CN205875889U - Sun -proof canopy of solar energy - Google Patents

Abstract

The utility model relates to a solar sun-proof shed, which belongs to the technical field of daily necessities. The utility model comprises a sunscreen roof thin-film solar battery device, an umbrella bone conductive device, and an umbrella handle USB socket device; the sunscreen roof thin-film solar battery device includes a solar panel and a storage battery; the umbrella bone conductive device includes a wire in the umbrella bone, The switch of the control wire; the umbrella handle USB socket device includes a USB slot fixed on the umbrella handle; the solar panel is connected to the battery, and the power supply end of the battery is connected to the switch after passing through the hollow umbrella bone through the wire, and the switch is connected to the umbrella The USB slot on the handle is connected, and the USB slot is connected to the other power end of the storage battery. The utility model has the characteristics of simple structure, light weight, and beautiful appearance. The collection of solar energy greatly saves energy. The umbrella handle of the sunscreen can be used as a charger to provide energy through the stored solar energy of the battery, which is beneficial to the development of new energy. use and promotion.

Description

A solar sunscreen

technical field

The utility model relates to a solar sun-proof shed, which belongs to the technical field of daily necessities.

Background technique

The must-have items for shops on both sides of the street are sunscreens. Large-scale sunscreens will always be damaged and aged after prolonged sunlight exposure. With the continuous upgrading of solar panel technology, solar energy has been widely used as a new type of energy. In the wide application of various fields, solar energy can be converted into different energy forms and provide convenience for people's life. The solar sunscreen can use the roof space to place solar panels, and at the same time provide users with convenient charging power.

Existing solar sunscreens, due to the use of traditional old-fashioned solar panels, are made of hard materials that cannot be bent and are easily damaged; most of them are large in size and heavy in quality, which is not conducive to long-term placement on the roof. It will cause greater pressure on the umbrella ribs of the sunscreen and cause greater damage to the equipment; and the efficiency of collecting solar energy is low, and the utilization of the collected solar energy is relatively cumbersome, and it cannot be converted into electrical energy that can be used by users in a timely manner. Experience is not high.

Contents of the invention

The technical problem to be solved by the utility model is to provide a solar sunscreen, which greatly saves energy through the collection of solar energy, and the umbrella handle of the sunscreen can be used as a charger to provide energy through the stored solar energy of the battery, which is beneficial to new Energy use and promotion.

The technical scheme of the utility model is: a solar sunscreen shed, comprising a sunscreen roof thin film solar cell device, an umbrella bone conductive device, and an umbrella handle USB socket device; said sunscreen roof thin film solar cell device includes a solar panel 1, a 2; the umbrella rib conduction device includes the wire 3 in the umbrella rib, the switch 4 of the control wire; the umbrella handle USB socket device includes a USB slot 5 fixed on the umbrella handle; the solar panel 1 is connected with the storage battery 2, and the storage battery 2 The power end of the umbrella is connected with the switch 4 after passing through the hollow umbrella rib by the wire 3, the switch 4 is connected with the USB slot 5 on the umbrella handle, and the USB slot 5 is connected with the other power end of the storage battery 2.

The solar panel 1 is flatly laid on the roof of the sunscreen, and is connected to the storage battery 2 through a wire 3 .

After the storage battery 2 stores electric energy, the electric energy is converted into a conventional voltage suitable for residential electricity through a stabilized power supply circuit, and a power supply circuit is formed through the wire 3 arranged in the umbrella rib, and the converted voltage is all arranged on the umbrella handle The switch 4 forms a switch circuit, and the wire 3 drawn out by the switch 4 is connected to the USB slot 5, and is connected to the other end of the battery power supply 2 through the slot 5, thereby forming a complete power supply circuit.

The storage battery 2 is charged and discharged through the power management circuit. When discharging, the storage battery 2 needs to be adjusted by a voltage stabilizing circuit to convert new energy converted from sunlight into rechargeable domestic electricity. The power supply circuit is regulated by a control switch , to avoid unsafe situations such as leakage when electricity is not used. The switch is set on the umbrella rib, and the wire 3 is set through the hollow space in the umbrella rib. The wire 3 is connected between the output port of the voltage stabilizing circuit of the battery 2 and the switch 4 on the umbrella rib, wrapped with an insulating layer, and has good conductivity. And it has a high service life, which can ensure the tightness of the interface bite. The wires drawn from the switch 4 are connected in series to the input port of the USB slot 5. The USB slot 5 is inlaid on the umbrella handle and wrapped by insulating plastic, leaving only the socket for charging, which can ensure that there will be no leakage, short circuit, etc. Phenomenon. The wire drawn out from the charging slot 5 is wrapped by an insulating layer, and finally connected to the other end of the storage battery 2, thus completing the charging circuit.

When in use, place the sunscreen under the sun, after a period of solar energy storage and conversion, turn on the switch 4 set on the umbrella rib, and you can charge the daily electrical appliances through the USB charging slot. When the charging is completed, The switch 4 can be turned off to ensure safe electricity use. The sunscreen used in different occasions can continuously charge the equipment needed by the user, which improves the user experience.

The beneficial effects of the utility model are: through the solar panel installed on the roof of the sunscreen, the solar energy illuminated during the day is collected in the storage battery, and the electric energy in the storage battery is connected to the USB interface at the lower end of the umbrella handle through the wire in the umbrella rib. The switch on the umbrella handle controls whether the USB slot is conductive. The utility model has the characteristics of simple structure, light weight, beautiful appearance, etc., and greatly saves energy through the collection of solar energy. The umbrella handle of the sunscreen can be used as a charger to provide energy through the stored solar energy of the battery, which is beneficial to new energy sources. use and promotion.

Description of drawings

Fig. 1 is the structural representation of the utility model;

Fig. 2 is a power supply circuit diagram of the utility model;

In the figure: 1-solar panel, 2-battery, 3-wire, 4-switch, 5-USB slot, 6-solar sunscreen.

detailed description

Below in conjunction with accompanying drawing and specific embodiment, the utility model is described further.

Embodiment 1: as shown in Figure 1, a kind of solar sun-proof shelter, comprises sun-proof roof thin-film solar cell device, umbrella bone conductive device, umbrella handle USB socket device; Described sun-proof roof thin-film solar cell device comprises solar panel 1 , accumulator 2; Umbrella bone conduction device comprises wire 3 in the umbrella rib, the switch 4 of control wire; Umbrella handle USB socket device comprises the USB slot 5 that is fixed on the umbrella handle; Described solar battery panel 1 is connected with storage battery 2, The power end of battery 2 is connected with switch 4 after passing lead 3 through the hollow umbrella rib, switch 4 is connected with USB slot 5 on the umbrella handle, and USB slot 5 is connected with the other power end of battery 2.

The solar panel 1 is flatly laid on the roof of the sunscreen, and is connected to the storage battery 2 through a wire 3 .

Embodiment 2: As shown in Figures 1 and 2, the storage battery 2 is managed through a power management circuit for charging and discharging, wherein the storage battery 2 needs to be adjusted by a voltage stabilizing circuit during discharge, so as to convert the new energy converted from sunlight into a rechargeable battery. For domestic electricity, the power supply circuit is adjusted through the control switch to avoid unsafe situations such as leakage when electricity is not used. The switch is set on the umbrella rib, and the wire 3 is set through the hollow space in the umbrella rib. The wire 3 is connected between the output port of the voltage stabilizing circuit of the battery 2 and the switch 4 on the umbrella rib, wrapped with an insulating layer, and has good conductivity. And it has a high service life, which can ensure the tightness of the interface bite. The wires drawn from the switch 4 are connected in series to the input port of the USB slot 5. The USB slot 5 is inlaid on the umbrella handle and wrapped by insulating plastic, leaving only the socket for charging, which can ensure that there will be no leakage, short circuit, etc. Phenomenon. The wire drawn out from the charging slot 5 is wrapped by an insulating layer, and finally connected to the other end of the storage battery 2, thus completing the charging circuit.

Taking the sunscreen as an example, the complete solar sunscreen 6 is shown, its structural schematic diagram is shown in FIG. 1 , and the power supply circuit diagram is shown in FIG. 2 .

The specific implementation of the utility model has been described in detail above in conjunction with the accompanying drawings, but the utility model is not limited to the above-mentioned implementation. Various changes are made.

Claims (2)

1. A solar sunscreen, characterized in that: it comprises a sunscreen roof thin-film solar cell device, an umbrella bone conductive device, and an umbrella handle USB socket device; the sunscreen roof thin-film solar cell device includes a solar panel (1), a storage battery (2); the umbrella rib conductive device includes a wire (3) in the umbrella rib and a switch (4) for controlling the wire; the umbrella handle USB socket device includes a USB slot (5) fixed on the umbrella handle; the solar panel (1) Connect with the battery (2), the power end of the battery (2) is connected with the switch (4) after passing through the hollow umbrella rib through the wire (3), the switch (4) is connected with the USB slot (5) on the umbrella handle ), the USB slot (5) is connected to the other power end of the storage battery (2). 2 . The solar sunscreen according to claim 1 , characterized in that: the solar panel ( 1 ) is tiled on the roof of the sunscreen, and is connected to the battery ( 2 ) through wires ( 3 ).