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    • 2. 发明授权
    • Self light emitting type display device
    • 自发光型显示装置
    • US07221340B2
    • 2007-05-22
    • US10847588
    • 2004-05-18
    • Atsusi MatsudaYoichi Satake
    • Atsusi MatsudaYoichi Satake
    • G09G3/30
    • G09G3/3216G09G2320/0242G09G2320/0295G09G2320/043G09G2360/147H05K1/189
    • Provided is a self light emitting type display device which can correct variations in characteristics of self-emitting elements arranged in a display panel, a driver IC which drives lighting of the self-emitting elements, and the like.A self-emitting module 1 is composed of a display panel 2 on which a plurality of self-emitting elements are arranged, a flexible circuit board 3 whose one end portion is connected with the display panel, a memory 10 which is loaded on the circuit board 3 and in which data for adjusting light emission intensities of the self-emitting elements is stored, and a drive unit 5 which is loaded also on the circuit board and which is equipped with a function of generating the drive current which is for adjusting the light emission intensities of the respective light emitting elements based on the data stored in the memory. Since the memory 10 and the drive unit 5 are loaded in the self-emitting module 1, in a state in which the self-emitting module is an individual module body before the module 1 is connected with a main body substrate 6 side, intensity adjustment of the respective light emitting elements can be performed, and adjustment work for intensity prior to shipping of the product can be made easier.
    • 提供一种能够校正布置在显示面板中的自发光元件的特性变化的自发光型显示装置,驱动自发光元件的点亮的驱动器IC等。 自发光模块1由其上配置有多个自发光元件的显示面板2,一个端部与显示面板连接的柔性电路板3,负载在电路上的存储器10 板3,其中存储有用于调节发光元件的发光强度的数据;以及驱动单元5,该驱动单元5也装载在电路板上,并且具有产生驱动电流的功能,该驱动电流用于调整 基于存储在存储器中的数据,各个发光元件的发光强度。 由于存储器10和驱动单元5装载在自发射模块1中,在模块1与主体基板6侧连接之前,在自发射模块是单个模块体的状态下,强度调节 可以进行各个发光元件的放置,并且可以使产品运送之前的强度的调整工作变得更容易。
    • 3. 发明授权
    • Luminescent display panel drive unit and drive method thereof
    • 发光显示面板驱动单元及其驱动方法
    • US06351076B1
    • 2002-02-26
    • US09679516
    • 2000-10-06
    • Takayoshi YoshidaYoichi Satake
    • Takayoshi YoshidaYoichi Satake
    • G09G310
    • G09G3/3216G09G3/3266G09G3/3283G09G2300/06G09G2310/0221G09G2310/0251G09G2310/063G09G2360/18
    • There is specified an illumination drive line assigned to a capacitive luminescent element which is connected to a single scanning line and is to be illuminated in accordance with an input video signal during a scanning period. A first potential lower than an illumination threshold voltage of the capacitive luminescent element is applied to a single scanning line, and a second potential higher than the illumination threshold voltage is applied to the scanning lines other than the single scanning line. A drive current is supplied to the illumination drive line for forwardly applying a positive voltage higher than the illumination threshold voltage to the capacitive luminescent element to be illuminated. A third potential slightly lower than the illumination threshold voltage is applied to the drive lines other than the illumination drive line. During a reset period defined between scanning periods, the second potential is applied to all the scanning lines, and a fourth potential equal to the second potential is supplied to the drive line other than the non-reset drive line.
    • 指定分配给电容发光元件的照明驱动线,其连接到单个扫描线并且在扫描周期期间根据输入视频信号被照亮。 将低于电容发光元件的照明阈值电压的第一电位施加到单个扫描线,并且将高于照明阈值电压的第二电位施加到除了单个扫描线之外的扫描线。 驱动电流被提供给照明驱动线路,用于向被照明的电容发光元件正向施加高于照明阈值电压的正电压。 稍微低于照明阈值电压的第三电位被施加到除了照明驱动线之外的驱动线。 在扫描周期之间定义的复位周期期间,将第二电位施加到所有扫描线,并且等于第二电位的第四电位被提供给非复位驱动线以外的驱动线。