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    • 1. 发明授权
    • Geneva drive
    • 日内瓦车程
    • US4606235A
    • 1986-08-19
    • US537202
    • 1983-09-29
    • Robert J. Kindt
    • Robert J. Kindt
    • F16H27/06F16H55/17
    • F16H27/06Y10T74/1503Y10T74/1505Y10T74/19879
    • A mechanism for prepositioning the input shaft of a bidirectional Geneva drive to effect incremental rotation of the output shaft of the Geneva drive, upon rotation of the input shaft, at a predictable time. The Geneva drive has an input shaft rotatable in opposite directions through active angles which respectively effect rotation of the output shaft. The prepositioning mechanism comprises a member, coupled to the input shaft, and having a pair of spaced, oppositely directed abutment surfaces. A locating pawl is selectively moved to a position to be engaged by one abutment surface when the input shaft is rotated in one direction and the other abutment surface when the input shaft is rotated in the opposite direction to angularly preposition the input shaft at a location from which rotation of such input shaft one of through its respective active angles is accurately predictable. The locating pawl is thereafter moved to disengage the engaged abutment surface so that the input shaft is rotatable through such respective active angle to incrementally rotate the output shaft at a predictable time based on movement of the pawl.
    • 一种用于预定位双向间歇机构驱动器的输入轴的机构,用于在可预测的时间内在输入轴旋转时实现日内瓦驱动器的输出轴的增量旋转。 日内瓦驱动器具有通过有效角度在相反方向上可旋转的输入轴,其分别影响输出轴的旋转。 预定位机构包括联接到输入轴的构件,并且具有一对间隔开的相对定向的邻接表面。 当输入轴在一个方向上旋转时,定位棘爪被选择性地移动到一个邻接表面接合的位置,而当输入轴沿相反方向旋转时,定位爪被选择性地移动到一个邻接表面, 这种输入轴通过其相应的有效角度之一的旋转是可以准确预测的。 定位棘爪此后移动以脱离接合的邻接表面,使得输入轴可以通过相应的有效角度旋转,以基于棘爪的移动在可预测的时间周期性地旋转输出轴。
    • 2. 发明授权
    • Apparatus for mounting discrete image carrier sheets for movement in an
electrographic copier
    • 用于安装离散的图像载体片以在电子照相复印机中移动的装置
    • US4480906A
    • 1984-11-06
    • US427239
    • 1982-09-29
    • Rex S. TitusRobert J. KindtRobert M. Peffer
    • Rex S. TitusRobert J. KindtRobert M. Peffer
    • G03G15/00
    • G03G15/6597G03G2215/00371G03G2215/00518
    • For use in an electrographic copier having a track assembly with multiple tracks defining a path associated with the copier process stations through which discrete image carrier sheets are moved to form developed images on such sheets, apparatus for mounting such sheets for movement along selected tracks of such track assembly. Supports, such as rigid rectangular frames, hold discrete image carrier sheets respectively in a substantially planar condition. The sheet supports include mechanisms for engaging selected tracks of the track assembly. The mechanisms movably mount supported sheets, when moving along a portion of the track assembly path, in the same plane relative to that portion of the path regardless of the selected track with which they are engaged.
    • 用于具有轨道组件的电子照相复印机,轨道组件具有限定与复印机处理站相关联的路径的轨道组件,通过该轨迹组件移动离散的图像载体片材以在这些片材上形成显影图像,用于安装这样的片材以沿着这样的选定轨迹移动的装置 轨道装配。 诸如刚性矩形框架之类的支撑件分别在基本平坦的状态下保持分立的图像载体片材。 片材支撑件包括用于接合轨道组件的选定轨道的机构。 当与轨道组件路径的一部分一起移动时,这些机构相对于路径的该部分可移动地安装在相同的平面中,而与它们所接合的所选择的轨道无关。
    • 3. 发明授权
    • Apparatus and method for registering related transferable images in
accurate superposition on a receiver member
    • 将相关的可转印图像以准确叠加的方式登记在接收器构件上的装置和方法
    • US4436405A
    • 1984-03-13
    • US427238
    • 1982-09-29
    • Robert J. Kindt
    • Robert J. Kindt
    • B65H9/08G03G15/01G03G15/16
    • B65H9/08G03G15/0131G03G15/1655
    • In an electrographic copier forming related transferable images at spaced locations on an image-carrier and transferring such images seriatim to a receiver member by actuation of a movable transfer mechanism, an improvement for registering such related images in accurate superposition on such member. The image-carrier, moving along a path, is stopped in such path to position one transferable image at a predetermined location. The receiver member is clamped to the means for stopping the image-carrier. During movement of the transfer mechanism, the clamped receiver member is positioned in transfer relation with the transferable image on the stopped image-carrier, and the mechanism is actuated to transfer such image to the member. Following transfer, the receiver member is removed from such transfer relation while keeping such member clamped to the stopping means so that the image carrier can be stopped to position another related transferable image at such predetermined location. The receiver member thus has the same position relative to such other transferable image as it had to the one transferable image, whereby such related images, when transferred, are in accurate superposed register on such member.
    • 在电子照相复印机中,在图像载体上的间隔位置处形成相关的可转印图像,并通过致动可移动转印机构将这些图像连续地传送到接收器构件,改进了将这些相关图像以准确的叠加方式登记在该构件上。 沿着路径移动的图像载体在这样的路径中停止,以将一个可转印图像定位在预定位置。 接收器构件被夹紧到用于停止图像载体的装置。 在传送机构的移动过程中,被夹持的接收器构件与被停止的图像载体上的可转印图像定位成转移关系,并且该机构被致动以将这种图像传送到构件。 在转移之后,将接收器构件从这种转移关系中移除,同时将这些构件夹持到停止装置,使得图像载体能够停止以将另一相关的可转印图像定位在该预定位置。 因此,接收器构件相对于这样的其它可转印图像具有与其可转印图像相同的位置,由此这些相关图像在传送时在该构件上是精确的叠加寄存器。
    • 4. 发明授权
    • Roller transfer apparatus
    • 滚筒传送装置
    • US4607935A
    • 1986-08-26
    • US601480
    • 1984-04-18
    • Robert J. KindtRobert M. Peffer
    • Robert J. KindtRobert M. Peffer
    • G03G15/16G03G15/00
    • G03G15/167Y10S271/90
    • Apparatus for electrostatically transferring a transferable image of electroscopic marking particles from an image-carrying member to a receiver member. The apparatus comprises an electrically conductive member, such as a roller, selectively coupled to a source of electrical image-transferring potential. Such conductive member is adapted to have a receiver member attached to its surface, and includes a mechanism for registering an image-carrying member relative to an attached receiver member. A compliant member, such as a back-up roller having a resilient deformable peripheral surface, engages the conductive member to define an extended nip. An image-carrying member is guided into engagement with the registration mechanism of the conductive member and then through the nip, where a transferable image on such image-carrying member is transferred to such attached receiver member when image-transferring potential is coupled to the conductive member.
    • 用于将电子标记颗粒的可转印图像从图像承载构件静电转印到接收器构件的装置。 该装置包括选择性地耦合到电图像转移电位源的导电构件,例如辊。 这种导电构件适于具有附接到其表面的接收器构件,并且包括用于相对于附接的接收器构件对图像承载构件进行配准的机构。 柔性构件,例如具有弹性可变形外周表面的支撑辊,与导电构件接合以限定延伸压区。 图像承载构件被引导成与导电构件的配准机构接合,然后通过辊隙,当图像转印电位耦合到导电的图像传送电位时,将这种图像承载构件上的可转印图像转印到这种附接的接收器构件 会员。
    • 6. 发明授权
    • Power generator
    • 发电机
    • US4220006A
    • 1980-09-02
    • US961942
    • 1978-11-20
    • Robert J. Kindt
    • Robert J. Kindt
    • F03G7/06
    • F03G7/06
    • A power generator utilizing the full volumetric expansion of water upon its change from the liquid phase to the solid phase (ice). The generator includes a chamber having heat transmitting, fluid impervious, flexible walls. The chamber is filled with water. A pressure-containing housing has an internal cavity in which the chamber is located in spaced relation to the housing. The space between the housing and the flexible walls of the chamber is filled with a fluid which is circulated through the cavity. A conduit connected to the housing provides flow communication between the cavity and means for utilizing moving fluid, such as a fluid driven motor. The phase of the water in the chamber is changed from liquid to solid so that the water expands in volume. Expansion of the water expands the flexible walls of the chamber to displace a proportional amount of fluid from the housing through the conduit, the moving displaced fluid serving as a power medium to drive the motor to do work.
    • 发电机利用水从液相到固相(冰)的全部体积膨胀。 发电机包括具有透热,不透液体,柔性壁的室。 房间里充满了水。 压力容纳壳体具有内部空腔,腔室与壳体间隔开。 壳体和腔室的柔性壁之间的空间填充有流过空腔的流体。 连接到壳体的导管提供空腔之间的流动连通和用于利用移动流体的装置,例如流体驱动的马达。 室中的水相从液体变为固体,使得水体积膨胀。 水的膨胀使腔室的柔性壁膨胀,以使来自壳体的比例量的流体通过管道移动,移动的移动流体用作动力介质以驱动马达进行工作。