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    • 4. 发明授权
    • Charge latent image recording medium and recording/reproducing apparatus
thereof
    • 充电潜像记录介质及其记录/再现装置
    • US5055936A
    • 1991-10-08
    • US498805
    • 1990-03-23
    • Itsuo TakanashiShintaro NakagakiHirohiko ShinonagaTsutou AsakuraMasato FuruyaTetsuji Suzuki
    • Itsuo TakanashiShintaro NakagakiHirohiko ShinonagaTsutou AsakuraMasato FuruyaTetsuji Suzuki
    • G11C7/00H04N5/80
    • H04N5/80G11C7/005
    • There is provided a recording medium for recording information in a form of a charge latent image. The recording medium comprises, at least, an electrode through which an electro-magnetic radiation beam passes, a photo-conductive layer (hereinafter abbreviated in a PCL) whose resistance varies when the beam is applied thereto and an insulation layer (hereinafter abbreviated in an IL), the electrode and the layers being laminated to each other. There is further provided an apparatus for recording an image as a charge latent image on the medium described above. The apparatus comprises a guide for guiding an electro-magnetic radiation beam through the electrode, an auxiliary electrode arrangeed to face the madium so as to interpose the PCL and the IL between the electrodes and an unit for applying an electric field across the electrodes. There is still further provided an apparatus for reproducing information prerecorded as a charge latent image on the medium. The apparatus comprises a pickup having a plurality of voltage detection electrodes confronting the charge latent image recorded on the medium, a generator for projecting an electro-magnetic radiation beam toward the medium along a path and a reading head disposed in the path and having at least a photo-modulation layer facing the medium so as to be subject to charge of the charge latent image prerecorded on the medium.
    • 提供了一种用于以电荷潜像的形式记录信息的记录介质。 记录介质至少包括电磁辐射束通过的电极,当施加光束时其电阻变化的光导电层(以下简称为PCL)和绝缘层(以下简称为 IL),电极和层彼此层压。 还提供了一种用于在上述介质上记录作为电荷潜像的图像的装置。 该装置包括用于引导电磁辐射束通过电极的引导件,辅助电极,其布置成面对该体积,以便将PCL和IL插入在电极之间,以及用于在电极之间施加电场的单元。 还提供了一种用于再现在介质上预先记录为电荷潜像的信息的装置。 该装置包括具有面对记录在介质上的电荷潜像的多个电压检测电极的拾取器,用于沿着路径向介质投射电磁辐射束的发生器和设置在路径中的至少具有至少 面向介质的光调制层,以便对介质上预先记录的电荷潜像进行充电。
    • 6. 发明授权
    • Optical scanning system for scanning object with light beam and
displaying apparatus
    • 用光束扫描物体的光学扫描系统和显示装置
    • US5144471A
    • 1992-09-01
    • US543404
    • 1990-06-26
    • Itsuo TakanashiShintaro NakagakiTsutou AsakuraMasato FuruyaTetsuji SuzukiHirohiko Shinonaga
    • Itsuo TakanashiShintaro NakagakiTsutou AsakuraMasato FuruyaTetsuji SuzukiHirohiko Shinonaga
    • G02F1/1343G02F1/29G09F9/35G09G3/34G09G3/36H04N1/04
    • G02F1/134309G02F1/29H04N1/04G02F2203/28
    • An electromagnetic radiation beam scanning system for scanning an object with an electromagnetic radiation beam. The scanning system comprises first and second beam-narrowing devices which are arranged so as to have elongated light-transmission regions, respectively, and which are overlapped each other so that the light-transmission regions intersect each other. Each of the beam-narrowing devices includes a light modulation layer showing an electro-optic effect, first and second electrodes disposed so as to sandwich the light modulation layer, first and second polarizers disposed so as to sandwich the light modulation layer and a power source for applying voltages to the first and second electrodes. The light modulation layer combined with the polarizers forms the elongated light-transmission region in response to application of the voltages to the first and second electrodes due to the power source so as to produce a narrowed beam when a light beam is incident thereon. The position of each of the light-transmission regions in each of the first and second beam-narrowing devices is arranged to be movable in response to variation of at least one of the application voltages due to the power source.
    • 一种用电磁辐射束扫描物体的电磁辐射束扫描系统。 扫描系统包括分别布置成具有细长的光透射区域并且彼此重叠以使得透光区域彼此相交的第一和第二光束变窄装置。 每个光束变窄装置包括显示电光效应的光调制层,设置成夹着光调制层的第一和第二电极,被布置以夹住光调制层的第一和第二偏振器和电源 用于向第一和第二电极施加电压。 与偏振器组合的光调制层响应于由于电源而施加到第一和第二电极的电压而形成细长的光透射区域,以便当光束入射时产生变窄的光束。 每个第一和第二光束变窄装置中的每个光透射区域的位置被布置成响应于由于电源而引起的至少一个施加电压的变化而是可移动的。
    • 8. 发明授权
    • System and medium for recording/reproducing charge latent image
    • 用于记录/再现电荷潜像的系统和介质
    • US5299153A
    • 1994-03-29
    • US826665
    • 1992-01-29
    • Itsuo TakanashiShintaro NakagakiHirohiko ShinonagaTsutou AsakuraMasato FuruyaHiromichi TaiTetsuji Suzuki
    • Itsuo TakanashiShintaro NakagakiHirohiko ShinonagaTsutou AsakuraMasato FuruyaHiromichi TaiTetsuji Suzuki
    • G03G5/02H04N5/30H04N5/907G11C13/04H04N3/14H04N5/335
    • G03G5/02H04N5/30
    • A system for recording and reproducing a charge latent image in a recording medium has a transparent electrode (3), a photoconductive layer (4) on the electrode (3), a dielectric layer (8), a photoconductor layer (4) and a charge transfer suppressive layer (16). The system also includes a biasing element including a pair of electrodes (3, 19), a power source (10) for applying an electric field between the pair of electrodes, and an optical system (1) for directing an electro-magnetic radiation beam from an object (0) thereby forming an image thereof in the photoconductive layer (4). The reproducing system has a generating element (45, 48) for projecting the radiation beam toward the recording medium (41a, 41b), an element (20) for modulating the radiation beam, a first conversion element (55, 56) for converting the electro-magnetic radiation beam directed out of the path, an element (49a, 49b) for projecting the intensity modulated beam to an object, a second conversion element (57, 58) for converting the intensity modulated beam into an electrical signal, and an element (54) for directing the intensity modulated beam to the projecting element and the second conversion element.
    • 用于在记录介质中记录和再现电荷潜像的系统具有透明电极(3),电极(3)上的光电导层(4),电介质层(8),光电导体层(4)和 电荷转移抑制层(16)。 该系统还包括偏置元件,该偏置元件包括一对电极(3,19),用于在该对电极之间施加电场的电源(10)和用于引导电磁辐射束 (0),从而在光电导层(4)中形成图像。 再现系统具有用于将辐射束投射到记录介质(41a,41b)的发生元件(45,48),用于调制辐射束的元件(20),用于转换辐射束的第一转换元件(55,56) 指向路径的电磁辐射束,用于将强度调制束投射到物体的元件(49a,49b),用于将强度调制束转换成电信号的第二转换元件(57,58),以及 用于将强度调制光束引导到投影元件和第二转换元件的元件(54)。