CN205048349U

CN205048349U - Windmill solar lamp

Info

Publication number: CN205048349U
Application number: CN201520680731.5U
Authority: CN
Inventors: 高东升
Original assignee: TELLUS CO Ltd
Current assignee: TELLUS CO Ltd
Priority date: 2015-09-06
Filing date: 2015-09-06
Publication date: 2016-02-24
Anticipated expiration: 2025-09-06

Abstract

The utility model provides a windmill solar lamp contains: a solar module for receipt solar energy light, and trun into light energy to electric energy, a wind -force module for the mechanical kinetic energy can be be transformed into with the power of wind -force, electric power kinetic energy turned into to mechanical energy again, a lighting module has at least one lamp source, and the module of charging for the storage is by the electric energy that solar module changed, and by the electric power kinetic energy that the wind -force module converted to, actuates in order to drive this lighting module. The utility model discloses it does the energy, multiplicable light source luminance and multiplicable lighting hours, and the windmill solar lamp of environmental protection and energy saving to offer lighting module simultaneously by wind power generation and solar energy power generation.

Description

Windmill solar energy lamp

Technical field

The utility model has about a kind of windmill solar energy lamp, espespecially a kind of windmill solar energy lamp of dual charging system.

Background technology

The energy plays the part of important role in mankind's daily life; Form according to the energy also produces different technological applications.Light fixture common in current daily life, mostly needs directly to be connected with a supply network, uses the electric power obtained needed for illumination.Such as, but many light fixtures are arranged on outdoor environment, street lamp, it is exposed in natural illumination environment for a long time.Therefore, such light fixture should utilize the light source of natural environment, such as solar energy, and is translated into the electric energy of supply illumination itself.

The source that general green energy resource has binomial important, one is solar electrical energy generation, another is wind-power electricity generation, if the energy from natural resources can be made full use of, light fixture just can under the environment not connecting supply network, still the illumination functions of maintenance itself, so also contributes to the level of application of light fixture to expand.

Therefore, how giving the energy that light fixture fully can collect natural resources, by by additional for the solar lawn lamp of maturation upper wind generator system, increase to increase lighting power supply system by commodity practicality and lighting hours, is current industry problem urgently to be resolved hurrily.

Utility model content

The object of the utility model windmill solar energy lamp is to provide a kind of and is supplied to lighting module by wind-power electricity generation and solar electrical energy generation simultaneously and does the energy, can increase light-source brightness and also can increase lighting hours, and environmental protection the windmill solar energy lamp of economize energy.

Another object of the utility model windmill solar energy is to provide one not only to have dual charging effect also in conjunction with the diversified windmill solar energy lamp of appearance and modeling.

The windmill solar energy lamp achieved the above object, comprises: a solar energy module, in order to receive solar energy, and transfers luminous energy to electric energy; One wind-force module in order to the kinetic force of wind-force is transformed into mechanical kinetic energy, then is electric power kinetic energy changes mechanical energy; One lighting module, has at least one lamp source; And a charging module, in order to store the electric energy changed by solar energy module, and the electric power kinetic energy converted to by wind-force module, to drive this lighting module start.

Preferably, the utility model windmill solar energy lamp, comprises an over-charge protective wiring board further, damages to avoid the rechargeable battery in charging module.

Preferably, the utility model windmill solar energy lamp, comprises an alternating current generator converting electrical energy and a rectifier further, and it is in order to coordinate the start of wind-force module.

Preferably, the utility model windmill solar energy, comprise that a ground is inserted, a Connection Element, a support, a lamp socket, a lampshade further, wherein this ground is inserted on a ground or turf, and this Connection Element is a joint sleeve, its one end is socketed on this ground inserts, and separately this carriage support connects and is positioned on the other end of this Connection Element, this solar energy module and lighting module are then placed on this lamp socket, and lampshade is placed on this lamp socket.

Preferably, the profile system of this support presents U-shaped, and two ends of U-shaped support respectively extend a wheel shaft, and this wheel shaft is provided with this wheel blade, and this wheel blade has multiple blade.

Preferably, the plurality of blade is a semicircle shape type body.

Preferably, the plurality of blade is a butterfly moulding or heronsbill moulding.

Preferably, this lighting module is a LED module.

Accompanying drawing explanation

Fig. 1 shows the block diagram of the utility model windmill solar energy lamp.

Fig. 2 shows the schematic appearance of the utility model windmill solar energy lamp.

Reference numeral illustrates:

100---windmill solar energy lamp

10---solar energy module

20---wind-force module

21---wheel blade

22---blade

30---lighting module

40---charging module

Insert 50---

60---Connection Element

70---support

80---lamp socket

90---lampshade

Detailed description of the invention

Please refer to Fig. 1, Fig. 1 is the block diagram of display the utility model windmill solar energy lamp.The utility model windmill solar energy lamp 100, comprises: a solar energy module 10, in order to receive solar energy, and transfers luminous energy to electric energy; One wind-force module 20 in order to the kinetic force of wind-force is transformed into mechanical kinetic energy, then is electric power kinetic energy changes mechanical energy; One lighting module 30, has at least one lamp source; And a charging module 40, in order to store the electric energy changed by solar energy module 10, and the electric power kinetic energy converted to by wind-force module 20, to drive this lighting module 30 start.

Please continue to refer to Fig. 1; the utility model windmill solar energy lamp 100; comprise an over-charge protective wiring board (not shown) further; damage to avoid the rechargeable battery in charging module 40; and the utility model windmill solar energy lamp 100 also comprises an alternating current generator converting electrical energy (not shown) and a rectifier (not shown), it is in order to coordinate the start of wind-force module.

Please refer to Fig. 2, Fig. 2 is the schematic appearance of display the utility model windmill solar energy lamp.The utility model windmill solar energy lamp 100, comprise a ground further and insert 50, one Connection Element 60, support 70, lamp socket 80, lampshade 90, wheel shaft (not shown) and a wheel blade 21, wherein this ground is inserted 50 and is located on a ground or turf, and this Connection Element 60 can be a joint sleeve, its one end is socketed on this ground and inserts on 50, this support 70 another connects and is positioned on the other end of this Connection Element 60, this solar energy module 10 and lighting module 30 are then placed on this lamp socket 80, and lampshade 90 is placed on this lamp socket 80.

Please continue to refer to Fig. 2, the profile system of this support 70 presents U-shaped, and two ends of U-shaped support 70 respectively extend this wheel shaft, and this wheel shaft is provided with this wheel blade 21, and this wheel blade 21 has multiple blade 22, and in the present embodiment, the plurality of blade 22 is a semicircle shape type body.

In the present embodiment, the lighting module 30 of the utility model windmill solar energy lamp 100 is a LED module, in addition, the variable pattern changing into different pattern of blade 22 of the wheel blade 21 of the utility model windmill solar energy lamp 100, such as butterfly moulding, heronsbill moulding etc. pattern, and make the appearance and modeling variation of the utility model windmill solar energy lamp 100, and more attractive in appearance.

The utility model windmill solar energy lamp, irradiate on the battery of solar energy module by solar energy on daytime, luminous energy is transformed into electric energy to be stored in the rechargeable battery of charging mould, again by rechargeable battery night the lighting module that is Lawn lamp LED power supply is provided, additionally by wind-force module, the kinetic energy of wind is become mechanical kinetic energy, be that electric power kinetic energy is also stored in the rechargeable battery of charging module changes mechanical energy again, also for the LED of lighting module provides power supply, make the utility model windmill solar energy lamp be supplied to lighting module by wind-power electricity generation and solar electrical energy generation simultaneously and do the energy, light-source brightness can be increased and can lighting hours be increased, and environmental protection economize energy.In addition, the blade variable moulding of the wheel blade of the utility model windmill solar energy lamp, make the utility model windmill solar energy lamp, not only have dual charging effect also in conjunction with appearance and modeling variation, make the product diverse development of the utility model windmill solar energy lamp.

Claims

1. a windmill solar energy lamp, is characterized in that, comprises:

One solar energy module, in order to receive solar energy, and transfers luminous energy to electric energy;

One wind-force module in order to the kinetic force of wind-force is transformed into mechanical kinetic energy, then is electric power kinetic energy changes mechanical energy;

One lighting module, has at least one lamp source; And

One charging module, in order to store the electric energy changed by solar energy module, and the electric power kinetic energy converted to by wind-force module, to drive this lighting module start.

2. windmill solar energy lamp as claimed in claim 1, is characterized in that, comprise an over-charge protective wiring board further, damage to avoid the rechargeable battery in charging module.

3. windmill solar energy lamp as claimed in claim 1, it is characterized in that, comprise an alternating current generator converting electrical energy and a rectifier further, it is in order to coordinate the start of wind-force module.

4. windmill solar energy lamp as claimed in claim 1, it is characterized in that, comprise that a ground is inserted, a Connection Element, a support, a lamp socket, a lampshade further, wherein this ground is inserted on a ground or turf, and this Connection Element is a joint sleeve, its one end is socketed on this ground inserts, and separately this support connects and is positioned on the other end of this Connection Element, this solar energy module and lighting module are then placed on this lamp socket, and lampshade is placed on this lamp socket.

5. windmill solar energy lamp as claimed in claim 4, it is characterized in that, the profile of this support presents U-shaped, and two ends of U-shaped support respectively extend a wheel shaft, and this wheel shaft is provided with wheel blade, and this wheel blade has multiple blade.

6. windmill solar energy lamp as claimed in claim 5, it is characterized in that, the plurality of blade is a semicircle shape type body.

7. windmill solar energy lamp as claimed in claim 1, it is characterized in that, this lighting module is a LED module.