KR102422110B1 - Insulation composite window with improved insulation function - Google Patents

Abstract

The present invention relates to an insulation composite window with an improved insulation function, which can improve an insulation function while preventing an insulation material forming a window frame from being exposed to the outside, can prevent rails and the window frame from being deformed by the weight of windows, and can prevent the window frame from being disassembled by external force generated when the windows are opened or closed and, more specifically, to an insulation composite window with an improved insulation function. The insulation composite window comprises: a window frame which is installed in the form of a quadrangular frame on the wall of a building to have a space formed through the center thereof, and has first and second rails having a closed inner space and sequentially formed on a surface facing the space from the exterior to the interior; and a pair of windows for opening and closing the space by sliding on the first and second rails, respectively. The window frame includes: an outdoor window frame which has the first rail formed on the surface facing the space, has a fitting groove formed on a surface facing the interior to be closer to the exterior than the first rail, and has a fitting protrusion formed on the fitting groove; an indoor window frame which has the second rail formed on the surface facing the space, has a fitting groove formed on a surface facing the exterior to be closer to the interior than the second rail, and has a fitting protrusion formed on the fitting groove; and a heat blocking connection member which is made of an insulating material, has fittings formed on both sides thereof to be fitted on the fitting grooves, and has fitting grooves formed on the outer surfaces of the fittings to fit the fitting protrusions.

Description

Insulation composite window with improved insulation function

The present invention relates to a heat-insulating composite window, and in particular, improves the insulating function while not exposing the insulating material constituting the window frame to the outside, prevents the rail and the window frame from being deformed by the load of the window, and prevents the It relates to an insulated composite window with an improved thermal insulation function that prevents the window frame from being decomposed by external force.

In general, the unseo-style window refers to a window that opens and closes half the space through the window frame by moving the window left and right while the window is installed so as to be guided by sliding on the rail of the window frame.

In this regard, Patent Document 1 discloses that, along the length of the window frame frame constituting the window frame, a side insulation frame and a glass support insulation frame that block heat conduction are respectively fitted to the indoor side and upper end along the length of the window frame frame, and an insect screen rail, a window The frame is sequentially formed integrally along the length on the upper surface, and the outer window frame frame in which the fitting groove is formed along the length at the inner end is formed, and one inner window frame is slidingly fitted into the coupling groove formed on the upper surface. and the coupling end fitted into the fitting groove of the outer sash frame forms an inner insulated sash frame made of a heat insulator that blocks heat conduction provided in the front, and the outer sash frame and the inner insulated sash frame are coupled to each other. To provide an insulated outer window, characterized in that it is configured to block the conduction of heat between the indoor and outdoor by forming a.

However, in the case of Patent Document 1, since the inner insulating window frame frame is exposed to the outside, when damage occurs due to contact with foreign substances, there is a fear that the thermal insulation function is lowered.

In addition, due to the load of the window frame, there was a fear that the window frame and the inner window frame and the outer window frame frame were deformed.

In addition, due to the external force generated during opening and closing of the window frame, there was a fear that the coupling end of the inner insulating window frame was disassembled from the fitting groove of the outer window frame frame and disassembled.

Patent Document 1: Domestic Registered Patent No. 10-0917865 (Registered on September 10, 2009)

Accordingly, the present invention improves the thermal insulation function while not exposing the insulating material constituting the window frame to the outside unlike the prior art, prevents the rail and the window frame from being deformed by the load of the window compared to the prior art, and prevents the external force generated when opening and closing the window An object of the present invention is to provide an insulated composite window having an improved thermal insulation function that prevents the window frame from being decomposed by the conventional method.

In order to achieve the above object, the present invention is installed in the form of a rectangular frame on the wall of a building to form a space penetrating in the center, and the first and second rails having a closed internal space are installed in order from the outside to the inside of the space. a window frame formed on the facing surface; A pair of windows that are guided by sliding on the first and second rails respectively to open and close the space, but the window frame has a first rail formed on a side facing the space, and a fitting groove on the side facing the room is located outside the first rail an outdoor window frame frame formed to be close to each other and having a fitting protrusion formed in the fitting groove; an indoor window frame frame on which a second rail is formed on a surface facing the space, a fitting groove is formed closer to the interior than the second rail on a surface facing the outside, and a fitting protrusion is formed in the fitting groove; It provides a thermal insulation composite window with improved thermal insulation function, characterized in that it includes a heat-insulating connection member made of a heat-insulating material in which fitting parts to be fitted into the fitting groove are formed on both sides, and the fitting groove is formed on the outer surface of the fitting part. .

According to the present invention, since the heat-blocking connecting member is installed between the outdoor-side window frame and the indoor-side window frame, the heat-blocking connecting member corresponding to the heat insulator is not exposed to the outside, that is, in the indoor and outdoor directions.

That is, while preventing damage due to contact with foreign substances, there is an effect of preventing deterioration of thermal insulation function compared to the prior art.

In other words, it has the effect of improving the insulation function by blocking the movement of heat indoors and outdoors through the window frame with the heat-blocking connection member.

The present invention has the effect of preventing the first and second rails from being deformed by the load of the window compared to the prior art because the bearing capacity is increased while the first and second rails have a closed inner space.

Since the present invention supports the load of the window together with the first and second rails by the fitting part of the heat-blocking connecting member, it has an effect of preventing the deformation of the outdoor window frame and the indoor window frame by the load of the window compared to the prior art. .

In the present invention, when opening and closing a window, friction occurs between the fitting portion of the heat-blocking connecting member and the fitting groove of the indoor and outer window frame frames, and at the same time, friction occurs at the fitting groove of the heat-blocking connecting member and the fitting protrusion of the indoor and outer window frame frames. has the effect of

That is, there is an effect of increasing friction between the heat-blocking connection member and the indoor and outer window frame frames compared to the prior art.

In other words, there is an effect of preventing the decomposition of the window frame by an external force generated during opening and closing of the window compared to the prior art.

The present invention is a protrusion of a heat-blocking connection member, which prevents air from moving indoors and outdoors through a window frame and a window, while increasing the heat-insulating area, thereby improving the heat-insulating function.

The present invention is a heat-blocking frame installed on the protrusion of a heat-blocking connection member and inserted between a pair of windows, and increases the heat-insulating area while preventing air from moving indoors and out through the gap between the window frame and the window. It has the effect of improving the function.

The present invention is the first, second, and third sealing member, it has an effect of improving the heat insulation function by preventing the air from moving indoors and out through the space between the window frame and the window.

The present invention has the effect of further preventing the movement of air indoors and outdoors through the space between the window frame and the window while further increasing the insulating area of the window frame with the first, second, third, and fourth insulation materials.

That is, there is an effect of further improving the thermal insulation function.

The present invention is effective in preventing contact between the first and second window frame frames and the window closing frame frames and the rollers with a heat-blocking connecting member, a heat-blocking frame, a support, and a closing cap.

That is, it has the effect of improving the insulation function by preventing heat from moving indoors and out through the window.

According to the present invention, the fitting projections of the first and second window frame frames are fitted into the fitting grooves of the heat cut connecting member, and the fitting portion of the heat cut connecting member and the first heat cut frame are fitted into the fitting holes of the first and second window frame frames. The fitting protrusion is fitted, and the second fitting protrusion of the heat cut frame is fitted into the second fitting groove and the fitting groove of the first and second window frame frames, so the first and second window frame frames and the heat cut connecting member and the heat block There is an effect that the coupling of the frame is strengthened.

In addition, there is an effect of preventing air from entering between the first and second window frame frames and the heat-blocking connection member and the heat-blocking frame.

The present invention has an effect that the heat-blocking connection member and the heat-blocking frame are not exposed from the window to the outside, that is, indoors and outdoors.

That is, while preventing damage due to contact with foreign substances, there is an effect of preventing deterioration of thermal insulation function.

In the present invention, since the support is supported on the protrusion of the heat-blocking connection member and the protrusion of the second window frame, the support has the effect of stably supporting the load of the glass.

The present invention has an effect of blocking foreign substances from entering the inside of the heat-blocking frame with a closing cap when the space of the window frame is closed with a pair of windows.

Since the present invention blocks insects from entering the room with the insect screen, there is an effect that can be ventilated by opening the window without worrying about insects entering the room.

The present invention has an effect of preventing rainwater from flowing into the room because the introduced rainwater flows to the outdoors by the slope of the window frame.

1 is a front view of a thermal insulation composite window according to an embodiment of the present invention;
2 is a cross-sectional view of a thermal insulation composite window according to an embodiment of the present invention;
3 to 6 are partially enlarged views of a thermal insulation composite window according to an embodiment of the present invention;
7 is a cross-sectional view of a thermal insulation composite window according to another embodiment of the present invention.

Accordingly, an embodiment of the present invention as described above will be described in detail based on the accompanying drawings.

1 to 6, the heat insulation composite window 1000 according to an embodiment of the present invention is installed in the form of a square frame on the wall 1 of the building to form a space 110 penetrating in the center, and is closed A window frame 100 in which first and second rails 121 and 131 having internal spaces 121a and 131a are formed on a surface facing the space 110 sequentially from the outdoor to the indoor direction is included.

In addition, the window frame 100 has a first rail 121 protruding from the surface facing the space 110 , and the fitting groove 122 on the surface facing the room is closer to the outside than the first rail 121 . It is formed, and the fitting groove 122 includes an outdoor window frame frame 120 in which a fitting protrusion 123 is formed to protrude.

Here, the outdoor window frame 120 has a space formed therein, and is made of an aluminum material.

In addition, since the fitting groove 122 is closer to the outdoors than the first rail 121 , it is deeply formed on the surface of the outdoor window frame 120 facing the interior.

In addition, the fitting protrusion 123 is formed to protrude from the deepest part of the fitting groove 122 toward the interior direction while being parallel to the wall 1 of the building.

In addition, the window frame 100 has a second rail 131 protruding from the surface facing the space 110 , and the fitting groove 132 on the surface facing the outdoors is closer to the interior than the second rail 131 . It is formed, and the fitting groove 132 includes an indoor window frame 130 in which a fitting protrusion 133 is formed to protrude.

Here, the indoor window frame 130 has a space formed therein, and is made of an aluminum material.

In addition, since the fitting groove 132 is closer to the interior than the second rail 131 , it is deeply formed on the surface facing the outside of the indoor window frame 130 .

In addition, the fitting protrusion 133 is formed to protrude from the deepest part of the fitting groove 132 toward the outdoor direction while being level with the wall 1 of the building.

In addition, the window frame 100 has fitting portions 141 fitted into fitting grooves 122 and 132 projecting from both sides, and fitting projections 123 and 133 are fitted on the outer surface of the fitting portion 141 . It includes a heat-blocking connection member 140 made of a heat-insulating material in which the fitting groove 142 is formed.

Here, the heat-blocking connection member 140 is made of a polystyrene material.

In addition, the thermal insulation composite window 1000 includes a pair of windows 200 for opening and closing the space 110 by slidingly guided to the first and second rails 121 and 131 , respectively.

And, on the surface of the outdoor window frame 120 facing the space 110 , the screen rail 124 is formed to protrude closer to the outside than the first rail 121 .

Here, the screen rail 124 covers the edge of the window 200 seen from the outdoor direction.

In addition, the insulation composite window 1000 includes an insect screen 300 provided with rollers slidingly guided to the screen rail 124 .

In addition, on the surface of the indoor window frame 130 facing the space 110 , a protrusion 134 having a fitting groove 134a formed on the outer surface is formed to protrude closer to the room than the second rail 131 .

Here, the protrusion 134 covers the edge of the window 200 seen from the interior direction.

In addition, the heat-insulating composite window 1000 includes a first sealing member 500 fitted into the fitting groove 134a to be in close contact with the window 200 .

Here, the first sealing member 500 is made of mohair or gasket.

In addition, a protrusion 143 is formed on the surface of the heat-blocking connection member 140 facing the space 110 .

In addition, a fitting groove (143a) is formed on the outer surface of the protrusion (143) to face the space (110).

In addition, the heat-insulating composite window 1000 has one side fitted into the fitting groove 143a, and the other side protruding from the fitting groove 143a is inserted between the pair of windows 200. A heat-insulating frame made of a heat insulating material. (600) is included.

Here, the heat-blocking frame 600 is made of a polyamide material.

In addition, fitting grooves 610 are formed on both sides of the heat-blocking frame 600 facing each of the pair of windows 200 .

In addition, the heat-insulating composite window 1000 includes a second sealing member 510 fitted into the fitting groove 610 to be in close contact with the window 200 .

Here, the second sealing member 510 is made of mohair or gasket.

In addition, an inclined surface 150 is formed on the surface of the window frame 100 facing the space 110 .

That is, the inclined surface 150 is formed on the window frame 100 , that is, the outdoor side window frame frame 120 , the indoor side window frame frame 130 , and the heat blocking connection member 140 so that rainwater flows to the outside.

Here, the window frame 100 is formed with a rainwater drain hole.

In addition, the window 200 is formed in the form of a square frame in which a space 211 penetrated in the center is formed, a first fitting groove 212 is formed on a surface facing the space 211, and a space 213 is formed therein. ) is formed, and one side adjacent to the first fitting groove 212 is opened to include a first window frame frame 210 having a fitting hole 214 connected to the space 213 .

Here, the first window frame 210 has a space not connected to the space 213 therein, and is made of an aluminum material.

In addition, the window 200 is formed in the form of a square frame in which a space 221 penetrating through the center is formed, a protrusion 222 is formed protruding from a surface facing the space 221 , and a space 223 is formed therein. The second window frame 220 is formed so that one side adjacent to the protrusion 222 is opened so that the fitting hole 224 connected to the space 223 faces the fitting hole 214 .

Here, the second window frame 220 has a space not connected to the space 223 therein, and is made of an aluminum material.

In addition, the window 200 has fitting holes 214 and 224 and fitting portions 231 to be fitted into the spaces 213 and 223 protruding from both sides, and from the side adjacent to the fitting portion 231 . The protrusion 232 is formed to protrude, and a heat-blocking connection member 230 made of a heat insulating material is included between the first fitting groove 212 and the protrusion 222 .

Here, the heat-blocking connection member 230 is formed in a shape similar to 'C', and is made of a polystyrene material.

In addition, the window 200 includes a window closing frame frame 240 fitted into the first fitting groove 212 .

Here, the window closing frame frame 240 is made of an aluminum material.

In addition, the window 200 is installed between the first and second window frame frames 210 and 220 and the heat blocking connection member 230 and the window closing frame frame 240 to form spaces 211 and 221 . A closing glass 250 is included.

Here, the glass 250 is installed between the first and second window frame frames 210 and 220 and the heat blocking connection member 230 and the window closing frame frame 240 through a backup member and silicon. .

In addition, the window 200 is installed by being inserted between the first and second window frame frames 210 and 220 and the heat-blocking connecting member 230 on the other side of the glass 250 and facing the window frame 100 . a heat-blocking frame 260 made of an insulating material having an open viewing surface; The rollers 270 that are inserted and installed in the heat-blocking frame 260 and are guided to the first and second rails 121 and 131 are included.

Here, the heat-blocking frame 260 is made of a polyamide material.

In addition, the heat-blocking frame 260 and the rollers 270 are installed by being fastened to the heat-blocking connection member 230 and a fastening member such as a screw.

In addition, fitting grooves 261 are formed on both sides of the open entrance of the heat-blocking frame 260 .

In addition, the thermal insulation composite window 1000 includes a third sealing member 520 fitted into the fitting groove 261 to be in close contact with the first and second rails 121 and 131 .

Here, the third sealing member 520 is made of mohair or gasket.

In addition, fitting protrusions 215 and 225 are formed in the spaces 213 and 223 to protrude.

Here, the fitting protrusions 215 and 225 are formed to protrude from the spaces 213 and 223 to be level with the wall 1 of the building.

In addition, a fitting groove 233 into which fitting protrusions 215 and 225 are fitted is formed on the outer surface of the fitting portion 231 .

In addition, a first fitting protrusion 262 to be fitted into the fitting holes 214 and 224 like the fitting portion 231 is protruded from the outer surface of the heat blocking frame 260 .

That is, the first fitting projections 262 are respectively formed on both sides of the outer surface of the heat-blocking frame 260 .

In addition, a second fitting groove 216 is formed on one side of the surface of the first window frame 210 located opposite the fitting hole 214 , and a second window frame positioned on the opposite side of the fitting hole 224 . A fitting groove 226 is formed on one side of the frame 220 .

In addition, a second fitting groove 216 and a second fitting protrusion 263 fitted into the fitting groove 226 protrude from the outer surface of the heat blocking frame 260 around the fitting groove 261 .

That is, the second fitting protrusions 263 are respectively formed on both sides of the outer surface of the heat-blocking frame 260 .

In addition, the window 200 is supported by the protrusions 222 and 232 and includes a support 280 made of an insulating material for supporting the glass 250 .

Here, the support 280 is formed in a 'b' shape, and is made of a rubber material.

In addition, the window 200 includes a closing cap 290 made of a heat insulating material installed on the side of the window 200 to close the open entrance of the heat blocking frame 260 .

Here, the closing cap 290 is installed on one side adjacent to each other of the pair of windows 200 when the space 110 of the window frame 100 is closed with a pair of windows 200, and polyamide ( Polyamide) material.

In addition, on the outer surface of the closing cap 290 , a fitting protrusion to be fitted into the fitting groove 261 in which the third sealing member 520 is not installed is formed protruding from the center, and the first and second windows facing the window frame 100 . Fitting projections fitted into the fitting grooves formed on the surfaces of the frame frames 210 and 220 are formed to protrude from both sides.

In addition, the window 200 includes an auxiliary insulating material made of an insulating material that fills the empty space between the second window frame 220 and the support 280 .

And, as shown in FIG. 7 , the thermal insulation composite window 1000 according to another embodiment of the present invention includes a first thermal insulation material 400 sandwiched between the first rail 121 and the insect screen rail 124 and ; a second insulating material 410 fitted between the second rail 131 and the protrusion 134; a third heat insulating material 420 sandwiched between the first rail 121 and the protrusion 143 and the heat blocking frame 600; A fourth insulating material 430 is included between the second rail 131 and the protrusion 143 and the heat blocking frame 600 .

Here, the first, second, third, and fourth insulation materials 400, 410, 420, and 430 are made of a polystyrene material.

The operation of the present invention configured as described above will be described as follows.

1 to 6 , in the thermal insulation composite window 1000 according to an embodiment of the present invention, the fitting part 141 of the heat blocking connection member 140 is inserted into the fitting groove of the outdoor window frame 120 . After forming the window frame 100 by inserting it into the fitting groove 132 of the 122 and the indoor window frame 130, the window frame 100 is installed on the wall 1 of the building.

Here, the fitting protrusions 123 of the outdoor window frame 120 and the fitting protrusions 133 of the indoor window frame 130 are fitted into the fitting grooves 142 of the heat blocking connection member 140 , respectively.

In addition, since the fitting groove 122 is closer to the outside than the first rail 121 , the fitting portion 141 of the heat blocking connection member 140 is deeply inserted.

In addition, since the fitting groove 132 is closer to the room than the second rail 131 , the fitting portion 141 of the heat-blocking connecting member 140 is deeply inserted.

In addition, a through space 110 is formed in the center of the window frame 100 .

In addition, the heat-blocking connection member 140 is not exposed to the outside by the outdoor window frame 120 and the indoor window frame 130 .

Then, after inserting the heat-blocking frame 600 into the fitting groove 143a of the protrusion 143, inserting the first sealing member 500 into the fitting groove 134a of the protrusion 134, the heat-blocking frame ( Insert the second sealing member 510 into the fitting groove 610 of the 600).

Then, the fitting portion 231 of the heat-blocking connection member 230 is inserted into the fitting hole 214 and the space 213 of the first window frame 210 and the fitting hole of the second window frame 220 ( 224) and the space 223, respectively.

Here, the fitting protrusions 215 of the first window frame 210 and the fitting protrusions 225 of the second window frame 220 are fitted into the fitting grooves 233 of the heat blocking connection member 230, respectively. .

In addition, through spaces 211 and 221 are formed in the center of the first and second window frames 210 and 220 .

Then, after the support 280 is installed to be supported by the protrusions 222 and 232 , the window closing frame 240 is inserted into the first fitting groove 212 of the first window frame frame 210 .

In addition, the glass 250 is installed between the first and second window frame frames 210 and 220 and the heat blocking connection member 230 and the window closing frame frame 240 through a backup member and silicon. .

Here, the spaces 211 and 221 are closed by the glass 250 , and the glass 250 is supported on the support 280 supported by the protrusions 222 and 232 .

Then, between the first and second window frame frames 210 and 220 and the heat cut connection member 230 on the other side of the glass 250, the heat cut frame 260 is inserted and the train is passed through the fastening member. However, it is installed by fastening it to the connecting member 230 .

Here, the first fitting protrusion 262 of the heat-blocking frame 260 is fitted into the fitting holes 214 and 224 together with the fitting portion 231 , respectively, and the second fitting protrusion of the heat-blocking frame 260 . 263 is fitted in the second fitting groove 216, the fitting groove 226, respectively.

In addition, after inserting the roller 270 through the open inlet of the heat-blocking frame 260, the roller 270 is connected to the heat-blocking frame 260 and the heat-blocking connection member 230 through a fastening member. fasten and install

Then, the third sealing member 520 is inserted into the fitting groove 261 of the heat blocking frame 260 , and the closing cap 290 is used as a pair of windows 200 in the space 110 of the window frame 100 . When closed, it is installed on one side of the pair of windows 200 adjacent to each other to form the window 200 .

Here, the closing cap 290 closes the open entrance of the heat blocking frame 260 formed on the side of the window 200 .

Then, while the rollers 270 of the pair of windows 200 are installed to be slidingly guided on the first and second rails 121 and 131 , the insect screen 300 is installed to be slidingly guided on the screen rail 124 . .

That is, the insulation composite window 1000 according to the embodiment of the present invention is installed on the wall 1 of the building.

Here, the first and second sealing members 500 and 510 are in close contact with the window 200 , and the third sealing member 520 is in close contact with the first and second rails 121 and 131 .

Then, the heat-blocking connection member 140 and the heat-blocking frame 600 prevent heat from moving indoors and out through the window frame 100 .

In addition, the heat-blocking connection member 230 and the heat-blocking frame 260 and the support 280 and the closing cap 290 prevent heat from moving indoors and outdoors through the window 200 .

And, the first and second rails 121 and 131 having the fitting portion 141 of the heat-blocking connection member 140 and the closed inner spaces 121a and 131a support the load of the window 200 . do.

In addition, the support 280 supported by the protrusions 222 and 232 supports the load of the glass 250 .

In addition, the first, second, and third sealing members 500 , 510 , and 520 prevent air from moving indoors and outdoors through the space between the window frame 100 and the window 200 .

In addition, the insect screen 300 prevents insects such as mosquitoes and moths from entering the room.

And, when rainwater flows in between the window frame 100 and the window 200 , the rainwater flows to the outside by the inclined surface 150 .

And, as shown in FIG. 7 , the thermal insulation composite window 1000 according to another embodiment of the present invention sandwiches the first insulation material 400 between the first rail 121 and the insect screen rail 124 . , The second insulating material 410 is sandwiched between the second rail 131 and the protrusion 134 .

Then, while sandwiching the third heat insulating material 420 between the first rail 121 and the protrusion 143 and the heat cut frame 600 , the second rail 131 and the protrusion 143 and the heat cut frame A fourth insulating material 430 is sandwiched between the 600 .

Then, the first, second, third, and fourth insulation materials 400 , 410 , 420 , 430 further prevent heat from moving indoors and outdoors through the window frame 100 , and It further prevents the air from moving indoors and outdoors through between the windows 200 .

In the above, the present invention has been illustrated and described with examples of specific preferred embodiments, but the present invention is not limited to the above-described embodiments, and within the scope of not departing from the spirit of the present invention, it is common knowledge in the art to which the present invention pertains. Various changes and modifications will be possible by those who have

100: window frame 110: space
120: outdoor window frame frame 121: first rail
121a: inner space 122: fitting groove
123: fitting projection 124: insect screen rail
130: indoor window frame frame 131: second rail
131a: inner space 132: fitting groove
133: fitting projection 134: protrusion
134a: fitting groove 140: heat blocking connection member
141: fitting part 142: fitting groove
143: protrusion 143a: fitting groove
150: slope 200: window
210: first window frame frame 211: space
212: first fitting groove 213: space
214: fitting hole 215: fitting projection
216: second fitting groove 220: second window frame frame
221: space 222: protrusion
223: space 224: fitting hole
225: fitting projection 226: fitting groove
230: heat blocking connection member 231: fitting part
232: protrusion 233: fitting groove
240: window closing frame frame 250: glass
260: heat blocking frame 261: fitting groove
262: first fitting projection 263: second fitting projection
270: roller 280: support
290: closing cap 300: insect screen
400: first insulation material 410: second insulation material
420: third insulating material 430: fourth insulating material
500: first sealing member 510: second sealing member
520: third sealing member 600: heat blocking frame
610: fitting groove 1000: insulation composite window

Claims (18)

It is installed on the wall (1) of the building in the form of a square frame to form a penetrating space 110 in the center, and the first and second rails 121 and 131 having closed internal spaces 121a and 131a are installed outdoors. a window frame 100 formed on a surface facing the space 110 sequentially in the interior direction;
A pair of windows 200 for opening and closing the space 110 by sliding guide on the first and second rails 121 and 131, respectively,
The window frame 100 is formed such that the first rail 121 is formed on the surface facing the space 110, and the fitting groove 122 is formed closer to the outside than the first rail 121 on the surface facing the room, The fitting groove 122 has a fitting protrusion 123 formed on the outdoor window frame frame 120 and;
A second rail 131 is formed on the surface facing the space 110 , and a fitting groove 132 is formed on the surface facing the outside to be closer to the interior than the second rail 131 , and the fitting groove 132 is formed to be closer to the interior than the second rail 131 . ) has a fitting protrusion 133 formed on the indoor window frame 130 and;
Fitting portions 141 to be fitted into the fitting grooves 122 and 132 are formed on both sides, and fitting grooves 142 into which fitting projections 123 and 133 are fitted are formed on the outer surface of the fitting portion 141. Including a heat-blocking connection member 140 made of an insulating material,
A protrusion 143 is formed on the surface facing the space 110 of the heat-blocking connection member 140,
A fitting groove (143a) is formed on the outer surface of the protrusion (143),
One side is fitted into the fitting groove (143a), and the other side protruding from the fitting groove (143a) is inserted between the pair of windows (200) characterized in that it comprises a heat-blocking frame (600) made of a heat insulating material. Insulation composite window with improved thermal insulation function. According to claim 1,
On the side facing the space 110 of the outdoor window frame 120 , an insect screen rail 124 is formed to be closer to the outside than the first rail 121 ,
Insulation composite window with improved insulation, characterized in that it comprises an insect screen 300 that is guided by sliding on the screen rail 124. 3. The method of claim 2,
Insulation composite window with improved insulation function, characterized in that it comprises a first insulation material (400) sandwiched between the first rail (121) and the insect screen rail (124). According to claim 1,
On the side facing the space 110 of the indoor window frame 130, a fitting groove 134a is formed on the outer surface of the protrusion 134 to be closer to the room than the second rail 131,
A thermal insulation composite window with improved insulation function, characterized in that it includes a first sealing member (500) fitted in the fitting groove (134a) to be in close contact with the window (200). 5. The method of claim 4,
A thermal insulation composite window with improved thermal insulation function, characterized in that it includes a second thermal insulation material (410) fitted between the second rail (131) and the protrusion (134). delete delete According to claim 1,
Fitting grooves 610 are formed on both sides of the heat-blocking frame 600 facing each of the pair of windows 200,
A thermal insulation composite window with improved thermal insulation function, characterized in that it includes a second sealing member (510) fitted in the fitting groove (610) to be in close contact with the window (200). According to claim 1,
Insulation composite window with improved heat insulation function, characterized in that it comprises a third heat insulating material (420) sandwiched between the first rail (121) and the protrusion (143) and the heat blocking frame (600). According to claim 1,
Insulation composite window with improved heat insulation function, characterized in that it comprises a fourth heat insulating material (430) sandwiched between the second rail (131) and the protrusion (143) and the heat blocking frame (600). According to claim 1,
A thermal insulation composite window with improved thermal insulation function, characterized in that the inclined surface 150 is formed on the surface of the window frame 100 facing the space 110 . According to claim 1,
The window 200 is formed in the form of a square frame in which a space 211 penetrated in the center is formed, a first fitting groove 212 is formed on a surface facing the space 211, and a space 213 is formed therein. a first window frame frame 210 formed with a fitting hole 214 connected to the space 213 by opening one side adjacent to the first fitting groove 212;
It is formed in the form of a square frame in which a space 221 penetrating through the center is formed, a protrusion 222 is formed on a surface facing the space 221 , a space 223 is formed therein, and the protrusion 222 is formed on the protrusion 222 . a second window frame 220 having one of the adjacent surfaces open so that the fitting hole 224 connected to the space 223 faces the fitting hole 214;
Fitting portions 231 to be fitted into the fitting holes 214 and 224 and the spaces 213 and 223 are formed on both sides, and a protrusion 232 is formed on a surface adjacent to the fitting portion 231 to a heat-blocking connection member 230 made of a heat insulating material positioned between the first fitting groove 212 and the protrusion 222;
a window closing frame frame 240 fitted into the first fitting groove 212;
A glass 250 installed between the first and second window frame frames 210 and 220 and the heat blocking connection member 230 and the window closing frame frame 240 to close the spaces 211 and 221 and ;
It is installed by being inserted between the first and second window frame frames 210 and 220 and the heat-blocking connection member 230 on the other side of the glass 250, and the side facing the window frame 100 is made of an open insulating material. a heat-blocking frame 260 made of;
The thermal insulation composite window with improved thermal insulation function, characterized in that it is installed inside the heat-blocking frame (260), and includes rollers (270) guided to the first and second rails (121, 131). 13. The method of claim 12,
Fitting grooves 261 are formed on both sides of the open entrance of the heat-blocking frame 260,
A thermal insulation composite window with improved thermal insulation function, characterized in that it includes a third sealing member (520) fitted in the fitting groove (261) to be in close contact with the first and second rails (121, 131). 13. The method of claim 12,
Fitting projections 215 and 225 are formed in the spaces 213 and 223,
Insulation composite window with improved heat insulation function, characterized in that the fitting groove (233) is formed on the outer surface of the fitting part (231) into which fitting projections (215, 225) are fitted. 13. The method of claim 12,
Insulation composite window with improved heat insulation function, characterized in that the first fitting protrusion 262 to be fitted into the fitting hole 214 and 224 like the fitting portion 231 is formed on the outer surface of the heat blocking frame 260 . . 13. The method of claim 12,
A second fitting groove 216 is formed on one side of the first window frame frame 210 located on the opposite side of the fitting hole 214,
A fitting groove 226 is formed on one side of the second window frame frame 220 located on the opposite side of the fitting hole 224,
A second fitting groove 216 and a second fitting protrusion 263 fitted into the fitting groove 226 are formed around the fitting groove 261 on the outer surface of the heat blocking frame 260 . Insulated composite window with improved 13. The method of claim 12,
The window 200 is supported by the protrusions 222, 232, the insulating composite window with improved insulation, characterized in that it includes a support 280 made of a heat insulating material for supporting the glass (250). 13. The method of claim 12,
The window 200 is installed on the side of the window 200 and has an improved insulation function, characterized in that it includes a closing cap 290 made of a heat insulating material to close the open entrance of the heat blocking frame 260 . composite window.

Images