JP2005188493A - Wave activated and enlarged power generation - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To solve the problem wherein power is insufficient in days of electrification, and to reduce environmental pollution. <P>SOLUTION: A bank and a stepped inclined surface are provided in a place, where waves surge, to resist the wave to enlarge it. A lever is provided in the bank, and a jack and a fixing/releasing device are fitted to a vessel, and interlocked with the lever to move the vessel by synchronizing water level and height of the waves and to change position of the point of the lever where force is applied. An air pump is operated in the point of action of the lever, and several storage air compression tanks are provided to produce a large quantity of air pressure to be used in order. A turbine is operated by the air pressure to generate power. <P>COPYRIGHT: (C)2005,JPO&NCIPI

Description

Detailed Description of the Invention

The embankment (1) is installed in a place with waves, stops the wave flow, flows in the opposite direction, and merges with the next wave to become a large wave. The step with slope (2) is installed in the water under the dike, and the waves hit the step and the slope and the flow rises to become a big wave. Wave (3) is energy and floats and moves up and down. The ship (4) floats on the wave and moves the ship when it is a small wave to bring the position of the power point of the lever rod closer to the fulcrum and expands the action point. When it is a big wave, move the ship in the opposite direction to move the action point. In the case of a typhoon to be reduced, move to the port and use it for power generation by expanding the typhoon. Stakes (5) are installed on both sides of the ship to prevent the ship from tethering and lying down. The hydraulic elevating device (6) is attached to the ship, and the piston (7) of the elevating device is shortened at high tide to make the distance between the ship and the lever rod closer, and the elevating device piston (7) is lengthened at low tide. Operate according to the water level. The hydraulic fixing and unlocking machine (8) is attached to the upper part of the upper and lower devices, and is fixed to the lever bar so that it can be fixed, released and moved, and the power point is moved and changed according to the wave size. Close the fulcrum and enlarge the point of action. The strut (9) supports an insulator rod attached to the upper part of the dike. The fulcrum (10) supports the lever bar attached to the upper part of the column in a slidable manner. The lever rod (11) is attached to the column, and the fixing and release machine are connected to the power point. A piston is attached to the tip of the point of action, and the left and right lever bars slide by wave force. The joint (12) is a joint between a lever rod and a piston. The piston (13) moves up and down in conjunction with the lever rod attached to the lever rod. The air pump (14) is attached to the top and bottom of the insulator rod and sends air to the stored air compression tank. The storage air compression tank (15) is combined with an air pump, and several storage tanks are installed. Pipe (16) attaches to the stored air compression tank and injects air pressure into the turbine. The injection port (17) is the tip of the pipe. The valve (18) is a pressure open / close valve attached to the tip of the pipe. The turbine (19) is attached to the front of the injection port and is rotated by atmospheric pressure. The generator (20) is attached to the turbine and generates electricity by rotating the turbine.

The present invention relates to wave power expansion power generation aimed at power production.

Conventional generators consume large amounts of resources such as oil, nuclear fuel, and water, and are environmental pollution such as radiation leaks.

Problems to be solved by the invention

In view of the above problems, the present invention is intended to provide wave power expansion power generation that saves resources, secures the natural environment and secures power.

Means for solving the problem

An embankment and a stepped slope are installed where there is a wave, an insulator is installed at the top of the embankment, an elevating device is attached to the ship, and adjustments are made to adjust the water level up and down. A fixed and unlocking machine is attached to the tip of the lifting device and connected to the lever bar to move freely, and the position of the force point moves according to the magnitude of the wave. Wave power expansion that attaches an air pump to the action point of the insulator rod, compresses air with the air pump, and operates with the turbine and generator at atmospheric pressure to generate electricity

The world is exactly the electrification era, and in the future, the demand for electric power will increase as the population grows, so this is a revolutionary invention inevitably required by the industry.

In the case of a small wave, the fixing and unlocking machine is released and the ship is moved in the direction of the fulcrum, and then the power point of the lever rod is fixed to expand the action point. In the case of high tide, the upper and lower unit pistons are shortened to narrow the space between the ship and the power point.At low tide, the upper and lower unit pistons are lengthened and the distance between the ship and the power point is increased. When the ship moves up and down by force and the lever rod and air pump are activated at the same time and the pressure of the storage air compression tank rises, one of the valves is opened and the turbine and generator are activated. When the tank pressure disappears, repeat the operation of closing the valve of the tank in use and opening the valve of another tank.

The invention's effect

According to the present invention, the reduction of pollution, which is economical because no fuel is required.

FIG. 1 is a front view showing the whole of the present invention, a state in which the power point side of a ship and a lever bar is raised by wave force.

Explanation of symbols

1. ・ Like 2 ・ ・ Slope 3 with steps ・ ・ Wave 4 ・ ・ Ship 5 ・ ・ Pile 6 ・ ・ Piston 8 ・ ・ Piston 8 ・ ・ Fixing and unlocking machine 9 Insulator rod 12, joint 13, piston 14, air pump 15, storage air compression tank 16, pipe 17, injection port 18, valve 19, turbine 20 and generator

Claims (1)

Install a breakwater embankment and a stepped slope in the water in places with waves such as seas, lakes, rivers, etc., to resist the waves and further expand the waves. A water level response mechanism that installs an insulator on the embankment, floats the ship on one side of the insulator rod, and attaches a hydraulic lifting device to the ship to cope with tides. Attach a hydraulic fixing and unlocking machine to the upper part of the upper and lower devices and operate it by fixing it to the lever rod, unlocking the lever rod and moving the ship and moving the force point at the same time to fix the force point, wave height A mechanism for adjusting the point of action by moving the force point accordingly. Air pumps and air compression tanks are attached to the upper and lower sides of the opposite lever rod, and the air pump is operated with the lever rod to store air in the compression tank. The air is compressed to expand energy. Connected with turbine and generator and installed in front of the injection port. After storage, the turbine is operated at atmospheric pressure to generate power, and when the air in the storage air compression tank disappears, it is used alternately with another storage air compression tank Or, increase the number of the same equipment as above, use the storage air compression tank sequentially, or stockpile when wave power is cut off. Wave power generation that features wave resistance against the dike and expansion of wave power, expansion and contraction of action points based on the principle of lions, compression and expansion of air with an air pump, and repeated energy expansion.

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