Driving structure of low noise clipper using compressed air

In a driving structure of a clipper using a compressed air, the clipper having a main body, a cutting comb positioned on the front side of the main body, and a driving means installed in the main body to drive the cutting comb, the driving means including at least one rotor, a rotating axis passing through the center of the rotor, a nozzle installed to be positioned on the lower part of the rotor and to be inclined, a supplying pipe connected with the nozzle to extend to the outside of the main body, and a compressor for supplying a compressed air to the extended pipe, in the inside of the main body, a driving compartment being formed on the center part of the main body to separate the cutting comb from the driving means and a ventilation chamber being formed to surround the driving compartment and to form an inner wall of the main body, and the driving compartment and the ventilation chamber being connected by a passing through hole positioned on the upper side of the passing through hole and connected to an exhaust pipe, said driving structure of the clipper using the compressed air is characterized by that the radius of one rotor which is installed to a direction to which the cutting comb is positioned is smaller than that of other rotor which is position on the front side.