Current-driven ultralarge impeller power generation method and river dredging method

A technology of water flow driving and river dredging, which is applied in hydroelectric power generation, engine components, river regulation, etc., and can solve problems such as poor effect, low utilization rate, and no advantages

Inactive Publication Date: 2014-12-03
张效琪
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

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Problems solved by technology

Compared with small dam-type hydropower, it has more advantages, because all small dam-type small hydropower has been implemented f

Method used

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  • Current-driven ultralarge impeller power generation method and river dredging method
  • Current-driven ultralarge impeller power generation method and river dredging method
  • Current-driven ultralarge impeller power generation method and river dredging method

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Embodiment approach

[0170] 1. Ship-borne load-bearing mode:

[0171] This is the most basic, the simplest, the most flexible and the most practical way among the bearing methods of the present invention. Whether it is small or large, its modes are not much different, but the shapes of different scales can vary widely, from conventional flat-bottomed boats to catamarans The boat can be a special shaped triangle A-shaped boat or other types; the materials can be completely different, from wood, plastic, fiberglass, to iron plate steel, as long as it can meet the load-bearing requirements, service life, use safety, and use efficiency That's it.

[0172] The calculation of the carrying capacity of the hull in the ship-type load-bearing mode includes the weight of the hull itself, the weight of the speed controller and generator used in the power generation system; ; The weight of the fixed frame body, water blocking blade and supporting frame body of the water blocking blade combination system, and ...

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Abstract

The invention discloses a current-driven ultralarge impeller power generation method and river channel dredging method, and is an originality invention design with innovation. The method is a power generation method which uses current potential energy formed by tide current of a river, brook and ocean to drive ultralarge impellers to obtain mechanical energy and converts the mechanical energy into electrical energy. The method comprises the steps: using carrier forms of a boat carrier 1, a bridge mast, a platform and the like in the river, brook and ocean, connecting an anchor pile struck into the bottom with anchor cables 2 and 3 to anchor and position, driving the ultralarge impellers 4 by using the current of the river and the tide of ocean to form huge mechanical energy, and using a mechanical energy output chain or a transmission shaft body 6 to output to drive a governor and a generator for power generation, wherein in the picture, 5 refers to an adjustable hanger of the ultralarge impellers 4, 7 refers to the height of the water surface, 8 refers to the impact vortex of the impellers on the water bottom, the ultralarge impellers borne by the boat carrier can also perform dredging on the river channel wherein a hull is located during the up-down left-right moving of the hull, and the resources are comprehensively utilized.

Description

technical field [0001] The present invention relates to a new power generation method, which belongs to the first water-driven super-large impeller power generation method and river dredging method used in the field of electricity in flowing waters. It is a method that can be used in all waters with water flow, including The water flow in the river, the tide in the sea and the current of the water drive various super-large impellers of this design to generate electricity, and use the power of the water flow itself to carry out dredging and dredging of river channels and river silt method of comprehensive utilization. Background technique [0002] Rivers, rivers, and seas on the earth have been formed for hundreds of millions of years, and humans have lived next to water for millions of years. Rivers, rivers, and seas have become the sources of human dependence and life. How deep and long is the dependence of the sea. However, rivers and oceans each have their own multiple ...

Claims

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Application Information

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IPC IPC(8): F03B13/00F03B3/12E02B3/02
CPCY02E10/20
Inventor 张效琪
Owner 张效琪
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