JPH0913797A - Renovated window - Google Patents

Abstract

PURPOSE: To simplify the structure and facilitate the installation. CONSTITUTION: The upper frame 50 of a new window frame 20 and the indoor side-fixing side 72 of an anchor 70 attached to a vertical frame are fixed to the basic fixing side 51 of the backing material 52 of an existing window frame 1 and further, the backing material 62 fixed to the new lower frame 60 is fixed to an existing lower frame 3 in order to form a renovated window. Since the position of the outdoor side-fixing side 71 and the indoor side-fixing side 72 of the anchor 70 are shifted to the longitudinal direction of the upper frame 2 and the vertical frame, when an external attachment 55 is fitted to the outdoor side-fixing side 71 of the anchor 70, the indoor side-fixing side 72 does not hinder the fitting work and hence, the fitting work becomes easy.

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a renovation window, and more particularly, to a renovation window in which a new window frame is attached and renovated while an existing window frame is left.

[0002]

2. Description of the Related Art In recent years, especially when retrofitting aging windows such as steel sashes, renovated windows with new window frames attached while leaving existing window frames have been used. As shown in Japanese Patent Publication No. 56-19436, an anchor mounted on a new window frame is welded to an existing window frame side, or a mounting structure of the new window frame is disclosed in Japanese Patent Publication No. Sho 56-19436. As shown in FIG. 2, which is a conventional example of the publication, a sub-frame is fixed to an existing upper frame, and a piece fitting ( Anchor) is known. Of these, those that fix the anchor by welding require welding work on site,
In recent years, a method of screwing an anchor has been mainly adopted because a welding operator having poor workability and special skills is required.

By the way, when installing a new window frame while leaving the existing window frame, it is necessary to hide the existing window frame part, and
Since the new window frame is disposed inside the existing window frame and is slightly smaller than the existing window frame, the space between the new window frame and the building frame is increased, and a large amount of sealing material is required to close the gap. For this reason, as disclosed in Japanese Utility Model Publication No. Sho 58-44785 and Japanese Utility Model Publication No. Sho 55-129980, an external attachment is attached to the exterior outer periphery of a newly constructed window frame to cover the existing window frame, and The gap between the building and the building was reduced to reduce the amount of sealing material used and to improve workability.

[0004]

However, since the conventional external attachment is mounted by screws from the outside of the room, the work is performed separately from the screwing of the anchors of the newly-installed window frame to be mounted from the inside of the room. And there is a problem that workability is reduced. In addition, when screws are fixed from the outside of the room, it is necessary to devise ways to hide the screws from the viewpoint of design or waterproofing, which complicates the structure and reduces workability. was there.

An object of the present invention is to provide a refurbished window which can be simply constructed and can be easily constructed.

[0006]

In the refurbished window of the present invention, a base material for an upper frame and a base material for a vertical frame, which have reference fixed sides orthogonal to the indoor and outdoor directions, are attached to an upper frame and a vertical frame of an existing window frame. Fixing to the inner peripheral surface respectively, the new window frame is formed in a square frame shape with the upper frame, the lower frame and the vertical frame, the lower frame base material is attached to the lower frame of this new window frame, and both the indoor and outdoor edges are The outdoor side fixed side and the indoor side fixed side formed by being bent to the outer peripheral side are each upper frames,
The anchors, which are provided with their positions shifted in the longitudinal direction of the vertical frame, are attached to the upper frame and the vertical frame of the new window frame respectively, and the external attachments are fixed to the outdoor fixed sides of the anchors, respectively. Attaching an airtight material that seals the joint surface with the upper frame and the vertical frame on the inner peripheral side of the surface,
A caulking receiving part for supporting a filling material (for example, a backup material and a sealing material) arranged between the outer attachment and the building frame is formed, and the indoor end of the lower frame base material is already installed. The anchoring side on the indoor side of each anchor mounted on the reference surface of the frame and fixed to the upper frame and the vertical frame of the new window frame is the base material for the upper frame and the base material for the vertical frame. It is characterized in that it is fixed by abutting on the outdoor side of each reference fixed side.

Here, a joint adjusting material is attached to the caulking receiving portion of the external attachment, a support fin is attached to the indoor side of the joint adjusting material, and a filler is arranged on the outer peripheral side of the support fin and the joint adjusting material. You may.

[0008]

In the refurbished window of the present invention, a base material having reference fixed sides is attached to the inner peripheral surfaces of the existing upper frame and the vertical frame, respectively, and the indoor side of the anchor attached to the new upper frame and the vertical frame. While fixing the fixed side to the reference fixed side of each base material from the outdoor side and positioning in the indoor and outdoor directions, screw it into the indoor fixed side of each anchor through each reference fixed side from the indoor side and fix it At the same time, the inside end of the base material attached to the new lower frame is placed on the reference surface of the existing lower frame, positioned vertically and fixed with screws from above, and fixed. A window frame is attached to form the refurbished window.

Further, the external attachment is brought into contact with the outdoor fixed side of the anchor from the outdoor side, and a screw is screwed into each external attachment from the indoor side through the outdoor fixed side. At this time, the indoor fixed side and the outdoor fixed side of each anchor are displaced in the longitudinal direction (the direction orthogonal to the indoor and outdoor directions) of each upper frame or vertical frame on which the anchor is arranged. In addition, when the work of attaching the external attachment to the outdoor-side fixed side of the anchor is performed from the indoor side, the indoor-side fixed side does not hinder the work, and the workability is improved.

Further, the external attachment is supported on each fixed side of the anchor, or is connected to the base material fixed to the existing window frame, so that there is no need to provide a structure for supporting the external attachment in the new window frame. The structure is simplified, and the frame materials of a general window frame not for renovation and the new window frame for renovation are shared. Furthermore, since the external attachment can be fixed by working from the inside of the room, there is no need to hide screw marks or devise a mounting structure as in the past, which also simplifies the structure and improves workability. To do.

[0011]

Embodiments of the present invention will be described below with reference to the drawings. 1 to 3 show the structure of a refurbished window of the first embodiment in which a new aluminum window frame 20 is attached to an upper frame 2, a lower frame 3, and a vertical frame 4 of an existing window frame 1 made of steel. I have. The new window frame 20 is configured by combining two new vertical frames 40, a new upper frame 50 and a new lower frame 60 in a rectangular frame shape.

The new vertical frame 40 is attached to the existing vertical frame 4 as shown in FIG. That is, the inner peripheral surface of the existing vertical frame 4 has a reference fixed side 41 orthogonal to the indoor and outdoor directions, has a substantially T-shaped cross section, and is formed to be long along the vertical frame 4. The vertical frame base material 42 is screwed.
On the other hand, the anchor 70 is inserted into the outer peripheral fin 43 of the new vertical frame 40.

As shown in FIG. 3, the anchor 70 has an outdoor-side fixed side 71 and an indoor-side fixed side 72 formed by bending both outer and inner edges to the outer peripheral side, and is formed in a substantially U-shaped cross section. Have been. The fixed sides 71 and 72 are formed so that the position of the vertical frame 40 to which the anchor 70 is attached is shifted in the longitudinal direction (the vertical direction in the case of the vertical frame 40). A part of both edges of the anchor 70 is bent to the opposite side (inner side) from the fixed sides 71 and 72 to form a locking side 73 to the outer fin 43. In addition, each locking side 73 of the anchor 70 and a portion of the outdoor side edge where the outdoor fixed side 71 and the locking side 73 are not formed are cut obliquely, and the anchor 70 is The fins 43 are arranged obliquely with respect to the fins 43 (the oblique cut surface is parallel to the fins 43), and the fins 43 are disposed in the fins 43. Thereafter, the anchor 70 is rotated to rotate the anchor 70 main body and The anchor 70 is attached by inserting the fin 43 between the locking sides 73.

The anchor 70 is attached to one or more, for example, two, upper and lower portions of the vertical frame 40, and the indoor fixed side 72 of the anchor 70 is brought into contact with the reference fixed side 41 of the vertical frame base material 42. The vertical frame 40 is attached to the existing vertical frame 4 via the anchor 70 by screwing from the indoor side. An external attachment 45 disposed along the vertical frame 40 is screwed to the outdoor fixed side 71 of the anchor 70, and a frame 46 is attached to the indoor protruding edge 44 of the vertical frame 40.
Are riveted.

On the inner peripheral side of the inner surface of the external attachment 45, an airtight material (AT material, for sealing the joint surface with the vertical frame 40,
An airtight material 47 is attached, and a caulking receiving portion 45A is formed on the outer peripheral side thereof. A backup material 4 is provided between the caulking receiving portion 45A and the building frame.
8 and a sealing material 49 are filled and disposed to be waterproofed. Similarly, an outer peripheral side of the frame 46 is also filled with a waterproof backup material 48 and a sealing material 49.

On the other hand, the upper and lower frames 50 and 60 of the new window frame are attached to the existing upper frame 2 and lower frame 3 as shown in FIG. That is, the existing upper frame 2 has a reference fixed side 51 projecting toward the inner peripheral side (vertically lower side) and orthogonal to the indoor and outdoor directions, and has the same cross section as that attached to the new vertical frame 40. The T-shaped upper frame base material 52 is screwed.

In one or more places of the newly-installed upper frame 50, for example, two places near both ends in the direction of finding, the outer fin 53 is the same as the vertical frame 40, that is, the outside fixed side 71 and the inside fixed side 72. Is attached to the upper frame 50, the anchor 70 being displaced in the longitudinal direction.
The upper frame 50 is fixed to the existing upper frame 2 by screwing the fixed side 72 of the indoor side 0 to the fixed side 51 of the base material 52. An external attachment 55 having a caulking receiving portion 55A is attached to the outdoor fixed side 71 of the anchor 70 in the same manner as that attached to the vertical frame 40, and the attachment 55 also has an airtight material 47, a backup material 48,
A sealing material 49 is provided. Furthermore, the upper frame 50
A frame 56 is riveted to the indoor side protruding edge 54,
A backup material 48 and a sealing material 49 are also provided.

A lower frame base material 62, which is formed in a lightning cross section and is arranged along the lower surface of the lower frame 60 and over substantially the entire length of the lower frame 60, is screwed to the new lower frame 60. . The lower frame 60 is attached to the lower frame 3 by placing the indoor-side end 61 of the lower frame base material 62 on the reference surface 3A of the existing lower frame 3 and screwing it. In addition, lower frame 6
On the outdoor side of 0, a mounting side 63 is projected vertically downward, and this mounting side 63 is fixed to the existing lower frame 3 with screws.
It is screwed to the mold bracket 67. A drainer 65 is screwed to the mounting side 63, and a space between the drainer 65 and the lower frame 60 is filled with a backup material 48 and a sealing material 49 for waterproofing. Also, the lower frame 60
A frame 66 is attached to the indoor side protruding side 64 by rivets.

Next, the remodeling work for installing the new window frame 20 will be described. First, at the construction site, the existing window frame 1
Perform rust removal and rust prevention. And the existing upper frame 2
The base materials 42 and 52 are screwed to the vertical frame 4.

On the other hand, the new window frame 20 is assembled in advance in a factory, a construction site, or the like, with the vertical frame 40, the upper frame 50, and the lower frame 60 as frames. The vertical frame 40 and the upper frame 50 have an anchor 70 and an external attachment 4 to which an airtight material 47 is attached.
5 and 55, and the lower frame 60 is provided with a lower frame base material 62.
Screw.

Next, the new window frame 20 is arranged from the outside of the room in a space surrounded by the existing upper frame 2, lower frame 3, and vertical frame 4, and the anchors 70 of the new vertical frame 40 and the upper frame 50 are installed. Reference fixed side 4 of base material 42, 52 on three sides of upper frame 2 and vertical frame 4
1, 51 are brought into contact with and positioned. Then, the indoor side end portion 61 of the lower frame base material 62 and the reference surface 3 of the existing lower frame 3
The height level is adjusted by interposing a spacer between A as necessary, and the amount of movement in and out of the room is adjusted, and the base material 62 is screwed to the lower frame 3, and the vertical frame 40 and the upper frame 50 are fixed. The indoor fixed side 72 of the anchor 70 is set as the reference fixed side 41, 51.
Screw.

Thereafter, the lower frame 6 is attached to the L-shaped bracket 67.
Then, the mounting side 63 and the drainer 65 are screwed. In addition, each frame 46, 56, 66 is connected to each indoor side protruding edge 44, 5.
Riveted to 4, 64, external attachment 45,
Backup material 4 around 55 and picture frames 46, 56, 66
8. Caulking is performed by filling the sealing material 49. With the above procedure, the new window frame 20 is installed on the existing window frame 1, and a renovated window is configured.

According to this embodiment, the following effects can be obtained. That is, the vertical frame 40 and the upper frame 5 of the new window frame 20
0 means that the indoor fixed side 72 of each anchor 70 can be fixed to each of the reference fixed sides 41 and 51 of the base materials 42 and 52 attached to the existing vertical frame 4 and the upper frame 2 by screwing from the indoor side. In addition, as compared with the case where the anchor is fixed by welding, the mounting workability can be improved and the work period can be shortened, and the work can be performed even at the site where the welding work is prohibited. Moreover, since a worker who can perform welding is not required and a general worker can perform the construction, the labor cost can be reduced.

Since the outdoor fixed side 71 of the anchor 70 is formed to be shifted from the indoor fixed side 72 in the longitudinal direction of each of the frames 40 and 50, the external attachments 45 and 55 are brought into contact with the fixed side 71. When the screw is fixed from the indoor side, the fixed side 72 on the indoor side is shifted, so that the screw fixing operation can be easily performed from the indoor side using a driver or the like, and the workability can be improved.

Further, since the external attachments 45 and 55 are screwed from the indoor side to the outdoor fixed side 71 of the anchor 70, the screws are not exposed to the outdoor side, and the outside is hidden in order to hide the screws as in the conventional case. There is no need to devise the shape and mounting structure of the attachment, or to cover the screws with a sealing material or the like, so that the structure of the external attachments 45 and 55 can be simplified, and the workability of construction can be improved. Further, since the external attachments 45 and 55 are fixed to the anchor 70, there is no need to provide a mounting structure for the attachments 45 and 55 on the vertical frame 40 and the upper frame 50, and the vertical frame 4
The structure of the upper frame 50 and the upper frame 50 can be simplified, and can be shared with the vertical frame and the upper frame used in a general window frame which is not used for refurbishment, and the cost can be reduced.

Further, since the external attachments 45 and 55 are provided, the existing window frame 1 can be securely hidden, the design can be improved, and the gap with the building frame can be appropriately adjusted. The amount of the sealing material 49 can be set to an appropriate amount, and workability can be improved because it is not necessary to use the sealing material 49 more than necessary. Further, since the external attachments 45 and 55 are configured separately from the frames 40 and 50 of the newly-installed window frame 20, the external attachments 45 and 55 are formed separately.
Even if the gap size from to the building frame differs depending on the window to be renovated, a plurality of types of attachments 45 and 55 having different height dimensions can be appropriately selected and set to an appropriate gap size. Therefore, the backup material 48 can be shared, the amount of the sealing material 49 used can be made substantially constant, the number of parts can be reduced, and the workability can be further improved.

Further, since the airtight material 47 is attached to the external attachments 45 and 55, even if the external attachments 45 and 55 are formed separately from the new vertical frame 40 and the upper frame 50, the external attachments 45 and 55 can be separated from the gaps. Infiltration of rainwater or the like can be reliably prevented.

The upper frame 50 and the vertical frame 40 for the existing frames 2 and 4
Are the same mounting structure using the anchor 70, and the workability can be improved. In addition, new construction lower frame 6
For fixing 0, it is only necessary to screw the base material 62 to the existing lower frame 3, and like the other new vertical frames 40 and the upper frame 50, the work can be performed from the inside of the room. It can be further improved. Further, the new window frame 20 can be screwed to the outdoor side of the existing window frame 1, the new window frame 20 can be arranged at substantially the same entrance / exit position as the frame outer wall, and the unevenness of the window portion with respect to the outer wall can be reduced. The design can be improved.

Next, a new aluminum window frame 20 is attached to the existing aluminum window frame 1 to constitute a refurbished window.
An embodiment will be described with reference to FIGS. In this embodiment, the same or corresponding components as those in the first embodiment are denoted by the same reference numerals, and description thereof will be omitted or simplified.

On both the indoor and outdoor sides of the existing aluminum upper frame 2,
An upper frame base material 52 having a reference fixed side 51 is screwed. The outer fin 53 of the new upper frame 50 includes
An anchor 70 is attached, an indoor fixed side 72 of the anchor 70 is screwed to the fixed side 51 of the base material 52, and an external attachment 55 having a caulking receiving portion 55A is mounted on the outdoor fixed side 71, This attachment 55 also has an airtight material 47, a backup material 48,
A sealing material 49 is provided.

On the other hand, a lower frame base material 62 is screwed to the lower surface of the new lower frame 60, and the indoor end 61 of the lower frame base material 62 is placed on the reference surface 3 A of the existing lower frame 3. The new lower frame 60 is attached to the existing lower frame 3 by placing and screwing. An auxiliary member 68 having a U-shaped cross section is fixed to the upper surface of the indoor side end 61 of the base material 62, and is integrated with the lower frame base material 62. A frame 66 is riveted to the auxiliary member 68, and a backup material 48 and a sealing material 49 are also arranged below the frame 66.

At the outside edge of the lower frame 60, a mounting side 63 is projected vertically downward, and the mounting side 63 is formed in a rectangular shape with an insulating material such as rubber or plastic. The spacer 69 is attached with a double-sided tape or an adhesive. The mounting side 63 of the lower frame 60 is in contact with the screen door rail 5 of the existing lower frame 3 from outside of the room via a spacer 69 and is screwed from the outside of the room. A drainer 65 is also screwed to the mounting side 63, and this drainer 6
The space between the lower frame 5 and the lower frame 60 is filled with a backup material 48 and a sealing material 49 to be waterproof.

As shown in FIG. 5, a vertical frame base material 42 having a reference fixed side 41 orthogonal to the indoor / outdoor direction is screwed to the inner peripheral surface of the existing vertical frame 4. On the other hand, new vertical frame 4
At 0, the anchor 70 is inserted into the outer fin 43. The fixed side 72 on the indoor side of the anchor 70 is
The fixed side 41 is screwed to the outside fixed side 71.
External attachment 45 having caulking receiving portion 45A
The attachment 45 has an airtight material 4
7, a backup material 48, and a sealing material 49 are arranged.

The new window frame 20 of this embodiment is installed and the windows are renovated by the same operation as in the first embodiment.
That is, the new window frame 20 pre-assembled with the external attachments 45, 55 and the like is arranged from the outside of the room into the existing window frame 1, and the vertical frame 40 and the upper frame 50 are the three sides of the upper frame 2 and the vertical frame 4. Base fixed materials 41, 51 of base materials 42, 52 of
And adjust the height level by interposing a spacer between the indoor side end 61 of the lower frame base material 62 and the reference surface 3A of the existing lower frame 3 as necessary,
The base material 62 is screwed to the lower frame 3 from the indoor side by adjusting the amount of in and out in the indoor and outdoor directions, and the anchors 7 of the vertical frame 40 and the upper frame 50 are fixed.
0 is screwed to the reference fixed sides 41 and 51 from the indoor side.

The mounting side 63 of the new lower frame 60 is screwed to the screen door rail 5 of the existing lower frame 3 via the spacer 69, and the drainer 65 is also screwed. Also, each frame 4
6, 56, and 66, each of the indoor side protruding edges 44, 54, and the auxiliary member 6
Then, the backing material 48 and the sealing material 49 are filled around the external attachments 45 and 55 and the frames 46, 56 and 66 to perform caulking. With the above procedure, the new window frame 20 is installed on the existing window frame 1, and a renovated window is configured.

In this embodiment as well, the first
In addition to obtaining the same effects as the embodiment, the mounting side 63 of the lower frame base material 62 is fixed to the screen door rail 5 of the existing lower frame 3 via the spacer 69, so that rainwater or the like is placed on the lower frame 3. Can be reliably and easily drained from the drain groove of the rail 5 through the gap formed by the spacer 69.

The present invention is not limited to the above embodiments. For example, it is preferable to prepare several types of external attachments 45 and 55 having different dimensions, and to appropriately select and attach them according to the gap size between the newly-installed window frame 20 and the building frame. In the case where the adjustment cannot be performed only by using the external attachments 45 and 55 or the type of the external attachments 45 and 55 is small, the joint adjusting material 80 as shown in FIG.
May be screwed to the caulking receiving portions 45A and 55A. A support fin 81 of the backup material 48 is attached to the joint adjusting material 80.
The backup material 48 and the sealing material 49 are arranged between the joint adjustment material 80 and the building frame. By preparing several types of such joint adjusting materials 80 having different height dimensions, it is possible to easily cope with windows of various sizes.

The vertical frame 40 and the upper frame 5 of the new window frame 20
The shapes, materials and the like of 0, the lower frame 60, the external attachments 45 and 55, the frames 46, 56 and 66, the drainer 65, the anchor 70 and the like may be appropriately set according to the shape of the window to be remodeled. Further, each of the base materials 42, 52, and 62 may be formed of a long material or a plurality of piece materials, and these may be appropriately selected for implementation.

[0039]

According to the refurbished window of the present invention, the structure can be simplified and the construction can be easily performed.

[Brief description of the drawings]

FIG. 1 is a longitudinal sectional view showing a mounting structure of a newly-installed upper frame and a newly-installed lower frame according to a first embodiment of the present invention.

FIG. 2 is a cross-sectional view showing a mounting structure of a new vertical frame according to the first embodiment.

FIG. 3 is a perspective view showing a main part of a mounting structure for a new vertical frame according to the first embodiment.

FIG. 4 is a longitudinal sectional view showing a mounting structure of a newly installed upper frame and a newly installed lower frame according to a second embodiment of the present invention.

FIG. 5 is a cross-sectional view showing a mounting structure for a new vertical frame of the second embodiment.

FIG. 6 is a longitudinal sectional view showing a main part of a modification of the present invention.

[Explanation of symbols]

1: Existing window frame, 20: New window frame, 40: Vertical frame, 41, 5
1 ... reference fixed side, 42 ... base material for vertical frame, 45, 55 ... external attachment, 45A, 55A ... coking receiving part,
47 ... Airtight material, 48 ... Backup material, 49 ... Sealing material, 50 ... Upper frame, 52 ... Base material for upper frame, 60 ... Lower frame,
62: lower frame base material, 70: anchor, 71: outdoor fixed side, 72: indoor fixed side, 80: joint adjusting material, 81 ...
Support fins.

Claims (2)

[Claims] 1. A base material for an upper frame and a base material for a vertical frame which are respectively fixed to the inner peripheral surfaces of an upper frame and a vertical frame of an existing window frame and have reference fixed sides orthogonal to the indoor and outdoor directions, and an upper frame, A new window frame formed in a square frame shape with a lower frame and a vertical frame, a lower frame base material attached to the lower frame of the new window frame, and an upper frame and a vertical frame of the new window frame, respectively. And, the outdoor side fixed side and the indoor side fixed side, which are formed by bending both indoor and outdoor edges to the outer peripheral side, are provided with respective upper frames, longitudinal frames of which the longitudinal positions are displaced, and The anchors are fixed to the outdoor fixed sides respectively, and an airtight material that seals the joint surface with the upper frame and the vertical frame is attached to the inner peripheral side of the indoor surface, and it is arranged on the outer peripheral side between it and the building frame. External attachment with a caulking receiving part for receiving the filling material , The indoor side end portion of the base material for the lower frame is placed and fixed on the reference surface of the existing lower frame, and of each anchor attached to the upper frame and the vertical frame of the new window frame. A refurbished window, characterized in that the indoor fixed side is fixed by abutting against the outdoor side of each reference fixed side of the upper frame base material and the vertical frame base material. 2. The renovation window according to claim 1, wherein a joint adjusting material is attached to a caulking receiving portion of the external attachment, and a support fin is attached to the joint adjusting material on the indoor side. A refurbished window, wherein the filler is disposed on an outer peripheral side of a joint adjusting material.