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    • 1. 发明授权
    • Reader/printer device with power saver function and print number reset
    • 具有省电功能的读卡器/打印机设备和打印号码复位
    • US5016052A
    • 1991-05-14
    • US433427
    • 1989-11-07
    • Takeshi SambayashiHideshi OushidenHiroaki TakaokaKazushige Morihara
    • Takeshi SambayashiHideshi OushidenHiroaki TakaokaKazushige Morihara
    • G03B21/11G03G15/20G03G15/22
    • G03G15/2003G03B21/118G03G15/223
    • This invention provides a microfilm reader/printer which in the power saving mode, namely, in the case when the machine is not in use, though the power is turned on, interrupts the supply of power to the unnecessary circuits, in particular, power to the light source drive for projecting microfilms is interrupted. Therefore, power consumption can be reduced as well as a prolongation of the life of the light source device can be realized. In addition, this microfilm reader/printer is designed so that the printing operation will not return to a prescribed printing mode even when the printing is interrupted for a fixed length of time, so that no misprints will occur even when a printing operation is resumed after a fixed length of time. Furthermore, this microfilm reader/printer device is reset to a prescribed number of prints after completion of the printing operation so that in the next printing the number of prints made will not be beyond what is needed even when the printing is carried out without confirmation of the set number of prints by the next operator. Thus, operation can be made economical by eliminating the wasteful use of energy, elements of the apparatus, and operating supplies.
    • 本发明提供了一种微型电影读取器/打印机,其在省电模式下,即在机器未使用的情况下,虽然电源被接通,但中断向不需要的电路供电,特别是电源 用于突出微缩胶片的光源驱动器被中断。 因此,可以降低功耗,并且可以实现光源装置的寿命的延长。 另外,这种微缩胶片读取器/打印机被设计成即使当打印在一定时间内中断时,打印操作也不会返回到规定的打印模式,从而即使当打印操作在 固定的时间长度。 此外,在完成打印操作之后,该微缩胶卷读取器/打印机装置被重置为规定数量的打印,使得在下一次打印中,即使在没有确认的情况下进行打印的情况下,所制作的打印件数也不会超出所需要的数量 由下一个操作员设定的打印数量。 因此,通过消除浪费使用能量,设备元件和操作用品,可以使操作变得经济。
    • 2. 发明授权
    • Microfilm reader-printer having an image fermation device
    • 具有图像形成装置的微型读取器 - 打印机
    • US4821067A
    • 1989-04-11
    • US925064
    • 1986-10-30
    • Hideshi OushidenNorio ImadaTakeshi Sambayashi
    • Hideshi OushidenNorio ImadaTakeshi Sambayashi
    • G03B21/11G03G15/04G03G15/22G03G15/00
    • G03G15/04G03B21/118G03G15/223G03G15/043
    • A microfilm reader-printer including an image formation device having an image baring roll, a charger, an exposure apparatus, an apparatus which carries out the normal development of the image bearing roll, an apparatus which carries out the inverted development of the image bearing roll, and an apparatus which transfers the toner image which is formed on the image bearer. The reader-printer further includes a switch which specifies the size of the recording paper, an exposure shutter device, and a microcomputer. The microcomputer directs forming a toner image only in a region on the image bearer that can be transferred to the recording paper, in accordance with the size of the recording paper that is detected by a detector, in such a way as to control, in the case of the inverted development, the opening and closing of the exposure shutter device, and to control, in the case of the normal development, the charger. In addition, this microfilm reader-printer includes a freely attachable and detachable developing apparatus which develops the image bearing roll, an apparatus which transfers a toner image formed on the image bearer to the recording paper, and a microcomputer which controls the image formation unit so as to bring only the image formation operation to a standstill when the developing apparatus is not set on the image formation unit.
    • 一种微缩胶片读取器 - 打印机,包括具有图像鲜明的图像形成装置,充电器,曝光装置,执行图像承载辊的正常展开的装置,执行图像承载辊的倒置显影的装置 以及传送形成在图像承载体上的调色剂图像的装置。 读取器 - 打印机还包括指定记录纸的尺寸的开关,曝光快门装置和微型计算机。 微型计算机根据由检测器检测到的记录纸的尺寸,仅在可以转印到记录纸上的图像载体上的区域中形成调色剂图像,以便在 反转显影的情况,曝光快门装置的打开和关闭,并且在正常显影的情况下,控制充电器。 此外,该微缩胶片读取器 - 打印机包括可自由安装的可拆卸的显影装置,其显影图像承载辊,将形成在图像载体上的调色剂图像转印到记录纸上的装置,以及将图像形成单元控制的微型计算机 以便当显影装置未设置在图像形成单元上时,仅使图像形成操作停止。
    • 6. 发明授权
    • Image forming apparatus
    • 图像形成装置
    • US4571061A
    • 1986-02-18
    • US522211
    • 1983-08-11
    • Takenori OsanaiHideshi Oushiden
    • Takenori OsanaiHideshi Oushiden
    • G03B27/34G03B27/52G03G15/041G03G21/00G03B15/00
    • G03B27/522
    • An image forming apparatus providing a continuously variable copy ratio. A first drive mechanism optically scans an original by moving a lamp. A second drive mechanism varies a distance (a) from the original to a lens of an optical system and also a distance (b) from the lens to the photosensitive drum. A third drive mechanism rotates the photosensitive drum. A control unit causes the second drive mechanism to make a ratio (b/a) between the distances (a) and (b) coincident with the specified copy ratio data input from a normal key group while an equation 1/a+1/b=1/f (f: a focal length of the lens) is satisfied and also causing the first and second drive mechanism to make the ratio of the speed of optical scanning to the ratio of the speed of movement of the photosensitive drum coincident with the specified copy ratio data.
    • 一种提供连续可变拷贝比的图像形成装置。 第一驱动机构通过移动灯光来扫描原件。 第二驱动机构改变从原始物体到光学系统的透镜的距离(a)以及从透镜到感光鼓的距离(b)。 第三驱动机构使感光鼓旋转。 控制单元使得第二驱动机构使距离(a)和(b)之间的比率(b / a)与从正常键组输入的指定复印比数据一致,而等式1 / a + 1 / b = 1 / f(f:透镜的焦距),并且还使得第一和第二驱动机构使得光学扫描的速度与感光鼓的移动速度的比率与 指定拷贝比数据。
    • 7. 发明授权
    • Exposure control apparatus for variable magnification copying machine
    • 可变倍率复印机的曝光控制装置
    • US5043766A
    • 1991-08-27
    • US387996
    • 1989-08-01
    • Hideshi OushidenNorio Imada
    • Hideshi OushidenNorio Imada
    • G03B27/72G03G15/00G03G15/04G03G15/041G03G15/043G03G21/00
    • G03G15/041G03G15/0415
    • An exposure amount for a document is adjusted by using three modes, i.e., a one-to-one magnification adjustment mode for adjusting an exposure amount for a document at a one-to-one magnification, an enlargement adjustment mode for adjusting an exposure amount for a document at a maximum magnification, and a reduction adjustment mode for adjusting an exposure amount for a document at a minimum magnification, and to control an exposure amount corresponding to a desired copy magnhification in accordance with the adjusted exposure amount. A fine adjustment mode is set through a ten-key pad of an operation panel. In this fine adjustment mode, a desired copy magnification is set between the one-to-one magnification and the maximum magnification by a magnification setting key. When an exposure amount at the set copy magnification is input through the ten-key pad, the input exposure amount is stored in a nonvolatile memory in accordance with the set copy magnification. If a copy operation is performed upon switching from the fine adjustment mode to a normal copy mode, data corresponding to the exposure amount stored in the nonvolatile memory is supplied to a lamp regulator. The exposure amount of an exposure lamp is then controlled by the lamp regulator.
    • 通过使用三种模式来调整文档的曝光量,即用于以一对一放大率调整原稿的曝光量的一对一放大调整模式,用于调整曝光量的放大调整模式 以及用于以最小放大率调整文档的曝光量的缩小调整模式,并且根据调整的曝光量来控制对应于期望的复印幅度的曝光量。 通过操作面板的十键盘设置微调模式。 在这种微调模式中,通过倍率设置键在一对一放大倍数和最大放大倍数之间设置期望的复印倍率。 当通过十键盘输入设定复印倍率的曝光量时,根据设定的复印倍率将输入曝光量存储在非易失性存储器中。 如果在从微调模式切换到正常复印模式时执行复印操作,则将与存储在非易失性存储器中的曝光量对应的数据提供给灯稳压器。 然后由灯调节器控制曝光灯的曝光量。
    • 8. 发明授权
    • Image forming apparatus with image forming area selection
    • 具有图像形成区域选择的图像形成装置
    • US4655580A
    • 1987-04-07
    • US795436
    • 1985-11-06
    • Junji WatanabeHideshi Oushiden
    • Junji WatanabeHideshi Oushiden
    • G03G15/00G03G15/36
    • G03G15/605G03G15/36
    • An image forming apparatus with an image forming area selection function has an original table on which a light-transmitting original is set such that an original image surface selectively faces upward or downward, a light-transparent section for emitting light transmitting through the original set such that the original image surface faces upward on the original table while the light is shifted with respect to the original, an erasure area specifying section for specifying an unnecessary portion of the original image surface to specify an erasure area while the light from the light-transmitting section is being shifted, an erasure area storage section for storing position data of the erasure area specified by the erasure area specifying section, an original scanning section, having an optical system moved along the original table, for scanning the original placed such that the original image surface faces downward, an image forming section for focusing light emitted from the original scanning section and reflected by the original and for developing an image on an image forming medium to form an image, an image erasing section for selectively erasing an image to be formed by the image forming section, and a control section for reading out the position data corresponding to the erasure area from the erasure area storage section at any time during the operation of the image forming section.
    • 具有图像形成区域选择功能的图像形成装置具有原稿台,其上设置有使原稿图像表面选择性地朝上或向下的透光原稿,用于发射透过原稿的光的透光部分, 原始图像表面在光相对于原稿移动时在原始台上面朝上,擦除区域确定部分,用于指定原始图像表面的不必要部分以指定擦除区域,同时来自发光的光 擦除区域存储部分,用于存储由擦除区域指定部分指定的擦除区域的位置数据,原始扫描部分,具有沿原始表移动的光学系统,用于扫描原稿,使原稿 图像表面朝下,用于聚焦从原稿发射的光的图像形成部分 扫描部分并由原稿反射并且用于在图像形成介质上形成图像以形成图像;图像擦除部分,用于选择性地擦除由图像形成部分形成的图像;以及控制部分,用于读出位置数据 对应于来自擦除区域存储部分的擦除区域在图像形成部分的操作期间的任何时间。
    • 9. 发明授权
    • Copying apparatus with focus-adjusting mechanism
    • 具有调焦机构的复印机
    • US4561758A
    • 1985-12-31
    • US560106
    • 1983-12-12
    • Yoshiaki NawataHideshi Oushiden
    • Yoshiaki NawataHideshi Oushiden
    • G03B27/50G03B27/52G03G15/04G03B27/34
    • G03B27/525G03B27/526
    • A copying machine includes: a rotatable photoconductive drum and an optical assembly, having optical elements, for optically scanning a paper document, and forming an optical image corresponding to an optical document image on a photoconductive drum surface. The optical assembly includes: a lens; a first mirror section for introducing the image to the lens; and a second mirror section for introducing an optical image from the lens onto the drum. The position of the first mirror section relative to that of the second mirror section varies under mass production conditions although the relative positional relationship is preset in accordance with the inherent focal length of the lens. A focus adjusting device having DIP switches which are manually operated by an operator slightly moves the lens, the first mirror section and/or the second mirror section so as to eliminate positional errors in the optical assembly in accordance with the electrical data generated by the DIP switches, thereby compensating the out-of-focus state of the optical image on the drum surface.
    • 复印机包括:可旋转的感光鼓和光学组件,具有用于光学扫描纸张文档的光学元件,并且在感光鼓表面上形成对应于光学文档图像的光学图像。 光学组件包括:透镜; 用于将图像引入透镜的第一镜部分; 以及用于将光学图像从透镜引入到滚筒上的第二镜部分。 第一反射镜部分相对于第二反射镜部分的位置在大规模生产条件下变化,尽管相对位置关系根据透镜的固有焦距预设。 具有由操作者手动操作的DIP开关的焦点调节装置使透镜,第一反射镜部分和/或第二反射镜部分稍微移动,以便根据DIP产生的电数据消除光学组件中的位置误差 开关,从而补偿鼓表面上的光学图像的离焦状态。
    • 10. 发明授权
    • Charging control apparatus for image carrier
    • 图像载体充电控制装置
    • US4816871A
    • 1989-03-28
    • US127392
    • 1987-12-02
    • Hideshi OushidenHiroshi Matsumoto
    • Hideshi OushidenHiroshi Matsumoto
    • G03G15/00G03G15/02G03B27/52
    • G03G15/0266
    • An image carrier carries an electrostatic latent image. A charger charges the image carrier to carry the electrostatic latent image. A high-voltage source supplies a high-voltage output to the charger for charging. A temperature detector detects the temperature of the image carrier. A charging controller outputs a control signal for regulating the high-voltage output of the high-voltage source in response to the temperature detection signal from the temperature detector. The control signal has the ability to compensate for changes in the charging of the image carrier by controlling the high-voltage output of the high-voltage source, in accordance with changes in temperature of the image carrier.
    • 图像载体携带静电潜像。 充电器对图像载体进行充电以承载静电潜像。 高压电源为充电器提供高压输出。 温度检测器检测图像载体的温度。 充电控制器响应于来自温度检测器的温度检测信号输出用于调节高电压源的高电压输出的控制信号。 根据图像载体的温度变化,控制信号具有通过控制高电压源的高电压输出来补偿图像载体的充电变化的能力。