JPH084644A - Buoyancy power generation device - Google Patents

Abstract

PURPOSE:To enable safe power generation which eliminates power shortage and promote environmental protection, unlike thermal power generation and nuclear generation. CONSTITUTION:A pool is filled with water. A buoyancy means 2 which is arranged on a column 4 of a gear ring l is widened or narrowed by means of a deceleration motor 7 for generating buoyancy. The buoyancy is transmitted to the gear ring 1 for generating power. Thermal power generation causes acid rain. Nuclear power generation causes a problem of radioactive waste disposal. Its accident has danger of radioactive leakage which may cause sterility in earth and canser in people. Safe and ecological power generation can be carried out by buoyancy.

Description

DETAILED DESCRIPTION OF THE INVENTION This device is a method of pouring water in a pool and utilizing the floating force to generate electricity. I think we used to play poking in water with kids as children. The buoyancy applied to this pole bamboo has been further increased to create a device. At start-up, the buoyancy machine is powered, so you must borrow some other power. This is for starting. Although it is temporary, it borrows electric power from the electric power company to inflate the buoyancy machine and rotate the gear ring. This starting power causes the deceleration motor to rotate in the normal direction, the feed shaft is rotated, the slide shaft pushes the expanding arm receiver, and the expanding arm is expanded at a right angle. Depending on the size of the gear ring,
Set 5 places. A rubber / cloth bag is set in the frame set on the diverging arm. The frame can be changed into a cylindrical shape by the expansion arm. The rubber and cloth bag are fully expanded, a large amount of air crawls into the buoyancy machine in the water from the opening of the buoyancy machine, the carp streamer becomes a cylindrical shape like when swimming in the sky, and the buoyancy machine was changed to a cylindrical shape Contains a lot of air, buoyancy is transmitted to the gear ring, and the gear ring starts to rotate. Connect to the generator after confirming that it is working properly. The generator receives the rotation of the gear ring and produces electricity. At this point, other power can be turned off and converted into self-generated power. The buoyancy machine will be divided into eight equal parts to several tens according to the size of the gear ring. The number of buoyancy machines is better, but it is determined by the distance from the deepest part of the gear lithograph to the water surface and the diameter of the buoyancy machines. The buoyancy machine transmits buoyancy to the gear ring and rotates. This rotation turns the generator and keeps producing electricity. Buoyancy can generate electricity and produce energy if there is water and air. The buoyancy machine collapses like a reverse switch or a crawled umbrella when it comes out of the water. This operation is repeated continuously. People can use the power generated in this way as they wish. And it's good for people to enjoy and the whole society should enjoy this benefit enough. It is not a machine that collects the best of technology such as nuclear power generation, but it can generate power forever. It is safe to say that there is no pollution. Also, regarding the increase / decrease of this power generation device, unlike nuclear power generation, there are no difficult restrictions, so it is considered a safe and clean power generation device that can be freely modified and repaired. As the world develops, people spend electric energy and enjoy it. Relying on thermal power generation will cause global warming, defining the problems of air pollution and acid rain. It is said that it is difficult to build a hydroelectric power plant in Japan nowadays because of the safe and clean hydroelectric power generation, the land for the expansion has been introduced, and various problems have come up. Therefore, if the world adopts this device that I thought of, various problems will be solved. I think that if a large company uses this device, the electric power of each current electric power company will suffice. Even if it is not a large company, it can be used if there is land that can make a pool. A unit is also conceivable if such a large amount of power is not required. I think it can be used in remote areas, remote islands, etc. I sincerely hope that the current power companies will use this device to generate electricity. I think it will take some time in the superconductivity era. Instead of thinking about nuclear power in the opposition of people,
Also, the transportation of nuclear fuel must be carried out with care throughout the world. I would like you to consider the buoyancy generator that I devised, rather than thinking about such a power generation method. The age of superconductivity will come. A dreamlike era. Buoyant power generation meets this demand for people to demand safe, cheap and clean electricity. One gear ring has a small power capacity, but if you make dozens or dozens of rings instead of one or two, the power generation capacity will increase and the cost will be reduced. A large amount of power can be produced by dividing one pool into several blocks and setting the gear ring in units of several blocks. I made a gear ring, but I think the better the weight, the better.
This means that a certain amount of load is required when rotating the generator. We would like to spread this buoyant power generation all over the world, reduce dangerous nuclear power generation, clean up the nuclear power plant in the future, and make the power generation without radiation and pollution a gift for future children. And I hope the children will enter the next era of superconductivity.

[Brief description of drawings]

[Figure 1] 1. Garling 2. Buoyancy machine 3. Gear ring receiver 4. Post 5. Generator interlocking gear 6. Water surface

[FIG. 2] 7. Reduction motor

[Figure 3] None

[Fig. 4] 8. Extinction motor 9. Slide shaft 10. Feed shaft 11. Arm receiver 12. Frame 13. Widening arm 14. Bag

[Fig. 6]

[Fig. 7] 15. Arm stopper 16. Feed shaft receiver 17. Head frame receiver 18.4 prop

─────────────────────────────────────────────────── ───

[Procedure amendment]

[Submission date] November 9, 1994

[Procedure Amendment 1]

[Document name to be amended] Statement

[Name of item to be corrected] Brief description of the drawing

[Correction method] Change

[Correction content]

[Brief description of drawings]

[Fig. 1] Filling the entire view of the buoyancy generator with water in the pool,
The figure which looked at from the front the time when the buoyancy machine was expanded by the expansion arm and buoyancy was generated. … Gear ring This gear ring is an important gear ring that has a buoyancy machine on the left and right, is located at the center, collects the left and right buoyancy, and transmits that power to the generator interlocking gear. … When the buoyancy machine expands into a cylindrical shape that expands with an angle expansion arm and generates buoyancy… Bearings that receive a gear ring… Struts Gear ring is divided into equal parts and cloth and rubber bags are installed on all the pillars. Pillars that generate buoyancy. … Generator interlocking gear Gear that transmits the buoyancy transmitted by the gear ring to the generator… Considered as a water surface pool

[Fig. 2] Side view of buoyancy equipment on the left and right centering on the gear link. Underwater view of the buoyancy equipment expanded cylindrically and when it is closed. At 6 o'clock of the clock, the forward rotation switch is turned on and the interlocking body of the feed shaft and the slide shaft that rotates the deceleration motor expands the angle expansion arm to generate buoyancy.
While keeping the buoyancy in the water, the reverse switch is turned on when you get out of the water, close the umbrella and wait until 6 o'clock.

[Third figure] Gear ring. Enlarged view of the gear ring Figure showing the shape of the gear

FIG. 4 is a sectional view of the buoyancy machine showing the inside of the buoyancy machine. … Same as a reduction motor. The figure which sets it as a pillar and sets a slight shaft and a slide shaft receiver as a set. , (10) ... A set of slide shaft and feed shaft. (11) Arm receiver Frame side receiver and feed shaft side receiver This receiver is a receiver whose height is kept as low as possible. (12) Frame Attach rubber and cloth bags to this to balance water pressure and buoyancy in water. (13) Widening arm Sends force in the direction to spread the force received from the slide shaft.

[Fig. 5] A view in which the buoyancy machine is sliced. Although the angle-expanding arm is open, there are many arm receiving arms originally, but they are shown as four, and the feed shaft and slide shaft are like this.

[Fig. 6] Diagram showing that the arm and arm receiver are shaped like this, and diagram of mounting the column

[Fig. 7] Rubber, cloth holder, bolted to the end of the band iron ▲ 14 ▼… Bag holder, two-part view ▲ 15 ▼… Maximum angle stopper on arm receiver ▲ 16 ▼… Stand Feed shaft, set drawing ▲ 17 ▼ ... Head frame receiver ▲ 12 ▼ The frame receiver has a straight curved portion ▲ 18 ▼ ... Shows the cross section of the column and the shape of the feed shaft arm receiver slide shaft.

Claims (1)

[Claims] A method of generating electricity by pouring water into the pool and changing the floating force to rotation using a rubber / cloth buoyancy machine. In order to generate buoyancy, the deceleration motor is rotated in the forward direction and transmitted to the feed shaft. The feed shaft pushes the slide shuff and pushes the angle expansion shaft receiver at the same time. The angle expansion shaft receiver expands the angle expansion arm at a right angle and sets it on the frame. The buoyancy machine made of rubber and cloth is expanded and creates buoyancy as if you were pointing at an umbrella. This is the method of rotating the gear ring to generate electricity.