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    • 7. 发明授权
    • Lift assembly systems and methods
    • 提升组装系统和方法
    • US09061869B2
    • 2015-06-23
    • US13475267
    • 2012-05-18
    • Donald A. Hoffend, IIIWilliam R FloracMichael LichterEdwin W. Bolz
    • Donald A. Hoffend, IIIWilliam R FloracMichael LichterEdwin W. Bolz
    • B66D1/48B66D5/16A63J1/02B66D1/38B66D1/56
    • B66D5/16A63J1/028B66D1/38B66D1/56F16M13/022G01L5/102G01L5/107
    • A lift assembly comprising an article to be raised and lowered, a cable coupled to the article and defining a longitudinal axis, a power mechanism coupled to the drive element, a drum powered by the power mechanism, a cable keeper biasing the drive element toward the drum, a keeper shaft providing lateral movement of the cable keeper, and an encoder mounted for rotation with the keeper shaft. The encoder provides information regarding the position of the article. The lift assembly can also include a load cell assembly including a load cell housing, a load cell member contacting the drive element and movable relative to the load cell housing, and a load cell sensor coupled to the load cell member and operative to provide an output corresponding with a load on the drive element. The load cell member can be mounted for movement laterally relative to the longitudinal axis.
    • 一种提升组件,其包括待升高和降低的物品,连接到物品并限定纵向轴线的电缆,联接到驱动元件的动力机构,由动力机构驱动的转筒,将驱动元件朝向 鼓,提供电缆保持器的侧向运动的保持器轴和安装成与保持器轴一起旋转的编码器。 编码器提供有关物品位置的信息。 电梯组件还可以包括负载传感器组件,该测力传感器组件包括称重传感器壳体,与驱动元件接触并可相对于负载传感器壳体移动的称重传感器部件,以及耦合到负载传感器部件并用于提供输出 对应于驱动元件上的负载。 负载传感器构件可以安装成相对于纵向轴线横向运动。
    • 9. 发明申请
    • Rope Winding System for Winding and Unwinding Steel Ropes of Cranes
    • 起重机钢丝绳卷绕和卷绕绳索缠绕系统
    • US20070228202A1
    • 2007-10-04
    • US11579099
    • 2005-04-29
    • Thorsten ScharfIngo Noeske
    • Thorsten ScharfIngo Noeske
    • B66D5/16
    • B66D5/16B66D5/30
    • The present invention relates to a rope winding system (1) for winding and unwinding a steel rope (4) of a crane (7). A rope winding system (1) according to the present invention has a rope drum (6), onto which the steel rope (4) can be wound in a plurality of layers, and a magnetic system (7) which is configured to generate a magnetic field over a section of the steel rope (4) with its magnetic flux being deflected by a movement of the steel rope (4) in such a way that the steel rope (4) is braked. A crane (7) is also discloses which is equipped with such a rope winding system (1) for winding and unwinding a steel rope (4).
    • 本发明涉及一种用于卷绕和展开起重机(7)的钢丝绳(4)的绳索卷绕系统(1)。 根据本发明的绳索卷绕系统(1)具有绳索(6),钢丝绳(4)可以缠绕在多个层中,并且磁性系统(7)被构造成产生 钢绳(4)的一部分上的磁场,其磁通量由钢绳(4)的运动以钢绳(4)制动的方式偏转。 还公开了一种起重机(7),其装备有用于卷绕和展开钢绳(4)的这种绳索卷绕系统(1)。
    • 10. 发明授权
    • Line grip with elongated cams
    • 带拉长凸轮的线夹
    • US6095502A
    • 2000-08-01
    • US292160
    • 1999-04-15
    • Cleveland Dodge, Jr.
    • Cleveland Dodge, Jr.
    • A62B1/14B66D5/16F16G11/10B66D3/04
    • B66D5/16A62B1/14F16G11/101F16G11/105
    • A rope grip having a receiving member with a pair of substantially parallel side walls spaced apart a distance sufficient to receive a rope therebetween. The side walls are joined along one side edge thereof so as to define a first engagement. An engagement member slidably received within the side walls and having a second engagement surface and being in a facial spaced relationship with regard to the first engagement surface. A movement restricting member, is positioned to define and restrict the movement of the engagement member within the pair of side walls. An actuating arm having a first end and a second end is secured to the engagement member in such a manner to allow for pivotal movement of the actuating arm, whereby the first end moves in response to a force exerted upon the second end and the first end makes contact with the receiving member causing the engagement member to move within the pair of side walls, such movement of the engagement member causes the second engagement surface to either move closer to or further away from the first engagement surface and accordingly secure or release the rope grip from the rope. A pair of planar members are secured to and depend away from the second engagement surface. The planar members are angularly positioned with respect to the second engagement surface and allow the rope to be angularly displaced with respect to the rope grip. Such placement of the planar members prevents the rope grip from damaging the rope when the rope grip is secured to the rope.
    • 一种绳夹,其具有接收构件,所述接收构件具有间隔开足以在其间接收绳索的距离的一对基本上平行的侧壁。 侧壁沿其一个侧边缘接合以限定第一接合。 接合件可滑动地容纳在侧壁内并且具有第二接合表面并且相对于第一接合表面处于面部间隔的关系。 移动限制构件被定位成限定和限制接合构件在一对侧壁内的移动。 具有第一端和第二端的致动臂以这样的方式固定到接合构件,以允许致动臂的枢转运动,由此第一端响应于施加在第二端和第一端上的力而移动 与接收构件接触导致接合构件在一对侧壁内移动,接合构件的这种移动使得第二接合表面移动得更靠近或远离第一接合表面,因此固定或释放绳索 抓住绳子。 一对平面构件被固定到第二接合表面并且远离第二接合表面。 平面构件相对于第二接合表面成角度地定位,并允许绳索相对于绳把手角度地移位。 当绳索把手固定到绳索上时,平面构件的这种放置防止绳索夹紧损坏绳索。