JP3232047B2 - Insulation sash - Google Patents

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a heat insulating sash in which a metal indoor frame and an outdoor frame are connected via an insulating material interposed body, and the interposed body prevents heat conduction between the two frames. About.

[0002]

2. Description of the Related Art A metal sash is formed by vertically framed metal upper and lower horizontal frame members and left and right vertical frame members. 45 each
There are two types: abutting type, which has end surfaces inclined at ゜, and connects these end surfaces and connects them with screws, and a pinching type, which connects the upper and lower horizontal frame members at the ends of the left and right vertical frame members and connects them with screws. And what is formed by the latter type of framework is easy to assemble and pack.

[0003] In addition, depending on the manner of mounting the interposed body, the end of the interposed body is fitted into the connection groove of each frame material inside and outside the room as shown in Japanese Patent Application Laid-Open No. 57-100280. Then, a so-called caulking method is adopted, which is formed by caulking the groove edge of the connecting groove into the edge of the interposed body, and a hollow material is used as shown in Japanese Utility Model Publication No. 60-40780. Alternatively, a dovetail-shaped connecting portion is provided, and after the interposing material is filled and solidified in this portion, a part of the wall forming the connecting portion is removed by cutting over the entire length of the mold material in the longitudinal direction to expose the interposing body. In addition, there is a type that employs a so-called filling method of separating a mold material into and out of a room. In any of these methods, a groove is formed between the frame member on the indoor side and the frame member on the outdoor side and the interposed body connecting these members, over the entire length in the longitudinal direction of the frame member.

FIGS. 19 and 20 show the configuration of a corner portion of a heat insulating sash according to a conventional example which is framed by the sandwiching type and employs a caulking method.

In these figures, 1 is a vertical frame material of the indoor frame 2, 3 is a lower horizontal frame material of the indoor frame 2, 4 is a vertical frame material of the outdoor frame 5, and 6 is a lower horizontal material of the outdoor frame 5. The frame members, 7a and 7b are interposed bodies connecting the vertical frame members 1 and 4, 8a and 8b are interposed bodies connecting the horizontal frame members 3 and 6, and 9 is a caulking sealer. The caulking sealer 9 is adhered to the lower end surface of a vertical frame composed of the interposed bodies 7a and 7b and the vertical frame members 1 and 4, and has a lower side composed of the interposed bodies 8a and 8b and the horizontal frame members 3 and 6. It is sandwiched between the end surface of the horizontal frame and the lower end surface of the vertical frame.

Reference numeral 10 denotes a recess formed in the end face of the lower frame, and the inside thereof has an outdoor side edge 1a of the vertical frame member 1 and an indoor side edge of the vertical frame member 4 which cover the edge of the interposed body 7a. The portion 4a is housed. 3a is an outdoor side edge of the lower horizontal frame member 3 covering the edge of the interposition body 8a, and 6a is an indoor side edge of the lower horizontal frame member 6 also covering the edge of the interposition body 8a. .

Then, the intervening body 7a and the indoor and outdoor edge portions 1a,
4a, a groove 11 having the bottom wall of the interposed body 7a is formed over the entire length of the vertical frame, and the interposed body 8a is formed by the interposed body 8a and the indoor and outdoor edges 3a, 6a. Groove 12 as wall
Are formed over the entire length of the lower horizontal frame. Each of these grooves 11, 12 faces outside.

In such a configuration, the end face opening of the groove 12 is temporarily closed by the caulking sealer 9, but the groove 11 extending in the vertical direction is parallel to the caulking sealer 9, and thus is not closed. Therefore, the groove 11 serves as a water passage, through which rainwater passes to the back side of the lower horizontal frame member, and wets the window sill of the frame supporting the heat insulating sash from the back side. The same applies to the sash corner formed by the vertical frame member and the upper horizontal frame member.

Therefore, conventionally, at a construction site where an insulating sash is attached to a skeleton, a filler such as butyl rubber or silicon rubber is manually applied to a portion located at a sash corner portion such as a groove 11 by a construction company. Filling work is performed to make the sash corner waterproof.

[0010]

According to the conventional insulation sash in which the waterproofing treatment is performed at the sash corners by the contractor at the construction site as described above, there is a possibility that the waterproofing treatment may be forgotten. At the same time, even if the waterproofing process is performed, it is unavoidable that the waterproof performance varies depending on the skill of the worker. Therefore, the conventional heat-insulating sash framed by the sandwiching type has a problem that the workability of the mounting work is poor and the reliability of waterproofing at the sash corner portion cannot be reliably ensured.

An object of the present invention is to provide a heat insulating sash capable of improving the workability of mounting work and improving the reliability of waterproofing at a sash corner portion.

[0012]

According to a first aspect of the present invention, there is provided a heat insulating sash formed of a metal upper and lower horizontal frame member and a metal left and right vertical frame member. and a compartment frame and the outdoor frame to be linked via Rutotomoni heat insulating material made of vertical and horizontal medium members, said upper and lower horizontal frame members is
A screw that is sandwiched between both ends of the left and right vertical frame members, and a screw passing through an end portion of the other frame member is screwed into a screw receiving portion of the one frame member, and the frame is formed, and The indoor side edge and the outdoor side edge along the longitudinal direction of each of the interposed bodies,
In the heat-insulating sash covered by the upper and lower horizontal frame members and the left and right vertical frame members of the indoor frame and the respective indoor side edges of the upper and lower horizontal frame members and the left and right vertical frame members of the outdoor frame, respectively, Of the left and right interposed bodies, at least the left and right interposed bodies, at least at the lower ends of the left and right interposed bodies, are provided in advance with groove filling means made of a low heat conductive material in front of the framework. The groove filling means and the outdoor side edge of the indoor frame and the indoor side edge of the outdoor frame are flush with each other, and the groove filling means comprises an outdoor side edge of the indoor frame and an indoor side edge of the outdoor frame. The space formed by the opposing surfaces of the portions and the surface on the inner peripheral side of the sash of the interposed body is filled and cured in a liquid state, and the outdoor edge of the indoor frame is connected to this edge The interior frame is flush with the inner surface of the flat wall portion. The indoor side edge of the outdoor frame is flush with the inner surface of the flat wall portion of the outdoor frame connected to the edge, and the inner surface and the surface of the groove filling means are in contact with each other. They are flush with each other via the edge. Further, the heat insulating sash according to claim 2 is such that the groove filling means formed by filling and curing in the liquid state of claim 1 is replaced by a groove filling means formed by a solid piece separate from the interposed body. Further, a heat insulating sash according to claim 3 is a heat insulating sash according to claim 1, wherein the groove filling means, which is filled and cured in a liquid state, is filled and cured in a liquid state, and Instead of the groove filling means made of a separate solid piece.

[0013]

[0014]

[0015]

As described above in detail, in the heat insulating sash according to the first to third aspects, the groove filling means for preventing rainwater or the like from passing from the sash corner portion toward the frame is provided.
It is installed separately from the interposer and has a configuration that is prepared in advance at the factory shipment stage before the sash framework, so that you do not forget to waterproof at the sash corner at the installation site and improve its waterproof performance. Since there is no variation, the reliability of waterproofing of the sash corner portion can be improved, and the waterproofing process for the sash corner portion at the installation site of the heat insulating sash can be simplified if not omitted. The workability of attaching the sash to the skeleton can be improved. In addition, since there is no streak or the like that can extend to the entire length in the longitudinal direction of the frame material and pass through the sash corner part to the back side thereof,
The reliability of waterproofing at the sash corner can be further improved.

[0016]

[0017]

[0018]

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Hereinafter, a first embodiment of the present invention will be described with reference to FIGS. As shown in FIGS. 2 and 3 showing the entire configuration of the heat insulating sash according to the first embodiment, the sash includes a metal indoor frame 21 facing the room, a metal outdoor frame 22 facing the outside, There are upper, lower, left and right interposed bodies 23 to 30 connecting the frames 21 and 22.

The indoor frame 21 is formed by forming upper and lower horizontal frame members 31 and 32 and left and right vertical frame members 33 and 34 made of an extruded aluminum alloy into a frame by a so-called sandwich system as described later. I have.

As shown in FIG. 2, the upper horizontal frame member 31 is
It has a tapping hole 35 as a screw receiving portion and a seal material attaching portion 36, which extend over the entire length of the upper horizontal frame member 31 in the longitudinal direction and are integrally formed. Similarly, the lower horizontal frame member 32 also has a tapping hole 37 as a screw receiving portion and a seal material attaching portion 38, which also extend over the entire length of the lower horizontal frame member 32 in the longitudinal direction and are integrally formed. Is formed.

As shown in FIG. 3, the left vertical frame member 33 is integrally formed with a seal material attaching portion 39 extending in the longitudinal direction thereof, and the right vertical frame member 34 is provided with a seal member extending in the longitudinal direction thereof. The material mounting part 40 is formed integrally. As shown in FIG. 1, the seal material attachment portions 39 and 40 are formed shorter than the entire length of the left and right vertical frames 33 and 34 with both upper and lower ends removed.
The upper and lower end surfaces of the seal material attaching portions 39 and 40 are separately brought into contact with both longitudinal end portions of the seal material attaching portions 36 and 38, respectively.

The outdoor frame 22 is also formed by forming upper and lower horizontal frame members 41 and 42 and left and right vertical frame members 43 and 44 made of an extruded aluminum alloy into a frame by a so-called sandwiching method as described later. I have.

As shown in FIG. 2, the upper horizontal frame member 41 is
It has a tapping hole 45 as a screw receiving portion and a seal material attaching portion 46, which extend over the entire length of the upper horizontal frame member 41 in the longitudinal direction and are integrally formed. Similarly, the lower horizontal frame member 42 also has a tapping hole 47 as a screw receiving portion and a seal material attaching portion 48, and these also extend over the entire length of the lower horizontal frame member 42 in the longitudinal direction and are integrally formed. Is formed.

As shown in FIG. 3, the left vertical frame member 43 is integrally formed with a sealing material mounting portion 49 extending in the longitudinal direction thereof, and the right vertical frame member 44 also has a seal member extending in the longitudinal direction thereof. The material mounting portion 50 is formed integrally. As shown in FIG. 1, the seal material attaching portions 49 and 50 have both upper and lower ends removed, are shorter than the entire length of the left and right vertical frames 43 and 44, and have the seal material attaching portions 49 and 50. The upper and lower end faces of the seal material mounting part 4
6 and 48 are individually abutted on both ends in the longitudinal direction.

The intermediate members 23 to 30 are each formed of a hard or semi-rigid heat insulating material such as a synthetic resin such as nylon, polyethylene, and vinyl chloride. Upper and lower body 23 ~
Reference numeral 26 denotes a strip having the same length as the entire length of the upper and lower horizontal frame members 31, 32, 41, and 42.
Reference numeral 30 is a strip having the same length as the entire length of the left and right vertical frame members 33, 34, 43, 44. Both edges f1 and f2 (see FIGS. 1 and 4) along the length direction of each of the interposed bodies 23 to 30 are
It is gradually widened so as to be thicker than the middle part between them.

The upper intermediate members 23 and 24 are interposed between the upper horizontal frame members 31 and 41 in parallel with each other, and are provided in a bridge shape by connecting the two frame members 31 and 41 together. The lower interposed bodies 25 and 26 are also interposed between the lower horizontal frame members 32 and 42 in parallel with each other, and are provided in a bridge shape by connecting the both frame members 32 and 42. Similarly, the left intermediate members 27 and 28 are interposed between the left vertical frame members 33 and 43 so as to be parallel to each other.
3 and 43 are connected in a bridge shape, and the right intervening bodies 29 and 30 are also interposed between the right vertical frame members 34 and 44 so as to be parallel to each other.
4, 44 are connected to form a bridge.

Each of the interposed bodies 23 to 30 is provided with a corresponding frame material 31.
To 34, 41 to 44 by a caulking method. This connection is made with the left vertical frame member 3 on the indoor side shown in FIG.
3 will be described as a representative example.

That is, reference numerals 55 and 56 in FIG. 6 denote connecting grooves which extend over the entire length of the left vertical frame member 33 in the longitudinal direction and are integrally formed. In the state after the extrusion molding, the connection groove 55 is formed between the outdoor side edge 57 of the indoor frame 21 as a caulking edge and the wall 58 facing the same, and forms a dovetail cross section. Outdoor edge 57 located on the front side
Is inclined with respect to a flat wall portion 59 forming an inner surface of the sash of the vertical frame member 33 so as to gradually move away from the wall portion 58. The connecting groove 56 is formed between the caulked edge 60 and the wall 61 facing the caulked edge to form a dovetail cross section, and the caulked edge 60 located on the back side of the sash gradually moves away from the wall 61. So that it is inclined.

The edge f1 of the interposed bodies 27 and 28 is shown in FIG.
Are separately fitted into the connection grooves 55 and 56, respectively, as shown by the two-dot chain lines in FIG. This fitting is performed by inserting the connecting grooves 55 and 56 from one end in the longitudinal direction to one end of the interposed bodies 27 and 28 in the longitudinal direction. Thereafter, a force indicated by an arrow in FIG.
In addition to 60, by performing caulking to separately approach these to the wall portions 58 and 61, the edge f1 of the interposition body 27 is sandwiched between the outdoor side edge 57 and the wall portion 58, and at the same time, The edge f1 of the interposition body 28 is sandwiched between the wall 61 and the caulked edge 60.

The connection between the other edge f2 of the interposed bodies 27 and 28 and the left vertical frame member 43 on the outdoor side is the same, and the processing is, of course, performed simultaneously with the caulking processing. It is. Further, since the same applies to the connection between other frame members, the same components are denoted by the same reference numerals in FIGS. 1, 4 and 5, and the description thereof will be omitted. It shows the indoor side edge of each of the frame members 41 to 44 on the outdoor side, which sandwiches the edge f2 of the interposition body 27 between the frame member 41 and the wall 58.

By the caulking as described above, the intermediate body 2
The left vertical frame members 33 and 43 are connected to each other via 7, 28 to form a left vertical frame. Similarly,
The right vertical frame members 34, 44 are connected via the intervening bodies 29, 30 to form a left vertical frame, and the upper horizontal frame members 31, 41 are interposed via the intervening bodies 23, 24. Are connected to each other to form an upper horizontal frame, and the lower horizontal frame members 32 and 42 are connected to each other via the intermediary bodies 25 and 26, thereby forming a lower frame member. .

Each of the outdoor side edges 57 deformed by pressurizing by the caulking process is connected to the indoor frame 2 connected thereto.
Is provided flush with the flat wall portion 59, and the outdoor side edge portion 57 of the indoor frame 21 and the wall portion 59 form the same plane facing the inside of the sash. Similarly, each indoor side edge portion 62 is provided flush with a flat wall portion 63 of the outdoor frame 22 connected thereto,
The indoor side edge 63 and the wall of the outdoor frame 22 form the same plane facing the inside of the sash.

In addition, due to the connection by the caulking process, each outdoor side edge portion 57 is formed by the edge portions of the intermediate members 23, 25, 27, 29.
f1 and each indoor side edge 61 is
Cover edge f2 of 5, 27, 29. Thereby, between each outdoor side edge 57 and each indoor side edge 61 facing each other,
Intermediate members 23, 25, 27, 29 located between them
Up and down and left and right grooves 64 to 67 (FIG.
(See FIG. 5). These grooves 64-6
7 is provided over the entire length of the vertical frame or the horizontal frame in the longitudinal direction, and faces the inside of the sash.

A butyl rubber 68 as a groove filling means is adhered to both ends of the grooves 64 to 67 in the length direction, in other words, to both ends of the upper, lower, left and right interposed bodies 23 to 30. Butyl rubber 68 filling the ends of the grooves 64-67
Has a thermal conductivity equal to or lower than the thermal conductivity of the interposers 23 to 30.

The rubber 68 is provided by filling the groove in a liquid state using a filling device (not shown) and curing the liquid, and is adhered to all surfaces in contact with the inner surfaces of the grooves 64 to 67. The surface of the butyl rubber 68 is
1 and the indoor side edge 62 of the outdoor frame 22.
It is flush with the inner surface (the surface facing the inside of the sash). Therefore, the surface of the butyl rubber 68 and the inner surfaces of the wall portions 59 and 63 are flush with each other via the edges 57 and 62.

In this case, "the flush" means that the surface of the butyl rubber 68 is sashed with respect to the inner surfaces of both edges 57 and 62 as long as the desired function due to the provision of the butyl rubber 68 is within an error range. Of course, it may include a slight protrusion toward the inside or a slight recess toward the back side of the sash.

In place of the butyl rubber 68, the grooves 64 to 64 are formed in advance to the same length as the length in which the butyl rubber 68 is provided.
Neoprene rubber (groove filling means) having the same cross section as the cross section of the groove 67 may be inserted and attached to both ends of the grooves 64 to 67 where the adhesive is applied. Similarly, instead of the butyl rubber 68, a hot melt (adhesive using a thermoplastic synthetic resin that melts at a high temperature) may be filled and bonded in a length range where the butyl rubber 68 is provided. The hot melt is, for example, EC3748 (trade name, manufactured by Sumitomo 3M Limited). The filling is performed by first injecting the wedge-shaped space on the back side of the edges 57 and 62, and then injecting the space between them. This is performed by bringing the surface of the holding plate made of a flat plate, on which the fluorinated resin layer is provided, into contact with an uncured hot melt and curing while holding down the hot melt.

On the inner surface of the sash formed of the same plane at both upper and lower ends of the left and right vertical frames having the above-described structure, a flexible caulking sealer 69 is formed by covering this surface and forming synthetic rubber or the like in a sheet shape. FIGS. 1, 4 and 5 show only those provided at the lower end of the left vertical frame as a representative.)
Is installed. The caulking sealer 69 has a shape slightly larger than the size of the end surfaces of the upper and lower horizontal frames. These caulking sealer 69 and butyl rubber 6
Numeral 8 is provided beforehand at the stage of factory production.

The upper and lower horizontal frames and the left and right vertical frames are framed by a sandwiching type to form a sash. Specifically, the left and right end surfaces of the upper and lower horizontal frames are brought into contact with the inner surfaces of the upper and lower ends of the left and right vertical frames via the caulking sealer 69,
The upper and lower horizontal frames are sandwiched between the upper and lower ends of the left and right vertical frames, and the screws 70 (FIG. 5) which are separately screwed into the tapping holes 35 and 37 through the left and right vertical frames and the caulking sealer 69, respectively.
(Only one is shown).

As shown in FIG. 2 and FIG. 3, the single-piece door 81 for opening and closing the inner opening of the heat-insulating sash having the above structure is provided.
Are rotatably mounted via upper and lower hinge devices 82 and 83, and the one-sided door 81 and the insulating sash form an insulating window. The upper hinge device 82 is provided by connecting the upper frame of the single door 81 and the upper horizontal frame member 41 on the outdoor side, and the lower hinge device 83 is connected to the lower frame of the single door 81 and the lower part of the outdoor side. It is provided so as to be connected to the side horizontal frame member 42, and supports the single door 81 so that it can be opened and closed with the right vertical frame member 44 side as a pivot point.

The upper, lower, left and right frames of the single door 81 are insulated frame frames having an indoor frame frame 85 and an outdoor frame frame 86 connected via an intermediary body 84. The structure of the interposer 84 and the connection between the interframe 84 and the two frame frames 85 and 86 are the same as those of the heat insulating sash (a caulking sealer is not used), and the detailed description thereof will be omitted. Furthermore, a double-glazed glass 87 that is insulated from each other is attached to the inside of the heat-insulating frame of the single door 81.

In FIGS. 2 and 3, reference numeral 88 denotes a window stand, 89 denotes a lintel, 90 denotes a window post, 91 denotes a tongue plate, and 92 denotes a decorative plate, all of which are made of wood. Reference numeral 93 denotes a sealing member attached to the indoor frame 2 in an annular shape, and reference numeral 94 denotes a sealing member attached to the outdoor frame 5 in an annular shape, which is designed to seal air-tightness between the heat insulating sash and the single-sided door 81. I have. 9
5 is a rubber packing, and 96 is a lock.

As described above, the heat insulating sash is assembled into a rectangular frame by connecting the upper and lower horizontal frames and the left and right vertical frames with the screws 70 at the site of the installation work. By the way, at both ends of the interposed bodies 23 to 30 of the upper, lower, left and right frames,
At the time of shipment from the factory, a butyl rubber 68 is already provided as a groove filling means, and this rubber 68 is used as the outdoor side edge portion 57 and the outdoor side frame material of the indoor side frame members 31 to 34 of the upper, lower, left and right frames. The ends of the grooves 64 to 67 formed between the indoor side edges 62 of 41 to 44 and the interposed bodies 23 to 30 connecting these two frame members are filled. That is, both ends of the grooves 66, 67 of the left and right vertical frames are closed with butyl rubber 68, and both ends of the grooves 64, 65 of the upper and lower horizontal frames are filled with butyl rubber 68.
It is closed by.

Therefore, with the framework of the upper, lower, left and right frames at the construction site of the installation of the heat insulating sash, no water passage leading to the back side (body side) is formed at the sash corner. Moreover, since the butyl rubber 68 is already provided at the factory shipment stage as described above,
Compared to the case where it is assumed that the waterproofing is performed on site, there is no need to forget the mounting, and there is no variation in the waterproofing. In addition, relatively deep scratches (recesses) over the entire length in the longitudinal direction of the frame members 31 to 34, 41 to 44 are not formed near the indoor side edge portion 62 and the outdoor side edge portion 57. In the corner portion, a water passage that passes through the back side is not formed.

Therefore, after the installation of the heat insulating sash, rain water and the like can be reliably prevented from passing through the sash corner portion toward the frame, particularly the window sill 88, by the butyl rubber 68. Corrosion can be prevented. Therefore, it is possible to omit the waterproof treatment for the sash corner portion at the construction site where the sash is attached to the skeleton. Alternatively, even in the case where a waterproofing treatment for applying a sealing material is performed as necessary in order to more completely waterproof the sash corner portion, the application amount can be reduced and the work at the construction site can be simplified. As described above, since the waterproofing measures at the construction site can be omitted or reduced, the work of attaching the heat insulating sash can be easily performed.

Since the butyl rubber 68 is a low thermal conductive material, even if the indoor side edge portion 62 and the outdoor side edge portion 57 are continuous through this, the indoor frame 2
It is possible to prevent heat conduction between the outdoor frame 5 and the outside.
Therefore, the intended heat insulating function as a heat insulating sash is not impaired, and is effective in dew condensation measures and the like.

The second embodiment shown in FIG. 7 and FIG.
Except for the difference in the configuration of the groove filling means, the configuration is the same as that of the first embodiment, including portions not shown, and the same components are denoted by the same reference numerals as the corresponding components of the first embodiment. Is omitted, and only the groove filling means will be described below.

The groove filling means of this embodiment is composed of a neoprene rubber 101 disposed at an interval and a hot melt 10
2 are formed. Neoprene rubber 101 has groove 64
To 67 (represented by the groove 67) are formed in advance with the same cross-sectional shape as the cross-sectional shape of the groove 67, and are fitted and fixed to both ends of the groove 67 via an adhesive (not shown).
The hot melt 102 is injected between the neoprene rubbers 101, and then the surface of the holding plate made of a flat plate, on which the fluorine resin layer is provided, is brought into contact with the uncured hot melt 102,
This is performed by curing while holding down the hot melt 102.

The surfaces of the neoprene rubber 101 and the hot melt 102 are flush with the inner surface of the outer edge 57 and the inner surface of the inner edge 62, and the hot melt 102 is connected to the outer edge 57 and the chamber by the attachment. The wedge-shaped space on the back side of the inner edge portion 62 is easily filled and provided.

Since the groove filling means having such a structure is already provided at the factory shipment stage, the desired object of the present invention can be achieved in the second embodiment as well as in the first embodiment.

The third embodiment shown in FIGS. 9 and 10 has the same configuration as that of the first embodiment, except for the portion not shown, except for the configuration of the groove filling means. The same reference numerals as those in the first embodiment denote the same parts, a description thereof will be omitted, and only the groove filling means will be described below.

The groove filling means of this embodiment is a groove filling piece 111 preformed from a low heat conductive material such as neoprene rubber or vinyl chloride resin.
As shown in FIGS. 10 (A) and 10 (B), 1 has a tapered tip in the shape of a shogi piece, and both side edges 112 parallel to each other are formed by the outdoor side edge 57 and the indoor side edge 62. It is formed diagonally so as to just enter the wedge-shaped space on the back side. The groove filling piece 111 has grooves 64 to 67 (groove 6).
5,67. ) Is coated with a sealant of butyl rubber at the stage of factory production of an insulating sash, and then inserted from the longitudinally open end faces of the grooves 65 and 67 with the tapered tip first. 65 and 66 are respectively attached to both ends. By this attachment, the groove filling piece 11
The surface 1 is flush with the inner surfaces of the outdoor side edge 57 and the indoor side edge 62.

Since the groove filling piece 111 having such a configuration is already provided at the factory shipment stage, the intended object of the present invention can be achieved in the third embodiment as in the first embodiment. .

In the structure of the third embodiment, a groove filling piece 115 made of neoprene rubber or vinyl chloride resin shown in FIGS. 11A to 11C may be used instead of the groove filling piece 111. Good. This piece 115
Same as the groove filling piece 111 except that both side edges 112 are inclined so that the width gradually decreases from the one end 116 toward the tapered tip portion, and that the one end 116 is provided with a groove 117 that opens. Configuration.

The groove filling piece 115 is provided by being inserted into the groove 65 or the like with a slight press fit while narrowing the groove 117 by utilizing its elastic deformation, and is mounted without using a sealing agent of butyl rubber. Can be.

Further, according to the present invention, as shown in the fourth embodiment in FIG. 12, the outdoor side edge 57 of the indoor frame 21 and the indoor side edge 62 of the outdoor frame 22 are opposed to each other by opposing surfaces 57a and 57a. 62
a is parallel to each other, and a groove filling piece 119 made of neoprene rubber or vinyl chloride resin is flush with the ends of the grooves 65 and 66, and both side surfaces thereof are in close contact with the opposing surfaces 57a and 62a. And may be implemented. In the fourth embodiment in which such a groove filling piece 119 is provided, since the piece 119 is already provided at the factory shipment stage, the intended object of the present invention is achieved in the same manner as in the first embodiment. it can.

The fifth embodiment shown in FIGS. 13 and 14 has the same configuration as that of the first embodiment, except for the portion not shown, except for the configuration of the groove filling means. The same reference numerals as those in the first embodiment denote the same parts, a description thereof will be omitted, and only the groove filling means will be described below.

The groove filling means of this embodiment is a meat integrally formed with interposed bodies 23, 25, 27, 29 (represented by interposed bodies 25, 29) provided facing the inside of the sash. The raised portion 121 is formed. Overlay 121
May be only the ends of the interposed bodies 25 and 27,
In the present embodiment, grooves are provided over the entire length of the interposition bodies 25 and 27 in the longitudinal direction so that the grooves (the grooves 64 to 67 in the first embodiment) in which dirt and the like accumulate are not formed. The built-up portion 121 is provided so as to fill up the portions corresponding to the grooves 64 to 67 of the first embodiment, and the surfaces thereof are the outer edge 57 of the indoor frame 21 and the inner edge of the outdoor frame 22. 62
It is flush with the inner surface.

In the structure of the fifth embodiment,
Since the built-up portion 121 as the embedding means is already provided at the factory shipment stage, the intended object of the present invention can be achieved in the fifth embodiment as in the first embodiment.

In the structure of the fifth embodiment, an interposer 125 shown in FIG. 15 may be used in place of the interposers 23, 25, 27 and 29. This interposer 125
14 is that the soft synthetic resin 126 is provided on both inclined side surfaces of the build-up portion 121 and the back side of the build-up portion is recessed in order to reduce the molding material. It has the same configuration as. This interposed body 125 is formed by a two-color molding method. FIG. 16 shows a configuration of a main part of a heat insulating sash using the interposed body 125.

By using this interposed body 125, the outdoor side edge 57 of the indoor frame 21 and the indoor side edge 6 of the outdoor frame 22 are formed.
As the inner and outer frames 21 and 22 are connected to each other by caulking, the both edges 57 and 62 are pressed against the soft synthetic resin 126. Therefore, the adhesiveness is extremely good, and a slight water passage is not formed, which is extremely effective in achieving the intended object of the present invention.

The sixth embodiment shown in FIGS. 17 and 18 is different from the sixth embodiment in that the base portion of the outdoor side edge 57 of the indoor frame 2 and the base portion of the indoor side edge 62 of the outdoor frame 5 are provided in the longitudinal direction of each frame member. Except for the point that the groove 131 is provided over the entire length, the configuration is the same as that of the first embodiment, including portions not shown, and therefore, the same components are denoted by the same reference numerals as the corresponding components of the first embodiment. ,
The description is omitted. The groove 131 is provided for facilitating the caulking of the outdoor side edge portion 57 and the indoor side edge portion 62. The depth of the groove 131 is brought into contact with the caulking sealer 69 and the caulking sealer is tightened with the tightening of the frame screw. It is so shallow that a portion 69a of 69 enters and is closed. In the sixth embodiment having such a configuration, the intended object of the present invention can be achieved.

The present invention is not limited to the above embodiments. For example, at the corners between the vertical frame and the upper horizontal frame, the groove filling means may be omitted, and the present invention can also be applied to a heat insulating sash in which an interposer is provided by a filling method. When the interposed body is provided by the caulking method, the caulked indoor side edge and the outdoor side edge may protrude inside the sash (see a similar structure in FIG. 19). The end of the frame to be formed may be provided with a recess corresponding to the protrusion. Also,
In each of the above embodiments, the interposition body is provided in a double form. However, this may be formed in a single form, and in each of the above embodiments, the left and right vertical frames sandwich the upper and lower horizontal frames. It can also be applied to thermal insulation sashes framed by vertical frames. Furthermore, the present invention can be applied not only to sashes of sliding windows, bay windows, and other window devices but also to sashes of door devices, and can be applied to sashes of window devices and frame frames of doors of door devices.

[0064]

As described above in detail, in the heat insulating sash according to the first to third aspects, the groove filling means for preventing rainwater or the like from passing from the sash corner portion toward the skeleton is provided with an interposer. By installing it separately, the structure prepared before shipment at the factory before the frame of the sash prevents forgetting to waterproof at the sash corner part at the installation site, and the waterproof performance may vary. Since the reliability of waterproofing of the sash corner part can be improved, and the waterproofing treatment of the sash corner part at the installation site of the sash corner can be simplified, or even if it can not be omitted, the sash corner part can be simplified. The workability of installation work can be improved. In addition, since there is no streak or the like extending along the entire length in the longitudinal direction of the frame material and serving as a water passage that passes through the sash corner portion on the back side thereof, the waterproof reliability of the sash corner portion can be further improved.

[0065]

[0066]

[Brief description of the drawings]

FIG. 1 is a perspective view showing a configuration of a lower sash corner portion of a heat insulating sash according to a first embodiment of the present invention.

FIG. 2 is a longitudinal sectional view showing the configuration of the entire heat insulating sash according to the first embodiment.

FIG. 3 is a cross-sectional view showing the configuration of the entire heat insulating sash according to the first embodiment.

FIG. 4 is a cross-sectional view showing the configuration of the heat insulating sash according to the first embodiment along the line ZZ in FIG. 1;

FIG. 5 is a cross-sectional view showing the configuration of a lower sash corner along the line YY in FIG. 4;

FIG. 6 is a diagram showing how to mount the interposer to the frame according to the first embodiment.

FIG. 7 is a perspective view showing a configuration of a lower end portion of a vertical frame of a heat insulating sash according to a second embodiment of the present invention.

FIG. 8 is a sectional view showing a configuration of a lower sash corner portion of the heat insulating sash according to the second embodiment.

FIG. 9 is a perspective view showing a configuration of a lower sash corner portion of a heat insulating sash according to a third embodiment of the present invention.

FIG. 10A is a front view showing a configuration of a groove filling piece used in the third embodiment. (B) is a side view which shows the structure of the groove filling piece used in the 3rd Example.

FIG. 11A is a front view showing the configuration of another groove filling piece that can be used in the third embodiment. (B) is a side view which shows the structure of another groove filling piece which can be used in the 3rd Example.
(C) is a bottom view which shows the structure of another groove filling piece which can be used in the third embodiment.

FIG. 12 is a cross-sectional view corresponding to FIG. 4 showing a configuration of a heat insulating sash according to a fourth embodiment of the present invention.

FIG. 13 is a perspective view showing a configuration of a lower sash corner portion of a heat insulating sash according to a fifth embodiment of the present invention.

FIG. 14 is a sectional view showing the configuration of an interposer used in the fifth embodiment.

FIG. 15 is a sectional view showing the configuration of another interposer that can be used in the fifth embodiment.

FIG. 16 is a cross-sectional view corresponding to FIG. 4 showing a configuration of a heat insulating sash using the interposer shown in FIG. 15;

FIG. 17 is a perspective view showing a configuration of a lower sash corner portion of a heat insulating sash according to a sixth embodiment of the present invention.

FIG. 18 shows a configuration of a heat insulating sash according to the sixth embodiment in FIG.
7 is a transverse sectional view taken along line XX in FIG.

FIG. 19 shows a configuration of a heat insulating sash according to a conventional example as indicated by W in FIG.
FIG. 3 is a transverse cross-sectional view taken along line -W.

FIG. 20 is a perspective view showing a configuration of a lower sash corner portion of the heat insulating sash according to the conventional example.

[Explanation of symbols]

21: indoor frame, 22: outdoor frame, 23 to 30: interposed body, f
1, f2: edge of the interposed body, 31: upper horizontal frame material, 32: lower horizontal frame material, 33: right vertical frame material, 34: left vertical frame material, 35,
37, 45, 47 ... tapping hole (screw receiving part),
41 ... upper horizontal frame material, 42 ... lower horizontal frame material, 43 ... right vertical frame material, 44 ... left vertical frame material, 57 ... outdoor edge, 59 ... wall, 62 ... indoor edge, 63 ... Wall, 64-67 ... groove,
68 ... butyl rubber (groove filling means), 69 ... caulking sealer, 70 ... screw, 101 ... butyl rubber (groove filling means), 102 ... hot melt (groove filling means), 111,
115: groove filling piece (groove filling means); 121: overlay portion (groove filling means).

──────────────────────────────────────────────────続 き Continued on the front page (58) Fields surveyed (Int.Cl. ⁷ , DB name) E06B 3/96-3/99 E06B 1/18 E06B 1/32

Claims (3)

(57) [Claims] 1. An indoor frame and an outdoor frame, which are formed by framing upper and lower horizontal frame members made of metal and left and right vertical frame members made of metal and are connected via upper, lower, left and right interposed bodies made of heat insulating material. Frame, and the upper and lower horizontal frame members are both end portions of the left and right vertical frame members.
The screws passing through the ends of the left and right vertical frame members are screwed into the screw receiving portions of the upper and lower horizontal frame members, and the frame is formed, and the longitudinal direction of each of the interposed bodies is The indoor side edge and the outdoor side edge along the direction are respectively the outdoor side edge of the upper and lower horizontal frame material and the left and right vertical frame material of the indoor frame and the upper and lower horizontal frame material and the left and right vertical frame material of the outdoor frame, respectively. In the heat-insulating sash covered by the indoor side edge portion, at least the left and right interposed bodies among the upper, lower, left and right interposed bodies are made of a low thermal conductive material at least at lower ends of the left and right both interposed bodies. A groove filling means is provided in front of the framework, and the groove filling means and the outdoor side edge of the indoor frame and the indoor side edge of the outdoor frame are connected in a plane, and the groove filling means is Opposing surfaces of the outside edge of the indoor frame and the inside edge of the outdoor frame And the space formed by the inner peripheral surface of the sash of the interposed body is filled and cured in a liquid state, and the outer side edge of the indoor frame is connected to this edge. While being flush with the inner surface of the wall, the indoor side edge of the outdoor frame is flush with the inner surface of the flat wall of the outdoor frame connected to the edge, and these inner surfaces A heat insulating sash, wherein the surface of the groove filling means is flush with the surface via both edges. 2. An indoor frame and an outdoor frame which are formed by framed upper and lower horizontal frame members made of metal and left and right vertical frame members made of metal and are connected via upper, lower, left and right interposed bodies made of heat insulating material. A frame member, one of the upper and lower horizontal frame members and the left and right vertical frame members is sandwiched between both ends of the other frame member, and the other one of the screw receiving portions of the one frame member has The screws passing through the ends of the frame material are screwed together to form the frame, and the indoor side edge and the outdoor side edge along the longitudinal direction of each of the interposed bodies are respectively positioned above and below the indoor frame. In the heat-insulating sash covered by each outdoor edge of the horizontal frame material and the left and right vertical frame material and each indoor side edge of the upper and lower horizontal frame material and the left and right vertical frame material of the outdoor frame, Among them, at least the left and right interposed bodies have low heat conduction at least at the lower ends of the left and right interposed bodies. A groove filling means made of a material is provided in advance in front of the framework, and the groove filling means and the outdoor side edge of the indoor frame and the indoor side edge of the outdoor frame are flush with each other, and the groove is formed. The filling means is separate from the interposed body filled in the space formed by the opposing surfaces of the outdoor side edge of the indoor frame and the indoor side edge of the outdoor frame and the surface on the inner peripheral side of the sash of the interposed body. The outer side edge of the indoor frame is flush with the inner surface of a flat wall portion of the indoor frame connected to the edge, and the indoor side edge of the outdoor frame is the edge portion. That the inner surface of the flat wall of the outdoor frame is flush with the inner surface, and that the inner surface and the surface of the groove filling means are flush with each other via the both edges. Characterized insulation sash. 3. An indoor frame and an outdoor frame, which are formed by framed upper and lower horizontal frame members made of metal and left and right vertical frame members made of metal and are connected via upper, lower, left and right interposed bodies made of heat insulating material. A frame member, one of the upper and lower horizontal frame members and the left and right vertical frame members is sandwiched between both ends of the other frame member, and the other one of the screw receiving portions of the one frame member has The screws passing through the ends of the frame material are screwed together to form the frame, and the indoor side edge and the outdoor side edge along the longitudinal direction of each of the interposed bodies are respectively positioned above and below the indoor frame. In the heat-insulating sash covered by each outdoor edge of the horizontal frame material and the left and right vertical frame material and each indoor side edge of the upper and lower horizontal frame material and the left and right vertical frame material of the outdoor frame, Among them, at least the left and right interposed bodies have low heat conduction at least at the lower ends of the left and right interposed bodies. A groove filling means made of a material is provided in advance in front of the framework, and the groove filling means and the outdoor side edge of the indoor frame and the indoor side edge of the outdoor frame are flush with each other, and the groove is formed. The filling means fills and cures in a liquid state the space formed by the mutually facing surfaces of the outdoor side edge of the indoor frame and the indoor side edge of the outdoor frame and the surface on the inner peripheral side of the sash of the interposer. And a solid piece separate from the interposer, the outdoor edge of the indoor frame is flush with the inner surface of the flat wall of the indoor frame connected to the edge, and The indoor side edge is flush with the inner surface of the flat wall of the outdoor frame connected to the edge, and
A heat insulating sash wherein the inner surface and the surface of the groove filling means are flush with each other via the both edges.