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    • 3. 发明申请
    • Lock mechanism for opening and closing member and image forming apparatus
    • 打开和关闭构件和图像形成装置的锁定机构
    • US20060269319A1
    • 2006-11-30
    • US10553207
    • 2004-04-05
    • Shinichi AzumiKouji YamajiAkira Kohno
    • Shinichi AzumiKouji YamajiAkira Kohno
    • G03G15/00
    • G03G21/1633G03G2221/169
    • A lock mechanism includes an opening and closing member (10) that is openably and closably provided on an apparatus frame (1a), a shaft member (15) that is provided on the apparatus frame (1a) for rotatably supporting the opening and closing member (10), and three lock member sets (13) and (14) for sustaining a state in which the opening and closing member (10) is closed with respect to the apparatus frame (1a). The lock member sets (13) and (14) include secured members (13) provided on the opening and closing member (10), and bearing members (14) that are provided on the apparatus frame (1a) for elastically securing the secured members (13). The elastic force when a secured member (132) in one specific lock member set is secured to a bearing member (142) is set to be greater than that of the other lock member sets (131), (133), (141), and (143).
    • 锁定机构包括可开闭地设置在装置框架(1a)上的打开和关闭构件(10),设置在装置框架(1a)上的用于可旋转地支撑开口的轴构件(15) 闭合构件(10)和三个锁定构件组(13)和(14),用于维持打开和关闭构件(10)相对于装置框架(1a)关闭的状态。 锁定构件组(13)和(14)包括设置在开闭构件(10)上的固定构件(13)和设置在装置框架(1a)上的用于弹性地固定固定的固定构件 成员(13)。 将一个特定的锁定构件组件中的固定构件(132)固定到轴承构件(142)时的弹力设定为大于其他锁定构件组(131),(133),(141), 和(143)。
    • 6. 发明授权
    • Detecting device for detecting the traveling state of a moving object
    • 用于检测移动物体的行驶状态的检测装置
    • US5923140A
    • 1999-07-13
    • US907887
    • 1997-08-11
    • Shinichi AzumiKouji Yamaji
    • Shinichi AzumiKouji Yamaji
    • G01V9/00B65H7/02H01H3/60H01H21/28H01H35/00H01L31/12H03K17/94G03G21/00
    • B65H7/02H01H3/60H03K17/941B65H2511/51B65H2513/40B65H2553/612
    • A detecting device includes: an actuator with its end placed in a conveying path of a moving object such as a sheet etc., pivotally supported by a rotary shaft so that it can sway as the moving object passes by; a slit arm integrally formed with the actuator and having a slit therein and an optical sensor disposed below the actuator. In this arrangement, the slit arm having a slit therein is placed in the path of the optical sensor. An urging portion for returning the actuator to the standby position is provided for the slit arm. The abutment surface P of the urging portion abutting the unit base of the optical sensor is formed inclined. A component force E causing the actuator to bounce, which is proportional to a repulsive force D normal to the abutment surface P when the abutment surface abuts the unit base abutment surface P, is smaller than the repulsive force D. Therefore, the distance of the bouncing of the actuator becomes smaller, thus preventing chattering.
    • 检测装置包括:致动器,其端部放置在诸如片材等的运动物体的输送路径中,由旋转轴枢转地支撑,使得其随着移动物体经过而摇摆; 与致动器一体地形成并且在其中具有狭缝的狭缝臂和设置在致动器下方的光学传感器。 在这种布置中,其中具有狭缝的狭缝臂被放置在光学传感器的路径中。 针对狭缝臂设置有用于将致动器返回待机位置的推动部。 邻接光传感器的单元基座的推压部的抵接面P形成为倾斜。 当抵靠表面邻接单元基座邻接表面P时,与执行器邻接表面P垂直的排斥力D成比例的使致动器反弹的分力E小于排斥力D.因此, 致动器的弹跳变小,从而防止抖动。
    • 7. 发明授权
    • Lock mechanism for opening and closing member and image forming apparatus
    • 打开和关闭构件和图像形成装置的锁定机构
    • US07424248B2
    • 2008-09-09
    • US10553207
    • 2004-04-05
    • Shinichi AzumiKouji YamajiAkira Kohno
    • Shinichi AzumiKouji YamajiAkira Kohno
    • G03G21/00
    • G03G21/1633G03G2221/169
    • A lock mechanism includes an opening and closing member (10) that is openably and closably provided on an apparatus frame (1a), a shaft member (15) that is provided on the apparatus frame (1a) for rotatably supporting the opening and closing member (10), and three lock member sets (13) and (14) for sustaining a state in which the opening and closing member (10) is closed with respect to the apparatus frame (1a). The lock member sets (13) and (14) include secured members (13) provided on the opening and closing member (10), and bearing members (14) that are provided on the apparatus frame (1a) for elastically securing the secured members (13). The elastic force when a secured member (132) in one specific lock member set is secured to a bearing member (142) is set to be greater than that of the other lock member sets (131), (133), (141), and (143).
    • 锁定机构包括可开闭地设置在装置框架(1a)上的打开和关闭构件(10),设置在装置框架(1a)上的用于可旋转地支撑开口的轴构件(15) 闭合构件(10)和三个锁定构件组(13)和(14),用于维持打开和关闭构件(10)相对于装置框架(1a)关闭的状态。 锁定构件组(13)和(14)包括设置在开闭构件(10)上的固定构件(13)和设置在装置框架(1a)上的用于弹性地固定固定的固定构件 成员(13)。 将一个特定的锁定构件组件中的固定构件(132)固定到轴承构件(142)时的弹力设定为大于其他锁定构件组(131),(133),(141), 和(143)。
    • 9. 发明授权
    • Copying device with a printing medium detecting device
    • 用打印介质检测装置复印设备
    • US5964460A
    • 1999-10-12
    • US907889
    • 1997-08-11
    • Shinichi AzumiKouji Yamaji
    • Shinichi AzumiKouji Yamaji
    • B65H3/06B65H3/52B65H7/02
    • B65H3/5223B65H3/0661B65H7/02B65H2511/51B65H2511/514B65H2513/514B65H2701/1311B65H2701/1313
    • Sheets stacked on the sheet tray are delivered and fed one by one along the sheet conveyance path by the rotation of a sheet-feed roller in cooperation with a frictional member. The sheet conveyance path has a sheet-feed actuator provided thereon for detecting a sheet being conveyed and further has a sheet-pass actuator provided thereon between the sheet-feed actuator and the sheet-feed roller. Two slit arms of the sheet-feed and sheet-pass actuators are arranged so as to interrupt the optical path of a common optical sensor. When the rear of a preceding sheet being conveyed has passed by the sheet-pass actuator, the optical sensor detects the state. In response to this detection, a signal for starting the delivery of the next sheet is launched, thus reducing the interval between sheets.
    • 堆叠在片材托盘上的片材通过与摩擦构件协作的片材馈送辊的旋转而沿着片材输送路径一个接一个地输送。 片材输送路径具有设置在其上的片材进给致动器,用于检测被输送的片材,并且还具有设置在片材进给致动器和供纸辊之间的片状致动器。 片材进给片和片状致动器的两个狭缝臂布置成中断普通光学传感器的光路。 当传送的前一张纸的后部已经通过片通致动器时,光学传感器检测到该状态。 响应于该检测,启动用于开始下一个纸张的传送的信号,从而减少纸张之间的间隔。