KR102030411B1 - Window System - Google Patents

Abstract

According to an aspect of the present invention, a window system can comprise: a window provided with a sliding window moved horizontally and a fixed window fixed to a front surface of the sliding window; horizontal frames disposed at an upper end and a lower end of the window; an insulation bracket preventing a thermal bridge phenomenon by dividing the horizontal frame into an inner space and an outer space and protruding to guide movement of the sliding window; a vertical frame connecting end portions of the horizontal frames to each other and coupled to the window; and a central frame connecting the horizontal frames to each other, formed outside the sliding window, and fixing one end portion of the fixed window.

Description

Window system

The present invention relates to a window system, and more particularly, to a window system that can block the thermal bridge phenomena caused by the outside air by improving the thermal insulation performance of the rail provided in the microscopic window installed in the curtain wall.

Generally, various architectural structures such as houses and apartments are provided with windows and windows that provide natural light function, the ability to observe the outdoors from the inside, and the function of ventilating the interior.

These windows and doors are classified into casement, sliding door, and fine door type according to the structure thereof, and the double door type is composed of vertical and horizontal frames, and a window frame provided with a plurality of guide rails on the top of the bottom window frame, and into the inside of the window frame. It slides along the guide rails and consists of dogs and closed windows that overlap one window with another, allowing them to enjoy outdoor air and sunlight when closed, noise and contaminated air when closed. It blocks cold winds and prevents the release of hot air from the room during winter.

Here, the window frame provided with a guide rail is formed and installed in aluminum, by manufacturing the window frame made of aluminum, it can be produced in a variety of forms, the material is light and well deformed has the advantages of easy and convenient production.

However, since the window frame is formed of an aluminum material, the window frame is vulnerable to heat insulation, and thus, cold and warm heat in the room is conducted to the outside, resulting in poor heat insulation.

In order to compensate for the above disadvantages, the window frame was manufactured using wood and plastic materials. However, the wood and plastics also have limitations of heat insulation, and there is a problem in that manufacturing, time, and cost are higher than those of aluminum materials.

The present invention has been made to solve the above problems, it is an object of the present invention to provide a window system that can increase the thermal insulation effect of the small window is installed on the curtain wall and short window.

Another object of the present invention is to provide a window system that can block the thermal bridge phenomenon by forming a rail contacting the microscopic window as a heat insulating material.

Window system according to an aspect of the present invention for achieving the above object is provided with a window that is horizontally moved, a window having a fixed window fixed to the front of the window, and the top and bottom of the window, respectively The horizontal frame, the thermal frame is blocked by partitioning the horizontal frame indoors and outdoors, and a thermal insulation bracket protruding to guide the movement of the microscopic window, and connecting the plurality of horizontal frame ends to each other, A vertical frame coupled to each other, and the plurality of horizontal frames are connected to each other, and may be formed on the outdoor side of the micro-window window, and may include a center frame fixing one end of the fixed window.

The horizontal frame is an indoor frame that is fixed to the fixed window and provided on the outdoor side of the small window, and an indoor frame provided on the indoor side of the outdoor frame and partitioned by the insulation bracket, and guides the movement of the small window. It can be provided.

The outdoor frame is fixed to the indoor bracket is fixed to the indoor side, the fixed frame for fixing the end of the fixed window to the outdoor side, the fixing body coupled to be detachable to the upper portion of the fixed frame to fix the end of the fixed window, and It may be coupled to the upper portion of the fixture may be provided with a guide plate for guiding the horizontal movement of the microscopic window.

The fixing frame is the first fixing frame is fixed to the heat insulating bracket, the hollow hole is formed inside, formed on the outdoor side of the first fixing frame, the junction body is in contact with the fixing body, the first fixing frame It may be provided with a thermal cross-linking material fixed to the outdoor side to block the thermal bridge phenomenon by the outside air, and a second fixing frame coupled to the outdoor side of the thermal cross-linking material, the fixing body is fixed to one side.

The fixing body includes a plurality of bonding plates formed in shapes corresponding to each other so as to be coupled to the second fixing frame, an extension plate extending from the upper end of the bonding plate toward the first fixing frame, and coupled to the second fixing frame. A coupling protrusion extending from one end to the upper end and coupled to the guide plate, and extending to the insulation bracket at a position where the extension plate and the coupling protrusion are in contact with each other, may be provided with a drain plate for inducing drainage to the outside as it is formed in an oblique line. .

The indoor frame may include a main body frame having a plurality of insertion protrusions so that the insulation bracket is coupled to the outdoor side, and a guide protrusion extending outwardly from one side of the main body frame to contact the door of the small window.

The insulation bracket is provided between the indoor frame and the outdoor frame, the bracket having a fixing protrusion extending to the indoor side and the outdoor side, respectively, extending outward from one side of the bracket to contact the end of the guide protrusion Joining protrusions may be provided.

The vertical frame is connected to the ends of the plurality of horizontal frames to fix one side of the fixed window, a heat cross-linking material is provided to block the thermal bridge phenomenon by the outside air, and the other end of the plurality of the horizontal frame Is connected, may be provided with a second vertical frame that one side of the small window contact.

The first vertical frame is formed on the outdoor side of the fixed window, the first cover frame is fixed to the outdoor side of the heat cross-linking material, and the indoor side of the heat cross-blocking material is coupled, protrudes to one side to the indoor side of the fixed window. A first coupling frame for fixing the and coupled to one side of the cover frame, may be provided with a first fixing plate for preventing the departure of the fixed window.

The second vertical frame is formed on the outdoor side of the small window, the second cover frame is fixed to the outdoor side of the thermal cross-linking material, and the indoor side of the thermal cross-blocking material is coupled, protrudes to one side so that the small window A second coupling frame which is in contact with each other, a side spaced apart from the side of the thermal cross-linking material, a heat insulation bending plate for improving heat insulation performance, a second fixing plate coupled to one side of the cover frame, and fixing the heat insulation bending plate; The second coupling frame may be spaced apart by the vertical thermal cross-linking material, the bonding frame is formed on the side of the small window, and the thermal cross-blocking bracket is formed on the side of the vertical thermal cross-linking material, the side of the small window is seated. have.

The center frame is provided to be in contact with the outdoor side and the indoor side of the fixed window, respectively, the partition frame partitioned by the thermal cross-linking material, and is provided on one side of the partition frame, the heat insulating plate is fixed to both ends of the partition frame, respectively And, it may be fixed to the interior side of the partition frame, it may be provided with a conductive shielding material which is formed in contact with the bending insulation plate provided on the side of the micro-window.

According to the window system according to the present invention, by providing an insulating bracket between the indoor frame and the outdoor frame it is possible to increase the thermal insulation effect.

And as the rail guides the horizontal movement of the micro-window window is formed by a heat insulating bracket, it is possible to block the thermal bridges of the outdoor and indoor.

1 is a front view showing a window system according to an embodiment of the present invention.
FIG. 2 is a sectional view taken along the line A-A 'of the window system shown in FIG. 1; FIG.
3 is a cross-sectional view showing B-B 'of the window system shown in FIG.
4 is a cross-sectional view showing a horizontal frame according to an embodiment of the present invention.
5 is an exploded cross-sectional view showing the horizontal frame shown in FIG.
Figure 6 is a cross-sectional view showing a first vertical frame according to an embodiment of the present invention.
7 is an exploded cross-sectional view showing the first vertical frame shown in FIG.
8 is a cross-sectional view showing a second vertical frame according to an embodiment of the present invention.
9 is an exploded cross-sectional view showing the second vertical frame shown in FIG.
10 is a cross-sectional view showing a center frame according to an embodiment of the present invention.
11 is an exploded cross-sectional view showing the center frame shown in FIG.

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

1 is a front view showing a window system according to an embodiment of the present invention, Figure 2 is a cross-sectional view showing A-A 'of the window system shown in Figure 1, Figure 3 is a B of the window system shown in Figure 1 It is sectional drawing which shows -B '.

As illustrated in FIGS. 1 to 3, a window system according to an embodiment of the present invention includes a window 100, a horizontal frame 200 provided at upper and lower ends of the window 100, and a plurality of the windows. End portions of the horizontal frame 200 are connected to each other, and the vertical frame 600 to which the window 100 is coupled, and a center frame 700 to connect the centers of the plurality of horizontal frames 200 to each other.

The window system may be divided into a short window and a curtain wall according to the number and position of the US window 110 and the fixed window 120 is coupled.

The window 100 is formed of an undefined window 110 that is horizontally moved, and a fixed window 120 that is fixed to the outside and the indoor side of the unknown window 110. In addition, the fine window 110 is formed between the locking frame 111 for fixing the indoor side and the outdoor side of the at least one glass wall 10, respectively, a plurality of the locking frame 111 to increase the thermal insulation effect Insulation material 112 is formed. And the receiving space is provided between the plurality of engaging frame 111 is provided with a door car.

The fixed window 120 is formed to be fixed to the outdoor frame 300, and is inserted into the outdoor side of the horizontal frame 200 and the vertical frame 600 as a separate frame is provided on the outside. When the fixing window 120 is formed in the curtain wall may be provided a plurality, the upper and lower sides and one side may be fixed to the curtain wall.

The window system is guided to the interior of the US window 110, the horizontal frame 200 for fixing the top and bottom of the fixed window 120 and the vertical frame 600 for fixing both ends of the horizontal frame 200, respectively. ) Is formed. A center frame 700 is formed to connect the centers of the plurality of horizontal frames 200 to each other, and is formed on the outdoor side of the micro-window window 110 to fix the fixed window 120 together with the vertical frame 600.

The horizontal frame 200 may be opened and closed horizontally by the US window 110 is mounted on the indoor side, the fixed window 120 may be fixed to the outdoor side. In addition, the vertical frame 600 may connect both ends of the plurality of horizontal frames 200 to each other, and the secretary window 110 may be seated to fix or open the fixed window 120 together with the center frame 700.

4 to 5, the horizontal frame 200 includes an outdoor frame 300 to which the fixed window 120 is fixed and provided on the outdoor side of the micro-window window 110, and the outdoor frame 300. It is provided on the indoor side of the compartment is partitioned by the insulating bracket 500, it may be provided with an indoor frame 400 for guiding the movement of the microscopic window (110). In addition, the thermal bridge is blocked by partitioning the outdoor frame 300 and the indoor frame 400, and an insulation bracket 500 protruding toward the US window 110 is formed to guide the movement of the US window 110.

The outdoor frame 300 is the insulation bracket 500 is fixed to the indoor side, the fixed frame 310 and the end of the fixed window 120 is fixed to the outdoor side, and detachable to the upper portion of the fixed frame 310 It is coupled to be possible to fix the end of the fixed window 120, the fixed body 330, the guide plate 340 is coupled to the upper portion of the fixed body 330 to guide the horizontal movement of the fine window 110 It may be provided.

The fixing frame 310 is fixed to the insulating bracket 500, the first fixing frame 311 and the hollow hole is formed inside, and formed on the outdoor side of the first fixing frame 311, the fixing The junction 312 in contact with the stagnation 330, the thermal cross-linking member 320 is fixed to the outdoor side of the first fixing frame 311 to block the thermal bridge phenomenon by the outside air, and the outdoor side of the thermal cross-linking material 320 It is coupled to, it may be provided with a second fixing frame 313 is fixed to the fixed body 330 on one side.

The first fixing frame 311 may be formed such that the end portion of the fine window 110 is in contact with a portion thereof, and the fixing window 120 and the fixing body 330 are in contact with the outdoor side. A protruding frame 314 may be provided to protrude from the center of the first fixing frame 311 to the outdoor side to which the thermal cross-linking material 320 is coupled.

The protruding frame 314 may be formed in a shape in which both sides thereof correspond to each other such that the ends of the heat cross-linking material 320 are coupled to the outdoor side, and may include a protruding protrusion 315 surrounding the heat cross-cutting material 320 so as not to be separated. have.

In addition, the upper and lower portions of the protruding frame 314 are formed with a junction body 312 in contact with the fixing body 330, and the bonding body 312 is formed in the protruding frame 314 as a fixed iron and integrally. The conjugate 312 is formed in a 'b' shape, the conjugate 312 is coupled to the protruding frame 314. The bonding body 312 is maintained so that the fixture 330 is fixed, it is formed so that the fixture 330 is horizontal.

In addition, a plurality of insertion protrusions 316 into which the insulation bracket 500 is inserted are formed to protrude to the interior side of the first fixing frame 311, and a plurality of insertion protrusions 316 according to the size of the insulation bracket 500. The size of can be formed in various ways.

The second fixing frame 313 may be fixed to the outdoor side of the first fixing frame 311 by having the thermal cross-linking material 320 therebetween, the fixing body 330 on the outdoor side and the indoor side, respectively A coupling space may be formed to be coupled.

In addition, the second fixing frame 313 may increase the heat insulating effect as the heat insulating space is formed therein, and may be formed to surround one end of the thermal cross-linking material 320 by providing the protrusion 315 toward the indoor side. .

The thermal cross-linking material 320 is a first blocking material 321, both ends of which are respectively coupled to the first fixing frame 311 and the second fixing frame 313, and the position corresponding to the first blocking material 321 Both ends of the second blocking material 322 coupled between the first fixing frame 311 and the second fixing frame 313 and the first blocking material 321 and the second blocking material 322 to face each other. Each of the protrusions may include at least one or more blocking plates 323 disposed to cross each other between the first fixing frame 311 and the second fixing frame 313.

The fixing body 330 is a plurality of bonding plate 331 formed in a shape corresponding to each other to be coupled to the second fixing frame 313, and the first fixing frame 311 at the upper end of the bonding plate 331 The extension plate 332 is extended in the direction and coupled to the coupling plate, the coupling protrusion 333 extending from one end of the extension plate 332 to the upper end to which the guide plate 340 is coupled, and the extension plate 332. And the coupling protrusion 333 extends to the heat insulating bracket 500 at a position where the coupling protrusion 333 is in contact with each other, and may include a drain plate 334 that induces drainage to the outside as it is formed in an oblique line.

And the fixing body 330 is formed with a bonding plate 331 is coupled to the coupling space of the second fixing frame 313, the bonding plate 331 is a predetermined length to be fixed to the indoor side and the outdoor side of the coupling space. Preferably formed. In addition, an extension plate 332 extending from the bonding plate 331 to the first fixing frame 311 is formed, and the extension plate 332 is located at the position of the unsigned window 110 in which the fixing frame 310 is not fixed. As it is formed, foreign matter and rainwater are formed so as not to flow into the horizontal frame (200). And the extension plate 332 is formed in the embossed form toward the window 100, the foreign matter is removed, it may be formed so that the aesthetic appearance.

In addition, the extension plate 332 is provided with a coupling protrusion 333 is coupled to the guide plate 340 for guiding the unknown window 110 is extended to the upper end of the indoor side, the coupling protrusion 333 is a guide plate ( An accommodation groove may be formed to accommodate the 340. In addition, the joining protrusion 333 and the extension plate 332 are in contact with each other, a joining groove 335 is formed to receive the joining body 312, and the joining groove 335 is formed with a sealing material 341 and the fixing body 330. Through the heat transfer phenomenon to the fixed frame 310 can be blocked.

The guide plate 340 may protrude from the lower end of the guide plate 340 to be accommodated in the receiving groove of the coupling protrusion 333, and the gasket 20 may be coupled to the indoor side.

At this time, the protrusion of the guide plate 340 is formed to surround the sealing material 341 may block the thermal bridge phenomenon.

The drainage plate 334 is formed at a position where the extension plate 332 and the engaging projection 333 is in contact with each other, is formed to the indoor side, the rainwater flows between the heat insulating bracket 500 and the fixed body 330 as it is formed with an oblique line. Block it from becoming In addition, a plurality of drainage holes may be formed in the coupling protrusion 333 so that the rainwater is separated by the drainage plate 334.

The indoor frame 400 has a main body frame 410 having a plurality of insertion protrusions 316 and the outer side bracket 500 is coupled to the outdoor side and extends outward from one side of the main body frame 410 It may be provided with a guide protrusion 420 in contact with the door of the fine window (110).

The main body frame 410 is formed by a plurality of protruding projections 316 so that the insulation bracket 500 is coupled to the outdoor side, the size of the plurality of insertion projections 316 according to the size of the insulation bracket 500. May protrude in various ways.

In addition, the body frame 410 may have an insulation space formed therein to increase the insulation effect, and the beauty window 110 may move in contact with one side.

The guide protrusion 420 may be formed to protrude toward the US window 110 at the outdoor side ends of the upper and lower body frame 410 to be in contact with the insulating bracket 500, of the US window 110 In contact with the door car can guide the movement of the unknown window (110).

In this case, the guide protrusion 420 may be opened to increase the heat insulation effect and at the same time prevent the heat insulation bracket 500 from being damaged by the micro-ceramic window 110.

In addition, the main body frame 410 is provided with a departure prevention protrusion 430 extending to the top of the guide protrusion 420 to prevent the departure of the microscopic window 110. The departure preventing protrusion 430 is formed on the indoor side of the body frame 410, and can be prevented from being separated from the secretary window 110, as it is formed on the indoor side of the secretary window 110.

The insulation bracket 500 is provided between the indoor frame 400 and the outdoor frame 300, the bracket 510 having a fixing protrusion 511 extending to the indoor side and the outdoor side, respectively, and the bracket It may be provided with a bonding protrusion 520 extending outward from one side of the 510 in contact with the end of the guide protrusion 420.

The bracket 510 may be formed in a shape corresponding to each other in half with respect to the center of the outdoor frame 300 and the indoor frame 400, each of the fixing projections 511 on both sides of the bracket 510 It protrudes. The fixing protrusions 511 may be formed in various shapes and inserted and fixed between the plurality of insertion protrusions 316 provided in the indoor frame 400 and the outdoor frame 300, respectively.

The joining protrusion 520 extends from the center of the bracket 510 toward the unknown window 110, and one end thereof is bent toward the guide protrusion 420. In addition, the bonding protrusion 520 may be in contact with the door of the fine window 110 to block a thermal bridge phenomenon between the fine window 110 and the frame.

The insulation bracket 500 may block the thermal bridge phenomenon between the outdoor frame 300 and the indoor frame 400 as it is formed of a heat insulating member such as polyamide, and may not be damaged when the micro-window window 110 moves by the door car. So as to have a predetermined strength.

In addition, the first fixing plate 613 is coupled to the second fixing frame 313 at a position where the fixing window 120 is coupled to the horizontal frame 200, thereby preventing the fixing window 120 from being separated. Therefore, the fixing window 120 may be coupled after the fixing body 330 is removed.

6 is a cross-sectional view showing a first vertical frame 610 according to an embodiment of the present invention, Figure 7 is an exploded cross-sectional view showing a first vertical frame 610 shown in Figure 6, Figure 8 is a view of the present invention 2 is a cross-sectional view illustrating a second vertical frame 620 according to an embodiment, and FIG. 9 is an exploded cross-sectional view illustrating the second vertical frame 620 illustrated in FIG. 8.

6 to 9, the window system according to an embodiment of the present invention is fixed to both ends of the horizontal frame 200, respectively, the vertical frame that is coupled to the fixed window 120 and the secretary window 110 ( 600) is formed.

The vertical frame 600 is connected to the ends of the plurality of horizontal frame 200 to fix one side of the fixed window 120, the thermal cross-linking material 320 is provided to block the thermal bridge phenomenon by the outside air The first vertical frame 610 and the other end of the plurality of horizontal frames 200 may be connected to each other, and may include a second vertical frame 620 in contact with one side of the secretary window 110.

The first vertical frame 610 is formed on the outdoor side of the fixed window 120, the first cover frame 611 is fixed to the outdoor side of the heat cross-linking material 320 and the room of the heat cross-blocking material 320 The side is coupled, protrudes to one side and the first coupling frame 612 for fixing the indoor side of the fixed window 120, coupled to one side of the cover frame, the departure of the fixed window 120 It may be provided with a first fixing plate 613 to prevent.

The first cover frame 611 is formed in the same size as the second fixing frame 313, can increase the heat insulating effect as the heat insulating space is formed therein, the protrusion projection 315 is provided to the indoor side It may be formed to surround one end of the thermal cross-linking material (320).

The first cover frame 611 is fastened to the first fixing plate 613 coupled to the fixing window 120, the first fixing plate 613 is formed to surround the fixing window 120 in the outdoor side.

In addition, the first coupling frame 612 is provided with a plurality of protrusions 315 so that the thermal cross-linking material 320 is fixed to the outdoor side, the protruding frame 314 is coupled to the outdoor side. In addition, the first coupling frame 612 except for the protruding frame 314 is provided with a coupling groove 614 to which the gasket 20 is coupled, and the fixing window 120 may be in contact to block a thermal bridge phenomenon.

In addition, the first coupling frame 612 extends from the protruding frame 314 to the interior end portion, and as the hollow hole is formed therein, the thermal insulation performance may be improved.

The thermal crosslinking member 320 fixed between the first cover frame 611 and the first coupling frame 612 is formed in the same manner as the thermal crosslinking member 320 formed in the horizontal frame 200.

The second vertical frame 620 is formed on the outdoor side of the small window 110, the second cover frame 621 is fixed to the outdoor side of the heat cross-blocking material 320 and the room of the heat cross-blocking material 320 The side is coupled, and protruded to one side, the second coupling frame 622 is contacted with the micro-ceramic window 110 and formed to be spaced apart from the side of the thermal cross-linking material 320, the heat insulation bending plate ( 623, coupled to one side of the cover frame, spaced apart by a second fixing plate 624 for fixing the heat-insulated bending plate 623, and the second coupling frame 622 and the vertical thermal cross-linking material 630. And, the bonding frame 625 formed on the side of the US window 110, and the heat cross-block bracket 626 is formed on the side of the vertical heat cross-linking material 630, the side of the US window 110 is seated It can be provided.

The second cover frame 621 is formed in the same size as the first fixing frame 311, can increase the heat insulation effect as the heat insulating space is formed therein, the protrusion protrusion 315 is provided to the indoor side is It may be formed to surround one end of the thermal cross-linking material (320).

The second cover frame 621 may be fastened to the second fixing plate 624 coupled to the unsigned window 110, and the second fixing plate 624 may fix the heat insulation bending plate 623.

And the second coupling frame 622 is provided with a plurality of protrusions 315 so that the thermal cross-linking material 320 is fixed to the outdoor side, the protruding frame 314 is coupled to the outdoor side. The second coupling frame 622 except for the protruding frame 314 is provided with a coupling groove 614 to which the heat insulation bending plate 623 is coupled.

In addition, the second coupling frame 622 extends up to the vertical thermal cross-linking material 630 formed at the position where the micro-ceramic window 110 is in contact with the interior side.

In addition, the thermal insulation block plate 623 is formed at a position at which the fixed window 120 is removed as the micro-window window 110 is coupled to the indoor side of the thermal cross-section 320. The heat insulation bending plate 623 is formed by bending both ends to the side surface of the heat cross-linking material 320 so that both ends are fixed to the second cover frame 621 and the second coupling frame 622, respectively, and are formed of a heat insulating member to form a thermal bridge phenomenon. You can block.

The bonding frame 625 is formed to be spaced apart from the second coupling frame 622 by the vertical thermal cross-linking material 630, it is formed on the interior side of the secretary window (110). The bonding frame 625 has a fastening protrusion to which the vertical thermal cross-linking material 630 is coupled in the same manner as the second coupling frame 622.

The vertical thermal cross-linking material 630 is formed to correspond to each other, it is formed shorter than the thermal cross-linking material 320 is characterized in that the thermal bridge phenomenon is blocked when the end of the small window 110 is in contact.

The thermal cross-blocking bracket 626 is located on the side of the vertical thermal cross-linking material 630 to be seated on the side of the US window 110. The heat cross bracket 626 is bent to be seated between the locking frames 111 of the unknown window 110 and is formed to surround the outdoor end of the locking frame 111. The heat cross bracket 626 is preferably formed integrally with the fixed hardware and the vertical heat cross member 630.

10 is a cross-sectional view showing a center frame 700 according to an embodiment of the present invention, Figure 11 is an exploded cross-sectional view showing a center frame 700 shown in FIG.

10 to 11, the window system according to an embodiment of the present invention is formed in the center of the horizontal frame 200, the center frame 700 for fixing the center of the plurality of horizontal frame 200, respectively Is formed. And the center frame 700 is formed on the outdoor side of the secretary window 110 so that the secretary window 110 moves horizontally.

The center frame 700 is provided to be in contact with the outdoor side and the indoor side of the fixed window 120, respectively, the partition frame 710 partitioned by the heat cross-linking material 320 and the partition frame 710 It is provided on one side, the insulating plate 720 is fixed to both ends of the partition frame 710, the interior of the partition frame 710, the bent insulation board is provided on the side of the US window 110 The conductive barrier material 730 may be provided to be in contact with the 113.

The partition frame 710 fixes the other end of the first vertical frame 610 and the fixed window 120 to partition the outdoor side and the indoor side by the thermal cross-linking material 320. The partition frame 710 is formed of a first compartment frame 711 formed on the outdoor side of the fixed window 120 and a second compartment frame 712 formed on the interior side of the fixed window 120. The frame 711 extends toward the fixed window 120 to surround the fixed window 120. The second compartment frame 712 has an azone 740 formed therein, and is divided into two sides by the azone 740. The second compartment frame 712 also extends toward the fixed window 120.

In addition, the first compartment frame 711 and the second compartment frame 712 is a heat insulating plate 720 is formed on the fixed window 120 and the other end, the heat insulation of the center frame 700 by the heat insulating plate 720 It can improve performance.

The conductive barrier material 730 may be fixed to the interior side of the second compartment frame 712 by a fixing hardware, bent between the locking frame 111 of the US window 110, the bending insulation plate 113 is bent to the outdoor side. ) Is in contact with each other. The conductive barrier material 730 and the bending heat insulating plate 113 may prevent the outside air from flowing in as the cross-window window 110 is formed to cross each other when the second window frame 620 contacts the second vertical frame 620.

In addition, the conductive barrier material 730 and the bent insulation plate 113 are formed in a gasket 20 in contact with each other, and the conductive barrier material 730 and the bent insulation plate 113 are closed by the gasket 20 when the small window 110 is closed. In contact with the buffer can proceed.

In the above described the window system according to an embodiment of the present invention, the spirit of the present invention is not limited to the embodiment presented herein. And those skilled in the art to understand the spirit of the present invention can easily suggest other embodiments by the addition, modification, deletion, addition, etc. of the elements within the scope of the same idea, but also within the scope of the invention It will cost.

10 glass wall 20 gasket
100: window 110: unknown window
111: hanging frame 112: insulation
113: bending insulation plate 120: fixed window
200: horizontal frame 300: outdoor frame
310: fixed frame 311: first fixed frame
312: bonded body 313: second fixed frame
314: protrusion frame 315: protrusion protrusion
316: insertion protrusion 320: heat cross-linking material
321: first barrier member 322: second barrier member
323: blocking plate 330: fixed body
331: bonding plate 332: extension plate
333: engaging projection 334: drain plate
335: bonding groove 340: guide plate
341: sealing material 400: interior frame
410: main body frame 420: guide projection
500: insulation bracket 510: bracket
511: fixing protrusion 520: bonding protrusion
600: vertical frame 610: first vertical frame
611: first cover frame 612: first coupling frame
613: first fixing plate 614: coupling groove
620: second vertical frame 621: second cover frame
622, the second coupling frame 623: the insulation bending plate
624: second fixing plate 625: bonding frame
626: heat crossover bracket 630: vertical heat crosslinking material
700: center frame 710: compartment frame
711: first compartment frame 712: second compartment frame
720: heat insulation plate 730: conductive barrier
740: Azon

Claims (11)

A window that has a horizontal window which is moved horizontally, and a fixed window that is fixed to the front of the US window;
Horizontal frames provided at the top and bottom of the window, respectively;
Blocking the thermal bridge phenomena by partitioning the horizontal frame indoors and outdoors, and a thermal insulation bracket protruding to guide the movement of the micro window;
A vertical frame to which a plurality of horizontal frame ends are connected to each other and to which the windows are coupled;
A plurality of horizontal frames connected to each other, formed on an outdoor side of the microscopic window, and having a center frame fixing one end of the fixed window;
The vertical frame has a first vertical frame is connected to the end of the plurality of horizontal frames to fix one side of the fixed window, the thermal cross-linking material is provided to block the thermal bridge phenomenon by the outside air;
It is provided with a second vertical frame is connected to the other end of the plurality of horizontal frame, one side of the micro-ceramic window,
The second vertical frame is formed on the outdoor side of the small window, the second cover frame is fixed to the outdoor side of the thermal cross-linking material,
A second coupling frame is coupled to the interior side of the thermal cross-linking material, protruding to one side and the micro-window contact,
Is formed to be spaced apart from the side of the heat cross-linking material, and the heat-insulated bending plate to improve the heat insulating performance,
A second fixing plate coupled to one side of the second cover frame and fixing the heat insulation bending plate;
Bonding frame is spaced apart by the second coupling frame and the vertical thermal cross-linking material, formed on the side of the small window,
The window system is formed on the side of the vertical heat cross-linking material, characterized in that it comprises a heat cross-blocking bracket for mounting the side of the small window.
The method of claim 1,
The horizontal frame is the outdoor frame is fixed to the fixed window and provided on the outdoor side of the small window;
The window system, characterized in that provided on the indoor side of the outdoor frame is partitioned by the insulating bracket, the indoor frame for guiding the movement of the small window.
The method of claim 2,
The outdoor frame is fixed to the indoor bracket is fixed to the indoor side, the end of the fixed window fixed to the outdoor side;
A fixed body coupled to a top of the fixed frame to be detachably fixed to an end of the fixed window;
Window system, characterized in that provided with a guide plate coupled to the upper portion of the guide to guide the horizontal movement of the unknown window.
The method of claim 3, wherein
The fixing frame is the first fixing frame is fixed to the insulating bracket, the hollow hole is formed therein,
It is formed on the outdoor side of the first fixing frame, the junction body is in contact with the fixture,
A heat cross-blocking material fixed to an outdoor side of the first fixing frame to block a heat bridge phenomenon caused by outside air;
The window system, characterized in that it is coupled to the outdoor side of the thermal cross-linking material, the second fixing frame is fixed to the fixing body on one side.
The method of claim 4, wherein
The fixing body is a plurality of bonding plates formed in a shape corresponding to each other to be coupled to the second fixing frame,
An extension plate extending from the upper end of the bonding plate to the first fixing frame and coupled to the first fixing frame;
A coupling protrusion extending from one end of the extension plate to an upper end to which the guide plate is coupled;
A window system, comprising: a drain plate extending to the heat insulating bracket at a position where the extension plate and the coupling protrusion contact each other, and inducing drainage to the outside as it is formed in an oblique line.
The method of claim 2,
The indoor frame and the main body frame having a plurality of insertion projections so that the insulation bracket is coupled to the outdoor side;
Window system comprising a guide protrusion extending outward from one side of the main body frame in contact with the door of the fine window.
The method of claim 6,
The insulating bracket is provided between the indoor frame and the outdoor frame, the bracket having a fixing projection extending to the indoor side and the outdoor side, respectively;
Window system comprising a joining protrusion extending outwardly from one side of the bracket in contact with the end of the guide projection.
delete The method of claim 1,
The first vertical frame is formed on the outdoor side of the fixed window, the first cover frame is fixed to the outdoor side of the thermal cross-linking material,
A first coupling frame coupled to an indoor side of the thermal cross-linking material, protruding to one side, and fixing an indoor side of the fixed window;
It is coupled to one side of the first cover frame, the window system comprising a first fixing plate for preventing the departure of the fixed window.
delete The method of claim 1,
The center frame is provided to be in contact with the outdoor side and the indoor side of the fixed window, respectively, the partition frame partitioned by the heat cross-linking material,
Is provided on one side of the partition frame, the insulating plate is fixed to both ends of the partition frame,
It is fixed to the interior side of the partition frame, window system characterized in that it comprises a conductive shielding material which is formed in contact with the bent insulation plate provided on the side of the fine window.

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