| 摘要 |
<p>In a conventional engine system, a piston is pushed by the pressure from the explosion of fossil fuel to rotate a crank shaft and output rotational force, and a multi-cylinder piston crank tool such as six-cylinder-three-stroke, eight-cylinder-four-stroke, and twelve-cylinder-four-stroke piston crank tools is used to obtain a large amount of rotational force. The present invention relates to a motor which forms two sets including six hydraulic cylinders of a hydraulic system using little force to press tens or hundreds of tons and combined to six leverages into one stroke, and which combines the stroke to six pistons with a six-cylinder-three-stroke structure. The motor is a power motor which can convert force, obtained by combining and coupling pressing force from two hydraulic cylinders of the hydraulic system and two leverages, to rotational force. The present invention can develop the configuration including various cylinders and strokes similar to the conventional engine system to use different rotational force as necessary. The power motor can reduce the energy consumption in various fields requiring the rotational force thereof. Accordingly, the present invention can be utilized in various fields including trains, vessels, industrial facilities, and complexes, and significantly saves the limited electricity.</p> |
