KR20100114352A - Vertical frame structure of a window - Google Patents

Abstract

PURPOSE: A longitudinal frame structure of a window frame is provided to improve the heat leakage prevention by blocking an indoor from external air and a soundproof function. CONSTITUTION: A longitudinal frame structure of a window frame comprises a window part(12) and window frames(10,20). The window part can be open. The window frame is installed in the outside wall of a building. The window frame and a hinge are connected to open and close indoor in a slide method. The window frame is located to be square frame shape at a pair of length window frames(40).

Description

Vertical frame structure of a window}

The present invention relates to a vertical frame structure of windows and doors, in particular, to strengthen the overall rigidity and to increase the sealing force to prevent heat loss and soundproofing efficiency, easy to maintain in a state where the glass is fastened to a simple removable structure, consumers or field It is about the vertical frame structure of windows and doors which can be constructed without any limitations.

In general, windows, such as apartments and buildings, are provided with windows for indoor and outdoor ventilation, lighting, bringing in or taking out objects, or entering or leaving a person.

Such windows and doors may be installed on a part of the wall or the whole of the wall surface, the built-in method is fixed to the wall in accordance with the method of opening and closing to be impossible to open and close, the opening and closing method that can be opened or closed in the installation direction of the wall, There is a US-style window that can be opened and closed in parallel with the installation direction of the wall.

In most cases, the opening and closing method is used for bringing in or getting in and out of people, and the western method is used for ventilation and light.

However, conventional windows and doors are reinforced with a reinforcement for preventing deformation and distortion of the window frame and the appearance of the window separately, only the outer frame and the corner connector is assembled only to the outer frame and inserted to prevent deformation of the outer frame. There is a problem in that it is not possible to secure an effective bearing capacity against torsion stress when the assembly is not assembled in one piece of the four sides which is the purpose of reinforcement.

In addition, the conventional windows and doors protrude to the extent that there is a difficulty in walking when installing the lower frame for sealing, but in some cases, there is no sealing force to block indoor / outdoor because there is no bottom frame to prevent the walking. There was a problem that the sound insulation is not properly made.

In addition, the conventional windows and doors have a problem in that construction caps are assembled in a state where the finishing cap is manufactured in a factory, when construction changes occur depending on the construction site or the user's condition.

Due to this, the reinforcement supported against torsional stress or bending stress is increased, and the increase of the sealing force to block the indoor / outdoor improves heat loss prevention and soundproofing efficiency, and the finishing cap is variable according to the customer's preference or construction condition There is an urgent need for a window frame having an improved structure that can reduce the waste of materials by this variable application and increase the workability.

Therefore, the present invention has been made in view of the problems of the prior art as described above, the reinforcement is a double structure consisting of a pair of the horizontal frame of the window to allow the overall structural strength to be increased by connecting to the corner connector while reaching both ends of the main frame The purpose is to provide a structure.

In addition, another object of the present invention is to divide the main frame to form a pair and then insert the heat insulator connected to the inside to block the indoor / outdoor to prevent heat loss and increase the sound insulation efficiency.

In addition, another object of the present invention is to apply a separate finishing cap to the inner and outer parts of the glass mounting to maximize the area of the beautiful appearance of the door frame and the front and rear surfaces of the glass after being inserted into a stable support.

On the other hand, another object of the present invention is to connect the horizontal frame and the vertical frame using a corner connecting material to the main frame and the reinforcement and vertical frame to be integrated.

In order to achieve the above object, the present invention forms an opening and closing window 12 in an open state and is installed on an outer wall of a building in a vertical frame structure of a window to form a window frame 10, the vertical closing cap 41 and the horizontal closing cap The outer side of the main frame 43 formed with a plurality of concave-convex ends 43b on the outside of the main body 43 is orthogonal to the outer side, and the reinforcing material is formed in the reinforcement space 43a formed at both sides of the inner space of the main frame 43. Insert 44 and form a pair of vertical window frame frame 40 of the window frame 10, the hinge end (H1) is coupled to the outer surface of the room of the main frame 43 in a pair, the pair The main frame 43 and the reinforcement 44 and the main frame 43 and the reinforcing member 44 by inserting and coupling one end of the corner connecting member 80 made of a 'b' shape to each end of each of the reinforcement 44 inserted into the vertical window frame frame 40 of the Vertical frame sphere of windows and doors, characterized in that configured to be integrally coupled together Provide Joe.

As described above, the present invention has a dual structure consisting of a pair of reinforcement, but reaches the both ends of the main frame to connect to the corner connecting material has the effect of increasing the structural strength to prevent the twist or deflection as a whole.

Then, by splitting the main frame to form a pair and inserting the heat insulating material into the inside to block the indoor / outdoor to prevent heat loss and increase the sound insulation efficiency.

In addition, after the glass is inserted, it is possible to maximize the area supported by the front and rear surfaces of the glass, thereby enabling stable support, and the effect of enabling the glass to be replaced even when the glass is fastened.

In addition, there is an effect that the sealing force is not reduced due to on-site conditions or consumer demand due to the bonding of the glass.

On the other hand, by connecting the horizontal frame and the vertical frame using the corner connecting material has an effect that the strength is reinforced by integrating the main frame, the reinforcement and the vertical frame.

BRIEF DESCRIPTION OF THE DRAWINGS The above and other features and advantages of the present invention will be more apparent from the following detailed description taken in conjunction with the accompanying drawings, in which: FIG.

As shown in Figures 1 to 6, the vertical frame structure of the windows and doors of the present invention forms an opening / closing window portion 12 in an open state and is installed on an outer wall of the building to connect with a window frame 10 and a hinge to open / close the door / door. It consists of a window frame 20 made to open and close the outside.

At this time, the window frame 10 has a rectangular frame shape, one end of the corner connecting member 80 is inserted into the upper / lower ends of the pair of vertical window frame frame 40 which is located in the longitudinal direction at both ends of the left / right And, the other end is a pair of horizontal window frame 16 is inserted and coupled to form a window frame 20 is coupled.

In addition, the window frame 20 is composed of two pairs, the vertical outer window frame 50 and the first vertical inner window frame 60, the vertical outer window frame 50 and the second inner window frame 70 are respectively spaced apart in a state in which the glass 21 is fitted, one end of the corner connecting member 80 is inserted into each of the upper and lower ends, and the other end is a pair of window frame frames 22 ) Is coupled to the pair of window frames 20 are hinged (H1, H2) to a position facing each other to form a window (100).

First, looking at the vertical frame of the window frame 10 constituting the window (100) to form an opening and closing window 12 of the open state to be installed on the outer wall of the building to form a window frame 10, a pair of vertical window frame frame 40 and the corner connecting member (80).

The vertical window frame frame 40 is coupled to the inner side of the interior of the main frame 43 formed with a plurality of concave-convex ends 43b on the outside perpendicular to the vertical closing cap 41 and the horizontal closing cap 42.

Then, the reinforcing material 44 is inserted into the reinforcing material space 43a formed on both sides of the inner space of the main frame 43.

In addition, the hinge end (H1) is formed in a pair that is coupled to the outer outer surface of the yarn of the main frame (43).

At this time, the main frame 43 is bisected on the basis of the center to form a pair, but by inserting the heat insulating material (43g) in a pair of opposing heat insulating material coupling groove (43f) formed on the inner surface, the main frame 43 divided ) And the inside / outside are separated.

On the other hand, the reinforcing member 44 is composed of a length that reaches both ends in the interior window frame frame 40.

The corner connecting member 80 inserts and combines one end having a 'b' shape at each end of each of the reinforcing members 44 respectively inserted into the pair of vertical window frame frames 40.

Then, it is configured to be integrally coupled with the main frame 43 and the reinforcement 44.

The corner connecting member 80 has a 'b' shape and is coupled to one end of both ends of the reinforcing member 44 inserted into the vertical window frame frame 40, together with the main frame 43 and the reinforcing member 44. It is configured to be integrally coupled.

On the other hand, the other end of the corner connecting member 80 is inserted and coupled to the horizontal window frame 16, the horizontal window frame 16 is coupled to form a pair with the vertical window frame frame 40.

As shown in FIG. 6, in another embodiment, the corner connecting member 80 is formed to have a long length at both ends so that the reinforcing member space of the main frame 43 of the vertical window frame frame 40 without the need for the reinforcing member 44 ( Is inserted into 43a) is configured to reinforce the mainframe (43).

As shown in Figure 1 to 5, to form a window frame 20 made to open and close the interior / exterior in a hinged manner by connecting to the hinge next, the vertical outer window frame frame 50, the first vertical inner window frame frame 60, the second vertical window frame frame 70, the corner connecting member (80).

The vertical outer window frame frame 50 couples the vertical closing cap 51 and the horizontal closing cap 52 to the inside of the outdoor side of the main frame 53 to be orthogonal.

Then, the reinforcing material 54 is inserted into the reinforcing material space 53a formed at both sides of the inner space of the main frame 53.

In addition, the outer support 55 is the inner side of the main frame 53, the inner support 56, the inner support 56 is coupled to the inner side of the main frame 53 to the opposite side coupled to the inner side of the main frame 53 By combining and supporting the glass 21 of the window frame 20 in contact with the outer / inner surface, respectively, and forms a pair of hinge ends (H2) is coupled to the outer outer surface of the room of the main frame (53).

The first vertically inner window frame frame 60 is coupled to the inner side of the main frame 63 perpendicular to the vertical closing cap 61 and the horizontal closing cap 62.

The reinforcement 64 is inserted into the reinforcement space 63a formed at both sides of the inner space of the main frame 63.

In addition, the support frame 67 in which the inner support 66 is inwardly coupled to the inner side of the main frame 63 on the opposite side of the outer support 65 is coupled to the inside of the outdoor side of the mainframe 63. By combining to form a contact support on the outer / inner surface of the glass 21 of the window frame 20,

The second vertical inner window frame 70 is coupled to the interior side of the main frame 73 perpendicular to the vertical closing cap 71 and the horizontal closing cap 72.

The reinforcement 74 is inserted into the reinforcement space 73a formed at both sides of the inner space of the main frame 73.

In addition, the support frame 77 in which the inner support 76 is inwardly coupled to the inner side of the main frame 73 on the opposite side of the outer support 75 is coupled to the inner side of the outdoor side of the mainframe 73. In combination with the glass frame 21 of the window frame 20 to form a contact support.

The corner connecting member 80 is each of the reinforcing material 54, 64, 74 inserted into the vertical outer window frame frame 50, the first vertical inner window frame 60, the second vertical inner window frame 70, respectively Insert and combine one end of the 'b' shape at both ends.

In addition, the main frames 53, 63, 73 and the reinforcement 54, 64, 74 is configured to be integrally coupled with.

Here, the horizontal closing cap 62 of the first vertically inner window frame frame 60 is in the inner horizontal contact end 73c located in the interior side of the main frame 73 of the second vertically inner window frame frame 70. Each contact.

On the other hand, the horizontal closing cap 72 of the second inner window frame 70 is formed so as to be in contact with the outer horizontal contact end (63c) of the main frame 63 of the upper first inner window frame (60), respectively. It is configured to increase the sealing force inside and outside the seal.

In addition, the support frames 57, 67, and 77 are forcibly fitted into the fitting grooves 31e, 53e, 63e, and 73e of the main frames 53, 63, and 73, respectively. Vertical ends 57c, 67c and 77c are formed on the opposite side where the 67b and 77b are formed, and the main frame 53 and 63 are pushed toward the glass 21 while the glass 21 is fastened. 73) to be detachable.

Commonly, the mainframes 53, 63, 73 are bisected based on the center to form a pair, but the heat insulating material in a pair of opposing heat insulating material coupling grooves 53f, 63f, 73f formed on the inner surface (53g) (63g) (73g) is inserted, and the mainframes (53) (63) (73) are bisected and configured to separate the room / the inside and outside.

In addition, the reinforcing materials 54, 64, 74 respectively reach both ends in the vertical outer window frame frame 50, the first vertical inner window frame 60, the second vertical inner window frame 70 It consists of a length.

The corner connecting member 80 is a 'b' shape and the reinforcement materials 54 and 64 inserted into the vertical outer window frame frame 50, the first vertical inner window frame frame 60, the second vertical inner window frame frame 70, respectively. One end is inserted into both ends of the 74, and the main frames 53, 63, 73 and the reinforcing materials 54, 64, 74 are integrally coupled together.

On the other hand, the other end of the corner connecting member 80 is inserted and coupled to the window frame horizontal frame 22, the window frame horizontal frame 22 is a vertical outer window frame frame 50, the first vertical inner window frame frame 60, and the second vertical The inner window frame frame 70, the vertical outer window frame frame 50 is combined with each other to form an integral.

Commonly, the support frames 57, 67, 77 are hooked ends 57b that are forcibly fitted into fitting grooves 53e, 63e, 73e of the main frames 53, 63, 73, respectively ( The vertical ends 57c, 67c and 77c are formed on opposite sides of the 67b) and 77b, and the main frames 53, 63 and 73 are pushed toward the glass 21 while the glass 21 is fastened. It is configured to be detached from.

The outer support (55, 65, 75) is composed of a soft elastic material, respectively fitted in the fitting grooves 53d, 63d, 73d of the main frame (53), 63, 73 by elastic force. The elastic fitting ends 55a, 65a, 75a to be coupled are formed on one side, and a plurality of contact protrusions 55b on the outer support members 55, 65, 75 so as to contact the glass 21 on the other side, respectively. 65b and 75b are formed and comprised.

In addition, the inner support 56, 66, 76 is made of a soft elastic material, the elastic support to the fitting grooves (57a) (67a) (77a) of the support frames (57) (67) (77). Resilient fitting ends 56a, 66a, 76a, which are fitted to each other, are formed on one side, and on the other side, a plurality of contact protrusions on the inner supporting members 56, 66, 76 so as to contact the glass 21, respectively. 56b) 66b and 76b are formed and comprised.

As shown in FIG. 6, in another embodiment, the corner connecting member 80 is formed to have a long length at both ends thereof so that the vertical outer window frame frame 50 and the first vertical length do not need the reinforcing materials 54, 64, and 74. Each of the inner window frame frame 60 and the second vertical inner window frame frame 70 is inserted into the reinforcement spaces 53a, 63a, 73a of the main frames 53, 63, and 73 so that the main frame 53 ( 63) and 73).

Hereinafter, the operation and operation of the present invention will be described.

As shown in Figure 1 to Figure 5, when looking at the assembly and coupling process of the window 100, the insulating insulation coupling groove 43f facing the main frame 43, 53, 63, 73 divided into a pair Insulation materials 43g, 53g, 63g, 73g are inserted into the 53f, 63f, and 73f to connect the mainframes 43, 53, 63, and 73 that are bisected, and reinforcement ( 44, 54, 64, 74 are inserted into the reinforcement spaces 43a, 53a, 63a, 73a of the mainframes 43, 53, 63, 73, respectively, to prevent movement. Fasten with screws (not shown).

At this time, the indoor / outdoor is blocked by the heat insulating material (43g) (53g) (63g) (73g) connecting the main frame (43) (53) (63) (73) divided into a pair of the outside air or indoor air It will block the distribution of heat and indoor / outdoor mutual heat transfer.

In addition, the insulation (43g) (53g) (63g) (73g) is a vertical window frame frame 40, a vertical outer window frame frame 50, the first vertical inner window frame 60, the second vertical inner window frame ( It is installed so as to reach both ends in the interior of 70) so that it does not cause twisting or fulling phenomenon by strengthening the overall strength.

The corner connecting member 80 is a 'b' shape and is inserted into the vertical window frame frame 40, the vertical outer window frame frame 50, the first vertical inner window frame frame 60, the second vertical inner window frame frame 70, respectively One end is inserted into each end of each of the reinforcement members 44, 54, 64 and 74, and the main frames 43, 53, 63, 73 and the reinforcement members 44, 54 and 64 are It is configured to be integrally coupled with the (74).

In addition, the window frame 10 is inserted into and coupled to both ends of the corner connecting member 80 to both ends of the horizontal window frame 16 and a pair of vertical window frame frame 40, respectively, the window frame 20 Both ends of the window frame 22 and a pair of vertical outer window frame frame 50, the first vertical inner window frame 60, and the second vertical inner window frame 70, both ends of the corner connector (80) Combine each insert.

Thereafter, the elastic fitting ends 55a, 65a, 75a of the outer support members 55, 65, 75 are fitted grooves 53d, 63d of the main frames 53, 63, 73 ( 73d) each with elastic force.

Next, the elastic fitting ends 56a, 66a, 76a of the inner supporters 56, 66, 76 are fitted with grooves 57a, 67a of the support frames 57, 67, 77. Fit each to 77a with elastic force.

Thus, the hook ends 57b, 67b, 77b of the support frames 57, 67, 77 to which the inner supports 56, 66, 76 are coupled to the main frame 53, 63. Inserted into the fitting grooves 53e, 63e, and 73e of (73) first, and then rotated the other end where the hook ends 57b, 67b, 77b are fitted while rotating the vertical ends 57c, 67c, 77c. Coupling so as to be supported by the grooves 53e, 63e, 73e.

And, one side of the glass 21 is inserted between the outer / inner support 55, 56 of the coupling longitudinal outer window frame frame 50, the other side is the outer side of the inner window frame frame 60 in the first length It is inserted and supported between the inner supporters 65 and 66, and the upper and lower ends of the glass 21 are inserted into and fixed to the window frame 22.

That is, after fixing the window frame 10 to the outer wall of the building preferentially coupled to the window frame 20 is completed, the outer side in the hinge end (H1) of the vertical window frame frame 40 of the window frame 10 Position the hinge end (H2) of the window frame frame 50 to match the center and then insert the pin (not shown in the figure) to be rotated and fastened so that the window frame 20 is opened and closed based on the vertical window frame frame 40 Connect to open and close in a manner to complete the construction of the window (100).

At this time, the first vertical inner window frame 60 and the second vertical inner window frame 70 is the first vertical inner window frame frame 60 after the second vertical inner window frame 70 is closed when the opening operation is closed. This is closed, the first vertical inner window frame frame 60 in the case of opening and closing operation, and the second inner window frame frame 70 in the second vertical opening operation.

Here, the vertical closing cap 61 and the horizontal closing cap 62 of the first vertically inner window frame frame 60 is located inside the main frame 73 of the second vertically inner window frame frame 70. It is in contact with the vertical / horizontal tight ends 73b and 73c, respectively.

On the other hand, the vertical closing cap 71 and the horizontal closing cap 72 of the second inner window frame 70, the outer vertical / horizontal contact end of the main frame 63 of the upper first vertical window frame 60 It is formed so as to be in contact with each of the (63b) and (63c) to increase the sealing force inside and outside the seal.

Thereby, there is an advantage that the structural strength is increased as a whole in a dual structure consisting of a pair of reinforcing members 44, 54, 64, 74.

In addition, by closely blocking the indoor and outdoor of the building, there is an advantage of preventing heat loss and increasing sound insulation efficiency.

In addition, after the glass 21 is inserted, the front and rear surfaces of the outer support 55, 65, 75 and the inner support 56, 66, 76, respectively, to maximize the area to ensure a stable support This has the advantage.

In addition, while pushing the support frame (57) (67) (77) to which the inner support (56) (66) (76) is coupled toward the glass (21), the vertical ends (57c) (67c) (77c) of the main frame (53) (63), (73) of the fitting grooves (53e) (63e) (73e) of the first after the separation of the support frame (57) through the process of detaching the hook ends (57b) (67b) (77b) 67) (77) can be easily separated from the mainframe (53), (63) (73) has the advantage that the replacement of the glass 21 is easy.

In the above, the present invention has been illustrated and described with reference to specific preferred embodiments, but the present invention is not limited to the above-described embodiments and is not limited to the spirit of the present invention. Various changes and modifications can be made by those who have

1 is a schematic front view of a window to which a vertical frame structure of the window according to the present invention is applied;

FIG. 2 is a front projection view projecting a state in which a reinforcing material is installed in the inside of FIG. 1;

3 is a cross-sectional view taken along the line A-A of FIG.

4A is an enlarged cross-sectional view of portion C of FIG. 1;

4B is an enlarged cross-sectional view of portion E of FIG. 1;

5 is an enlarged cross-sectional view of portion D of FIG. 1;

6 is a schematic front view of a window applied to form a long corner connecting material without the need for reinforcement.

<Description of Symbols for Main Parts of Drawings>

12: opening and closing window 10: window frame

22: window frame 20: window frame

41: outer finish cap 42: inner finish cap

43: main frame 43b, 53b, 63b, 73b: vertical contact end

43c, 53c, 63c, 73c: horizontally close end 44: reinforcement

40: vertical frame frame 51: vertical finishing cap

52: horizontal cap 53: main frame

54: reinforcing material 55: outer support

56: inner support 57: support frame

57b, 67b, 77b: hook end 57c, 67c, 77c: vertical end

50: vertical outer window frame frame

61: vertical closing cap 62: horizontal closing cap

63: mainframe 64: reinforcement

65: outer support 66: inner support

67: support frame 60: the first vertical inner frame frame

71: vertical closing cap 72: horizontal closing cap

73: main frame 74: reinforcement

75: outer support 76: inner support

77: support frame 70: second vertical inner frame

80: corner connector 100: window

H1, H2: Hinge End

Claims (10)

In the vertical frame structure of the windows and doors that form the opening and closing window portion 12 in the open state and is formed on the outer wall of the building frame 10, The vertical closing cap 41 and the horizontal closing cap 42 is orthogonal to the inner side of the interior of the main frame 43 formed with a plurality of uneven ends 43b on the outside, and both sides of the inner space of the main frame 43. Insert the reinforcement 44 into the reinforcement space (43a) formed of the vertical window frame frame 40 of the window frame 10, the hinge end (H1) is coupled to the outer surface of the room of the main frame (43) Formed in pairs, The main frame 43 and the reinforcing member by inserting and coupling one end of the corner connecting member 80 having a 'b' shape to each end of the reinforcing member 44 respectively inserted into the pair of vertical window frame frame 40 Vertical frame structure of the windows and doors, characterized in that configured to be integrally coupled with the (44). According to claim 1, The main frame (43) is bisected on the basis of the center to form a pair, but by inserting a heat insulating material (43g) in a pair of opposing heat insulating material coupling groove (43f) formed on the inner surface, Horizontal frame structure of the windows and doors to connect the main frame 43, characterized in that the room / interior is configured to be separated. According to claim 1, wherein the reinforcing member 44 is a horizontal frame structure of the window and door, characterized in that consisting of a length reaching both ends in the interior of the vertical window frame frame (40). The method of claim 1, wherein the corner connecting member 80 is formed in the length of the both ends long to be inserted into the reinforcement space 43a of the main frame 43 of the vertical window frame frame 40 without the need for the reinforcement 44 to the main Horizontal frame structure of the windows and doors, characterized in that configured to reinforce the frame (43). In the vertical frame of the windows and doors to form a window frame 20 to open and close the interior / exterior by hinged connection, The vertical closing cap 51 and the horizontal closing cap 52 are orthogonally coupled to the inside of the outdoor side of the main frame 53, and the reinforcing member 54 in the reinforcement space 53a formed at both sides of the inner space of the main frame 53. ) And the support frame 57 in which the inner support 56 is coupled to the inner side of the main frame 53 on the opposite side of the outer support 55 is coupled to the inner side of the main frame 53. It is coupled to the inner side of the window frame 20, the glass 21 of the window frame 20, respectively, the contact and support, and the window frame 20 is coupled to the hinge end (H2) to the outer surface of the outer chamber of the main frame 53 Form a pair of vertical outer window frame frame 50, The vertical closure cap 61 and the horizontal closure cap 62 are orthogonally coupled to the inner side of the outdoor side of the main frame 63, and the reinforcement 64 in the reinforcement space 63a formed at both sides of the inner space of the main frame 63. ) And the support frame 67 in which the inner support 66 is coupled inward to the opposite side of the outer support 65 coupled to the inner side of the main frame 63 in the interior of the main frame 63. It is coupled to the inner side to form a first vertical inner window frame frame 60 of the window frame 20, which is in contact with each other and supporting the outer / inner surface of the glass 21 of the window frame 20, The vertical closing cap 71 and the horizontal closing cap 72 are orthogonally coupled to the inside of the interior side of the main frame 73, and the reinforcement 74 in the reinforcement space 73 a formed at both sides of the inner space of the main frame 73. ) And the support frame (77) in which the inner support (76) is coupled to the inner side of the main frame (73) on the opposite side of the outer support (75) to the inner side of the main frame (73). It is coupled to the inner side to form a second vertical inner window frame frame 70 in contact with the glass 21, the outer / inner surface of the window frame 20, respectively, 'A' at both ends of the reinforcement materials 54, 64 and 74 respectively inserted into the vertical outer window frame frame 50, the first vertical inner window frame frame 60, and the second vertical inner window frame frame 70; One end of the corner connecting member (80) having a shape by inserting and coupling, characterized in that the window is configured to be integrally coupled with the main frame (53) (63) (73) and the reinforcement (54) (64) (74) Vertical frame structure. According to claim 5, wherein the horizontal closing cap 62 of the inner window frame 60 of the first length is the inner horizontal contact is located on the interior side of the main frame 73 of the inner window frame 70 of the second length. The horizontal closing cap 72 of the second longitudinally inner window frame 70 is in contact with the end 73c, and the horizontal horizontal contact end 63c of the main frame 63 of the upper first vertically inner window frame 60 is 63c. The vertical frame structure of the window and door, characterized in that formed to contact each) is configured to increase the sealing force inside / outside. 6. The support frames 57, 67, and 77 are forcibly fitted into fitting grooves 31e, 53e, 63e, and 73e of the main frames 53, 63, and 73, respectively. The vertical ends 57c, 67c and 77c are formed on opposite sides of the hook ends 57b, 67b and 77b, and the main frame 53 is pushed toward the glass 21 while the glass 21 is fastened. (63) (73) The vertical frame structure of the windows and doors, characterized in that configured to be removable. According to claim 5, The main frame (53) (63) (73) is divided into a pair based on the center of a pair of opposed heat insulating material coupling grooves (53f) (63f) (73f) formed on the inner surface Insulating material (53g) (63g) (73g) by inserting the horizontal frame structure of the window, characterized in that the main frame (53) (63) (73) connected to the bisected and configured to separate the room / the inside and outside. According to claim 5, The reinforcement (54) (64), 74 are each the inside of the vertical outer window frame frame 50, the first vertical inner window frame frame 60, the second vertical inner window frame frame (70) Horizontal frame structure of the window and door, characterized in that consisting of the length reaching the end. The method of claim 5, wherein the corner connecting member 80 is formed to extend the length of both ends so that the reinforcement 54, 64, 74 without the need for the longitudinal outer window frame frame 50, the first vertical inner window frame frame 60 And the main frame 53, 63 and 73 are inserted into the reinforcement spaces 53a, 63a and 73a of the main frames 53, 63 and 73 of the second vertical inner window frame 70, respectively. Horizontal frame structure of the windows and doors, characterized in that configured to be reinforced.

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