KR101969760B1 - Large-scale duplex glass for shade device - Google Patents

Abstract

The present invention relates to an awning apparatus for large-scale multilevel glass. According to the present invention, since a vertical division frame is installed in the center of the first and second horizontal spaces of an embedded insulation space, which is assembled and maintained in a rectangular shape and maintains 14 mm for a lateral width length between the front and rear sides, the strength of the embedded insulation space can be enhanced, while the front and rear sides can be sealed with molding, and large-scale front and rear glass materials, which can be contracted (winter) and expanded (summer) due to a seasonal temperature difference, can be prevented from being deformed. Therefore, a slate is manually folded and unfolded with magnetic force and a pulley, and when an angle has to be adjusted, the slate is prevented from sticking to the front and rear glass materials, so the operation of the slate can be facilitated. Moreover, since the first and second vertical spaces of the embedded insulation space and the structure of the first and second vertical spaces are manufactured with reinforced synthetic resin and metal having low heat conductivity, reinforcement and insulation can be excellent, and also, the prevention of dew condensation and an improvement in insulation can be achieved in the front and rear glass materials sealed with molding in the embedded insulation space maintaining 14 mm for a lateral width length.

Description

Large-scale duplex glass for shade device

The present invention relates to a sunshade device for a large area double-glazed glass, and in particular, by installing a vertical compartment frame in a built-in thermal insulation space assembled in a rectangular shape to prevent deformation of the front and rear glass is installed in a multi-layer shrinking and expanding according to temperature. By using the magnetic force and the pulley can be folded and expanded the slate manually, it is configured to facilitate the operation to adjust the angle.

In general, due to the high quality of residential living environment and the improvement of cultural life, the double-glazed glass, which is recently used in soundproofing and insulation facilities, is produced by order production to remove high-rise buildings, high-rise houses, driveways and private houses and shops. The demand is gradually increasing according to the desire of consumers to pursue a more comfortable atmosphere.

Such a multilayer glass is formed by forming a space between the inner and outer glass, and the insulating space therebetween, to make the space into a dry air layer state to reduce the heat energy loss of the room to increase the insulation and moisture-proof effect, and to block the noise Used to create a pleasant indoor environment.

Prior arts for such a laminated glass structure include Patent Registration No. 10-0795851 (Invention: Electric blinds embedded in the multilayer glass), Patent Publication No. 10-2005-0071185 (Invention: Blider type automatic display assembly) Is being presented.

Electric blinds embedded in the multilayer glass of the prior art can completely prevent the ingress of moisture and air into the waste space formed between the inner frame and the glass, so that the glass surface is installed on the front and rear surfaces of the inner frame. Like this, it is possible to prevent the formation of a material that can obstruct the gaze, but it is not easy to create a pleasant indoor environment due to the noise generated by operating the blinds by electric power, and it cannot be used semi-permanently due to the high failure rate of the motor. Got

In addition, the bladder type automatic display assembly can be installed on a wall or window of any space such as a living space, an office space, and an amusement space, and can selectively display a plurality of exhibits, and display and withdraw the exhibits automatically. It maximizes the effect, and it is not suitable for the exhibition hall because the noise and failure rate of the motor is high by moving a plurality of exhibition plates by the rotational force of the motor and the driving pulley, and the insulation member on which the transparent exhibition window is installed is made of metal or synthetic resin, so it has low insulation. Insulation performance is degraded or the strength is weak.

The present invention has been made in order to solve such a conventional problem, the object of the present invention is to install a vertical compartment frame in the center of the built-in insulation space that is maintained as a rectangular rectangular contraction and expansion by seasonal temperature variation It is possible to prevent the deformation of the front and rear glass to be installed by using the magnetic force and the pulley to fold and unfold the slate manually, and to provide a large-area laminated glass shading device for easy operation that can adjust the angle. .

Another object of the present invention is to provide a high strength reinforcement and heat insulation as the built-in insulating space is installed in a double layer of the front and rear glass is mixed with a reinforced synthetic resin and a metal material.

Another object of the present invention is to maintain the side width length between the front and rear surfaces of the first and second vertical space and the first and second horizontal space constituting the built-in insulation space to 14mm to improve the insulation and condensation inside the front and rear glass To prevent it.

Means for solving the problems for achieving the above object is made of a first, second vertical space and the first and second horizontal space, the built-in insulating space is maintained as a rectangular as a corner finishing material; A vertical division frame for vertically separating the first and second horizontal spaces of the built-in insulation space to reinforce the built-in insulation space and dividing it into first and second blind installation spaces; First and second internal blinds mounted on the first horizontal space, the first and second vertical spaces, and the vertical partition frame areas to be foldable and angle-adjustable to block and open the first and second blind installation spaces; A front glass and a rear glass which are seated on the front and rear surfaces of the first and second vertical spaces, the first and second horizontal spaces, and the vertical partition frame so as to prevent deformation, and the interior is sealed by molding; It is provided on the inner side of the second vertical space and the first and second built-in blinds and the outer surface of the front and rear glass, and constitutes a blind operation and holding means for manually operating and maintaining the folding and angle of the first and second built-in blinds. It features.

According to the present invention, a vertical partition frame is installed in the center of the first and second horizontal spaces of the built-in insulation space, which is assembled and held in a rectangular shape and the side width length between the front and rear surfaces is maintained at 14 mm, thereby reinforcing the strength of the built-in insulation space. At the same time, the front and rear glass of the large area (wide area) shrinking (winter) and expanding (summer) are prevented from being deformed by molding and sealing on the front and back sides, and by using magnetic force and pulley. When the slate is manually folded and unfolded and the angle is adjusted, the slate is prevented from adhering to the front and rear glass to facilitate the operation of the slate, and also the first and second vertical spaces and the first and second vertical spaces of the built-in insulation space. The horizontal space structure is manufactured by reinforcing synthetic resin and metal material with low thermal conductivity, so it has excellent strength reinforcement and heat insulation. The wide and long sides thereof is provided with an effect of preventing the molded seal around the integrated heat insulating space is kept at 14mm, the rear thermal insulation improvement of the glass inside and condensation.

1 is a perspective configuration diagram of a sunshade device for a large area multilayer glass according to the present invention.
Figure 2 is a block diagram showing a built-in thermal insulation space of the sunshade device for a large-area laminated glass according to the present invention.
Figure 3 is a front constitutional view of the main portion of the sunshade device for a large area glass according to the invention.
4 to 8 are enlarged cross-sectional configuration views of " A to E "
9 to 11 is a block diagram showing the first to third holder member of the sunshade for large area glass according to the present invention.
12 to 14 is a block diagram showing the blind operation and holding means of the sunshade device for a large-area laminated glass according to the present invention.
Figure 15 is a block diagram showing a folding switch of the sunshade device for a large area double-layer glass according to the invention.
Figure 16 is a block diagram of the assembled state of the upper movable knob constituting the slate angle control member of the large area glazing device for multilayer glass according to the present invention.
Figure 17 is a block diagram of a state in which the front and rear glass is installed in the sunshade device for a large-area multilayer glass according to the present invention.
18 to 20 is a state diagram of the operation of the slate folding member of the sunshade device for a large-area laminated glass according to the present invention.
21 and 22 is a state diagram of the operation of the slate angle control member of the sunshade device for a large area double-layer glass according to the present invention.

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

Figure 1 of the accompanying drawings is a block diagram of a sunshade device for a large-area laminated glass according to the present invention, Figure 2 is a block diagram showing a built-in insulation space of the sunshade device for a large-area laminated glass according to the present invention, Figure 3 4 is a front sectional view of a main portion of a sunshade device for a large area multilayer glass according to the present invention, Figures 4 to 8 is an enlarged cross-sectional configuration of "A to E" of Figure 2, Figures 9 to 11 according to the present invention It is a block diagram which shows the 1-3 holder member of the sunshade for large area multilayer glass.

As shown in Figures 1 to 11, the first and second vertical spaces 10 and 20, the first and second horizontal spaces 40 and 50, the sunshade for the large-area laminated glass according to the present invention and And, as a corner finishing material (30a) built-in thermal insulation space 30 is maintained in a rectangular; The vertical partition frame made of metal for dividing the built-in insulation space 30 into the first and second blind installation spaces (3) and (4) so as to be vertically separated between the first and second horizontal spaces (40) and (50). 70 and; The first horizontal space 40, the first and second vertical spaces 10, 20 and the vertical partition frame 70 is mounted to be foldable and angle-adjustable so that the first and second blind installation space (3) ( First and second internal blinds 80 and 81 for blocking and opening 4); Edges are seated on the front and rear surfaces of the first and second vertical spaces 10 and 20, the first and second horizontal spaces 40 and 50, and the vertical partition frame 70, and the interior is sealed by the molding 2. , Back glass 100 and 101; The first and second vertical spaces 10 and 20 are provided on the inner side and the first and second interior blinds 80 and 81 and the outer surfaces of the front and rear glass 100 and 101, respectively. It consists of a blind operation and holding means 110 for manually operating and maintaining the fold and angle of the 80 (81).

The first and second vertical spaces 10 and 20 have vertical spaces 31 formed therethrough, and recesses 33 formed with fitting grooves 32 formed at both inner ends thereof are extended to form an outer frame made of synthetic resin. 12) (22); A horizontal piece 35 having a coupling protrusion 35a detachably coupled to the recess 33 and the fitting groove 32 of the outer frame 12 and 22, and integrally inward to the horizontal piece 35. A pair of reinforcing frames 14 and 24 formed of a vertical piece 36 and a finishing piece 37 integrally formed inside the vertical piece 36 and having a coupling protrusion 37a formed thereon and made of a metal material. and; Finishing frame (16) (26) made of reinforcing synthetic resin formed with a recess (38) and a coupling groove (39) detachably coupled to the finishing piece (37) and the engaging projection (37a) of the reinforcing frame (14, 24). It is composed of

The first horizontal space 40 is a horizontal space 41 is formed through, the indentation portion 43 is formed extending the inner grooves 42 are formed at both ends of the outer frame 44 made of synthetic resin; Removably coupled to the concave portion 43 of the outer frame 44, the vertical piece 45 is formed with a coupling projection (45a) coupled to the fitting groove 42, integrally in the vertical piece 45 inward The formed horizontal piece 46 and the horizontal piece 46 is formed integrally, the inner end is in close contact with the finishing piece 47 formed in the upper fitting groove 47a, a pair of reinforcement made of a metal material It consists of a frame 48.

The second horizontal space 50 has a horizontal space 51 is formed through, the indentation portion 53 is formed with an extension groove 52 is formed on both inner ends of the outer frame 54 made of a synthetic resin; The vertical piece 55 detachably coupled to the recess 53 of the outer frame 54 and having a coupling protrusion 55a coupled to the fitting groove 52, and integrally integrated into the vertical piece 55. A pair of reinforcing frames 58 formed of a horizontal piece 56 and integrally formed inside the horizontal piece 56 and having a finishing piece 57 having a coupling protrusion 57a formed thereon and made of a metal material; A recess 59 and a coupling groove 60 are detachably coupled to the finishing piece 57 and the coupling protrusion 57a of the reinforcement frame 58, and a lower fitting groove 61a is provided between the reinforcement frames 58. ) Is formed and consists of a finishing frame 61 made of synthetic resin.

In addition, 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, a desiccant (1) made of a moisture-proof fiber material or a reinforced synthetic resin material, etc. Filled with a plurality of through holes 31a and 51a in communication with the vertical space 31 and the horizontal space 51 in the outer frames 12, 22, 54 and the finishing frames 16, 26, 61, respectively. , The desiccant (1) is configured to soak or leak air and moisture.

The vertical compartment frame 70 has a vertical connection groove 72 is formed on both sides of the vertical receiving groove 72a is formed so that both sides of the slate 86 constituting the first and second interior blinds 80, 81 are accommodated; ; It is integrally formed on the upper and lower portions of the vertical connection 72 to be detachably coupled to the upper fitting groove 47a of the first horizontal space 40 and the lower fitting groove 61a of the second horizontal space 50. The upper protrusion piece 74 and the lower protrusion piece 75 are formed, and the front and rear glass 100 and 101 which are seated and sealed on the front and rear surfaces are prevented from being deformed according to the temperature so that the slate 86 is moved forward and backward. It is to prevent the phenomenon that sticks to the rear glass (100, 101).

The first and second vertical spaces 10 and 20 and the third and fourth horizontal faces 40 and 50 have a side width of 14 mm between the front and rear surfaces, and the front and rear glasses 90 are installed on the front and rear surfaces. As the space between the 91 and 14 mm is maintained, heat insulation is improved, and condensation is suppressed.

At this time, the first and second vertical spaces 10 and 20 and the third and fourth horizontal faces 40 and 50 having a lateral width of 14 mm have a large area (a large area) and thus have a low strength when assembled. The vertical partition frame 70 is installed between the first and second horizontal spaces 40 and 50 to reinforce the strength and at the same time, the front and rear glass 100 seated on the front and rear surfaces of the built-in insulation space 30. Block the deformation of 101).

Vertical protrusions 10a and 70a protrude from the reinforcing frames 14 and 24 of the first and second vertical spaces 10 and 20 and the vertical connecting rods 72 of the vertical partition frame 70 to protrude. On the front and rear surfaces of the reinforcing frames 48 and 58 of the first and second horizontal spaces 40 and 50, a plurality of transverse protrusions 40a are formed to protrude, so that the front and rear glass 100 and 101 are metal materials when they are seated. The contact surface is reduced, and the contact surface is widened with the outer frames 12, 22, 44, and 54, which are reinforced synthetic resins, thereby lowering the thermal conductivity.

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The first and second interior blinds 80 and 81 are provided on the finishing piece 47 of the reinforcing frame 48 constituting the first horizontal space 40 of the first and second blind installation spaces 3 and 4. A plurality of assembly holes 82 formed at intervals, respectively; First, second and third holder members 90, 91 and 92 detachably coupled to the assembly holes 82; The first and second holder members 90 and 91 are vertically connected by hanging strings 95, respectively, and are sequentially connected to each other, and are formed of a plurality of slats 86 in which slot holes 86a are formed.

The first and second holder members 90 and 91 are detachably coupled to the assembly holes 82 of the first and second interior blinds 80 and 81, and the engaging protrusion 93 having the through hole 93a formed therein. and; A housing 94 formed in communication with the through hole 93a of the locking protrusion piece 93, integrally formed at an upper portion of the locking protrusion piece 93, and having a coupling hole 94a formed to face the upper portion; Rotating roller 96 is rotatably coupled to the coupling hole (94a) of the housing 94, the incision (96a) for fixing the upper end of the connecting strap (95).

The third holder member 92 is detachably coupled to the assembly hole 82 on the other side of the second holder member 91 of the first and second internal blinds 80 and 81 and has a through hole 97a formed therein. A publication 97; A housing (98) integrally formed at an upper portion of the locking protrusion piece (97) in communication with the through hole (97a) of the locking protrusion piece (97) and having a coupling hole (98a) facing the upper portion; Rotating roller 99 is rotatably coupled to the coupling hole (98a) of the housing 98, the fixing groove (99a) for fixing the upper end of the angle adjustment strap (156).

The connecting string 95 is fixed to the two lines of the upper end to the incision (96a) of the rotary roller 96 constituting the first and second holder member (90, 91), both sides of the two projection lines 93 The outer side of the slate 86, which is supplied downward through the through hole 93a of the bottom) and is positioned at both ends of the holder piece 86b inserted into the slot hole 86a of the upper slate 86, and connected downward. By connecting the horizontal partition line (95a) between the plurality of sequentially connecting the slate (86), the lower end is fixed to the lower portion of the horizontal finishing table 87 having a weight to support the slate 86 as a whole.

The blind operation and holding means 110 is a slot hole (86a) of the first and second vertical space 20, the first, second and third holder member 90, 91, 92, slate 86 and A slate folding member 120 provided in the horizontal finishing zone 87 to fold and unfold the slate 86; It is provided between the first and second vertical spaces 20 and the first, second and third holder members 90, 91 and 92 to the slate angle adjusting member 150 for adjusting the angle of the slate 86. Is done.

The slate folding member 120 is integrally formed horizontally with the vertical fastening piece 121 and the vertical fastening piece 121 which are fastened and fixed to the inner side of the outer frame 22 of the first and second vertical spaces 20. A fixing bracket 123 formed of a pair of horizontal fastening pieces 122 having a moving through hole 122a formed therebetween; It is seated on the horizontal piece 36 constituting the reinforcing frame 24 of the lower portion of the fixing bracket 123, the strap guide roller 124 is provided on the inside, the magnet member 125 and the guide roller on the front A lower movable block 127 provided with 126; A plurality of guide through holes 128 formed to face the lower portions of the coupling holes 94a and 98a of the housings 94 and 98 constituting the first, second and third holder members 90, 91 and 92; ; Support rollers 129 rotatably provided at bottoms of the housings 94 and 98, respectively; One end is fixed to the fixing bracket 123, and the lower fastening block 127 and the vertical fastening piece 121 of the fixing bracket 123, the guide hole 128 of the housing 94 and 98, and the support roller 129 A pull string 130 which is coupled to be pulled through in order, and the other end of which is fixed to the lower portion of the horizontal finishing table 87; Vertically provided on the outer edge of the windshield 100 or the rear glass 101, respectively, and attached to the magnet member 125 of the lower movable block 127, the lower movable block 127 and the pull string 130, the upper and lower parts Is made of a folding switch 140 to maintain the unfolding and folding of the slate 86 by moving to.

The pull string 130 is one end is fixed to the vertical fastening piece 121 of the fixing bracket 123, the string of the lower moving block 127 through the moving through hole (122a) of the horizontal fastening piece 122 The housing is wound around the guide roller 124 and passes through the moving through hole 122a of the horizontal fastening piece 122 sequentially and through the through hole 97a of the engaging protrusion 97 forming the third holder member 92. (98) flows into the inside, is supported by the support roller 129 of the housing 98 is divided by one line flows out through a plurality of guide through holes 128, the guide through holes 128 of the second holder member 92 It is introduced into the housing 94 through, one line is supported by the support roller 129 through the through hole (93a) of the locking projection piece 93 and downward through the slot hole (86a) of the slate 86 Sequentially connected, the other end is fixed to the lower portion of the horizontal finisher 87 to support one side of the slate (86).

The other one line is introduced into the housing 94 through the guide hole 128 of the first holder member 90, and is supported by the support roller 129, and slate through the through hole 93a of the locking protrusion 93. Sequentially connected downward through the slot hole (86a) of the 86, the other end is fixed to the lower portion of the horizontal dead zone 87 to support the other side of the slate (86).

The folding switch 140 is vertically fixed to the edges of both sides of the front glass 100 or the rear glass 101, the separation stop 141 is formed on the upper and lower ends, the guide groove formed with the movement limiting jaw 142 in the upper region A vertical guide rail 144 having 143; The magnetic member 145 is movably coupled to the guide groove 143 of the vertical guide rail 144 and attached to the magnet member 125 of the lower movable block 127 at the rear thereof, and the front glass 90 Or it consists of a lower moving knob 147 is provided with a guide roller 146 in close contact with the rear glass (91).

The slate angle adjustment member 150 is movably seated on the horizontal piece 36 constituting the reinforcing frame 24 of the upper portion of the fixing bracket 123 of the first and second vertical spaces 20, the magnet on the front An upper movable block 153 having a member 151 and a guide roller 152; A horizontal reinforcing piece 155 formed horizontally on the vertical fastening piece 122 on the upper part of the fixing bracket 123 and having a vertical pin 154 connected between the horizontal fastening pieces 122; The rotating roller fixed to the lower portion of the upper movable block 153 and wound around the vertical pin 154 constitutes the third holder member 92 through the moving through hole 122a of the horizontal fastening piece 122 ( The other grooves fixed to the fixing grooves 98a of the 98 and fixed to the upper portion of the upper moving block 153 are fixed grooves 99a of the rotary roller 99 through the through holes 97a of the locking protrusion pieces 97. And an angle adjusting strap 156 fixed to); The first, second and third holder members 90, 91 and 92 are coupled through the horizontal fixing holes 157 formed to face the rotary rollers 96 and 99, thereby simultaneously rotating the rotary rollers 96 and 99. A horizontal connecting pin 158 which rotates to adjust the angle of the slate 86; It is coupled to the guide groove 143 on the upper vertical guide rail 144, the magnet member 159 is attached to the magnet member 151 of the upper movable block 153, the front glass 100 Or is provided with a guide roller 160 in close contact with the rear glass 101 is composed of a top moving knob 161 to maintain the adjustment angle of the slate (86).

At this time, when the upper movement knob 161 is moved upward, the angle adjusting strap 156 is pulled upward, and the first, second, and third holder members 90, 91, 92 connected by the horizontal connection pins 158. The rotary rollers 96 and 98 rotate simultaneously in the counterclockwise direction to pull the connecting string 95 upward so that the overlapping slate 86 is adjusted at an appropriate angle.

On the other hand, the upper side of the outer frame 44 of the horizontal space 40, the gas filling hole 170 is formed in communication with the horizontal space 41, the tube 171 for filling the gas from the outside is inserted, Gas inlet hole 172 is formed in the lower portion of the outer frame 44, the filling gas flows between the front and rear glass (100, 101) sealed by the molding (2) to enhance the thermal insulation.

The assembly state of the sunshade device for a large area multilayer glass according to the present invention configured as described above will be described schematically.

As shown in FIGS. 1 to 3, edge finishing materials are formed 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. Assemble the internal insulation space 30 in a rectangular shape by combining the (30a), and then in the upper fitting groove (47a) and the lower fitting groove (61a) of the first and second horizontal space (40) (50), the vertical compartment frame The upper protrusion piece 74 and the lower protrusion piece 75 of 70 are fixed to each other so that the built-in insulation space 30 is divided into the first and second blind installation spaces 3 and 4 by the vertical compartment frame 70. do.

Next, the first, second, and third holder members 90, 91, 92 in the plurality of assembly holes 82 formed in the finishing piece 47 of the reinforcing frame 48 constituting the first horizontal space 40. The engaging projection pieces 93, 97 of the) will be sequentially coupled.

In this state, the plurality of slates 86 connected to each other by the connecting string 95 and the horizontal partition line 95a and supported by the lower horizontal fixing unit 87 are connected to the first and second holder members 90 ( 91) to hang it.

That is, as shown in FIG. 3, two rows of both sides of the connecting string 95 are introduced into the housing 94 through the through holes 93a of the engaging protrusion 93, and then rotatably coupled to the coupling holes 94a. When fixed to the cutout portion 96a of the rotating roller 96, a plurality of slats 86 are installed on the front surface of the first and second internal insulation spaces 80 and 81 assembled in a rectangular shape.

Next, inside the first and second vertical spaces 10 and 20 of the first and second internal insulation spaces 80 and 81, and the first, second and third holder members 90, 91, 92, and slate. The slate folding member 120 for folding and unfolding the slate 86 in the slot hole 86a of the 86 and the horizontal dead zone 87 is respectively provided.

To explain this schematically, as shown in FIGS. 12 and 13, the horizontal fastening pieces 122 of the fixing bracket 123 fixed to the inner side of the outer frame 22 of the first and second vertical spaces 10 and 20. One end of the pull string 130 consisting of two lines is fixed, the other side is wound on the string guide roller 124 of the lower moving block 127 through the moving through hole (122a) of the horizontal fastening piece 122, the moving through (122a) ) Through the through hole (97a) of the locking projection piece 97 in order to be introduced into the housing 98 is supported by the support roller 129 of the housing 98 and at the same time divided into a line through the guide hole 128 Through the outlet through the guide hole 128 of the second holder member 92 is introduced into the housing 94 through.

One line of the pull string 130 introduced into the housing 94 as described above is supported by the support roller 129 to pass through the through hole 93a of the engaging protrusion 93 and the slot hole 86a of the slate 86. It is connected sequentially downward through the), the lower end is fixed to the lower portion of the horizontal finisher 87 to support one side of the slate (86).

At this time, the other one line of the pull string 130 is introduced into the housing 94 through the guide hole 128 of the first holder member 90, while being supported by the support roller 129 of the locking projection piece 93 The through hole 93a and the slot hole 96a of the slate 86 are sequentially connected downwardly, and the lower end thereof is fixed to the lower portion of the horizontal finisher 97 to support the other side of the slate 86.

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In this state, as shown in FIG. 17, before and after the first and second vertical spaces 10 and 20, the first and second horizontal spaces 40 and 50, and the vertical partition frame 70 of the built-in insulation space 30. When the front and rear glass (100, 101) of the large area is seated on the surface, the edges of the front and rear glass (100, 101) are before and after the reinforcing frames (14, 24) and the vertical partition frame (70) of metal material. It is seated on the vertical projections 10a and 70a of the surface and the horizontal projections 40a of the front and rear surfaces of the reinforcing frames 48 and 58, and is in close contact with the outer frames 12 and 22 and 44 and 54, which are reinforced synthetic resins. It is lowered, it is possible to prevent the deformation of the large-area glass shrinking (concave) and expand (convex) in the winter and summer in accordance with the deviation of the temperature, the slate is prevented from sticking to the front and rear glass.

At this time, the first and second vertical spaces 10 and 20 and the third and fourth horizontal faces 40 and 50 having a lateral width of 14 mm have a large area (a large area) and thus have a low strength when assembled. The vertical partition frame 70 is installed between the first and second horizontal spaces 40 and 50 to reinforce the strength and at the same time, the front and rear glass 100 seated on the front and rear surfaces of the built-in insulation space 30. Block the deformation of 101).

Next, when the front and rear glass 100 and 101 are sealed with the molding 2 in the first and second vertical spaces 10 and 20 and the first and second horizontal spaces 40 and 50, The built-in insulation space 30 and the first and second built-in blinds (80, 81) is maintained between the rear glass (100, 101), the interior is improved insulation, condensation is suppressed.

At this time, the lower movable knob 147 and the upper movable knob 161 movably coupled to the guide groove 143 of the vertical guide rail 144 fixed to the edge of the windshield 100 or the rear glass 101. The magnet members 145 and 159 respectively provided on the rear surface are attached to the magnet members 125 and 151 of the lower moving block 127 and the upper moving block 153.

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Referring to the operation state of the awning device for a large-area multilayer glass assembled in this way, as shown in Figure 18 and 20, the vertical guide rail 144 fixed to both edges of the windshield 100 or the rear glass 101 It is movably coupled to the guide groove 143 of the) and moves the lower movable knob 147 located in the area of the first built-in insulating space (80) downward.

 Then, the lower movement knob 147 moves downward along the guide groove 143, and the lower movement block attached to the magnet member 145 provided on the rear surface as the magnet member 125 of the lower movement block 127. Reference numeral 127 is guided to the guide roller 126 along the inside of the outer frame 22 of the second vertical space 20 to move downward. (See FIG. 15).

Accordingly, one end is fixed to the vertical fastening piece 121 of the fixing bracket 123, and the other end of the pulling string 130 is fixed to the lower portion of the horizontal finishing band 87 is pulled downward, first, second, As the three roller members 90, 91 and 92 are pulled to the right along the support rollers 129, the horizontal finisher 87 is kept horizontal and pulled upward to move upward.

At the same time, the slate 86 is connected to the horizontal finisher 87 as a connecting string 95, the pull string 130 is coupled through the slot hole (86a), the vertical receiving groove of the vertical compartment frame (70) It is accommodated in 72a) is gradually folded while moving upwards, the folded position is fixed, the first blind installation space 3 is opened.

At this time, the inner surface of the center region of the front and rear glass 100, 101 is in close contact with the vertical compartment frame 70, the slate is front and rear glass 100, 101 as the deformation due to the deviation of the temperature is prevented. There is no interference in the folding.

In this state, as shown in Figure 19 and 20, the lower portion that is movably coupled to the guide groove 143 of the vertical guide rail 144 is fixed vertically to the outer edge of the windshield 100 or rear glass 101 When the moving knob 137 is moved upward, as described above, the slate 86 is gradually expanded while moving downward in the opposite direction, and the unfolded position is fixed to block the first blind installation space 3.

On the other hand, the operation state for adjusting the angle of the slate 86 in the unfolded state as shown in Figure 21 and 22 schematically, the upper movement knob 161 along the guide groove 143 of the vertical guide rail 144 When moving upward), the angle adjusting strap 156 is pulled upwards and the rotating roller 96 of the first, second and third holder members 90, 91 and 92 connected by the horizontal connecting pins 158. (99) is rotated in the counterclockwise direction at the same time to pull the connecting string 95 upwards, the overlapping slate 86 is connected to the appropriate angle is adjusted, the magnet member provided on the back of the upper movable knob (161) ( 149, the adjusted angle is maintained in the state attached to the magnet member 141 of the upper moving block 143, thereby securing the field of view of the first blind installation space (3) (see Fig. 16).

Meanwhile, as illustrated in FIGS. 1 to 3, the second internal type insulation is movably coupled to the guide groove 143 of the vertical guide rail 144 that is vertically fixed to both edges of the front glass 100 or the rear glass 101. The lower movable knob 147 and the upper movable knob 161 located in the space 81 region are moved in the same manner as above to move the slate 86 to open and block the second blind installation space 4, and to block it. The angle of the slates 86 is adjusted.

The sunshade for the large-area multilayer glass according to the present invention described above is not limited to the above-described embodiment, and the general knowledge in the field to which the present invention belongs without departing from the gist of the present invention as claimed in the following claims. Anyone who has it will have the technical idea to the extent that various changes can be made.

2: molding 10,20: first and second vertical space
10a, 70a: Vertical protrusion 12,22: Outer frame
14,24,48,58: Reinforcement frame 16,26,48,61: Finishing frame
30: built-in insulation space 31: vertical space
32,38,42,52,60: fitting groove 33,39,43,53,59: recessed part
35, 46, 56: horizontal piece 35a, 37a, 45a, 55a, 57a: engaging projection
36,45,55: Vertical piece 37,47,57: Finishing piece
40,50: First and second horizontal space 40a: Horizontal protrusion
70: vertical segment frame 72: vertical connector
74,75: upper and lower projections 80,81: 1st, 2nd built-in blinds
82: assembly 86: slate
86a: slot hole 90-92: 1-3 holder member
93,97: projecting piece 94,98: housing
95: connecting string 100,101: front and rear glass
110: blind operation and maintenance means

Claims (8)

A built-in insulating space 30 formed of first and second vertical spaces 10 and 20 and first and second horizontal spaces 40 and 50 and having a rectangular shape as a corner finishing material 30a;
It consists of a vertical connector 72 is formed with both vertical receiving grooves 72a extending on both sides, and an upper projection piece 74 and a lower projection piece 75 integrally formed on the upper and lower portions of the vertical connection 72, respectively. Vertically separated between the first and second horizontal spaces 40 and 50 of the built-in insulation space 30 to reinforce the built-in insulation space 30, the first and second blind installation space (3) ( 4) vertical division frame 70 for dividing into;
The first horizontal space 40, the first and second vertical spaces 10, 20 and the vertical compartment frame 70 is mounted to be foldable and angle adjustable so as to be mounted on the first and second blind installation space (3) First and second internal blinds 80 and 81 for blocking and opening (4);
The front and rear surfaces of the first and second vertical spaces 10 and 20, the first and second horizontal spaces 40 and 50, and the vertical partition frame 70 are seated so as to prevent deformation of the edges and the central area. 2) the front and rear glass (100, 101) is sealed inside;
The first and second vertical spaces 10 and 20 inside and the first and second interior blinds 80 and 81 and the front and rear glass 100, 101 are provided on the outer surface of the first and second interior blinds (80) (81) A sunshade device for a large area glazing comprising a blind operation and holding means (110) for manually operating and maintaining the folding and angles. The method of claim 1, wherein the built-in insulating space 30
An outer frame 12 and 22 having a vertical space 31, a fitting groove 32, and a recess 33, a reinforcing frame 14 and 24 coupled to the outer frame 12 and 22, and First and second vertical spaces 10 and 20 coupled to the reinforcement frames 14 and 24 and formed of finishing frames 16 and 26 having recesses 38 and coupling grooves 39 formed therein;
A first horizontal space 40 including an outer frame 44 having a horizontal space 41, a fitting groove 42, and a recess 43, and a reinforcing frame 48 coupled to the outer frame 44;
It is coupled to the outer frame 54, the reinforcing frame 58 is coupled to the outer frame 54, the horizontal frame 51, the fitting groove 52 and the recess 53 is formed, Consists of a second horizontal space (50) consisting of a finishing frame (61) formed with a recess (59) and a coupling groove (60), assembled in a rectangular shape as a corner finishing material (30a), the first and second horizontal spaces (40). Sunshade device for a large-area multi-layer glass, characterized in that the vertical partition frame 70 is installed between the (50). The method of claim 2, wherein the reinforcing frame (14, 24)
A vertical piece 35 detachably coupled to the recess 33 of the outer frame 12 and 22 and having a coupling protrusion 35a coupled to the fitting groove 32;
A horizontal piece 36 formed integrally with the vertical piece 35 inwardly;
The horizontal piece 36 is integrally formed on the upper portion, characterized in that consisting of the finishing piece 37, the engaging projection (37a) is formed, the sunshade device for a large area glass. The method of claim 2, wherein the reinforcing frame 48, 58 is
The vertical piece 45 which is detachably coupled to the recesses 43 and 53 of the outer frame 44 and 54 and has coupling protrusions 45a and 55a coupled to the fitting grooves 42 and 52. 55;
Horizontal pieces 46 and 56 formed integrally with the vertical pieces 45 and 55 inwardly;
The horizontal piece 46, 56 is integrally formed on the upper end is in close contact with, the closing piece (47, 57) formed with a coupling projection (57a), a large-area laminated glass device, characterized in that. According to claim 2, wherein the outer frame (12, 22) (44, 54) and the finishing frame (16, 26, 61) is made of a reinforced synthetic resin, metal reinforcement frame (14, 24) (48, 58) A sunshade device for a large area glass, characterized in that coupled to lower the thermal conductivity. delete According to claim 2, Vertical projections (10a, 70a) are formed in the front and rear surfaces of the vertical connecting frame 72 of the reinforcing frame (14, 24) and the vertical partition frame 70 of the metal material,
A plurality of transverse protrusions 40a are formed on the front and rear surfaces of the reinforcing frames 48 and 58 of the metal material, and the contact surface with the metal material is reduced when the front and rear glass 100 and 101 are seated, and the reinforced synthetic resin is A large area glazing device for a large area glass, characterized in that the contact surface is widened with the outer frame (12, 22) (44, 54). According to claim 1 or claim 2, wherein the first and second vertical space 10 and the first and second horizontal space 40, 50 is between the front and rear surfaces coupled to the front and rear glass 100, 101 The lateral width of the awning device for a large area multilayer glass, characterized in that the length of 14mm.

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