The present invention relates to the generalization of the force of the lever action that is effectively obtained by systemizing it by using the lever action law, which is a kind of natural law. The configuration for continuing the operation is attached to the power inlet pulley on the central shaft one side of the first rotating plate and symmetrically formed two input projections on the other central shaft of the first rotating plate, the input projection formed at the bottom of the rotary lever Place it in contact with the protruding contact. ; The support protrusion insertion hole and the inverted protrusion contact formed at the top of the rotary lever are inserted between the support protrusion and the inverted protrusion protruding from the top of the second rotating plate. ; Mount the rotary lever in the same way between the 2nd and 3rd rotating plates and attach the power discharge pulley on the other center of the 3rd rotating plate. ; The above configuration is in a state in which all the rotary plates from the power inlet pulley to the power outlet pulley are connected in one system. The connection state uses the principle that the rotation lever mounted between the rotating plate and the rotating plate causes the lever lever to rotate the power output pulley attached to the other side of the rotating plate 3 and the rotating plate 4 when the power inlet pulley rotates. There is a special feature to the greater leverage power available for energy. ; Input projection, support projection, inverted projection, rotary lever, input projection contact, support projection-insertion groove, inverted projection contact, rotating plate, inverted input input contact point.
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