CN201731412U

CN201731412U - Simple illuminating device by utilizing wind power or solar energy to realize power generation and energy storage

Info

Publication number: CN201731412U
Application number: CN2010200363036U
Authority: CN
Inventors: 戴忠勇
Original assignee: Individual
Current assignee: Individual
Priority date: 2010-01-05
Filing date: 2010-01-05
Publication date: 2011-02-02
Anticipated expiration: 2020-01-05

Abstract

The utility model discloses a simple illuminating device by utilizing wind power or solar energy to realize power generation and energy storage. Mainly, a light source body is arranged on a main bracket; at least one wind power generating module and a solar panel are detachably combined on the main bracket; the main bracket can be easily assembled and combined at the upper part of a supporting rod; and an electric box can be fixed on the main bracket or the supporting rod, wherein a power source integrity conversion module and a storage battery are contained inside the electric box, therefore, the wind power generating module and the solar panel can respectively receive the driving energy of outside wind power or the solar irradiation energy to generate electricity which can be connected to the power source integrity conversion module through a lead wire and then can be stored in the storage battery. Moreover, the battery not only can directly supply electricity needed by the light source body, but also can supply electricity needed by other electric appliances though a power source output socket. When in use, the simple illuminating device can change the power generation method at random according to requirements; therefore, the variability in use and the convenience in assembling can be improved.

Description

Utilize the easy lighting device of wind-force or solar electrical energy generation and energy storage

Technical field

The utility model is relevant a kind of easy lighting device that utilizes wind-force or solar electrical energy generation and energy storage, especially refer to a kind of modular combination that utilizes, can be according to varying environment or demand and conversion wind-force or solar electrical energy generation unit, with the supply illuminating power and store the device of dump energy.

Background technology

Along with the consciousness of environmental protection and energy saving is constantly surging, various natural force (the solar energy that utilize, wind-force, waterpower etc.) generating also constantly is developed innovation with the required device of supply daily life, for example: No. 2992221, TaiWan, China patent announcement M " in conjunction with the electricity generation system of wind-force and solar energy ", M315777 number " adjustable solar and wind power generation structure ", No. 316997 utility model patent cases such as " solar energy; wind-force; the comprehensive power storage system of waterpower " of M, it has all disclosed at least the structure with solar energy and wind-power electricity generation, in addition just like bulletin No. 316970, M " having the solar energy and the wind-power electricity generation street lamp of the effect of bird thorn concurrently ", No. 356845 utility model patent cases such as " using the street lamp of natural energy resources " of M, it has disclosed the technological means with solar energy and wind-power electricity generation supply street lamp required electric power; Yet, the structure of above-mentioned each case all has a main feature, be it and all aim at specific environment or demand occasion and the application specific architecture that designs, and can't be at different demands or application and change its package assembly (for example :) fast separately with solar energy or wind-power electricity generation, the variability on shortage is used and the convenience of assembling, simultaneously, the structure that in each patent case, is disclosed with this solar energy and wind-power electricity generation supply street lamp demand, itself and no-trump electric energy are derived separately to supply the external electric device required design, therefore also lack the facility of using that reaches hommization of sharing.

Because the common device of natural force generating that utilizes has above-mentioned shortcoming, the applicant is the road at those shortcoming research improvement, has the utility model to produce finally.

The utility model content

The technical problems to be solved in the utility model is to provide a kind of easy lighting device that utilizes wind-force or solar electrical energy generation and energy storage, it gives modularization with wind power generation module, solar panels and required electronic box structure, and removably be incorporated on the main support, can be on demand during use and conversion generation mode arbitrarily, use the variability that promotes on using and the convenience of assembling.

For solving the problems of the technologies described above, the technical scheme that the utility model adopted comprises: a main support; One light source body is arranged on this main support; One wind-force or device of solar generating removably are incorporated on this main support, provide this light source body required electric energy for the driving of accepting external wind or solar energy; One electronic box removably is incorporated on this main support, and its inside has a battery at least and is electrically connected on this wind-force or device of solar generating.

According to said structure, wherein this wind-force or device of solar generating comprise a wind power generation module at least.This wind power generation module removably is incorporated on this main support with a generator, and this generator also links at least one wind drive blade.

This generator is fixed on via one that the pivot part of default side stand links on the main support.

This wind drive blade is a plurality of outside radiation-like and extends, and is provided with the wind-collecting cover that a ring-type is outwards expanded gradually in each wind drive blade outer circumferential side.

According to said structure, wherein this wind-force or device of solar generating comprise that at least one can accept to shine upon and produces the solar panels of electric energy.

Be provided with an angle-adjusting mechanism between these solar panels and this main support.

This solar panels bottom side is provided with a connecting support with slotted hole, and this angle-adjusting mechanism is by the two upper and lower extensions that cross on the main support, and one flexible adjusting lever form, and should go up extension and be articulated in this connecting support one end, and a end that should flexible adjusting lever stretches into and forms slippage in the slotted hole of this connecting support, the other end of flexible adjusting lever then stretch into this lower extension and form different telescopic locations combination.

This solar panels bottom side is provided with a connecting support, and is provided with a support in this main support, and this angle-adjusting mechanism is one to be articulated in the pin connected assembly between this connecting support, the support.

This support top side is provided with a portion, be provided with a jack in these central authorities of, and be provided with a plurality of locating holes in all sides of this jack, and this angle-adjusting mechanism is arranged on the pillar, is provided with a protruding slotting portion in this column bottom, can be for stretching in the jack of this support, be provided with the stop section in this protruding slotting portion week side, be provided with a plurality of slotted holes in this stop section and correspond respectively to each locating hole, stretch into locating hole after passing slotted hole respectively for a plurality of positioning components, with this pillar in conjunction with being fixed on the support.

This main support by the relative clamping of disymmetrical arc half housing on a pole.

This disymmetrical arc half housing is articulated with a side, and is respectively equipped with at least one corresponding coupling unit and joint portion in disymmetrical arc half housing opposite side, and by this joint portion link this coupling unit form link fixing.

The beneficial effects of the utility model are: the utility model gives modularization with wind power generation module, solar panels and required electronic box structure, and removably be incorporated on the main support, can be on demand during use and conversion generation mode arbitrarily, use the variability that promotes on using and the convenience of assembling.In addition, but it has the battery of a store electrical energy, and the output of this battery and be electrically connected a power output socket, so that the outside required electric energy of supply.

Description of drawings

Below in conjunction with the accompanying drawing and the specific embodiment the utility model is described in further detail:

Fig. 1 is a main support organigram of the present utility model.

Fig. 2 is a structure decomposition map of the present utility model.

Fig. 3 is the solid combination schematic diagram of the utility model first embodiment.

Fig. 4 is the combination section of the utility model first embodiment.

Fig. 5 is the solid combination schematic diagram of the utility model second embodiment.

Fig. 6 is the combination section of the utility model second embodiment.

Fig. 7 is the decomposition chart of the utility model the 3rd embodiment.

Fig. 8 is the adjustment action diagram of the utility model the 3rd embodiment.

Description of reference numerals is as follows among the figure:

The 1st,

main support

11,12 is half housings

111, the 121st, interior rubbing surface 112 is joint portions

The 122nd, coupling unit 13 is side stands

131, the 162nd, jack the 14, the 44th, angle-adjusting mechanism

The 141st, last extension 142 is lower extension

The 143rd, adjusting hole 144 is flexible adjusting levers

The 145th, combined hole 15 is hanging fasteners

The 151st, recess 16 is supports

The 161st, a portion 163 is locating holes

The 2nd, light source body 21 is lateral frames

The 3rd, wind power generation module the 31, the 452nd, protruding slotting portion

The 311st, pivot part 32 is generators

The 33rd, wind drive blade 331 is wind-collecting covers

The 4th, solar panels the 41, the 43rd, connecting support

The 45th, pillar 451 is stop sections

The 454th, positioning component the 42, the 453rd, slotted hole

The 5th, pole 51 is power output sockets

The 52nd, voltmeter 6 is electronic boxs

The 61st, hook portion 7 is pedestals

The specific embodiment

See also Fig. 1, shown in 2, obviously can find out, the utility model mainly comprises: main support 1, light source body 2, wind power generation module 3, solar panels 4 and electronic box 6 etc. are partly, wherein this main support 1 is by disymmetrical arc

half housing

11,12 are articulated with a side, in this 2

half housing

11,12 inner surfaces then are respectively equipped with the interior rubbing surface 111 of great friction coefficient, 121, and be provided with at least one joint portion 112 (is an ostiolate tab portion) in diagram in these half housing, 11 opposite sides, then being provided with a corresponding coupling unit 122 in half housing, 12 opposite sides (is a bolt that is pivoted in the icon, and on this bolt, screw togather one and be convenient to hold the butterfly nut of commentaries on classics), make this 2

half housing

11,12 are sleeved on an end periphery of a pole 5, stretch in the joint portion 112 (opening of tab portion) with this coupling unit 122 (bolt), and screw togather packing with its butterfly nut, can make this 2

half housing

11,12 closely are packed in pole 5 ends, form one be easy to assembly and disassembly in conjunction with stationary state, this main support 1 then can be according to need respectively at

half housing

11,12 are provided with the side stand 13 of a L shaped bending, one hanging fastener 15 (being located in the diagram on half housing 11) and an angle-adjusting mechanism 14 (being located in the diagram on half housing 12), be provided with a jack 131 in these side stand 13 ends, this hanging fastener 15 can be provided with recess 151 in two sides according to need, and this angle-adjusting mechanism 14 by two be horizontally set with on, lower extension 141,142 and one flexible adjusting lever 144 is formed, be provided with a plurality of adjustment hole 143 in this lower extension 142, and be provided with at least one combined hole 145 in an end of flexible adjusting lever 144, utilize this combined hole 145 to be incorporated into different the adjustment in the hole 143, can make this flexible adjusting lever 144 form telescopic location on lower extension 142 changes, light source body 2 is the luminescence component (as: light emitting diode L E D) of a low power consuming, it can be arranged at this main support 1 (being located in the diagram on half housing 12) via a lateral frame 21, wind power generation module 3 mainly can drive the wind drive blade 33 that this generator 32 produces electric energy by a generator 32 and and be formed, this generator 32 can be incorporated in the protruding slotting portion 31 through a pivot part 311 according to need, and after making this protruding slotting portion 31 can insert in the jack 131 of this side stand 13, run through this two binding site with a plurality of coupling units (can be bolt and nut) again and located, so that this wind power generation module 3 forms firm the combination with main support 1, and this wind drive blade 33 is a plurality of outside radiation-like extensions, and be provided with the outwards wind-collecting cover 331 of expansion gradually of a ring-type in each wind drive blade 33 outer circumferential side, this wind-collecting cover 331 can cooperate pivot part 311 to make wind drive blade 33 go to correct direction collection and guiding wind-force, to drive this generator 32 generatings, the bottom side of solar panels 4 is provided with a connecting support 41 with slotted hole 42, and this connecting support 41 is hubbed on the extension 141, the end that the adjusting lever 144 that should stretch is exposed to lower extension 142 then can stretch into formation slippages in this slotted hole 42, make these solar panels 4 be carried out the change of a support angle, so that adjust relatively at the characteristic at sunshine of different territory of uses, use the efficient that reaches optimal absorption solar energy and convert it to electric energy, electronic box 6 is provided with hook portion 61 corresponding to recess 151 in the table side, be held on this recess 151 (or directly hook is held in hanging fastener 15) for hook, at least be provided with a battery in its inside, this battery is electrically connected on this wind power generation module 3 and solar panels 4 via lead, for storing this two electric energy of being exported, in addition in this battery and this wind power generation module 3, one power supply can be set between the solar panels 4 according to need integrate modular converter, use and integrate the charging of each energy source (wind power generation module 3 and solar panels 4), or the control battery is to the power supply distribution of external loading this battery.

See also Fig. 3,4, the structure of the utility model first embodiment is with this light source body 2 as can be known, wind power generation module 3, after solar panels 4 and electronic box 6 are individually fixed on the main support 1, again this main support 1 is incorporated into a pole 5 tops, the bottom of main support 1 then is directly fixed on ground (or other location) and forms a support, make this wind power generation module 3, solar panels 4 are able to according to aforementioned manner in the battery of electrical power storage in electronic box 6, and this battery produces institute's energy requirement of illuminating ray except that can directly supplying light source body 2, also can be electrically connected at least one power output socket 51 (can be arranged at other position on this pole 5) via lead, and show the supply voltage of these batteries by the voltmeter 52 of an adjacent setting), supplied the required of outside other electrical equipment by this power output socket 51.

See also Fig. 5,6, the structure of the utility model second embodiment then is fixed on the main support 1 with this light source body 2, wind power generation module 3 and solar panels 4 as can be known, again this main support 1 is incorporated into a pole 5 tops, ground (or other location) then is fixed in via the pedestal 7 of a hollow in the bottom of main support 1, and this electronic box 6 can be placed in this pedestal 7, to form the structure of another kind of different application form; And electrical power storage, the way of output between this wind power generation module 3, solar panels 4, power output socket 51 and battery are then identical with aforementioned first embodiment, seldom give unnecessary details at this.

See also Fig. 7,8, the structure of the utility model the 3rd embodiment has the main support 1 identical with aforementioned first embodiment as can be known, light source body 2, wind power generation module 3, basic structures such as solar panels 4 and pole 5, its difference only is: this main support 1 is provided with a support 16 in addition in the offside of side stand 13, be provided with a portion 161 in these support 16 top sides, be provided with a jack 162 in these 161 central authorities of, and be provided with a plurality of locating holes 163 (in the diagram in these jack 162 all sides, this locating hole 163 can be a screw), these solar panels 4 then are provided with a connecting support 43 in the bottom, this connecting support 43 is via an angle-adjusting mechanism 44 (in the diagram, this angle-adjusting mechanism 44 can be a pin connected assembly, for example: the bolt of pivot or fit nut) articulate a pillar 45, be provided with a protruding slotting portion 452 in these pillar 45 bottoms, can be for stretching in the jack 162 of this support 16, be provided with stop section 451 in these protruding slotting portion 452 all sides, be provided with a plurality of slotted holes 453 in this stop section 451 and correspond respectively to each locating hole 163, by a plurality of positioning components 454 (in the diagram, this positioning component 454 can be a bolt) stretch into locating hole 163 after passing slotted hole 453 respectively, can make this pillar 45 combined being fixed on the support 16;

When practical application, the luffing angle of (Z axle) changes and the location to utilize this angle-adjusting mechanism 44 can make these solar panels 4 form vertically, each slotted hole 453 then can provide this pillar 45 to carry out limit rotation in the proper range on a horizontal plane (X Y plane), so that these solar panels 4 are adjusted it to light direction, to meet the different needs.

In the utility model said structure, it is incorporated on the main support 1 via the structure that is easy to assemble, dismantle by modular wind power generation module 3, solar panels 4 and electronic box 6, except that can effectively promoting the production efficiency, more can change the combination (separately with wind power generation module 3 or solar panels 4 generatings) of taking assembly according to different demand occasions, therefore have application change widely; Simultaneously, with the design of power output socket 51 output electric energy, more can effectively promote the convenience of its range of application and use.

Comprehensive the above, the utility model utilizes the easy lighting device of wind-force or solar electrical energy generation and energy storage really can reach above-mentioned effect; The content of above-mentioned explanation only is preferred embodiment explanation of the present utility model, and all variation, modification, change or equivalent replacements that is extended according to technological means of the present utility model and category also all should fall in the patent claim of the present utility model.

Claims

1. an easy lighting device that utilizes wind-force or solar electrical energy generation and energy storage is characterized in that, comprises at least:

One main support;

One light source body is arranged on this main support;

One can accept the driving of external wind or solar energy and the wind-force or the device of solar generating of the required electric energy of this light source body are provided, and removably is incorporated on this main support;

One electronic box removably is incorporated on this main support, and its inside has a battery at least and is electrically connected on this wind-force or device of solar generating.

2. the easy lighting device that utilizes wind-force or solar electrical energy generation and energy storage as claimed in claim 1, it is characterized in that, this wind-force or device of solar generating comprise a wind power generation module, this wind power generation module removably is incorporated on this main support with a generator, and this generator also links at least one wind drive blade.

3. the easy lighting device that utilizes wind-force or solar electrical energy generation and energy storage as claimed in claim 2 is characterized in that, this generator is fixed on via one that the pivot part of default side stand links on the main support.

4. the easy lighting device that utilizes wind-force or solar electrical energy generation and energy storage as claimed in claim 2, it is characterized in that, this wind drive blade is a plurality of outside radiation-like and extends, and is provided with the wind-collecting cover that a ring-type is outwards expanded gradually in each wind drive blade outer circumferential side.

5. as claim 1 or 2 or the 3 or 4 described easy lighting devices that utilize wind-force or solar electrical energy generation and energy storage, it is characterized in that this wind-force or device of solar generating comprise that one can accept to shine upon and produces the solar panels of electric energy.

6. the easy lighting device that utilizes wind-force or solar electrical energy generation and energy storage as claimed in claim 5 is characterized in that, is provided with an angle-adjusting mechanism between these solar panels and this main support.

7. the easy lighting device that utilizes wind-force or solar electrical energy generation and energy storage as claimed in claim 6, it is characterized in that, this solar panels bottom side is provided with a connecting support with slotted hole, and this angle-adjusting mechanism is by the two upper and lower extensions that cross on the main support, and one flexible adjusting lever form, and should go up extension and be articulated in this connecting support one end, and a end that should flexible adjusting lever stretches into and forms slippage in the slotted hole of this connecting support, the other end of flexible adjusting lever then stretch into this lower extension and form different telescopic locations combination.

8. the easy lighting device that utilizes wind-force or solar electrical energy generation and energy storage as claimed in claim 6, it is characterized in that: this solar panels bottom side is provided with a connecting support, and be provided with a support in this main support, and this angle-adjusting mechanism is one to be articulated in the pin connected assembly between this connecting support, the support.

9. the easy lighting device that utilizes wind-force or solar electrical energy generation and energy storage as claimed in claim 8, it is characterized in that: this support top side is provided with a portion, be provided with a jack in these central authorities of, and be provided with a plurality of locating holes in all sides of this jack, and this angle-adjusting mechanism is arranged on the pillar, be provided with a protruding slotting portion in this column bottom, can be for stretching in the jack of this support, be provided with the stop section in this protruding slotting portion week side, be provided with a plurality of slotted holes in this stop section and correspond respectively to each locating hole, stretch into locating hole after passing slotted hole respectively for a plurality of positioning components, with this pillar in conjunction with being fixed on the support.

10. as claim 1 or 2 or the 3 or 4 described easy lighting devices that utilize wind-force or solar electrical energy generation and energy storage, it is characterized in that, this main support by the relative clamping of disymmetrical arc half housing on a pole.

11. the easy lighting device that utilizes wind-force or solar electrical energy generation and energy storage as claimed in claim 5 is characterized in that, this main support by the relative clamping of disymmetrical arc half housing on a pole.

12. the easy lighting device that utilizes wind-force or solar electrical energy generation and energy storage as claimed in claim 10, it is characterized in that, this disymmetrical arc half housing is articulated with a side, and be respectively equipped with at least one corresponding coupling unit and joint portion in disymmetrical arc half housing opposite side, and by this joint portion link this coupling unit form link fixing.

13. the easy lighting device that utilizes wind-force or solar electrical energy generation and energy storage as claimed in claim 11, it is characterized in that, this disymmetrical arc half housing is articulated with a side, and be respectively equipped with at least one corresponding coupling unit and joint portion in disymmetrical arc half housing opposite side, and by this joint portion link this coupling unit form link fixing.