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    • 7. 发明申请
    • WHEEL ILLUMINATION DEVICE
    • 车轮照明装置
    • WO1998015426A1
    • 1998-04-16
    • PCT/NZ1997000121
    • 1997-09-29
    • KING, Richard, John
    • B60Q01/26
    • B60Q1/326B60Q1/32
    • A method and apparatus for illuminating rotating wheels are described. The device requires no external power and relies on the rotation of the wheeled power generator located in the hub cap or other mounting area of the wheel. Construction comprises a coil having an axis of rotation, the coil being located substantially on the axis of the wheel so that when the wheel rotates, the coil rotates similarly. A magnet is mounted around the coil in such a manner that it is self orienting. This is achieved by means of an asymmetric weight which is of sufficient dimensions and weight so as to counteract the rotational tendencies of the structure to which it is rotatably mounted. In a preferred embodiment, the weight is attached to the magnet by one or more elongate members incorporating compression means which absorb transitory vibrations experienced by the weight during the vehicle's movement. The present invention may find application in road vehicles, although application has also been found in railway wagons and the like.
    • 描述用于照亮旋转轮的方法和装置。 该设备不需要外部电源,并且依赖于位于轮毂盖或车轮的其他安装区域中的轮式发电机的旋转。 构造包括具有旋转轴线的线圈,线圈基本上位于车轮的轴线上,使得当车轮旋转时,线圈类似地旋转。 磁体围绕线圈安装成使其自身定向。 这通过不对称的重量来实现,该重量具有足够的尺寸和重量,以抵消其可旋转安装的结构的旋转倾向。 在一个优选实施例中,重物通过一个或多个细长构件附接到磁体,所述细长构件包括压缩装置,其吸收车辆运动期间重量所经历的暂时振动。 本发明可以应用在道路车辆中,尽管在铁路车辆等中也发现了应用。
    • 10. 发明申请
    • MONITORING SYSTEM FOR FASTENER PLACING TOOL
    • 紧固件放置工具监控系统
    • WO2007031760A1
    • 2007-03-22
    • PCT/GB2006/003419
    • 2006-09-15
    • TEXTRON FASTENING SYSTEMS LIMITEDKING, Richard
    • KING, Richard
    • B21J15/28
    • B21J15/285B21J15/043B21J15/105Y10T29/49771Y10T29/53739Y10T29/53748
    • A fastener placing tool (11) for placing fasteners of the breakstem blind rivet type incorporates a force/stroke monitoring device (22) which comprises an assembly body (24) detachably mounted on the tool between the latter and the anvil (18) , a load-cell sensor (33) carried by the assembly body (24) for sensing the force applied by the hydraulic piston (16) to the jaw assembly 17 with respect to the anvil (18) , and a non- contact stroke- sensor (35) carried by the assembly body (24) for sensing the position of the jaw assembly (17) relative to the anvil (18) . The stroke-sensor (35) operates without physical contact with the jaw assembly (17) or any part of the tool moving therewith. To this end the jaw assembly (17) is connected to the hydraulic piston (16) by means of an adaptor tube (23) which has a conical tapering outer surface. The clearance distance between the sensor (35) and the adjacent part of the conical surface of the adaptor tube 23 varies with the axial position of the adaptor (23) and jaw assembly (17) .
    • 一种用于安置破碎型盲铆钉型紧固件的紧固件放置工具(11)包括一个力/行程监控装置(22),该装置包括可拆卸地安装在工具与砧座(18)之间的工具上的组件本体(24) 由组装体(24)承载的负载传感器(33),用于感测由液压活塞(16)相对于砧座(18)施加到钳口组件17的力;以及非接触行程传感器 35),用于感测钳组件(17)相对于砧座(18)的位置。 行程传感器(35)在与夹爪组件(17)的物理接触或工具的任何部分移动的情况下操作。 为此,钳口组件(17)通过具有锥形锥形外表面的适配器管(23)连接到液压活塞(16)。 传感器(35)和适配器管23的锥形表面的相邻部分之间的间隙随适配器(23)和钳口组件(17)的轴向位置而变化。