR KR200226785A 20020515 US US2003422430A 20030424 US US2005166979A 20050624 US US2007853361A 20070911

Related Applications:
US2005166979A 20050624 US2003422430A 20030424 Granted 6974752
US2007853361A 20070911 US2005166979A 20050624 Pending

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US20080001230 A1
窪んだチャネルをもっているトランジスタを含む半導体の装置，およびその組み立てる方法
Semiconductor devices including transistors having recessed channels and methods of fabricating the same
SAMSUNG ELECTRONICS CO LTD
Inventor(s):Lee, Jin Woo ; Chung, Tae Young ; Han, Sung Hee
Application No. US2007704872A, Filed:20070209 , Published: 20080103
US.Class: 257365 257E21409 257E29255 438294 ECLA: G06K000700E Intl. Class: H01L002978 H01L0021336

Abstract: Semiconductor devices including an isolation layer on a semiconductor substrate are provided. The isolation layer defines an active region of the semiconductor substrate. The device further includes an upper gate electrode crossing over the active region and extending to the isolation layer and lower active gate electrode. The lower active gate electrode includes a first active gate electrode extending from the upper gate electrode to the active region and a second active gate electrode below the first active gate electrode and having a greater width than a width of the first active gate electrode. The device further includes a lower field gate electrode that extends from the upper gate electrode to the isolation layer and has a bottom surface that is at a lower level than a bottom surface of the active gate electrode such that the sidewalls of the active region are covered below the lower active gate electrode. Related methods of fabricating semiconductor devices are also provided herein.

Priority: KR KR200658818A 20060628 US US2007704872A 20070209


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US20080001218 A1
金属 Oxide Semiconductor (MOS) Transistors Having Three Dimensional Channels
Metal Oxide Semiconductor (MOS) Transistors Having Three Dimensional Channels
SAMSUNG ELECTRONICS CO LTD
Inventor(s):Kim, Sung Min ; Kim, Dong Won ; Yun, Eun Jung ; Park, Dong Gun ; Lee, Sung Young ; Choe, Jeong Dong ; Lee, Shin Ae ; Cho, Hye Jin
Application No. US2007854734A, Filed:20070913 , Published: 20080103
US.Class: 257330 257E21345 257E21429 257E21444 257E21618 257E21629 257E21633 257E21643 257E29262 ECLA: H01L0021265F H01L0021336H6B H01L0021336U H01L00218234C H01L00218234V H01L00218238C H01L00218238V Intl. Class: H01L002978 H01L0029786 H01L0021265 H01L0021336 H01L00218234 H01L00218238

Abstract: Unit cells of metal oxide semiconductor (MOS) transistors are provided including an integrated circuit substrate and a MOS transistor on the integrated circuit substrate. The MOS transistor has a source region, a drain region and a gate region, the gate region being between the source region and the drain region. First and second channel regions are provided between the source and drain regions. The channel region is defined by first and second spaced apart protrusions in the integrated circuit substrate separated by a trench region. The first and second protrusions extend away from the integrated circuit substrate and upper surfaces of the first and second protrusions are substantially planar with upper surfaces of the source and drain regions. A gate electrode is provided in the trench region extending on sidewalls of the first and second spaced apart protrusions and on at least a portion of surfaces of the first and second spaced apart protrusions.

Priority: KR KR200354192A 20030805 KR KR200434025A 20040513 US US2004909471A 20040802 US US2007854734A 20070913

Related Applications:
US2007854734A 20070913 US2004909471A 20040802 Granted 7285466

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US20080001212 A1
非-揮発性の半導体メモリの装置
Non-volatile semiconductor memory devices
SAMSUNG ELECTRONICS CO LTD
Inventor(s):Lee, Chang Hyun ; Choi, Jung Dal ; Ye, Byoung Woo
Application No. US2007823397A, Filed:20070627 , Published: 20080103
US.Class: 257324 257E29309 ECLA: H01L0027115 H01L002128F H01L00218247M2 H01L0029423D2B2 H01L0029423D2B2C H01L002951B2 H01L0029788B Intl. Class: H01L0029792

Abstract: A non-volatile memory device includes a tunneling insulating layer on a semiconductor substrate, a charge storage layer, a blocking insulating layer, and a gate electrode. The charge storage layer is on the tunnel insulating layer and has a smaller band gap than the tunnel insulating layer and has a greater band gap than the semiconductor substrate. The blocking insulating layer is on the charge storage layer and has a greater band gap than the charge storage layer and has a smaller band gap than the tunnel insulating layer. The gate electrode is on the blocking insulating layer.

Priority: KR KR200137421A 20010628 KR KR20025622A 20020131 US US2002184328A 20020627 KR KR200326776A 20030428 US US2004795537A 20040308 US US2007823397A 20070627

Related Applications:
US2007823397A 20070627 US2004795537A 20040308 Granted 7253467
US2004795537A 20040308 US2002184328A 20020627 Granted 6858906

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US20080001211 A1
PEDESTALS の上でスペーサ-に形づくられた電極を含むメモリの装置，およびその製造の方法
MEMORY DEVICES INCLUDING SPACER-SHAPED ELECTRODES ON PEDESTALS AND METHODS OF MANUFACTURING THE SAME
SAMSUNG ELECTRONICS CO LTD
Inventor(s):Cho, Byung Kyu ; Kim, Tae Yong ; Lee, Choong Ho
Application No. US2007759044A, Filed:20070606 , Published: 20080103
US.Class: 257324 257E21689 257E27081 438261 ECLA: H01L00218246T H01L00218247M2P H01L0027105 T01L0027115 Y01N000400 Intl. Class: H01L0021336 H01L002976

Abstract: A NOR flash memory device includes a substrate having trenches that extend in a first direction and stepped portions that are arranged between the trenches. A bit region having a linear shape extends in a second direction substantially perpendicular to the first direction in the substrate. The bit region is doped with impurities. A first dielectric layer is on the substrate having the trenches. An electric charge trap layer is on the first dielectric layer. A second dielectric layer is on the electric charge trap layer. An upper electrode is on sidewalls of the trenches. The upper electrode has a spacer shape. Related fabrication methods are also described.

Priority: KR KR200658395A 20060628 US US2007759044A 20070606


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US20080001204 A1
非-揮発性のメモリの装置およびその組み立てるための方法
Non-volatile memory device and method for fabricating the same
SAMSUNG ELECTRONICS CO LTD
Inventor(s):Lee, Yong Kyu ; Jeon, Hee Seog ; Han, Jeong Uk
Application No. US2006647711A, Filed:20061229 , Published: 20080103
US.Class: 257314 ECLA: H01L0027115 H01L00218247M4 Intl. Class: H01L002976

Abstract: A non-volatile memory device and a method for fabricating the non-volatile memory device. The non-volatile memory device includes a memory cell located in a first conductive region and has a memory transistor, a selection transistor and a high voltage switching device located in a second conductive region close to the first conductive region. The memory cell is controlled by the high voltage switching device. At least one of the high voltage switching device, the memory transistor, or the selection transistor has a recessed channel region.

Priority: KR KR200659132A 20060629 US US2006647711A 20061229



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US20080001184 A1
結合フィールド効果薄膜トランジスタ
Junction field effect thin film transistor
SAMSUNG ELECTRONICS CO LTD
Inventor(s):Genrikh, Stefanovich ; Cho, Choong Rae ; Lee, Eun Hong
Application No. US2007705108A, Filed:20070212 , Published: 20080103
US.Class: 257256 257E2931 ECLA: H01L0021337B H01L0029808C Intl. Class: H01L002980

Abstract: Example embodiments are directed to a junction field effect thin film transistor (JFETFT) including a first electrode formed on a substrate, a first conductive first gate semiconductor pattern formed on the first gate electrode, a second conductive semiconductor channel layer formed on the substrate and the first conductive first gate semiconductor pattern, and source and drain electrodes formed on the second conductive semiconductor pattern and located at both sides of the first conductive gate semiconductor pattern. The JFETFT may further include a first conductive second gate semiconductor pattern formed on a portion of the second conductive semiconductor channel layer between the source electrode and the drain electrode, and a second gate electrode formed on the first conductive second gate semiconductor pattern.

Priority: KR KR200658893A 20060628 US US2007705108A 20070212


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US20080000502 A1
プローブ・カード・クリーニングのための構成物，およびその使用のプローブ・カード・クリーニングの方法
COMPOSITIONS FOR CLEANING A PROBE CARD AND METHODS OF CLEANING A PROBE CARD USING THE SAME
SAMSUNG ELECTRONICS CO LTD
Inventor(s):PARK, Jung Dae ; CHAE, Seung Ki ; LEE, Bo Yong ; HAN, Myoung Ok ; LEE, Jun Hee ; KIM, Se Yeon
Application No. US2007757179A, Filed:20070601 , Published: 20080103
US.Class: 134042 510108 510175 510405 ECLA: H01L0021337B H01L0029808C Intl. Class: B08B000700 C11D000302 C11D000732 C11D001700

Abstract: A composition for cleaning a probe card that may be a part of a semiconductor probe system and a method of cleaning the probe card using the composition is provided. In one embodiment, the composition includes a basic compound, an alcohol compound, and water. The composition for cleaning the probe card may prevent the probe card from being worn away or corroded, and may effectively remove impurities such as aluminum, aluminum oxide, or organic impurities from the probe card.

Priority: KR KR200649280A 20060601 US US2007757179A 20070601



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US20080000260 A1
shelving システムを含む Refrigerator
Refrigerator including shelving system
SAMSUNG ELECTRONICS CO LTD
Inventor(s):Lim, Chae soo ; Jung, Sang gyu
Application No. US2007785557A, Filed:20070418 , Published: 20080103
US.Class: 062465 312408 ECLA: F25D002502 F25D002306C2 Intl. Class: F25D002502 A47B005742

Abstract: A refrigerator is provided which includes: a main body having a storage compartment which has an inner wall; a shelf unit partitioning the storage compartment; and a shelf supporter provided on the inner wall of the storage compartment, detachably coupled with the shelf unit, and having a depressed groove. The shelf unit includes: a panel; and at least one stopper detachably connected to the panel and accommodated in the depressed groove to limit movement of the panel in a lengthwise direction of the shelf supporter. Accordingly, the present invention provides a refrigerator of which a shelf unit has an enhanced outer appearance with various designs, thereby improving aesthetic quality.

Priority: KR KR200659721A 20060629 US US2007785557A 20070418


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US20080000052 A1
Refrigerator
Refrigerator
SAMSUNG ELECTRONICS CO LTD
Inventor(s):Hong, Dae Jin ; Jeong, Gi Joong ; Song, Yo Hyun ; Jung, Sang Gyu
Application No. US2007797070A, Filed:20070430 , Published: 20080103
US.Class: 016382 ECLA: F25D002302E Intl. Class: E05D000500

Abstract: A refrigerator includes a door handle, which can prevent damage of an appearance of the refrigerator or noise by an operation of the door handle, and which can permit easy opening of a door with a small force being required by a user. The refrigerator includes a door installed to a main body of the refrigerator, and the door handle installed on the door. The door handle includes a rotational member rotatably coupled with the door, a compressive member installed on the door, to linearly move in order to compress the main body, a gear connection part to convert a rotational movement of the rotational member to a linear movement of the compressive member, and a returning member to return the rotational member to an original position.

Priority: KR KR200658986A 20060628 US US2007797070A 20070430


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US20080000044 A1
真空クリーナ
Vacuum cleaner
SAMSUNG KWANGJU ELECTRONICS CO
Inventor(s):Lee, Dong yun
Application No. US2006601510A, Filed:20061117 , Published: 20080103
US.Class: 015352 ECLA: A47L000916G Intl. Class: A47L000910

Abstract: Provided is a vacuum cleaner which comprises: a cleaner body formed with a mounting space; a vacuum motor mounted in the cleaner body to produce suction force; a brush assembly connected to the cleaner body; a dust collection device mounted in the mounting space and having a dust collection bin; and a lifting/lowering unit for lifting or lowering the dust collection bin in relation to the cleaner body, so that the dust collection bin is anchored in the mounting space or removed from the mounting space, wherein the lifting/lowering unit is mounted on the outer bottom surface of the dust collection bin so that it can be mounted in the mounting space or removed from the mounting space along with the dust collection bin. As a result, it is possible to prevent the leakage of discharge air and to reduce the pollution and malfunction of the lifting/lowering unit.

Priority: KR KR200661069A 20060630 US US2006601510A 20061117



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