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    • 14. 发明授权
    • Sheet feeding device and image forming apparatus including a controlled elevator mechanism
    • 片材进给装置和包括受控升降机构的图像形成装置
    • US08152159B2
    • 2012-04-10
    • US12551726
    • 2009-09-01
    • Keiji Okumura
    • Keiji Okumura
    • B65H1/08
    • B65H3/0607B65H1/14B65H3/48B65H3/60B65H2301/5143B65H2406/12B65H2511/20B65H2515/40B65H2515/805B65H2801/06B65H2220/02B65H2220/11B65H2220/01
    • A sheet feeding device has: a sheet accommodating portion that accommodates a sheet stack of a plurality of sheets; a sheet carrying plate that is provided within the sheet accommodating portion and stacks the sheet stack thereon; a pickup roller that contacts an upper face of the sheet stack and dispatches a sheet on an uppermost layer of the sheet stack, an elevator mechanism that displaces the sheet carrying plate between a sheet feeding position in which the upper face of the sheet stack contacts the pickup roller, and a separating position in which the upper face of the sheet stack separates from the pickup roller by a predetermined distance; and a controller that controls an operation of the elevator mechanism such that the sheet carrying plate is lowered to the separating position after a sheet feeding operation for feeding a sheet at the sheet feeding position is completed.
    • 片材进给装置具有:容纳多张片材的片材叠片的片材容纳部; 片材承载板,其设置在所述片材容纳部内并且堆叠所述片材堆叠; 拾取辊,其接触片材堆叠的上表面并且在片材堆叠的最上层上分配片材;升降机构,其将片材承载板移动到片材进给位置,在片材进给位置,片材堆叠的上表面接触片材 拾取辊和分离位置,其中纸叠的上表面与拾取辊分离预定距离; 以及控制器,用于控制电梯机构的操作,使得在用于在片材进给位置馈送片材的供纸操作完成之后,片材承载板下降到分离位置。
    • 15. 发明授权
    • Recording media processing device and image forming device
    • 记录媒体处理装置和图像形成装置
    • US07434797B2
    • 2008-10-14
    • US11258907
    • 2005-10-27
    • Keiji Okumura
    • Keiji Okumura
    • B65H37/04
    • B65H29/58B65H29/12B65H29/51B65H2220/09B65H2301/4213B65H2404/1531B65H2404/632B65H2801/06
    • The present invention comprises a shunting roller 41, and when recording media P, which is output from an image forming device main body 11, is stacked as a stack of recording media and staple processing is performed thereon, the shunting roller 41 rotates so as to receive subsequent recording media P in the wrapping direction thereof, while the first stack of recording media undergoes staple processing. The present invention also comprises a first branching pawl 44, for switching the direction of transport of recording media P between a transport path 42 and a processing unit 40, and a second branching pawl 47, for switching it between an output tray 45 and the shunting roller 41. Furthermore, a transport roller 53 for transporting the recording media P, is provided in the direction of transport between the first and second branching pawls 44 and 47, and cutaways 57 and 58 are formed in the first and second branching pawls 44 and 47 so as not to interfere with this transport roller 53, the transport roller 53 and the first and second branching pawls 44 and 47 being disposed so as to overlap when seen from the side.
    • 本发明包括分流辊41,并且当记录从图像形成装置主体11输出的记录介质P作为堆叠的记录介质堆叠并进行装订处理时,分流辊41旋转,以便 在第一堆记录介质经受订书处理时,在其包装方向上接收后续的记录介质P. 本发明还包括用于切换输送路径42和处理单元40之间的记录介质P的输送方向的第一分支爪44和第二分支爪47,用于在输出托盘45和分流器 辊41。 此外,在第一和第二分支爪44和47之间的输送方向上设置有用于输送记录介质P的传送辊53,并且在第一和第二分支爪44和47中形成有切口57和58,以便 不干扰该输送辊53,输送辊53以及第一和第二分支爪44和47从侧面看时重叠。
    • 16. 发明授权
    • Sheet handling unit after image formation
    • 图像形成后的纸张处理单元
    • US6089558A
    • 2000-07-18
    • US998899
    • 1997-12-29
    • Keiji Okumura
    • Keiji Okumura
    • B65H39/11B65H5/06B65H9/00B65H31/30B65H33/08B65H39/10G03G15/00B65H39/07
    • G03G15/6538B65H33/08B65H39/10B65H5/062B65H9/00G03G15/60B65H2405/52B65H2408/1143B65H2408/116B65H2513/40B65H2513/50
    • This invention relates to a sheet handling unit. The sheet handing device has an intermediate tray which receives a copy sheet discharged through an outlet port of a transport guide member at a predetermined receiving position, and a hand unit which holds a portion of the sheet set on the intermediate tray to transfer the sheet set from the intermediate tray onto a sheet stacker. The intermediate tray carrying the sheet set thereon and the hand unit move toward a sheet releasing position in a state that the hand unit holds the portion of the sheet set to transfer the sheet set to the sheet releasing position. The hand unit pauses at the sheet releasing position while holding the portion of the sheet set. Meanwhile, the intermediate tray moves to a retract position away from the sheet stacker, and the hand unit releases the holding of the sheet set at the sheet releasing position. Thereby, the sheet set is transferred onto the sheet stacker from the intermediate tray.
    • 本发明涉及片材处理单元。 纸张处理装置具有中间托盘,该中间托盘容纳在预定接收位置处通过输送引导构件的出口排出的复印纸,以及手单元,其保持设置在中间托盘上的片材的一部分以转印纸张组 从中间托盘到片材堆垛机。 携带其上设置的片材的中间托盘和手单元在手单元保持片材组的部分以将片材组转印到片材释放位置的状态下朝向片材释放位置移动。 手持单元在保持片材组的一部分的同时在片材释放位置处暂停。 同时,中间托盘移动到远离纸张堆放器的缩回位置,并且手单元释放纸张在纸张释放位置的保持。 由此,片材组从中间托盘转移到片材堆垛机上。
    • 17. 发明授权
    • Sheet bundle discharge-handling and guided stowing mechanism
    • 纸张排料处理和引导装载机构
    • US5653573A
    • 1997-08-05
    • US402482
    • 1995-03-10
    • Takeshi AokiKeiji OkumuraMasaki Deguchi
    • Takeshi AokiKeiji OkumuraMasaki Deguchi
    • B42C1/12G03G15/00B65G57/03B65H29/02
    • G03G15/6538B42C1/125B65H2301/422B65H2403/511B65H2408/113B65H2408/1141
    • In a multi-bundle stacker having an inclined bundle-discharging mechanism for frontward discharging of copy-sheet bundles from adjacent upwardly inclined sorting trays of a sorter disposed on the side of a photocopying machine, a stowing bin is provided having a bundle-receiving platform lying at an inclination generally parallel to the inclination of the sorting trays. A bundle discharge/stowing path, that the trailing end nearest the copying machine of a sheet bundle discharged into stowage follows, is defined having a portion generally orthogonal to, and lying between, the bundle-discharging mechanism and the stowing bin. A standing wall extends partially in the discharge/stowing path upward from the stowing bin. A tilted bundle stowing guide is mounted on a triangular foot over the standing wall. A bundle turning guide assembly including a pusher mechanism intersects the bundle discharge/stowing path at an angle below the bundle stowing guide. The trailing end of a sheet bundle in stowage guided down the bundle stowing guide is turned toward horizontal as it leaves the bottom of the guide and passes along a guide plate of the bundle turning guide assembly. The pusher mechanism, cooperative with a mechanism for retracting the guide plate clear of the bundle as it leaves the bundle stowing guide, pushes the upper portion of the trailing end of the bundle down off the guide plate, and the bundle is guided to settle into a stack in the stowing bin.
    • 在具有倾斜的捆放出机构的多捆堆垛机中,用于从设置在复印机一侧的分拣机的相邻的向上倾斜的分拣托盘向前排出抄纸束,设置有一个收纸平台 以大致平行于分类盘的倾斜度的倾斜倾斜。 束排放/收集路径,即排放到装载中的纸张捆的最靠近复印机的尾端被限定为具有与排纸机构和收纸箱大致正交并位于其间的部分。 站立壁部在放料/收起路径中从收纳箱向上延伸。 倾斜的捆扎束引导件安装在立柱上的三角形脚上。 包括推动机构的捆束转向引导组件在捆束收集引导件下方以一角度与束排出/收集路径相交。 沿着捆扎物引导件向下引导的托盘中的片材束的后端在离开引导件的底部并且沿着导向组件转向导板的引导板转向水平。 推动器机构与用于在离开束收集引导件时离开束的引导板缩回的机构协作,将束的后端的上部部分向下推离引导板,并且引导束沉降 堆放箱中的一堆。
    • 18. 发明申请
    • SEMICONDUCTOR DEVICE
    • 半导体器件
    • US20130175549A1
    • 2013-07-11
    • US13824338
    • 2011-09-13
    • Keiji Okumura
    • Keiji Okumura
    • H01L27/06
    • H01L27/0255H01L27/0629H01L29/0619H01L29/0696H01L29/1608H01L29/45H01L29/4916H01L29/66068H01L29/7395H01L29/7808H01L29/7811H01L29/861H01L2924/0002H01L2924/00
    • A semiconductor device (1) includes an n type epitaxial layer (8), body regions (12) formed in the surface layer part of the n type epitaxial layer (8), n type source regions (16) formed in the surface layer parts of the body regions (12), a gate insulating film (19) formed on the n type epitaxial layer (8), and a gate protection diode (30) and gate electrodes (20) formed on the gate insulating film (19). The gate protection diode (30) includes a first p type region (31), an n type region (32), and a second p type region (33). A first diode (30A) is formed of the first p type region (31) and the n type region (32). A second diode (30B) is formed of the n type region (32) and the second p type region (33). The first p type region (31) is connected to the gate electrode (20). The second p type region (33) is connected to a source electrode (27).
    • 半导体器件(1)包括n型外延层(8),形成在n型外延层(8)的表层部分的体区(12),形成在表层部分中的n型源区 形成在n型外延层(8)上的栅极绝缘膜(19)和形成在栅极绝缘膜(19)上的栅极保护二极管(30)和栅电极(20)。 栅极保护二极管(30)包括第一p型区域(31),n型区域(32)和第二p型区域(33)。 第一二极管(30A)由第一p型区域(31)和n型区域(32)形成。 第二二极管(30B)由n型区域(32)和第二p型区域(33)形成。 第一p型区域(31)连接到栅电极(20)。 第二p型区域(33)连接到源电极(27)。