The road cutting machine is detachable and can be connected to a self-propelled front loader. The road cutting machine includes a rigid frame structure having a connecting portion and a flat mounting portion for attaching the frame structure to the front loader. The engine including the power output is mounted on the top surface of the mounting portion for driving the circular cutting device, and the belt drive is attached to the power take off. The belt drive includes a drive pulley and a follower pulley, and the pulley disposed between the drive pulley and the follower pulley provides torque transmission.
The drive shaft has a first end, a second end mounted to the mounting portion and attached to a pulley at its first end, and the retainer blade being connected to the second end for coupling to the circular cutting blade. The cutting assembly is mounted on a mounting portion including a circular cutting blade and a cooling system for cooling the cutting blade. When the power take off is engaged and powered by the engine, the circular cutting blade rotates clockwise relative to the forward cutting direction of the end loader.
The present invention relates to a road cutting machine. In general, the more specifically relates to road cutting machine that light weight and can be attached to various self-propelled construction vehicles for high-speed cutting of asphalt, concrete, reinforced concrete and other road surfaces.
A variety of road cutting equipment can be used to cut or cut asphalt, concrete and other pavement. For example, road cutting machine DAGL-350, DAGL-500 and DAGL-Z500, which discloses a portable rotary spreader for cutting grooves into surfaces such as concrete and asphalt. However, such a road cutting machine can not efficiently perform a large amount of cutting quickly. The portable hand-held cutting machine simply does not have size to support a power or engine that can perform large cutting tasks.
