CN103326418A

CN103326418A - Solar charger cosmetic mirror

Info

Publication number: CN103326418A
Application number: CN2013101713478A
Authority: CN
Inventors: 王军; 王国义
Original assignee: Anhui Polytechnic University
Current assignee: Anhui Polytechnic University
Priority date: 2013-05-11
Filing date: 2013-05-11
Publication date: 2013-09-25

Abstract

The invention discloses a solar charger cosmetic mirror. The solar charger cosmetic mirror comprises a solar cell, a controller, a voltage stabilizing module, a lithium ion cell, a cosmetic mirror body, a standard USB interface, a Mini USB interface, at least six LED lamps, a base, an upper cover, a button switch and a working state indicating lamp. The solar charger cosmetic mirror is characterized in that the solar cell is placed on the uppermost layer of the base, the controller, the voltage stabilizing module and the lithium ion cell are arranged below the solar cell, the solar cell is installed on the outer surface of the upper cover, the cosmetic mirror body is placed in the inner surface of the upper cover, and the LED lamps are embedded around the surface of the cosmetic mirror body. The solar charger cosmetic mirror combines a charger and the cosmetic mirror body into one and is convenient to carry. According to the solar charger cosmetic mirror, an optimal backup power supply is provided for electronic equipment such as a mobile phone, an MP4/MP5 and a digital camera carried by people when people are on business or take a bus or travel or go out to take part in other activities, and the cosmetic mirror for women to make up and fix makeup is provided.

Description

The solar charger vanity mirror

Technical field

The present invention relates to a kind of daily living article, the solar charger vanity mirror technical field that particularly can charge and can make up.

Background technology:Be accompanied by the develop rapidly of China's economy, people are more and more higher to the requirement of quality of life.Some electronic products are being brought into play great function in people's life, when tired the time, hear MP4/MP5, travel outdoors and take pictures with digital camera, illumination mirror of using during cosmetic etc., yet the electric power storage of these electronic products is indifferent, need timely normally work of electric energy supplement, various charge power supplies have appearred on the market thereupon, such as dry battery charge, solar recharging, solar energy makeup mirror etc., although these products can satisfy interim power supply needs, but their function singleness is for going on business, tourism, the activities such as open-air experience are given to carry and have been brought inconvenience.

Summary of the invention

The object of the present invention is to provide a kind of energy-conserving and environment-protective, the solar charger vanity mirror that multiple functional, profile is light and handy, easy to carry.

For achieving the above object, the present invention is achieved through the following technical solutions.

A kind of solar charger vanity mirror, it is characterized in that: comprise solar cell, controller, Voltage stabilizing module, lithium ion battery, vanity mirror, standard USB interface, MiniUSB interface, be no less than 6 LED lamps, base, loam cake, hinge, push-button switch and working station indicators; Described solar cell via controller links to each other with lithium ion battery; The Voltage stabilizing module input connects controller, output through push-button switch be no less than 6 LED lamps and link to each other; Standard USB interface and MiniUSB interface are connected in controller, and loam cake and base are connected through the hinge.

Described controller is comprised of charging circuit, discharge circuit, testing circuit and DC/DC booster circuit, and they link to each other with microprocessor.

Described microprocessor refers to single-chip microcomputer or DSP.

Described controller, Voltage stabilizing module and lithium ion battery be placed on solar cell above the base below.

Described vanity mirror places the inner surface of loam cake.

Described solar cell is placed on respectively the superiors of base and the outer surface of loam cake, and is cascaded by wire.

Described be no less than 6 LED lamps be embedded in the vanity mirror surface around.

Described standard USB interface, MiniUSB interface are embedded on the outer of base one side.

Described working station indicator comes display working condition by four LED lamps.

Described four LED lamps are embedded on the outer of base one side.

The material of described base and loam cake is ABS plastic.

Described base and loam cake are by inside chain connection with holes together.

Description of drawings

Fig. 1 is control structure block diagram of the present invention.

Fig. 2 is front view of the present invention

Fig. 3 is right view of the present invention

Fig. 4 is left view of the present invention

Fig. 5 is vertical view of the present invention

Among the figure: 1 is solar cell, and 2 is controller, and 3 is lithium ion battery, and 4 is Voltage stabilizing module, and 5 is standard USB interface, 6 is the MiniUSB interface, and 7 is working station indicator, and 8 is push-button switch, and 9 for being no less than 6 LED lamps, 10 is vanity mirror, and 11 is base, and 12 is loam cake, and 13 is hinge.

Embodiment

In order to make purpose of the present invention, technical scheme and creation characteristic clearer, below in conjunction with accompanying drawing, the present invention is described in further detail.

Such as Fig. 1, Fig. 2, Fig. 3, Fig. 4, shown in Figure 5, a kind of solar charger vanity mirror, comprise solar cell 1, controller 2, Voltage stabilizing module 4, lithium ion battery 3, vanity mirror 10, standard USB interface 5, MiniUSB interface 6, be no less than 6 LED lamps 9, base 11, loam cake 12, hinge 13, push-button switch 8 and working station indicator 7.Solar cell 1 via controller 2 links to each other with lithium ion battery 3; Voltage stabilizing module 4 inputs connect controller 2, output through push-button switch 8 be no less than 6 LED lamps 9 and link to each other; Standard USB interface 5 is connected with the MiniUSB interface and is connected controller 2.Controller 2 is comprised of charging circuit, discharge circuit, testing circuit and DC/DC booster circuit, and they link to each other with microprocessor, and charging circuit one end connects solar cell 1, and the other end connects lithium ion battery 3; Discharge circuit one end connects Voltage stabilizing module 4, other end connection standard USB interface 5, and testing circuit connects lithium ion battery 3 and solar cell 1; DC/DC booster circuit input connects solar cell 1, and output connects lithium ion battery 3, and loam cake 12 is connected with base by hinge 13 connections.

Loam cake 12 outer surfaces are installed solar cell 1, and inner surface is inserted vanity mirror 10, embed around vanity mirror 10 surfaces to be no less than 6 LED lamps 9.Solar cell 1 is placed by the superiors of base 11, places controller 2, Voltage stabilizing module 4 and lithium ion battery 3 below this solar cell 1; When testing circuit detects the energy that electric energy that solar cell 1 transforms is higher than lithium ion battery 3, and lithium ion battery 3 satisfies the condition of charging, except direct pay standard USB interface 5, unnecessary electric energy is stored in the lithium ion battery 3 under the effect of charging circuit; When testing circuit detects the energy that electric energy that solar cell 1 transforms is lower than lithium ion battery 3, and lithium ion battery 3 satisfies the conditions of charging, after the DC/DC booster circuit is adjusted, charges for lithium ion battery 3; When testing circuit detects the energy that electric energy that solar cell 1 transforms is higher than lithium ion battery 3, and lithium ion battery 3 is being full of under the state of protection the direct pay standard USB interface 5 of this electric energy; When testing circuit detects the energy that electric energy that solar cell 1 transforms is lower than lithium ion battery 3, and lithium ion battery 3 is being full of under the state of protection, and this electric energy is pay standard USB interface 5 after the DC/DC booster circuit is adjusted; When running into continuous rainy weather, the electric energy that solar cell 1 transforms can not satisfy the demand of standard USB interface 5 electricity consumptions after the adjustment of DC/DC booster circuit, in lithium ion battery 3, this moment is 5 power supplies of 3 pairs of standard USB interface of lithium ion battery under the effect of discharge circuit with this electrical power storage; Arrive when night, testing circuit detects solar cell 1 terminal voltage and is lower than 2V, for preventing that the erroneous judgement delay from again detecting solar cell 1 voltage in five minutes and also being lower than 2V, confirm it is evening with this, lithium ion battery 3 is powered to standard USB interface 5 under the management of discharge circuit.

This charger vanity mirror is in the situation that charged, can charge for anywhere or anytime mobile phone, digital electronic goods etc., very easy to use, this charger vanity mirror also is provided with special-purpose charging socket MiniUSB interface 6, in continuous sleety weather situation, the sunlight wretched insufficiency utilizes computer to charge to it by MiniUSB interface 6, can give timely its electric energy supplement, in order to give other power consumption equipment power supplies.

At night or in the darker situation of light, light 6 the LED lamps 9 that are no less than that are embedded in around the vanity mirror surface by push-button switch 8, illuminate vanity mirror, be convenient for people to use, close 6 the LED lamps 9 that are no less than that are embedded in around the vanity mirror surface by push-button switch 8 after using, electric energy is reasonably utilized.

Working station indicator 7 comes display working condition by four LED lamps, and red LED lamp is bright when solar cell 1 is given lithium ion battery 3 charging, and green LED lamp was bright when lithium ion battery 3 was filled, and red LED lamp is extinguished; Yellow LED lamp is bright when giving lithium ion battery 3 charging by external MiniUSB interface 6, and green LED lamp was bright when lithium ion battery 3 was filled, and yellow LED lamp is extinguished; When logical standard USB interface 5 was charged to electronic product equipment, the blue led lamp was bright, and the blue led lamp extinguishes when not charging to electronic product equipment.Can understand timely the working condition of solar charger vanity mirror by working station indicator 7 users.

Claims

1. solar charger vanity mirror, it is characterized in that: comprise solar cell (1), controller (2), Voltage stabilizing module (4), lithium ion battery (3), vanity mirror (10), standard USB interface (5), MiniUSB interface (6), be no less than 6 LED lamps (9), base (11), loam cake (12), hinge (13), push-button switch (8) and working station indicator (7); Described solar cell (1) via controller (2) links to each other with lithium ion battery (3); Voltage stabilizing module (4) input connects controller (1), output through push-button switch (8) be no less than 6 LED lamps (9) and link to each other; Standard USB interface (5) and MiniUSB interface (6) are connected in controller, loam cake (12) is connected 11 with base) connect by hinge (13), base (11) and loam cake (12) are to link together by inside hinge with holes (13), controller (2), Voltage stabilizing module (4) and lithium ion battery (3) be placed on solar cell (1) above the base (11) below.

2. solar charger vanity mirror according to claim 1, it is characterized in that: described controller (2) is comprised of charging circuit, discharge circuit, testing circuit and DC/DC booster circuit, and charging circuit, discharge circuit, testing circuit and DC/DC booster circuit link to each other with microprocessor.

3. solar charger vanity mirror according to claim 2, it is characterized in that: described microprocessor refers to single-chip microcomputer or DSP.

4. solar charger vanity mirror according to claim 1, it is characterized in that: described vanity mirror (10) places the inner surface of loam cake (12).

5. solar charger vanity mirror according to claim 1, it is characterized in that: described solar cell (1) is placed on respectively the superiors of base (11) and the outer surface of loam cake (12), and is cascaded by wire.

6. solar charger vanity mirror according to claim 1 is characterized in that: described be no less than 6 LED lamps (9) be embedded in vanity mirror (10) surface around.

7. solar charger vanity mirror according to claim 1, it is characterized in that: described standard USB interface (5), MiniUSB interface (6) are embedded on the outer of base (11) one sides.

8. solar charger vanity mirror according to claim 1, it is characterized in that: described working station indicator (7) comes display working condition by four LED lamps.

9. solar charger vanity mirror according to claim 9, it is characterized in that: described four LED lamps are embedded on the outer of base (11) one sides.

10. solar charger vanity mirror according to claim 1, it is characterized in that: the material of described base (11) and loam cake (12) is ABS plastic.