JP2002004729A - Construction method of sash window - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a construction method of a sash window capable of setting heat insulation property in a multistage and also easily changing the heat insulation property of the existing sash window. SOLUTION: A heat insulating window frame 1 constituted of (A) a general window frame 2 consisting of a head, a sill 42 and jambs formed of a non-ferrous metal or (B) an outdoor member 12A and an indoor member 12B formed of a non-ferrous metal and a heat insulating member 12C connecting the indoor and outdoor members and a heat insulating ventilator 7 constituted of general shoji 5 and 6 consisting of (a) top rails, bottom rails 23, 24, 73 and 74 and stiles formed of a non-ferrous metal or (b) the indoor member and outdoor member formed of a non-ferrous metal and heat insulating members 53C and 54C connecting the indoor and outdoor members are combined with each other to construct the sash window. Various kinds of sash windows having different heat insulation properties can be constructed by selecting the window frames and shoji.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a method for constructing various sash windows such as a sliding window, a sliding window, a casement window, a sliding window, a sliding window, an inside window and an outside window provided in a building.

[0002]

2. Description of the Related Art Conventionally, as a sash window constituting a window of a building, a heat insulating sash formed of a heat insulating window frame and a heat insulating sash, a window frame made of an aluminum profile, and a single-layer glass or a double-layer glass are incorporated. With a general sash made of shoji,
The choice was made according to the area and environment in which the building was built.

[0003]

However, there has been a problem that such an insulating sash and a general sash alone will not be an optimum sash depending on the area where the building is built, the environment, and the like. That is, in recent years, in order to form a comfortable living space and reduce energy used for cooling and heating to save energy, importance is placed on heat insulation performance of outer walls and fittings.

[0004] In a building having such enhanced heat insulation performance, the heat insulation performance has been emphasized even in the sash windows arranged in the opening of the building, and the required heat insulation performance cannot be achieved with the general sash. there were. On the other hand, if this general sash is used as a heat insulating sash, the heat insulating performance can be improved.However, since the heat insulating sash is originally intended for cold regions, the heat insulating performance may be excessive in regions where the conventional general sash was used. Was. Here, the insulation sash is more complex and expensive to manufacture and structure than a general sash,
If you do not need the insulation performance of conventional insulation sashes,
There was a problem that the cost was high for the required heat insulating performance.

[0005] In addition, there have been requests from customers to improve the heat insulation performance of an existing general sash later. However, conventionally, to improve the heat insulation performance, the window frame and the shoji of the general sash were removed. In addition, the window frame of the heat-insulating sash must be attached to the building frame to install the heat-insulating sash, which requires a large-scale construction and is expensive.

A first object of the present invention is to provide a sash window in which the heat insulation performance can be set in multiple stages so that the cost is commensurate with the performance, and the heat insulation performance of the existing sash window can be easily changed. It is an object of the present invention to provide a construction method.

In a single building, the sash windows on the south side and the north side have different environments due to the sunshine and the like. For example, a general sash and an insulating sash are installed on the south side and the north side of the building, respectively. It is also conceivable to install sashes each having the required thermal insulation performance in terms of surface. However, heat-insulating sash windows usually have larger expected dimensions in the indoor and outdoor directions than general sash windows, and when a heat-insulating sash window and a general sash window are installed in one building, the window mounting structure, internal construction materials and exterior wall materials Interaction with
There was a problem that the appearance design and the like would be different.

A second object of the present invention is to provide a sash window that can unify the mounting structure to a building, for example, the mounting structure to a building material or an outer wall material, and the appearance design when installing a general sash window or a heat insulating sash window. It is an object of the present invention to provide a construction method.

[0009]

SUMMARY OF THE INVENTION According to the present invention, in a conventional sash window, an insulating sash in which a window frame and a shoji are formed of an insulating frame and a frame, and a window frame and a shoji are formed of a general frame and a frame. Focusing on the fact that it is not possible to respond to various situations because it is selected from only two types with the configured general sash, the combination of the window frame for the insulating sash and the shoji for the general sash, and the combination for the general sash By making it possible to combine a window frame and a shoji for a heat-insulating sash, the heat-insulating performance can be changed in multiple stages, and necessary and sufficient heat-insulating performance can be obtained according to the cost.

[0010] That is, the method for constructing a sash window of the present invention comprises a window frame in which an upper frame, a lower frame, and left and right vertical frames are framed four times, and an upper frame, a lower frame, and left and right vertical frames are assembled into a four-frame frame. A method for constructing a sash window comprising a shoji incorporating a material, wherein (A) a window frame in which each frame is formed of a non-ferrous metal is prepared, and (a) )
(B) Prepare a shoji made of a non-ferrous metal for each of the frames, and (b) a shoji made of the non-ferrous metal indoor and outdoor members and a heat insulating member for connecting these indoor and outdoor members. The sash window is constructed by incorporating one of the screens selected from (a) and (b) into the window frame of (A).

In such a method for constructing a sash window, if the sash window is constituted by combining the window frame of (A) and the shoji having the heat insulating member of (b), the heat insulating member is provided on the shoji. Therefore, the heat insulation performance can be improved as compared with a general sash. At this time, the cost of the heat insulating sash is higher than that of the general sash because the heat insulating member is interposed and processing is required. However, in the present invention, since only the shoji is used as the heat insulating frame, the window frame is also insulated. The cost can be reduced as compared with a conventional heat insulating sash constituted by a frame, and the cost can be suppressed even as compared with a general sash window, so that it can be provided at a cost commensurate with the improvement of the heat insulating performance.

Further, if a sash window is configured by combining the window frame of (A) and the sliding screen of (a), a general sash is configured. Therefore, according to the present invention, since two types of sash windows, a general sash window and a sash window having higher heat insulation performance than a general sash window and less expensive than a conventional heat insulating sash window, can be configured, Optimal sash windows can be constructed according to the location of the building, the environment, the location of the windows in the building, etc. Further, by using the shoji (b), it is possible to prevent a decrease in the temperature of the glass surface from being transmitted to the indoor surface of the shoji holding the glass, and to suppress the occurrence of dew condensation on the indoor surface of the shoji.

Further, in the method for constructing a sash window according to the present invention, (B) as the window frame, each frame is composed of a non-ferrous metal indoor member and an outdoor member, and a heat insulating member connecting the indoor and outdoor members. Prepare the configured window frame, as the shoji,
(A) Each of the frames is made of a non-ferrous metal shoji, and (b) each of the frames is made of a non-ferrous metal indoor member and an outdoor member and a heat insulating member connecting the indoor and outdoor members. Then, the sash window may be constructed by incorporating one of the screens selected from the above (a) and (b) into the window frame of the above (B).

In the present invention, if the sash window is formed by combining the window frame of (B) and the shoji screen of (a), the window frame is provided with a heat insulating member. Insulation performance can be improved as compared with the above, and since the heat insulating member is used only for the window frame, it can be provided at a lower cost than the heat insulating sash. On the other hand, if the sash window is configured by combining the window frame of (B) and the shoji of (b), since the heat insulating members are provided on both the window frame and the shoji, the same heat insulating performance as the heat insulating sash is obtained. can get.

Since each of these sash windows has slightly different heat insulation performance, it is possible to construct an optimal sash window in accordance with the location of the building, the environment, the installation position of the windows, and the like. Further, since the window frame having the heat insulating member is used, even when the outdoor temperature is low, it is possible to suppress the temperature decrease on the indoor side of the window frame, and to suppress the occurrence of dew condensation on the window frame surface. Further, when the sash is an adiabatic sash, it is possible to prevent a decrease in the temperature of the glass surface from being transmitted to the interior surface of the sash holding the glass, and to suppress the occurrence of dew condensation on the interior surface of the sash.

Further, in the method for constructing a sash window according to the present invention, as the window frame, (A) each frame is made of a non-ferrous metal, and (B) each frame is made of a non-ferrous metal room member. And a window frame composed of an outdoor member and a heat insulating member connecting the indoor and outdoor members is prepared. As the shoji, (a) each of the stiles is made of a non-ferrous metal; A sash made of a non-ferrous metal indoor member and an outdoor member and a heat insulating member connecting the indoor and outdoor members is prepared, and one of the window frames (A) and (B) is selected. To
The sash window may be constructed by incorporating one of the sashes selected from the (a) and (b) sashes.

In the present invention, (A) a window frame and (a) a general sash window made of a shoji, and (B)
In addition to the window frame and the (b) insulated sash window made of the shoji, (A) the window frame and the (b) sash window in which only the shoji made of the shoji are made heat-insulating, (B) the window frame and (a) A plurality of types of sash windows can be configured with a sash window in which only a window frame made of a shoji is made to be heat insulating. Since each of these sash windows has a slightly different heat insulation performance, it is possible to construct an optimal sash window according to the location of the building, the environment, the installation position of the windows, and the like.

Further, in the method for constructing a sash window according to the present invention, as the window frame, (A) each frame is made of a non-ferrous metal, and (B) each frame is made of a non-ferrous metal room member. And a window frame comprising an outdoor member and a heat insulating member connecting the indoor and outdoor members; and (C) a window frame comprising each of the frames comprising an outdoor member made of a non-ferrous metal and an indoor member comprising a heat insulating member. And (a) each of the frames is made of a non-ferrous metal, and (b) each of the frames is made of a non-ferrous metal indoor member and an outdoor member, and heat insulation connecting the indoor and outdoor members. (C) Prepare a sash made of a non-ferrous metal outdoor member and an indoor member made of a heat-insulating member, and prepare the sashes (A), (B) and (C). (A), (a),
The sash window may be constructed by incorporating one of the sashes selected from (b) and (c).

In the present invention, (A),
(B), three types of window frames (C), (a), (b),
Since three types of shoji (c) are prepared, a total of nine types of sash windows can be configured by combining them. Since each of these sash windows has a slightly different heat insulation performance, it is possible to construct an optimal sash window according to the location of the building, the environment, the installation position of the windows, and the like. Furthermore, if the (C) window frame or (c) sash made of a heat-insulating member is used for the indoor member, the heat insulation performance can be further improved, and the dew-proofing property can be further improved.

Further, in the method for constructing a sash window according to the present invention, as the window frame, (A) each frame is made of a non-ferrous metal, and (B) each frame is made of a non-ferrous metal interior member. And a window frame composed of an outdoor member and a heat insulating member connecting the indoor and outdoor members is prepared. As the shoji, (a) each of the stiles is made of a non-ferrous metal; A sash made of a non-ferrous metal indoor member and an outdoor member and a heat insulating member connecting the indoor and outdoor members is prepared, and the window frame (A) of the window frames (A) and (B) is prepared. When selected, the sash of (a) is incorporated, and when the window frame of (B) is selected, one of the sashes selected from (a) and (b) is incorporated. A sash window may be constructed.

In the present invention, (A) a window frame and (a) a general sash window made of a shoji screen;
In addition to the window frame and the (b) heat insulating sash window made of a shoji, (B) only the window frame and the window frame made of the (a) shoji constitute a plurality of types of sash windows insulated. Can be. Since each of these sash windows has slightly different heat insulation performance, an optimal sash window can be set according to the location of the building, the environment, the installation position of the windows, and the like.

In the sash window of the present invention, (A) a window frame in which each of the frames is formed of a non-ferrous metal;
(B) a window frame composed of a non-ferrous metal indoor member and an outdoor member, and a heat insulating member connecting the indoor and outdoor members; and (C) a non-ferrous metal outdoor member. ,
A window frame composed of an indoor member made of a heat insulating member is prepared. As the shoji, (a) each of the frames is made of a non-ferrous metal, and (b) each of the frames is made of a non-ferrous metal indoor member. And (c) preparing a sash composed of an outdoor member made of a non-ferrous metal and an indoor member made of a heat-insulating member. When the window frame of (A) is selected,
When the shoji (a) is incorporated and the window frames (B) and (C) are selected, one of the shojis (a), (b) and (c) is selected. The sash window may be installed and installed.

In this case as well, a total of seven types of sash windows, each having a slightly different heat insulation performance, can be formed, and an optimal sash window can be set according to the location of the building, the environment, the installation position of the windows, and the like.

Here, it is preferable that the face material of the shoji is made of one of a single-pane glass and a double glazing. The use of the multi-layer glass makes it possible to improve the heat insulation performance as compared with the case of using a single plate glass, and the heat insulation performance can be set more finely by appropriately using these glasses.

Further, when the sash window of the present invention is used for a sliding window, each of the sash windows is constituted by an outer sash door on the outside and an inner sash on the indoor side. May be the same for each sash, and the dimension between two rail cores for sash guides provided in the window frame may be the same. When a plurality of window frames are prepared, it is preferable that the dimension between the two rail cores of each window frame is the same between the window frames.

In such a sash window, since the dimensions between the rail cores of the window frame and the distance between the doors of each sliding door are the same, the sliding window can be formed by freely combining each sliding door with each window frame. it can.

Further, (B) the heat insulating member of the window frame is arranged on the upper and lower frames of the window frame and the left and right vertical frames four times continuously and along the indoor side of the inner sash, and the two rails are connected to the window frame. Preferably, the outer and inner sashes are provided with a sealing material in contact with the outer surface of each of the rails.
Even when the shoji is closed, a part of the rail is exposed to the outside of the room and is affected by changes in the temperature outside. Is disposed on the indoor side of the rail, it is possible to prevent the temperature change of the rail from being transmitted to the indoor surface of the window frame, and it is possible to further improve the heat insulating performance. Furthermore, by providing a sealing material in contact with the outer surface of each rail on the outer sash and the inner sash, it is possible to prevent outside air from flowing into the indoor side of the sash through the gap between the sash and the rail, thereby further improving the heat insulation performance. Can be.

Further, when the sash window of the present invention is used as a semi-external vertical sliding window, a casement window or the like having a mounting piece formed on a frame at an intermediate portion of the window frame in the indoor and outdoor directions, (B) It is preferable that the heat insulating member of the window frame is provided on the indoor side of the mounting piece. In this way, if the heat insulating member is provided on the indoor side of the mounting piece, heat conduction from the outdoor side of the window frame can be reliably blocked, and the occurrence of dew condensation on the indoor surface of the window frame can be reliably prevented. .

Preferably, the window frames have the same expected dimensions in the indoor and outdoor directions. If the expected dimensions are the same, any one of (A) a window frame made of non-ferrous metal, (B) a window frame having a heat insulating member, and (C) a window frame having an indoor member made of a heat insulating member is used as a building frame. Even when it is mounted on a wall, the mounting structure, the connection with the inner and outer walls, and the like are the same, so that the workability is improved and the appearance design can be improved, so that the second object can be achieved.

[0030]

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS One embodiment of the present invention will be described below with reference to the drawings. In the present embodiment, the present invention is applied to a sliding window. As shown in FIG. 1, (A) a non-ferrous metal general window frame 2 and (B) a heat insulating window having a heat insulating member as a window frame. Two types, frame 1 and 2 are prepared. (A1) Non-ferrous metal window frame with single-pane glass incorporated in single-pane glass, and (a2) Non-ferrous metal window frame with double-layer glass. Three types of general multi-layer shoji 6 and (b) a heat-insulating multi-layer shoji 7 having a heat insulating member are prepared. And
When installed as a sash window in a building, one of the window frames 1 and 2 and one of the shoji screens 5, 6, and 7 are combined to form a sash window which is a drawback due to the location conditions of the building. I have.

FIGS. 2 and 3 are a longitudinal sectional view and a transverse sectional view, respectively, of a sash window 10 in which (B) the heat insulating window frame 1 and (a2) the general multilayered shoji 6 are combined. Insulated window frame 1 is upper frame 1
1. The lower frame 12 and the vertical frames 13 at the left and right ends are joined to form a rectangular frame.

The frames 11, 12, and 13 are made of aluminum outdoor members 11A, 12A, and 13A, which are non-ferrous metals.
And indoor members 11B, 12B, 13B made of aluminum, and heat insulating members 11C, 12C, 13C made of urethane resin for connecting these outdoor members 11A, 12A, 13A and the indoor members 11B, 12B, 13B, respectively. ing.

Each of these frames 11, 12, 13 is
Manufactured by resin injection. That is, the outdoor members 11A, 12A, 13A and the indoor members 11B, 12B
B and 13B are integrally formed by extrusion of aluminum, respectively, and the integrally formed frames 11, 12 and
After the urethane resin is injected into the concave urethane injection pocket 14 of FIG. 13 and cured, the outdoor members 11A, 12
A, 13A and the connecting portions of the indoor members 11B, 12B, 13B are cut and separated by a cutter or the like, so that the frames 11, 1 are separated.
2 and 13 are manufactured. And each heat insulating member 11C,
The frames 12C and 13C are in contact with each other by framing the frames 11, 12, and 13 to form a heat insulating line that is continuous around the window frame 1 four times.

At this time, the inner surface of the urethane injection pocket 14 is subjected to a primer treatment, a shot treatment, a corona discharge treatment and the like, and is made of aluminum outdoor members 11A, 12A, 13A.
In addition, the adhesion (biting) between the indoor members 11B, 12B, 13B and the heat insulating members 11C, 12C, 13C made of urethane resin is improved, and each of the outdoor members 11A, 12B is improved.
A, 13A and the interior members 11B, 12B, 13B have protrusions 15 which are inserted into the heat insulating members 11C, 12C, 13C.
Are formed to fit and hold both sides of the heat insulating materials 11C, 12C, and 13C. Thereby, each outdoor member 11A, 12A of the heat insulation members 11C, 12C, and 13C.
A, 13A and the indoor members 11B, 12B, 13B are strengthened, and the heat insulating members 11C, 12C, 13C are strengthened.
Is sufficient for each of the frames 11, 12, and 13, a sufficient connection strength can be obtained.

Outer and inner upper rails 16 and 17 are provided vertically on the lower surface of the upper frame 11, and outer and inner lower rails 18 and 19 are provided on the upper surface of the lower frame 12. The upper and lower frames 1
Screen door rails 20 are provided on the outside of the rooms 1 and 12, respectively. The rails 16 to 20 are provided on the outdoor members 11A and 12A of the frames 11 and 12, respectively.

On the other hand, (a2) the general multi-layered shoji 6 arranged in the heat insulating window frame 1 is arranged outside the room and
6A and 6B, the inner sash 6B arranged on the indoor side and guided by the inner rails 17 and 19.
And For this reason, the heat insulating members 11C, 12
The heat insulation line by C and 13C is formed along the indoor side of the inner shoji 6B.

The sliding doors 6A and 6B are made of aluminum upper frames 21 and 22, lower frames 23 and 24, left and right vertical frames 25 and 26, outer mating frame 27 and inner mating frame 2, respectively.
8 are assembled in a rectangular frame shape. A double-glazed glass 29 as a face material is fitted to the inner peripheral surface of each of the frames 21 to 28 via a gasket 30.

A sliding piece 31 for sandwiching the upper rails 16 and 17 is fitted into each of the upper frames 21 and 22, and the lower frames 23 and 24 roll on the lower rails 18 and 19. A door roller 32 is rotatably supported. A screen door 33 guided by the screen door rail 20 is disposed movably along the rail 20 outside the doors of these shoji screens 6A and 6B.

Further, each rail 21 to 24 has a rail 1
Seal members 59 that are in contact with 6 to 19 outdoor surfaces are provided. Further, the vertical frames 25 and 26 are also provided with a sealing material 59 which is in contact with the vertical frame 13.

Next, the sash window 40 in which (A) the general window frame 2 and (b) the heat-insulating double-layered shoji 7 are combined will be described with reference to the longitudinal sectional view of FIG. 4 and the transverse sectional view of FIG. . In the following description, the same or corresponding components as those of the sash window 10 are denoted by the same reference numerals, and description thereof will be omitted or simplified.

The general window frame 2 is formed by joining aluminum frames such as an upper frame 41, a lower frame 42, and vertical frames 43 at both left and right sides in a square frame shape. Outer and inner upper rails 16 and 17 are provided vertically on the lower surface of the upper frame 41, and outer and inner lower rails 18 and 19 are provided on the upper surface of the lower frame 42. Screen door rails 20 are provided outside the upper and lower frames 41 and 42, respectively.

The general window frame 2 is different from the heat-insulating window frame 1 by expected dimensions (dimensions in the indoor and outdoor directions, specifically, dimensions L1 in FIG. 1. This L1 is usually about 65 to 75 mm), The positions of the rails 16 to 20 and the dimension between the rail cores (dimension L2 in FIG. 1) are formed to be the same.

The (b) heat-insulating double-layered shoji 7 arranged in the general window frame 2 is arranged on the outdoor side and the outer rail 1
6A and 8B, and a sash 7B which is arranged on the indoor side and guided by inner rails 17 and 19.
And

Each of these shojis 7A and 7B is
52, lower frames 53, 54, left and right vertical frames 55, 56,
The outer mating frame 57 and the inner mating frame 58 are each assembled in a rectangular frame shape. And each frame 51-58
A multi-layer glass 29 as a face material is fitted through a gasket 30 to the inner peripheral surface of the.

The frames 51 to 56 are made of aluminum outdoor members 51A to 56A and aluminum indoor members 51B to 51B, respectively.
56B and heat insulating members 51C to 56C made of urethane resin for connecting the outdoor members 51A to 56A and the indoor members 51B to 56B. Of these, the lower frame 53 of the outer sash 7A has a large height, so that the outdoor member 53A and the indoor member 53B are connected by two heat insulating members 53C.

As shown in FIG. 5, the outer frame 57 of the outer sliding door 7A has a holding side arranged on the indoor side among the two glass holding sides 57A and 57B for holding the multi-layer glass 29. A heat insulating member 57C is arranged so as to insulate 57B from the holding side 57A side. On the other hand, similarly, the inner combination frame 58 of the inner shoji 7B holds the double-glazed glass 29.
Of the two glass holding sides 58A and 58B, two heat insulating members 58C are arranged so as to insulate the holding side 58A arranged outside the room from the holding side 58B side.

Screws are screwed into the heat insulating members 51C to 54C of the upper frames 51, 52 and the lower frames 53, 54 when the upper frames 51, 52 and the lower frames 53, 54 are joined to the vertical frames 55, 56. Hole member 6 constituting a screw hole for use
0 is inserted.

These bishole members 60 are integrally formed in a state where they are connected to the outdoor members 51A to 54A and the indoor members 51B to 54B. After the urethane resin is injected into the pocket 14 including the bishole member 60, the screw holes 60 are formed. By cutting the member 60 and the outdoor members 51A to 54A and the indoor members 51B to 54B with a cutter or the like,
Each of the outdoor members 51A to 54A and the indoor members 51B to 54
B is separated and disposed in the heat insulating members 51C to 54C.

A sliding piece 31 for sandwiching the upper rails 16 and 17 is fitted in each of the upper frames 51 and 52, and the lower frames 53 and 54 are rolled on the lower rails 18 and 19. A door roller 32 is rotatably supported. A screen door 33 guided by the screen door rail 20 is arranged movably along the rail 20 outside the doors of these sliding doors 7A and 7B.

By arranging the screw holes 60 in the heat insulating members 51C to 54C, the upper frames 51, 52 and the lower frames 53, 54 are different from the case where the screw holes and the heat insulating members are displaced in the expected direction. Since the expected size of each of the frames 51 to 54 can be reduced, the estimated size of each of the frames 51 to 54 is the same as that of each of the frames 21 to 24 of the general multi-layered shoji 6. As a result, the size between the outer sliding door 7A of the insulated double-layered sliding door 7 and the door roller 32 of the inner sliding door 7B, that is, the dimension L2 between the rail cores of the general window frame 2 is the same as that of the sliding door 32 of each of the sliding doors 6A and 6B of the general double-layered sliding door 6. The dimensions between them are the same. In addition, outer shoji 7A
Of the screen door 33 is also the same as that of the outer sash 6A, so that the same screen door 33 can be used.

The outdoor member 51A of each of the sliding doors 7A and 7B
A seal member 59 that contacts the outdoor surface of each of the rails 16 to 19 is provided on to 54A, and a seal member 59 that contacts the vertical frame 43 is also provided on the outdoor members 55A and 56A of the vertical frames 55 and 56. .

Next, a sash window 80 in which (B) the heat insulating window frame 1 and (b) the heat insulating multilayer sash 7 are combined will be described with reference to the longitudinal sectional view of FIG. 6 and the transverse sectional view of FIG. . In the following description, the same or corresponding components as those of the sash windows 10 and 40 are denoted by the same reference numerals, and the description thereof will be omitted or simplified.

The heat insulating window frame 1 is composed of an upper frame 11, a lower frame 12, and a vertical frame 13, and the outdoor members 11 of the upper frames 11, 12 are provided.
Upper and lower rails 16 to 19 and screen door rail 20 are formed on A and 12A.

Insulated double-layered shoji 7 arranged in the heat-insulating window frame 1
Is equipped with an outer sash 7A and an inner sash 7B, and each sash 7A, 7B
Are upper frames 51 and 52, lower frames 53 and 54, vertical frames 55 and 5
6. The outer frame 57 and the inner frame 58 are framed. A multi-layer glass 29 as a face material is fitted to the inner peripheral surface of each of the frames 51 to 58 via a gasket 30. The dimension between the door rollers 32 of the outer sliding doors 7A and 7B is the same as the dimension L2 between the rails 18 and 19.

Although three examples of the combination of the window frames 1 and 2 and the shojis 5, 6, and 7 in this embodiment have been described above, other combinations have the same configuration. For example,
(B) The sash window 70 in which the heat insulating window frame 1 and the (a1) general single-panel sliding door 5 are combined, as shown in FIG. The only difference is that the sash window 10 is different from the sash window 10 in that the sash window 5B is arranged. Therefore, FIG. 8 shows only the lower frame and lower frame portion of the sash window.

Each of the shoji screens 5A and 5B includes lower frames 73 and 74,
The upper frame, the left and right vertical frames, the outer mating frame, and the inner mating frame (not shown) are assembled in a rectangular frame shape. A single-pane glass 75 as a face material is fitted to the inner peripheral surfaces of the frames 73 and 74 via a gasket 76. Here, the lower frames 73 and 74 of the sliding doors 5A and 5B, the upper frames and the vertical frames (not shown) have the expected dimensions in the indoor and outdoor directions to the respective frames 21 to 26 of the sliding doors 6A and 6B by the amount of holding the single glass 75. It is smaller than that. However, the door roller 3 of the shoji 5A, 5B
The dimension between the two is the same as the dimension L2 between the rails 18 and 19, that is, the dimension between the door rollers 32 of the sliding doors 6A and 6B.

Further, (A) a sash window in which the general window frame 2 is combined with (a1) the general single-sheet shoji 5 and (A) the general window frame 2
And (a2) the sash window in which the general multi-layered shoji is combined has the same configuration, and a description thereof will be omitted.

In the present embodiment, appropriate window frames 1 and 2 and shoji screens 5 to 7 are taken into consideration in consideration of the area and environment in which the building in which the sash window is to be installed, the location of the sash window in the building, and the like. Various sash windows 10, 40 in combination
70 and 80 are constructed. For example, when heat insulation performance is not so required in a warm region or when a sash window is installed on the south side of a building, a sash window may be constructed by combining the general window frame 2 and the general single-sheet shoji 5. . If it is necessary to improve the heat insulating performance of the shoji by installing a sash window on the north side of the building, etc., the general window frame 2 may be combined with the general multi-layer shoji 6 to improve the heat insulating performance. In this case, a sash window 40 in which the heat insulating multi-layer shoji 7 is combined with the general window frame 2 may be installed.

On the other hand, in order to improve the heat insulating performance of the window frame, a heat insulating window frame 1 is used instead of the general window frame 2, and the sash window 1 in which each of the sashes 5, 6, and 7 is combined with the heat insulating window frame 1.
0, 70, and 80 may be provided. Among them, the sash window 80 in which the heat insulating window frame 1 and the heat insulating multilayer shoji 7 are combined has the highest heat insulating performance.

Further, the sliding doors 5 to 7 were originally provided with the window frames 1 and 2.
The sash windows in which the window frame 1 or 2 has already been installed may be replaced with sashes 5 to 7 as needed to change the heat insulation performance.

According to the present embodiment, the following effects can be obtained. That is, two types of window frames 1 and 2 and three types of shoji screens 5 to 7 are prepared, and these window frames 1, 2 and shoji screens 5 to 7 are freely combined and various sash windows 10 and 4 are prepared.
Since 0, 70, and 80 can be configured, a sash window having necessary heat insulation performance can be easily installed in each building. Therefore, in particular, only the window frame 1 is made of a heat insulating type like the sash windows 10 and 70 in which the heat insulating window frame 1 and the general sash screens 5 and 6 are combined, which is particularly effective in preventing dew condensation on the surface of the window frame 1. Insulation performance of the sash 7 that holds the glass 29 having a particularly large area is improved by using only the sash 7 as a heat insulating type, such as a sash window 40 in which the type and the general window frame 2 and the heat insulating multi-layer shoji 7 are combined. The type and the like can be appropriately selected.

Therefore, the sash windows 10, 40, 70, and 80 having six different levels of heat insulation performance can be formed by combining each of the window frames 1 and 2 and the sashes 5 to 7, and the sash windows can be configured as compared with the conventional case. It is possible to set windows having heat insulation performance in accordance with the installation positions of windows in each building or building. As a result, the insulated window frame 1 and the insulated multi-layered shoji 7 which are higher in cost than the ordinary window frame 2 and the shoji screens 5 and 6 can be used as much as necessary, and an inexpensive sash window suitable for the heat insulating performance. Can be provided. For this reason, the sash window which improved the heat insulation performance without increasing the cost so much can be used even in a region where a conventional sash window was not used in the conventional heat-insulating sash window because the cost was not justified. . Therefore, the cooling and heating effect in the building can be improved, energy can be saved, and the occurrence of dew condensation can be suppressed.

In addition, each of the shoji screens 5 to 7 has one of the window frames 1,
For example, even in a building where a single veneer sliding door 5 has been installed, a sash window in which the thermal insulation performance is changed by replacing the sliding door 5 with another sliding door 6, 7 later. Can be configured. In particular, since the sliding doors 5 to 7 can be removed from the window frames 1 and 2 originally, they can be easily replaced, and the heat insulating performance of the existing sash window can be easily and inexpensively changed.

Further, the expected dimensions of each of the sashes 5 to 7 are almost the same. Particularly, in the case of the heat-insulating multi-layer sash 7, by disposing the screw hole member 60 in the heat insulating materials 51 C to 54 C,
Since the same expected size as that of the general multi-layered shoji 6 can be used, common accessories such as the screen door 33 can be used, and the cost can be reduced accordingly.

The estimated dimensions of the window frames 1 and 2 are set to the dimension L1.
And the expected sizes of each of the shoji screens 5 to 7 are almost the same, so that the structure (fitting) on the skeleton side where the sash window is to be mounted, for example, the mounting structure for the working material inside the sash window and the mounting for the outer wall material Which window frame 1,
The combination of 2 and shojis 5, 6, and 7 can be made common. Therefore, in any combination of sash windows, design and construction can be simplified, workability can be improved, and costs can be reduced.

In addition, even when the types of sash windows to be installed on the south side and the north side in one building are made different depending on the required heat insulation performance, the mounting structure and design can be shared, and The property is good, and it is possible to construct a building with a uniform appearance and interior. Therefore, even in one building, it is possible to appropriately select and install an optimal sash window for each part of the environment such as the southern surface and the northern surface.

Further, in the heat-insulating window frame 1, the heat-insulating members 11C to 13C, which are continuous four times, are provided on the indoor side of the rails 16 to 19, that is, along the indoor side of the inner sashes 6B and 7B. 16 to 19 are outdoor members 11
A, 12A, even if each of the rails 16 to 19 is cooled by touching the outside air, the temperature of the room members 11B, 12B
Can be prevented from being transmitted to the heat exchanger, and the heat insulation performance can be improved. For this reason, in the heat insulating window frame 1, the occurrence of dew condensation can be suppressed as compared with the general window frame 2, and a more comfortable living space can be formed.

In addition, when the heat insulating member is disposed between the inner and outer rails, a part of the heat insulating member and the indoor member is exposed to the outside of the vehicle, so that a resin cover material or the like must be provided. Instead, the number of parts increases and the cost increases, and the cover material is adhered to the rail, so that the thickness of the rail increases by the amount of the cover material, and a shoji is formed according to the rail thickness. Must be different in structure between the shoji for the heat insulating window frame and the shoji for the general window frame.
Although sash windows of various combinations cannot be configured by switching to each other, in the present embodiment, the heat insulating members 11C to 11C are used.
Since the 13C is disposed at a position closer to the indoor side than the rails 16 to 19, a cover material is not required, the cost can be reduced accordingly, and the thickness of the rail in the heat insulating window frame and the general window frame is reduced. This is the same, so that various sash windows can be configured by appropriately combining each window frame and each shoji.

Further, each of the sliding doors 6 and 7 has a rail 16
Sealing material 59 in contact with the outdoor surface and vertical frames 13 and 43
Is provided, it is possible to prevent outside air from flowing into the room from between each of the sashes 6 and 7 and the rails 16 to 19, and to further improve the heat insulation performance. In particular, the insulating multi-layer shoji 7
In, by preventing the inflow of outside air with the sealing material 59, the indoor members 51B to 56B of the shoji 7 can be prevented from being cooled by the outside air, and the heat insulating performance of the shoji 7 can be further improved.

The present invention is not limited to the above embodiment. For example, the heat insulating window frame 1 is not limited to the above-described embodiment, and as shown in FIG. 9, an outdoor member 91 and a room member 92 made of a non-ferrous metal such as aluminum are separately formed, and are made of synthetic resin. It is also possible to use a heat insulating window frame 90 in which two plate-shaped heat insulating members 93 are arranged between the members 91 and 92 and are caulked and connected (B2).

As shown in FIG. 10, a (C1) heat insulating window frame 95 formed by joining an outdoor member 96 made of a non-ferrous metal such as aluminum and a wooden indoor member 97 which is a heat insulating member is used. You may. Further, as shown in FIG. 11, an outdoor member 101 made of a non-ferrous metal such as aluminum and an indoor member 102 made of a synthetic resin such as polyvinyl chloride resin which is a heat insulating member are joined (C2). The window frame 100 may be used.

In short, in the present invention, the heat insulating window frame includes a heat insulating member (a member made of synthetic resin such as urethane or wood) so that the temperature of the outdoor member is not transmitted to the indoor side. What is necessary is just to be comprised. When the heat insulating window frame is used for the sliding window, the indoor and outdoor rails 1 are used.
It is sufficient that the dimension between the cores 6 to 19 is shared by L2. Thereby, which window frame 1, 2, 90, 95, 100
Also, the shoji screens 5 to 7 can be attached. Furthermore, if the expected dimensions of the window frames 1, 2, 90, 95, 100 are shared by the dimension L1, the window frames 1, 2, 90, 95, 100
The mounting structure can be made common when mounting 100 to the skeleton, and the workability in construction can be improved.

Further, the insulating multi-layered shoji 7 is not limited to that of the above-described embodiment. As shown in FIG. 12, an outdoor member 111 and a room member 112 made of a non-ferrous metal are separately molded and made of a synthetic resin. The two plate-shaped heat insulating members 113 are attached to each member 111,
(B2) Insulated double-layered shoji screens 110 may be used.

As shown in FIG. 13, an outdoor member 116 made of a non-ferrous metal and a wooden indoor member 11 which is a heat insulating member.
(C1) may be used. Further, as shown in FIG. 14, an outdoor member 121 made of a non-ferrous metal and an indoor member 122 made of a synthetic resin such as polyvinyl chloride resin, which is a heat insulating member, are joined together (c2). 120 may be used.

In short, the heat-insulating double-layered shoji has a heat-insulating member (a member made of synthetic resin such as urethane or wood) so that the temperature of the outdoor member is not transmitted to the indoor side. It should just be. Further, in the case where the heat-insulating double-layered sliding door is used for a sliding window, the distance between the doors of the indoor and outdoor sliding doors may be the same as the distance L2 between the rail cores of the window frame. Thereby, which shoji screen 5, 6, 7, 110, 11
5,120 can also be attached to the window frame. further,
If the expected dimensions of the shoji are made substantially common, some parts of the shoji do not interfere with the screen door 33, other members such as the screen door 33 can be shared, and the workability of construction can be improved. , Can be provided at low cost.

Further, in the above embodiment, the sash window used as the sliding window has been described.
It can be applied to the construction of various sash windows having window frames and sliding doors such as single sliding windows other than sliding windows, casement windows, sliding windows, vertical sliding windows, raising and lowering windows, inner case windows, outer case windows, etc. .

For example, as shown in FIG. 15, in order to form a vertical sliding window, (A1) a non-ferrous metal general window frame 132 and (B1) a mounting piece 131D attached to the frame are placed on the indoor side. And a heat insulating window frame 131 having a heat insulating member 131C, and (a3) a non-ferrous metal window frame incorporating a single-pane glass into a non-ferrous metal window frame; and (a4) a non-ferrous metal window. General double-layer shoji 1 with double-layer glass incorporated in the frame
36, (b3) Insulating double-layered shoji 1 having the insulating member 137C
37 are prepared, and these window frames 131 and 132 are prepared.
May be combined with one of the shoji screens 135, 136, and 137 to form the vertical sliding window.

Here, one of the general sashes 135 and 136 is combined with the general window frame 132 to form the heat insulating window frame 1.
For 31, one of the shoji screens 135, 136, 137 is appropriately combined. In addition,
The combination of (A1) the general window frame 132 and (b3) the heat-insulating multilayer sash (shoji) 137 may be set as needed, and need not necessarily be set. That is, when the general window frame 132 and the heat-insulating multi-layered shoji screen 137 are combined, only the shoji screen is insulated. This is because the effect is small and not very practical.

In such a vertical sliding window, (A
1) General window frame 132 + (a3) general single-board shoji 135, (A
1) General window frame 132 + (a4) General multi-layer shoji 136, (B
1) Insulated window frame 131 + (a3) general single-sheet shoji 135, (B
1) Insulated window frame 131 + (a4) general multi-layer shoji 136, (B
1) Insulated window frame 131+ (b3) Insulated window sash 137 can be composed of five types (six types if the combination of general window frame 132 + insulated multilayer sash 137 is set). Since these five (6) types of vertical sliding windows have slightly different heat insulation performances, an optimal sash window can be set according to the location of the building, the environment, the installation position of the windows, and the like.

In addition, other than the vertical sliding window, the same setting can be made in a single sliding window, a casement window, a sideways sliding window, a raising / lowering window, an inside opening window, an outside opening window, and the like. Here, when forming a heat insulating window frame in each of these windows, it is sufficient to use a semi-external type and provide a heat insulating member on the indoor side of the mounting piece to the frame. By providing the heat insulating member on the indoor side of the frame mounting piece in this way, heat conduction from the outdoor surface of the window frame can be reliably blocked by the heat insulating member, and the temperature decrease of the indoor surface of the window frame can be suppressed. In addition, the anti-dew performance can be improved. On the other hand, when inner and outer sashes such as sliding windows are provided as in the above-described embodiment, regardless of semi-external or external windows, the heat insulating member of the window frame extends along the indoor side of the inner sash. It may be provided.

Further, various window frames and shoji screens can be freely combined when configuring various windows, so that a common configuration set according to the type of window, for example, a window frame in a sliding window. In this case, the size between the rail cores and the size between the doors of each shoji may be the same, and the other windows may have the same width such as the expected width of each shoji.

Further, when constructing various sash windows including a sliding window and a vertical sliding window, whether or not a combination of a general window frame and a heat-insulating double-layered sliding door is allowed may be appropriately selected in practice. I just need.

Further, the parts other than the heat insulating member of each window frame and sash may be formed of a non-ferrous metal such as aluminum or stainless steel, and the specific material may be appropriately selected according to the environment around the building where it is installed. I just need.

Further, according to the present invention, as in the above embodiment,
(A), two types of window frames 1 and 2 (B) and (a1), (a)
2) and (b) are not limited to those having the three types of shojis 5 to 7. For example, (A) window frame 1, (a) non-ferrous metal shoji (a1 or a2 in the above embodiment) and (B) Two types of shoji (5 or 6) and 7 may be prepared, and the window frame 1 and the shojis 5 and 7 may be appropriately combined to form a sash window, or (B) a window frame. 2 and two types of shoji (5 or 6) and (7) of (a) and (b) may be appropriately combined to constitute a sash window, and (A) a non-ferrous metal window frame;
(B) a window frame having a heat insulating member, and (C) a window frame having a heat insulating indoor member (for example, window frames 95 and 100 of C1 and C2).
Three types of window frames, (a) a non-ferrous metal shoji, (b) a shoji having a heat insulating member, and (c) a shoji having a heat insulating indoor member (for example, shoji 115 and 120 of c1 and c2). A sash window may be configured by appropriately combining with a window frame. In short, the present invention provides at least two or more types of sashes and one or more types of window frames so that the heat insulating performance of the sash window can be made different by appropriately combining these sashes and window frames. What is necessary is just to be comprised.

[0085]

According to the method for constructing a sash window of the present invention as described above, the heat insulation performance can be set in multiple stages, the cost can be reduced according to the performance, and the heat insulation performance of the existing sash window can be easily improved. Can be changed to

If the expected dimensions are the same in various window frames, when installing a general sash window or a heat-insulating sash window, a mounting structure to a building, for example, a mounting structure to a building material or an outer wall material, or an exterior design And the like can be unified, construction workability can be improved, and a building having a unified design and excellent appearance can be obtained.

[Brief description of the drawings]

FIG. 1 is a diagram showing a combination of sash windows according to an embodiment of the present invention.

FIG. 2 is a longitudinal sectional view showing a sash window in which a heat insulating window frame and a general multi-layer shoji in the embodiment are combined.

FIG. 3 is a cross-sectional view showing a sash window in which a heat insulating window frame and a general multi-layered shoji are combined in the embodiment.

FIG. 4 is a longitudinal sectional view showing a sash window in which a general window frame and a heat-insulating double-layer shoji are combined in the embodiment.

FIG. 5 is a cross-sectional view showing a sash window in which the general window frame and the heat-insulating double-layer shoji are combined in the embodiment.

FIG. 6 is a longitudinal sectional view showing a sash window in which the heat-insulating window frame and the heat-insulating double-layer shoji are combined in the embodiment.

FIG. 7 is a cross-sectional view showing a sash window in which the heat-insulating window frame and the heat-insulating double-layer shoji are combined in the embodiment.

FIG. 8 is a longitudinal sectional view showing a lower structure of a sash window obtained by combining the heat insulating window frame and a general single-sheet shoji in the embodiment.

FIG. 9 is a longitudinal sectional view showing a lower frame of another heat insulating window frame according to the present invention.

FIG. 10 is a longitudinal sectional view showing a lower frame of another heat insulating window frame according to the present invention.

FIG. 11 is a longitudinal sectional view showing a lower frame of another heat insulating window frame according to the present invention.

FIG. 12 is a longitudinal sectional view showing a lower frame of another heat-insulating double-layer shoji according to the present invention.

FIG. 13 is a longitudinal sectional view showing a lower frame of another heat-insulating double-layer shoji according to the present invention.

FIG. 14 is a longitudinal sectional view showing a lower frame of another heat-insulating double-layer shoji according to the present invention.

FIG. 15 is a diagram showing a combination of sash windows in a modified example of the present invention.

[Explanation of symbols]

1,90,95,100,131 ... insulated window frame, 2,13
2 ... General window frame, 5,135 ... General single board shoji, 6,136
... General multi-layer shoji, 7,110,115,120,137
… Insulated double-layer shoji, 10,40,70,80… Sash window,
11, 41 ... upper frame, 12, 42 ... lower frame, 13, 43 ... vertical frame, 21, 22, 51, 52 ... upper frame, 23, 24, 5
3, 54, 73, 74 ... lower frame, 25, 26, 55, 56
... vertical stile, 27, 57 ... outer mating frame, 28, 58 ... inner mating frame, 11A, 12A, 13A, 51A, 52A, 53
A, 54A, 55A, 56A, 91, 96, 101, 1
11, 116, 121 ... outdoor member, 11B, 12B, 1
3B, 51B, 52B, 53B, 54B, 55B, 56
B, 92, 97, 102, 112, 117, 122 ... indoor members, 11C, 12C, 13C, 51C, 52C, 5
3C, 54C, 55C, 56C, 93, 113, 131
C, 137C: heat insulating material.

 ────────────────────────────────────────────────── ─── Continuation of front page (72) Inventor Minoru Ito 5-6-8 Ichikawaminami, Ichikawa-shi, Chiba F-term (reference) 2E013 BA00 BB00 BC03 BE02 BE03

Claims (12)

[Claims] 1. A window frame in which an upper frame, a lower frame, and left and right vertical frames are framed four times, and a shoji screen in which an upper frame, a lower frame, and left and right vertical frames are assembled into a four-frame frame and face materials are incorporated. A method for constructing a sash window, comprising: (A) preparing a window frame formed of a non-ferrous metal as the window frame; and (a) forming each frame as a non-ferrous metal as the shoji. (B) Prepare a shoji, in which each frame is composed of a non-ferrous metal indoor member and an outdoor member, and a heat insulating member connecting the indoor and outdoor members. A method for constructing a sash window, comprising selecting one of the shoji screens and incorporating the sash window into the window frame of (A). 2. A structure comprising a window frame in which an upper frame, a lower frame, and left and right vertical frames are framed four times, and a shoji screen in which an upper frame, a lower frame, and left and right vertical frames are assembled into a four-frame frame and face materials are incorporated. (B) a window frame in which each frame is composed of a non-ferrous metal indoor member and an outdoor member, and a heat insulating member connecting the indoor and outdoor members. And (a) each of the frames is made of a non-ferrous metal, and (b) each of the frames is made of a non-ferrous metal indoor member and an outdoor member, and heat insulation connecting the indoor and outdoor members. A sash made of a member and a sash window is constructed by selecting one of the sashes (a) and (b) and incorporating the sash window into the window frame of (B). Construction method of sash window. 3. A window frame in which an upper frame, a lower frame, and left and right vertical frames are framed four times, and a shoji screen in which an upper frame, a lower frame, and left and right vertical frames are assembled into a four-frame frame and face materials are incorporated. A method for constructing a sash window, comprising: (A) a window frame formed of a non-ferrous metal as each of the window frames; and (B) an indoor member and an outdoor member made of a non-ferrous metal. A window frame composed of a heat insulating member connecting the indoor and outdoor members is prepared. As the shoji, (a) each of the frames is made of a non-ferrous metal, and (b) each of the frames is
A shoji made of a non-ferrous metal indoor member and an outdoor member and a heat insulating member connecting the indoor and outdoor members is prepared, and one of the window frames (A) and (B) is selected. A method for constructing a sash window, comprising: selecting one of the shoji (a) and (b) and incorporating the selected shoji into a selected window frame to construct a sash window. 4. A structure comprising a window frame in which an upper frame, a lower frame, and left and right vertical frames are framed four times, and a shoji screen in which an upper frame, a lower frame, and left and right vertical frames are assembled into a four-frame frame and face materials are incorporated. A method for constructing a sash window, comprising: (A) a window frame formed of a non-ferrous metal as each of the window frames; and (B) an indoor member and an outdoor member made of a non-ferrous metal. (C) preparing a window frame composed of an outdoor member made of a non-ferrous metal and an indoor member composed of a heat-insulating member; As the shoji, (a) each frame is made of non-ferrous metal, and (b) each frame is made of a non-ferrous metal indoor member and an outdoor member, and a heat insulating member connecting the indoor and outdoor members. (C) installing each of the frames in a room made of a non-ferrous metal outdoor member and a heat insulating member A sash made of materials is prepared, and one of the sashes (A), (B) and (C) is selected, and the sashes (a), (b) and (c) are selected. A sash window is constructed by selecting one of the sashes, and incorporating the selected sash into a selected window frame to construct a sash window. 5. A window frame comprising an upper frame, a lower frame, and left and right vertical frames having a four-frame structure, and a shoji having an upper frame, a lower frame, and left and right vertical frames assembled into a four-frame frame and incorporating a face material. A method for constructing a sash window, comprising: (A) a window frame formed of a non-ferrous metal as each of the window frames; and (B) an indoor member and an outdoor member made of a non-ferrous metal. A window frame composed of a heat insulating member connecting the indoor and outdoor members is prepared. As the shoji, (a) each of the frames is made of a non-ferrous metal, and (b) each of the frames is made of a non-ferrous metal. When a window frame (A) is selected from among the window frames (A) and (B), a sash made of the indoor member and the outdoor member and the heat insulating member connecting the indoor and outdoor members is prepared. Incorporates the shoji (a) and, when the window frame (B) is selected, the obstacles (a) and (b) A method for constructing a sash window, wherein the sash window is constructed by incorporating one of the selected shojis. 6. A window frame comprising an upper frame, a lower frame, and left and right vertical frames having a four-frame structure, and a shoji having an upper frame, a lower frame, and left and right vertical frames assembled into a four-frame frame and incorporating a face material. A method for constructing a sash window, comprising: (A) a window frame formed of a non-ferrous metal as each of the window frames; and (B) an indoor member and an outdoor member made of a non-ferrous metal. (C) preparing a window frame composed of an outdoor member made of a non-ferrous metal and an indoor member composed of a heat-insulating member; As the shoji, (a) each frame is made of non-ferrous metal, and (b) each frame is made of a non-ferrous metal indoor member and an outdoor member, and a heat insulating member connecting the indoor and outdoor members. (C) installing each of the frames in a room made of a non-ferrous metal outdoor member and a heat insulating member When a sash made of materials is prepared, when the window frame of (A) is selected, the sash of (a) is incorporated, and when the window frames of (B) and (C) are selected, A sash window is constructed by selecting and incorporating one of the sashes of (a), (b) and (c). 7. The sash window construction method according to claim 1, wherein the face material of the sash is made of one of a single-pane glass and a double-glazing. Window construction method. 8. The method for constructing a sash window according to claim 1, wherein each of the sashes is provided with an outer sash outside the room and an inner sash outside the room. The dimensions between the door wheel and the door wheel of the inner sash are the same for each sash, and the window frame is provided with two rails inside and outside that guide the outer sash and the inner sash. A method for constructing a sash window, wherein the dimension between the two rail cores is the same as the dimension between the outer door and the inner door of each shoji. 9. The method for constructing a sash window according to claim 3, wherein each of the sashes is provided with an outer sash on the outside and an inner sash on the indoor side, and a door wheel of the outer sash. The dimensions between the door and the door of the inner shoji are the same for each of the shojis, and the window frames are provided with two rails both inside and outside that guide the outer shoji and the inner shoji, respectively. The distance between the two rail cores is the same as the distance between the outer sliding door door and the inner sliding door door of each sash, and the distance between the two rail cores of each window frame is also each window frame. A method for constructing a sash window, wherein the sash windows are identical. 10. The method for constructing a sash window according to claim 8, wherein the (B) heat insulating member of the window frame is continuous with the upper and lower frames and left and right vertical frames of the window frame for four times and has an inner shoji. The two rails are formed on an outdoor member of a window frame, and the outer and inner sashes are provided with a sealing material that is in contact with the outer surface of each of the rails. A method for constructing a sash window, characterized in that: 11. The method for constructing a sash window according to claim 2, wherein the window frame has a half-outside portion formed with an attachment piece to a frame at an intermediate portion of the window frame in the indoor and outdoor directions. A method for constructing a sash window, comprising: a window frame for an additional window, wherein the heat insulating member of the window frame is provided closer to the room than the mounting piece. 12. The sash window construction method according to claim 3, wherein each of the window frames has the same expected size in the indoor and outdoor directions. Construction method.