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    • 1. 发明授权
    • Source line repair circuit, source driver circuit, liquid crystal display device with source line repair function, and method of repairing source line
    • 源线修复电路,源极驱动电路,具有源极线修复功能的液晶显示装置及修复源极线的方法
    • US07436381B2
    • 2008-10-14
    • US10966274
    • 2004-10-15
    • Kyung-Myun KimChang-Hwe Choi
    • Kyung-Myun KimChang-Hwe Choi
    • G09G3/36
    • G09G3/3688G09G3/3648G09G2310/0291G09G2330/08Y10S345/904
    • A source driver circuit provides a source driving signal to a disconnected source line. The source driver circuit includes a shift register, a latch unit, a DAC unit, a buffer unit, and a source line repair circuit. A source line repair circuit receives a common voltage signal and a source driving signal corresponding to the disconnected source line, selects an amplifier having a same polarity type as a polarity type of an amplifier constituting the buffer unit in response to a source driving signal to provide an output signal of the selected amplifier to the disconnected source line. The source driver circuit includes the source line repair circuit which may select the amplifier having the same polarity as the polarity of the amplifier of the buffer, and thus may safely provide the source driving signal to the disconnected source line.
    • 源极驱动器电路向源极线提供源极驱动信号。 源极驱动器电路包括移位寄存器,锁存单元,DAC单元,缓冲单元和源极线修复电路。 源极线修复电路接收与断开的源极线相对应的公共电压信号和源极驱动信号,响应于源极驱动信号选择具有与组成缓冲器单元的极性类型相同的极性类型的放大器,以提供 所选择的放大器到断开的源极线的输出信号。 源极驱动器电路包括可以选择具有与缓冲器的放大器的极性相同极性的放大器的源极线修复电路,从而可以安全地将源极驱动信号提供给断开的源极线。
    • 3. 发明申请
    • METHOD AND APPARATUS FOR FORMING ELECTRODE PATTERN ON TOUCH PANEL
    • 用于在触摸面板上形成电极图案的方法和装置
    • US20110242028A1
    • 2011-10-06
    • US13074042
    • 2011-03-29
    • Chang-ju LeeKyung-myun KimYoon-kyung Chol
    • Chang-ju LeeKyung-myun KimYoon-kyung Chol
    • G06F3/041
    • G06F3/044G06F3/0418
    • A touch sense panel includes a first set of individual sensing units for sensing a location along a first axis. The first set of individual sensing units includes a first plurality of strings of individual sensing units, each string including at least two of the individual sensing units of the first set. The at least two individual sensing units are electrically connected to each other and arranged in a direction perpendicular to the first axis. A first individual sensing unit of a first string of the first plurality of strings is electrically connected to a first individual sensing unit of a second string of the first plurality of strings, the second string adjacent to the first string, such that the first string and the second string form a single, first electrode.
    • 触摸感测面板包括用于感测沿着第一轴线的位置的第一组单独感测单元。 第一组单独感测单元包括第一组多个单独感测单元串,每个串包括第一组的各个感测单元中的至少两个。 所述至少两个单独的感测单元彼此电连接并且在垂直于第一轴线的方向上布置。 所述第一多个串中的第一串的第一单独检测单元电连接到所述第一多个串的第二串的第一单独感测单元,所述第二串与所述第一串相邻,使得所述第一串和 第二串形成单个第一电极。
    • 5. 发明申请
    • DRIVING IC FOR A DISPLAY DEVICE
    • 用于显示设备的驱动IC
    • US20070139349A1
    • 2007-06-21
    • US11557364
    • 2006-11-07
    • Soo-jung YoonKyung-myun Kim
    • Soo-jung YoonKyung-myun Kim
    • G09G3/36
    • G09G3/3685G09G2310/0297G09G2360/18
    • A driving IC for a display device that reduces the number of circuits included in a source driver, thereby decreasing the entire chip area of the driving IC. The driving IC drives a panel including a plurality of pixels whose respective gradations are represented by M-bit gradation data, and includes a memory storing gradation data for representing respective gradations of the plurality of pixels, a multiplexer unit receiving the gradation data from the memory and transmitting the M-bit gradation data through L transmission lines, where L is less than M, and a source driver serially receiving the gradation data through the L transmission lines and sequentially processing the serially received gradation data.
    • 一种用于显示装置的驱动IC,其减少包括在源极驱动器中的电路的数量,从而减小驱动IC的整个芯片面积。 驱动IC驱动包括多个像素的面板,其各个灰度由M位灰度数据表示,并且包括存储用于表示多个像素的各个等级的灰度数据的存储器,多路复用器单元,从存储器接收灰度数据 并且通过L个小于M的L个传输线发送M比特灰度数据,以及通过L个传输线串行接收灰度数据的源驱动器,并顺序地处理串行接收的灰度数据。
    • 6. 发明申请
    • Device and Method of Controlling Source Driver
    • 控制源驱动器的装置和方法
    • US20070121395A1
    • 2007-05-31
    • US11560035
    • 2006-11-15
    • Sang-hun KimByung-hun HanKyung-myun Kim
    • Sang-hun KimByung-hun HanKyung-myun Kim
    • G11C7/00
    • G11C7/22G09G3/20G09G2310/08G09G2320/10G09G2330/021G09G2360/18G11C7/1006G11C7/1078G11C7/1093G11C7/222
    • A source driver control device and method. The source driver control device includes a memory, a first write controller, a second write controller and a write clock signal generator. The memory receives display data corresponding to an image and stores the display data in response to a write clock signal. The first write controller generates a first write enable signal in response to a vertical back porch and a horizontal back porch. The second write controller generates a second write enable signal, which is enabled for each write cycle of storing the display data in the memory, in response to the first write enable signal. The write clock signal generator generates the write clock signal in a period in which the second write enable signal is enabled. The write cycle corresponds to a multiple of a reference write cycle. The source driver control device and method can reduce power consumed when the display data is written in the memory.
    • 源驱动器控制装置和方法。 源极驱动器控制装置包括存储器,第一写入控制器,第二写入控制器和写入时钟信号发生器。 存储器接收对应于图像的显示数据并且响应于写入时钟信号存储显示数据。 第一写入控制器响应于垂直后门廊和水平后门廊而生成第一写入使能信号。 第二写入控制器响应于第一写入使能信号而产生第二写入使能信号,该第二写入使能信号被用于将存储显示数据的每个写周期存储在存储器中。 写入时钟信号发生器在第二写使能信号被使能的时段中产生写入时钟信号。 写周期对应于参考写周期的倍数。 源驱动器控制装置和方法可以在显示数据写入存储器时减少消耗的功率。
    • 8. 发明授权
    • Gamma correction D/A converter, source driver integrated circuit and display having the same and D/A converting method using gamma correction
    • 伽马校正D / A转换器,源驱动器集成电路和显示器具有相同的D / A转换方法,使用伽马校正
    • US06950045B2
    • 2005-09-27
    • US10999634
    • 2004-11-30
    • Kyung-Myun Kim
    • Kyung-Myun Kim
    • G09G3/36H03M1/06H03M1/66
    • G09G3/3688G09G2310/027G09G2320/0276H03M1/664
    • In a gamma correction digital-to-analog converter, one of first gamma correction reference voltage signals is selected as a first corresponding gray scale signal based on lower m+n bits of a k bit digital input signal when upper l bits of the k bit input signal correspond to an upper or lower code set, where k=l+m+n, and where k, l, m and n are integers. A pair of adjacent second gamma correction reference voltage signals is selected from second gamma correction reference voltage signals based on upper l+m bits when the upper l bits correspond to a middle code set, and one is selected from the pair of second gamma correction reference voltage signals and 2n−1 divided signals as a second corresponding gray scale signal, the divided signals being obtained by dividing an interval between the selected pair into 2n levels. The first or second gray scale signal is selected to be output.
    • 在伽马校正数模转换器中,当k位输入的高1位时,基于ak位数字输入信号的较低m + n位选择第一伽马校正参考电压信号之一作为第一对应灰度信号 信号对应于上或下码集,其中k = 1 + m + n,其中k,l,m和n是整数。 当高位比特对应于中间码组时,从第二伽马校正基准电压信号中选择一对相邻的第二伽马校正参考电压信号,并且从一对第二伽马校正基准 电压信号和2 n + 1分割信号作为第二对应的灰度信号,所分割的信号通过将所选择的一对之间的间隔除以2级来获得。 第一或第二灰阶信号被选择输出。