JP2012255427A - Buoyancy cavity water fall power generator - Google Patents

Abstract

PROBLEM TO BE SOLVED: To achieve a rotating impeller device using a water fall pressure of in-cavity water fall by achieving in-water cavity of air buoyancy in a housing submerged in the water or seawater, as a rotary device for power generation.SOLUTION: A housing is installed in the water. Cavity is generated in the housing by the buoyancy of the air discharge. A water discharge outlet is provided at an upper part. Water or seawater outside the housing is ejected into the cavity inside the housing to make a water fall in a waterfall form. Accordingly, an impeller of a power generator is rotated by a water fall pressure to generate power. In place of the installation in the water or in the seawater, a utilization water circulation path is installed so that the device may be installed on the ground or underground in a place other than the place in the water to solve the problem.

Description

  The present invention is a field of use related to a power generator.

  In the conventional rotation technology related to the power generation device, there is no device that uses buoyancy in the water to create a space and rotates the impeller by falling water from above.

  The technology of the impeller device that rotates the conventional power generator uses the water pressure of the dam, the explosive force of the combustion gas, the vapor pressure of the boiling water, and the wind power generated by the flow of the wind. There was nothing used as.

  As a rotating device for power generation, an impeller device that rotates at a falling water pressure by sending air into a housing underwater or underwater to form an underwater cavity by buoyancy and causing water to fall in the housing is realized.

  In the present invention, in order to solve the above problems, a housing is installed in water and an air discharge port is installed on the lower side.

  Air was discharged from the lower air discharge port, and space was created in the housing by the buoyancy of the rising air.

  A water spout was installed at the top so that water outside the housing or seawater could fall in the space created by buoyancy.

  A water impeller etc. was installed so that it might be easy to fall from a spout.

  A falling water receiver was installed to make it easy to receive water.

  An impeller that rotates in response to falling water was installed to serve as the rotational power source for the generator.

  In addition, a water circulation route was installed instead of underwater and underwater so that the equipment could be installed on the ground and underground other than underwater.

  When air is sent into a housing underwater or underwater to form a hollow underwater, the second water surface as the water surface in the hollow is not increased even if water or seawater is injected into it as long as the air in the housing does not escape. There is an effect to try to maintain.

  Therefore, when water or seawater under pressure is discharged from the water outlet provided in the upper part of the housing and discharged into the hollow housing, the hollow in the housing remains while maintaining the water surface in the hollowed space, and tries to maintain the falling water state. There is an effect to.

  Furthermore, when the impeller is installed at the falling water position and the water is dropped, the impeller rotates, and the higher the falling height, the higher the falling water pressure and the higher the rotation of the impeller, and the higher the effect as a power source for the generator.

  For example, considering a device having a housing diameter of 5 m, a seawater discharge port of 2 m, and a falling water height of 100 m, the effect of a small dam can be obtained.

  In addition, by installing a water circulation path, the device can be installed on the ground and underground or in narrow areas other than the sea and lakes. The flexibility of the structure that can be attached to the inner side, outer peripheral side and corner side of the device has increased.

  Furthermore, if air is discharged and water is discharged from the generated power source, power generation without fuel will be generated, and the construction cost will be greatly reduced in a convenient structure, and it will lead to countermeasures against global warming by reducing carbon dioxide by reducing fuel consumption.

  In one embodiment, the hatched portion is a vertical cross section through the center of the device.   In one embodiment, the hatched portion is a vertical cross section through the center of the device.   In one embodiment, the hatched portion is a vertical cross section through the center of the device.   In one embodiment, the hatched portion is a vertical cross section through the center of the device.   In one embodiment, the hatched portion is a vertical cross section through the center of the device.

The code is common to each figure.
DESCRIPTION OF SYMBOLS 1 = Impeller 2 = Rotating shaft 3 = Side plate 4 = Air discharge port 5 = Air discharge port 6 = Generator 7 = Generator rotation shaft 8 = Underwater hollow housing 9 = Water flow adjusting port 10 = Valve / check valve 11 = Used water circulation path 12 = Rectifying plate 13 = Falling discharge impeller pump 14 = Buoyancy second water surface 15 = Falling water intake 16 = Falling water discharge port 17 = Falling water receptacle 18 = Fountain port 19 = Floating air storage plate at the time of waterfall

  As shown in the drawings, the best mode for carrying out the present invention is to sunk a housing in water or in the sea to discharge air into the interior to create a cavity, to discharge water or seawater from the upper part and drop it into a waterfall, Is to generate electricity by turning the impeller.

  Next, in consideration of the installation location, it is to install on the ground and underground or in a narrow area by providing a use water circulation path for circulating the use water of the device.

  The present invention uses an underwater cavity made of buoyancy of air. If there is a housing that receives buoyancy, an air compressor for discharging air, and a pump for discharging water or seawater, it can be used as a power source for rotating an impeller for power generation. It can be used as power for power generation at a lower construction cost than current power generation facilities.

  By increasing the falling water height in the vertical direction, the falling water pressure can be increased additionally and the installation range in the horizontal direction can be narrowed. Can be used.

  By installing a water circulation route, the equipment can be installed and used above and below the ground.

  Compared to fuel consumption for thermal power generation, it is only necessary to use fuel for rotation of the air compressor and the upper water or seawater discharge pump. Furthermore, if the generated power supply discharges air and spills, it generates power without fuel and is a convenient structure. Will significantly reduce construction costs and increase industrial applicability, such as reducing carbon dioxide and contributing to global warming countermeasures.

In addition, by installing a water circulation path, the device can be installed on the ground and underground or in narrow areas other than the sea and lakes. The flexibility of the structure that can be attached to the inside, outer periphery, and corner side of the device is enhanced. Especially when the upper part is buried under the sea surface and the lower part is buried under the ground, the device can be prevented from rising and water can be taken from outside the device. As the water intake range is wider, the water intake inertia pressure can be changed to the water drop pressure, and the water drop pressure can be further applied to the rotational force of the impeller.

Claims (8)

  Underwater hollow housing device.   A device with an air outlet installed in an underwater hollow housing.   A device with an air outlet and a water outlet in an underwater hollow housing.   A device in which an air outlet and a water fountain are installed in an underwater hollow housing.   A device in which an impeller for power generation is installed in an underwater hollow housing and receives rotation from a water outlet or water fountain.   A device with a water circulation path installed in an underwater hollow housing.   A device in which a buoyancy air storage plate is installed in a submerged hollow housing.   A device that uses mercury with a high specific gravity instead of circulating water in a hollow submerged housing.

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