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    • 15. 发明公开
    • A SUPPORT STRUCTURE FOR A LOAD-BEARING DEVICE
    • 用于承载装置的支撑结构
    • EP2016386A1
    • 2009-01-21
    • EP04811846.7
    • 2004-11-22
    • Avery Weigh-Tronix LLC
    • JOHNSON, Thomas, H.HALL, Robert, J.
    • G01N3/02
    • G01N3/04G01N2203/0482
    • A mechanism for reducing horizontal force in a load measurement is presented. The mechanism includes a structure having surfaces of nonuniform radii of curvature (e.g., oblate spheroid surfaces) at both ends. The ends of the structure contact a force-sensor coupling element and a base-coupling element, forming two interfaces. Each interface includes a contact area between a convex surface and a concave surface. When a horizontal force is applied, the contact area at each interface shifts, allowing the structure to tip from the vertically aligned position that it is in when no horizontal force is applied. Compared to coventional mechanisms, the structure of the invention has a lower effective height because interfaces between oblate spheroid surfaces allow a larger angle of defletion than flat interfaces. The oblete spheroid interfaces also allow defletion to occur with less wear and tear at the intefaces compared to the flat-interfaced structures.
    • 介绍了一种减小负载测量中水平力的机制。 该机构包括两端具有不均匀曲率半径表面(例如,扁球形表面)的结构。 结构的端部与力传感器耦合元件和基座耦合元件接触,形成两个接口。 每个界面包括凸表面和凹表面之间的接触区域。 当施加水平力时,每个界面处的接触面积发生偏移,允许结构从没有施加水平力时的垂直对齐位置倾斜。 与常规机构相比,本发明的结构具有较低的有效高度,因为扁球体表面之间的界面允许比平坦界面更大的偏转角度。 与扁平界面结构相比,椭圆球体界面还允许发生偏转,在界面处磨损较少。