KR100784982B1 - Window for higher stories - Google Patents

Abstract

The present invention relates to a high-rise window installed in the window opening of the wall, the main frame having a front and rear thickness corresponding to the thickness of the wall and coupled to the inner circumferential surface of the window opening, and perpendicular to the main frame; Or a window frame having at least one split frame coupled in a horizontal direction to divide the elevation and inward from the front of the main frame to the interior; An insert window pair detachably insert-coupled into the window frame so as to have a front and rear thickness smaller than the main frame and the split frame so as to be parallel to any one of the elevations; An opening and closing window coupled to the insert window pair; A stopper provided on at least four sides of the elevation inner circumferential surface of the window frame and a corresponding circumferential end portion of the insert window pair on a same plane with each other, and on the other side on a same plane corresponding to the stopper It characterized in that it comprises an insert window pair positioning means consisting of a stopper locking groove.

As a result, a high-level window is provided which can easily and quickly install the opening / closing window while simultaneously installing the opening / closing window of various opening / closing methods in the opening / closing window installation elevation of the window frame.

In addition, high-rise windows that can enhance the appearance of buildings and windows with sufficient strength against wind pressure, reduce parts and labor, and are easy to manufacture and construct, and can significantly reduce overall costs. Is provided.

Window, Window Frame, Insert Window, Opening Window

Description

Window for higher stories}

1 is a front view of an installation state of a conventional high-rise window,

FIG. 2 is a cross-sectional plan view of a portion of a window for a high-rise window taken along line II-II of FIG. 1;

3 is a front view of an installation state of a window for a high-rise according to the present invention,

4 to 6 is a cross-sectional view of the decomposition state of the opening and closing window installation area of the high-rise windows according to line IV-IV of FIG.

7 is a cross-sectional plan view of the insert window and the opening and closing window of Fig. 4 to 6,

8 and 9 are partially enlarged cross-sectional views of the display unit B of FIG. 7.

* Explanation of symbols for the main parts of the drawings

 3: wall 5: window opening

10: window frame 11: main frame

13: split frame 20: insert window

30: opening and closing window 40: fixed window

50: inner gasket 60: insert window pair positioning means

61: stopper 69: stopper jam groove

The present invention relates to high-rise windows, and more particularly to high-rise windows improved structure of the window frame and the installation structure of the opening and closing window.

The structure of the windows installed in the building should take into account the aesthetics of the interior and exterior aspects, the safety and smooth ventilation of the occupants, and the convenience of construction. In addition to the ease of construction, wind pressure resistance to withstand strong winds should be considered.

An example of a conventional high-rise window 101 is shown in FIGS. 1 and 2. As shown in these figures, the conventional high-rise window 101 is provided in the window opening 105 formed in the building wall 103, the window frame 110 to form a plurality of elevations, and the window frame 110 of Closing member coupled to the opening and closing window 130 and the fixed window 140 is installed on the facade, and the remaining exposure area (A) of the wall 103 formed between the wall 103 and the window frame 110 in the interior ( 120).

The window frame 110 is a main frame 111 of a rectangular frame shape corresponding to the circumference of the window opening 105 formed in the wall 103, and is installed in the vertical and / or horizontal direction to the main frame 111, a plurality of It consists of a split frame 113 forming an elevation.

Here, the front and rear thickness t1 of the main frame 111 is formed to be smaller than the thickness T of the wall 103, whereby the main frame 111 and the interior side surface of the wall 103 correspond to each other. The remaining inner circumferential surface area A of the window opening 105 is exposed. This exposed area (A) is finished with a finishing member 120 in consideration of the interior. In addition, the inside of the main frame 111 is formed in the hollow portion 111a along the circumferential direction, the metal reinforcing member (111b) considering the strength and wind pressure resistance of the window frame 110 in the hollow portion (111a). Is press-fitted.

On the other hand, the split frame 113 has a structure in which the internal split frame portion 115 located inside the main frame 111 and the external reinforcing frame portion 117 protruding toward the outdoor side of the main frame 111 are integrally formed. Have At this time, each of the inner divided frame portion 115 and the outer reinforcing frame portion 117 is formed with an independent hollow portion 113a, each hollow portion 113a, like the main frame 111, the window frame 110 The metal reinforcing member 113b which presses in consideration of the strength and the wind pressure resistance of the c) is press-fitted.

In the split frame 113, both longitudinal ends of the internal split frame unit 115 are coupled to the main frame 111, thereby dividing an elevation of the main frame 111 into a plurality of elevations. At least one of the divided elevations is provided with a tilting and / or opening and closing window 130, and at least another elevation is provided with a fixed window 140.

By the way, in such a conventional high-rise window, since the outer reinforcement frame portion of the divided frame protrudes outward, the front and rear widths of the elevation formed between the main frame and the divided frame are the inner divided frame portion region of the main frame and the divided frame. Only formed. As a result, since the support structure for the installation of the opening and closing window can only be determined in advance corresponding to the opening and closing method of the opening and closing window, there is a problem in that the opening and closing window having different opening and closing methods cannot be selectively replaced.

In addition, since the external reinforcing frame portion of the split frame protrudes the outdoor side, there is a problem of inhibiting the appearance of buildings and windows.

Then, each of the metal reinforcing member is pressed into the inner divided frame portion and the outer reinforcement frame portion of the split frame, and the parts between the main frame and the inner circumferential surface of the wall must be finished with a separate finishing member. There was a problem that the material cost increases.

In addition, in order to prevent installation failures such as twisting of the opening and closing window in the installation process of the opening and closing window, the combined position of the opening and closing window must be measured and set up with care, so the installation work of the opening and closing window is very inconvenient and long time for window construction. There was a problem required.

Accordingly, it is an object of the present invention to provide a high-rise window that can be installed easily and quickly the opening and closing window at the same time to install the opening and closing window of the various opening and closing method in the opening and closing window installation surface of the window and door frame.

In addition, high-rise windows that can enhance the appearance of buildings and windows with sufficient strength against wind pressure, reduce parts and labor, and are easy to manufacture and construct, and can significantly reduce overall costs. To provide.

According to the present invention, in the high-rise windows installed in the window opening of the wall, the main frame having a front and rear thickness corresponding to the thickness of the wall and coupled to the inner peripheral surface of the window opening, and the main frame A window frame having at least one split frame coupled in a vertical and / or horizontal direction to divide the elevation and inward from the front of the main frame to the interior; An insert window pair detachably insert-coupled into the window frame so as to have a front and rear thickness smaller than the main frame and the split frame so as to be parallel to any one of the elevations; An opening and closing window coupled to the insert window pair; A stopper provided on at least four sides of the elevation inner circumferential surface of the window frame and a corresponding circumferential end portion of the insert window pair on a same plane with each other, and on the other side on a same plane corresponding to the stopper It is achieved by a high-rise window characterized in that it comprises an insert window pair positioning means made of a stopper locking groove.

Here, the opening and closing window is preferably opened and closed by any one of the tilting, turning, finer opening and closing method.

delete

At this time, it is preferable that a fixed window is installed on at least one of the elevations.

In addition, it is more effective that the outdoor front end of the window frame corresponding to each of the elevations is formed to protrude inwardly along the circumferential direction on the same plane to form a window support supporting the insert window and the outdoor side peripheral edge of the fixed window. to be.

In addition, it is effective that the circumferential region of the insert window pair is detachably coupled to the inner circumferential region of the elevation of the window frame.

At this time, the front and rear surfaces of the main frame is located on the same plane with respect to the outdoor side and the indoor side of the wall, the front and rear thickness of the split frame is preferably equal to or smaller than the front and rear thickness of the main frame.

In addition, it is effective that the outdoor side of the divided frame lies on the same plane with respect to the outdoor side of the main frame or is retracted toward the indoor side.

Here, the main frame and the split frame and the insert window pair is more preferably formed of a synthetic resin material.

In this case, a hollow portion is formed in each of the main frame, the split frame, and the insert window pair, and a single metal reinforcing member is press-fitted in the hollow portion.

On the other hand, the stopper is provided in the window frame, the stopper locking groove is preferably provided in the insert window pair.

In this case, the stopper is frame fixing coupled to the inner circumferential surface of the window frame corresponding to the elevation, the engaging portion protruding into the elevation of the window frame, and inclined downward toward the interior from the locking portion It is effective to have a binding induction plane.

Alternatively, the stopper may be provided in the insert window pair, and the stopper locking groove may be provided in the window frame.

On the other hand, it is more effective that the inner gasket is coupled between the insert window pair and the window frame facing the interior side along the circumferential direction of the insert window pair.

At this time, the inner gasket insertion groove is formed in the circumferential end of the inner side of the insert window pair; The inner gasket may include a window insertion part inserted into the inner gasket insertion groove, a spaced gap part extending from the window insertion part and inserted between the insert window pair and the window frame, and from an interior end of the window insertion part. It is desirable to have a finish extending inwardly in contact with the interior back of the insert window.

At this time, the window lance insertion portion is formed larger than the inner gasket insertion groove in the range that is inserted into the inner gasket insertion groove, it is effective that the elastic hollow portion is formed inside the window lance insertion portion.

In addition, it is preferable that the gap holding portion is provided with a latch holding protrusion to elastically contact the peripheral surface of the insert window pair and / or the inner circumferential surface of the window frame.

At this time, it is effective that the latch holding projection protrudes inclined toward the indoor side from the outdoor side.

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

Figure 3 is a front view of the installation state of a high-rise window according to the present invention, Figures 4 to 6 is a cross-sectional plan view of an exploded state of the opening and closing window installation area of the high-rise window according to line IV-IV of Figure 3, Figure 7 4 to 6 is a cross-sectional view of the insert window and the opening and closing window combined state. As shown in these drawings, the high-rise window (1) according to the present invention is an insert that is detachably coupled to at least one of the window frame 10 and the elevation of the window frame 10 to form a plurality of elevations. The window 20, the opening window 30 coupled to the insert window 20, and the fixed window 40 is coupled to at least one of the elevation of the window frame 10.

The window frame 10 includes a frame-shaped main frame 11 coupled to the inner circumferential surface of the window opening 5 of the wall 3 and at least one split frame forming a plurality of elevations in the main frame 11 ( 13).

The main frame 11 has a front and rear thickness t1 equal to the thickness T of the wall 3, and the front and rear surfaces are coplanar with respect to the outdoor side and the indoor side of the wall 3 (in a straight line in cross-sectional projection). It is coupled to the window opening (5) to be located at. As a result, the inner circumferential surface of the window opening 5 is covered by the main frame 11, so that a beautiful interior aesthetic can be obtained without using a separate finishing member, and the number of parts, labor and cost can be reduced.

Here, the main frame 11 may be made of a metal material or a synthetic resin material, it is preferable that the main frame 11 is made of a synthetic resin in consideration of heat insulation and manufacturability and cost. When the main frame 11 is made of a synthetic resin material, the hollow part 11a is formed in the main frame 11 along the circumferential direction, and the strength and resistance of the window frame 10 inside the hollow part 11a. It is more preferable to press-in a single metal reinforcing member 11b in consideration of wind pressure.

In addition, the split frame 13 is disposed vertically and / or horizontally in the main frame 11 to divide the elevation of the main frame 11 into a plurality of elevations. The front and rear thickness t2 of the split frame 13 has a thickness equal to or smaller than the front and back thickness t1 of the main frame 11, and both ends of the split frame 13 face each other of the main frame 11. It is coupled to both inner surfaces. At this time, the front and rear thickness t2 of the split frame 13 is located within the front and rear thickness t1 of the main frame 11. That is, the outdoor side of the split frame 13 is coplanar with the outdoor side of the wall 3 and the main frame 11 or is inward toward the interior. As a result, the split frame 13 does not protrude to the outside and does not impair the appearance of windows and buildings. In addition, since the split frame 13 has a front and rear thickness t2 corresponding to the front and rear thickness t1 of the main frame 11, the split frame 13 has sufficient strength, wind pressure resistance, and firmness.

Here, the split frame 13 may be made of a metal material or a synthetic resin like the main frame 11, but is preferably made of a synthetic resin in consideration of heat insulation and manufacturability and cost. In this case, the hollow part 13a is formed in the split frame 13 along the circumferential direction, and a single metal reinforcing member is formed in consideration of the strength and wind pressure resistance of the window frame 10 inside the hollow part 13a ( It is more preferable to press-in 13b). Single metal reinforcing member (13b) by reducing the press-in process of the metal reinforcing member (13b) in the window manufacturing process, it provides an effect to significantly reduce the parts and manufacturing labor.

The divided frame 13 is provided as a single frame and coupled in the vertical or horizontal direction in the main frame 11, so that the elevation of the main frame 11 may be divided into a pair of elevations. By being coupled so as to cross each other in the horizontal and vertical directions within (11), the elevation of the main frame 11 may be divided into a plurality of elevations.

At this time, the coupling of the main frame 11 and the split frame 13 and / or the mutual coupling in the cross region of the split frame 13 and the split frame 13 is a metal reinforcement pressed into each frame at the cross region of each frame. The members can be firmly joined to each other with pieces, bolts and various joining parts or joining structures. Here, when the main frame 11 and the split frame 13 is provided with a metal material, each of these frames may be directly coupled to each other.

On the other hand, in the structure of the window frame 10, the partition frame 13 is inwardly directed to the interior, thereby ensuring sufficient space for the installation of the opening and closing window 30 and the fixed window 40 as described later. Thereby, the installation work of the insert window pair 20, the opening and closing window 30 and the fixed window 40 is very easy to reduce the overall cost, including the manufacturing and construction process of the window.

On the other hand, a plurality of elevations formed in the window frame 10 by the main frame 11 and the split frame 13, the window support portion 15 for the installation of the opening and closing window 30 and the fixed window 40 is formed have. The window support 15 is composed of an insert window support 17 formed on the opening face of the opening and closing window 30 and a fixed window support 19 formed on the mounting face of the fixed window 40.

The insert window support 17 and the fixed window support 19 are formed to protrude inwards along the circumferential direction on the same plane of the front end of the outdoor side of the window frame 10 corresponding to each elevation, so that the insert window 20 and the fixed window are The outer circumferential edge of 40 is in contact. At this time, the gasket 17a is coupled to the indoor circumferential end of each support part along the circumferential direction.

The insert window pair 20 has a frame shape, and the peripheral end of the main frame 11 and the split frame 13 or the split frame 13 and the split frame 13 of the window frame 10 corresponding to the elevation. It is formed of a frame coupling portion 21 detachably coupled to the inner circumferential surface. The inner side circumferential end of the frame coupling portion 21 is formed with an inner gasket insertion groove 21a to which the inner gasket 50 to be coupled along the circumferential direction is coupled.

And the frame contact part 23 which contacts the insert window support part 17 of the said elevation face inwardly protrudes in the circumferential direction in the outdoor front circumferential edge part of the insert window piece 20. As shown in FIG. The gasket 23a is coupled to the interior circumferential end of the frame contact portion 23 along the circumferential direction.

On the other hand, between the circumferential end facing the interior side of the insert window 20 and the inner circumferential surface of the corresponding surface of the window frame 10, as shown in Figure 7 to 9, to improve the airtight performance and watertight performance and sound insulation performance of the window The inner gasket 50 is interposed along the circumferential direction of the insert window pair 20.

The inner gasket 50 extends outward from the outside of the window insertion part 51 and the outside of the window insertion part 51, which is inserted into the internal gasket insertion groove 21a of the insert window 20. And the spaced gap slit part 53 inserted and held between the inner circumferential surface of the window frame 10 and the inner side surface of the insert window pair 20 in contact with the interior rear surface of the insert window pair 20 from the interior end of the window insertion part 51. It is made of rubber or synthetic resin material having elasticity to have the finished portion 55.

The window insertion portion 51 is formed larger than the internal gasket insertion groove 21a formed in the insert window 20, and the inside of the window insertion portion 51 is formed of an elastic hollow portion 52. The window insertion insert 51 is elastically compressed and inserted into the inner gasket insertion groove 21a of the insert window pair 20, and in the inserted state, elastically expands in the inner gasket insertion groove 21a by the elastic force. By maintaining the closed state, the insertion state is maintained.

In addition, the spaced gap fold portion 53 is formed with a latch holding protrusion 54 that elastically contacts the circumferential surface of the insert window pair 20 and / or the inner circumferential surface of the window frame 10. The locking projection 54 has a structure protruding obliquely from the outdoor side toward the indoor side, which is when the external retaining protrusion 54 is applied to the interior gasket 50 as shown in FIG. By expanding toward the outdoor side to maximize the frictional force, it is a structure for preventing the arbitrary departure of the inner gasket (50).

In addition, the finishing portion 55 is a structure for preventing the internal gasket insertion groove 21a area of the insert window 20 from being observed in the room, without using a separate finishing material, and the insert window 20 and the inner gasket 50. ) To cover gaps between

The opening and closing window 30 has an opening and closing window frame 31 which is opened and closed by any one of opening and closing methods of tilting, turning, and the US, and the opening and closing glass window 33 coupled to the opening and closing window frame 31. have.

The opening and closing window 30 is to be detachably coupled to the corresponding elevation of the window frame 10 in the state coupled to the insert window pair 20, the insert without changing the window coupling structure of the corresponding surface of the window frame 10 Opening and closing window 30 made of any one of the opening and closing method of the tilting, turning, finer by the separation coupling and replacement of the window 20 may be installed in the window frame 10. Thereby, the opening-closing window 30 of various opening / closing methods can be installed compatible.

Here, the gasket 31a for watertightness is coupled to the circumferential region of the opening and closing window frame 31 in contact with the insert window pair 20.

The fixed window 40 has a fixed glass window 41 coupled to the corresponding elevation of the window frame 10 and a fixed window support frame 43 for supporting the fixed glass window 41. The fixed glass window 41 is disposed so that the outdoor front circumferential edge thereof is in contact with the fixed window support part 19 of the window frame 10, and the fixed window support frame 43 supports the inner side rear edge of the fixed glass window 41. It is coupled to the window frame 10 in a fixed state. At this time, the gasket 43a is coupled to the circumferential end of the fixed window support frame 43 in contact with the rear surface of the fixed glass window 41.

On the other hand, of the plurality of elevations formed in the window frame 10 by the main frame 11 and the split frame 13, the inner periphery of the frame of the corresponding elevation, in which the opening / closing window 30 is installed, and the corresponding insert window pair 20 The frame engaging portion 21 of the) is provided with insert window pair positioning means 60 for engaging the entire surface of the insert window pair 20 in parallel on the same plane with respect to the corresponding elevation of the window frame 10.

As shown in FIGS. 5 to 7, the insert window pair positioning means 60 includes a stopper 61 provided at at least four sides of the same circumferential surface of the inner circumferential surface of the corresponding facade of the window frame 10, and corresponding thereto. The stopper engaging groove 69 is formed on the same plane with each other at the peripheral end of the frame engaging portion 21 of the insert window pair 20.

The stopper 61 includes a frame fixing part 63 coupled to the window frame 10, a locking part 65 protruding into the corresponding elevation of the window frame 10, and a locking part 65 toward the interior side. The downwardly inclined coupling guide surface 67 has a structure formed integrally. The stopper 61 may be formed of a plurality of parts and coupled to at least four sides of the corresponding inner surface of the facade of the window frame 10, or may be provided as a single component along a corresponding inner surface of the facade of the window frame 10. May be combined. At this time, a stopper coupling groove 16 for coupling the frame fixing part 63 of the stopper 61 to the inner circumferential surface of the window frame 10 corresponding to the stopper 61 has a structure of the stopper 61. It is formed correspondingly.

The stopper locking groove 69 is formed along the circumference of the frame engaging portion 21 of the insert window pair 20 so as to correspond to the locking portion 65 of the stopper 61.

Here, the insert window pair positioning means 60 is provided with a stopper 61 in the frame coupling portion 21 of the insert window 20, the stopper is caught on the inner circumferential surface of the corresponding elevation of the window frame 10 corresponding thereto. Of course, it is also possible to have a structure to form the groove (69).

As described above, the high-rise window (1) according to the present invention by such a configuration, the opening and closing window 30 which is opened and closed by any one of the opening and closing method of the tilting, turning, finer is coupled to the insert window pair 20 By detachably coupled to the corresponding elevation of the window frame 10, the tilting, turning, finer by separating coupling and replacement of the insert window pair 20 without changing the window coupling structure of the corresponding elevation of the window frame 10 Opening and closing window 30 made of at least one of the opening and closing method can be installed in the window frame 10.

Thereby, the opening-closing window 30 of various opening / closing methods can be installed compatible. At this time, when a plurality of facades for installing the opening and closing window 30 is formed in the window frame 10, the opening and closing window 30 of the tilting opening and closing method is installed on one of the elevations, turning or fine The opening and closing window 30 of the opening and closing bushing can be installed in combination.

At this time, the insert window pair 20 is coupled to the corresponding surface of the window frame 10 by the insert window pair positioning means 60, the front surface of the insert window pair 20 is coupled in parallel on the same plane, twisting the opening and closing window 30 Construction defects, etc. can be prevented beforehand. In addition, the insert window pair 20 can be coupled to the corresponding elevation of the window frame 10 simply and quickly.

On the other hand, the high-rise window (1) according to the present invention, because the divided frame 13 is not protruded to the outdoor side to the interior side, it can be beautiful appearance of buildings and windows while maintaining sufficient strength against the wind pressure. . Then, the single metal reinforcing members 11b and 13b are press-fitted into the main frame 11 and the split frame 13 and the insert pair, and the main frame 11 is the window opening 5 of the wall 3. ) Since all inner circumferential surfaces are covered, window parts are saved and there is no need for a separate finishing member. As a result, labor and material costs are reduced.

In addition, since the construction of the window is completed by coupling only the outer circumferential surface of the main frame 11 to the window opening 5, the window construction is very easy.

In addition, since the split frame 13 is inward, the window frame can be integrally formed on the main frame 11 and / or the split frame 13 at the elevation of the window frame 10, and the window frame can be integrally formed. Even if it is provided separately, sufficient installation space is secured so that installation work is very easy. As a result, all costs including the manufacturing and construction of windows and doors are reduced.

As described above, according to the present invention, a high-rise window that can be installed easily and quickly the opening and closing window at the same time to install the opening and closing window of the various opening and closing method in the opening and closing window installation surface of the window and door frame is provided.

In addition, high-rise windows that can enhance the appearance of buildings and windows with sufficient strength against wind pressure, reduce parts and labor, and are easy to manufacture and construct, and can significantly reduce overall costs. Is provided.

Claims (19)

In the window for the high-rise installed in the window opening of the wall, A main frame coupled to the inner circumferential surface of the window opening having a front and rear thickness corresponding to the thickness of the wall, and coupled in a vertical and / or horizontal direction within the main frame to divide the elevation and move from the front of the main frame to the interior side. A window frame having at least one divided frame inward; An insert window pair detachably insert-coupled into the window frame so as to have a front and rear thickness smaller than the main frame and the split frame so as to be parallel to any one of the elevations; An opening and closing window coupled to the insert window pair; A stopper provided on at least four sides of the elevation inner circumferential surface of the window frame and a corresponding circumferential end portion of the insert window pair on a same plane with each other, and on the other side on a same plane corresponding to the stopper High-level windows, comprising an insert window pair positioning means consisting of a stopper locking groove. The method of claim 1, The opening and closing window is a high-rise window, characterized in that the opening and closing of any one of the way of tilting, turning, finer. delete The method of claim 1, High-rise windows, characterized in that the fixing window is installed on at least one of the elevation. The method of claim 1, The high floor, characterized in that the front side of the window frame corresponding to each of the elevation is projected inward in the circumferential direction on the same plane, the window sill support portion is formed in contact with the outer peripheral edge of the insert window pair and the fixed window Dragon window. The method of claim 5, The circumferential region of the insert window pair is detachably coupled to the inner circumferential region of the elevation of the window frame. The method of claim 6, The front and rear surfaces of the mainframe are high-rise windows, characterized in that located on the same plane with respect to the outdoor side and the indoor side of the wall. The method of claim 7, wherein The front and rear thicknesses of the divided frames are the same as or smaller than the front and rear thicknesses of the main frame. The method of claim 8, The outdoor side surface of the split frame is placed on the same plane with respect to the outdoor side of the main frame or retracted to the indoor side. The method of claim 9, High-rise windows and doors, characterized in that the main frame, the split frame and the insert window pair is formed of a synthetic resin material. The method of claim 10, A hollow portion is formed in each of the main frame, the split frame, and the insert window pair, and a single metal reinforcing member is press-fitted in the hollow portion. The method according to any one of claims 1, 2, and 4 to 11, The stopper is provided in the window frame, the stopper locking groove is provided for the high-rise window, characterized in that provided in the insert window. The method of claim 12, The stopper is A frame fixing part coupled to an inner circumferential surface of the window frame corresponding to the elevation; A catching part protruding into the elevation of the window frame; A high-rise window, characterized in that it has a coupling guide surface inclined downward toward the interior from the locking portion. The method according to any one of claims 1, 2, and 4 to 11, The stopper is provided on the insert window, the stopper locking groove is provided for the high-rise window, characterized in that provided in the window frame. The method according to any one of claims 1, 2, and 4 to 11, High-rise windows, characterized in that the inner gasket is coupled between the insert window facing the interior side and the window frame in the circumferential direction of the insert window pair. The method of claim 15, An inner gasket insertion groove is formed in a circumferential direction at an inner circumferential end of the insert window pair; The inner gasket may include a window insertion part inserted into the inner gasket insertion groove, a spaced gap part extending from the window insertion part and inserted between the insert window pair and the window frame, and from an interior end of the window insertion part. A high-rise window, characterized in that it has a finish extending inwardly in contact with the rear side of the insert window. The method of claim 16, The window lance insertion portion is formed to be larger than the inner gasket insertion groove in the range that is inserted into the inner gasket insertion groove, high-rise windows characterized in that the elastic hollow portion is formed inside the window insertion portion. The method of claim 17, High-level windows and doors, characterized in that the clearance gap is formed with a retaining projection to elastically contact the peripheral surface of the insert window and / or the inner circumferential surface of the window frame. The method of claim 18, The latch holding projection is a high-rise window, characterized in that protruding obliquely toward the indoor side from the outdoor side.

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