CN209308888U

CN209308888U - Wind power generator with auxiliary power

Info

Publication number: CN209308888U
Application number: CN201821687355.2U
Authority: CN
Inventors: 陈壬洲
Original assignee: Chen Ziying
Current assignee: Chen Ziying
Priority date: 2018-08-02
Filing date: 2018-10-18
Publication date: 2019-08-27
Anticipated expiration: 2028-10-18

Abstract

The utility model discloses an auxiliary power's aerogenerator contains: the wind generating set is provided with a plurality of fan blades and a bracket, wherein each fan blade is arranged on the bracket, each fan blade is provided with an air blowing hole, and the bracket is provided with an air conveying channel communicated with each air blowing hole in a penetrating way; the sea wave inflation set inflates air towards the air transmission channel by virtue of the sea wave inflation set, so that the air is discharged from the air blowing hole, and the wind driven generator can generate electricity by utilizing wind power and can also generate electricity by utilizing the rotation of sea waves.

Description

The wind-driven generator of auxiliary power

Technical field

The utility model relates to wind-driven generators, especially with regard to a kind of wind-driven generator of auxiliary power.

Background technique

Progress and social evolution, the finite energy resources such as petroleum, natural gas, matchmaker due to science and technology largely and are rapidly opened One of the problem of digging, drives finite energy resource quickly to exhaust, therefore energy development has become global concern.

The current reproducible energy just has waterpower hair by obtaining in the environment such as water, wind, underground heat, firepower, the sun The devices such as electricity, wind-power electricity generation, thermal power generation, solar power generation are developed.

Since wind power generation plant not only has the advantages such as framework is simple, maintenance is convenient, environmental injury degree is low, Such as land and ocean can be arranged and flexible advantage in its place installed, therefore wind power generation plant is even more by weight Depending on.

Wind-driven generator be it is a kind of penetrate Wind power propelling flabellum, kinetic energy is converted to the power generation of electric power through the rotation of flabellum Mode, by its electricity generating principle it is found that wind-driven generator is a kind of power generator with territory restriction, not any country, Area's setting wind-driven generator can obtain satisfactory power benefit, and its reason is mainly the flabellum due to wind-driven generator Volume, weight are very big, to push flabellum and then the wind-force that generates electricity is other than the weight that must overcome flabellum itself, flabellum with Friction between relatively turnable spare part can just start turning after must being also overcome, it can be seen that starting wind-power electricity generation Wind-force must be extremely powerful, but for the angle of mechanics, and after the maximum static friction power for overcoming starting wind-power electricity generation, Though the friction after flabellum starts turning may be decreased, but still the weight that must overcome flabellum could continuously generate electricity； In this way, when the wind-driven generator setting area deficiency in draught or can not be long when continue when, also you can't get satisfied hairs Electric benefit.

Utility model content

The purpose of this utility model is that preventing wind-driven generator because wind-force deficiency can not continue the missing to generate electricity, in turn Wind-driven generator can be continued to generate electricity.

To achieve the aforementioned purpose, the utility model provides a kind of wind-driven generator of auxiliary power, includes:

One wind power generating set has multiple flabellums and a bracket, and respectively the flabellum is installed on the bracket, and the respectively flabellum It is respectively provided with a gas hole, and the bracket provides the gas distribution channel for being connected to the respectively gas hole.

One hypo inflation group has an ontology and an air valve part, which has a plenum space, and wears on the ontology There are one first filling channel and one second filling channel being connected to the gas distribution channel, and has provided on the ontology and connected with outside again Logical one first air inlet and one second air inlet, and first filling channel, second filling channel, first air inlet and Second air inlet is installed with a Non-return air valve respectively, which has one to push away air parcel, a pitman and a floating block, this pushes away gas It is packaged to be set in the plenum space, and the plenum space is divided into one first space and a second space, first inflation is logical Road and first air inlet are connected to first space, and second filling channel and second filling channel are connected to the second space, Wherein one end of the pitman connects this and pushes away air parcel, and the other end of the pitman connects the floating block, which is provided with being placed in On sea.

Whereby, the floating block is with shifting, by the floating block drive the pitman and this push away air parcel, so that this is pushed away air parcel will Air in the plenum space is pushed into the gas distribution channel and is discharged from the gas hole.

In a preferred embodiment, which has a top surface and a bottom surface, and the top surface and the bottom surface are empty towards the inflation Between, and it is a vertical direction that the top surface, which extends to the bottom surface, and the top surface is located at first space, and the bottom surface be located at this second Space, this pushes away air parcel and is displaced along the vertical direction.

In a preferred embodiment, it is installed with an air outlet valve respectively on first filling channel and second filling channel, And it is installed with an intake valve respectively on first air inlet and second air inlet.

A kind of wind-driven generator of auxiliary power includes:

One wind power generating set has multiple flabellums and a bracket, and respectively the flabellum is installed on the bracket, respectively on the flabellum It is respectively provided with a catch basin, and the wind-driven generator has an energy conversion unit and a charge storage unit, the energy of flabellum rotation Amount is converted to electric power by the energy conversion unit, and the energy conversion unit is connect with the charge storage unit, whereby by the energy The energy storage of converting unit conversion is in the charge storage unit.

One water plug is connect with the charge storage unit, which has a Water-pumping motor and a water-supply-pipe, this draws water Motor is provided with drawing water, and wherein one end of the water-supply-pipe connects the Water-pumping motor, and the other end of the water-supply-pipe has a water outlet, The position of the corresponding respectively catch basin of the flabellum of the water outlet.

In a preferred embodiment, be respectively respectively provided with an interconnecting piece and a carrier on the undertaking leaf, the interconnecting piece its Middle one end connects the carrier, which can accept the water of water outlet discharge, and then the wind power generating set is driven to rotate.

Whereby, which can be discharged water through the water outlet is accepted, and the wind-driven generator is allowed to generate power And power is converted into electric power by the energy conversion unit, and electric power is stored to the charge storage unit.

Detailed description of the invention

Fig. 1 is the utility model structural schematic diagram in first embodiment.

Fig. 2 is the partial enlarged view of the utility model gas hole of fan in first embodiment.

Fig. 3 is the utility model another status diagram of hypo inflation group in inflation in first embodiment.

Fig. 4 is the utility model structural schematic diagram in second embodiment.

Fig. 5 is the utility model structural configuration figure in second embodiment.

Fig. 6 is structure chart of the utility model in 3rd embodiment.

Fig. 7 is structure chart of the utility model in fourth embodiment.

Fig. 8 is the cross-sectional view of the utility model fan in the 5th embodiment.

Description of symbols

Wind power generating set 10

Flabellum 11

Gas hole 111

Catch basin 112

Solution tank 113

First end 113A

Second end 113B

Communicating pipe 114

Extension 115

Bracket 12

Gas distribution channel 121

Accept leaf 13

Interconnecting piece 131

Carrier 132

Hypo inflation group 20

Ontology 21

Plenum space 211

First space 211A

Second space 211B

Top surface 212

Bottom surface 213

First filling channel 214

Second filling channel 215

First air inlet 216

Second air inlet 217

Air outlet valve 218

Intake valve 219

Air valve part 22

Push away air parcel 221

Pitman 222

Floating block 223

Energy conversion unit 30

Charge storage unit 40

Water plug 50

Water-pumping motor 51

Water-supply-pipe 52

Water outlet 521

Vertical direction Y.

Specific embodiment

It please refers to Fig.1 to Fig.3, a kind of wind-driven generator of auxiliary power of the utility model is in one embodiment, packet Contain:

One wind power generating set 10 has multiple flabellums 11 and a bracket 12, and respectively the flabellum 11 is installed on the bracket 12, And respectively the flabellum 11 is respectively provided with a gas hole 111, and the bracket 12 provides the gas distribution channel for being connected to the respectively gas hole 111 121。

One hypo inflation group 20, has an ontology 21 and an air valve part 22, which has a plenum space 211, one Top surface 212 and a bottom surface 213, the top surface 212 and the bottom surface 213 are towards the plenum space 211, and the top surface 212 extends to this Bottom surface 213 is a vertical direction Y, be equipped on the ontology 21 one first filling channel 214 being connected to the gas distribution channel 121 and One second filling channel 215, and one first air inlet 216 being connected to outside and one second air inlet are provided on the ontology 21 again Hole 217, which, which has, one pushes away air parcel 221, a pitman 222 and a floating block 223, this, which pushes away air parcel 221 and is installed in this, fills In headroom 211, and the plenum space 211 is divided into one first space 211A and a second space 211B, first inflation Channel 214 and first air inlet 216 are connected to first space 211A, and the top surface 212 is located at first space 211A, this Two filling channels 215 and second filling channel 215 are connected to second space 211B, and the bottom surface 213 is located at the second space 211B, wherein one end of the pitman 222 connects this and pushes away air parcel 221, and the other end of the pitman 222 connects the floating block 223, The floating block 223 is provided with being placed on sea.

Whereby, the floating block 223 is with shifting, by the floating block 223 drive the pitman 222 and this push away air parcel 221, Make this push away air parcel 221 air in the plenum space 211 is pushed into the gas distribution channel 121 and is discharged from the gas hole 111.

In a preferred embodiment, one is installed with respectively on first filling channel 214 and second filling channel 215 to go out Air valve 218, and it is installed with an intake valve 219 respectively on first air inlet 216 and second air inlet 217.

The above are the utility model in the structural configuration and its connection relationship of one embodiment, and the utility model first The usage mode of embodiment is as described below:

Fig. 1 and Fig. 3 is please referred to, which is driven by sea, makes the floating block 223 along vertical direction Y direction The top surface 212 is mobile, enables this push away air parcel 221 and pushes towards the top surface 212, pushes away air parcel 221 for first space 211A by this Air from first filling channel 214 be pushed into the gas distribution channel 121, and sea decline when, drive the floating block 223 by sea It is displaced along vertical direction Y, and then allows this to push away air parcel 221 and moved along vertical direction Y towards the bottom surface 213, this pushes away gas While block 221 is mobile, this pushes away air parcel 221 and the air of second space 211B is squeezed into second filling channel 215, and air is logical It crosses the gas distribution channel 121 to spray from the respectively gas hole 111, spray air by the respectively gas hole 111 and then allows the respectively flabellum 11 Rotation.

Specifically, since it is installed with the air outlet valve 218 on first filling channel 214 and second filling channel 215, And the intake valve 219 is installed on first air inlet 216 and second air inlet 217, therefore this pushes away air parcel 221 in the inflation When be displaced in space 211 along vertical direction Y, the air in the first space 211A and second space 211B only can be from this First filling channel 214 and second filling channel 215 discharge, and only can be from first air inlet 216 and second air inlet 217 air inlet of hole.

Fig. 4 and Fig. 5 is please referred to, the utility model does not have the hypo inflation group 20, and the wind in second embodiment Power generator group 10 does not simultaneously have the gas hole 111 and the gas distribution channel 121.

A catch basin 112, and the wind power generating set 10 are respectively provided on respectively flabellum 11 of the wind power generating set 10 With an energy conversion unit 30 and a charge storage unit 40, the energy of the flabellum 11 rotation is converted by the energy conversion unit 30 For electric power, and the energy conversion unit 30 is connect with the charge storage unit 40, the energy for whereby converting the energy conversion unit 30 It is stored in the charge storage unit 40.

One water plug 50 is connect with the charge storage unit 40, which has a Water-pumping motor 51 and a water delivery Pipe 52, which is provided with drawing water, and wherein one end of the water-supply-pipe 52 connects the Water-pumping motor 51, the water-supply-pipe 52 The other end has a water outlet 521, and the position of the corresponding respectively catch basin 112 of the flabellum 11 of the water outlet 521 makes the water outlet When 521 water outlet, water energy is enough undertaken in one of them catch basin 112.

So that the energy conversion unit 30 is generated electric power by the wind power generating set 10, and electric power is stored in the storage list In member 40, and the water plug 50 is connect with the charge storage unit 40, provides 50 power of water plug by the charge storage unit 40, Enable the water plug 50 that water is evacuated to the water outlet 521.

The above are the utility model in the structural configuration and its connection relationship of second embodiment, and the utility model second The usage mode of embodiment is as described below:

Referring to Fig. 4, respectively flabellum 11 of the wind power generating set 10 is brushed by wind-force and is rotated, each 11 turns of flabellum Dynamic kinetic energy is transferred to the energy conversion unit 30, is converted into electric power by the energy conversion unit 30, and by electric power store to In the charge storage unit 40, and the charge storage unit 40 provides 50 electric power of water plug, and the motor of the water plug 50 is enable to take out Water, and then water is evacuated to the water outlet 521, it accepts by the water outlet 521 discharge water to the catch basin 112 of the respectively flabellum 11 Interior, respectively the flabellum 11 is rotated by the water accepted in the catch basin 112, and the flabellum 11 rotation can generate kinetic energy again, by The energy conversion unit 30 converts kinetic energy into electric energy, and provides electric energy to the water plug 50 and water is evacuated to the water outlet 521, Persistently to generate electricity.

Referring to Fig. 6, the wind power generating set 10 separately has multiple undertaking leaves in the utility model third embodiment 13, an interconnecting piece 131 and a carrier 132 are respectively respectively provided on the undertaking leaf 13, wherein one end connection of the interconnecting piece 131 should Carrier 132, which can accept the water of the water outlet 521 discharge, and then drive 10 turns of the wind power generating set It is dynamic.

Referring to Fig. 7, the utility model in the 4th embodiment, is respectively respectively provided with a solution tank 113 in the flabellum 11, Respectively the solution tank 113 is respectively provided with a first end 113A and a second end 113B, first end 113A are leaned on compared with second end 113B The nearly catch basin 112, and second end 113B is then compared with first end 113A far from the catch basin 112, respectively the flabellum 11 has respectively There is a connecting pipe 114, which is connected to the catch basin 112 and outside, can be towards the respectively solution by the communicating pipe 114 113 liquid filling body of slot is without filling liquid, and liquid can flow in the solution tank 113 whereby, when the flabellum 11 turns from eminence When to lower, the liquid in the solution tank 113 flows to first end 113A from second end 113B, and then makes the kinetic energy of rotation Increase, and when the flabellum 11 turns to eminence from lower, the liquid in the solution tank 113 from first end 113A flow to this second End 113B, and then the kinetic energy of reduction rotation, and then enable to improve the torque rotated and make the respectively flabellum 11 persistently rotation power generation.

Referring to Fig. 8, respectively the gas hole 111 is separately connected an extension in the 5th embodiment of the utility model 115, respectively wherein one end of the extension 115 connects the respectively gas hole 111, and the respectively other end bending of the extension 115 and court To the flabellum 11, allow the wind of the respectively gas hole 111 blowout that can be oriented to the respectively flabellum 11 by the respectively extension 115 whereby, into And each flabellum can be rotated by the wind that the respectively extension 115 is blown out.

More preferably, when typhoon, water can be full of the respectively solution tank 113 from the respectively communicating pipe 114, respectively should made The weight of flabellum increases, and then can prevent from being easy the problem of damaging because typhoon blows Buddhist quick rotation.

Whereby, which can allow the wind power generating set through the water for accepting the water outlet 521 discharge Power is simultaneously converted to electric power by the energy conversion unit 30 by 10 generation power, and electric power is stored to the charge storage unit 40.

The above is only the preferred embodiment of the utility model, it is not used to limit the utility model.For the skill of this field For art personnel, various modifications and changes may be made to the present invention.Within the spirit and principle of the utility model, made Any modification, equivalent substitution, improvement and etc., should be included within the scope of protection of this utility model.

Claims

1. a kind of wind-driven generator of auxiliary power, it is characterised in that: include:

One wind power generating set has multiple flabellums and a bracket, and respectively the flabellum is installed on the bracket, and respectively the flabellum is distinguished With a gas hole, and the bracket provides the gas distribution channel for being connected to the respectively gas hole；

One hypo inflation group, have an ontology and an air valve part, the ontology have a plenum space, and be equipped on the ontology with One first filling channel and one second filling channel of gas distribution channel connection, and provide on the ontology and to be connected to external One first air inlet and one second air inlet, the air valve part have one to push away air parcel, a pitman and a floating block, this pushes away air parcel installing In in the plenum space, and the plenum space is divided into one first space and a second space, first filling channel and should First air inlet is connected to first space, and second filling channel and second filling channel are connected to the second space, the connection Wherein one end of stick connects this and pushes away air parcel, and the other end of the pitman connects the floating block, which is provided with being placed on sea；

Whereby, the floating block is with shifting, by the floating block drive the pitman and this push away air parcel, so that this is pushed away air parcel and fill this Air in headroom is pushed into the gas distribution channel and is discharged from the gas hole.

2. the wind-driven generator of auxiliary power as described in claim 1, it is characterised in that: the ontology has a top surface and one Bottom surface, the top surface and the bottom surface are towards the plenum space, and it is a vertical direction that the top surface, which extends to the bottom surface, and top surface position In first space, and the bottom surface is located at the second space, this pushes away air parcel and is displaced along the vertical direction.

3. the wind-driven generator of auxiliary power as described in claim 1, it is characterised in that: first filling channel and this An air outlet valve is installed on two filling channels respectively, and is installed with an air inlet respectively on first air inlet and second air inlet Valve.

4. the wind-driven generator of auxiliary power as described in claim 1, it is characterised in that: be separately connected on each gas hole One extension, respectively wherein one end of the extension is separately connected the respectively gas hole, and the respectively other end bending of the extension and court To the respectively flabellum.

5. a kind of wind-driven generator of auxiliary power, it is characterised in that: include:

One wind power generating set has multiple flabellums and a bracket, and respectively the flabellum is installed on the bracket, respectively on the flabellum respectively With a catch basin, and the wind power generating set has an energy conversion unit and a charge storage unit, the energy of flabellum rotation Electric power is converted to by the energy conversion unit, and the energy conversion unit is connect with the charge storage unit, whereby turns the energy The energy storage of cell translation is changed in the charge storage unit；

One water plug is connect with the charge storage unit, which has a Water-pumping motor and a water-supply-pipe, the Water-pumping motor It is provided with drawing water, and wherein one end of the water-supply-pipe connects the Water-pumping motor, the other end of the water-supply-pipe has a water outlet, should go out The position of the corresponding respectively catch basin of the flabellum in the mouth of a river.

6. the wind-driven generator of auxiliary power as claimed in claim 5, it is characterised in that: the wind power generating set separately has Multiple undertaking leaves, are respectively respectively provided with an interconnecting piece and a carrier on the undertaking leaf, wherein one end of the interconnecting piece connects this and holds Socket part, the carrier can accept the water of water outlet discharge, and then the wind power generating set is driven to rotate.

7. a kind of wind-driven generator of auxiliary power, it is characterised in that: include:

One wind power generating set has multiple flabellums and a bracket, and respectively the flabellum is installed on the bracket, and respectively the flabellum is distinguished With a gas hole, and the bracket provides the gas distribution channel for being connected to the respectively gas hole, and it is molten to be respectively respectively provided with one in the flabellum Liquid bath, respectively the solution tank is respectively provided with a first end and a second end；

Whereby, liquid can flow in the solution tank, when the flabellum turns to lower from eminence, liquid in the solution tank from The second end flows to the first end, and then increases the kinetic energy of rotation, and when the flabellum turns to eminence from lower, the solution tank Interior liquid flows to the second end from the first end.

8. the wind-driven generator of auxiliary power as claimed in claim 7, it is characterised in that: each flabellum is respectively provided with a company Siphunculus, the communicating pipe are connected to the solution tank and outside, can be towards the respectively solution tank liquid filling body without by liquid by the communicating pipe It fills.

9. the wind-driven generator of auxiliary power as claimed in claim 7, it is characterised in that: be respectively provided with one on each flabellum Catch basin, and the wind power generating set has an energy conversion unit and a charge storage unit, the energy of flabellum rotation is by this Energy conversion unit is converted to electric power, and the energy conversion unit is connect with the charge storage unit, whereby by the energy conversion unit The energy storage of conversion is in the charge storage unit；One water plug is connect with the charge storage unit, which has one to draw water Motor and a water-supply-pipe, which is provided with drawing water, and wherein one end of the water-supply-pipe connects the Water-pumping motor, the water-supply-pipe The other end there is a water outlet, the position of the corresponding respectively catch basin of the flabellum of the water outlet.