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    • 1. 发明授权
    • Stapler for a finishing device having a variable start pulse
    • 订书机用于具有可变起动脉冲的整理装置
    • US07354037B2
    • 2008-04-08
    • US11452621
    • 2006-06-14
    • Steven D. OlsonRaymond C. BassettCharles A. Gerace
    • Steven D. OlsonRaymond C. BassettCharles A. Gerace
    • B42C1/12
    • B27F7/19B27F7/36B42C1/12G03G15/6538
    • A stapler is incorporated in a finishing device associated with a document creating apparatus. The stapler has a control circuit with a memory and is driven by a variably powered motor. An end user inputs the job parameter information at the control panel of the document creating apparatus for each different set of documents to be reproduced and stapled. In response thereto, the control panel sends a particular variable start pulse signal to the stapler control circuit. The control circuit senses the duration of the variable start pulse. Based upon the duration of the variable start pulse signal, the control circuit selects the motion control profile to be provided to the stapler motor from the various profiles stored in the memory of the control circuit.
    • 订书机被结合在与文件制作装置相关联的整理装置中。 订书机具有带存储器的控制电路,并由可变动力的电动机驱动。 终端用户在文件生成装置的控制面板处输入作业参数信息,以便对要再现和装订的每个不同文档集合。 响应于此,控制面板向订书机控制电路发送特定的可变启动脉冲信号。 控制电路感测可变启动脉冲的持续时间。 基于可变启动脉冲信号的持续时间,控制电路从存储在控制电路的存储器中的各种型材选择要提供给订书机电动机的运动控制轮廓。
    • 2. 发明申请
    • Stapler for a finishing device having a variable start pulse
    • 订书机用于具有可变起动脉冲的整理装置
    • US20070289758A1
    • 2007-12-20
    • US11452621
    • 2006-06-14
    • Steven D. OlsonRaymond C. BassettCharles A. Gerace
    • Steven D. OlsonRaymond C. BassettCharles A. Gerace
    • B25B21/02
    • B27F7/19B27F7/36B42C1/12G03G15/6538
    • A stapler is incorporated in a finishing device associated with a document creating apparatus. The stapler has a control circuit with a memory and is driven by a variably powered motor. An end user inputs the job parameter information at the control panel of the document creating apparatus for each different set of documents to be reproduced and stapled. In response thereto, the control panel sends a particular variable start pulse signal to the stapler control circuit. The control circuit senses the duration of the variable start pulse. Based upon the duration of the variable start pulse signal, the control circuit selects the motion control profile to be provided to the stapler motor from the various profiles stored in the memory of the control circuit.
    • 订书机被结合在与文件制作装置相关联的整理装置中。 订书机具有带存储器的控制电路,并由可变动力的电动机驱动。 终端用户在文件生成装置的控制面板处输入作业参数信息,以便对要再现和装订的每个不同文档集合。 响应于此,控制面板向订书机控制电路发送特定的可变启动脉冲信号。 控制电路感测可变启动脉冲的持续时间。 基于可变启动脉冲信号的持续时间,控制电路从存储在控制电路的存储器中的各种型材选择要提供给订书机电动机的运动控制轮廓。
    • 3. 发明授权
    • Reproduction machine waste imaging materials removal system
    • 复制机废物成像材料清除系统
    • US5349427A
    • 1994-09-20
    • US165791
    • 1993-12-13
    • Lawrence R. BenedictRaymond C. BassettThomas C. Fowler
    • Lawrence R. BenedictRaymond C. BassettThomas C. Fowler
    • G03G21/12G03G21/00
    • G03G21/12Y10S222/01
    • A sealed system for collecting and removing waste imaging material from a reproduction apparatus in a waste collection container removably insertable into the reproduction apparatus so that the inlet opening of the container is positioned at discharge outlet of a pneumatic cleaning system, especially, the outlet of a cyclone air/toner separator. The container has a dual mode resilient pneumatic seal surrounding its inlet, and an integral insertion guide member. The cleaning system discharge outlet includes a spring loaded sled member and a flexible pneumatic seal connecting between the sled member and the discharge outlet to allow limited movement of the sled member. The insertion guide member of the container slides on an entrance guide path into compressed superposed engagement with the sled member to form a pneumaticaly-sealed waste material path between the discharge outlet of the reproduction apparatus cleaning system and the interior of the waste container when so inserted. Also provided is a cap for sealing the inlet opening of the container when the container is removed by engagement with the same, dual mode, resilient pneumatic seal surrounding the inlet opening of the container. Also, a mating detent system is provided, which also protects the seal.
    • 一种密封系统,用于从废物收集容器中的再现装置收集和去除废像素材料,该废物收集容器可移除地插入到再现装置中,使得容器的入口开口位于气动清洁系统的出口处, 旋风式空气/调色剂分离器。 容器具有围绕其入口的双重模式弹性气动密封件和整体插入引导构件。 清洁系统排出口包括弹簧加载的滑动构件和连接在滑动构件和排出口之间的柔性气动密封件,以允许滑动构件的有限运动。 容器的插入引导构件在入口引导路径上滑动成与滑动构件压缩重叠接合,以便当插入时在再现设备清洁系统的排出口和废物容器的内部之间形成气密密封的废料路径 。 还提供了当通过与围绕容器的入口开口的相同的双模式弹性气动密封件接合而移除容器时,用于密封容器的入口的盖。 此外,还提供了一种同时保护密封件的配合制动系统。
    • 4. 发明授权
    • Latch
    • 锁定
    • US07229106B2
    • 2007-06-12
    • US11191481
    • 2005-07-27
    • Raymond C. BassettGary A. Nobles
    • Raymond C. BassettGary A. Nobles
    • E05C3/04B41J2/14
    • E05B65/46E05B17/007E05B17/2038E05B47/0607Y10T292/1089
    • In embodiments herein a latch apparatus comprises a striker plate and a latch. The latch comprises a pin that is positioned to contact the inclined surface of the striker plate as the latch moves over the striker plate. The latch also comprises a roller that is positioned to roll over a lip of the striker plate as the latch moves over the striker plate. In addition, an arm is operatively connected to the roller. The arm pivots when the roller moves. The pin locks the arm and prevents the roller from moving when the pin is in the lowered position and the pin allows the arm to pivot and allows the roller to move when the pin is in the raised position.
    • 在本文的实施例中,闩锁装置包括撞击板和闩锁。 闩锁包括销,当锁闩移动到撞击板上时,销被定位成接触撞击板的倾斜表面。 闩锁还包括一个定位成当闩锁在撞击板上移动时在撞击板的唇缘上滚动的滚子。 此外,臂可操作地连接到辊。 当滚轮移动时,手臂转动。 当销处于降低位置时,销锁定臂并防止辊移动,并且销允许臂枢转,并且当销处于升高位置时允许辊移动。
    • 5. 发明授权
    • Automatic document handler having non-relative motion vacuum corrugating
device
    • 具有非相对运动真空瓦楞装置的自动文件处理器
    • US5967507A
    • 1999-10-19
    • US833216
    • 1997-04-14
    • Kenneth P. MooreRaymond C. Bassett
    • Kenneth P. MooreRaymond C. Bassett
    • B65H3/12B65H3/48B65H29/70B65H3/14B65H3/04B65H3/08
    • B65H3/48B65H29/70B65H3/126
    • An automatic document handler having a sheet separator-feeder mechanism for separating a sheet from a stack of such sheets and for forward feeding the separated sheet without damage to an image on the sheet. The automatic document handler includes a stacking tray having a surface for supporting a stack of sheets; air knife means positioned opposite the stack of sheets for separating a sheet at an end of the stack of sheets, and a sheet separator-feeder mechanism including a bi-level support plate having vacuum ports. The sheet separator-feeder mechanism is mounted toward the downstream end of the stacking tray relative to a direction of forward sheet movement, and applies a negative air pressure through the vacuum ports in the support plate. The sheet separator-feeder mechanism importantly includes a non-relative motion sheet corrugating device comprising an endless corrugating feed belt that is mounted over the support plate and extends through at least a front end of the sheet stacking tray for acquiring, corrugating and advancing a sheet separated from the stack of sheets. The endless corrugating feed belt has a bottom surface for riding on the support plate, a top surface for contacting a sheet to be corrugated and fed, and a series of vacuum apertures formed therethrough from the bottom to the top surface. The top surface importantly includes a raised corrugating rib integrally incorporated therein for contacting, moving with, and corrugating the sheet separated from the stack of sheets, without relative motion between the corrugating rib and the sheet, thereby preventing damage to any image on a side of the sheet in contact with the endless corrugating belt.
    • 一种自动文件处理机,具有用于将纸张从这样的纸张的堆叠中分离的纸张分离器馈送机构,并用于向前馈送分离的纸张而不损坏纸张上的图像。 自动文件处理机包括具有用于支撑一叠纸张的表面的堆垛盘; 气刀装置与纸堆相对设置,用于在纸张堆的一端分离纸张;以及纸张分离器馈送机构,其包括具有真空端口的双层支撑板。 片材分离器供给机构相对于向前片移动的方向朝着堆叠托盘的下游端安装,并且通过支撑板中的真空端口施加负的空气压力。 片材分离器给送机构重要地包括非相对运动片材波纹装置,其包括环形波纹输送带,其安装在支撑板上并延伸穿过片材堆叠托盘的至少前端,用于获取,波纹和推进片材 与堆叠的纸张分开。 无端波纹进给带具有用于骑在支撑板上的底表面,用于接触待波纹和供给的片材的顶表面以及从底部到顶部表面穿过其形成的一系列真空孔。 顶表面重要地包括一体地结合在其中的凸起的瓦楞肋,用于接触,移动和瓦ating与纸叠分离的片材,而不会在瓦楞肋与片材之间发生相对的运动,从而防止对 该片与无端波纹带接触。