CN102269097A

CN102269097A - Power generation method by rotation of paddle wheels driven by running water of rivers

Info

Publication number: CN102269097A
Application number: CN201110165329XA
Authority: CN
Inventors: 武建民
Original assignee: Individual
Current assignee: Individual
Priority date: 2011-06-08
Filing date: 2011-06-08
Publication date: 2011-12-07

Abstract

The invention relates to a power generation method by the rotation of paddle wheels driven by running water of rivers. The running water of rivers is utilized as the motive power to drive the paddle wheels to rotate, thus generating a twisting force, and the twisting force can drive a power generator to generate electricity. It is a pity that at present, plenty of water levels of the running water of rivers all over the world are neglected; and the running water is a utilizable neglected energy source which does not exhaust carbon, and the greenhouse effect can be reduced.

Description

Rivers flowing water drives paddle wheel rotary electrification method

Technical field

The invention belongs to a kind of new energy of rivers flowing water generating, is that the flow dynamic that utilizes rivers plane current to be produced drives the paddle wheel rotation, and the power that a plurality of paddle wheel rotations are produced drives generator for electricity generation.

Background technique

Hydroelectric power is of long duration, our ancestors just utilize the drop of current to drive mechanical rotation, modern hydroelectric power also is to utilize the pressure reduction of current to be used as power, drive the turbogenerator rotary electrification, but rivers also can produce very big power when flowing on the plane that does not have drop, and nobody utilizes and has wasted this power now.

Summary of the invention

Current when the objective of the invention is to utilize rivers plane flowing water drive a plurality of paddle wheel rotations for power by it, and the rotatory force output when a plurality of paddle wheels are rotated drives generator for electricity generation.

The objective of the invention is to realize by the following method.On the river course of a rivers flowing water, major axis of cross setting, this major axis is horizontally fixed in the bearing support on a plurality of floats, can in bearing support, rotate, but can not axial float, be fixed with support around the float, support and float are connected as a single entity, a major axis end on the coast connects output wheel, and output wheel connects generator.Float can lifting or reduction with the fluctuation of the water surface, major axis is all the time on the water surface like this, and keep certain height with the water surface all the time, to guarantee that major axis can not had by water logging, one end of support is fixed in the axle sleeve of a vertical shaft on the bank, and can in vertical shaft, move up and down with water surface fluctuation, the other end bolt of support has a stay cord, the other end of stay cord is fixed on the bank, and stay cord can be strained and loosen, to adjust the horizontal angle that on the river course, forms of major axis with the river course, be fixed with a plurality of paddle wheels on major axis, the paddle of this paddle wheel is immersed in the water towards the bottom, is driven by current and produces rotation, and rotating force driven output wheel output by major axis, output wheel drives generator for electricity generation.

Advantage of the present invention is: rivers flowing water is a kind of idle green energy resource, uses the back pollution-free, and no greenhouse gas emission is inexhaustible, and that uses is not intact, and river waterflow distributes wide, and area is big, and extensive use can be phased out thermal power plant.

Description of drawings

Fig. 1 is the structural representation that rivers flowing water of the present invention drives paddle wheel rotary electrification method.

Fig. 2 is that rivers flowing water of the present invention drives the A of paddle wheel rotary electrification method plan view to view.

Among the figure: 1, rivers flowing water, 2, paddle wheel, 3, major axis, 4, float, 5, bearing support, 6, stay cord, 7, the stay cord immovable point, 8, vertical shaft, 9, output wheel, 10, the water surface, 11, support, 12, generator, 13, axle sleeve.

Embodiment

Referring to accompanying drawing, in rivers flowing water 1, horizontal have a major axis 3, major axis 3 is fixed in the bearing support 5 on the float 4, the support 11 last end that pulls in to shore is fixed on the vertical shaft 8, support 11 can move up and down in vertical shaft 8 with water surface fluctuation, the other end of support 11 is fixed with stay cord 6, the other end of stay cord 6 is fixed on on the bank the stay cord immovable point 7, and stay cord immovable point 7 can and loosen stay cord 6 tensions, and major axis 3 can rotate in bearing support 5, but can not axial float, float 4 is fixed on the support 11, when float 4 lifting or when reducing, major axis 3 is kept certain height with the water surface 10 all the time with the fluctuation of the water surface, can do not had by water logging, be fixed with a plurality of paddle wheels 2 on major axis 3, blade downward on the paddle wheel 2 is under water, by the flowing water driven rotary, because of paddle wheel 2 and major axis 3 are fixed together, rotate together so drive major axis 3, major axis 3 output wheel 9 of an end on the coast can connect generator 12, drives generator 12 rotary electrifications.

Claims

1. rivers flowing water drive paddle wheel rotary electrification method is by rivers flowing water (1), paddle wheel (2), major axis (3), float (4), bearing support (5), stay cord (6), stay cord immovable point (7), vertical shaft (8), output wheel (9), the water surface (10), support (11), generator (12), axle sleeve (13) is formed, it is characterized in that: utilize the power of rivers flowing water (1) to drive to be fixed on major axis (3) to go up the paddle wheel (2) that downward paddle is immersed in the water and rotate, produce warping force and drive major axis (3) rotation, drive generator (12) generating by the output wheel (9) that is fixed on the major axis (3).

2. rivers flowing water according to claim 1 drives paddle wheel rotary electrification method, it is characterized in that: for and the water surface (10) maintain a certain distance, major axis (3) is fixed in the bearing support (5) on the float (4), can in bearing support (5), rotate, but can not axial float.

3. rivers flowing water according to claim 1 drives paddle wheel rotary electrification method, it is characterized in that: float (4) is fixed on the support (11), float (4) is connected as a single entity with support (11), an end that pulls in to shore is fixed in the vertical shaft (8), support (11) can move up and down in vertical shaft (8) with the fluctuation of the water surface, the other end of support (11) is connected with stay cord (6), the other end of stay cord (6) is fixed on on the bank the stay cord immovable point (7), and stay cord immovable point (7) can be strained stay cord (6) or loosen.