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    • 1. 发明申请
    • Rotatable Air Knife
    • 可旋转气刀
    • US20080063441A1
    • 2008-03-13
    • US11470647
    • 2006-09-07
    • William A. BurtonSteven RusselLawrence A. Clark
    • William A. BurtonSteven RusselLawrence A. Clark
    • G03G15/20
    • G03G15/2028
    • Embodiments herein include an apparatus that can comprise any heating device, such as one having an outer surface adapted to contact items, such as sheets of print media, and a rotatable air outlet (vent, jet, blower, etc.) positioned next to the heating device. The air outlet can be, in one embodiment, part of a tube-shaped air pleneum. In some embodiments, the air outlet can comprise a slit, perforations, rows of jets, etc. and the air outlet can have a length at least as long as the width as the fuser. The rotatable air outlet can be positioned to blow air to remove the items from the heating device and can rotate from a first position to a different second position.
    • 本文的实施例包括可以包括任何加热装置的装置,例如具有适于接触物品的外表面的诸如打印介质的片材的加热装置,以及位于所述加热装置旁边的可旋转的空气出口(通风口,喷嘴,鼓风机等) 加热装置。 在一个实施例中,空气出口可以是管状空气管的一部分。 在一些实施例中,空气出口可以包括狭缝,穿孔,喷射排等,并且空气出口可以具有至少与定影器的宽度一样长的长度。 可旋转的空气出口可以定位成吹送空气以从加热装置移除物品,并且可以从第一位置旋转到不同的第二位置。
    • 2. 发明授权
    • Rotatable air knife
    • 可旋转气刀
    • US07751767B2
    • 2010-07-06
    • US11470647
    • 2006-09-07
    • William A. BurtonSteven RusselLawrence A. Clark
    • William A. BurtonSteven RusselLawrence A. Clark
    • G03G15/20
    • G03G15/2028
    • Embodiments herein include an apparatus that can comprise any heating device, such as one having an outer surface adapted to contact items, such as sheets of print media, and a rotatable air outlet (vent, jet, blower, etc.) positioned next to the heating device. The air outlet can be, in one embodiment, part of a tube-shaped air pleneum. In some embodiments, the air outlet can comprise a slit, perforations, rows of jets, etc. and the air outlet can have a length at least as long as the width as the fuser. The rotatable air outlet can be positioned to blow air to remove the items from the heating device and can rotate from a first position to a different second position.
    • 本文的实施例包括可以包括任何加热装置的装置,例如具有适于接触物品的外表面的诸如打印介质的片材的加热装置,以及位于所述加热装置旁边的可旋转的空气出口(通风口,喷嘴,鼓风机等) 加热装置。 在一个实施例中,空气出口可以是管状空气管的一部分。 在一些实施例中,空气出口可以包括狭缝,穿孔,喷射排等,并且空气出口可以具有至少与定影器的宽度一样长的长度。 可旋转的空气出口可以定位成吹送空气以从加热装置移除物品,并且可以从第一位置旋转到不同的第二位置。
    • 6. 发明授权
    • Bypass transport loop sheet insertion system
    • 旁路运输回路板插入系统
    • US5710968A
    • 1998-01-20
    • US520354
    • 1995-08-28
    • Lawrence A. ClarkTerrence R. DocteurRichard E. EisemannTed A. Beer
    • Lawrence A. ClarkTerrence R. DocteurRichard E. EisemannTed A. Beer
    • G03G15/00G03G21/00
    • G03G15/655G03G2215/00447
    • A dual path sheet feeder is disclosed including a bypass transport loop and a main transport loop for selectively delivering sheets from a sheet feeding module to either a printer processing module or to a finishing module, wherein a movable gate situated adjacent to the bypass transport loop is provided for directing sheets along a predetermined path of travel. The movable gate is selectively positionable between a first position for directing the sheets through the main transport loop to the processing module to produce copy sheets prior to delivering the copy sheets to the finishing module and a second position for directing the sheets through the bypass transport loop to deliver insert sheets directly to the finishing module, circumventing the processing module. The dual path sheet feeder is contemplated for use in conjunction with a high speed electrostatographic printing machine for providing flexible paper supply options without the additional burden of providing supplemental dedicated sheet feeding trays.
    • 公开了一种双通道供纸器,其包括旁路输送回路和主输送回路,用于将纸张从供纸模块选择性地传送到打印机处理模块或整理模块,其中位于旁路输送回路附近的可移动门是 用于沿着预定的行进路线引导片材。 可移动门可选择性地定位在第一位置之间,用于将片材通过主传送环路引导到处理模块,以在将复印片材递送到精加工模块之前产生复印片材,以及用于引导片材通过旁路传输环路的第二位置 将插入片材直接传送到整理模块,绕过处理模块。 双路纸张进纸器可以与高速静电印刷机结合使用,用于提供灵活的纸张供应选项,而不需要额外的负担来提供补充的专用送纸盘。
    • 8. 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。