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    • 4. 发明申请
    • Control device for periodical driving system
    • 定期驾驶系统控制装置
    • US20080066985A1
    • 2008-03-20
    • US11520720
    • 2006-09-14
    • Tai-Jung Cheng
    • Tai-Jung Cheng
    • B62K11/00B62M7/00
    • F16H27/06Y10T74/1503Y10T74/19656
    • A periodical driving system includes a circular wheel having a plurality of radial recesses defined in an outer periphery of the wheel and each recess is defined by two inner sides and each inner side includes an inward curved section so as to form a convergent opening in the outer periphery of the wheel. A driving disk has two driving pins extending therefrom and each driving pin has a cylindrical base portion extending from the disk and a protrusion extends axially from a distal end of each base portion. The driving pins enter into the recesses via the openings so as to push the inner sides of each recess. The two protrusions are in contact with the two curved sections of the two recesses when the wheel is in stationary status.
    • 周期性驱动系统包括圆轮,其具有限定在车轮的外周中的多个径向凹部,并且每个凹部由两个内侧限定,并且每个内侧包括向内弯曲部分,以在外侧形成收敛开口 车轮周边。 驱动盘具有从其延伸的两个驱动销,每个驱动销具有从盘延伸的圆柱形基部,并且突起从每个基部的远端轴向延伸。 驱动销经由开口进入凹部,以推动每个凹部的内侧。 当车轮处于静止状态时,两个突起与两个凹槽的两个弯曲部分接触。
    • 8. 发明授权
    • Service equipment for use in hostile environments
    • 服务设备用于敌对环境
    • US5366384A
    • 1994-11-22
    • US104951
    • 1993-07-26
    • James L. DolceAndrew L. Gordan
    • James L. DolceAndrew L. Gordan
    • B25B5/08B64G1/50B64G4/00F16H27/06G21F7/06H01R13/639B25B5/00
    • F16H27/06B25B5/08B64G1/50B64G4/00G21F7/06Y10T24/44496Y10T403/593Y10T403/7062Y10T74/18648Y10T74/19879
    • Service equipment 10 for use in hostile environments includes a detachable service unit 20 secured to a stationary service unit 50 as shown in FIG. 1. The detachable service unit includes a housing 28 with an exterior plate 22, a power control interface 16 for connection to an exterior power source 48, locating pins 30a-30d located in said exterior plate, an electrical connector 40 in the exterior plate electrically coupled to said power control interface, and a pair of clamping receptacles 24 and 25 formed in the exterior plate and located on adjacent opposite edges of the exterior plate as shown in FIGS. 4A and 4B. The stationary unit includes an electrical connector 46 for connection to the electrical connector of the detachable service unit, a clamping apparatus 60 for clamping and unclamping the detachable service unit from the stationary unit, a base clamp assembly 120 shown in FIG. 5A for mounting the clamping apparatus onto the stationary unit, and locating pin holes 51 shown in FIG. 2 for receiving the locating pins and aligning the detachable service unit onto the stationary unit. The detachable service unit and stationary unit have mating scalloped faces shown in FIG. 4B which aid in alignment and provide a mechanism for heat dissipation.
    • 用于恶劣环境的服务设备10包括固定在固定服务单元50上的可拆卸服务单元20,如图1所示。 可拆卸维修单元包括具有外板22的外壳28,用于连接到外部电源48的电源控制接口16,位于所述外板中的定位销30a-30d,电外部板中的电连接器40 耦合到所述功率控制接口,以及形成在外部板中并且位于外部板的相邻相对边缘上的一对夹持插座24和25,如图1和2所示。 图4A和4B。 固定单元包括用于连接到可拆卸维修单元的电连接器的电连接器46,用于将可拆卸维修单元从固定单元夹紧和松开的夹紧装置60,图1所示的基座夹具组件120。 5A,用于将夹紧装置安装到固定单元上,以及定位图5所示的销孔51。 2,用于接收定位销并将可拆卸的维修单元对准固定单元。 可拆卸维修单元和固定单元具有图1所示的配合扇形面。 4B,其有助于对准并且提供用于散热的机构。
    • 9. 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。