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    • 62. 发明授权
    • Toner conveying roll and developing apparatus
    • 调色剂输送辊和显影装置
    • US6026265A
    • 2000-02-15
    • US122871
    • 1998-07-27
    • Masahide KinoshitaTetsuya KobayashiYoshiro Saito
    • Masahide KinoshitaTetsuya KobayashiYoshiro Saito
    • F16C13/00G03G15/08
    • G03G15/0818G03G15/0808
    • A toner conveying roll including a rotary shaft, and a surface layer provided around the rotary shaft and formed from a foam elastic body, and wherein the surface layer has a projection extended along an axial direction, and the projection has a substantially trapezoidal cross section. A developing apparatus includes a developing container containing developer, a developer bearing member provided at an opening portion of the developing container and adapted to bear and convey the developer, and a scrape and supply rotary member for scraping and supplying developer while contacting with the developer bearing member, and wherein the scrape and supply rotary member has a surface layer made of foam elastic body and has a projection extending in an axial direction.
    • 一种调色剂输送辊,包括旋转轴,以及设置在所述旋转轴周围并由泡沫弹性体形成的表面层,并且其中所述表面层具有沿轴向延伸的突起,并且所述突起具有大致梯形的横截面。 显影装置包括容纳显影剂的显影容器,设置在显影容器的开口部分并适于承载和输送显影剂的显影剂承载部件,以及刮刮并供应用于刮刮和供应显影剂的旋转部件, 并且其中所述刮擦和供给旋转构件具有由泡沫弹性体制成的表面层,并且具有沿轴向延伸的突起。
    • 69. 发明授权
    • Method and apparatus for driving a liquid crystal display panel
    • 用于驱动液晶显示面板的方法和装置
    • US5307084A
    • 1994-04-26
    • US863379
    • 1992-04-03
    • Hisashi YamaguchiYoshiya KanekoMunehiro HaraguchiHiroshi MurakamiTakayuki HoshiyaTetsuya KobayashiKazuhiro Takahara
    • Hisashi YamaguchiYoshiya KanekoMunehiro HaraguchiHiroshi MurakamiTakayuki HoshiyaTetsuya KobayashiKazuhiro Takahara
    • G09G3/36
    • G09G3/3696G09G3/3622G09G2320/0209
    • In a driver circuit of direct drive matrix type LCD panel, a quantity of ON-STATE cells (or OFF-STATE cells) displayed on the just previous scan electrode is counted and a quantity of ON-STATE cells (or OFF-STATE cells) to be displayed on a present scan electrode is also counted. A compensation voltage is generated according to a predetermined relation based on a difference of the two above-counted quantities, and is superposed onto drive voltages of unselected scan electrodes or of each of data electrodes, in a polarity that an undesirable spike voltage induced on unselected cell voltage is cancelled, in synchronization with selection of the present scan electrode. The compensation voltage may be generated according to a digital difference of the two quantities or to a change in an analog voltage representing the counted quantity. The above-described relation of the compensation voltage versus the counted quantity difference may be proportional or may be given with a predetermined specific relation to meet the panel characteristics. The compensation voltage may be a flat voltage during the period for selecting the single scan electrode or may be of a spike waveform. Amplitude of this spike is determined by the above-described predetermined relation. An irregular panel brightness caused from spike voltages induced from data electrode voltage application is cancelled.
    • 在直接驱动矩阵型LCD面板的驱动电路中,对刚刚扫描电极上显示的一定数量的ON状态单元(或OFF状态单元)进行计数,并将ON状态单元(或OFF-STATE单元) 也显示在当前扫描电极上。 基于两个上述计数量的差异,根据预定关系产生补偿电压,并以非选择的扫描电极或每个数据电极的驱动电压叠加在非选择的不期望的尖峰电压的极性 与当前扫描电极的选择同步地消除电池电压。 补偿电压可以根据两个数量的数字差或与表示计数量的模拟电压的变化产生。 补偿电压与计数量差的上述关系可以是成比例的或者可以以预定的特定关系给出以满足面板特性。 在用于选择单个扫描电极的周期期间,补偿电压可以是平坦的电压,或者可以是尖峰波形。 该尖峰的幅度由上述预定关系决定。 由数据电极电压施加引起的尖峰电压导致的不规则面板亮度被取消。