Composite power generation equipment

Abstract

A composite power generation device comprises a transmission disc and a corresponding flywheel pivotally connected to a top base and a base of a frame, respectively. Multiple disc arms extend at intervals around the transmission disc, and multiple wheel arms extend at intervals around the flywheels corresponding to the disc arms. The bottom ends of multiple connecting rods are fixed to rod seats on the wheel arms, and the top ends of each connecting rod are pivotally connected to universal bearings of their corresponding disc arms. Each connecting rod is tilted outwards from top to bottom. The flywheel at the top of the transmission shaft of the transmission disc receives external power to drive the transmission disc and each disc arm to rotate together. Each disc arm, through its connecting rods, pulls its corresponding wheel arm of the flywheel to rotate in the same direction. The flywheel stores energy and then generates double the power output, allowing the flywheel to stably drive the generator through its axle to generate electricity, thus improving power generation efficiency.

Claims

1. A composite power generation device, comprising: a frame including a base and a top seat located above the base; a transmission disc having a centrally located transmission shaft pivotally connected to the top seat, with a flywheel body connected to the top of the transmission shaft, and a plurality of radially outwardly extending disc arms spaced around the transmission disc, each disc arm being movably connected to a universal bearing; a flywheel having a centrally located axle pivotally connected to the base, with the axle and transmission shaft corresponding to each other, and a plurality of radially outwardly extending disc arms spaced around the flywheel corresponding to the disc arms, each disc arm having a rod seat; a plurality of connecting rods, the bottom ends of which are respectively fixed to the rod seats of the disc arms, and the top ends of each connecting rod being movably pivotally connected to the universal bearing of the corresponding disc arm, each connecting rod being inclined outwardly from top to bottom; and a generator connected to the axle of the flywheel for power. In this configuration, the flywheel at the top of the transmission shaft of the transmission disc receives external power to drive the transmission disc and each disc arm to rotate together. Each disc arm pulls the corresponding wheel arm of the flywheel to rotate in the same direction through each linkage rod. The flywheel stores energy and then generates double the power transmission output, allowing the flywheel to stably drive the generator to generate electricity through the wheel axle.

2. The composite power generation device as described in claim 1, wherein the flywheel body of the transmission disc is connected to a transmission belt to receive external power drive.

3. The composite power generation device as described in claim 1, wherein the universal bearing includes a bearing housing, the bearing housing having a radially extending connecting arm, the end of the connecting arm being pivotally connected to a bolt, and the bolt being fixed to the disc arm.

4. The composite power generation device as described in claim 1, wherein the arm's rod seat is provided with an upward-facing seat hole, and the rod seat has U-shaped notches and opposing through holes on both sides, the bottom end of the linkage rod is inserted into the seat hole of the rod seat, the linkage rod is radially penetrated and locked with a bolt, and the bolt is fixed to the U-shaped notch and through hole of the rod seat.

5. The composite power generation device as described in claim 1, wherein the lower section of the linkage rod is connected to a counterweight extending radially outward.

6. The composite power generation device as described in claim 5, wherein the flywheel is provided with a stop bar at the end of each wheel arm, and the counterweight of the linkage abuts against the stop bar.

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