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公开(公告)号：US06480686B2
公开(公告)日：2002-11-12
申请号：US10050008
申请日：2002-01-15
申请人： Thomas Kurt Hilbert , Jerry Eugene Livadas , Scott Thomas Slattery , Patricia D. Reuschle , Gary Edwin Nichols , Michelle Dawn Wise , Cathlyn Y. Yu , Donald Steven Hensel , Daniel Francis Vespone , Christopher Stephen Garcia , Thomas Samuel Albrecht , Michael E. Jacobs , James Robert Carey , Timothy Gilbert Armstrong , D. Steven Kepner , W. Charles Kasiske
发明人： Thomas Kurt Hilbert , Jerry Eugene Livadas , Scott Thomas Slattery , Patricia D. Reuschle , Gary Edwin Nichols , Michelle Dawn Wise , Cathlyn Y. Yu , Donald Steven Hensel , Daniel Francis Vespone , Christopher Stephen Garcia , Thomas Samuel Albrecht , Michael E. Jacobs , James Robert Carey , Timothy Gilbert Armstrong , D. Steven Kepner , W. Charles Kasiske
IPC分类号： G03G1508
CPC分类号： G03G15/0942 , G03G15/0822
摘要： A magnetic brush development station with a housing forming a reservoir for developer material has a plurality of augers located in the housing for mixing developer material. A drive for the plurality of augers includes an assembly having a body extending through the development station housing. A plurality of bearings are positioned in the body with a spacer between the plurality of bearings. A rotatable shaft is connected between the plurality of augers and an auger drive member. A seal for the rotatable shaft has a lip formed of a material which is able to stretch sufficiently to maintain sealing contact with the shaft while the shaft is being rotated by the auger drive member.
摘要翻译： 具有形成用于显影剂材料的容器的壳体的磁刷显影台具有位于壳体中的用于混合显影剂材料的多个螺旋推运器。 用于多个螺旋钻的驱动器包括具有延伸穿过显影台壳体的主体的组件。 多个轴承在多个轴承之间具有间隔件定位在主体中。 旋转轴连接在多个螺旋推运器和螺旋推运器构件之间。 用于可旋转轴的密封件具有由材料形成的唇缘，其能够充分拉伸以在通过螺旋推运器构件旋转轴的同时保持与轴的密封接触。
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公开(公告)号：US06385415B1
公开(公告)日：2002-05-07
申请号：US09573903
申请日：2000-05-18
申请人： Thomas Kurt Hilbert , Jerry Eugene Livadas , Scott Thomas Slattery , Patricia D. Reuschle , Gary Edwin Nichols , Michelle Dawn Wise , Cathlyn Y. Yu , Donald Steven Hensel , Daniel Francis Vespone , Christopher Stephen Garcia , Thomas Samuel Albrecht , Michael E. Jacobs , James Robert Carey , W. Charles Kasiske , Timothy Gilbert Armstrong , D. Steven Kepner
发明人： Thomas Kurt Hilbert , Jerry Eugene Livadas , Scott Thomas Slattery , Patricia D. Reuschle , Gary Edwin Nichols , Michelle Dawn Wise , Cathlyn Y. Yu , Donald Steven Hensel , Daniel Francis Vespone , Christopher Stephen Garcia , Thomas Samuel Albrecht , Michael E. Jacobs , James Robert Carey , W. Charles Kasiske , Timothy Gilbert Armstrong , D. Steven Kepner
IPC分类号： G03G1508
CPC分类号： G03G15/0942 , G03G15/0822
摘要： A magnetic brush development station for a reproduction apparatus. The magnetic brush development station includes a housing forming, at least in part, a reservoir for developer material. The reservoir has a pressure equalization seal. A mechanism is associated with the housing for readily moving the housing relative to the reproduction apparatus. Another mechanism selectively readily replenishes and/or empties at least one component of developer material with respect to the reservoir. A plurality of augers are located in the housing for mixing developer material within the reservoir. A drive for the augers, extending through the housing, has a seal therefor. A development roller, mounted within the housing, delivers developer material from the reservoir to a development zone. The development roller includes a core magnet inside a shell such that the core magnet and the shell having relative rotation. The core magnet extends less than the entire length of the development roller such that the developer nap on the shell does not extend to the end of the development roller. A metering skive, extending the length of the development roller, controls the quantity of developer material delivered from the reservoir portion of the housing to the development zone. The metering skive is positioned parallel to the longitudinal axis of the development roller at a location upstream in the direction of shell rotation prior to the development zone. Further, a magnetic seal is located in association with the skive at each end of the development roller. The magnetic field of the magnetic seal is sufficient to substantially prevent leakage of developer material from the ends of the development roller.
摘要翻译： 一种用于再现设备的磁刷显影站。 磁刷显影站包括至少部分地形成用于显影剂材料的储存器的壳体。 储存器具有压力均衡密封。 机构与壳体相关联，用于相对于再现设备容易地移动壳体。 选择性地容易地相对于储存器补充和/或排空显影剂材料的至少一种组分的另一机制。 多个螺旋钻位于壳体中，用于将显影剂材料混合在储存器内。 用于螺旋钻的驱动器延伸穿过壳体，具有密封件。 安装在壳体内的显影辊将显影剂材料从储存器传送到开发区。 显影辊包括在壳体内的芯磁体，使得芯磁体和壳体具有相对旋转。 芯磁体的延伸小于显影辊的整个长度，使得外壳上的显影剂打孔不延伸到显影辊的端部。 延伸显影辊的长度的计量滑板控制从壳体的储存部分传送到显影区的显影剂材料的数量。 在开发区之前，计量滑动件平行于显影辊的纵向轴线定位在外壳旋转方向上游的位置处。 此外，磁性密封件与显影辊的每个端部处的滑动件相关联地定位。 磁性密封的磁场足以基本上防止显影剂材料从显影辊的端部泄漏。
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3.发明授权公开(公告)号：US06298207B1
公开(公告)日：2001-10-02
申请号：US09574036
申请日：2000-05-18
IPC分类号： G03G1508
CPC分类号： G03G15/0877 , G03G15/086 , G03G2215/0888
摘要： A mechanism for replenishing particulate material from a receptacle to a remote reservoir. The replenisher mechanism includes a housing having a sensor for sensing the level of particulate material within the housing, pair of spaced end walls, and a pair of spaced side walls. At least a portion of the side walls are flexible. An interface provides flow communication of particulate material between a particulate material receptacle and the housing, and a delivery assembly provides flow communication of particulate material between the housing and a remote reservoir. At least one paddle assembly is operatively associated with at least one of the flexible side walls for moving such side wall in a manner to substantially prevent agglomeration and flake production in the particulate material within the housing. The paddle assembly includes a first pivot rod mounted in fixed spatial relation to the housing, a paddle supported on the first pivot rod, a second pivot rod carried by the paddle. A reciprocating actuator arm is connected to the second pivot rod to selectively move the paddle about the first pivot rod. A lever is pivotably mounted on the second pivot rod, whereby when the paddle is rotated about the first pivot rod by reciprocation of the actuator arm, the lever rotates about the second pivot rod providing movement of the flexible membrane adjacent to the first pivot rod causing the breaking of any particulate material bridges at that point.
摘要翻译： 用于将颗粒材料从容器补充到远程储存器的机构。 补充机构包括具有传感器的壳体，该传感器用于感测壳体内的颗粒材料的水平面，一对隔开的端壁和一对隔开的侧壁。 侧壁的至少一部分是柔性的。 接口提供颗粒材料在颗粒材料容器和壳体之间的流动连通，并且输送组件提供颗粒材料在壳体和远程储存器之间的流动连通。 至少一个桨叶组件可操作地与至少一个柔性侧壁相关联，以便以这样的方式移动该侧壁，以便基本上防止壳体内的颗粒材料中的附聚和片状生成。 桨叶组件包括与壳体固定的空间关系安装的第一枢轴杆，支撑在第一枢转杆上的桨叶，由桨承载的第二枢轴杆。 往复式致动器臂连接到第二枢轴杆，以选择性地围绕第一枢转杆移动桨叶。 杆可枢转地安装在第二枢转杆上，由此当桨通过致动器臂的往复运动绕第一枢轴转动时，杆围绕第二枢转杆旋转，从而提供柔性膜相邻于第一枢轴杆的运动，从而导致 任何颗粒材料桥梁的破裂。
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公开(公告)号：US06553201B1
公开(公告)日：2003-04-22
申请号：US09574055
申请日：2000-05-18
IPC分类号： G03G1508
CPC分类号： G03G15/0877 , G03G15/0855 , G03G15/0865 , G03G15/0867 , G03G2215/0673 , G03G2215/0678 , Y10S222/01
摘要： An interface member providing flow communication of particulate material between a particulate material receptacle and a housing of a mechanism for replenishing particulate material from a receptacle to a remote reservoir. The interface member includes a casting defining a flow communication passage. A plate is attached to the casting at an angle to the horizontal to define an angled entrance to the casting. A member, associated with said angled entrance plate, is provided for guiding and holding the marking particle receptacle at a corresponding angle to the horizontal when the receptacle is installed on the angled entrance plate, whereby the angled orientation of the receptacle lets air percolate into the receptacle while the receptacle is emptying, allowing the particulate material to flow freely out of the receptacle.
摘要翻译： 界面构件，其提供颗粒材料在颗粒材料容器和用于将颗粒材料从容器补充到远程储存器的机构的壳体之间的流动连通。 接口构件包括限定流动连通通道的铸件。 板以与水平面成一定角度附接到铸件，以限定铸件的成角度入口。 与所述成角度的入口板相关联的构件被设置成当所述容器安装在所述倾斜的入口板上时，用于将所述标记颗粒容器以相应的角度引导并保持在所述水平面上，由此所述容器的倾斜取向使得空气渗透到 容器在容器排空时允许颗粒物质自由地流出容器。
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5.发明授权公开(公告)号：US06526236B1
公开(公告)日：2003-02-25
申请号：US10007998
申请日：2001-11-13
IPC分类号： G03G1508
CPC分类号： G03G15/0877 , G03G15/0856 , G03G15/086
摘要： A mechanism for replenishing particulate material from receptacles to a reservoir, which provides a highly accurate and continuous indication of the amount of particulate material remaining in the housing of the replenisher mechanism. The replenisher mechanism includes a housing having a plurality of discrete sensors for sensing the level of particulate material within the housing, a delivery assembly which provides flow communication of particulate material between the housing and a remote reservoir, and has a delivery assembly sensor that senses the amount of particulate material delivered by the delivery assembly. A logic and control unit operatively connected to the housing level sensors and the delivery assembly sensor continuously determines the amount of particulate material remaining in the housing so as to indicate when, and how much, particulate material to add to the housing.
摘要翻译： 用于将颗粒材料从容器补充到储存器的机构，其提供残留在补充器机构的壳体中的颗粒材料的量的高精度和连续的指示。 补充器机构包括具有多个离散传感器的壳体，用于感测壳体内的颗粒材料的水平;输送组件，其在壳体和远程容器之间提供颗粒材料的流动连通，并且具有传感组件传感器， 由输送组件输送的颗粒物质的量。 可操作地连接到壳体液位传感器和输送组件传感器的逻辑和控制单元连续地确定壳体中残留的颗粒材料的量，以便指示何时以及多少颗粒材料添加到壳体中。
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公开(公告)号：US08509661B2
公开(公告)日：2013-08-13
申请号：US13220795
申请日：2011-08-30
申请人： Mark Cameron Zaretsky , Andrew Peter Kittleson , James H Huntington , Timothy John Young , Jerry Eugene Livadas
发明人： Mark Cameron Zaretsky , Andrew Peter Kittleson , James H Huntington , Timothy John Young , Jerry Eugene Livadas
CPC分类号： G03G15/1685 , G03G15/162
摘要： An electrophotographic (EP) printer prints on a receiver sheet moving on a tensioned rotatable transport web with a Young's modulus of at least 1 GPa. The transport web is wrapped around a compliant image-bearing member. Two transfer stations are arranged along the belt, each with a rotatable image-bearing member. The first station has a first rotatable nip-forming member disposed adjacent to the transport web on the opposite side thereof from the first image-bearing member. The first rotatable nip-forming member is relatively stiffer than the first image-bearing member. The second station has a nip-forming member on a compliant mount. The second rotatable nip-forming member is relatively less stiff than the second image-bearing member.
摘要翻译： 电子照相（EP）打印机在杨氏模量至少为1GPa的张紧可旋转输送幅材上移动的接收片上打印。 运输网卷绕在合格的图像承载部件上。 两个传送站沿着带布置，每个具有可旋转的图像承载部件。 第一工位具有在与第一图像承载部件相反的一侧邻近输送带设置的第一可旋转夹持部件。 第一可旋转夹持部件比第一图像承载部件相对更硬。 第二站在顺应安装座上具有夹持部件。 第二可旋转夹持形成构件比第二图像承载构件相对较硬。
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公开(公告)号：US08736894B2
公开(公告)日：2014-05-27
申请号：US13331075
申请日：2011-12-20
IPC分类号： G06K15/02
CPC分类号： H04N1/506 , G03G15/0194 , G03G15/5062
摘要： Correction data is produced for density errors in prints produced using a printer. While printing a test image, the periods of rotation of one or more rotatable imaging members arranged along a receiver feed path in the printer are measured using respective period sensors. The printed test image is measured along a selected measurement direction and a reproduction error signal representing deviation from aim density is determined. For each period sensor, the autocorrelation of the reproduction error signal for the corresponding period is determined. If the determined autocorrelation exceeds a selected threshold, the reproduction error signal is decomposed at the corresponding period to extract the variation from the measured component. The remaining error signal is separated by frequency terms. The variations from the data at measured periods and the remaining error signal are used to produce a correction signal.
摘要翻译： 使用打印机生产的打印件中的密度误差产生校正数据。 在打印测试图像时，使用各自的周期传感器测量沿着打印机中的接收器馈送路径布置的一个或多个可旋转成像构件的旋转周期。 沿所选的测量方向测量打印的测试图像，并且确定表示偏离目标密度的再现误差信号。 对于每个周期传感器，确定相应周期的再现误差信号的自相关。 如果所确定的自相关超过选定的阈值，则在相应的周期分解再现误差信号以从测量的分量中提取变化。 剩余的误差信号由频率项分隔。 使用测量周期的数据和剩余误差信号的变化产生校正信号。
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公开(公告)号：US20130155422A1
公开(公告)日：2013-06-20
申请号：US13331075
申请日：2011-12-20
IPC分类号： G06K15/02
CPC分类号： H04N1/506 , G03G15/0194 , G03G15/5062
摘要： Correction data is produced for density errors in prints produced using a printer. While printing a test image, the periods of rotation of one or more rotatable imaging members arranged along a receiver feed path in the printer are measured using respective period sensors. The printed test image is measured along a selected measurement direction and a reproduction error signal representing deviation from aim density is determined. For each period sensor, the autocorrelation of the reproduction error signal for the corresponding period is determined. If the determined autocorrelation exceeds a selected threshold, the reproduction error signal is decomposed at the corresponding period to extract the variation from the measured component. The remaining error signal is separated by frequency terms. The variations from the data at measured periods and the remaining error signal are used to produce a correction signal.
摘要翻译： 使用打印机生产的打印件中的密度误差产生校正数据。 在打印测试图像时，使用各自的周期传感器测量沿着打印机中的接收器馈送路径布置的一个或多个可旋转成像构件的旋转周期。 沿所选的测量方向测量打印的测试图像，并且确定表示偏离目标密度的再现误差信号。 对于每个周期传感器，确定相应周期的再现误差信号的自相关。 如果所确定的自相关超过选定的阈值，则在相应的周期分解再现误差信号以从测量的分量中提取变化。 剩余的误差信号由频率项分隔。 使用测量周期的数据和剩余误差信号的变化产生校正信号。
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公开(公告)号：US08655241B2
公开(公告)日：2014-02-18
申请号：US13220776
申请日：2011-08-30
申请人： Mark Cameron Zaretsky , Andrew Peter Kittleson , James H. Huntington , Timothy John Young , Jerry Eugene Livadas
发明人： Mark Cameron Zaretsky , Andrew Peter Kittleson , James H. Huntington , Timothy John Young , Jerry Eugene Livadas
IPC分类号： G03G15/16
CPC分类号： G03G15/167 , G03G15/162 , G03G15/1685
摘要： An electrophotographic (EP) printer for transferring a toner image to a receiver sheet has a tensioned rotatable transport web with a Young's modulus of at least 1 GPa. The transport web is wrapped around a compliant image-bearing member. A compressible, rotatable nip-forming member that is relatively less stiff than the image-bearing member is adjacent to the transport web on the opposite side thereof from the image-bearing member. A mount holds the nip-forming member against the image-bearing member, and permits the axis of rotation of the nip-forming member to move closer to or farther from the transport web. When the leading edge of the receiver on the web engages with the image-bearing member, the nip-forming member compresses. The axis of rotation of the nip-forming member translates by an amount less than the thickness of the receiver sheet minus the compression of the compliant coating of the image-bearing member.
摘要翻译： 用于将调色剂图像转印到接收片上的电子照相（EP）打印机具有杨氏模量至少为1GPa的张紧的可旋转传送卷筒纸。 运输网卷绕在合格的图像承载部件上。 与图像承载部件相比，刚性相对较低的可压缩的，可旋转的夹持部件邻近输送带与图像承载部件相反。 安装件将夹持部形成部件固定在图像承载部件上，并且允许夹持部形成部件的旋转轴线移动靠近或远离传送带。 当纸幅上的接收器的前缘与图像承载部件接合时，夹持部件压缩。 辊隙形成构件的旋转轴线的转动量小于接收板的厚度减去图像承载部件的柔性涂层的压缩。
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公开(公告)号：US20130051874A1
公开(公告)日：2013-02-28
申请号：US13220795
申请日：2011-08-30
申请人： MARK CAMERON ZARETSKY , Andrew Peter Kittleson , James H. Huntington , Timothy John Young , Jerry Eugene Livadas
发明人： MARK CAMERON ZARETSKY , Andrew Peter Kittleson , James H. Huntington , Timothy John Young , Jerry Eugene Livadas
IPC分类号： G03G15/16
CPC分类号： G03G15/1685 , G03G15/162
摘要： An electrophotographic (EP) printer prints on a receiver sheet moving on a tensioned rotatable transport web with a Young's modulus of at least 1 GPa. The transport web is wrapped around a compliant image-bearing member. Two transfer stations are arranged along the belt, each with a rotatable image-bearing member. The first station has a first rotatable nip-forming member disposed adjacent to the transport web on the opposite side thereof from the first image-bearing member. The first rotatable nip-forming member is relatively stiffer than the first image-bearing member. The second station has a nip-forming member on a compliant mount. The second rotatable nip-forming member is relatively less stiff than the second image-bearing member.
摘要翻译： 电子照相（EP）打印机在杨氏模量至少为1GPa的张紧可旋转输送幅材上移动的接收片上打印。 运输网卷绕在合格的图像承载部件上。 两个传送站沿着带布置，每个具有可旋转的图像承载部件。 第一工位具有在与第一图像承载部件相反的一侧邻近输送带设置的第一可旋转夹持部件。 第一可旋转夹持部件比第一图像承载部件相对更硬。 第二站在顺应安装座上具有夹持部件。 第二可旋转夹持形成构件比第二图像承载构件相对较硬。
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