KR20230139499A - Windows with excellent drainage and insulation performance - Google Patents

Abstract

The present invention relates to a window consisting of a window frame fixed to a building and a window frame moved or supported at a certain position of the window frame. To be described in more detail, the inner surface of the body frame of the window frame is It is tilted outward as it goes outward to ensure smooth drainage, and a groove is formed in the rail frame of the window frame into which a portion of the mohair of the window frame is inserted to improve airtightness between the window frame and the window frame. The technical field related to windows with excellent drainage and insulation performance is disclosed.

Description

Windows with excellent drainage and insulation performance}

The present invention relates to a window consisting of a window frame fixed to a building and a window frame moved or supported at a certain position of the window frame. To be described in more detail, the inner surface of the body frame of the window frame is It is tilted outward as it goes outward to ensure smooth drainage, and a groove is formed in the rail frame of the window frame into which a portion of the mohair of the window frame is inserted to improve airtightness between the window frame and the window frame. This is a technical field related to windows with excellent drainage and insulation performance.

There is a trend in modern buildings to separate indoor and outdoor spaces, and to install and construct windows with window glass that secures visibility and light in a larger area compared to buildings of the past. In addition, recent window technology is undergoing a lot of research and development to satisfy the stability and energy efficiency of windows installed in buildings as described above.

Compared to walls made of concrete or metal, which are generally used as load-bearing walls of buildings, windows made of glass, synthetic resin, or metal materials are somewhat less energy efficient than the airtightness between the window frame and window frame in order to increase the energy efficiency of the building. Research and development are ongoing to ensure soundproofing, insulation, and watertightness.

Domestic Registered Patent No. 10-0919994 relates to a slide window consisting of a window frame with a rail and a window that can be opened and closed on the window frame, in which two rollers are mounted on the horizontal frame of the window, with a partition between them. A roller inlet 25 is formed, and two rails are formed on the window frame in numbers corresponding to the rollers to support the rollers, and a plurality of blocking protrusions are formed on the outer peripheral surface of the rails to protrude outward, The connection portion between the window frame and the rail is formed with reinforcement parts on both sides to withstand the load of the window while supporting the roller, and the partition wall protrudes to be inserted between the rails to a certain depth, and the inner side forming the roller inlet portion Mohair grooves are formed on the inner surfaces of the blocking plate and the outer blocking plate and on both sides of the partition, respectively, mohair is inserted into the mohair groove so as to contact the blocking protrusion of the rail, and a blocking material insertion groove is formed at the front end of the partition. In this way, a blocking material is inserted into the blocking material insertion groove so as to contact the inner upper surface of the window frame, thereby more tightly blocking the gap between the window frame and the window.

In addition, Domestic Patent No. 10-1134319 combines a window frame and a glass window, and connects a rail that sits on the rail of the window frame to a rail groove formed between the rail frames on both sides, and a T-shaped inner side formed on the inside of the rail frames on both sides. In a slide window consisting of left and right windows in which a window frame combining mohair grooves is installed to be able to slide open and close, the T-shaped inner groove is formed as a T-shaped end groove at the ends of the rail frames on both sides and assembled thereto. Assemble a windproof molding combining mohair that contacts the outer surfaces of both sides of the rail of the window frame inserted into the rail groove by more than 2/3, and is assembled in the T-shaped end groove and is installed on the left and right sides at the ends of the rail frame. A windbreak molding made of mohair that fills 1/2 of the width of the sliding space formed between the rails of the window frame where the windows of the window frame meet is further provided to provide effective sound insulation and wind protection.

Republic of Korea Patent No. 10-0919994 (2009.09.25.) Republic of Korea Patent No. 10-1134319 (2012.04.02.)

The present invention is a technology developed to solve the problems caused by the prior art described above. Conventional windows are designed to improve the airtightness of the window frame and the window frame by using mohair made of brush as a blocking member, windproof molding, fixing parts, and reinforcing parts. However, this only increases the weight of the window frame, which has the problem of deforming the window frame due to the heavier window frame. Since fluids such as rainwater flowing into the window frame are not drained by any special structure or composition, the window frame becomes deformed. The main purpose is to provide a solution to the problem of not draining smoothly.

In order to achieve the above-mentioned object, the present invention consists of a window frame 100 fixed to a building, and a window frame 200 that is movable on the window frame 100 and includes a window pane 300. In the window, the window frame 100 is fastened to the building, a body frame 110 is formed with a hollow 111 of the body frame, and the inner surface is inclined outward toward the outside; and the body A pair of rail frames 120 extending from a certain position on the inner side of the frame 110 in the direction of the window frame 200 and capable of contacting the window frame 200; and a certain position on the inner side of the body frame 110 It is configured to extend in the direction of the window frame 200, and is configured to extend to be located in the inner direction of the pair of rail frames 120, and is attached to the window frame 200 at a predetermined position at the end in the direction of the window frame 200. An internal frame 130 having a first fastening groove 132 capable of fastening the adjacent first mohair 131; And an external frame 140 extending from a certain position on the inner side of the body frame 110 in the direction of the window frame 200, and extending to be located in the outer direction of the pair of rail frames 120. It is composed of,

The body frame 110 has a step surface 112 formed at a lower height than the inner surface formed in the inner direction of the rail frame 120 located in the outer direction among the pair of rail frames 120; and the body frame It is formed to connect the inner surface 111a of the hollow 111 and the outer surface 111b of the hollow 111 of the body frame, and is formed from the inner wall 120a and the outer wall 120b of the pair of rail frames 120, respectively. Two pairs of supporting walls 113 extending and formed on the outer surface, and a first distribution groove 114 formed between the two pairs of supporting walls 113; And a second distribution groove formed on the outer surface, formed in the inner direction of the two pairs of support walls 113, and formed from the support wall 113 located in the innermost direction among the two pairs of support walls 113. (115); We present a window with excellent drainage and insulation performance, characterized by comprising:

In addition, the body frame 110 of the present invention includes a support protrusion 116 protruding from the inner surface 111a of the hollow 111 of the body frame in which the first distribution groove 114 is formed; and the first distribution groove A support reinforcement frame 117 installed in the hollow 111 of the body frame in which (114) is formed and close to the inner surface 111a and the outer surface 111b of the hollow 111 of the body frame and the support wall 113. It is characterized by being composed of ;.

In addition, the external frame 140 of the present invention is characterized in that it extends from a certain position of the body frame 110 so that a step 119 is formed at the outer end of the inner surface of the body frame 110.

In addition, the body frame 110 of the present invention includes a corner reinforcement portion 118 formed from the inner side 111a of the hollow 111 of the body frame to the inner side 111c of the hollow 111 of the body frame. It is characterized by being comprised including.

In addition, the rail frame 120 of the present invention is configured to include a rail hollow 121 formed between the inner wall 120a and the outer wall 120b, and the inner wall 120a of the rail frame 120 and The outer wall 120b is characterized by including a bent portion 120c at an end in the direction of the window frame 200, which is bent inward and outward toward the window frame 100.

In addition, the pair of rail frames 120 and the external frame 140 of the present invention include drain holes 122 and 141 formed laterally penetrating at ends in the direction of the window frame 100. In addition, the external frame 140 is configured to include a blocking window 142 that allows the drain hole 141 to be opened and closed, and is installed to be open and closed in the outward direction.

In addition, the window frame 200 of the present invention is configured to extend from the base frame 210; a base frame 210 to which the window glass 300 is fastened, and a rail frame 120 of the window frame 100 ) is inherent, and the second mohair 221 adjacent to the inner wall 120a and the outer wall 120b of the rail frame 120 can be fastened to a predetermined position at the end in the direction of the window frame 100. It is configured to include a rail corresponding frame 220 in which two fastening grooves 222 are formed, and the inner wall 120a and the outer wall 120b of the rail frame 120 are located at a certain position at the end in the direction of the window frame 200. It is characterized in that it is formed to include a first groove (120d) formed so that the center of the second mohair 221 is inward.

In addition, the base frame 210 of the present invention extends in the direction of the window pane 300, and includes an inner support frame 230 that extends to be located in the inner direction of the window pane 300; and the inner support frame ( an adhesive tape 240 attached to the side of the window 300 (230) to which the window glass 300 is attached; and a coupling groove 250 formed to be located on the outside of the window glass 300; and an external support frame 260, the outer side of which is internally coupled to the coupling groove 250, and which includes a first packing 264 adjacent to the window glass 300 at a predetermined distal position in the direction of the window glass 300; It is characterized by being composed of a.

In addition, the coupling groove 250 of the present invention is formed on a first inclined surface 251 whose inner side is inclined outward toward the window frame 100; and on the first inclined surface 251, It is configured to include a locking groove 252 formed at a predetermined position at the end of the window frame 100, and the external support frame 260 is formed to protrude in the direction of the window frame 100 and the coupling groove It is characterized in that it includes a locking portion 261 that is inserted into (250) and whose end in the direction of the window frame 100 is bent to be inserted into and caught in the locking groove 252.

In addition, the external support frame 260 of the present invention is formed to protrude in the direction of the window frame 100, and is formed to protrude so as to be located in the inner direction of the engaging portion 261, so as to form a protrusion in the first direction of the coupling groove 250. It is characterized in that it includes a limiting protrusion 262 that can come into contact with the inclined surface 251.

In addition, the external support frame 260 of the present invention is formed in the direction of the window frame 100, but is also formed to be located in the outer direction of the locking portion 261, and the window glass 300 increases in the inner direction. It is characterized in that it includes a second inclined surface 263 inclined in this direction.

In addition, the window frame 200 of the present invention is coupled to the second fastening groove 222 of the base frame 210 at a position where the window frame 200 overlaps so that the outside and the inside are blocked, and the rail frame ( A side base frame 270 in which 120) is embedded; and is extended at an end of the side base frame 270 in the direction of the adjacent window frame 200, and is configured to extend in the direction of the window glass 300, and is configured to extend in the direction of the window frame 200 adjacent to the window frame 200. It is characterized in that it is configured to include a side frame 280 in which a third fastening groove 272 is formed that can fasten the third hair 271 adjacent to the base frame 210 of ).

In addition, the side frame 280 of the present invention is formed at an end in the direction of the window glass 300, and has a fourth fastening groove 282 formed diagonally to open the base frame 210; and the fourth fastening groove 282. It is characterized in that it is configured to include a second packing 281 that is fastened to the 4 fastening groove 282 and can be abutted on the end of the side frame 280 of the adjacent window frame 200.

In addition, the side base frame 270 of the present invention is coupled to an end in the direction of the window frame 100 and is characterized in that it includes a windage member 283 in which the rail frame 120 is embedded. do.

In addition, the wind protection member 283 of the present invention is coupled to the end of the side base frame 270 in the direction of the window frame 100, slide grooves 283a-2 are formed on both sides, and the window glass ( A detachable coupling groove 283a-1 is formed at a certain position at the end in the direction 300), and a slide groove 283a-1 of the main body 283a is formed on both sides of the main body 283a from which the rail frame 120 is formed. A slide protrusion (283b-3) corresponding to 2) is formed and can slide, and a detachable coupling protrusion (283b-) is formed at a predetermined position at the end in the direction of the window glass 300 and is detachable from the detachable coupling groove (283a-1). 2) is formed, in which the rail frame 120 is embedded, and is characterized in that it includes a weather frame 283b in which a corresponding groove 283b-1 corresponding to the shape of the rail frame 120 is formed. Do it as

The window with excellent drainage and insulation performance according to the present invention presented as described above has the inner side of the body frame of the window frame tilted outward as it moves toward the outside, so that fluids such as rainwater accumulating in the window frame can pass through the drain hole. This has the effect of allowing smooth drainage.

In addition, the present invention forms a groove in the rail frame of the window frame into which a central part of the mohair installed in the rail corresponding frame of the window frame is inserted, thereby improving airtightness between the window frame and the window frame, thereby achieving excellent insulation performance. There is an effect.

1 is a front view schematically showing a window according to a preferred embodiment of the present invention.
Figure 2 is a cross-sectional view taken along line "AA" in Figure 1.
Figure 3 is an enlarged view of portion "B" in Figure 2.
Figure 4 is a cross-sectional view showing a body frame according to another embodiment of the present invention.
Figure 5 is an enlarged view of portion "C" in Figure 2.
Figure 6 is a cross-sectional view taken along line "DD" in Figure 1.
Figure 7 is an enlarged view of the "E" portion of Figure 6.
Figure 8 is a perspective view showing a window frame according to a preferred embodiment of the present invention.
Figure 9 is a perspective view showing a blocking window according to a preferred embodiment of the present invention.
Figure 10 is a partial cross-sectional view showing a window frame with a blocking window installed according to a preferred embodiment of the present invention.
Figure 11 is a perspective view (a) and an exploded perspective view (b) showing a windbreak member according to a preferred embodiment of the present invention.
Figure 12 is a diagram showing the operation of the wind blowing member according to a preferred embodiment of the present invention.

The present invention relates to a window consisting of a window frame 100 fixed to a building and a window frame 200 moved or supported at a certain position of the window frame 100. To be described in more detail, the window The inner surface of the body frame 110 of the frame 100 is tilted outward as it moves toward the outside to ensure smooth drainage through the drain holes 122 and 141, and the window frame 100 The window frame frame 100 and the window frame are formed on the rail frame 120 by forming a first groove 120d into which the central part of the second mohair 221 installed on the rail corresponding frame 220 of the window frame 200 is indented. (200) This is a technology for windows with excellent drainage and insulation performance that improves airtightness between windows.

The configuration for achieving the present invention as described above includes a window frame 100 fixed to a building, and a window frame 200 that is movable on the window frame 100 and includes a window pane 300. In the window frame 100, the window frame 100 is fastened to the building, the body frame 110 is formed with a hollow 111 of the body frame, and the inner surface is inclined outward as it goes toward the outside; and the body frame ( A pair of rail frames 120 extending in the direction of the window frame 200 from a certain position on the inner side of the body frame 110 and capable of contacting the window frame 200; and a window at a certain position on the inner side of the body frame 110 It is configured to extend in the direction of the frame 200, and is configured to extend to be located in the inner direction of the pair of rail frames 120, and is adjacent to the window frame 200 at a predetermined position at the end in the direction of the window frame 200. An internal frame 130 having a first fastening groove 132 capable of fastening the first mohair 131; And an external frame 140 extending from a certain position on the inner side of the body frame 110 in the direction of the window frame 200, and extending to be located in the outer direction of the pair of rail frames 120. It is composed of,

The body frame 110 has a step surface 112 formed at a lower height than the inner surface formed in the inner direction of the rail frame 120 located in the outer direction among the pair of rail frames 120; and the body frame It is formed to connect the inner surface 111a of the hollow 111 and the outer surface 111b of the hollow 111 of the body frame, and is vertical from the inner wall 120a and the outer wall 120b of the pair of rail frames 120. Two pairs of support walls 113 each extending along the same axis of the shape; and a first distribution groove 114 formed on the outer surface and between the two pairs of support walls 113; And a second distribution groove formed on the outer surface, formed in the inner direction of the two pairs of support walls 113, and formed from the support wall 113 located in the innermost direction among the two pairs of support walls 113. It is characterized in that it includes (115);

In addition, the body frame 110 of the present invention includes a support protrusion 116 protruding from the inner surface 111a of the hollow 111 of the body frame in which the first distribution groove 114 is formed; and the first distribution groove (114) is installed in the hollow 111 of the body frame, and is in close contact with the inner surface 111a and the outer surface 111b of the hollow 111 of the body frame and the support wall 113, so that the body It is characterized in that it includes a support reinforcement frame 117 that supports and supports the load received by the frame 110.

In addition, the external frame 140 of the present invention is characterized in that it extends from a certain position of the body frame 110 so that a step 119 is formed at the outer end of the inner surface of the body frame 110.

In addition, the body frame 110 of the present invention includes a corner reinforcement portion 118 formed from the inner side 111a of the hollow 111 of the body frame to the inner side 111c of the hollow 111 of the body frame. It is characterized by being comprised including.

In addition, the rail frame 120 of the present invention is configured to include a rail hollow 121 formed between the inner wall 120a and the outer wall 120b, and the inner wall 120a of the rail frame 120 and The outer wall 120b is characterized by including a bent portion 120c at an end in the direction of the window frame 200, which is bent inward and outward toward the window frame 100.

In addition, the pair of rail frames 120 and the external frame 140 of the present invention include drain holes 122 and 141 formed laterally penetrating at ends in the direction of the window frame 100. In addition, the external frame 140 is configured to include a blocking window 142 that allows the drain hole 141 to be opened and closed, and is installed to be open and closed in the outward direction.

In addition, the window frame 200 of the present invention is configured to extend from the base frame 210; a base frame 210 to which the window glass 300 is fastened, and a rail frame 120 of the window frame 100 ) is inherent, and the second mohair 221 adjacent to the inner wall 120a and the outer wall 120b of the rail frame 120 can be fastened to a predetermined position at the end in the direction of the window frame 100. It is configured to include a rail corresponding frame 220 in which two fastening grooves 222 are formed, and the inner wall 120a and the outer wall 120b of the rail frame 120 are located at a certain position at the end in the direction of the window frame 200. It is characterized in that it is formed to include a first groove (120d) formed so that the center of the second mohair 221 is inward.

In addition, the base frame 210 of the present invention extends in the direction of the window pane 300, and includes an inner support frame 230 that extends to be located in the inner direction of the window pane 300; and the inner support frame ( an adhesive tape 240 attached to the side of the window 300 (230) to which the window glass 300 is attached; and a coupling groove 250 formed to be located on the outside of the window glass 300; and an external support frame 260, the outer side of which is internally coupled to the coupling groove 250, and which includes a first packing 264 adjacent to the window glass 300 at a predetermined distal position in the direction of the window glass 300; It is characterized by being composed of a.

In addition, the coupling groove 250 of the present invention is formed on a first inclined surface 251 whose inner side is inclined outward toward the window frame 100; and on the first inclined surface 251, It is configured to include a locking groove 252 formed at a predetermined position at the end of the window frame 100, and the external support frame 260 is formed to protrude in the direction of the window frame 100 and the coupling groove It is characterized in that it includes a locking portion 261 that is inserted into (250) and whose end in the direction of the window frame 100 is bent to be inserted into and caught in the locking groove 252.

In addition, the external support frame 260 of the present invention is formed to protrude in the direction of the window frame 100, and is formed to protrude so as to be located in the inner direction of the engaging portion 261, so as to form a protrusion in the first direction of the coupling groove 250. It is characterized in that it includes a limiting protrusion 262 that can come into contact with the inclined surface 251.

In addition, the external support frame 260 of the present invention is formed in the direction of the window frame 100, but is also formed to be located in the outer direction of the locking portion 261, and the window glass 300 increases in the inner direction. It is characterized in that it includes a second inclined surface 263 inclined in this direction.

In addition, the window frame 200 of the present invention is coupled to the second fastening groove 222 of the base frame 210 at a position where the window frame 200 overlaps so that the outside and the inside are blocked, and the rail frame ( A side base frame 270 in which 120) is embedded; and is extended at an end of the side base frame 270 in the direction of the adjacent window frame 200, and is configured to extend in the direction of the window glass 300, and is configured to extend in the direction of the window frame 200 adjacent to the window frame 200. It is characterized in that it is configured to include a side frame 280 in which a third fastening groove 272 is formed that can fasten the third hair 271 adjacent to the base frame 210 of ).

In addition, the side frame 280 of the present invention is formed at an end in the direction of the window glass 300, and has a fourth fastening groove 282 formed diagonally to open the base frame 210; and the fourth fastening groove 282. It is characterized in that it is configured to include a second packing 281 that is fastened to the 4 fastening groove 282 and can be abutted on the end of the side frame 280 of the adjacent window frame 200.

In addition, the side base frame 270 of the present invention is coupled to an end in the direction of the window frame 100 and is characterized in that it includes a windage member 283 in which the rail frame 120 is embedded. do.

In addition, the wind protection member 283 of the present invention is coupled to the end of the side base frame 270 in the direction of the window frame 100, slide grooves 283a-2 are formed on both sides, and the window glass ( A detachable coupling groove 283a-1 is formed at a certain position at the end in the direction 300), and a slide groove 283a-1 of the main body 283a is formed on both sides of the main body 283a from which the rail frame 120 is formed. A slide protrusion (283b-3) corresponding to 2) is formed and can slide, and a detachable coupling protrusion (283b-) is formed at a predetermined position at the end in the direction of the window glass 300 and is detachable from the detachable coupling groove (283a-1). 2) is formed, in which the rail frame 120 is embedded, and is characterized in that it includes a weather frame 283b in which a corresponding groove 283b-1 corresponding to the shape of the rail frame 120 is formed. Do it as

Hereinafter, the present invention will be described in detail with reference to Figures 1 to 12 showing embodiments of the present invention.

First, as shown in FIG. 1, the window of the present invention includes a window frame 100 fixed to a building, a window frame 200 that is moved or supported within the window frame 100, and has a window pane 300. ) refers to a general window consisting of

In addition, the window frame 100 according to the present invention includes an upper window frame frame, a lower window frame frame, and a pair of side parts respectively connected and fastened to both ends of the upper window frame frame and both ends of the lower window frame frame. Among the configurations of the conventional 'window frame', which refers to a form in which window frames are fastened to each other, it refers to one or more window frames, and the window frame 100 according to the present invention has four pairs of window frame ends each sequentially are connected to each other to form a typical grid-shaped 'window frame'.

In addition, the window frame 200 according to the present invention also includes an upper window frame, a lower window frame, and a pair of side window frames respectively connected to and fastened to both ends of the upper window frame and both ends of the lower window frame. Among the configurations of conventional 'windows' that refer to the fastened form, it refers to one or more window frames, and the window frame 200 according to the present invention has four pairs of window frame ends each sequentially fastened to each other to form a window pane 300 inside. ) Constructs one ordinary grid-type 'window' equipped with a.

In addition to the above, the external direction mentioned in the present invention means outdoors, the internal direction means indoors, and the inner or inner direction refers to the inside of the window frame 100 or the window frame 200 based on FIG. 1. It means the inside, and the outside or the outside direction means the inside of the window frame 100, that is, the direction of the wall of the building, based on FIG. 1.

The window frame 100, which is a major component for achieving the present invention, is fastened to the building, that is, the wall of the building, and a hollow 111 of the body frame is formed, and the inner surface is inclined outward as it moves toward the outside. As such, an air layer is formed by the hollow 111 of the body frame to improve insulation performance, and between the rail frame 120, which will be described in detail later, or between the rail frame 120 and the external frame along the inner surface. (140) allows fluid such as rainwater that flows in to smoothly drain outward.

As shown in FIG. 3, the window frame 100 of the present invention is fastened to a building, a hollow 111 of the body frame is formed, and the inner surface of the body frame is inclined outward as it moves toward the outside. 110), and a pair of rail frames 120 extending in the direction of the window frame 200, that is, in the inner direction, at a certain position on the inner side of the body frame 110 and capable of contacting the window frame 200, and It is configured to extend from a certain position on the inner surface of the body frame 110 in the direction of the window frame 200, that is, in the inner direction, and is configured to extend to be located in the inner direction of the pair of rail frames 120, and the window frame 200 ) The inner frame 130 and the inside of the body frame 110 are formed with a first fastening groove 132 capable of fastening the first mohair 131 adjacent to the window frame 200 at a predetermined position at the end of the direction. It is configured to extend in the direction of the window frame 200 from a certain position on the side, and includes an external frame 140 that extends to be positioned in the outer direction of the pair of rail frames 120.

At this time, among the inner surfaces of the body frame 110, the inner surface inclined in the outward direction is the rail frame 120 located in the inner direction among the pair of rail frames 120 from the outer frame 140. As it is formed, drainage occurs smoothly.

The body frame 110 is a structure that is fastened to correspond to the wall of the building (the exterior wall, side wall, and floor wall of the building), and the sides of the different body frames 110 are conventionally connected to the side of the body frame 110. It is connected by connecting members (not shown) used when constructing the frame.

It will be obvious that this body frame 110 is formed so that the hollow 111 of the body frame is formed inside to improve insulation performance and at the same time is fixed to the building to achieve a certain strength, and the strength is increased more smoothly. To ensure this, a support reinforcement frame 117, which will be described in detail later, is installed inside the hollow.

The rail frame 120 extends from the body frame 110 and is embedded in the base frame 210 of the window frame 200, which will be described in detail later, so that airtightness can be formed, and the base frame 210 It is in contact with a roller (not shown) provided in so that the window frame 200 can be smoothly moved or supported.

These rail frames 120 are composed of a pair and a window frame 200 is installed on each, and when the window frames 200 are close to the window frames 100 on one side and the other, respectively, they are exposed to the outside through the window frames 200. and the inside is blocked.

The internal frame 130 is configured to extend from the body frame 110, and the first mohair 131 installed in the external direction is in contact with the window frame 200 located in the internal direction to form airtightness, and is configured to maintain a certain airtightness. It is formed at a height to ensure the user's stability of the window frame 200 that is moved or supported along the rail frame 120.

At this time, the position of the first fastening groove 132 where the first mohair 131 of the internal frame 130 is installed means a position where the installed first mohair 131 can come into contact with the window frame 200. This will be self-evident.

The first mohair 131 is formed to be in contact with the window frame 200, and has thermal insulation performance, windproof performance, and soundproofing performance due to the fine gap generated between the inner frame 130 and the window frame 200. Not only may deterioration occur, but there is also a risk of inflow of fine dust, foreign substances, and insects, so it is possible to achieve the effect of resolving this problem.

The external frame 140 extends from the body frame 110 and is formed at a certain height to ensure the stability of the window frame 200 against external force and at the same time move the insect screen frame (not shown) to which the insect screen is fastened. Or make it fixed.

The position at which the external frame 140 extends from the body frame 110 is configured to extend so as to be located in the outer direction of the pair of rail frames 120. To be described in more detail, the pair of rail frames 120 It is configured to extend so as to be located in the outer direction of the rail frame 120, which is located in the outer direction of (120).

That is, on the inner surface of the body frame 110 of the present invention, an external frame 140, a pair of rail frames 120, and an internal frame 130 extend sequentially from the external direction in the direction of the window frame 200. do

In addition, the outer frame 140 is characterized in that it extends at a certain position on the inner side of the body frame 110 so that a step 119 is formed at the outer end of the inner side of the body frame 110, which is By forming a step 119 at the outer end of the inner surface of the body frame 110, it is possible to prevent the insect screen frame from protruding after being installed, thereby reducing the feeling of heterogeneity and minimizing the inflow of air into the lower part where the insect screen frame protrudes. It is preferable that the step 119 is formed at a width that does not protrude the insect screen frame.

In addition, the step 119 prevents the blocking window 142 from protruding to the outside when the blocking window 142 is attached to the lower outer side of the external frame 140, reduces the sense of heterogeneity, and reduces the width of the step 119. It is preferable that the blocking window is formed with a width that does not protrude.

In connection with the above, the body frame 110 has a step surface formed on the inner side at a lower height than the inner side formed in the inner direction of the rail frame 120 located in the outer direction among the pair of rail frames 120 ( 112).

The step surface 112 allows fluid to flow between the outer frame 140, into which a relatively large amount of fluid, such as rainwater, flows in from the outside, and the rail frame 120 located in the outer direction among the pair of rail frames 120. After the fluid flows in, the inflow of fluid in the inner direction, that is, between the pair of rail frames 120, is minimized through the drain hole 122 formed in the rail frame 120 located in the outer direction, and at the same time, the fluid flows into the pair of rail frames 120. ) to realize the effect of allowing the fluid flowing in between to be drained more smoothly outward through the drain hole 122.

The inner surface of the body frame 110 formed between this step surface 112 and the pair of rail frames 120 is formed to be inclined outward as it moves toward the outside, thereby ensuring smoother drainage. realize.

In addition, the body frame 110 is formed to connect the inner surface 111a of the hollow 111 of the body frame and the outer surface 111b of the hollow 111 of the body frame, and the pair of rail frames 120 It is composed of two pairs of support walls 113 extending from the inner wall 120a and the outer wall 120b along the same vertical axis.

The support wall 113 is formed to connect the inner surface 111a of the hollow 111 of the body frame 110 and the outer surface 111b of the hollow 111 of the body frame, thereby forming the window frame 200. This achieves the effect of supporting the window frame 200 more stably and improving the durability of the window frame 100 at the same time.

At this time, the rail frame 120 is formed with a hollow inside to improve insulation performance. As the hollow is formed inside, the inner wall 120a is located in the inner direction of the hollow and the outer wall is located in the outer direction of the hollow ( It is composed including 120b).

Accordingly, the support wall 113 is provided from the inner wall 120a and the outer wall 120b of the rail frame 120 to more stably support the window frame 200 adjacent to the rail frame 120. The hollow 111 of the body frame of the rail frame 120 is formed from the inner side 111a to the outer side 111b so that it can be extended.

In addition, the support wall 113 is formed as a pair at the lower part of one rail frame 120, and since one pair, that is, two rail frames 120, are formed, the two pairs are attached to the body of the body frame 110. It is configured in the hollow 111 of the frame.

In addition, the body frame 110 is formed on the outer surface, and includes a support wall 113 located in the inner direction between the two pairs of support walls 113, that is, among the pair of support walls 113 located in the outer direction. and a first distribution groove 114 formed between the support wall 113 located in the outer direction among the pair of support walls 113 located in the inner direction.

The first distribution groove 114 allows the center of gravity due to the load of the window frame 200 to be distributed without being biased outward by the inclined inner side of the body frame 110, thereby making the window frame 200 more stable. So that this can be supported. In addition, the first distribution groove 114 distributes the center of gravity due to the load of the window frame 200 installed in the external and internal directions to the internal and external directions, respectively.

In addition, the body frame 110 is formed on the outer surface, that is, in the inner direction of the pair of support walls 113 located in the inner direction, and the two pairs of support walls 113 are formed in the inner direction of the pair of support walls 113 located in the inner direction. It is configured to include a second distribution groove 115 formed from the support wall 113 located in the innermost direction among the pair of support walls 113.

The second distribution groove 115, like the first distribution groove 114 described above, ensures that the center of gravity due to the load of the window frame 200 is distributed in the internal direction rather than biased in the external direction, thereby making the window frame more stable. (200) can be supported.

In addition, the body frame 110 includes a support protrusion 116 protruding from the inner surface of the hollow 111 of the body frame in which the first distribution groove 114 is formed, and a body in which the first distribution groove 114 is formed. It is installed in the hollow 111 of the frame and includes a support reinforcement frame 117 that is close to the inner surface 111a and the outer surface 111b of the hollow 111 of the body frame and the support wall 113.

The support reinforcement frame 117 supports the load of the window frame 200 more stably, and the support protrusion 116 is located within the hollow 111 of the body frame where the first distribution groove 114 is formed. It is protruding on the side, but is protruding so as to be located in the inner direction, thereby realizing the effect of allowing the inner surface of the inclined body frame 110 to be supported more stably as it comes into contact with the upper part of the support reinforcement frame 117. .

At this time, the support protrusions 116 may be additionally protruded to be positioned not only in the internal direction but also in the external direction. Accordingly, they may be configured as a pair, and may be inserted into the hollow 111 of the body frame to provide support reinforcement. It is closer to the upper part of the frame 117 so that support by the support reinforcement frame 117 can be stably achieved.

In addition, the support reinforcement frame 117 is installed in the hollow 111 of the body frame in which the first distribution groove 114 is formed, and has a corresponding groove (not shown) corresponding to the first distribution groove 114 at the bottom. It is formed, and is firmly fixed through the protruding portion by the corresponding groove and the first distribution groove 114, thereby realizing the effect of stably improving the bearing capacity.

As shown in FIG. 4, this support reinforcement frame 117 may be configured to include a support protrusion groove (not shown) formed at the top so that the support protrusion 116 can be inserted into the support protrusion. The protruding groove allows it to be more firmly fixed to the inside of the hollow 111 of the body frame and at the same time achieves the effect of stably improving the bearing capacity.

In addition, the support reinforcement frame 117 is characterized in that it is manufactured by selecting any one of metal, non-ferrous metal, and a material mixed with metal or non-ferrous metal in order to have strong bearing capacity and durability.

In addition, the hollow located in the outer direction of the hollow 111 of the body frame in which the first distribution groove 114 is formed, that is, the hollow partitioned by a pair of support walls 113 located in the outer direction, is shown in FIG. 4. As shown, the second member extends from the inner wall 120a of the rail frame 120 located in the outer direction to the outer end of the support wall 113 located in the outer direction among the pair of support walls 113 located in the outer direction. It is composed of one diagonal reinforcement part (not shown).

In addition, the hollow located in the inner direction of the hollow 111 of the body frame in which the first distribution groove 114 is formed, that is, the hollow partitioned by a pair of support walls 113 located in the inner direction, is shown in FIG. As shown, it extends from the outer wall 120b of the rail frame 120 located in the inner direction to the outer end of the support wall 113 located in the inner direction among the pair of support walls 113 located in the inner direction. It is composed of a second diagonal reinforcement (not shown).

The first diagonal reinforcement and the second diagonal reinforcement disperse the load of the window frame 200 concentrated in the center direction of the body frame 110 through the first distribution groove 114, thereby more stably supporting the window frame 200. ) achieves the effect of being supported.

Meanwhile, the body frame 110 is configured to include a corner reinforcement portion 118 formed from the inner side of the hollow 111 of the body frame to the inner side 111c of the hollow 111 of the body frame, which will be described again. When the corner reinforcement portion 118 is formed from the outer inner side of the hollow 111 of the body frame 110 to the inner side 111c of the hollow 111 of the body frame, the outer frame 140 The durability of the body frame 110 is improved so that the insect screen frame installed in can be supported more stably.

In connection with the above, the rail frame 120 includes a rail hollow 121 formed between the inner wall 120a and the outer wall 120b, and a rail hollow 121 formed between the inner wall 120a and the outer wall 120b. It is configured to include a plurality of partition walls (not shown) formed to connect the wall 120b.

The rail hollow 121 improves insulation performance by forming an air layer between the inner wall 120a and the outer wall 120b, and the partition wall improves the durability of the inner wall 120a and the outer wall 120b. This ensures that the window frame 200 is supported stably and firmly.

At this time, the inner wall 120a and the outer wall 120b of the rail frame 120 have bends at the ends in the direction of the window frame 200 that are bent inward and outward toward the window frame 100, respectively. It is configured to include (120c), and the bent portion 120c has the effect of distributing the load of the window frame 200 in the external and internal directions, allowing the window frame 200 to be supported more stably. Make it come true

In addition, the bent portion 120c is formed on the inner wall 120a and the outer wall 120b of the rail frame 120 so that durability can be improved as the first groove 120d, which will be described in detail later, is formed. Durability is improved by ensuring that the thickness of the ends of the 120a) and the outer walls 120b in the direction of the window frame 200 is the same as or greater than that of the ends in the direction of the window frame 100.

In connection with the above, the pair of rail frames 120 and the outer frame 140 have a drain hole 122 ( 141).

The drain holes 122 and 141 are located between the pair of rail frames 120 or between the outer frame 140 and the pair of rail frames 120 to allow fluids such as rainwater to pass through the rail frame 120 located in the outer direction. When it enters the space, it is drained to the outside to prevent corrosion caused by fluids such as rainwater and the resulting decrease in durability.

At this time, the external frame 140 includes a blocking window 142 that allows the drain hole 141 to be opened and closed, and is installed to be open and closed in the outward direction. In other words, the blocking window 142 is installed in the drain hole 141 of the external frame 140 to be openable and closed, and is installed on the external side so that fluid such as rainwater moving from the internal direction to the external direction is not allowed to be opened and closed. Allow it to drain.

Specifically, as shown in FIGS. 9 and 10, the blocking window 142 has a body 142a in which a drainage groove (not shown) is formed at the outer end, and a protrusion is formed on the inner side of the body 142a. A pair of coupling protrusions (142b) are detachably coupled to the drain hole (141) of the external frame (140) and are hinged to the body (142a), and the inner end is hinged to the inner surface of the drain groove. It is configured to include an opening and closing door (142c).

This blocking window 142 not only allows workers to easily install it in the drain hole 141 of the external frame 140 through the pair of coupling protrusions 142b, but also allows the user to easily install the external frame 140 during maintenance. It can be separated from the drain hole 141.

In addition, the hinge combination of the opening/closing door 142c and the body 142a is composed of a hinge structure commonly used in the related art, so that opening and closing can be performed stably and at the same time maintain a firmly coupled state.

In addition, the blocking window 142 is attached to the inner side and includes an adhesive film 142d attached to the end in the direction of the window frame 100. The adhesive film 142d is attached to the pair of adhesive films 142d. Together with the coupling by the coupling protrusion 142b, the blocking window 142 can be firmly installed in the drain hole 141 of the external frame 140, and the body 142a of the blocking window 142 and the outside By minimizing gaps that may occur in the frame 140, fluid is prevented from flowing in from the outside to the inside.

At this time, the blocking window 142 may also be installed in the drain hole 122 formed in the rail frame 120, and similarly, when installed in the drain hole 122 of the rail frame 120, the rail frame ( It will be obvious that it is installed on the external side of 120).

The window frame 200, a major component for achieving the present invention, is

A base frame 210 to which the window pane 300 is fastened to the inside is configured to extend from the base frame 210, a rail frame 120 of the window frame 100 is embedded, and the window frame 100 ) A rail corresponding frame in which a second fastening groove 222 is formed at a predetermined position at the end of the rail frame 120 to fasten the second hair 221 adjacent to the inner wall 120a and the outer wall 120b of the rail frame 120. It is composed including (220).

As shown in FIG. 5, the second fastening grooves 222 formed in the rail corresponding frame 220 are formed in a pair and are adjacent to the inner wall 120a and the outer wall 120b of the built-in rail frame 120. A pair of second mohairs 221 is installed to form an airtight seal, and the position where the second fastening groove 222 is formed is where the pair of second mohairs 221 are located on the inner wall of the rail frame 120. It will be obvious that this is a position that can be in contact with (120a) and the outer wall (120b).

At this time, the inner wall 120a and the outer wall 120b of the rail frame 120 are formed at certain positions at the ends of the window frame 200, respectively, at the center of the second mohair 221, more specifically at the It is configured to include a first groove (120d) formed so that a central portion of the second mohair (221) is inward.

The first groove (120d) allows the window frame 200 to move smoothly as the central portion of the second mohair 221 is injected, and at the same time, heat insulation, windproofing, and soundproofing performance are improved.

In additional explanation, the second mohair 221 is formed so that the remaining portion not inserted into the first groove 120d is in contact with the inner wall 120a and the outer wall 120b of the rail frame 120, Due to minute gaps between the window frame 200 and the inner wall 120a or the window frame 200 and the outer wall 120b, not only may the insulation performance, windproof performance, and soundproofing performance be deteriorated, but fine dust and foreign matter may also occur. Since there is a risk of inflow of insects, etc., the effect of solving this problem can be obtained by allowing the central part of the second mohair 221 to be inserted into the first groove 120d.

Meanwhile, the base frame 210 is fastened to the inside of the window glass 300, and extends in the direction of the window glass 300, and includes an internal support frame 230 that extends to be located in the inner direction of the window glass 300. and an adhesive tape 240 attached to the outer side of the inner support frame 230 to which the window glass 300 is attached; and a coupling groove 250 formed to be located on the outer side of the window glass 300. and an external support frame 260, the outer side of which is internally coupled to the coupling groove 250, and which has a first packing 264 adjacent to the window glass 300 at a predetermined distal position in the direction of the window glass 300. It consists of: At this time, a packing groove 265 in which the first packing 264 is installed is formed in the external support frame 260 at a predetermined position at the end in the direction of the window glass 300.

The inner support frame 230 supports the inner direction of the window glass 300, and the adhesive tape 240 allows the inner support frame 230 and the window glass 300 to be coupled instead of the conventional silicone, thereby forming the window glass ( 300) is easy to install, has an attractive appearance, improves excellent airtightness, and minimizes the occurrence of mold. At this time, an anti-fungal agent may be applied to the surface of the adhesive tape 240 to minimize mold growth.

The outer support frame 260 is coupled to the coupling groove 250 formed on the outer side of the inner support frame 230, and accordingly, the first packing 264 is connected to the outer portion of the window glass 300. By maintaining airtightness by adhering to each other, the effect of easily fixing the outer direction of the window glass 300, which is fixed by being adhered to the adhesive tape 240 in the inner direction, is realized.

In addition, the first packing 264 is attached to the packing groove 265 in the form of being inserted into a long groove, and serves to support and compress the window glass 300, so that it can be attached in close contact with the window glass 300. The part in close contact with the window pane 300 is formed in the form of wings at the top and bottom, the upper wing is formed long and serves to press and support the glass window 200, and the lower wing is formed short to form the window pane 300 and the window pane 300. It is formed to play a supporting role by fixing and supporting, and is made of silicon or elastic synthetic resin material to support and compress the window glass 300 and to achieve a high thermal insulation effect.

In addition, the coupling groove 250 is formed on a first inclined surface 251 whose inner side is inclined outward toward the window frame 100, and on the first inclined surface 251, It is configured to include a locking groove 252 formed at a predetermined position at the end of the window frame 100. As the depth of the locking groove 252 is formed deeper by the first inclined surface 251, the later It is possible to achieve the effect of maintaining the locking portion 261 of the external support frame 260 in a more firmly hung state, which will be described in detail in .

In addition, the external support frame 260 protrudes in the direction of the window frame 100 and is inserted into the coupling groove 250, and the end in the direction of the window frame 100 is in the locking groove 252. It is configured to include a locking portion 261 that is bent to be inserted and hooked. As described above, the locking portion 261 is connected to the locking groove 252 of the coupling groove 250 in which the first inclined surface 251 is formed. By being coupled so as to be caught, the pressure applied in the outward direction by the window pane 300 can be more effectively supported.

At this time, the locking portion 261 protrudes outward, but as the end is bent inward, the end is inserted into and caught in the locking groove 252, so that the external support frame 260 is connected to the base frame 210. is combined with

In addition, the external support frame 260 is formed to protrude in the direction of the window frame 100, and is formed to protrude so as to be located in the outer direction of the engaging portion 261, so that the first inclined surface of the coupling groove 250 ( It is configured to include a limiting protrusion 262 that can be in contact with the 251, and the limiting protrusion 262 is excessively pressed when the external support frame 260 is pressed outward by the window glass 300, causing the This prevents the locking portion 261 from being damaged and simultaneously ensures that the external support frame 260 is firmly coupled to the coupling groove 250 of the base frame 210.

At this time, the limiting protrusion 262 is formed with an inclined surface such that the inner side end in contact with the first inclined surface 251 corresponds to the first inclined surface 251, thereby making the external support frame 260 more stable and sturdy. The effect of being supported by the first inclined surface 251 can be obtained.

In addition, the external support frame 260 is formed in the direction of the window frame 100, and is formed to be located in the outer direction of the engaging portion 261, and is inclined in the direction of the window glass 300 as it goes in the inner direction. It is configured to include a second inclined surface 263, and when the external support frame 260 is pressed in the outward direction by the window glass 300, the outer end of the outer surface of the external support frame 260 is connected to the base frame. By first contacting the inner surface of 210 to generate a buffering effect due to the pressing force, damage to the external support frame 260 due to the second inclined surface 263, that is, damage to the previously described locking portion 261, is prevented. The effect of minimizing can be achieved.

In addition, the second inclined surface 263 is formed when the outer end of the outer side of the external support frame 260 is in contact with the inner side of the base frame 210, and By spaced apart from the inner surface of the base frame 210 between the locking portions 261 to form a clearance space, a buffering effect can be generated.

Meanwhile, the window frame 200 of the present invention is coupled to the second fastening groove 222 of the base frame 210 at a position where the window frame 200 overlaps to block the outside and the inside, and the rail frame 120 ) is embedded in the side base frame 270, and is configured to extend at the end of the side base frame 270 in the direction of the adjacent window frame 200, and is configured to extend in the direction of the window glass 300, and the adjacent window frame 200 It is configured to include a side frame 280 in which a third fastening groove 272 capable of fastening the third hair 271 adjacent to the base frame 210 is formed.

The third mohair 271 is formed to be in contact with the base frame 210 of the adjacent window frame 200, and the insulation performance, windproof performance, and soundproofing performance are reduced due to the fine gap generated between the window frames 200. Not only can this occur, but there is also a risk of the inflow of fine dust, foreign substances, insects, etc., so it is possible to achieve the effect of resolving this problem.

Therefore, in the present invention, the first bristle hair (131) to the third bristle hair (271) are installed in various configurations, so that the thermal insulation performance, windproof performance, and soundproofing performance may be deteriorated due to fine gaps generated between each component. In addition, since there is a risk of inflow of fine dust, foreign substances, insects, etc., multiple effects can be obtained to eliminate this problem.

The side base frame 270 allows the side frame 280 to be stably positioned in the inner or outer direction of the base frame 210, and the side frame 280 is a window frame to block the outside and the inside. By ensuring that the base frame 210 and the third mohair 271 at the overlapping positions of 200 are in contact with each other, the effect of improving insulation performance is realized.

In addition, the side frame 280 includes a fourth fastening groove 282 formed at an end in the direction of the window glass 300 and formed diagonally to open the base frame 210, and the fourth fastening groove. It is fastened to (282) and includes a second packing (281) that can be contacted at the end of the side base frame (210) of the adjacent window frame (200).

The second packing 281 is insulated together with the third mohair as its end comes into contact with the end of the side frame 280 of the adjacent window frame 200 when the window frame 200 overlaps to block the outside and inside. Realizes the effect of improving performance.

At this time, the shapes of the first packing 264 and the second packing 281 described above may be formed in any shape as long as they are in close contact with the ends of the window glass 300 and the side frame 280, respectively, and can improve insulation performance. , The material is made of silicone or elastic synthetic resin material to achieve a higher insulation effect than mohair.

In connection with the above, the side base frame 270 is coupled to an end in the direction of the window frame 100 and includes a wind-retaining member 283 in which the rail frame 120 is embedded. (283) realizes the effect of improving insulation performance by preventing the movement of air between the rail frame 120 and the rail corresponding frame 220, where a gap is created by being spaced apart by the rail frame 120 and the roller. .

As shown in FIGS. 11 and 12, the wind protection member 283 is coupled to the end of the side base frame 270 in the direction of the window frame 100, and has slide grooves 283a-2 on both sides. is formed, and a detachable coupling groove 283a-1 is formed at a predetermined position at the end in the direction of the window glass 300, while the main body 283a in which the rail frame 120 is embedded is formed, and the main body 283a is formed on both sides. ), a slide protrusion (283b-3) corresponding to the slide groove (283a-2) is formed and can slide, and is formed at a predetermined position at the end in the direction of the window glass 300 and is attached and detachable to the detachable coupling groove (283a-1). A detachable coupling protrusion (283b-2) is formed, and the rail frame (120) is embedded, and a winding frame (283b) in which a corresponding groove (283b-1) corresponding to the shape of the rail frame (120) is formed. It consists of:

At this time, the wind stopping member 283 and the side base frame 270 may be coupled to the end of the side base frame 270 using an adhesive tape.

In addition, the wind-sealing member 283 is normally configured so that the detachable engaging protrusion 283b-2 of the wind-sealing frame 283b is separated from the engaging groove 250 of the main body 283a, thereby forming the corresponding groove 283b-1. ) is separated from the end of the rail frame 120 so that the window frame 200 moves smoothly.

In addition, when the windshield member 283 overlaps the window frame 200 to block the outside and the inside, the windshield frame 283b is moved outward to improve insulation performance, and accordingly, the detachable coupling protrusion (283b-2) is coupled and fixed to the detachable coupling groove (283a-1), and at the same time, the inner end of the corresponding groove (283b-1) is in contact with the end of the rail frame 120 to form airtightness, thereby insulating. Improves performance.

In other words, the wind protection member 283 not only facilitates the movement of the window frame 200 by separating or combining the main body 283a and the wind protection frame 283b with a simple operation, but also enables the rail frame 120 and the rail corresponding frame. (220) The effect of improving insulation performance is realized by sealing the gap between the two.

As a result, the window with excellent drainage and insulation performance of the present invention slopes the inner surface of the body frame 110 of the window frame 100 outward toward the outside to ensure smooth drainage, and the window frame Excellent drainage and insulation performance can be obtained by using a large number of mohair and packing so that the frame 100 and the window frame 200 can be airtight and improve insulation performance.

The above has been described with reference to preferred embodiments of the present invention, and the present invention is not limited to the above embodiments, and the gist of the present invention can be understood by those skilled in the art through the above embodiments. It can be implemented with various changes without departing from the scope.

100: Window frame
110: body frame 111: hollow of body frame
111a: inner side 111b: outer side
111c: side 112: step surface
113: Support wall 114: First distribution groove
115: second distribution groove 116: support protrusion
117: Support reinforcement frame 118: Corner reinforcement part
119: step 120: rail frame
120a: inner wall 120b: outer wall
120c: Bend portion 120d: First groove
121: Rail hollow 122, 141: Drain hole
130: Internal frame 131: First mohair
132: First fastening groove 140: External frame
142: blocking window 142a: body
142b: coupling protrusion 142c: opening/closing door
142d: Adhesive film
200: Window frame
210: Base frame 220: Rail corresponding frame
221: 2nd mohair 222: 2nd fastening groove
230: Internal support frame 240: Adhesive tape
250: Coupling groove 251: First slope
252: Locking groove 260: External support frame
261: Locking portion 262: Limiting protrusion
263: 2nd slope 264: 1st packing
265: Packing groove 270: Side base frame
271: Third mohair 272: Third fastening groove
280: side frame 281: second packing
282: Fourth fastening groove 283: Windbreak member
283a: Main body 283a-1: Removable coupling groove
283a-2: Slide groove 283b: Weather frame
283b-1: Corresponding groove 283b-2: Detachable coupling protrusion
283b-3: Slide projection
300: Window glass

Claims (10)

In a window consisting of a window frame (100) fixed to a building, and a window frame (200) movable on the window frame (100) and provided with a window pane (300),
The window frame 100 is
A body frame 110 that is fastened to the building, has a hollow 111 of the body frame, and the inner surface is inclined outward as it moves toward the outside.
A pair of rail frames 120 extending from a certain position on the inner side of the body frame 110 in the direction of the window frame 200 and capable of contacting the window frame 200;
It is configured to extend from a certain position on the inner side of the body frame 110 in the direction of the window frame 200, and is configured to extend so as to be located in the inner direction of the pair of rail frames 120, and is configured to extend in the direction of the window frame 200. An internal frame 130 having a first fastening groove 132 for fastening the first hair 131 adjacent to the window frame 200 at a predetermined position at the end; and
An external frame 140 extending from a certain position on the inner side of the body frame 110 in the direction of the window frame 200, and extending to be located in the outer direction of the pair of rail frames 120. A window with excellent drainage and insulation performance, characterized by being constructed.
According to paragraph 1,
The body frame 110 is
A step surface 112 formed at a lower height than the inner surface formed in the inner direction of the rail frame 120 located in the outer direction among the pair of rail frames 120; and
It is formed to connect the inner surface 111a of the hollow 111 of the body frame and the outer surface 111b of the hollow 111 of the body frame, and the inner wall 120a and the outer wall of the pair of rail frames 120 ( Two pairs of support walls 113 extending from 120b); and
A first distribution groove 114 formed on the outer surface and between the two pairs of support walls 113; and
A second distribution groove formed on the outer surface, in the inner direction of the two pairs of support walls 113, and formed from the support wall 113 located in the innermost direction among the two pairs of support walls 113 ( 115); and a corner reinforcement portion 118 formed from the inner side 111a of the hollow 111 of the body frame to the inner side 111c of the hollow 111 of the body frame. Windows featuring excellent drainage and insulation performance.
According to paragraph 1,
The body frame 110 is
A support protrusion 116 protruding from the inner surface 111a of the hollow 111 of the body frame in which the first distribution groove 114 is formed; and
A support installed in the hollow 111 of the body frame in which the first distribution groove 114 is formed and close to the inner surface 111a and the outer surface 111b and the support wall 113 of the hollow 111 of the body frame. A window with excellent drainage and insulation performance, comprising a reinforcing frame (117).
According to paragraph 1,
The external frame 140 is
A window with excellent drainage and insulation performance, characterized in that it extends from a certain position of the body frame 110 so that a step 119 is formed at the outer end of the inner surface of the body frame 110.
According to paragraph 1,
The rail frame 120 is
It is configured to include a rail hollow 121 formed between the inner wall 120a and the outer wall 120b,
The inner wall 120a and the outer wall 120b of the rail frame 120 are
A window with excellent drainage and insulation performance, characterized in that it includes a bent portion (120c) at each end in the direction of the window frame (200) that is bent inward and outward toward the window frame (100). .
According to paragraph 1,
The pair of rail frames 120 and the external frame 140 are
It is configured to include; drain holes 122 and 141 formed laterally penetrating at an end in the direction of the window frame 100,
The external frame 140 is
A window with excellent drainage and insulation performance, comprising a blocking window (142) that allows the drain hole (141) to be opened and closed, and is installed to be open and closed in an external direction.
According to paragraph 1,
The window frame 200 is
A base frame 210 to which the window glass 300 is fastened; and
It is configured to extend from the base frame 210, the rail frame 120 of the window frame 100 is embedded, and the inner wall of the rail frame 120 is located at a predetermined position at the end in the direction of the window frame 100 ( 120a) and a rail corresponding frame 220 formed with a second fastening groove 222 capable of fastening the second hair 221 adjacent to the outer wall 120b,
The inner wall 120a and the outer wall 120b of the rail frame 120 are
A first groove (120d) formed at a predetermined position at the end of the window frame (200), and formed so that the center of the second mohair (221) is inward, has excellent drainage and insulation performance. Windows.
In clause 7,
The base frame 210 is
An internal support frame 230 extending in the direction of the window pane 300 and configured to extend to be located in the inner direction of the window pane 300; and
An adhesive tape 240 attached to the side of the inner support frame 230 to which the window glass 300 is attached; and
A coupling groove 250 formed to be located on the outside of the window glass 300; and
An external support frame 260, the outer side of which is internally coupled to the coupling groove 250, and which has a first packing 264 adjacent to the window glass 300 at a predetermined end position in the direction of the window glass 300; A window with excellent drainage and insulation performance, characterized by comprising:
In clause 7,
The window frame 200 is
A side base frame 270 coupled to the second fastening groove 222 of the base frame 210 at a position where the window frame 200 overlaps so as to block the outside and the inside, and into which the rail frame 120 is embedded; class
A third mohair is configured to extend at the end of the side base frame 270 in the direction of the adjacent window frame 200, extends in the direction of the window glass 300, and is adjacent to the base frame 210 of the adjacent window frame 200. A window with excellent drainage and insulation performance, comprising a side frame (280) having a third fastening groove (272) capable of fastening (271).
According to clause 9,
The side base frame 270 is
A window with excellent drainage and insulation performance, characterized in that it includes a wind-blocking member (283) coupled to an end in the direction of the window frame (100) and into which the rail frame (120) is embedded.