KR101947401B1 - A Electric Power Generation Apparatus with Solar Cell Module - Google Patents

Abstract

According to the present invention, an awning-type solar cell module power generation apparatus has a solar cell module which integratedly adheres to and is installed on an upper surface of a light collecting awing screen in multiple surfaces, multiple rows and multiple columns, so the light collecting awing screen can be smoothly and easily opened and expanded. A winding drum is installed on the outside of a rotation shaft, which is installed on the inside of a light collecting awing screen housing, and the solar cell module is not damaged by winding the light collecting awing screen around the winding drum.

Description

[0001] The present invention relates to an electric power generation apparatus,

In the present invention, a condensing orifice film having a top surface of a solar cell module is rolled and rolled in the form of a scroll in a condensing shade housing, and when the condensing sunshade module is condensed, Type solar cell condensing device.

In more detail, a condensing orifice film in which a solar cell module is integrally adhered to an upper surface of a solar cell module is rolled in a roll shape which is installed in the condensing shade housing and which is manually or automatically rotated in the normal and reverse directions, When the module is to be condensed, the condensing suntan film is extended to the outside of the condensing suntan film housing to condense the solar battery module, and a tip support is provided at the tip of the condensing suntan film; A solar cell module integrally adhered and installed on an upper surface of the condensing winging film is provided as a multi-layered multi-row traverse, so that the condensing winging film can be smoothly and easily deployed; A condensing drum is integrally provided on the outer side of a rotating shaft which is installed in the condensing sunshield housing to prevent the solar cell module from being damaged by allowing the condensing sunshade to be pivoted to the drum; Wherein the condensing orifice film is disposed at both ends of the drum and the condensing orifice film wound on the drum is aligned and aligned in a line without being deflected; Wherein an alignment support device is installed at an entrance of the condensing sun shade housing to support the condensing sun shade to be drawn in and out; The electricity generated by the solar cell module of each row is output through the electrical connection means and is electrically connected to one end of the rotary shaft of the concentrating sunshade housing or the leading end of the concentrating sunshade to charge the rechargeable battery Type solar cell module power generation device.

Eunning can be installed on the wall above the entrance of a building or on the roof of a vehicle to make it shade by shutting off sunlight or rainwater to make a safe place where rainwater does not fall in the entrance or entrance of the entrance.

[0003] Among the above-described installed and used windings, an electric generating function using a solar cell module is added to the function of the winder installed in a leisure drive vehicle such as a camper, and Japanese Patent Application Laid-open No. 10-2006-0107609 Japanese Patent Application Laid-Open No. 10-2012-0086923 (Automobile Solar Energy Utilization System) and Japanese Patent Application Laid-Open No. 10-2016-0094041 (vehicle earning equipped with a solar battery module) are known.

In the case of operating an automobile engine, the electrical energy generated by the operation of the engine and the electrical energy output from the solar cell module are supplied to the battery of the vehicle Accumulates the electric energy outputted from the solar cell module in the battery according to the ambient temperature or supplies the electric energy to the blower built in the air conditioner of the automobile or supplies it to the preheating device of the automobile when the engine is stopped When the engine is stopped, the circuit is short-circuited at the time of engine operation and the circuit is opened at the time of engine stop. When the ignition off signal is received, the circuit is opened at the time of engine operation, Circuit is short-circuited.

Further, according to the present invention, a plurality of parts can be selectively preheated when a plurality of parts requiring preheating are insufficient for preheating both of them and solar energy

Japanese Patent Application Laid-Open No. 10-2016-0094041 (a motor vehicle equipped with a solar cell module) can be rotated in the forward and reverse directions by a motor mounted on one side of an unloading housing with a winding roller installed inside an unloading housing forming a body portion A supporting bar is mounted on the front end of the ornamental film having one end fixed to the winding roller and a support bar supporting the developed sun shade film is provided on the upper surface of the awnering housing and the support bar, The solar cell module is adhered to the solar cell module, and sunlight is collected by the solar module formed on the upper surface of the sunk film, so that electricity generated by the solar cell module is supplied to the storage battery.

However, this is because the solar cell module is directly wound on the take-up roller (take-up bar) having a small cross-section diameter so that the solar cell module formed on the upper surface of the ornamental film has a small- (Sunroof), the function of the solar cell module is lost, and the entrance of the body portion (the opening housing) is simply opened, so that the ornamental film is drawn through the entrance of the body portion The solar cell module is collapsed by the solar cell module formed (installed) on the upper surface of the shading film, so that the solar cell module To the battery, but there is no technical background to produce electricity by collecting solar light at all There is no limit.

SUMMARY OF THE INVENTION The present invention has been made to solve the above-mentioned problems, and it is an object of the present invention to provide an energy type solar cell module generating apparatus.

The present invention is to provide an earning type solar cell module power generation device which is provided with an electric generating function using a solar cell module in a function of an earning installed and used in a leisure drive vehicle such as a camper.

The present invention is characterized in that a condensing orifice film in which a solar cell module is integrally adhered on an upper surface is rolled in a roll shape on a rotating shaft which is axially or internally and manually or automatically rotated in a forward and reverse direction within the condensing shading film housing, A condensing eyelash curtain is drawn out to the outside of the condensing beehive housing to condense sunlight, and a tip support is provided at the tip of the condensing beehive; A condensing orifice film integrally adhered and installed on an upper surface of the condensing sun shade film as a multi-faced transverse shaft; A drum and a drum are integrally installed on the outer side of the rotating shaft which is formed inside the condensing eyeliner housing; And a pair of guide rollers for guiding the condensing orifice film wound on both sides of the drum at which the condensing orifice film is wound; Wherein an alignment support device is installed at an entrance of the condensing sun shade housing to support the condensing sun shade to be drawn in and out; Type solar cell module in which electric power generated by the solar cell module of each row is output through one side of a rotating shaft that is shrouded in the condensing shade housing or through an electrical connecting means provided on a tip support provided at the tip of the condensing shade film, The purpose is to provide power generation equipment.

Another object of the present invention is to provide

And a condensing orifice film integrally adhered and installed on the upper face of the condensing orifice film can be provided as a multi-faced transverse plate so that the condensing orifice film can be smoothly and easily expanded and expanded; The condensing shade film is pivoted on the drum disposed outside the rotating shaft that is installed in the interior of the condensing shade housing to prevent the solar cell module from being damaged; Wherein the condensing orifice film is disposed at both ends of the drum and the condensing orifice film wound on the drum is aligned and aligned in a line without being deflected; An alignment support device is provided at an entrance of the condensing sun shade housing to properly align and support the condensing sun shade to be drawn in and out; The electricity generated by the solar cell module of each row is output through one of the rotary shafts provided in the condensing shading housing or the electric connecting means provided on the tip support provided at the tip of the condensing shading film to charge the charged battery, Module generator.

BRIEF DESCRIPTION OF THE DRAWINGS The above and other objects,

The solar cell module is integrally adhered to the upper surface of the concentrating sunshade in a concentric shading housing and is rolled in the form of a scroll in a form of a drum integrated with a rotary shaft which is manually or automatically rotated in the forward and reverse directions, The solar cell modules are disposed on the opposite ends of both ends of the condensing shade so as to concentrate solar light. When the solar cell module is condensed, the condensing shade film is drawn out to the outside of the condensing shade housing to concentrate solar light, And the electricity produced by the solar cell module of each row is outputted through the electric connection means provided on the one end of the rotary shaft installed in the condensing shade housing or the tip support provided at the tip of the condensed shade film Charging the rechargeable battery, the solar cell module Electrical wiring, according to the one connected to a separate negative power lines and each of the individual electrical wires plus the solar cell modules forming each column in the main connection terminal and the wiring connected to the output end of said main connection terminals to an electrical output means;

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And a pair of guide rollers for guiding the condensing orifice film wound on both sides of the drum,

The solar cell module power generation device (1) is characterized in that an enthusiastic support device is provided at an entrance of the concentrating sunshade housing to support the concentrating sunglasses taken in and out.

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The earning type solar cell module power generation apparatus according to the present invention includes a concentrating sunshade in which a solar cell module is integrally adhered to an upper surface of the concentrating sunshade in a concentrically rotating sunshade housing, When the solar cell module is to be condensed, the condensing shade film is drawn out to the outside of the condensing shade housing to condense the solar cell module, and a tip support is provided at the tip of the condensing shade film; A solar cell module integrally adhered and installed on an upper surface of the condensing sun shade film as a multi-side multi-row traverse; A drum and a drum are integrally installed on the outer side of the rotating shaft which is formed inside the condensing eyeliner housing; And a pair of guide rollers for guiding the condensing orifice film wound on both sides of the drum at which the condensing orifice film is wound; Wherein an alignment support device is installed at an entrance of the condensing sun shade housing to support the condensing sun shade to be drawn in and out; The electricity generated by the solar cell modules of each row is outputted through one of the electric shunting means installed on one side of the rotary shaft or the front end supporting shafts in the condensing shade housing and charged into the rechargeable battery.

According to the present invention, the condensing orifice film integrally adhered and installed on the upper face of the condensing orifice film can be provided as a multi-faced transverse plate, so that the condensation orifice film can be smoothly and easily expanded and expanded; The condensing orifice film is disposed on a drum disposed outside the rotating shaft that is installed in the interior of the condensing shade housing to prevent damage to the solar cell module; Wherein the condensing orifice film is disposed at both ends of the drum and the condensing orifice film wound on the drum is aligned and aligned in a line without being deflected; An alignment support device is provided at an entrance of the condensing sun shade housing to properly align and support the condensing sun shade to be drawn in and out; The electricity generated by the solar cell modules of each row can be output to one side of the rotating shaft that is shrouded in the condensing shade housing or through the electrical connecting means provided at the tip end of the condensing shade film to charge the charged battery.

1 is a perspective view showing a concrete realization example of an earning type solar cell module power generation apparatus according to the present invention.
FIG. 2 and FIG. 3 are side and top cross-sectional views of an earning type solar cell module power generation apparatus according to the present invention illustrated in FIG. 1;
FIGS. 4A and 4B are views showing different embodiments of an installation state and an electric wiring state of an awning type solar cell module power generation apparatus according to the present invention; FIG.
FIG. 5A and FIG. 5B are views showing still another embodiment of an installation state and an electric wiring state of a solar cell module in an earning type solar cell module power generation apparatus according to the present invention; FIG.
6 is a cross-sectional view excerpted from a slip ring apparatus which is an electrical connecting means installed in a power generation apparatus for an austenitic solar cell module according to the present invention.
7 is a cross-sectional view excerpted from an outlet plug device, which is an electrical connecting means installed in an earning type solar cell module power generation apparatus according to the present invention.
FIG. 8 is an exemplary view showing a state in which a condensing orifice is installed directly on a windshield mounted on a roof of a car cabin in an awning type solar cell module generator according to the present invention.

These and other objects and features of the present invention will be more clearly understood from the following detailed description based on the accompanying drawings.

1 to 8 show a concrete realization example of an earning type solar cell module generator 1 according to the present invention. FIG. 1 shows an earning type solar cell module generator 1 according to the present invention. 2 and 3 are side and top cross-sectional views of an awning type solar cell module generator 1 according to the present invention illustrated in Fig. 1, Figs. 4A and 4B and Figs. 5A and 5B are cross- FIGS. 6 and 7 are views showing an example of an erection type solar cell module power generation apparatus 1 according to the present invention. In FIGS. 6 and 7, FIG. 8 is a cross-sectional view of a slip ring device 50-1 and an outlet plug device 50-2, which are electrical connecting means 50 installed in the power generating unit 1 of the present invention. The condensing orifice film 30 of the apparatus 1 is mounted on the roof of a vehicle cabin An exemplary view showing a state where directly on the upper surface of the windshield.

First, the structure of an earning type solar cell module generator 1 according to the present invention will be described.

An earning type solar cell module generator 1 according to the present invention is formed as illustrated in FIGS. 1, 2, and 3.

A rotary shaft 20 is freely rotatably disposed at the center in the longitudinal direction within the condensing sunshield housing 10 having an entrance formed on one side in the longitudinal direction. , The manual receiving and withdrawing operation member 23 may be connected to the rotary shaft 20 as shown in FIG. 3, or may be mounted on the rotary shaft 20 manually or automatically .

One end of the condensing diaphragm 30 is fixedly mounted on the outer periphery of the drum 21 and the other end of the condensing diaphragm 30 is exposed to the outside through the entrance of the condensing diaphragm housing 10, And a plurality of knobs 32 are installed on the front end of the distal end support 31. [

The opening and closing support bar (not specifically shown) may be provided between the condensing sun shade housing 10 and the front end support 31 to allow the front end support 31 to be easily pulled or pulled out when the condensing shade 30 is wound or extended. So as to support the condensing shade 30.

The base 35 is attached to and detached from the bottom surface of the top support 31 so as to support and support the condensation orifice 30 including the top support 31.

Since the above-described structure is similar to the conventional structure, a more detailed description will be omitted.

The solar cell module 40 formed on the upper surface of the light converging sun visor 30 can be easily moved without damaging the solar cell module 40 when the converging drum 30 is wound around the rotary shaft 20 on the outer side So that it can be wound.

The solar cell module 40 is wound around the entrance of the condensing sun shade housing 10 so as to be deflected when the condensing shade 30 is wound or pulled out of the collection drum 21 or by the upward and downward movement of the condensing shade 30, To prevent collision and damage to the apparatus.

An entry / exit tool (11) is installed at an entrance / exit of the condensing concealment housing (10), and the entrance / exit tool (11) is provided at both ends of the inside of the entrance / exit tool The upper and lower support rollers 13-1 and 13-2 are freely rotatable on the upper and lower sides of the inner rear end of the input / output tool 11, Respectively.

Particularly, when the condensing eyelid 30 is wound on or extracted from the collection drum 21 by coupling (covering) the flexible cap 11-1 to the front end (entrance) of the inlet / outlet tool 11, It is possible to prevent the solar cell module 40 from colliding with the front end (entrance) of the input / output tool 11 by the up-and-down swing and to prevent the solar cell module 40 from being damaged by the soft cap 11- 1) was formed of a rubber material or a soft synthetic resin material.

The solar cell module 40 provided on the upper surface of the condensing shade 30 is provided with a plurality of multi-row traverse plates while maintaining a constant spacing. As illustrated in FIGS. 3 to 5B, preferably, The solar cell modules 40 are installed in a single row and are formed (formed) in a multi-row transverse band while being maintained at regular intervals.

In the solar cell module 40 installed on the upper surface of the condensing shading film 30 as described above, the individual positive (+) electric lines 41-1 and the individual positive (-) electric lines 41-2 are connected to the individual positive electric lines 41-1, respectively, and diodes D1 are connected to the individual positive electric lines 41-1 so as to obtain stable electricity.

The respective positive plus electric pole lines 41-1 and the individual negative electrode lines 41-2 can be connected by the following two methods.

As shown in Figs. 4A and 4B and Figs. 5A and 5B, the wiring is performed by connecting each individual positive electric wire 41-1 and individual negative electric wire 41-2 of the solar cell module 40 forming each row, To the main plus line 42-1 and the main minus line 42-2 which are the main line 42 and to the output ends of the main plus line 42-1 and the main minus line 42-2, And the individual positive electric wire 41-1 and the individual negative electric wire 41-2 are connected to the main connection terminal 45 and connected to the output terminal of the main connection terminal 45, And the electric output means 50 is connected to the electric connection means.

The electric output means 50 directly connected to the output terminals of the main plus line 42-1 and the main minus line 42-2 or connected through the main connection means 45 as shown in Figure 6, And a slip ring device 50-1 connected to the rotating shaft 20. [

The slip ring device 50-1 is connected to the rotary shaft 20 by providing a rotary shaft 52 on one side of the slip ring support bundle 51, ) Terminal block 53 and a negative terminal block 54 are electrically connected to the main plus wire 42-1 and the main minus wire 42-2 which are the main wire 42, An output wire 60 is connected to the other side of the battery 51 so that electricity can be supplied to a battery (not specifically shown) for charging.

Since the slip ring apparatus 50-1 as described above is generally used, a detailed description of the structure and operation principle will be omitted.

In the slip ring apparatus 50-1 as described above, it is common to use a slip ring as one of the wire connection methods for connecting the electric wire attached to the rotating part to the fixed electric wire. At this time, one end of the slip ring is connected to the rotating part and the fixing part from the inside.

The slip ring is also used to connect the control part on the fixed shaft with the power generation part, which is the rotating shaft, or the signal connection method to transfer the information on the rotating shaft of the motor to the fixed shaft.

The electrical output means 50 directly connected to the output terminals of the main plus line 42-1 and the main minus line 42-2 or connected via the main connection means 45 is the same as the one shown in FIG. An outlet plug (means) composed of a con- verter 61 to which the main electric line 42 (42-1, 42-2) is connected and a plug 62 to which the output electric line 60 is connected can be mentioned, Since the cone set 61 and the plug 62 are commonly used, a more detailed description will be omitted.

8, the solar cell module power generation apparatus 1 according to the present invention is configured such that only the condensing orifice film 30 to which the solar cell module 40 is attached is mounted in a cabin 110 installed on the roof of the windshield 120.

In the case where the condensing waving film 30 with the solar cell module 40 attached thereto is installed directly on the upper surface of the windshield 120 mounted on the roof of the cab 110, the electric wiring method shown in FIG. 5A or FIG. It is preferable to use the outlet plug device 50-2 illustrated in Fig.

Hereinafter, the operating relationship of the earning type solar cell module generator 1 according to the present invention constructed as described above will be described.

The earning type solar cell module generator 1 according to the present invention illustrated in Figs. 1 to 7 operates as follows.

The manual receiving and dispensing operation tool 23 mounted on one side of the condensing shade housing 10 is artificially operated by using a separate tool (not specifically shown) to rotate the rotary shaft 20 in the forward and reverse directions Or the normal or slow decelerating motor 24 mounted on the one side of the condensing orifice housing 10 is rotated in the forward and reverse directions to rotate the rotary shaft 20 in the forward and reverse directions, (30) can be pulled out to the extraction tool (11) of the condensing shade housing (10) or can be pivoted (wound) on the collection drum (21).

Since the opening / closing support bar (not specifically shown) is provided between the condensing concealment housing 10 and the front end support 31 in the above description, when the condensing wing film 30 is wound or extended, the front end support 31 It is possible to easily operate and support the converging sun shade 30 to be deployed.

Since such an operation is normally performed, a more detailed description of the operation principle for the drawing-out (development) and the winding-up (winding) of the condensing shading film 30 is omitted.

The side support rollers 12 are freely rotatably mounted on both sides of the inner end of the inlet / outlet tool 11 when the condensing orifice 30 passes the front end support 31. The inlet / The upper side support rollers 13-1 and the lower side support rollers 13-2 are freely rotatably mounted on the upper side and the lower side of the inner rear end of the light condensing diaphragm 11, 12 so that the upper and lower support rollers 13-1 and 13-2 formed of a soft material are prevented from swinging up and down.

Particularly, even when the solar cell module 40 provided on the upper surface of the light converging or shading film 30 is contacted by the upper supporting roller 13-1 formed of a soft material, the upper supporting roller 13-1 is not damaged, When the shading film 30 is wound around the take-away drum 21 or drawn out to the outside, it guides and supports the light converging or shading film 30 smoothly.

Particularly, the soft cap 11-1 coupled to the front end (inlet) of the input / output tool 11 is capable of moving up and down the condensing orifice film 30 when the condensing concealment film 30 is wound or taken out of the confection drum 21 Thereby preventing the solar cell module 40 from colliding with the front end (entrance) of the input / output tool 11 and being damaged.

As described above, the condensing orifice film 30 drawn out from the condensing orifice housing 10 is fully expanded to produce electricity.

8, the wind turbine 120 mounted on the roof of the cab 110 of the automobile, such as the cam motor vehicle 100, When the shading film 30 can be directly installed, the condensing orifice film 30 directly provided on the upper surface of the windshield 120 produces electricity.

The production of electricity is started by turning on the main switch (not specifically shown).

The solar cell module 40 installed on the upper surface of the light concentrating shade 30 condenses solar light to generate electricity and electricity generated in the solar cell modules 40 in each row is supplied to the individual electric lines 41, To the main plus line 42-1 and the main minus line 42-2 which are the main line 42 through the individual plus line 41-1 and the individual minus line 41-2, And is supplied to the main connection terminal 45 through the negative-polarity electric wire 41-1 and the individual negative electric wire 41-2.

Electricity supplied to the electric output means 50 through the main plus electric line 42-1 and the main minus electric line 42-2 is supplied to the electric output means 50 when the electric output means 50 is the slip ring device 50-1, Is output to the output wire 60 via the (+) terminal block 53 and the (-) terminal block 54 provided inside the tube 52 and supplied to the battery (not specifically shown) for charging.

On the other hand, when the electrical output means 50 connected via the main connection means 45 is an outlet plug (means) comprising a cone 61 and a plug 62, the cone 61 and the plug 62 ) To be supplied to a battery (not specifically shown) and charged.

When electricity is produced and charged to the battery and the production of electricity is to be stopped, the main switch (not specifically shown) is operated to turn off the electricity input.

When the manual receiving and withdrawing operation member 23 or the forward / reverse decelerating motor 24 installed on the side of the condensing orifice housing 1 in the state where the electric input is interrupted as described above is operated inversely, the rotary shaft 20 The converging sunglasses 30 that have been withdrawn (deployed) by the rotation of the separation drum 21 in the reverse direction are wound around the circumference of the collection drum 21 together with the rotation shaft 21.

The soft cap 11-1 coupled to the front end (inlet) of the input / output tool 11 is guided by the condensing eyelid 30 (30) to the outer periphery of the confinement drum 21 The solar cell module 40 is prevented from colliding with the front end (entrance) of the input / output tool 11 and being damaged by the up and down rocking of the side support rollers 12 The upper supporting roller 13-1 and the lower supporting roller 13-1, which are formed of a soft material, are moved and aligned between the opposing paired alignment guiding disk 22 and the paired guided alignment guiding disk 22, Up and down movement is restricted by the roller 13-2.

Particularly, even when the solar cell module 40 provided on the upper surface of the condensing shading film 30 contacts the upper supporting roller 13-1 formed of a soft material, it is not damaged.

It will be apparent to those skilled in the art that various modifications and variations can be made in the present invention without departing from the spirit and scope of the invention as defined in the appended claims. It will be obvious.

1: oining type solar cell module power generation device 10: condensing shade housing
11: input / output tool 12: side support roller
13-1: upper support roller 13-2: lower support roller
20: rotating shaft 21: drum drum
22: Sorting induction plate 30: Concentrating shade
40: solar cell module 50: electrical connection means
50-1: Slip device 52: Cone set plug
100: Camper 120: Windshield

Claims (11)

The solar cell module is integrally adhered to the upper surface of the condensing orifice film in the form of a scroll, and the condensing orifice film is housed in the condensing orifice film housing in the form of a scroll drum integrally formed with a rotary shaft, The solar cell modules are disposed on both sides of the drum, and the sunk light guiding disk is disposed on both ends of the drum. When the solar cell module is to be condensed, the condensing sunk film is extended to the outside of the condensing sunk housing to concentrate sunlight, And the electricity produced by the solar cell module of each row is outputted through the electric connection means provided on the one end of the rotary shaft installed in the condensing shade housing or the tip support provided at the tip of the condensed shade film Charging the rechargeable battery, the solar cell module Electrical wiring, according to the one connected to a separate negative power lines and each of the individual electrical wires plus the solar cell modules forming each column in the main connection terminal and the wiring connected to the output end of said main connection terminals to an electrical output means;
And an entanglement supporting device for supporting the condensing orifice film to be guided in and out of the entrance of the concentrating sunshield housing. The alignment support device according to claim 1, wherein the alignment support device is installed at an entrance of the condensing shading film housing;
An entrance / exit tool provided at an entrance / exit of the condensing sun shade housing;
Wherein the side support rollers are freely rotatably mounted on both sides of the inner tip of the input / output tool;
An upper support roller and a lower support roller are rotatably mounted on the upper and lower sides of the inner rear end of the input / output tool; A solar cell module power generation device. delete delete delete The condensing orifice membrane according to claim 1, wherein the solar cell module is integrally adhered to the upper surface thereof;
A wind turbine installed directly on the roof of a cabin cabin. [3] The apparatus according to claim 2, wherein the inlet / outlet guide mounted on the inlet of the condensing sun shade housing comprises:
Wherein the soft cap is coupled to the tip of the inlet / outlet port. delete delete delete [7] The apparatus of claim 7, further comprising: a soft cap coupled to an end of the inlet / outlet opening;
Rubber material or a soft synthetic resin material.

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