| 摘要 |
Novelty: power generation by inertia force conversion into energy is disclosed. Power generation system constitution: a heavy disc or piston (fig.1) freely rotating with a rolling bearing (fig.17) on a shaft (fig.16), a toothed gear (fig.2) incorporated on another shaft (fig.3) freely rotating with two bearings (Fig. A), a chain (fig.6) adapted by snap action on the gear, the one end of which chain is adapted to the small shaft A onto the end of the periphery of the piston while the other end hangs under the gear and is fastened on a counterweight (fig.9). When the piston is urged by the weight of the counterweight to rotate, this last will take the position 11 while, under the influence of inertia, the piston will continue rotate at the point B. In experiment, the small shaft of the piston goes to the position Γ and the counterweight to the position 10. The piston returns from the position Γ to the starting position A with the assistance of the electric motor (fig.15) and the belt (fig.16). In this way, half of the energy needed is compensated for the hoisting of the counterweight at the starting position (fig.9), from the point 11 to the point 9. The uniform and incessant rotation of the generator-operated shaft 3 can be ensured by an array of parallel systems setting into rotation the ordinary elongated shaft (fig.7). Purpose: to produce more energy than consume (to consume X energy and produce X+x/2 energy). |
