초록 ▼

The rotor of a rotary position sensor mounts directly upon the rotary shaft to be sensed. The rotor prior to installation is retained in position by a pair of small protrusions extending from the rotor that cooperatively engage a pair of small indentations formed in a pair of supporting arms. During

The rotor of a rotary position sensor mounts directly upon the rotary shaft to be sensed. The rotor prior to installation is retained in position by a pair of small protrusions extending from the rotor that cooperatively engage a pair of small indentations formed in a pair of supporting arms. During the installation process, the rotor is slipped onto the shaft and the protrusions are released from the engaged position. During operation of the position sensor, the rotor is free from direct contact with either the supporting arms or any other stationary part of the position sensor. Only the contractors engage the stationary components. This design eliminates the need for bearings and return springs prevalent in the prior art.

대표청구항 ▼

A method for assembling a position sensor to a shaft and a fixed structure through which said shaft rotates, said position sensor comprising a stator, a rotor, a rotor support structure retaining said rotor in a fixed position relative to said stator, and location fixing means for fixing said stator

A method for assembling a position sensor to a shaft and a fixed structure through which said shaft rotates, said position sensor comprising a stator, a rotor, a rotor support structure retaining said rotor in a fixed position relative to said stator, and location fixing means for fixing said stator from rotation, comprising the steps of: engaging said rotor with said shaft; releasing said rotor from said rotor support structure so that said rotor is no longer retained thereby; and attaching said stator location fixing means to said fixed structure.