公开(公告)号：USD502126S1

公开(公告)日：2005-02-22

申请号：US29172102

申请日：2002-12-06

申请人： Stephen Everitt ,  Benjamin Wood ,  Stephen Thompson ,  Gavin Palmer ,  Clive Kilford ,  Nicholas Carpenter ,  David Minty ,  Glen Rees ,  David Rendall

设计人： Stephen Everitt ,  Benjamin Wood ,  Stephen Thompson ,  Gavin Palmer ,  Clive Kilford ,  Nicholas Carpenter ,  David Minty ,  Glen Rees ,  David Rendall

公开(公告)号：US4320667A

公开(公告)日：1982-03-23

申请号：US82057

申请日：1979-10-05

申请人： John S. Forrester ,  David Rendall

发明人： John S. Forrester ,  David Rendall

IPC分类号： G01L1/14

CPC分类号： G01L1/144

摘要： A load transducer includes a hollow body and a movable control element mounted in the body and extending through the body to an external surface of the body so that an external mechanical load can be applied to the control element to move the control element in one direction. Resilient means separate from the control element urges the control element in the opposite direction such that, in use, the control element is displaced by an amount dependent on the magnitude of the applied load. Coupled to the control element is a variable capacitor including a first electrode supported by a first carrier member in which the first carrier member is mounted so that the carrier members are capable of relative sliding movement in a direction perpendicular to a pair of parallel mutually presented surfaces of the electrodes. The carrier members are arranged so that movement of the control element serves to impart said relative sliding movement to the carrier members, whereby the distance between said electrode surfaces varies in accordance with the magnitude of the applied load but said surfaces remain in parallel, spaced relationship so that the capacitance of said capacitor varies with the applied load.

摘要翻译： 负载传感器包括中空体和可移动的控制元件，其安装在主体中并且延伸穿过主体到主体的外表面，使得能够向控制元件施加外部机械负载以使控制元件沿一个方向移动。 弹性装置与控制元件分离，在相反方向上推动控制元件，使得在使用中，控制元件被移位一个取决于所施加负载的大小的量。 耦合到控制元件的是可变电容器，包括由第一载体构件支撑的第一电极，第一载体构件安装在第一载体构件中，使得载体构件能够在垂直于一对平行相互呈现的表面的方向上相对滑动 的电极。 载体构件被布置成使得控制元件的运动用于将所述相对滑动运动赋予载体构件，由此所述电极表面之间的距离根据所施加的载荷的大小而变化，但是所述表面保持平行，间隔的关系 使得所述电容器的电容随施加的负载而变化。