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    • 1. 发明授权
    • Transfer sheet guiding device
    • 转印纸引导装置
    • US4234305A
    • 1980-11-18
    • US961780
    • 1978-11-17
    • Hiroyuki MiyakeKazumi UmezawaHiroshi OgawaHitotoshi KishiSeiji SagaraHiroshi Hara
    • Hiroyuki MiyakeKazumi UmezawaHiroshi OgawaHitotoshi KishiSeiji SagaraHiroshi Hara
    • B65H29/56G03G15/00G03G15/20F27B9/28B65H29/16
    • G03G15/6532B65H29/56G03G15/2014
    • A transfer sheet guiding device for guiding a transfer sheet along a predetermined path. The device includes a separating member for separating one lateral side of a transfer sheet from an image carrying member, a rotary body, located adjacent the one lateral side for gripping the separated side of the transfer sheet and guiding it away from the image carrying member, a guide member having a stepped portion which extends across the transport path of the transfer sheet, the position of stepped portion being disposed progressively further downstream in the advancing direction of the transfer sheet from the side where the rotary body is provided to the opposite side, and a rotary member which extends along the rotary body and guide member at the one lateral side for gripping the separated side of the transfer sheet and guiding it downwardly at least along the stepped portion in cooperation with the rotary body and guide member. The device may further include a heater for the guide member so that it also operates as a hot plate fixing device.
    • 一种用于沿着预定路径引导转印纸的转印纸引导装置。 该装置包括用于将转印纸的一个侧面与图像承载部件分离的分离部件,旋转体,位于一个侧面附近,用于夹持转印纸的分离侧并将其从图像承载部件引导, 引导构件,其具有跨越转印纸的输送路径延伸的阶梯部分,台阶部分的位置沿着转印纸的前进方向从设置旋转体的一侧逐渐向下游延伸到相对侧, 以及旋转构件,其沿着旋转体和导向构件在一个侧面延伸,用于夹持转印片的分离侧,并且与旋转体和引导构件协作,至少沿台阶部向下引导。 该装置还可以包括用于引导构件的加热器,使得其也作为热板固定装置操作。
    • 4. 发明授权
    • Apparatus for scanning an original in a copying machine
    • 用于在复印机中扫描原件的装置
    • US4155641A
    • 1979-05-22
    • US866842
    • 1978-01-04
    • Seiji SagaraHiroyuki HattoriHirotoshi KishiHiroshi OgawaKazumi Umezawa
    • Seiji SagaraHiroyuki HattoriHirotoshi KishiHiroshi OgawaKazumi Umezawa
    • G03B27/50G03B27/52G03G15/00G03G15/04G03G15/28
    • G03B27/526
    • Apparatus for scanning an original in a copying machine herein disclosed is of the type in which first and second mirrors are moved in the same direction at the velocity rate of 1:1/2. The apparatus comprises first and second carriages for supporting and carrying the first and second mirrors respectively, a guide rail for supporting the carriages movably in the direction of their movement and a particular arrangement of pulleys to move the mirrors. The arrangement comprises first and second movable pulleys provided on the second carriage and spaced from one another and first and second stationary pulleys. The first stationary pulley is positioned on the side of the second movable pulley relative to the first movable one whereas the second stationary pulley is positioned on the side of the first movable pulley relative to the second one. A wire extends over passing around these pulleys, with its one end being fastened to a stationary part of the apparatus after being passed around the first stationary pulley and then around the first movable pulley. The other end part turned back around the second stationary pulley extends to the second movable pulley where it turns back around the pulley and then its end is finally fastened to a stationary part of the apparatus. At the segment of the pulley wire extending between the first stationary pulley and the first movable pulley, the first carriage is fixedly connected with the wire so as to cause the first and second mirrors to move with the movement of the wire.
    • 本文公开的复印机中用于扫描原件的装置是其中第一和第二反射镜以1:1/2的速度向同一方向移动的类型。 该装置包括用于分别支撑和承载第一和第二反射镜的第一和第二托架,用于沿其运动方向可移动地支撑托架的导轨和用于移动反射镜的特定布置的滑轮。 该装置包括设置在第二滑架上的第一和第二可移动滑轮,并且彼此间隔开以及第一和第二静止滑轮。 第一固定滑轮相对于第一可移动滑轮位于第二可动滑轮的一侧,而第二固定滑轮相对于第二固定滑轮位于第一可移动滑轮的侧面。 线绕着这些滑轮延伸穿过,其一端在穿过第一固定滑轮之后并且然后围绕第一可动滑轮紧固到设备的固定部分。 围绕第二固定滑轮转动的另一端部分延伸到第二可动滑轮,其中它绕着滑轮转回,然后其端部最终紧固到装置的静止部分。 在第一固定滑轮和第一可动滑轮之间延伸的滑轮线的段处,第一滑架与导线固定连接,以使第一和第二反射镜随着导线的运动而移动。
    • 10. 发明授权
    • Separating mechanism
    • 分离机制
    • US4179116A
    • 1979-12-18
    • US919148
    • 1978-06-26
    • Kazumi UmezawaHiroyuki HattoriHiroshi OgawaHirotoshi KishiSeiji Sagara
    • Kazumi UmezawaHiroyuki HattoriHiroshi OgawaHirotoshi KishiSeiji Sagara
    • G03G15/14B65H29/56G03G15/00B65H29/54
    • G03G15/6532B65H29/56Y10S271/90
    • This specification discloses improvements in a separating mechanism for forcibly separating transfer medium from an image bearing member after the visible image on the image bearing member has been transferred to the transfer medium. In the separating mechanism having a separation guide disposed between the image bearing member and a side edge of the transfer medium to direct the transfer medium away from the image bearing member, the separation guide has one end as a supported end and the other end as a free end and the free end of the separation guide is supported from the non-image bearing member side by a keep member and from the image bearing member side by a release member. Thus, the separating mechanism of the present invention can readily and positively effect treatment of jammed transfer medium which would be attributable to abnormal transport of the transfer medium, by a simple construction.
    • 本说明书公开了在图像承载部件上的可视图像已经被转印到转印介质上之后,用于将转印介质从图像承载部件强制分离的分离机构的改进。 在分离机构中,分离引导件设置在图像承载部件和转印介质的侧边缘之间,以将转印介质引导远离图像承载部件,分离引导件的一端为支撑端,另一端为 分离导向件的自由端由保持构件从非图像承载构件侧支撑,并且通过释放构件从图像承载构件侧支撑。 因此,通过简单的结构,本发明的分离机构可以容易且积极地实现可能归因于转印介质的异常传送的卡住的转印介质的处理。