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    • 3. 发明授权
    • Linear guide apparatus
    • 直线导轨装置
    • US5107157A
    • 1992-04-21
    • US601381
    • 1990-10-23
    • Kouji Ito
    • Kouji Ito
    • B23Q1/60F16C29/04H02K41/03
    • B23Q1/601F16C29/04F16C33/306H02K41/03
    • A linear guide apparatus comprises a fixed body; a movable body movable on the fixed body in a predetermined direction; a retainer disposed between the fixed and movable bodies, for rotatably supporting rolling bodies brought into contact with the fixed and movable bodies; a first rack provided on the fixed body in the predetermined direction; a second rack provided on the movable body in the predetermined direction; a third rack provided on the retainer in the predetermined direction; a first pinion in mesh with the first and third racks, respectively; and a second pinion in mesh with the second rack. The first and second pinions are coupled integrally and coaxially with respect to each other and disposed rotatably and slidably in the predetermined direction. Further, a pitch diameter of the second pinion is three times larger than that of the first pinion. Therefore, the relative positional relationship the fixed body, the movable body and the retainer can be securely maintained, and thus the movable body can be precisely moved relative to the fixed body via the retainer in the predetermined direction.
    • 线性引导装置包括固定体; 可移动体,其在固定体上沿预定方向移动; 设置在固定体和可动体之间的保持器,用于可旋转地支撑与固定和可移动体接触的滚动体; 第一齿条,沿预定方向设置在固定体上; 设置在所述移动体上的规定方向上的第二齿条; 设置在所述保持器上的预定方向上的第三齿条; 分别与第一和第三机架啮合的第一小齿轮; 以及与所述第二齿条啮合的第二小齿轮。 第一小齿轮和第二小齿轮彼此一体地并且同轴地联接并且在预定方向上可旋转地且可滑动地设置。 此外,第二小齿轮的节圆直径是第一小齿轮的节圆直径的三倍。 因此,可以可靠地保持固定体,可动体和保持器的相对位置关系,并且因此可以通过保持器沿着预定方向相对于固定体精确地移动移动体。
    • 5. 发明授权
    • Preexposure light control system for a photocopier
    • 用于复印机的预曝光灯控制系统
    • US5061960A
    • 1991-10-29
    • US213771
    • 1988-06-30
    • Yamato KitajimaKouji Ito
    • Yamato KitajimaKouji Ito
    • G03B27/72G03G15/00G03G15/04G03G15/041G03G15/043
    • G03G15/5025G03G15/041
    • A slit exposure type photocopier apparatus includes an original document platform on which an original document is to be located. An electrostatic latent image support member receives a projected image of the original document as a result of a scanning optical system and an exposure light source. The scanning optical system includes a projection light assembly which is movable along the optical axis in order to change image magnification. A light measuring sensor can be positioned adjacent a side of the projection lens assembly and can measure light reflected from the original at a position displaced, in the forward scan direction, from the actual position on the original that is being projected as a recorded image on the electrostatic latent image support member. The actual displaced position for light measurement will be a function of the image magnification and will be capable of compensating for the lag time involved in changing the exposure output of the exposure lamp.
    • 狭缝曝光型复印机设备包括原始文档平台,原始文档将位于原始文档平台上。 作为扫描光学系统和曝光光源的结果,静电潜像支撑构件接收原稿的投影图像。 扫描光学系统包括可沿光轴移动以便改变图像放大率的投影灯组件。 光测量传感器可以位于投影透镜组件的一侧附近,并且可以在从正射扫描方向上移动的原件上的原件上的实际位置上测量从原稿反射的光作为被投影的原稿上的实际位置作为记录图像 静电潜像支撑构件。 用于光测量的实际位移位置将是图像放大倍数的函数,并且能够补偿在改变曝光灯的曝光输出所涉及的滞后时间。
    • 6. 发明授权
    • Magnetic brush type developing apparatus for development of
electrostatic latent image
    • 用于显影静电潜像的磁刷型显影装置
    • US4752802A
    • 1988-06-21
    • US059850
    • 1987-06-09
    • Kouji ItoSusumu SakakibaraHideya Nishise
    • Kouji ItoSusumu SakakibaraHideya Nishise
    • G03G15/01G03G15/08G03G15/09
    • G03G15/09G03G15/0898
    • At least one developing unit of the magnetic brush type is disclosed opposite to an electrostatic latent image carrier, said developing unit having a developing sleeve in which is housed a magnetic roller having a weak-magnetic or non-magnetic portion. The developing unit also has drive means for rotating the magnetic roller and the developing sleeve a specified degree, whereby the magnetic roller is so rotated that its weak-magnetic or non-magnetic portion is allowed to pass a position opposite to a level regulating member, and whereby the developing sleeve is subsequently so rotated until its outer peripheral portion opposite to the weak-magnetic or non-magnetic portion reaches a position opposite to the electrostatic latent image carrier. Thus, a developing powder present on the outer periphery of the developing sleeve is shunted away from a developing zone on the outer periphery. Such shunting of the developing powder is carried out with any of the developing unit other than one selected for developing operation.
    • 与静电潜像载体相对地公开了至少一个磁刷型的显影单元,所述显影单元具有显影套筒,该显影套筒容纳有具有弱磁性或非磁性部分的磁性辊。 显影单元还具有用于使磁性辊和显影套筒旋转一定程度的驱动装置,由此磁性辊旋转,使得其弱磁性或非磁性部分通过与电平调节构件相对的位置, 并且由此显影套筒随后被旋转直到其与弱磁性部分或非磁性部分相对的外周部分达到与静电潜像载体相对的位置。 因此,存在于显影套筒的外周上的显影粉末被分流离开外周上的显影区域。 显影粉末的这种分流是用除了选择用于显影操作的显影单元之外的任何显影单元进行的。