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    • 1. 发明授权
    • Liquid crystal display element with gap controlling material and process
for production thereof
    • 具有间隙控制材料的液晶显示元件及其制造方法
    • US4362771A
    • 1982-12-07
    • US311971
    • 1981-10-16
    • Takao UmedaTatsuo IgawaYuzuru SimazakiTakao MiyashitaFumio Nakano
    • Takao UmedaTatsuo IgawaYuzuru SimazakiTakao MiyashitaFumio Nakano
    • G02F1/13G02F1/1337G02F1/1339G09F9/30C09K3/34
    • G02F1/13392Y10T428/1068Y10T428/1073Y10T428/1086
    • This invention relates to a liquid crystal display element comprising a pair of transparent substrates, electrodes formed on the individual surfaces thereof facing each other, a liquid crystal material layer held between the substrates, and gap controlling material for keeping the gap between the substrates, and is characterized in that the gap controlling material is dispersed and fixed on the substrate surface by an insulating coating film such as an orientation controlling film.When the gap controlling material is thus dispersed and fixed, it does not move between the substrates, and hence the change of the gap length between the substrates is prevented, so that there can be obtained a liquid crystal display element in which the distance between the substrates is uniform. Moreover, when the insulating coating film is an orientation controlling film, the dispersion and fixation of the gap controlling material is completed simultaneously with the formation of the orientation controlling film, so that beneficial effect can be obtained also with respect to working efficiency.When the gap controlling material is a combination of a polymer solid and an insulating material having a higher softening point and regidity than those of the polymer solid, the uniformalization and change prevention of the gap length are more effectively achieved.
    • 本发明涉及一种液晶显示元件,包括一对透明基板,形成在彼此面对的各个表面上的电极,保持在基板之间的液晶材料层和用于保持基板之间的间隙的间隙控制材料,以及 其特征在于,间隙控制材料通过诸如取向控制膜的绝缘涂膜分散并固定在基板表面上。 当间隙控制材料因此被分散和固定时,其不会在基板之间移动,因此防止了基板之间的间隙长度的变化,从而可以获得液晶显示元件,其中, 基材均匀。 此外,当绝缘涂膜是取向控制膜时,与形成取向控制膜同时完成间隙控制材料的分散和固定,从而在工作效率方面也可获得有益的效果。 当间隙控制材料是聚合物固体和具有比聚合物固体高的软化点和反应性的绝缘材料的组合时,更有效地实现了间隙长度的均匀化和防止变化。
    • 3. 发明授权
    • Multiplexed driving method for an optical switching element employing
ferroelectric liquid crystal
    • 使用铁电液晶的光开关元件的复用驱动方法
    • US4746196A
    • 1988-05-24
    • US46171
    • 1987-05-05
    • Takao UmedaTetsuya NagataYuzuru SimazakiTatsuo IgawaYasuro Hori
    • Takao UmedaTetsuya NagataYuzuru SimazakiTatsuo IgawaYasuro Hori
    • G09G3/18G02F1/133G09G3/36G02F1/13G09G3/00
    • G09G3/3629G09G3/3696G09G2310/06G09G2310/063Y10S359/90
    • A multiplexed driving method of an optical switching element employing ferroelectric liquid crystal with a negative dielectric anisotropy including signal electrodes and common signal electrodes arranged in matrix and a ferroelectric liquid crystal layer disposed therebetween so as to constitute pixels at the respective facing portions of the signal electrodes and the common signal electrodes comprising a step of applying a common writing signal voltage to one of the common signal electrode to select pixels to which information be written, simultaneously applying a common status holding AC signal voltage to the other common signal electrodes covering non-selected pixels and simultaneously applying one of two signal pulses with opposite polarities to the signal electrodes, whereby resultant information writing voltages formed in combination of the common writing signal voltage and the signal pulses, which are enough to determine the orientation of the ferroelectric liquid crystal molecules, are applied on the selected pixels and resultant AC status holding voltage formed in combination of the common status holding AC signal voltage and the signal pulses which determine the limited bias voltage for the resultant AC voltage are applied on the non-selected pixels.
    • 采用具有负介电各向异性的铁电液晶的光开关元件的多路复用驱动方法,该介质各向异性包括以矩阵形式布置的信号电极和公共信号电极,以及设置在它们之间的铁电液晶层,以在信号电极的各个相对部分处构成像素 并且公共信号电极包括将公共写入信号电压施加到公共信号电极之一以选择要写入信息的像素的步骤,同时将保持AC信号电压的公共状态施加到覆盖未选择的其它公共信号电极 并且同时向信号电极施加具有相反极性的两个信号脉冲之一,由此产生的共同写入信号电压和信号脉冲组合的结果信息写入电压足以确定铁电液晶分子的取向 对所选择的像素进行施加,并且将合成的共同状态保持AC信号电压和确定用于所得AC电压的限制偏置电压的信号脉冲形成的合成AC状态保持电压施加在未选择的像素上。
    • 6. 发明授权
    • Electrophotographic image transfer member, electrophotographic image
transfer device and electrophotographic recording apparatus
    • 电子照相图像转印构件,电子照相图像转印装置和电子照相记录装置
    • US4998143A
    • 1991-03-05
    • US407870
    • 1989-09-15
    • Takao KumasakaYuzuru SimazakiAkira TerakadoYasuro Hori
    • Takao KumasakaYuzuru SimazakiAkira TerakadoYasuro Hori
    • G03G15/16
    • G03G15/167G03G15/168G03G15/1685G03G2215/1652
    • An electrophotographic image transfer member of bias-roller transfer type is capable of pressing a recording medium into contact with a toner image. The image transfer member has a rotatable supporting member, an elastic member provided around the supporting member, and a conductive resin layer formed on the surface of the elastic member. An electrical path is formed to enable supply of a bias voltage to the conductive resin layer. An image transfer device has the image transfer member and a cleaner capable of removing toner from the image transfer member upon frictional contact therewith. An electrophotographic apparatus has an image transfer member for bringing the recording medium into pressure contact with the toner image and for applying the bias voltage, and a mechanism for bringing the image transfer member towards and away from the photosensitive member in response to a signal indicative of execution of one of several basic steps of the electrophotographic process.
    • 偏置辊转印型的电子照相图像转印构件能够使记录介质与调色剂图像接触。 图像转印部件具有可旋转的支撑部件,设置在支撑部件周围的弹性部件和形成在弹性部件的表面上的导电性树脂层。 形成电路以能够向导电树脂层提供偏置电压。 图像转印装置具有图像转印构件和能够从图像转印构件摩擦接触时去除调色剂的清洁剂。 电子照相设备具有用于使记录介质与调色剂图像压力接触并用于施加偏压的图像转印部件,以及用于响应于指示图像转印部件的信号而使图像转印部件朝向和远离光敏部件的机构 执行电子照相方法的几个基本步骤之一。
    • 8. 发明授权
    • Electrophotographic recording apparatus having a plurality of developing
devices which can be changed over
    • 具有可以切换的多个显影装置的电子照相记录装置
    • US5307147A
    • 1994-04-26
    • US945190
    • 1992-09-15
    • Takao KumasakaYuzuru SimazakiKunio SatohTomio SugayaYouji Hirose
    • Takao KumasakaYuzuru SimazakiKunio SatohTomio SugayaYouji Hirose
    • G03G15/01G03G21/00
    • G03G15/0126
    • An electrophotographic recording apparatus is provided having a reduced overall size. The space around a photosensitive member required for the developing unit to be located is minimized, more particularly, it i minimized in the lengthwise directional space. In the electrophotographic recording apparatus having a photosensitive member which moves at a predetermined speed; an exposure device for exposing the photosensitive member; a developing unit for developing an electrostatic latent image obtained by the exposure; and a transferring device for transferring a developed visible image to a recording paper sheet or the like, the developing unit is composed of developing devices, a plurality of supporting members for supporting the developing devices and an element for rotating the supporting members. The supporting members can be rotated while making a portion adjacent to a widthwise directional end of the photosensitive member to be a supporting point in a range from a state where the surface of the photosensitive member and the surface of a developing roll of each developing device run parallel to each other to a state where they are positioned substantially perpendicular to each other.
    • 提供具有减小的总体尺寸的电子照相记录装置。 显影单元所需的感​​光构件周围的空间被最小化,更特别地,其在纵向方向空间中被最小化。 在具有以预定速度移动的感光构件的电子照相记录装置中; 用于曝光感光构件的曝光装置; 用于显影通过曝光获得的静电潜像的显影单元; 以及用于将显影的可见图像转印到记录纸张等的转印装置,显影单元由显影装置,用于支撑显影装置的多个支撑构件和用于旋转支撑构件的元件组成。 支撑构件可以在使感光构件的宽度方向端部附近的部分成为支撑点的同时旋转,其范围从感光构件的表面和每个显影装置的显影辊的表面运行的状态 彼此平行地放置到彼此基本垂直的位置的状态。
    • 9. 发明授权
    • Multi-color electrophotograph apparatus
    • 多色电子照相设备
    • US5008691A
    • 1991-04-16
    • US407859
    • 1989-09-15
    • Takao KumasakaYuzuru Simazaki
    • Takao KumasakaYuzuru Simazaki
    • G03G15/01B41J2/525B41J3/54
    • B41J3/54B41J2/525
    • In a multi-color LBP (laser beam printer) or a full-color LBP, two image producing elements each composed of charge-exposure-develop devices are arranged around one drum, and each of the image producing elements includes a developer capable of color changing for achieving a color change developing in every one revolution. In this way, it is made possible to practice a multicolor printing or a full-color printing in two rotations of one photosensitive drum. This printer has a higher printing speed and a smaller size of the apparatus in comparison with that of a one drum four rotation system and that of a one drum one rotation system, respectively. Further, the system includes several features common to two-color LBP printing art, making it possible to conveniently utilize the latter printing art.
    • 在多色LBP(激光束打印机)或全色LBP中,由电荷曝光显影装置构成的两个图像产生元件围绕一个鼓布置,并且每个图像产生元件包括能够显色的显影剂 改变每一个革命中发展的颜色变化。 以这种方式,可以在一个感光鼓的两个旋转中进行多色打印或全色打印。 与一个鼓四旋转系统相比,该打印机具有更高的打印速度和更小的设备尺寸,分别与一个滚筒一个旋转系统相比。 此外,该系统包括两色LBP印刷技术通用的几个特征,使得可以方便地利用后一种印刷技术。