CN202076811U - Portable photoactive energy collection and conversion device - Google Patents

Abstract

A photodynamic energy collection and conversion device, including a device housing (1), a transparent panel (2), a solar panel (3), a low-frequency vibration plate (4), and a solar power generation panel assembly installed in the device housing (1). The front end is provided with a power generation device, the rear end is provided with a low-frequency vibration device, and the bottom is provided with a power output device. It is characterized in that: the solar power generation panel assembly is made of a solar power generation board (3) bonded to a low-frequency vibration board ( 4) and fixed on the supporting shaft fixing seat (16) protruding from the base of the housing (1). The utility model can make full use of the objectively existing light energy and vibration energy in the living environment, convert them into electric energy that is convenient for people to use, has the advantages of low production cost, full use of natural energy, low carbon energy saving and emission reduction, and is inexhaustible. Inexhaustible features.

Description

A Portable Photodynamic Energy Harvesting and Converting Device

technical field

The utility model relates to the field of green energy applications, in particular to a portable photodynamic energy collection and conversion device. the

Background technique

At present, the application technology of solar cell power generation has entered a mature stage. The use of electromagnetic induction effect to generate electricity has a history of more than 100 years. The above technologies are combined to make a photodynamic energy collection and conversion device for the sunlight and various vibrations around it. The conversion of energy into electricity for utilization is the development direction of social low-carbon environmental protection and green energy use. the

Contents of the invention

The utility model provides a portable photodynamic energy collection and conversion device, which can convert various low-frequency vibrations generated in the sunlight and surrounding environment, including human body activities and vibrations generated when riding a car, into electric energy, and the built-in The lithium battery provides power for mobile phones or other portable electronic products after storage. the

The utility model achieves the above object through the following technical solutions: a photodynamic energy collection and conversion device, including a device housing, a transparent panel, a solar battery panel, and a low-frequency vibration plate, a solar power generation panel assembly is arranged in the device housing, and a The power generation device is equipped with a low-frequency vibration device at the rear end and a power output device at the bottom. The supporting pendulum shaft and the positioning generating electromagnetic steel are fixed in the middle of the positioning supporting pendulum shaft, and the end is fixed with a long balance wheel and fixed on the supporting shaft fixing seat protruding from the base of the device housing. the

The power generating device is installed and fixed in the middle of the inside of the front end of the device housing by the generating coil and the E-type magnetic conductor being set on the positioning generating electromagnetic steel. the

The back side of the solar power generation board is glued together with the low-frequency vibrating plate with AB glue to form a series-connected power generation square array. the

Said solar battery panel is made of monocrystalline silicon or polycrystalline silicon material, which is composed of a plurality of units connected in series. the

In the low-frequency vibration device, a long balance wheel is installed at the end of the low-frequency vibration plate, and a rubber vibration percussion head is embedded in the middle of the balance wheel; the bottom part is provided with a piezoelectric body and is fixed at the end of the device housing. the

The power output device includes a circuit board, a lithium battery and a power output socket, which are respectively installed and fixed in the reserved space at the bottom of the device housing. the

The positioning generator electromagnetic steel is a neodymium-iron-boron magnet, and the surface of the magnet is arc-shaped. the

The long balance wheel is made of metal rod material, the vibration percussion head is made of hard rubber material, and the hard plastic of the device housing and the positioning support balance shaft is made of hard plastic material. the

Beneficial effects produced by the present invention: the use of the energy collection and conversion device can make full use of objectively existing light energy and vibration energy in the living environment, and convert them into electric energy that is convenient for people to use. It has the advantages of low production cost, full use of natural energy, low carbon Energy saving and emission reduction are inexhaustible. the

Description of drawings

Fig. 1 is a top view structural representation of the present invention. the

Fig. 2 is a side view structural representation of the present invention. the

Fig. 3 is the working electrical schematic diagram of the present invention. the

In the figure 1. Device shell 2. Transparent panel 3. Solar panel 4. Low frequency vibration plate 5. Long balance wheel 6. Piezoelectric body 7. Vibration percussion head 8. Bracket 9. Circuit board 10. Lithium battery 11. Power output socket 12, generator coil 13, positioning generator electromagnetic steel 14, E-type magnetic conductor 15, positioning support pendulum shaft 16, support shaft fixing seat 17, isolation diode 18, filter capacitor. the

Detailed ways

Referring to accompanying drawing 1, a kind of portable photodynamic energy collection conversion device, comprises device housing 1, solar battery panel 3, low-frequency vibrating plate 4, long balance wheel 5, piezoelectric body 6, bracket 8, generating coil 12, positioning generator Electromagnetic steel 13, E-shaped magnetizer 14, positioning support pendulum shaft 15 and support shaft fixing seat 16, a solar power generation panel assembly is provided in the device housing 1, a power generation device is provided at the front end, a low-frequency vibration device is provided at the rear end, and a low-frequency vibration device is provided at the bottom. Equipped with power output device. the

Referring to accompanying drawing 2, the solar power generation panel assembly is bonded on the low-frequency vibration plate 4 by the solar power generation panel 3, the front end of the low-frequency vibration plate 4 is provided with a positioning support pendulum shaft 15, and the positioning generating electromagnetic steel 13 is fixed on the positioning support pendulum shaft 15 In the middle, the end is fixed with a long balance wheel 5 and is fixed on the supporting shaft fixing seat 16 raised from the base of the housing 1 . The generating device is installed and fixed in the middle of the inside of the front end of the device housing 1 by the generating coil 12 and the E-type magnetizer 14 being sleeved on the positioning generating electromagnetic steel 13 . The back side of the solar power generation panel 3 is glued together with the low-frequency vibrating plate 4 with AB glue to form a series-connected power generation square array. The low-frequency vibration device is that the end of the low-frequency vibration plate 4 is equipped with a long balance wheel 5, and the middle of the balance wheel is inlaid with a rubber vibration percussion head 7; The power output device includes a circuit board 9, a lithium battery 10 and a power output socket 11, which are respectively installed and fixed in the reserved space at the bottom of the device housing 1. the

The production assembly is as follows:

Step 1: Bond the back of the solar panel 3 with AB glue and the low-frequency vibration plate 4 to form a series-connected power generation square array. The front end of the low-frequency vibration plate 4 is fixed and positioned to support the pendulum shaft 15, and the middle of the support shaft is installed and positioned to generate electromagnetic steel 13. A long balance wheel 5 is installed at the end, and a rubber vibration percussion head 7 is inlaid in the middle of the balance wheel.

Step 2: The generating coil 12 and the E-type magnetizer 14 are set together, installed and fixed in the middle of the inner front end of the plastic device housing 1, the piezoelectric body 6 bracket 8 is fixed at the end of the device housing 1, and the vibration generating board is assembled. The front-end positioning support pendulum shaft 15 is installed and fixed on the supporting shaft fixing seat 16 protruding from the base of the housing 1, and the circuit board 9, lithium battery 10, and power output socket 11 are respectively installed and fixed in the space reserved at the bottom of the device housing 1 . Solder the wiring, and finally fasten the hard transparent panel 2 on the device housing 1 to complete the finished product of the portable photodynamic energy harvesting and converting device. the

Solar panels use monocrystalline silicon or polycrystalline silicon solar panels, which are composed of multiple units connected in series. Positioning and sending electromagnetic steel 13 is neodymium-iron-boron magnetic steel, and the surface of the magnet is arc-shaped. The long balance wheel 5 is a metal rod material, the vibration knocking head 7 is a hard rubber material, and the hard plastic of the device housing 1 and the positioning support balance shaft 15 is a hard plastic material. the

With reference to accompanying drawing 3, using method of the present invention and working principle are described as follows:

Put the transparent side of the energy collection and conversion device on the window sill or other places where sunlight can be irradiated, and the solar power generation panel 3 will generate 5-6V and 0.2-0.3A current after being illuminated, and charge the lithium battery through the isolation diode 17. When going out, put this device in your pocket, when the body of the human body moves or when the car body generates low-frequency vibration, the vibration generating plate assembly generates a low-frequency vibration of 1-8HZ per second, at this time, the positioning generator electromagnetic steel 13 and the generator coil 12 generates magnetic line cutting changes, sends out 5-6V, 1-20mA low-frequency AC current, rectifies by isolation diode 17, and outputs pulsating DC voltage to charge lithium battery 10. The head 7 hits the piezoelectric body 6, and sends out a maximum voltage of 10V with a change of 1-8Hz per second. The AC current of 2-5mA is rectified by the isolation diode 17 and then supplied to the lithium battery 10 for charging. The charging voltage of the lithium battery is 4.2V, and the capacity is 1200mAh. The filter capacitor 18 plays the role of smoothing the pulsating voltage and enhancing the charging effect.

When the energy harvesting and conversion device is fixed on the top of the sun hat in parallel, when walking or overturning driving in the sun, the power generated by the maximum comprehensive power generation of 1-2W can be provided to charge the built-in lithium battery 10 of the device, and the configured power plug can be used The stored electric energy is drawn out from the power output socket 11 by the wire, which can be used as a backup charging power source for a mobile phone or a portable electronic device. the

Claims (8)

1. Eco-drive collection and conversion device, comprise device case (1), transparent panel (2), solar panel (3), low-frequency vibration plate (4), device case is provided with the solar panel assembly in (1), front end is provided with Blast Furnace Top Gas Recovery Turbine Unit (TRT), the rear end is provided with the low-frequency vibration device, the bottom is provided with power output apparatus, it is characterized in that: described solar panel assembly is to be bonded on the low-frequency vibration plate (4) by solar panel (3), low-frequency vibration plate (4) front end is provided with positioning support balance staff (15), location generating magnet steel (13) is fixed on the centre of positioning support balance staff (15), and end is fixed with long escapement (5) and is fixed on above the bolster holder (16) of device case (1) pedestal lobe.

2. a kind of Eco-drive collection and conversion device according to claim 1 is characterized in that: described Blast Furnace Top Gas Recovery Turbine Unit (TRT) is sleeved on the location generating magnet steel (13) by power coil (12) and E type magnetic conductor (14) and is fixed in the middle of device case (1) the front end inboard.

3. a kind of Eco-drive collection and conversion device according to claim 1 is characterized in that: the back side of described solar panel (3) is bonded together to make with AB glue and low-frequency vibration plate (4) and is connected in series type generating square formation.

4. a kind of Eco-drive collection and conversion device according to claim 1 is characterized in that: described solar panel (3) uses the solar panel of monocrystalline silicon or polycrystalline silicon material, is formed by a plurality of unit serial connection.

5. a kind of Eco-drive collection and conversion device according to claim 1 is characterized in that: described low-frequency vibration device is that the end of low-frequency vibration plate (4) is equipped with long escapement (5), inlays rubber vibration striking head (7) in the middle of the escapement; The bottom is provided with piezoelectrics (6) and is fixed on the interior end of device case (1).

6. a kind of Eco-drive collection and conversion device according to claim 1, it is characterized in that: described power output apparatus comprises circuit board (9), lithium battery (10) and power supply output socket (11), is fixed on respectively in the space of reserving device case (1) bottom.

7. a kind of Eco-drive collection and conversion device according to claim 1 is characterized in that: described location generating magnet steel (13) is a Nd-Fe-B magnet steel, and magnet surface is curved.

8. a kind of Eco-drive collection and conversion device according to claim 5, it is characterized in that: described long escapement (5) is the metal bar material, vibration percussion head (7) is a hard rubber material, and device case (1) and positioning support balance staff (15) are the hard plastic.

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