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    • 12. 发明授权
    • Booster circuits
    • 加速电路
    • US4016476A
    • 1977-04-05
    • US630811
    • 1975-11-11
    • Shigeru MorokawaFukuo Sekiya
    • Shigeru MorokawaFukuo Sekiya
    • G04G19/04G04G19/08H02M3/07H03K5/003H03K5/02H03K19/0185H03K19/094H02M7/00
    • H03K19/018507G04G19/04G04G19/08H02M3/07H03K19/094H03K5/003H03K5/023
    • An input line carrying a square-wave voltage is connected through a capacitor to the drain and via an inverter to the gate of a MOSFET acting as a diode, the relative magnitudes of the drain and gate pulses being so chosen that the FET conducts during alternate half-cycles of the square wave whereby the capacitor is charged during nonconductive half-cycles and is fully discharged to the potential of the source of the FET during conductive half-cycles. If the source is biased by a constant voltage, a square wave in a higher voltage range is available at the drain. If the source is connected to potential through another capacitance, a d-c voltage is available at that electrode. Complementary MOSFET/diodes can be connected in push-pull or in cascade to amplify the input voltage; they may also be combined with supplementary voltage boosters including cascaded stages composed of ordinary diodes and capacitors. The MOSFET/diode may be part of an electronic clock drive.
    • 承载方波电压的输入线通过电容器连接到漏极,并且通过反相器连接到用作二极管的MOSFET的栅极,所以选择漏极和栅极脉冲的相对幅度,使得FET在交替期间导通 方波的半周期,由此电容器在非导通半周期期间被充电,并且在导电半周期期间完全放电到FET源极的电位。 如果源被恒定电压偏置,则在漏极处可获得较高电压范围内的方波。 如果源极通过另一个电容连接到电位,那么在该电极处可以获得d-c电压。 互补MOSFET /二极管可以以推挽或级联方式连接,以放大输入电压; 它们还可以与包括由普通二极管和电容器组成的级联级的辅助升压器组合。 MOSFET /二极管可能是电子时钟驱动器的一部分。
    • 13. 发明授权
    • Electronic timepiece
    • 电子钟表
    • US4015419A
    • 1977-04-05
    • US658037
    • 1976-02-13
    • Shigeru MorokawaYukio Hashimoto
    • Shigeru MorokawaYukio Hashimoto
    • G04F5/06G04G3/02G06F7/68G04C3/00
    • G04F5/06G04G3/022G06F7/68
    • To facilitate acceleration or deceleration of the stepping rate of a time-keeping counter responding to driving pulses from a frequency divider connected to a crystal-controlled oscillator, a succession of such driving pulses is taken from an OR gate with inputs receiving a basic pulse train .phi..sub..gamma. a normally present first ancillary pulse train .phi..sub..beta. spacedly interleaved with pulse train .phi..sub..gamma. and a normally absent second ancillary pulse train .phi..sub..alpha. with pulse positions offset from those of the other two pulse trains. To retard the timepiece, the pulses of train .phi..sub..beta. are blocked for a desired period; to advance it, pulses of train .phi..sub..alpha. are interpolated at a rate depending on the cadence of a series of control pulses selectively synthesized from a combination of low-frequency stage outputs of the frequency divider. Externally set selection signals are temporarily stored in a memory circuit including NOR gates with positive-feedback connections to inverting inputs thereof, the memory circuit being periodically tested by a resetting pulse recurring at a frequency lower than that of the driving pulses.
    • 为了便于对来自连接到晶体振荡器的分频器的驱动脉冲响应的计时器的步进速度的加速或减速,从OR门获取一系列这样的驱动脉冲,其中输入接收基本脉冲串 phiγ是与脉冲串phiγ间隔地交错的正常存在的第一辅助脉冲串phiβ和具有与其他两个脉冲序列的脉冲位置偏移的脉冲位置的正常缺少的第二辅助脉冲串phiα。 为了延迟时计,火车phi beta的脉冲被阻挡一段期望的时间; 为了使其前进,列车速率α的脉冲以取决于从分频器的低频级输出的组合选择合成的一系列控制脉冲的频率的速率内插。 外部选择信号被临时存储在包括具有与其反相输入端的正反馈连接的NOR门的存储器电路中,存储器电路通过以低于驱动脉冲的频率重复的复位脉冲周期性地测试。
    • 15. 发明授权
    • Method of driving liquid crystal matrix display
    • 驱动液晶矩阵显示的方法
    • US4679043A
    • 1987-07-07
    • US566075
    • 1983-12-27
    • Shigeru Morokawa
    • Shigeru Morokawa
    • G02F1/133G02F1/1343G09F9/30G09G3/36
    • G09G3/3644
    • A drive method for a liquid crystal matrix display panel whereby the display is driven as two or more separate regions, with each region being successively driven by row and column drive signals to display video data in a row-by-row manner during a drive phase while the remaining regions operate in a rest phase in which a potential substantially equal to zero is applied across the display elements of these other regions. The effective number of row electrodes to which sequential scanning signal pulses are applied, which determines the level of contrast obtainable with such a display panel when the number of display elements is large, is made equal to the number of row electrodes of each of these regions, so that a sufficiently high number of elements for high-resolution television display is attainable with a simple display panel and peripheral circuit configuration.
    • 一种用于液晶矩阵显示面板的驱动方法,由此显示器被驱动为两个或更多个分开的区域,每个区域由行和列驱动信号连续地驱动,以在驱动阶段以逐行的方式显示视频数据 而其余区域在休止阶段中工作,其中在这些其他区域的显示元件上施加基本上等于零的电位。 当施加顺序扫描信号脉冲的行电极的有效行数确定当显示元件数量大时可以用这种显示面板获得的对比度的水平等于这些区域中的每一个的行电极数 ,因此通过简单的显示面板和外围电路结构,可以获得足够高数量的用于高分辨率电视显示的元件。
    • 16. 发明授权
    • Television receiver with liquid crystal matrix display panel
    • 电视接收机配有液晶矩阵显示面板
    • US4630122A
    • 1986-12-16
    • US592172
    • 1984-03-22
    • Shigeru Morokawa
    • Shigeru Morokawa
    • H04N5/66G02F1/133G09G3/20G09G3/36H04N3/12H04N5/44H04N5/70H04N3/14
    • H04N3/127G09G3/3644G09G2320/0209G09G2320/041G09G2360/18G09G3/2014G09G3/3614
    • A television receiver is equipped with a liquid crystal matrix display panel having the drive electrodes arranged such as to form a plurality of regions, with the regions each successively entering a drive phase of operation in which selection and bias drive signals are applied to the display element electrodes and a rest phase of operation in which a voltage level substantially equal to zero is applied between the display element electrodes, with only one region operating in the drive phase at a time and the remaining regions operating in the rest phase. The display contrast attainable with a given number of rows of picture elements in the display can thereby be substantially increased, e.g. can be effectively doubled for the case of a display divided into two regions, without the need to utilize large-capacity video memory circuits.
    • 电视接收机配有液晶矩阵显示面板,其具有布置成形成多个区域的驱动电极,各区域各自依次进入操作的驱动阶段,其中选择和偏置驱动信号被施加到显示元件 电极和其中在显示元件电极之间施加基本上等于零的电压等级的操作的休止阶段,一次只有一个区域在驱动阶段中操作,并且其余区域在休止阶段中操作。 因此显示器中的给定数量的像素行可以实现的显示对比度可以大大增加,例如, 对于分为两个区域的显示器的情况,可以有效地加倍,而不需要利用大容量视频存储器电路。
    • 17. 发明授权
    • Image pickup system
    • 摄像系统
    • US4581649A
    • 1986-04-08
    • US593831
    • 1984-03-27
    • Shigeru Morokawa
    • Shigeru Morokawa
    • H04N1/409H04N5/225H04N5/335H04N5/372H04N5/374H04N5/378H04N3/14
    • H04N5/2176H04N1/409H04N3/1587H04N5/2259
    • An image pickup system has an image sensor including a plurality of photodetectors arranged in two dimensions and an optical system having a lens for forming an image on the image sensor so that the image sensor produces picture data. A vibrator is provided for vibrating the image on the image sensor so as to oscillate the picture data, and a scanner is provided to be operative in synchronism with the vibration of the image for changing the oscillated picture data to data for a fixed image. A memory is provided for storing the data for a fixed image and a majority logic circuit is provided for selecting the most reliable data from the data stored in the memory and for producing a picture data for the image on the image sensor.
    • 图像拾取系统具有图像传感器,其包括以二维布置的多个光电检测器,以及具有用于在图像传感器上形成图像的透镜的光学系统,使得图像传感器产生图像数据。 提供振动器用于使图像传感器上的图像振动以便振荡图像数据,并且提供扫描器以与用于将振荡的图像数据改变为固定图像的数据的图像的振动同步地操作。 提供存储用于固定图像的数据的存储器,并且提供多数逻辑电路用于从存储在存储器中的数据中选择最可靠的数据,并且用于在图像传感器上产生图像的图像数据。
    • 18. 发明授权
    • Matrix driving method for electro-optical display device
    • US4465999A
    • 1984-08-14
    • US99805
    • 1979-12-03
    • Akira TsuzukiHiro FujitaShigeru Morokawa
    • Akira TsuzukiHiro FujitaShigeru Morokawa
    • G02F1/1345G09F9/302G09G3/18G09G3/36
    • G02F1/1345G09F9/302G09G3/18G09G3/3622G09G3/3681G09G3/3692
    • A method of cyclically driving an electro-optical display device having a matrix array of a plurality of row electrodes and a plurality of column electrodes, wherein said column electrodes intersect with said row electrodes to provide a plurality of display elements at intersections between said row and column electrodes, comprising the steps of: applying row drive signals to said row electrodes, respectively; and applying one of first, second and third column drive signals to each of said column electrodes, with said first column drive signal inducing a non-display state at all of the display elements along each column electrode, said second column drive signal inducing a non-display state at a single display element along said each column electrode and inducing a display state at the other two display elements along said each column electrode, and said third column drive signal inducing a display state at all of the display elements along said each column electrode; wherein each of said row drive signals takes a plurality of voltage potentials during a half cycle period divided into prescribed time intervals and one of said row drive signals takes one of said voltage potentials different from those of the other of said row drive signals during each of said prescribed time intervals; and wherein said first column drive signal takes a reference voltage potential equal to the mean value of said voltage potentials of said row drive signals during said prescribed time intervals of said half cycle period, said second column drive signal takes a first voltage potential different from those of said row drive signals during one of said prescribed time interval, said reference voltage potential during another one of said prescribed time intervals, and a second voltage potential different from those of said row drive signals during another one of said prescribed time intervals, and said third column drive signal takes the first and second voltage potentials during each of said prescribed time intervals.