Energy booster collector of unidirectional and bidirectional fluids

A collector and fluid technology, applied in the direction of fluid pressure converter, mechanical equipment, etc., can solve the problems of low efficiency, restricting the development of wave power generation, high construction cost and maintenance cost

Inactive Publication Date: 2012-07-25
朱剑文
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

Power generation equipment needs to be fixed on the seabed, which is subject to corrosion, low efficiency, high cost of construction and maintenance
In 1982, the research consultant report considered that the cost of improved device power gen

Method used

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  • Energy booster collector of unidirectional and bidirectional fluids
  • Energy booster collector of unidirectional and bidirectional fluids
  • Energy booster collector of unidirectional and bidirectional fluids

Examples

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Example Embodiment

[0030] 1. Passively capture the shore and fall of the nearshore wave or the energy of the lateral wave fluctuation: two fixed steel pipe supports and two-way vertical to the sea are erected between the hull of a double-body or multi-body combined wind and wave stable offshore platform ship The movable connection ring of the fluid energy booster harvester is movable connection. The two-way fluid energy booster collector can only rise or fall with the water level on the support. Use manual, floating body or computer or other methods to control the height position of the bidirectional fluid energy booster harvester. The double-sided venturi tube pressurized cover faces the sea and the coast respectively. The compressed air delivery pipe of the bidirectional fluid energy booster collector is connected to the gas storage tank on the dual-body or multi-body combined anti-wind and wave stable offshore platform ship platform. The intake pipe directly leads to the sea. Moor the boat ...

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PUM

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Abstract

The invention discloses a wave energy and wind energy device. The device comprises a Venturi tube booster cover, a slide valve, a water-gas pressure conversion working chamber, fluid compression chambers, an inlet and drainage fluid check ball valve, piston resetting springs of the fluid compression chambers and various unidirectional and bidirectional fluid energy booster collectors capable of additionally using structures which passively or actively accept energy of various energy state fluids. The Venturi effect of a single-faced or double-faced Venturi tube booster cover pressurizes various energy state fluids entering a throat tube and drives the fluid compression chambers on the two ends of a pipeline to work. When the slide valve slides, the throat tube inlet is opened and the channel of a throat tube outlet is blocked; and the channel for communicating the inlet throat tube and a water-gas cylinder is opened. The water-gas pressure conversion working chamber and the fluid compression chambers convert various energy state fluid pressures into compressed air. The inlet and drainage fluid check ball valve and the piston resetting springs of the fluid compression chambers facilitate the fluid compression chambers to supply the fluids. Various energy structures capable of being additionally used and passively or actively accepting various energy state fluids expand the use range of the collector.

Description

Technical field: [0001] A wave energy wind energy device. It includes Venturi tube pressurized cover, sliding valve, piston or compressed gas thrust self-resetting piston, water pressure conversion studio and fluid compression chamber, one-way ball valve for inlet and outlet fluid, and piston return spring for fluid compression chamber. A variety of one-way and two-way fluid energy boosters that can be used to passively or actively accept various energy state fluid energy structures, and use the Venturi effect to convert the energy boosting speed of various energy state fluid working fluids into gas or liquid pressure energy pressure collector. Background technique: [0002] At present, the known water energy collectors include water hammer pumps, turbines, hydropower stations, tides, ocean currents, and wave energy utilization. Although they are all green energy sources, they can only collect the potential energy pressure of dynamic water. The construction of dams and sub...

Claims

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Application Information

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IPC IPC(8): F15B3/00
Inventor 朱剑文
Owner 朱剑文
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