Wheel eccentric polarization monitoring device

The utility model discloses a wheel eccentric polarization monitoring device, which comprises a mounting seat, inductors, copper balls, sensors and fault lamps, the mounting seat is connected onto a half shaft, the inductors and the sensors are mounted on the mounting seat, the copper balls are arranged in the inductors, the inductors are electrically connected with the sensors, and the sensors are electrically connected with a vehicle-mounted computer. The copper ball moves in the inductor, the change of the movement of the copper ball impacting the inductor is converted into an electric signal, the inductor transmits the movement rule of the copper ball to the sensor in the form of the electric signal, and the sensor transmits the received electric signal to the vehicle-mounted computer. The fault lamp is connected with the vehicle-mounted computer, the fault lamp is in an off state when the copper ball collides with the sensor to move irregularly, and the vehicle-mounted computer controls the fault lamp to