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    • 3. 发明授权
    • Photoreceptor belt tensioner providing low variation in belt tension as a function of belt length
    • 感光带张紧器,作为皮带长度的函数提供皮带张力的低变化
    • US07155144B2
    • 2006-12-26
    • US10909137
    • 2004-07-30
    • Mark A. AtwoodRobert Hildebrand
    • Mark A. AtwoodRobert Hildebrand
    • G03G15/00
    • G03G15/754
    • An apparatus for providing tension to a photoreceptor belt mounted for rotation about a plurality of fixed rollers mounted to a frame of an imaging device comprises a tensioning roller having a longitudinal axis and a convex contact surface for forcing a wrap angle with an inner surface of the photoreceptor belt, a moment arm mounted at a first end to the frame for pivotal movement relative to the frame about a pivot axis fixed relative to the frame and mounted at a second end to the tensioning roller; and a force exerting mechanism mounted to the frame and coupled through the moment arm to the tensioning roller to provide a force perpendicular to the longitudinal axis of the tensioning roller, the force exerting mechanism being configured to increase the force exerted thereby as the length of the photoreceptor belt increases.
    • 一种用于向安装成围绕安装在成像装置的框架上的多个固定辊旋转的感光带提供张力的装置包括具有纵向轴线和凸形接触表面的张紧辊,用于迫使与 感光带,第一端安装到框架上的力臂,用于围绕相对于框架固定的枢转轴线相对于框架枢转运动,并在第二端安装到张紧辊; 以及力施加机构,其被安装到所述框架并且通过所述力矩臂联接到所述张紧辊以提供垂直于所述张紧辊的纵向轴线的力,所述施力机构构造成增加由此施加的力作为所述张力辊的长度 感光带增加。
    • 4. 发明授权
    • Variable length transfer assist blade
    • 可变长度传输辅助刀片
    • US06766138B2
    • 2004-07-20
    • US10165706
    • 2002-06-07
    • Brendan P. ObrienAndrew J. BonacciMark A. Atwood
    • Brendan P. ObrienAndrew J. BonacciMark A. Atwood
    • G03G1516
    • G03G15/165
    • A resilient contact blade includes a blade root and a blade tip. The blade is movable from an inoperative position in which the blade root is spaced from a print sheet contacting an imaging member by a first distance. The blade tip is spaced from the print sheet to an operative position in which the blade root is spaced from the print sheet by a second distance that is greater than the first distance. A blade deflector is located in the path of travel of the blade from the inoperative position to the operative position. While the blade is moving from the inoperative position to the operative position the blade engages the deflector. When the blade is in the operative position the blade is deflected by the deflector causing the blade tip to contact the print sheet and press the print sheet against the imaging member.
    • 弹性接触片包括叶片根部和叶片尖端。 叶片可从不工作位置移动,在该位置叶片根部与与成像构件接触第一距离的打印片材间隔开。 叶片尖端与打印片材间隔开到其中刀片根部与打印片材间隔开比第一距离大的第二距离的操作位置。 叶片偏转器位于叶片从不工作位置到操作位置的行进路径中。 当刀片从不工作位置移动到操作位置时,刀片接合偏转器。 当叶片处于操作位置时,叶片被偏转器偏转,导致叶片尖端接触打印片材并将打印片材压靠在成像构件上。
    • 5. 发明授权
    • Intermediate transfer belt steering system
    • 中间转印带转向系统
    • US07920814B2
    • 2011-04-05
    • US12361751
    • 2009-01-29
    • Mark A. AtwoodJames P. CalamitaAndrey Podzorov
    • Mark A. AtwoodJames P. CalamitaAndrey Podzorov
    • G03G15/01
    • G03G15/161G03G15/0131G03G15/1615G03G15/6558G03G2215/1623
    • Disclosed are embodiments that use multiple, belt-steering systems to control and maintain alignment of an endless belt. The position of the edge of the belt is measured by multiple belt edge sensors and then corrected by at least two steering rollers connected to corresponding steering mechanisms. The steering mechanisms tilt the rollers in order to selectively adjust the lateral position of the belt. Steering can be controlled independently with the tilt of each steering roller being adjusted based solely on information obtain from a corresponding belt edge sensor. Alternatively, steering can be controlled dependently with the tilt of each steering roller being adjusted based on information obtain from multiple sensors at multiple locations and further based on the predictable impact of the simultaneous movement of both rollers on belt positioning. In addition, at least one of the steering rollers can also be configured as a drive roller.
    • 公开了使用多个皮带转向系统来控制和保持环形带的对准的实施例。 皮带边缘的位置由多个皮带边缘传感器测量,然后通过连接到相应转向机构的至少两个转向辊进行校正。 转向机构使辊子倾斜以选择性地调节带的横向位置。 仅通过从相应的带边缘传感器获得的信息来调节每个转向辊的倾斜度,可独立地控制转向。 或者,转向可以根据每个转向辊的倾斜度进行控制,其基于从多个位置处的多个传感器获得的信息并进一步基于两个辊同时移动对皮带定位的可预测的影响进行调整。 此外,至少一个转向辊也可以被配置为驱动辊。
    • 6. 发明申请
    • CART WITH XERO MODULE LIFT ASSIST
    • 用XERO模块提升助手进行打印
    • US20100034555A1
    • 2010-02-11
    • US12189379
    • 2008-08-11
    • Mark A. AtwoodJames J. Spence
    • Mark A. AtwoodJames J. Spence
    • G03G15/00
    • G03G21/1842G03G2221/1684
    • This involves a cart that can be used in changing a marking module in a xerographic color marking system. The cart has a lifting mechanism securely attached to its upper surface. When the marking module is to be changed and a new replacement module installed, the lifting mechanism is used to support the marking module during each of these procedures. Since the marking modules are relatively heavy (30-35 lbs.), to prevent accidental damage to the module, the cart and its attached lifting mechanism are conveniently used by the customer.The lifting mechanism is made up of an upper cradle, a bottom plate attached to the cart and a movable linkage. The module securely rests in the cradle in both removal and installing operations. It is not uncommon for a customer to want to change a color or colors in one or more modules. This cart and its attached lifting mechanism makes it relatively easy to accomplish this change.
    • 这涉及可用于更换静电印刷颜色标记系统中的标记模块的推车。 推车具有牢固地附接到其上表面的提升机构。 当更换标记模块并安装新的更换模块时,提升机构用于在每个过程中支持标记模块。 由于标记模块相对较重(30-35磅),为防止意外损坏模块,推车及其附件提升机构方便客户使用。 提升机构由上支架,安装在推车上的底板和可动连杆构成。 在拆卸和安装操作中,模块都可以安全地放在托架中。 客户想要更改一个或多个模块中的颜色或颜色并不罕见。 这种推车及其附接的升降机构使其相对容易实现这一变化。
    • 7. 发明授权
    • Cart with xero module lift assist
    • 购物车与xero模块提升协助
    • US08160475B2
    • 2012-04-17
    • US12189379
    • 2008-08-11
    • Mark A. AtwoodJames J. Spence
    • Mark A. AtwoodJames J. Spence
    • G03G21/18
    • G03G21/1842G03G2221/1684
    • This involves a cart that can be used in changing a marking module in a xerographic color marking system. The cart has a lifting mechanism securely attached to its upper surface. When the marking module is to be changed and a new replacement module installed, the lifting mechanism is used to support the marking module during each of these procedures. Since the marking modules are relatively heavy (30-35 lbs.), to prevent accidental damage to the module, the cart and its attached lifting mechanism are conveniently used by the customer. The lifting mechanism is made up of an upper cradle, a bottom plate attached to the cart and a movable linkage. The module securely rests in the cradle in both removal and installing operations. It is not uncommon for a customer to want to change a color or colors in one or more modules. This cart and its attached lifting mechanism makes it relatively easy to accomplish this change.
    • 这涉及可用于更换静电印刷颜色标记系统中的标记模块的推车。 推车具有牢固地附接到其上表面的提升机构。 当更换标记模块并安装新的更换模块时,提升机构用于在每个过程中支持标记模块。 由于标记模块相对较重(30-35磅),为防止意外损坏模块,推车及其附件提升机构方便客户使用。 提升机构由上支架,安装在推车上的底板和可动连杆构成。 在拆卸和安装操作中,模块都可以安全地放在托架中。 客户想要更改一个或多个模块中的颜色或颜色并不罕见。 这种推车及其附接的升降机构使其相对容易实现这一变化。
    • 8. 发明授权
    • Xerographic marking module useful in a xerographic color marking system
    • 静电印刷标记模块可用于静电印刷颜色标记系统
    • US08081901B2
    • 2011-12-20
    • US12189313
    • 2008-08-11
    • Mark A. AtwoodJames J Spence
    • Mark A. AtwoodJames J Spence
    • G03G21/18
    • G03G21/1842G03G2221/1684
    • This invention provides a xerographic marking module that has a built-in lifting mechanism that is useful in installing a new module in a xerographic marking system. The lifting mechanism forms the bottom portion of the marking module and comprises an upper cradle to hold the remaining module portion, a lower plate that constitutes the bottom of the module when in a collapsed position, and a movable linkage that connects the cradle to the lower plate. When in installation mode, the linkage creates a vertical force which will upwardly push the cradle (holding the module) away from the lower plate into an installation elevation. After slides in the module and in the color marking system are mated, the lifting mechanism is collapsed and the module pushed into the color marking system or apparatus.
    • 本发明提供了一种静电印迹标记模块,其具有内置提升机构,其可用于将静电印迹标记系统中的新模块安装。 提升机构形成标记模块的底部,并且包括用于保持剩余模块部分的上支架,当处于折叠位置时构成模块底部的下板和将支架连接到下端的可动连杆 盘子。 当处于安装模式时,连杆产生垂直力,该力将向上推动托架(保持模块)远离下板进入安装高度。 在模块和彩色标记系统中的幻灯片配合之后,提升机构被折叠并且模块被推入彩色标记系统或装置。
    • 9. 发明授权
    • Xerographic station deskew mechanism
    • 静印机台面校正机制
    • US08073378B2
    • 2011-12-06
    • US12115032
    • 2008-05-05
    • James P. CalamitaMark A. Atwood
    • James P. CalamitaMark A. Atwood
    • G03G15/00
    • G03G15/75G03G21/1604G03G2221/1603G03G2221/1606
    • In a color marking assembly, a series or plurality of ROS-imaging station units are aligned above an endless image transfer belt. Since there are a plurality of units, image alignment between the several station units is important. To accomplish this, skewing of each of the stations is necessary. The present invention involves a fixed ROS unit and a movable or skewable imaging station. This imaging station is movable on at least three spheres, one sphere below the imaging station and on its inboard side, the other spheres are located on a track below the imaging station and on its outboard side. This arrangement reduces vibration of these stations while at the same time providing an easily skewable xerographic imaging station.
    • 在颜色标记组件中,一系列或多个ROS成像站单元在无端图像转印带上方对准。 由于存在多个单元,因此在几个站单元之间的图像对准是重要的。 为了实现这一点,每个站的倾斜是必要的。 本发明涉及一个固定的ROS单元和一个可移动的或可偏斜的成像站。 该成像站可以在至少三个球体上移动,一个球体在成像站下方,并且在其内侧,另一个球体位于成像站下方和外侧的轨道上。 这种布置减少了这些站的振动,同时提供了一个易于偏移的静电复印成像站。