To provide a lock pin, namely a lock slider, characterized in that during running, it is caught certainly even at high angular velocity, in that it is also released from locking state exactly, in that it is manufactured easily, in that all torque can be transmitted from a stator to a rotor, and in that under drastic variation of load, it generates noise with play as little as possible.
The regulator is characterized in that a sliding body consists of a first portion, namely an initial force transmitting member having a first diameter, and a second portion, namely a wedge-like fixing portion having a second diameter, in that at that time the first diameter is greater than the second diameter, in that two portions are arranged in the slider so that it may be prepared inside a housing opening in such a state that they are locked, in that the housing opening has a diameter greater than that of an initial force transmitting unit, and in that the technology can be solved by alternating a transmission of force between the initial force transmitting portion and the wedge-like fixing portion when in a locking process.
Okumura Yoshimichi
Blacksmith