阅读说明：本技术 一种漂浮式波浪发电装置 (Floating type wave power generation device ) 是由 郭畅 于 2020-12-17 设计创作，主要内容包括：本发明公开了一种漂浮式波浪发电装置,至少包括一个发电体,所述发电体为具有中空腔的浮仓体,浮仓体底部连接固定锚,使浮仓体的一部分位于海面上,一部分位于海面下,在浮仓体内设置若干摩擦发电体,若干摩擦发电体串并联。本发明浮仓体跟随波浪产生的晃动,由弹簧传递给摩擦发电体,在第二个波浪到来前,使得晃动纳米摩擦发电体可持续的工作,更好的利用了波浪能,即使在很小的波浪能下也能正常发电,实现了对波浪能的收集,多个发电体串并联整合输出,即可为海岛或海岸设施供电。(The invention discloses a floating type wave power generation device which at least comprises a power generation body, wherein the power generation body is a floating cabin body with a hollow cavity, the bottom of the floating cabin body is connected with a fixed anchor, one part of the floating cabin body is positioned on the sea surface, the other part of the floating cabin body is positioned below the sea surface, a plurality of friction power generation bodies are arranged in the floating cabin body, and the friction power generation bodies are connected in series and in parallel. The floating cabin body of the invention follows the shaking generated by the waves and is transmitted to the friction power generation body by the spring, before the second wave arrives, the shaking nanometer friction power generation body can continuously work, the wave energy is better utilized, even if the wave energy is very small, the normal power generation can be realized, the collection of the wave energy is realized, and a plurality of power generation bodies are connected in series and in parallel and integrated to output, thus the power supply can be provided for islands or coastal facilities.)

1. The utility model provides a float formula wave power generation device, includes a generator at least, the generator is for having the floating cabin body of well cavity, and the floating cabin body bottom is connected the anchor, makes the floating cabin body partly be located the sea, and partly lies in the sea, sets up a plurality of friction generators in the floating cabin body, and a plurality of friction generator establish ties.

2. A floating wave power unit as claimed in claim 1, wherein: the floating cabin is characterized in that a mounting rack is arranged in a hollow cavity of the floating cabin body, the mounting rack comprises a plurality of main beams forming a frame body outer frame, and a plurality of partition beams and a plurality of partition plates which are arranged between the main beams and divide a plurality of spaces in the mounting rack, a plurality of friction power generation bodies are installed in each space, and the space behind the friction power generation bodies is sealed by the partition plates.

3. A floating wave power unit as claimed in claim 1, wherein: one end of the friction power generation body is fixed on the spring, the other end of the friction power generation body is suspended, and the other end of the spring is fixed on the mounting frame.

4. A floating wave power unit as claimed in claim 1, wherein: the floating bin body is a combination of a cylinder and a cone at the bottom, and a balance weight is arranged in the cone.

5. A floating wave power unit according to claim 4, characterized in that: the friction power generation body is arranged perpendicular to or parallel to the cross section of the cylinder.

6. A floating wave power unit as claimed in claim 1, wherein: the output ends of the plurality of power generation bodies are connected in series and in parallel.

7. A floating wave power unit as claimed in claim 1, wherein: the friction power generation body is a shaking nanometer friction power generation body.

Technical Field

The invention relates to a power generation device, in particular to a floating type wave power generation device.

Background

Wave power generation is a new energy power generation mode pursued by people, and waves mean that local particles of liquid with a free surface leave an original balance position to do periodic fluctuation movement after being disturbed, although the waves have certain energy, the energy of the waves is difficult to utilize and unstable, the energy in different time periods can be sent and changed, the fluctuation of the waves is uncertain, and the existing equipment cannot collect and convert the energy.

Disclosure of Invention

The invention aims to overcome the defects in the prior art and provides a floating type wave power generation device.

In order to achieve the purpose, the technical means adopted by the invention is as follows: the utility model provides a float formula wave power generation device, includes a generator at least, the generator is for having the floating cabin body of well cavity, and the floating cabin body bottom is connected the anchor, makes the floating cabin body partly be located the sea, and partly lies in the sea, sets up a plurality of friction generators in the floating cabin body, and a plurality of friction generator series-parallel connection.

Further, the friction power generator is a shaking nanometer friction power generator.

Furthermore, a mounting rack is arranged in the hollow cavity of the floating bin body, the mounting rack comprises a plurality of main beams forming a frame body outer frame, a plurality of partition beams and a plurality of partition plates, the partition beams and the partition plates are located among the main beams and divide a plurality of spaces in the mounting rack, a plurality of friction power generation bodies are installed in each space, and the spaces behind the friction power generation bodies are sealed through the partition plates.

Furthermore, one end of the friction power generation body is fixed on the spring, the other end of the friction power generation body is suspended, and the other end of the spring is fixed on the mounting frame.

Furthermore, the floating bin body is a combination of a cylinder and a cone at the bottom, and a balance weight is arranged in the cone.

Further, the triboelectric generator is installed perpendicular or parallel to the cross section of the cylinder.

Furthermore, the output ends of the plurality of power generation bodies are connected in series and in parallel.

The invention has the beneficial effects that: the buoyancy tank body follows the rocking of wave production, gives the friction electricity generation body by the spring transmission, and before the second wave arrives for rock the sustainable work of nanometer friction electricity generation body, better utilization the wave energy, even also can normally generate electricity under very little wave energy, realized the collection to wave energy, a plurality of generators connect in series and parallel integration output, can be for island or coast facility power supply.

Drawings

The invention is further illustrated with reference to the following figures and examples.

FIG. 1 is a schematic structural diagram of the present invention.

In the figure: 1. the generator, 2, the floating cabin body, 3, the anchor, 4, the friction electricity generation body, 5, counter weight, 6, mounting bracket, 7, spring.

Detailed Description

As shown in fig. 1, a floating type wave power generation device at least comprises a power generation body 1, wherein the power generation body 1 is a floating cabin body 2 with a hollow cavity, the bottom of the floating cabin body 2 is connected with a fixed anchor 3, one part of the floating cabin body 2 is positioned on the sea surface, the other part of the floating cabin body is positioned under the sea surface, a plurality of friction power generation bodies 4 are arranged in the floating cabin body 2, and the friction power generation bodies 4 are connected in series.

As an optimal structure, the friction generator 4 adopts a swaying nanometer friction generator, the floating cabin body 2 is a combination of a cylinder and a cone at the bottom, and a balance weight 5 is arranged in the cone. Preferably, a large portion of the cylinder leaks over the water surface, which is more conducive to wave absorption.

The floating cabin is characterized in that a mounting rack 6 is arranged in a hollow cavity of the floating cabin body 2, the mounting rack 6 comprises a plurality of main beams forming a frame body outer frame and a plurality of partition boards, the plurality of partition beams and the plurality of partition boards divide a plurality of spaces in the mounting rack, a plurality of friction power generation bodies are installed in each space, and the space behind the friction power generation bodies is sealed by the partition boards.

One end of the friction power generation body 4 is fixed on the spring 7, the other end of the friction power generation body is suspended, and the other end of the spring 7 is fixed on the mounting frame.

The friction electricity generating body 4 is installed perpendicular to or parallel to the cross section of the cylinder.

Do a hollow cylindrical buoyancy tank body, the internal mounting bracket that sets up of buoyancy tank, the friction electricity generation body passes through spring mounting on the mounting bracket, the spring constitutes a combination of rocking with the friction electricity generation body, owing to set up counter weight 5 in the cone, the impact of wave makes the buoyancy tank body like a tumbler like this, the cone part gos deep into the surface of water, more can increase the swing of cylinder part, each wave strikes and all can make the slope of the buoyancy tank body rock, then this kind of slope is rocked and can be driven friction electricity generation body friction electricity generation, and the spring is with this kind of energy storage of rocking, rock and make friction electricity generation body continuously generate electricity, come to next wave.

The floating cabin body of the invention follows the shaking generated by the waves and is transmitted to the friction power generation body by the spring, before the second wave arrives, the friction power generation body can work continuously, the wave energy is better utilized, even if the wave energy is very small, the power can be normally generated, the collection of the wave energy is realized, the output ends of a plurality of power generation bodies are connected in series and in parallel to integrate and output, the energy collected by each power generation body can be combined and used for supplying power for on-shore equipment facilities on an independent island or a shoreline.

Although particular embodiments of the invention have been described and illustrated in detail, it should be understood that various equivalent changes and modifications could be made to the above-described embodiments in accordance with the spirit of the invention, and the resulting functional effects would still fall within the scope of the invention.