摘要：【中文】本发明公开了一种旋转件位置感应装置，包括传感器感应板、传感器主控板、旋转件及连接件，传感器感应板置于旋转件侧面且相间有间隙，传感器主控板、传感器感应板之间有间隙并通过连接件连接固定，传感器感应板内设有环形印刷线路并通入基波信号，传感器主控板内设有依次连接的信号收集、放大及计算比较电路，当旋转件旋转时，通过传感器感应板内的环形印刷线路的基波信号引发感应信号产生感应电压并经传感器主控板收集、放大及计算比较得出旋转件的位置及速度信息。本发明结构简单、体积小，安装简便，对环境的依赖小。 【EN】The invention discloses a rotating member position sensing device which comprises a sensor sensing plate, a sensor main control plate, a rotating member and a connecting piece, wherein the sensor sensing plate is arranged on the side surface of the rotating member and has gaps at intervals, the gaps between the sensor main control plate and the sensor sensing plate are fixedly connected through the connecting piece, an annular printed circuit is arranged in the sensor sensing plate, fundamental wave signals are introduced, signal collecting, amplifying and calculating and comparing circuits which are sequentially connected are arranged in the sensor main control plate, and when the rotating member rotates, the fundamental wave signals of the annular printed circuit in the sensor sensing plate trigger sensing signals to generate sensing voltage, and the sensing voltage is collected, amplified and calculated and compared by the sensor main control plate to obtain the position and speed information of the rotating member. The invention has simple structure, small volume, simple and convenient installation and small dependence on environment.

摘要：【中文】本发明公开了一种平面移动件位置感应装置，包括传感器感应板、传感器主控板、移动件、机架底座及轨道，传感器感应板安装在机架底座面上，轨道安装在传感器感应板上方，传感器主控板安装在移动件侧面上，移动件底面设置有导磁材料层并可沿着轨道移动，导磁材料层与传感器感应板有间距，传感器感应板内设有环形印刷线路并通入基波信号，传感器主控板内设有依次连接的信号收集、放大及计算比较电路，当移动件移动时，通过传感器感应板内的环形印刷线路的基波信号引发产生感应电压并经传感器主控板收集、放大及计算对比得出移动件的位置及速度信息。本发明结构简单、体积小，安装简便，对环境的依赖小。 【EN】The invention discloses a position sensing device for a plane moving member, which comprises a sensor induction plate, a sensor main control plate, a moving member, a rack base and a track, wherein the sensor induction plate is arranged on the surface of the rack base, the track is arranged above the sensor induction plate, the sensor main control plate is arranged on the side surface of the moving member, a magnetic material layer is arranged on the bottom surface of the moving member and can move along the track, the magnetic material layer is spaced from the sensor induction plate, an annular printed circuit is arranged in the sensor induction plate and is introduced with fundamental wave signals, and signal collecting, amplifying and calculating and comparing circuits which are sequentially connected are arranged in the sensor main control plate. The invention has simple structure, small volume, simple and convenient installation and small dependence on environment.