CN204930600U - Based on the solar energy intelligent umbrella of wind light mutual complementing power generation - Google Patents

Abstract

The utility model discloses the solar energy intelligent umbrella based on wind light mutual complementing power generation, comprise canopy, main umbrella skeleton, fulcra, umbrella bar and sliding sleeve; Canopy lays the top of main umbrella skeleton, and its center is provided with through hole; The upper end of fulcra and the lower end of main umbrella skeleton are hinged, and the outer wall of its lower end and sliding sleeve is hinged; Umbrella bar is the structure of hollow, and through hole and the canopy interference fit of canopy are passed in the top of umbrella bar; Described utility model also comprises: wind-driven generator, solar panel, civil power input interface, control circuit board, battery and charging inlet; Described wind-driven generator is arranged on the top of umbrella bar removably; Described solar panel is laid on the top of canopy; Wind energy and light energy conversion can be electric energy simultaneously and by electrical power storage in battery, civil power also can be used directly to charge to battery by the utility model; Further, this utility model can provide the power supply of multiple voltage, powers to different equipment.

Description

Solar smart umbrella based on wind-solar hybrid power generation

technical field

The utility model relates to the technical field of resource utilization, in particular to a solar smart umbrella based on wind-solar complementary power generation.

Background technique

Umbrellas have been widely used in people's daily life. Ordinary umbrellas only have the function of sunshade or rain. People who enjoy the cool in windless and hot weather still feel very uncomfortable. If they enjoy the cool at night and lack lighting equipment, the most comfortable effect cannot always be achieved. Because this type of umbrella is mainly used outdoors, it is often far away from the normal power supply when causing people to relax or work under the umbrella, and the power supply is inconvenient.

Utility model content

Aiming at the deficiencies of the prior art, the purpose of this utility model is to provide a solar smart umbrella based on wind and solar complementary power generation, which can simultaneously convert wind energy and light energy into electrical energy and store the electrical energy in the battery. The battery can be directly charged by the mains to ensure that the utility model can provide stable electric energy; further, the utility model can provide power supplies of various voltages to supply power to different devices.

In order to achieve the above object, the utility model adopts the following technical solutions:

A solar smart umbrella based on wind-solar complementary power generation, including a canopy, a main rib, a support bone, an umbrella pole and a sliding sleeve; the canopy is laid above the main rib, and a through hole is provided in the center; It is hinged with the lower end of the main umbrella rib, and its lower end is hinged with the outer wall of the sliding sleeve; the sliding sleeve is set on the umbrella pole and can slide up and down along the umbrella pole; the umbrella pole is a hollow structure, and the top of the umbrella pole wears The through hole passing through the canopy has an interference fit with the canopy;

The solar smart umbrella based on wind-solar complementary power generation also includes: a wind generator, a solar panel, a mains input interface, a control circuit board, a storage battery, and a charging interface; the wind generator is detachably arranged on the umbrella pole The top; the solar panel is laid on the top of the umbrella; the mains input interface and the charging interface are fixedly installed on the outer wall of the umbrella pole; the control circuit board and the battery are installed inside the umbrella pole;

The signal output end of the wind power generator is connected with the first signal input end of the control circuit board; the signal output end of the solar cell panel is connected with the second signal input end of the control circuit board; the signal of the mains input interface The output terminal is connected to the third signal input terminal of the control circuit board; the signal output terminal of the control circuit board is connected to the signal input terminal of the storage battery; the first signal output terminal of the storage battery is connected to the signal input terminal of the charging interface.

Realize that the purpose of the utility model can also be reached by taking the following technical solutions:

An embodiment of the utility model is that: the electrical connection wire between the wind generator and the control circuit board is provided with a waterproof plug and a matching socket.

An implementation manner of realizing the utility model is: the electrical connection wires between the solar battery panel and the control circuit board are provided with waterproof plugs and matching sockets.

An embodiment of the present utility model is: a lighting device is detachably installed on the supporting frame; The first switch is installed on the outer wall of the umbrella pole; the electrical connection mode is that the second signal output end of the storage battery is connected with the signal input end of the lighting equipment.

An embodiment of the present invention is: a fan is detachably installed on the upper part of the outer wall of the umbrella pole; the fan is electrically connected to the battery, and a second switch is also provided in the electrical connection circuit. The second switch is installed on the outer wall of the umbrella pole; the electrical connection mode is that the third signal output end of the storage battery is connected with the signal input end of the fan.

An implementation manner of realizing the utility model is: the first signal output end of the storage battery includes a 5V signal output end, a 12V signal output end and a 19V signal output end; the charging interface includes a 5V charging interface, a 12V charging interface and a 19V charging interface. Charging interface; the 5V signal output terminal is connected to the 5V signal input terminal of the 5V charging interface, and the output voltage is 5V; the 12V signal output terminal is connected to the 12V signal input terminal of the 12V charging interface, and the output voltage is 12V ; The 19V signal output terminal is connected to the 19V signal input terminal of the 19V charging interface, and the output voltage is 19V.

An embodiment to realize the utility model is that: the 5V charging interface is a USB connection port.

An implementation manner for realizing the utility model is that: the electric wires and the circuit are both arranged inside the umbrella pole.

The beneficial effects of the utility model are:

1. The utility model can convert wind energy into electric energy and light energy into electric energy, so as to realize wind-solar complementary power generation.

2. The battery is equipped with a mains power input interface, which can be used to charge the battery directly to ensure that the utility model can provide stable electric energy.

3. The utility model can provide power supplies of various voltages to supply power to different devices.

4. The utility model is also equipped with a fan and lighting equipment, and uses batteries to supply power to the fan and lighting equipment to provide users with blowing air and lighting.

Description of drawings

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

Fig. 2 is the enlarged front view of place A in Fig. 1;

Fig. 3 is the enlarged rear view of place A in Fig. 1;

Fig. 4 is the top view of the utility model;

Fig. 5 is a schematic diagram of the circuit structure of the present invention.

Among them: 1, canopy; 1a, through hole; 2, main rib; 3, support rib; 4, umbrella pole; 5, sliding sleeve; 6, wind power generator; 61, signal output end of wind power generator; 7 , solar battery panel; 71, the signal output terminal of the solar battery panel; 8, the mains input interface; 81, the signal output terminal of the mains input interface; 9, the control circuit board; 91, the first signal input terminal of the control circuit board ; 92, the second signal input end of the control circuit board; 93, the third signal input end of the control circuit board; 94, the signal output end of the control circuit board; 10, the battery; 101, the signal input end of the battery; 102, the battery 102a, 5V signal output end; 102b, 12V signal output end; 102c, 19V signal output end; 103, the second signal output end of the battery; 104, the third signal output end of the battery; 11, Charging interface; 11a, 5V charging interface; 11b, 12V charging interface; 11c, 19V charging interface; 111, signal input terminal of charging interface; 111a, 5V signal input terminal; 111b, 12V signal input terminal; 111c, 19V signal input terminal 12, lighting equipment; 121, the first switch; 122, the signal input end of the lighting equipment; 13, the fan; 131, the second switch; 132, the signal input end of the fan; 14, the waterproof plug; 15, the socket.

detailed description

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

Specific examples:

Referring to Fig. 1, Fig. 2, Fig. 3 in combination with Fig. 4, the solar smart umbrella based on wind-solar hybrid power generation described in this embodiment includes a canopy 1, a main rib 2, a support rib 3, an umbrella pole 4, and a sliding sleeve 5 , wind power generator 6, solar panel 7, mains input interface 8, control circuit board 9, storage battery 10, charging interface 11, lighting equipment 12 and fan 13. The canopy 1 is laid on the top of the main rib 2, and its center is provided with a through hole 1a; the upper end of the support rib 3 is hinged with the lower end of the main rib 2, and the lower end is hinged with the outer wall of the sliding sleeve 5; The sliding sleeve 5 is set on the umbrella pole 4 and can slide up and down along the umbrella pole 4; the umbrella pole 4 is a hollow structure, and the top of the umbrella pole 4 passes through the through hole 1a of the canopy 1 and interferes with the canopy 1 Cooperate. The wind generator 6 is detachably arranged on the top of the umbrella pole 4; the solar panel 7 is laid on the top of the umbrella cover 1; the mains input interface 8 and the charging interface 11 are fixedly installed on the umbrella pole 4; the control circuit board 9 and the storage battery 10 are installed inside the umbrella pole 4.

Referring to Fig. 1, Fig. 2, Fig. 3 and in conjunction with Fig. 5, the signal output end 61 of the wind generator is connected with the first signal input end 91 of the control circuit board; the signal output end 71 of the solar panel is connected with the control circuit board The second signal input terminal 92 is connected; the signal output terminal 81 of the mains input interface is connected with the third signal input terminal 93 of the control circuit board through a conventional rectifier circuit; the signal output terminal 94 of the control circuit board is connected with the storage battery The signal input end 101 of the battery is connected; the first signal output end 102 of the storage battery is connected with the signal input end 111 of the charging interface.

The first signal output terminal 102 of the storage battery includes a 5V signal output terminal 102a, a 12V signal output terminal 102b, and a 19V signal output terminal 102c; the charging interface 11 includes a 5V charging interface 11a, a 12V charging interface 11b, and a 19V charging interface 11c; The 5V signal output terminal 102a is connected to the 5V signal input terminal 111a of the 5V charging interface 11a, and its output voltage is 5V, wherein the 5V charging interface 11a is a USB connection port; the 12V signal output terminal 102b is connected to the 12V charging interface 11b The 12V signal input terminal 111b of the 19V charging interface 11c is connected to the 19V signal input terminal 111c, and its output voltage is 12V.

Described wind-driven generator 6 and the electrically connected wire of control circuit board 9 are provided with waterproof plug 14 and the socket 15 that matches with it; Waterproof plug 14 and socket 15 are unplugged, and wind-driven generator 6 can be separated from circuit, Remove it. Described solar battery panel 7 and the electrical connection wire of control circuit board 9 are provided with waterproof plug 14 and the socket 15 that matches with it; Waterproof plug 14 and socket 15 are unplugged, and solar battery panel 7 can be separated from circuit, Remove it.

A lighting device 12 is detachably installed on the support frame 3; the lighting device 12 is electrically connected to the battery 10, and the lighting device 12 is powered by the battery 10; the electrical connection circuit between the lighting device 12 and the battery 10 is A first switch 121 is also provided, and the first switch 121 is installed on the outer wall of the umbrella pole 4 . A fan 13 is installed on the outer wall top of the umbrella pole 4 in a detachable manner; the fan 13 is electrically connected with the storage battery 10, and the fan 13 is powered by the storage battery 10; A second switch 131 is arranged, and the second switch 131 is installed on the outer wall of the umbrella pole 4 . The electrical connection mode between the lighting equipment 12 and the storage battery 10 is that the second signal output terminal 103 of the storage battery is connected to the signal input terminal 122 of the lighting equipment; the electrical connection mode between the fan 13 and the storage battery 10 is the third signal output terminal of the storage battery. 104 is connected to the signal input end 132 of the fan.

The electric wires and circuits are all arranged inside the umbrella pole 4 .

Referring to Fig. 1, Fig. 2, Fig. 3 in conjunction with Fig. 4, during use, the wind power generator 6 converts wind energy into electrical energy, and stores it in the storage battery 10 through the control circuit board 9; The circuit board 9 is stored in the storage battery 10; when neither wind energy nor solar energy is sufficient, the mains power is connected to the control circuit board 9 through the mains input interface 8 to charge the storage battery 10, so as to ensure that the storage battery 10 can provide a stable power supply . The user can choose the charging interface 11 to charge the device at any time. Among them, the 5V charging interface 11a is designed as a USB connection port, which is widely applicable to mobile phones and MP3 players. There is no need to use an additional conversion interface when charging; the 12V charging interface 11b and the 19V charging interface 11c can be applied to appliances such as tablets and laptops. When the user is resting, he can turn on the lighting device 12 through the first switch 121 to illuminate the environment under the umbrella; he can also turn on the fan 13 through the second switch 131 .

For those skilled in the art, various other corresponding changes and modifications can be made according to the technical solutions and ideas described above, and all these changes and modifications should fall within the protection scope of the claims of the present invention .

Claims (7)

1., based on the solar energy intelligent umbrella of wind light mutual complementing power generation, comprise canopy, main umbrella skeleton, fulcra, umbrella bar and sliding sleeve; Described canopy lays the top of main umbrella skeleton, and its center is provided with through hole; The upper end of described fulcra and the lower end of main umbrella skeleton are hinged, and the outer wall of its lower end and sliding sleeve is hinged; Described sliding sleeve is set on umbrella bar and also can slides up and down along umbrella bar; Described umbrella bar is the structure of hollow, and through hole and the canopy interference fit of canopy are passed in the top of umbrella bar; It is characterized in that:

The described solar energy intelligent umbrella based on wind light mutual complementing power generation also comprises: wind-driven generator, solar panel, civil power input interface, control circuit board, battery and charging inlet; Described wind-driven generator is arranged on the top of umbrella bar removably; Described solar panel is laid on the top of canopy; Described civil power input interface and charging inlet are all fixedly mounted on the outer wall of umbrella bar; Described control circuit board and battery are installed in the inside of umbrella bar;

The signal output part of described wind-driven generator is connected with the first signal input part of control circuit board; The signal output part of described solar panel is connected with the secondary signal input of control circuit board; The signal output part of described civil power input interface is connected with the 3rd signal input part of control circuit board; The signal output part of described control circuit board is connected with the signal input part of battery; First signal output part of described battery is connected with the signal input part of charging inlet.

2. the solar energy intelligent umbrella based on wind light mutual complementing power generation according to claim 1, is characterized in that: the socket being provided with waterproof plug in the electrical connecting wire of described wind-driven generator and control circuit board and matching with it.

3. the solar energy intelligent umbrella based on wind light mutual complementing power generation according to claim 1, is characterized in that: the socket being provided with waterproof plug in the electrical connecting wire of described solar panel and control circuit board and matching with it.

4. the solar energy intelligent umbrella based on wind light mutual complementing power generation according to claim 1, is characterized in that: described fulcra are provided with lighting apparatus removably; Described lighting apparatus is connected with storage battery, is also provided with the first switch in described electrical connection circuit, and described first switch is arranged on the outer wall of umbrella bar; Described electric connection mode is that the secondary signal output of battery is connected with the signal input part of lighting apparatus.

5. the solar energy intelligent umbrella based on wind light mutual complementing power generation according to claim 1, is characterized in that: the outer wall top of described umbrella bar is provided with fan removably; Described fan is connected with storage battery, is also provided with second switch in described electrical connection circuit, and described second switch is arranged on the outer wall of umbrella bar; Described electric connection mode is that the 3rd signal output part of battery is connected with the signal input part of fan.

6. the solar energy intelligent umbrella based on wind light mutual complementing power generation according to claim 1, is characterized in that: the first signal output part of described battery comprises 5V signal output part, 12V signal output part and 19V signal output part; Described charging inlet comprises 5V charging inlet, 12V charging inlet and 19V charging inlet; Described 5V signal output part is connected with the 5V signal input part of 5V charging inlet, and its voltage exported is 5V; Described 12V signal output part is connected with the 12V signal input part of 12V charging inlet, and its voltage exported is 12V; Described 19V signal output part is connected with the 19V signal input part of 19V charging inlet, and its voltage exported is 19V.

7. the solar energy intelligent umbrella based on wind light mutual complementing power generation according to claim 6, is characterized in that: described 5V charging inlet is USB connection jaws.