Continuous gravitational potential energy power generation device

Abstract

The continuous gravitational potential energy power generation device includes a water storage cylinder, the upper end of the water storage cylinder is connected with a floating ball discharge pipe, and the lower end of the water storage cylinder is connected with a floating ball inlet pipe; the inner side of the floating ball inlet pipe is equipped with a sealing sleeve with a small upper mouth and a large lower mouth; The upper port of the float inlet pipe is connected with the float cone inlet; there is a gravity transmission mechanism at the port of the float ball discharge pipe. The upper bearing seat and the lower bearing seat of the gravity transmission mechanism are supported on the upper bearing seat and the lower bearing seat. The upper and lower rotating wheel pairs are equipped with transmission parts; the hanging baskets are installed at intervals on the transmission parts; the hanging baskets are matched with the floating ball; the port of the floating ball discharge pipe is located at The uppermost hanging basket in the gravity transmission mechanism; the port of the floating ball discharge pipe is provided with a baffle for controlling the discharge of the floating balls at intervals; the upper rotating wheel pair and/or the lower rotating wheel pair are connected with a generator; under the gravity transmission mechanism There is an inclined floating ball sliding groove. The upper end of the floating ball sliding groove is provided with a protrusion for the collision of the floating ball. The lower port of the floating ball sliding groove is located directly above the conical inlet of the floating ball. Control the floating balls to be discharged at intervals.

Description

technical field [0001] The invention relates to a power generation device, in particular to a continuous gravitational potential energy power generation device. Background technique [0002] At present, common power generation methods include the following: [0003] 1. Hydroelectric power generation requires the river to be cut off and dammed, so it can only be realized if the location is convenient. Many areas far away from the river in the world cannot use this method; at the same time, building hydropower plants on the river is mostly still It will cause a certain ecological impact; finally, its overall resources are limited, even if all the hydropower resources available in the world are used to generate electricity, it will eventually not be able to meet the increasing electricity demand of mankind. [0004] 2. The advantage of thermal power generation is that it has no geographical restrictions. As long as there is enough supply of fossil energy, it can continue to ex...

AI Technical Summary

Problems solved by technology

However, it has two disadvantages: one is that the supply of fossil minerals is limited and will eventually be exhausted, and it is a non-renewable energy source; the other is that the pollution caused by burning fossil energy has become one of the biggest crises facing mankind

Therefore, it is not advisable to expand the scale of thermal power generation infinitely.

[0005] 3. Nuclear power generation. At the present stage, nuclear power plants use the principle of radioactive material to generate heat by atomic fission reaction, which has certain safety risks. Therefore, social controversy and public opinion pressure for large-scale use are relatively large; technicians also The development of a new method of fusion reaction can eliminate the worry of radioactive material leakage, but it is very difficult and is still in scientific research, and it is impossible to estimate the exact time for the final application

However, it is also limited by geography, and can only be located on the seaside where conditions permit, and due to the restriction of tidal fluctuations, the time that tidal power stations can work and generate electricity every day is limited

At the same time, it is expensive to build, which affects the water flow and the living environment of wild animals and plants along the coast, especially causing obstacles to the life of fish and aquatic animals.

Therefore, large-scale use is limited

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