Wiring mechanism applied to rotating environment

The utility model discloses a wiring mechanism applied to a rotating environment. The rotating environment is provided with a rotating member and a driving member. Comprising an arc hole and a wiring pipe which are formed in a rotating piece. One end of the wiring pipe penetrates through the rotating piece and is located at the bottom end of the rotating piece, the free end of the wiring pipe is located in the center of the rotating piece and located at the top end of the rotating piece, an arc hole matched with the wiring pipe is formed in the rotating piece, and when the rotating piece rotates, the arc hole is in sliding fit with the wiring pipe. According to the utility model, the arrangement of the wiring pipe and the arc hole can ensure that a line does not collide with other parts due to space limitation during operation, and the wiring pipe plays a role in fixing a motor wire, a cylinder air pipe and a proximity switch wire, so that the situation that the motor wire, the cylinder air pipe and the proxi