KR102138479B1 - Blind with Solar-power panel - Google Patents

Abstract

The present invention relates to a solar panel blind, which is manufactured to be installed on a window of a building to collect sunlight incident from the outside to produce electricity. The solar panel blind can be simply installed on the window, like a curtain installed by an individual without the help of professionals at home or in an office, thereby satisfying an awning effect with respect to incident sunlight energy. Also, a sunlight panel is installed on a light shading piece of the blind to store the sunlight energy or supply the same to a lighting part after collecting the same. Therefore, the solar panel blind can expect expansion and universalization of eco-friendly renewable energy.

Description

Solar blind{Blind with Solar-power panel}

The present invention relates to a solar blind, and to a solar blind installed on a window of a building to generate electricity by condensing sunlight incident from the outside.

Recently, interest in the development of eco-friendly renewable energy such as wind power, tidal power, and solar power has been rapidly growing, and accordingly, the market is rapidly developing in technology development, product supply, and demand. In particular, solar power generation equipment or panels are frequently installed on the veranda of apartments or buildings with government subsidies. Moreover, solar panels are installed on the exterior walls or windows of buildings during construction, Efforts are being made to replace some of the consumption with eco-friendly renewable energy. However, in the case of installing existing eco-friendly renewable energy equipment, only experts could install it, and even if an individual receives government subsidies, there is a difficulty in the generalization of solar panel installation in that the installation cost of hundreds of thousands of won has to be paid separately.

On the other hand, a number of ultra-simple products that individuals can directly install without the help of experts have been proposed. Application No. 10-2018-0093351 In the LED lighting device for holding posts using solar power, solar energy is converted into electric energy to An external case provided to transmit light emitted from the LED while protecting the solar module by including a solar module provided to emit light; A solar panel unit interlocked with the solar module; A control unit that controls the electric energy converted from the solar module to emit light, and a coupling part provided at the lower end of the outer case to be fixed to an upper end of the post, and the outer case to which the solar panel is attached. It is provided to transmit the light emitted from the first stage and the LED, and the LED lighting device for a post using sunlight provided in the outer case so that the LED emits light downward.

However, in the case of the above product, its utility was limited in that the solar power integration capability can only replace the power source of small electronic products.

In order to improve the limited usability, the present invention relates to a solar blind, which is installed on a window of a building to replace the curtain, thereby providing a shading capability and at the same time condensing solar energy incident into the room. I would like to propose a light blind.

The present invention relates to a solar blind with,

It is intended to provide a solar blind that can shade the sunlight incident from the outside and generate electricity at the same time.

In order to solve the above problem,

The present invention can be installed on a window

A light-shielding piece that is composed of a plurality of mounting and installation parts at the top with an installation space part, a lower bar located at the bottom, and between the mounting and installation parts and the lower bar, and connected to the lifting and tilting strings to enable tilting and folding. And In the solar blind consisting of a lifting and tilting device unit installed in the mounting and installation unit,

The mounting installation unit includes a lifting and tilting device unit, a battery unit, or an inverter unit installed in the installation space unit; A lighting unit connected to the battery unit or the inverter unit and installed on an outer wall thereof; A first tilting string hole and a first wiring through hole formed on the bottom surface thereof; A connection contact protrusion provided on one side wall and a connection contact depression on the other side wall; Consists of

The lower bar has a fourth tilting string hole,

The light shielding piece includes a base portion; A plug portion coupled to both side surfaces of the base portion and having a second wiring through hole; A solar panel that is inserted into the mounting portion of the upper surface of the base portion; Is composed,

A battery installed in the mounting space of the mounting and installation unit by condensing solar energy using the solar panel installed on the light-shielding piece and wiring the wiring connected to the solar panel to a plurality of light-shielding pieces through the base and plug parts This is solved by providing a solar blind capable of supplying power to a lighting unit connected through the battery unit, which can be connected to the battery unit to charge the battery unit or connected to the inverter unit to convert DC into AC.

The present invention relates to a solar blind,

Similar to installing general blinds in a home or office without the help of a professional manpower, it can be easily installed on a window inside a building, thus providing a shading effect for the solar energy incident indoors, and at the same time, the solar panel It is installed on the outer wall of the shading piece, and the solar panel collects solar energy and then stores it in the battery unit or converts the direct current power produced from the solar panel into AC using an inverter. It has the effect of substituting part of the power consumption, and in that it can be used as indoor lighting by connecting the battery part or inverter part to the lighting part installed on the outer wall of the mounting and installation part, it makes more active use of sunlight that has not been used. It has the advantage of being able to.

In addition, the power produced from the solar panel is connected to a motor or control device for automatic opening and closing of the Blyde device and automatic control, and the Blyde can be controlled through a mobile terminal or an AI speaker is combined to operate Blyde by voice. There is an advantage in that it is possible to easily build the device expandability so that the operation convenience or convenience of use of the blind can be achieved by using the power produced from the solar panel without a separate additional power source.

1 is an overall installation view of a solar blind.
2 is a detailed view of a solar blind.
3 is an exploded cross-sectional view of a light shielding piece of a solar blind.
4 is an exploded perspective view of the wiring of the solar blind.
5 is an exemplary diagram for wiring of a solar blind.
6 is a wiring diagram for wiring of a solar blind.

Hereinafter, with reference to the accompanying drawings will be described in more detail.

Prior to this, terms or words used in the present specification and claims should not be construed as limited to their usual or dictionary meanings, and the inventors appropriately explain the concept of terms in order to explain their own invention in the best way. Based on the principle that it can be defined, it should be interpreted as a meaning and concept consistent with the technical idea of the present invention.

Accordingly, the embodiments described in the present specification and the configurations shown in the drawings are only the most preferred embodiments of the present invention, and do not represent all the technical ideas of the present invention, so at the time of the present application, they can be replaced. It should be understood that there may be various equivalents and variations.

The present invention relates to a solar blind,

Largely, the upper mounting portion 10 which can be installed on the upper wall of the window or the ceiling and the installation space portion 11 is formed; A lower bar 30 located at the bottom; It is composed of a plurality of between the mounting and installation portion and the lower bar, using the lifting string 40 and the tilting string 41 to enable tilting and folding, the lifting and tilting device portion (11d) and the lower bar of the installation space To the shading piece 20 connected to the 30; It relates to a configured solar blind.

The mounting and installation unit 10 includes an elevating and tilting device unit 11d installed in the installation space 11; At least one of the battery unit 11a or the inverter unit 11b; A lighting part (11c) laid on the outer wall; A first tilting string hole 12 and a first wiring through hole 13 drilled in the bottom surface thereof; A connection contact protrusion 14 provided on one side wall thereof; To the connection contact recessed portion 15 provided on the other side wall; Consists of

In addition, the lower bar 30 has a fourth tilting string hole 31,

In addition, the light shielding piece 20, which is composed of a plurality of pieces between the mounting and installation portion and the lower bar, and which can be tilted or lifted using a lift string and a tilting string, includes a base portion 21; Plug portions 22 coupled to both sides of the base portion; With a solar panel 23 inserted into the upper surface of the base part; Is composed,

In addition, the base portion 21 and a seating portion (21a) on the upper surface; An insertion through-space part (21c) through which the solar panel is partially inserted and fixed to the seating part; A second tilting string hole (21d) perforated in the upper and lower surfaces of the insertion through space; An insertion opening (21e) formed at one end of the insertion through space; To the electrode contact portion (21b) fixedly installed at the bottom of the insertion through space portion; Consists of

In addition, the plug part 22 includes a coupling protrusion 22a that can be coupled to the insertion opening 21e of the base part 21; A second wiring through hole 22b; The wiring 50 connected to the electrode contact portion 21b at the bottom of the base portion insertion space portion 21c penetrates the insertion through space portion 21c, the insertion opening portion 21e, and the second wiring through hole 22c To a wiring through hole 22b formed therein so as to be wired with a plurality of solar panels; Consists of

In addition, the solar panel 23 includes a panel body 23a; A third tilting string hole (23b) perforated to be arranged in line with the first and second tilting string holes (12, 21d); It is composed of an electrode part 23c coupled to the bottom surface of the panel body 23a,

The blinds that can be installed on the window frame can be tilted or lifted by using the lifting and tilting device part 11d, the lifting string 40 and the tilting string 41, and installed on the shading piece 20. The solar panel 23 is used to condense solar energy, and the wiring 50 connected to the solar panel is passed through the insertion through space 21c of the base and the wiring through hole 22b of the plug 22. , Wire the plurality of light shielding pieces 20 through the second wiring through hole 22c of the plug part, and connect it to the battery part 11a installed in the mounting space of the mounting and installation part 10 to charge the battery part or By connecting to the inverter unit 11b, direct current may be converted into alternating current, and power may be supplied to the lighting unit 11c connected through the battery unit.

Examples are

The light shielding piece 20 can be tilted or lifted by using the lifting and tilting device 11d, the lifting string 40, and the tilting string 41 installed on the mounting and installation part 10, and the seating part of the light shielding piece ( The solar panel 23 is mounted on 21a), and an electrode part 23c is formed on the bottom of one end of the panel body 23a of the solar panel, and one end of the panel body is the insertion through space part 21c of the base part. It was inserted into and seated in the seating portion so that the solar panel could be coupled to the base portion 21. The electrode part 23c at the bottom of one end of the panel body is in contact with the electrode contact part 21b installed on the lower surface of the insertion space part 21c of the base part, and the wiring 50 is connected to the electrode contact part. Electricity generated by condensing the light panel may be wired through a wiring connected to the electrode contact part 21b of the insertion space part of the base part. That is, the wiring connected to the electrode contact part enters the wire through hole of the plug part 22 through the insertion through space part 21c and the insertion opening part 21e, and the anode and the second wire through hole 22c of the plug part are opened. Each is withdrawn through. The plug portion is coupled to the insertion opening of the base portion using a coupling protrusion.

In addition, as shown in FIG. 6, the plurality of light-shielding pieces may be wired to each other to supply electricity generated by the solar panel to the battery part, the inverter part, or the lighting part of the installation space part, thereby charging the battery part or through the inverter part. Direct current can be converted to AC, and power is supplied to the lighting part attached to the outer wall of the mounting and installation part to operate.

In addition, a connection contact protrusion 14 is formed on one side wall of the mounting and installation unit 10, and a connection contact depression 15 is provided on the other side wall, so that a plurality of blinds having a mounting and installation unit are combined with each other. Complementarily, the battery unit can be charged or power can be supplied.

In addition, the lifting string and the tilting string pass through the first, second, third, and fourth tilting string holes and are coupled to the lifting and tilting device of the installation space, so that the shading piece is tilted or the shading piece and the lower bar are lifted by the user's operation. What can be done is not described separately because the analogy from the existing known technology is self-evident.

In addition, the plurality of light shielding pieces are wired, or a plurality of blinds are combined with each other using the connection contact protrusion 14 and the connection contact depression 15 of the mounting and installation unit 10 to supplement the battery unit or The wiring method for supplying power will not be separately installed since the analogy from the existing known technology is obvious.

As described above, in the present invention, specific matters such as specific components, etc., and limited embodiments and drawings have been described, but this is provided to help a more general understanding of the present invention, and the present invention is not limited to the above embodiments, Anyone of ordinary skill in the field to which the present invention pertains can make various modifications and variations from this description.

Accordingly, the spirit of the present invention is not limited to the described embodiments, and all things equivalent or equivalent to the claims as well as the claims to be described later belong to the scope of the present invention.

10. Mounting and installation part
11. Installation space
11a. Battery part
11b. Inverter part
11c. Lighting section
11d. Lifting and tilting device
12. 1st tilting string hole
13. 1st wiring through hole
14. Connection contact protrusion
15. Connection contact depression
20. Shading piece
21. Base
21a. Seating
21b. Electrode contact part
21c. Insertion through space
21d. 2nd tilting string hole
21e. Insertion opening
22. Plug part
22a. Coupling protrusion
22b. Wiring through port
22c. 2nd wiring through hole
23. Solar Panel
23a. Panel body
23b. 3rd tilting string hole
23c. Electrode
30. Bottom bar
31. 4th tilting string hole
40. Lifting string
41. Tilting string
50. Wiring

Claims (6)

In the solar blind that can be installed on the top wall or ceiling of the window,
At least one of the lifting and tilting device part 11d, the battery part 11a, or the inverter part 11b installed in the installation space part 11, and a stationary installation part having a first tilting string hole 12 perforated on the bottom surface thereof Wow;
A lower bar 30 having a fourth tilting string hole 31;
A base part 21, and a second tilting string hole formed in the base part, which is formed in a plurality between the mounting and installation part and the lower bar;
A light shielding piece including a plug portion 22 coupled to both side surfaces of the base portion and a solar panel 23 inserted into an upper surface of the base portion and formed with a third tilting string hole;
A connection contact provided on one side wall of the mounting and installation unit so that electricity produced from the solar panel can be supplied to the battery, inverter, or lighting unit by combining a plurality of blinds, and a connection contact provided on the other side wall of the mounting and installation unit. With depressions;
A wiring capable of connecting the solar panel to the battery unit or the inverter unit; It is configured, so that electricity produced by the solar panel can be transferred to the battery or inverter, and the lifting and tilting strings pass through the first, second, third, and fourth tilting string holes and are coupled to the lifting and tilting device of the installation space. By doing so, a solar blind, characterized in that the light-shielding piece is tilted or the light-shielding piece and the lower bar can be raised or lowered by a user's manipulation.
The method of claim 1,
Mounting and installation part 10, a lighting part (11c) laid on the outer wall; Including further, the solar blind, characterized in that it is connected to the battery unit or the inverter unit to receive power.
delete The method of claim 1,
A seating portion formed on the base portion; An insertion through space; An insertion opening formed at one end of the insertion through space; An electrode contact portion formed on a lower surface of the base portion;
A wiring part connected to the electrode contact part;
The solar panel includes a panel body; An electrode portion formed on the bottom of the panel body; Contains more,
One end of the panel body is inserted into the insertion through space, and the electrode part provided on the bottom of the panel body contacts the electrode contact part of the base part to transfer electricity generated from the solar panel to at least one of the battery part, the inverter part, or the lighting part. Solar blinds, characterized in that it can be supplied to.
The method of claim 4,
A plug portion having a coupling protrusion, a wiring through hole, and a second wiring through hole; Including, the plug portion coupling protrusion is inserted into the insertion opening, and the wiring connected to the electrode contact portion enters the second wiring through hole of the plug portion, and the other light shielding piece and the other light-shielding piece through the wiring through hole separated according to the anode and the cathode. Solar blind, characterized in that it can supply electricity to the battery part, the inverter part or the lighting part of the mounting and installation part after being wired.
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