JPS60108510A - Gas float electrical power generating method utilizing evaporated gas, electrolysis generated gas and compressed gas - Google Patents

Abstract

PURPOSE:To obtain a power generation of an amount corresponding to the float- up distance of gas in liquid, by utilizing the bouyancy of gas floating up in the liquid to raise up a float so that the rotary shaft of a generator is roated by the force of the float. CONSTITUTION:The volmetric expansion of LNG when the latter is changed into gas is used to move a piston. This movement is utilized to produce compressed air which is jetted into liquid and is collected into a float F that therefore start to float up. At this time a dynamo (generator) D coupled to a float belt starts to rotate for power generation. When the floats come down, air in the float is released so that the float is folded, resulting in lowering of the resistance of water. With this arrangement, the longer the distance of float-up the more the power generation amount can be increased.

Description

DETAILED DESCRIPTION OF THE INVENTION The present invention relates to a method of generating electricity using a gas floating in a liquid.

Gas generated by chemical reactions, expanded gas due to solar energy, compressed gas generated by wave force, etc. are collected and floated in the liquid, and the power of the buoyant float rotates the core rod of the generator. . In principle, if the levitation distance is long enough, the amount of power generated will continue to increase.

This will be explained using figures.

In Fig. 1, a piston is moved using volumetric expansion when LNG becomes a gas. This movement creates compressed air that is ejected into the liquid. The ejected air collects on the float (F) and begins to exert buoyancy. At this time, a dynamo (generator) (D) connected to the float's belt rotates and generates electricity. As the float descends, it deflates and collapses, reducing the resistance of the water.

Figure 2 shows how gas generated by electrolysis collects on a float and generates electricity. Various types of gas generated by this chemical reaction and liquid in the power generation tower can be considered. It is also possible to generate electricity by causing a chemical reaction between gas and liquid.

Figure 3 shows how expanding gas is created using solar heat, and when it reaches a certain level of pressure, it is ejected into the liquid inside the power generation tower to generate floating electricity.

Figure 4 shows a pendulum being swayed by wave force, moving a piston and producing compressed air.

[Brief explanation of the drawing]

(F) is a float that collects gas and rises (D)
Figure 1 shows the rotating core of a dynamo (generator). Figure 1 shows how LNG is vaporized and the gas pressure lifts the float. Figure 2 shows how liquid is electrolyzed using direct current, and when the gas generated is collected, it levitates and generates electricity. Figure 3 shows how a gas is expanded by solar heat and the resulting pressure causes compressed gas to be ejected into a liquid. Figure 4 shows how the piston is moved by the force of waves and compressed air is ejected into the liquid.

Claims (1)

[Claims] 1. A device that uses the buoyancy of gas floating in a liquid to levitate a float and use that force to rotate the rotating shaft of a generator to generate electricity.