KR101969759B1 - Energy-saving shade device - Google Patents

Abstract

The present invention relates to an energy-saving awning device. According to the present invention, a slate of a vertically hung blind is formed in an insulation space embedded in pair glass with a pulley and magnetic force so that the slate is manually folded and unfolded with a small amount of energy, and when the angle of an unfolded awning is adjusted and the position thereof is fixed (folding and unfolding, angle adjustment), the noise level and malfunction rate are low, so semi-permanent use is possible and the product quality is excellent. Moreover, since first and second vertical spaces and first and second horizontal space structures of the embedded insulation space are manufactured with a metallic material and an enhanced synthetic resin with low thermal conductivity and assembled, the device has excellent reinforcement and insulation properties. Also, since the lateral width between the front and rear sides of the first and second horizontal spaces and the first and second vertical spaces constituting the embedded insulation space is maintained at 14 mm, the insulation of the inside of the pair glass sealed by moldings can be improved and dew condensation can be prevented.

Description

[0001] Energy-saving shade device [0002]

More particularly, the present invention relates to an energy saving type sun shade device, and more particularly, to an energy saving type sun shade device which comprises a blind which has a double-layer glass on its front and rear surfaces and which is built therein and which is manually folded and expanded using a magnetic force and a pulley from outside, The space is made of reinforced synthetic resin and metal material with low thermal conductivity to reinforce strength, improve insulation performance and prevent condensation.

Generally, due to the improvement of the living environment and the improvement of the cultural life, the double-layered glass which is used in the soundproofing and the insulation equipment, etc., has been customized to move away from the noise to the high-rise buildings, the highland houses, Demand is increasing in accordance with consumers' desire to pursue a comfortable atmosphere.

Such a double-layered glass is formed by forming a space portion between the inner and outer glass and providing a space for heat insulation therebetween. The space portion is made into a dry air layer state to reduce the heat energy loss in the room to increase the heat insulation and moisture- It is used to create a pleasant indoor environment.

Prior art for such a double-layered glass structure includes the following: Japanese Patent Laid-Open No. 10-0795851 (entitled "Electric Blind Embedded in Double-Layer Glass"), Patent Document 10-2005-0071185 .

The electric blinds incorporated in this prior art multilayer glass can completely prevent moisture and air from penetrating into the waste space formed between the inner frame and the glass. Therefore, the glass blind disposed on the front and rear surfaces of the inner frame It is possible to prevent the formation of a material capable of interfering with the sight line, but it is not easy to create a comfortable indoor environment due to the noise generated by operating the blind by electric power, and the failure rate of the motor is high, .

In addition, the blind-type automatic display assembly can be installed on a wall or a window of a certain space such as a residential space, an office space, and an amusement space, and can selectively display a plurality of exhibits, This is because the motor and the drive pulley rotate to move a plurality of exhibit plates so that the noise and the failure rate of the motor are high, which is not suitable for the exhibition hall. The frame member on which the transparent display window is formed is made of metal or synthetic resin, The insulation performance is degraded or the strength is weak.

Disclosure of Invention Technical Problem [8] The present invention has been made to solve the above-mentioned problems, and an object of the present invention is to provide a method and apparatus for manually folding and unfolding a blind by using a magnetic force and a pulley from outside, by means of the production assembly to the low thermal conductivity of the metal material and a synthetic resin reinforced insulating space to be mounted on to provide an energy-saving awning device configured to superior reinforcement, heat insulation.

Another object of the present invention is to maintain the side length of 14 mm between the first and second vertical spaces and the front and rear surfaces of the first and second horizontal spaces constituting the built-in thermal insulation space, thereby improving the heat insulation inside the front and rear glass and preventing condensation I have to.

Means for solving the problems to achieve the above object are a built-in adiabatic space in which a rectangle is maintained as a corner finishing material; A built-in blind which is suspended and mounted on the built-in thermal insulation space and one side area so as to be foldable and adjustable in angle; A front and rear glass on which edges are seated on the front and rear surfaces of the built-in adiabatic space to seal the inside; And a blind operation and maintenance means provided on the inner side of the built-in thermal insulation space, the built-in blind, and the outer side of the front and rear glass to manually operate and maintain the folding and angle of the built-in blind, The space includes a first vertical space formed by a vertical frame, an outer frame formed with a fitting groove and a recessed portion, a reinforced frame coupled to the outer frame, and a closed frame formed with a recessed portion and an engaging groove, A first horizontal space made up of an outer frame formed with a horizontal space, a fitting groove and a recessed portion, and a reinforcing frame coupled with the outer frame; And a second horizontal space formed of a finishing frame joined to the reinforcing frame and formed with a recessed portion and an engaging groove, .

According to the present invention, a blind slant hanging vertically to a built-in adiabatic space built in a double-layered glass is constituted by a pulley and a magnetic force and is manually folded and unfolded with a small force, and the angle of the opened fan- ), It can be used semi-permanently because it has low noise and low failure rate. Also, the first and second vertical spaces and the first and second horizontal space structures of the built-in thermal insulation space are reinforced with a low thermal conductivity As a result of being assembled with synthetic resin and metal material, it is excellent in strength reinforcement and heat insulation. Also, the length of side width between the front and rear surfaces of the first and second vertical spaces and the first and second horizontal spaces constituting the built- To improve the heat insulation inside the double-layer glass sealed by molding on the front and rear sides and to prevent condensation Effect is provided.

BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a block diagram showing an energy saving type sunshade apparatus according to the present invention; FIG.
BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to an energy saving sunshade device,
Fig. 3 is a front view of the main part of the energy saving canopy device according to the present invention. Fig.
Figs. 4 to 8 are enlarged sectional structural views of " A to E "
Figs. 9 to 11 are views showing a first to third holder members of the energy saving type sunshade apparatus according to the present invention. Fig.
12 to 14 are views showing a blind operation and maintenance means of the energy saving type sunshade apparatus according to the present invention.
15 is a configuration diagram showing a folding switch of an energy saving type sunshade apparatus according to the present invention.
16 is a view showing a state in which an upper moving knob constituting a slate angle adjusting member of an energy saving type sunshade apparatus according to the present invention is assembled.
17 is a configuration diagram of the energy saving type sunshade apparatus according to the present invention in a state where front and rear glasses are installed.
18 to 21 are operational states of the slate converging member and the slate angle adjusting member of the energy saving type sunshade apparatus according to the present invention.

Hereinafter, an embodiment of the present invention will be described in detail with reference to the accompanying drawings.

FIG. 2 is a block diagram showing a heat insulating space of the energy saving type sunshade apparatus according to the present invention. FIG. 3 is a schematic view of the energy saving type sunshade apparatus according to the present invention Figs. 4 to 8 are enlarged sectional structural views of " A to E " in Fig. 2, and Fig. 9 to Fig. 11 are enlarged cross-sectional views of the energy saving type sunshade apparatus according to the present invention. And Fig.

1 to 11, the energy saving type awning apparatus according to the present invention includes first and second vertical spaces 10 and 20, and first and second horizontal spaces 40 and 50, A built-in adiabatic space 30 in which the rectangle is maintained as the edge finishing material 30a; A built-in blind (70) suspended in the first horizontal space (40) and the second vertical space (20) so as to be foldable and adjustable in angle; The front and rear glass 90 (see FIG. 1) in which the edges are seated on the front and rear surfaces of the first and second vertical spaces 10 and 20 and the first and second horizontal spaces 40 and 50, 91); A blind operation for manually holding and folding the built-in blind 70 and the built-in blind 70 is provided on the inside of the second vertical space 20 and on the outer side of the built-in blind 70 and the front and rear glass 90 And a holding means (100).

The first and second vertical spaces 10 and 20 are formed with a vertical space 31 through which a recessed portion 33 having a fitting groove 32 formed at both ends thereof is extended, (12) (22); A horizontal piece 35 formed with an engaging projection 35a which is detachably coupled to the recessed portion 33 of the outer frame 12 and the fitting groove 32 and a horizontal piece 35 integrally formed with the horizontal piece 35 inwardly A pair of reinforcing frames 14 and 24 made of a metal and made up of a vertical piece 36 formed and a finishing piece 37 integrally formed inside the vertical piece 36 and formed with engaging projections 37a, and; A recessed portion 38 and an engaging groove 39 which are detachably coupled to the finishing piece 37 and the engaging projection 37a of the reinforcing frames 14 and 24 are formed and a finishing frame 16 made of reinforced synthetic resin is formed, (26).

The first horizontal space 40 includes an outer frame 44 through which a horizontal space 41 penetrates, a fitting groove 42 formed at both inner ends thereof, a recessed portion 43 formed of reinforced synthetic resin, ; A vertical piece 45 detachably joined to the concave portion 43 of the outer frame 44 and having an engaging projection 45a to be engaged with the fitting groove 42 and a vertical piece 45 integrally formed with the vertical piece 45 inwardly And a pair of reinforcing frames 48 made of a metal and made of a horizontal piece 46 formed in the horizontal piece 46 and a finishing piece 47 integrally formed inside the horizontal piece 46 and in contact with the inner end.

The second horizontal space 50 includes an outer frame 54 through which a horizontal space 51 penetrates, a fitting groove 52 formed at both inner ends thereof, a recessed portion 53 formed of reinforced synthetic resin, ; A vertical piece 55 detachably joined to the concave portion 53 of the outer frame 54 and having an engaging projection 55a engaged with the fitting groove 52 and a vertical piece 55 integrally formed with the vertical piece 55 inwardly A pair of reinforcing frames 58 made of a metal and made up of a horizontal piece 56 formed and a finishing piece 57 integrally formed inside the horizontal piece 56 and formed with engaging projections 57a; A recessed portion 59 detachably coupled to the finishing piece 57 of the reinforcing frame 58 and the engaging protrusion 57a and an engaging groove 60 are formed and a finishing frame 61 made of reinforced synthetic resin is formed.

A longitudinal projection 10a is formed on the front and rear sides of the reinforcing frames 14 and 24 of the first and second vertical spaces 10 and 20 and the reinforcing frame 10a of the first and second horizontal spaces 40 and 50 A plurality of transverse protrusions 40a protrude from the front and rear surfaces of the front and rear glass plates 90 and 91 so that the contact surfaces of the front and rear glass plates 90 and 91 with the metal material are reduced, (44, 54) becomes wider and the thermal conductivity becomes lower.

The first and second vertical spaces 10 and 20 and the first and second horizontal spaces 40 and 50 have a lateral width of 14 mm between the front and rear surfaces of the front and rear glasses 90 and 90, ) 91 is maintained at 14 mm, the heat insulating property is improved and the condensation phenomenon is suppressed.

The desiccant 1 is formed in the vertical space 31 of the first and second vertical spaces 10 and 20 and the horizontal space 51 of the second horizontal space 50, And a plurality of through holes 31a and 51a are formed in the outer frames 12 and 22 and 54 and the closing frames 16 and 26 to communicate with the vertical space 31 and the horizontal space 51 , And air and moisture are permeated or leaked to the desiccant (1).

The built-in blind 70 includes a plurality of assembling holes 72 formed at intervals in the finishing piece 47 of the reinforcing frame 48 constituting the first horizontal space 40; First, second and third holder members 80, 81 and 82 detachably coupled to the assembly hole 72; And a plurality of slats 76 connected to the first and second holder members 80 and 81 in a vertically and sequentially overlapping manner by a connection cord 85 and formed with a slot hole 76a.

The first and second holder members 80 and 81 are detachably coupled to the assembling hole 72 and have an engagement protrusion 83 formed with a through hole 83a; A housing 84 formed so as to communicate with the through hole 83a of the hooking projection 83 and integrally formed on the hooking projection 83 and having an engaging hole 84a opposed to the upper end; And a rotary roller 86 rotatably coupled to the engagement hole 84a of the housing 84 and formed with a cutout 86a for fixing the upper end of the connection cord 85. [

The third holder member 82 is detachably coupled to the assembly hole 72 on the other side of the second holder member 81 and has an engagement protrusion 87 formed with a through hole 87a; A housing 88 integrally formed on the upper portion of the engaging projection 87 to communicate with the through hole 87a of the engaging projection 87 and having an engaging hole 88a opposed to the upper portion; And a rotating roller 89 rotatably coupled to the engaging hole 88a of the housing 88 and formed with a fixing groove 89a for fixing the upper end of the angle adjusting strap 146.

The connection string 85 is fixed to the cut portion 86a of the rotary roller 86 constituting the first and second holder members 80 and 81 by two rows of upper ends, The slats 76 are provided at both ends of the holder piece 76b inserted into the slot hole 76a of the upper slate 76 so as to communicate with the slot hole 76a of the upper slate 76, A plurality of slats 76 are connected in series by connecting horizontal dividing lines 85a between the slats 76 and the lower ends of the slats are fixed to a lower portion of the horizontal finishing base 77 to support the slats 76 as a whole .

The blind operation and holding means 100 includes a first vertical space 20 and a first horizontal second space 80. The blind operation and holding means 100 includes first and second holder members 80, 81 and 82, a slot hole 76a of the slate 76, A slat folding member 110 provided in the region of the base 77 to fold and unfold the slat 76; And a slate angle adjusting member 140 disposed between the first and second vertical space 20 and the first, second and third holder members 80, 81 and 82 to adjust the angle of the slate 76.

The slat folding member 110 includes a vertical fastening piece 111 fastened and fixed to the inner side surface of the outer frame 22 of the second vertical space 20, A fixing bracket 113 composed of a pair of horizontal fastening pieces 112 with a through hole 112a formed therein, A string guide roller 114 is provided on the inner side of the horizontal bracket 36 constituting the reinforcement frame 24 in the lower region of the fixing bracket 113 and a magnet member 115 and a guide roller A lower moving block 117 provided with a driving block 116; A plurality of guide through holes 118 formed to be opposed to the lower portions of the engaging holes 84a and 88a of the housings 84 and 88 constituting the first, second and third holder members 80, 81 and 82, ; A support roller 119 rotatably provided on the bottom surface of the housings 84 and 88, respectively; One end is fixed to the fixing bracket 113 and the vertical engaging piece 111 of the lower moving block 117 and the fixing bracket 113, the guide hole 118 of the housings 84 and 88, A pulling cord 120 coupled so as to be able to be pulled through sequentially and the other end fixed to the lower end of the horizontal finishing belt 77; And is attached vertically to the outer edge of the front glass 90 or the rear glass 91 and is attached to the magnet member 115 of the lower moving block 117 to move the lower moving block 117 and the pulling string 120 up and down And a folding switch 130 for moving the slate 76 to maintain the unfolding and folding thereof.

One end of the pulling strap 120 is fixed to the vertical clamping piece 111 of the fixing bracket 113 and the other end of the pulling strap 120 is connected to the strap of the lower moving block 117 through the through hole 112a of the horizontal clamping piece 112. [ Is guided by the guide roller 114 and is guided through the through hole 87a of the engaging projection 87 constituting the third holder 82 by sequentially passing the through holes 112a of the horizontal engaging piece 112, And is guided into the guide hole 118 of the second holder member 82. The guide hole 118 of the second holder member 82 is supported by the support roller 119 of the housing 88 and divided into a plurality of guide holes 118, One row is supported by the support roller 119 and is guided through the through hole 83a of the engagement projection 83 and through the slot hole 76a of the slat 76 to the lower side And the other end is fixed to the lower end of the horizontal finishing base 77 to support one side of the slate 76. [

The other one row is introduced into the housing 84 through the guide hole 118 of the first holder member 80 and is supported by the support roller 119 and is guided through the through hole 83a of the engaging hole 83, And the other end is fixed to a lower portion of the horizontal finishing base 77 to support the other side of the slate 76. [

The folding switch 130 is vertically fixed to the outer edge of the front glass 90 or the rear glass 91 and has a separation groove 131 formed at the upper and lower ends thereof and a guide groove A vertical guide rail 134 having a longitudinal axis 133; A magnet member 135 movably coupled to the guide groove 133 of the vertical guide rail 134 and attached to the magnet member 105 of the lower moving block 107 is provided on the rear surface, And a lower moving knob 137 provided with a guide roller 136 which is in close contact with the rear glass 91.

The slate angle adjusting member 140 is movably seated on the horizontal piece 36 constituting the reinforcing frame 24 in the upper region of the fixing bracket 113 of the second vertical space 20, An upper moving block 143 provided with a guide roller 141 and a guide roller 142; A horizontal reinforcement piece 145 vertically formed on the horizontal fastening piece 112 on the upper portion of the fixing bracket 113 and connected to the vertical pin 144 between the vertical fastening pieces 111; One row fixed on the lower portion of the upper moving block 143 and one row wound on the vertical pin 144 and another row fixed on the upper portion of the upper moving block 143 constitute the third holder 82, (146) fixed to the fixing groove (89a) of the rotary roller (89) through the through hole (87a) of the rotary shaft (87); Are coupled through the horizontal fixing holes 147 formed opposite to the rotating rollers 86 and 89 of the first, second and third holder members 80, 81 and 82 to rotate the rotating rollers 86 and 89 simultaneously A horizontal connection pin 148 for rotating the slate 76 to adjust the angle of the slate 76; A magnet member 149 movably coupled to the guide groove 133 on the upper portion of the vertical guide rail 134 and attached to the magnet member 141 of the upper moving block 143 is provided on the rear surface, And a guide roller 150 which is in close contact with the rear glass 91 to maintain the adjustment angle of the slate 76. [

At this time, when the upper movable knob 151 is moved upward, the angle adjusting strap 146 is pulled upward, and the first, second and third holder members 80, 81 and 82 The rotating rollers 86 and 89 rotate simultaneously in the counterclockwise direction to pull the connecting string 85 upward to adjust the angle of the slat 76 to be overlapped.

A gas filling hole 160 is formed in the upper part of the outer frame 44 of the first horizontal space 40 so as to communicate with the horizontal space 41 and a tube 161 for filling gas from the outside is inserted. A gas inflow hole 162 is formed in the lower portion of the outer frame 44 so that the filling gas is introduced into the space between the front and rear glass 90 and 91 sealed by the molding 2 to enhance the heat insulating property.

The assembled state of the energy saving type sunshade apparatus according to the present invention constructed as described above will be schematically described.

1 to 3, in the vertical space 31 of the first and second vertical spaces 10 and 20 and the horizontal spaces 41 and 51 of the first and second horizontal spaces 40 and 50, A plurality of assembling holes 30a are formed by assembling the built-in heat insulating space 30 at a rectangular angle by joining the first horizontal space 40a and the second horizontal space 40a, 72 and the engagement protrusions 83, 87 of the first, second and third holder members 80, 81, 82 are sequentially engaged.

In this state, the first and second holder members 80 are connected to each other by the connection cord 85 and the horizontal dividing line 85a, and a plurality of slats 76 supported by the lower horizontal fixing member 77, (81).

3, two lines on both sides of the connection string 85 are introduced into the housing 84 through the through hole 83a of the engagement projection 83, and then the engagement hole 84a of the housing 84 is inserted into the insertion hole 83a, The plurality of slats 76 are stably installed on the front surface of the built-in thermal insulation space 30, which is assembled in a rectangular shape, when the slats 76 are fixed to the slits 86a of the rotary roller 86 rotatably coupled to the slats.

The first and second and third holder members 80, 81 and 82 and the slot hole 76a of the slate 76 and the horizontal finishing A slat folding member 110 for folding and unfolding the slats 76 is installed in the area of the base 77.

12 and 13, a horizontal fastening piece 112 of a fixing bracket 113 fixed to the inner side surface of the outer frame 22 of the second vertical space 20 is provided with a two- And the other end is wound around the string guide roller 114 of the lower moving block 117 through the moving hole 112a of the horizontal fastening piece 112 and the moving hole 112 of the horizontal fastening piece 112 Through the through hole 87a of the engaging projection 87 constituting the third holder member 82 through the first holding member 112a and the second holding member 82 to the support roller 119 of the housing 88 The first and second holder members 82 and 84 are separated from each other by a predetermined amount so that they are divided into a plurality of rows and are discharged to the outside through the plurality of guide holes 118 and introduced into the housing 84 through the guide holes 118 of the second holder member 82.

One row of the pulling straps 120 introduced into the housing 84 is supported by the support rollers 119 so as to be inserted into the slot holes 76a of the slats 76 through the through holes 83a of the protrusions 83, And the lower end thereof is fixed to the lower portion of the horizontal finishing base 77 to support one side of the slate 76. [

One row of the other pulling string 120 is introduced into the housing 84 through the guide hole 118 of the first holder member 80 and supported by the support roller 119, Through the slot 83a of the slat 76 and the lower end thereof is fixed to the lower portion of the horizontal finishing belt 77 to support the other side of the slat 76. [

17, the first and second vertical spaces 10 and 20 and the first and second horizontal spaces 40 and 50 of the built-in thermal insulation space 30 are formed with front and rear glass The front and rear glass plates 90 and 91 are positioned on the front and rear surfaces of the reinforcing frames 14 and 24 and front and rear surfaces of the reinforcing frames 48 and 58, And is adhered to the outer frames 12 and 22 (44 and 54), which are reinforced synthetic resin, so that the thermal conductivity is lowered.

At this time, the first and second vertical spaces 10 and 20 and the first and second horizontal spaces 40 and 50 have a side width of 14 mm between the front and rear surfaces, The front and rear glass plates 90 and 91 are sealed by the molding 2 on the front and rear surfaces of the first and second horizontal spaces 40 and 50 and the front and rear glass plates 90 and 91, The state in which the heat insulating space 30 and the built-in blind 70 are housed is maintained, the heat insulating property is improved, and the condensation phenomenon is suppressed.

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15, a lower movement knob 137 is movably coupled to the guide groove 133 of the vertical guide rail 134 vertically fixed to the outer edge of the front glass 90 or the rear glass 91, The magnet members 135 and 149 provided on the rear surface of the lower movable block 117 and the upper movable block 151 are attached to the magnet members 115 and 141 of the lower movable block 117 and the upper movable block 143, do.

As shown in FIGS. 18 and 20, the operation state of the energy saving type awning device assembled as described above will be schematically described. A vertical guide rail (a vertical guide rail) fixed vertically to the outer edge of the front glass 90 or the rear glass 91 And the lower movement knob 137, which is movably coupled to the guide groove 133 of the upper and lower guide rails 134, 134, is moved downward.

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The lower moving knob 137 is moved downward along the guide groove 133 and the lower moving block 137 is attached to the magnet member 135 provided on the rear surface as the magnet member 155 of the lower moving block 117. [ The guide member 117 is moved downward while being guided by the guide roller 116 along the inside of the outer frame 22 of the second vertical space 20. (See Fig. 15)

The pulling string 120 having one end fixed to the vertical fastening piece 111 of the fixing bracket 113 and the other end fixed to the lower portions of both sides of the horizontal finish rest 77 is pulled downward, The horizontal finishing belt 77 is pulled upward and moved upward while being horizontally pulled toward the right side along the supporting two rollers 119 of the three holder members 80,

At the same time, it is connected to the horizontal finishing base 77 by the connecting cord 85, and the slate 76 to which the pulling cord 120 is coupled through the slot hole 76a is gradually folded while moving upward, .

In this state, as shown in FIGS. 19 and 20, a lower portion (not shown) which is movably coupled to the guide groove 133 of the vertical guide rail 134 vertically fixed to the outer edge of the front glass 90 or the rear glass 91, When the movable knob 137 is moved upward, as described above, the slate 76 is gradually moved downward in the opposite direction, and the unfolded position is fixed.

20 and 21, the upper movable knob 151 is moved along the guide groove 133 of the vertical guide rail 134. The upper movable knob 151 is rotated along the guide groove 133 of the vertical guide rail 134, The angle adjusting strap 146 is pulled upward so that the rotating rollers 86 and 89 of the first, second and third holder members 80, 81 and 82 connected by the horizontal connecting pin 148 The magnet member 149 provided on the rear surface of the upper movable knob 151 is rotated in the counterclockwise direction so that the connecting string 85 is pulled upward so that the slate 76, (See Fig. 16) is attached to the magnet member 141 of the upper moving block 143,

The energy saving type sunshade device according to the present invention is not limited to the above-described embodiments, and various modifications and changes may be made without departing from the scope of the present invention as set forth in the following claims. Anyone can say that there are technical ideas to the extent that various changes can be made.

2: molding 10, 20: first and second vertical spaces
10a: vertical projection 12, 22: outer frame
14, 24, 48, 58: reinforcement frame 16, 26, 48, 61:
30: Built-in insulation space 30a: Edge finishing material
31: vertical space 32, 38, 42, 52, 60:
33, 38, 43, 53, 59: Entrance area 35, 46, 56:
35a, 37a, 45a, 55a, 57a: coupling projections 36, 45, 55:
37, 47, 57: Finishing piece 39, 60:
40, 50: first and second horizontal spaces 40a:
41, 51: horizontal space 70: built-in blind
90,91: front and rear glass 100: blind operation and maintenance means

Claims (6)

A built-in adiabatic space 30 in which the rectangle is maintained as the edge finishing material 30a; A built-in blind (70) suspended and mounted on the upper and one side regions of the built-in thermal insulation space (30) to enable folding and angle adjustment; Front and rear glass (90) (91) in which the edges are seated on the front and rear surfaces of the built-in thermal insulation space (30) and the inside is sealed; A blind operation provided inside the built-in thermal insulating space 30 and on the outer surfaces of the built-in blind 70 and the front and rear glass 90 (91) to manually operate the folding and angle of the built- In the energy saving type sunshade device composed of the holding means (100)
The built-in thermal insulation space (30)
An outer frame 12 and 22 formed with a vertical space 31, a fitting groove 32 and a recessed portion 33, a reinforcing frame 14 and 24 coupled to the outer frames 12 and 22, First and second vertical spaces 10 and 20 connected to the reinforcing frames 14 and 24 and formed of a finishing frame 16 and 26 formed with a recessed portion 38 and an engaging groove 39;
A first horizontal space 40 consisting of an outer frame 44 formed with a horizontal space 41, a fitting groove 42 and a recessed portion 43 and a reinforcing frame 48 coupled to the outer frame 44;
A reinforcing frame 58 coupled to the outer frame 54 and a reinforcing frame 58 coupled to the reinforcing frame 58 and having a horizontal space 51, a fitting groove 52 and a recessed portion 53, And a second horizontal space (50) formed by a recessed frame (59) and a finishing frame (61) formed with an engaging groove (60), and is assembled in a rectangular shape. 2. The apparatus according to claim 1, wherein the reinforcing frame (14) (24)
A horizontal piece 35 formed with a coupling protrusion 35a detachably coupled to the insertion part 33 of the outer frame 12 and the fitting groove 32;
A vertical piece 36 integrally formed inwardly of the horizontal piece 35;
And a finishing piece (37) integrally formed on the inside of the vertical piece (36) and having an engaging projection (37a) formed therein, and is made of a metal material. 2. The apparatus of claim 1, wherein the reinforcing frame (48) (58)
Vertical pieces 45 and 55 having coupling projections 45a and 55a detachably coupled to the concave portions 43 and 53 of the outer frame 44 and the fitting grooves 42 and 52, )and;
Horizontal pieces (46) (56) integrally formed inside the vertical pieces (45) (55);
And a finishing piece (47) (57) integrally formed on the upper part of the horizontal piece (46) (56) and having an inner end closely attached thereto and having an engaging projection (57a) formed thereon. Shaped awning device. [5] The apparatus according to claim 1, wherein a longitudinal projection (10a) protrudes from the front and rear surfaces of the reinforcing frame (14, 24)
A plurality of transverse protrusions 40a protrude from the front and rear surfaces of the reinforcing frames 48 and 58 made of a metal so that the reinforcing frames 14 and 24 made of a metallic material when the front and rear glasses 90 and 91 are seated (48, 58) is reduced, and the contact surface with the reinforcing synthetic resin outer frame (12, 22) (44, 54) is widened. The electronic device according to claim 1, wherein the outer frames (12, 22), and the finishing frames, and the finishing frames are formed of reinforced synthetic resin, , 58) so as to lower the thermal conductivity. The method according to claim 1,
The first and second vertical spaces 10 and the first and second horizontal spaces 40 and 50 have a side width of 14 mm between the front and rear surfaces of the front and rear glasses 90 and 91, Energy saving canopy device.

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