JP2015187437A - Wave activated power generation device and wave power compressor device - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a wave activated power generation device and a wave power compressor device which are a gas compressor device by wind wave and provided with a gas tank on a ground tank and a flow body to be utilized in power generation and a gas compressor, with respect to a wave activated power generation device in which a power generation device is installed on the sea, and electric power generated by a generator is transmitted to the land, and which has a problem on power transmission loss.SOLUTION: In a wave activated power generation device and a wave power compressor device, a float body 5 is fixed and installed on the sea by a metallic and concrete pile 4 or an anchor 23, another small float body 12 is disposed under the float body, pistons 7 disposed on the float body on the sea and the small float body are moved up and down to compress a gas, when the small float body is moved up and down by wave energy, the compressed gas is transmitted and stored in a gas tank 9 disposed on the float body on the sea, the compressed gas is transmitted to a gas tank disposed on the land or a ship when the pressure of the gas tank is increased, and rotary blades of the generator are rotated by the compressed gas to generate power, or the compressed gas is used as the gas compressor as it is.

Description

  The present invention relates to wave power generation and wave power compressor devices.

  Conventional wave power generators transmit power generated by placing a generator on the sea and applying a generator, resulting in transmission loss.

JP2013-209978A JP2013-181433A JP2013-181429A

  The wave power generator is a power generator installed on the sea, and the power generated by applying a generator is transmitted to the land, etc., and there are problems with power transmission loss. Provide a gas tank on the body for use as a power generator or gas compressor.

  A floating body is fixedly installed on the sea with metal and concrete piles or anchors, and another small float body is applied under the float body. When the small float body moves up and down by wave energy, the sea float body and the small float body are The compressed gas is sent through a hollow tube to a gas tank that is compressed by moving the piston or rod in the cylinder up and down to compress the gas and applied to the sea float body, and when the tank of the sea float body reaches high pressure, the valve is opened to open the seabed or Compressed gas is sent to a gas tank placed on land or on a ship with a hollow pipe placed on the sea, and the compressed gas is stored in a jet. The wave power generation device and the wave force compressor device can be used as a gas compressor as it is.

  A power storage device is used to store the electricity generated by the conventional wave power generation device. However, storing the compressed gas in the tank with the wave power generation device and the wave power compressor device has the effect of power storage.

  In addition, the wave power generator and the wave compressor device itself do not generate electricity at sea, and there is no power transmission loss by sending the compressed gas to the place of power supply through the seabed or the hollow tube on the sea. Compressed gas is stored in a gas tank, and when the power is insufficient, the compressed gas stored in the tank of the land or ship can be sent to the generator with a hollow tube and injected into the wing of the generator to generate electricity by rotating the wing. Wave power generator and wave compressor device that can be used as a cleaning compressor for machine cleaning, etc.

  Furthermore, a wave power generator and a wave compressor that can be used to prevent oxygen deficiency in seafood, aquaculture, etc., by sending compressed gas (air) stored in a tank of the sea float body in the sea to prevent oxygen deficiency in seawater apparatus.

    Furthermore, the wave power generator in the form of a safety light to prevent accidents during marine navigation at night, etc., with the electricity provided by the wind power generator installed in the upper part of the sea float body with the lighting provided in the wind power generator And wave power compressor device.

  Hereinafter, the wave power generation device and the wave force compressor device will be described with reference to FIGS.

  In the side view of the wave power generation device and the wave power compressor device, a metal and concrete pile 4 or an anchor 23 is fixedly installed on the seabed 15, and a mooring ring 3 is provided on the fixed pile 4 to moor the offshore float body 5. When the small float body 12 is moved up and down by the wave 11 so as to correspond to the tides, the piston 7 applied to the small float body 12 on the piston cylinder 6 provided in the hollow of the sea float body 5 The gas in the piston cylinder 6 is compressed, and the compressed gas is stored in the gas tank 1 provided in the hollow of the sea float body 5 through the hollow tube 8 and in the gas tanks 2, 9, 13 provided in the sea of the sea float body 5, When the compressed gas reaches high pressure, a hollow pipe 16 provided with valves from the gas tanks 1, 2, 9 and 13 has a high-pressure gas 21 indicated by a dotted line indicated by a dotted line on the seabed 15 and the sea. 16 is stored in the compressed gas tank 18 installed on land and in the ship, and when the electricity is insufficient, the compressed gas tank 18 is supplied with the compressed gas stored in the compressed gas tank 18 and the valve 22 is opened to open the generator 19 hollow. A wave power generation device and a wave force compressor device that generate electric power by spraying compressed gas onto a rotating blade 20 applied to a generator 19 through a pipe 17 to rotate the generator 19.

  In addition, a wave power generator that can be used to clean a machine that can use compressed gas 21 as a co-pressor, or to send oxygen gas in the sea to the lack of oxygen in the sea to prevent oxygen deficiency such as seafood and aquaculture with bubbles. Wave power compressor device.

  Furthermore, the wave power generation device and the wave which are used as safety lights to prevent accidents during ship navigation at night, etc., with the electricity provided by the wind power generation device provided by the wind power generation device provided at the upper part of the sea float body 5 Power compressor device.

  Further, instead of the piston 7 shown in FIG. 1, a flange 25 shown in FIG. 3 is applied, and the small float body 12 extends and contracts the flange 25 by the vertical kinetic energy of the wave 11, and the compressed gas 21 can be created by the wave 26. Power generator and wave compressor device.

The wave power generator and wave power compressor apparatus side view which were installed in the sea. Compressor tank and generator diagram installed on land or ship. The side view which expands and contracts by the vertical motion of a wave.

1 A compressed gas tank applied to a floating body at sea.
2 Compressed gas tank applied to sea float.
3 A mooring ring on a sea float.
4 Fixed piles with metal or cement pillars on the sea floor.
5 Sea float body 6 Piston cylinder.
7 Piston head.
8 A hollow tube through which gas is passed through a floating body at sea.
9 Compressed gas tank applied to sea float.
10 Piston shaft.
11 Sea waves.
12 Small float body under the sea float body.
13 Compressed gas tank applied to sea float.
14 Cover of compressed gas tank on sea float.
14-a A side wall of a floating body at sea.
15 Seabed.
16 A hollow tube sent to the outside from a compressed gas tank applied to a floating body at sea.
17 Middle piping sent from the compressed gas tank installed on land or ship to the generator.
18 Compressed gas tank installed on land or ship.
19 Generator.
20 Rotating feathers applied to the generator.
21 Arrow representing the flow of compressed gas.
22 Valve on a compressed gas tank installed on land or on a ship.
23 Mooring anchor.
24 Mooring anchor rope.
25 Japanese candy.
26 An arrow indicating the movement of the heel.

Claims (4)

  A floating body is fixedly installed on the sea with metal and concrete piles or anchors, and another small float body is applied under the float body. When the small float body moves up and down by wave energy, the sea float body and the small float body are The compressed gas is sent through a hollow tube to a gas tank that is compressed by moving the piston or rod in the cylinder up and down to compress the gas and applied to the sea float body, and when the tank of the sea float body reaches high pressure, the valve is opened to open the seabed or A form in which compressed gas is sent to a gas tank placed on land or in a ship with a hollow pipe placed on the sea, and the compressed gas is stored and injected into rotating blades applied to the generator to rotate and generate electricity A wave power generator and a wave compressor device characterized by the above.   In addition, wave power generators and wave compressors do not generate electricity at sea, send compressed gas to the place of power supply through the ocean floor or hollow tube on the ocean, and there is no power transmission loss. The compressed gas is stored in the tank, and when the power is insufficient, the compressed gas stored in the tank of the land or ship can be used as a cleaning compressor such as machine cleaning that uses the factory. The wave power generator and wave power compressor device described.   Further, the present invention is characterized in that the compressed gas stored in the tank of the sea float body can be used for preventing oxygen deficiency such as seafood and aquaculture by sending bubbles in the sea when oxygen shortage in seawater is stored. Wave power generator and wave compressor device.     Furthermore, it is characterized in that the electricity generated by the wind power generator provided at the top of the sea float body is used as a safety light to prevent accidents during ship navigation at night, etc., with illumination provided on the wind power generator. Item 4. The wave power generation device and the wave force compressor device according to item 1, 2 or 3.

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