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    • 1. 发明授权
    • Sheet stacking tray with stacking guides system for a wide range of sheet sizes
    • 带有堆叠导轨系统的纸张堆垛盘,适用于各种纸张尺寸
    • US06302390B1
    • 2001-10-16
    • US09467615
    • 1999-12-20
    • Lawrence A. ClarkD Gregory YowMichael J. LinderKenneth P. MooreWilliam R. Haag
    • Lawrence A. ClarkD Gregory YowMichael J. LinderKenneth P. MooreWilliam R. Haag
    • B65H100
    • B65H1/04B65H2511/10B65H2801/21B65H2220/01B65H2220/04
    • A sheet stacking tray system for stacking different sizes of copy sheets on a stack supporting tray to be fed upstream to a reproduction apparatus for printing, on which tray the stack is registered against a side registration edge. An upstanding stack rear edge guide is track mounted for movement at an angle to that side registration edge to provide a large repositioning movement in the upstream direction together with automatic lateral movement toward or away from that side registration edge, so as to engage the rear edge of a stack of larger sheets further from the registration edge, more centrally of the downstream edge of those sheets, and to engage smaller sheets closer to the registration edge and thus more towards their centers. Two independent upstanding stack side edge guides may be repositionable towards the registration edge independently of, and not overlapping, any position of the angulary moving rear edge guide. The rear edge guide may be linearly track mounted at approximately 18 degrees to the registration edge. All three stack edge guides may extend through and move along separate elongated apertures in the tray. The downstream edge guide may be repositionable substantially closer to the registration edge than the upstream side edge guide due to the angular track of the rear side guide.
    • 一种纸张堆垛盘系统,用于将堆叠支撑托盘上的不同大小的复印纸堆叠在上游供给到用于打印的再现设备上,在该托盘上,堆叠被对准侧面对准边缘。 直立的堆叠后边缘引导件是轨道安装的,以与该侧面对准边缘成一定角度运动,以在上游方向上提供大的重新定位运动以及朝向或远离该侧面对准边缘的自动横向移动,以便接合后边缘 更大的纸张堆叠从配准边缘进一步位于这些纸张的下游边缘的更中央部分,并且使更靠近对准边缘的更小的纸张接合,并且因此更靠近其中心。 两个独立的直立的堆叠侧边缘引导件可以独立于安瓿运动的后边缘引导件的任何位置而不对着对准边缘重新定位。 后边缘引导件可以直线地安装在与注册边缘大约18度的位置。 所有三个堆叠边缘引导件可以延伸通过并沿着托盘中的分离的细长孔移动。 由于后侧引导件的角度轨迹,下游边缘引导件可以比上游侧边缘引导件基本上更靠近对准边缘重新定位。
    • 2. 发明授权
    • Multiple zone stack height sensor for high capacity feeder
    • 用于高容量进料器的多区域堆高度传感器
    • US06247695B1
    • 2001-06-19
    • US09220974
    • 1998-12-23
    • Michael J. LinderWilliam R. HaagKenneth P. MooreStephen B. Williams
    • Michael J. LinderWilliam R. HaagKenneth P. MooreStephen B. Williams
    • B65H702
    • B65H1/18B65H2553/612
    • A stack height assembly consisting of two transmissive sensors and two flags, the stack height of a feeder module can be set to three different levels depending on the weight of the media. This “optimization” of the stack height to address the media's failure mode results in increased latitude. When feeding lightweight media, the stack height is set larger in order to increase the gap to the feedhead. This allows more room for separation of the media using fluffer jets. This increased gap also reduces the chances that the un-acquired media will be fluffed into contact with the acquisition surface and subsequently be shingle fed into the take away roll due to the friction between sheets. When feeding heavyweight media the stack height will be set smaller. This reduces the gap to the feedhead and reduces the time required to acquire.
    • 由两个透射传感器和两个标志组成的堆叠高度组件,可以根据介质的重量将馈送器模块的堆叠高度设置为三个不同的等级。 堆栈高度的这种“优化”来解决媒体的故障模式导致纬度的增加。 当喂入轻质介质时,堆叠高度设置得更大,以增加与进料头的间隙。 这样就可以利用蓬松的喷气式空间来分离介质。 这种增加的间隙也降低了未采集的介质将被卷起与采集表面接触的机会,并且随后由于纸张之间的摩擦而被带入进料辊。 喂食重量级媒体时,堆叠高度会变小。 这减少了进给头的间隙,并缩短了获取所需的时间。
    • 3. 发明授权
    • Vacuum corrugation shuttle feed device for high capacity feeder
    • 真空波纹穿梭送料装置,用于大容量进料器
    • US06609708B2
    • 2003-08-26
    • US10106928
    • 2002-03-26
    • Kenneth P. MooreWilliam R. HaagMichael J. LinderStephen B. Williams
    • Kenneth P. MooreWilliam R. HaagMichael J. LinderStephen B. Williams
    • B65H314
    • B65H1/18
    • A feed apparatus which combines a slider crank feed head drive system and cam actuated stack height sensing system to form a new combined shuttle feeder. The new feed head drive includes the replacement of a solenoid driven feed head with a more reliable stepper driven twin slider crank drive. Included in the slider crank drive for the feed head is an integral cam as part of the crank arm mounted to the motor shaft. This cam is designed drives a stack height sensor to drop and lift the stack height sensing arm to sense stack height after the sheet trail edge has passed the point of arm contact with the stack. The cam also provides a “service mode” position for the stack height arm which lifts it out of the way of the paper supply when it is opening. The cam dwells in a neutral home position during the rest of the drive out and return motion of the feed head.
    • 一种进给装置,其组合了滑块曲柄进给头驱动系统和凸轮致动的堆叠高度感测系统,以形成新的组合梭式进料器。 新的进给头驱动器包括更换具有更可靠的步进驱动双滑块曲柄驱动器的螺线管驱动进给头。 包括在用于进给头的滑块曲柄驱动器中,作为安装到电机轴的曲柄臂的一部分的整体式凸轮。 该凸轮被设计成驱动堆叠高度传感器,以在片材轨迹边缘已经通过与臂的臂接触点之后,降低并提升堆叠高度感测臂来感测堆叠高度。 凸轮还为堆叠高度臂提供“服务模式”位置,当打开时,它将纸张提升到纸张供应的方式。 在驱动器的其余部分期间,凸轮处于中性起始位置,并返回进给头的运动。