CN202867103U

CN202867103U - All wind direction wind power generation device

Info

Publication number: CN202867103U
Application number: CN 201220617847
Authority: CN
Inventors: 韩永贵
Original assignee: Individual
Current assignee: Individual
Priority date: 2012-11-07
Filing date: 2012-11-07
Publication date: 2013-04-10
Anticipated expiration: 2022-11-07

Abstract

The utility model discloses an all wind direction wind power generation device which comprises a driving draft, stress grooves, a wind guide cover, a guide plate and a stand column. At least two driving wheel units are arranged on the driving shaft, and the driving wheel units are mutually staggered to the angle of the stress grooves, each driving wheel unit is composed of two to four stress grooves, the wind guide cover is fixed on the driving shaft by a wind guide cover support, and can rotate around the driving shaft. The wind guide cover is capable of leading airflow from the dead wind direction of the driving wheels to the stress grooves in the down-wind direction, and the guide plate enables the wind guide cover to lead wind power into the stress grooves on the driving shaft to maximum in any wind direction under the action of the wind power. When the all wind direction wind power generation device works, the function of the wind guide cover basically is not influenced by the resistance of the wind, and therefore the wind power generation device is capable of generating more electricity in any wind direction. The wind power propels the driving wheels to rotate through the stress grooves, the electricity can be generated when the driving wheel is connected with a generator, and therefore renewable energy resources such as petroleum and coal can not be consumed. The all wind direction wind power generation device can not be influenced by the wind direction, and does not influence ecological environment, the number of generators is not limited, and the all wind direction wind power generation device is beneficial for popularization and usage.

Description

A kind of Full-wind-direction wind power generation device

[technical field] the utility model relates to a kind of electricity generating device, is a kind of Full-wind-direction wind power generation device specifically.

[background technique] waits the growing tension of non-renewable energy resources with exhausted along with oil in the world is coal-fired, people are at Devoting Major Efforts To Developing with utilize waterpower, wind-force, solar energy generates electricity, in order to solve the growing power requirement of people, yet present waterpower, wind-driven generator and solar panels are large because investing, be subjected to the multiple odjective causes such as restriction of geographical conditions, popularity rate is greatly affected, large-scale hydroelectric installation, wind-driven generator, solar panels are difficult for building, how to utilize these reproducible natural waterpower, wind-force, solar energy resources generates electricity, and is the eager desire of numerous scientific workers and numerous people.

[summary of the invention] generates electricity for taking full advantage of these reproducible natural wind resources, satisfy the growing need for electricity of people, the purpose of this utility model provides a kind of Full-wind-direction wind power generation device, in order to save the non-renewable resources such as present oil, fire coal, to solve the need for electricity of people's growing tension.

For solving its technical problem, the technical solution adopted in the utility model is to design a kind of Full-wind-direction wind power generation device, just can send electricity and come after the live axle of this device connects generator.

A kind of Full-wind-direction wind power generation device of design, comprise live axle, stressed groove and air guide sleeve, described live axle is connected with generator, and generator is fixed on the column that joins with ground, this column is fixed on large ground during use, on live axle, be provided with at least the driving wheels of two stressed angle of the v-grooves that mutually stagger, each drives wheels and forms by 2 to 4 stressed grooves, drive wherein that stressed groove on the wheels is even to be connected on the live axle by same direction, so that this Full-wind-direction wind power generation device in use every stressed groove can both be accepted the impact of wind-force to greatest extent at downwind, and drive the driving wheel rotation, and can reduce wind-force to the resistance of stressed groove during upwind.Wherein, described stressed groove be a kind of bottom with the groove of camber or taper so that stressed groove can reduce the suffered resistance of live axle stressed groove of when rotation when upwind, like this this wind generating unit could be to greatest extent be electric energy with the Conversion of Energy of wind.Wherein, the design of air guide sleeve is for the stressed groove of the utility model device is imported the stressed groove of downwind at the wind-force of upwind, in order to improve wind-force to the impact capacity of stressed groove, increasing electricity output, air guide sleeve will be designed to the wind shield of approximate half-circular because of the rotating fairing of driving wheel by the part of driving wheel, be connected with live axle by support, and air guide sleeve can freely rotate around live axle, because the effect of air guide sleeve, the driving wheel upwind does not have the impact of wind-force (in the impact of the characteristic of air-flow, formed a backflow that makes progress in the semi-circle of air guide sleeve, just consistent with the driving wheel sense of rotation) like this, this wind generating unit in use stressed groove just is not subjected to the resistance of too many wind basically, only is used for the impact force of the air-flow that generates electricity.Wherein, be designed with guide plate at the afterbody of air guide sleeve, this guide plate can allow air guide sleeve remain on the optimum position under the effect of wind-force all the time, allows driving wheel be subject to the impact of maximum wind power, and this electricity generating device just can maintain best generating state like this.

This model utility compared with prior art has following substantive distinguishing features and remarkable progress:

1, the live axle because of this drive unit is provided with at least two driving wheels, drive wheels at each and be provided with 2 to 4 stressed grooves, and stressed groove is connected on the live axle by same direction.And be designed with air guide sleeve, afterbody at air guide sleeve has guide plate, because the characteristic of wind-force, this wind generating unit, under the effect of air guide sleeve, stressed groove promotes the driving wheel rotation, substantially is not subjected to the drag effects of wind-force, and can remains consistent with wind direction, therefore, stressed groove can produce larger thrust under the effect of wind-force, promote the live axle rotation, as long as connect generator at live axle, just can send electricity comes, according to the actual conditions of wind-force, connect many at live axle and drive wheels, the electricity that just can send different capacity comes and does not consume petroleum, the energy that coal etc. are non-renewable.

2, using scope is wide, and this device can be installed in the place of Air Flow, on high mountain, Plain, roof, steamer.

3, because this apparatus structure is simple, make easily, cheap, and not wind-engaging to impact, as long as there is the place of Air Flow all can build generating, therefore be conducive to apply.

[Figure of description] the utility model is described in further detail below in conjunction with the drawings and specific embodiments.

Fig. 1 is structural representation plan view of the present utility model (not comprising air guide sleeve)

Fig. 2 is the plan view of Fig. 1.

Fig. 3 is enforcement sketch of the present utility model.

Among the figure: 1 column, 2, live axle, 3, stressed groove, 4, air guide sleeve, 5, the air guide sleeve support, 6, guide plate, 7, generator.

[embodiment] is with reference to accompanying drawing: be fixedly connected with at least 2 at a live axle 2 and drive wheels (only drawing among the figure), be connected with respectively stressed groove 3 on every driving wheels, and the groove part of stressed groove 3 is towards downwind, in order to accept the impact of air-flow, be fixed with generator 7 at the top of column 1, and live axle 2 is connected with the rotating shaft of generator 7, be designed with air guide sleeve 4 in the upwind that drives wheels, and be fixed on the live axle 2 by support 5, air guide sleeve can freely be rotated around live axle 2, air guide sleeve 4 can import the air-flow that drives the wheels upwind the stressed groove of downwind, give the larger impact of stressed groove, afterbody at air guide sleeve 4 is designed with guide plate 6, guide plate 6 can guarantee that air guide sleeve 4 can both import wind-force in the stressed groove 3 on the live axle 2 to greatest extent when any wind direction, during work, connecting generator on the live axle 2 of this device just can generate electricity, during generating, wind-force promotes driving wheel by stressed groove and live axle rotates together, and the generator rotation that connects on the moving live axle simultaneously just can be sent electricity and be come.

Claims

1. Full-wind-direction wind power generation device, comprise live axle, stressed groove, guide plate, air guide sleeve and column, it is characterized in that: described live axle is provided with the driving wheels of at least two stressed angle of the v-grooves that mutually stagger, and each drives wheels and forms by 2 to 4 stressed grooves; Air guide sleeve can import the air-flow of driving wheel upwind in the stressed groove of downwind; Guide plate all imports wind-force can be at any wind direction under the effect of wind-force the time in the stressed groove on the live axle to greatest extent.

2. a kind of Full-wind-direction wind power generation device according to claim 1, it is characterized in that: described stressed groove bottom is the groove of arc or taper, and connects by same direction at live axle.

3. a kind of Full-wind-direction wind power generation device according to claim 1 is characterized in that: described air guide sleeve is by the upwind of driving wheel rotation, is fixed on the live axle by the air guide sleeve support, and can rotates around live axle; The air guide sleeve forward part can import the air-flow of driving wheel upwind the stressed groove of downwind.