JP2022076229A - Inner window - Google Patents

Abstract

To provide an inner window capable of preventing a sash from falling off.SOLUTION: An inner window 1 is disposed at an indoor side of an outer window and has a frame body 2 having a headsill 21, and sashes 3, 4 that are disposed inside the frame body 2 and can slide in a lateral direction. The headsill 21 has downward protruding rails 212, 213 that protrude downward. The sashes 3, 4 have rail storing guide portions 312, 412 that open upward and store at least a portion of the downward protruding rails 212, 213 and guide sliding movement in the lateral direction of the sashes 3, 4, and an oscillation stop member 6 that is disposed at a top edge of an end in a moving direction of sliding movement of the sashes 3, 4, opens upward and suppresses oscillation of the sashes 3, 4 by storing at least a portion of the downward protruding rails 212, 213. The inner window has a sash fall stop member 7 that is configured to be mountable to the oscillation stop member 6 and has an upper component member 72 located above upper ends of the sashes 3, 4.SELECTED DRAWING: Figure 5

Description

This disclosure relates to an inner window. More specifically, the present invention relates to an inner window arranged on the indoor side of the outer window in a double-glazed window.

Conventionally, there is known a double-glazed window in which an inner window and an outer window are doubly provided at an opening of a building (see, for example, Patent Document 1). The double-glazed window can improve the heat insulating performance and the soundproofing property by making the window double. Double-glazed windows can be installed at the same time as an outer window and an inner window at the time of new construction, or by adding an inner window by remodeling to the indoor side of the existing window.

The inner window arranged on the indoor side has a frame body having an upper frame and a shoji screen arranged in the frame body. The upper frame is formed with a downward projecting rail that projects downward. At the upper end of the shoji, a rail accommodating guide for accommodating the downward protruding rail of the upper frame is formed. The downward protruding rail of the upper frame is accommodated and guided by the rail accommodating guide of the shoji, so that the shoji can slide and move in the left-right direction in the finding direction inside the frame.

Japanese Unexamined Patent Publication No. 2019-152002

The inner window may be additionally installed inside the existing window by remodeling. In this case, due to insufficient adjustment during construction, deformation of the mounting surface due to deterioration over time, etc., the hook between the lower protruding rail of the upper frame and the rail accommodation guide of the shoji is reduced, the shoji falls off, and the shoji of the inner window collapses. There is a possibility that it will end up. Therefore, it is desired to take measures against the falling off of the shoji screen of the inner window.

The present disclosure is intended to provide an inner window capable of preventing the shoji from falling off.

The present disclosure is an inner window arranged on the indoor side of an outer window, comprising a frame having an upper frame and a shoji screen arranged inside the frame and slidable in the lateral direction, and the upper frame. Has a downward projecting rail that projects downward, and the shoji is a rail accommodating that opens upward and accommodates at least a part of the downward projecting rail to guide the lateral sliding movement of the shoji. A guide portion and a steady rest member provided at the upper end of the end portion of the sliding movement of the shoji in the moving direction and opened upward and accommodating at least a part of the downward protruding rail to suppress the runout of the shoji. The present invention relates to an inner window comprising a shoji retaining member having the above-mentioned

It is a front view which looked at the inner window which concerns on embodiment from the indoor side. FIG. 3 is a cross-sectional view taken along the line AA of FIG. It is a perspective view which looked at the inside and outside shoji from the upper side. It is a perspective view which shows the state which the shoji detachment prevention member was removed. FIG. 3 is a cross-sectional view taken along the line BB of FIG. It is an exploded perspective view of the shoji retaining member and the steady rest member. FIG. 3 is a cross-sectional view taken along the line CC of FIG. It is a vertical sectional view which shows the state which attaches the shoji detachment prevention member with a clip.

Hereinafter, one embodiment of the present disclosure will be described in detail with reference to the drawings. In the present specification, the "finding direction" means the surface direction of the glass in the inner window 1 housed in the opening formed in the wall of the building, and the "expected direction" means the plane direction of the glass. It means the thickness direction (that is, the depth direction). In the drawings, the outdoor side is described as "OUTSIDE" and the indoor side is described as "INSIDE".

The inner window 1 of the present embodiment constitutes a window on the indoor side of the double-glazed windows. Double-glazed windows are housed in openings formed in the walls of the building. The double-glazed window becomes a double-glazed window by installing an outer window (not shown) in the frame portion provided at the opening of the building and installing the inner window 1 on the indoor side of the outer window.

The outer window (not shown) constitutes the window on the outdoor side of the double-glazed windows. The outer window is arranged on the outdoor side of the inner window 1. The outer window is a so-called sliding window, and although not shown, the outer window is configured by fitting the inner shoji and the outer shoji into a window frame framed in a rectangular shape so as to be openable and closable.

The inner window 1 is arranged on the indoor side of the outer window. In the present embodiment, for example, the inner window 1 is installed on the indoor side of the outer window by reforming after the outer window is attached. The double-glazed window is not limited to the case where the inner window is additionally provided on the indoor side of the outer window by remodeling, and the outer window and the inner window may be provided at the same time at the time of new construction.

The inner window 1 is a so-called sliding window, and as shown in FIGS. 1 and 2, the window frame 2 (frame body), the inner shoji 3 (shoji) arranged to be openable and closable in the window frame 2, and the outer window 1 It is equipped with shoji 4 (shoji).

Inside the window frame 2, the internal sash 3 and the external sash 4 are assembled. The window frame 2 is rectangularly framed by a long upper frame 21, a lower frame 22, and left and right vertical frames 23, 24. The window frame 2 is composed of a resin frame made of a resin formed of an extruded product of a synthetic resin such as vinyl chloride resin, for example. The upper frame 21, the lower frame 22, and the left and right vertical frames 23, 24 are fixed to, for example, the inner peripheral surface of a frame member (not shown), respectively.

As shown in FIG. 1, the upper frame 21 extends in the left-right direction (horizontal direction) in the finding direction at the upper part of the window frame 2. As shown in FIG. 2, the upper frame 21 includes an upper frame upper surface plate portion 211, an upper frame downward protruding rail 212 for internal shoji (downward protruding rail), and an outer shoji upper frame downward protruding rail 213 (downward protruding rail). And the lower extension wall portion 214 (lower extension plate) on the indoor side of the upper frame.

The upper frame upper surface plate portion 211 is arranged on the upper portion of the upper frame 21, and is formed in a plate shape extending in the prospective direction.

The upper frame downward projecting rail 212 for internal shoji projects downward from the lower surface of the upper frame upper plate portion 211 on the indoor side. The lower protruding rail 213 of the upper frame for the shoji projectes downward from the lower surface of the upper frame upper plate portion 211 on the outer window side (outdoor side). The upper frame downward projecting rail 212 for internal shoji and the upper frame downward projecting rail 213 for external shoji are formed in a vertically long rectangular cross section. The upper frame downward protruding rail 212 for internal shoji and the upper frame downward protruding rail 213 for outer shoji are formed so as to extend in the left-right direction (lateral direction) in the finding direction, and are formed over the entire longitudinal direction of the upper frame 21. Rail.

The inner sash 3 has a window frame in which the lower protruding rail 212 for the upper sash for the inner sash is guided by the upper rail guide 312 (rail accommodating guide portion) (described later) formed at the upper end of the inner sash 3 to move. 2 The inside can be slid to the left and right in the finding direction. The outer sash 4 has a window frame in which the lower protruding rail 213 of the upper frame for the outer sash is guided by the upper rail guide 412 (rail accommodating guide portion) (described later) formed at the upper end of the outer sash 4 to move. 2 The inside can be slid to the left and right in the finding direction.

The lower extending wall portion 214 on the indoor side of the upper frame is arranged on the indoor side of the shoji screen 3, and extends downward by a predetermined length from the end portion of the upper frame upper plate portion 211 on the indoor side in the prospective direction. In the present embodiment, the lower end portion 214a of the upper frame indoor side downward extending wall portion 214 is from the lower end portion 212a of the upper frame lower protruding rail 212 for internal shoji and the lower end portion 213a of the upper frame lower protruding rail 213 for outer shoji. Is also located on the upper side.

As shown in FIG. 1, the lower frame 22 extends in the left-right direction (horizontal direction) in the finding direction at the lower part of the window frame 2. As shown in FIG. 2, the lower frame 22 has a lower rail 221 for internal shoji and a lower rail 222 for external shoji.

The lower rail 221 for the internal shoji is erected upward on the upper surface of the lower frame 22 on the indoor side. A door roller 321 arranged at the lower end of the lower frame 32 of the inner sash 3 engages with the lower rail 221 for the inner sash. As a result, the shoji 3 can slide and move in the window frame 2 in the left-right direction in the finding direction.

The lower rail 222 for the shoji is erected upward on the upper surface of the lower frame 22 on the outer window side (outdoor side). The door roller 421 arranged at the lower end of the lower stile 42 of the shoji 4 engages with the lower rail 222 for the shoji. As a result, the external shoji 4 can slide and move in the window frame 2 in the left-right direction in the finding direction.

As shown in FIG. 1, the left and right vertical frames 23 and 24 extend in the vertical direction at both ends of the upper frame 21 and the lower frame 22 in the left-right direction in the finding direction. The left and right vertical frames 23 and 24 form a side portion of the window frame 2.

Both the inner sash 3 and the outer sash 4 are sliding doors, and by being configured to be slidable in the left-right direction (lateral direction) in the finding direction, the opening of the window frame 2 is closed or opened. , So-called sliding windows are constructed.

As shown in FIG. 1, the internal shoji 3 has a rectangular frame 35 formed by a long upper stile 31, a lower stile 32, and left and right vertical stiles such as a sumi stile 33 and a door tip stile 34. And the glass 36 fitted and fixed in the frame 35, and the like. The shoji sash 4 is formed in a stile 45 which is rectangularly framed by a long upper stile 41, a lower stile 42, an outer stile 43 which is a left and right vertical stile, and a door tip stile 44, and inside the stile 45. It is configured to include a glass 46 that is fitted and fixed.

The frames 35 and 45 are made of a resin resin frame made of an extruded product of a synthetic resin such as vinyl chloride resin. In the present embodiment, the glasses 36 and 46 are composed of, for example, two-layer glass. A crescent lock 331 for locking the door is provided on the prospective surface of the inner stile 33 of the shoji shoji 3.

As shown in FIG. 2, door rollers 321 and 421 are provided at the lower part of the inside of the lower stiles 32 and 42. The movement of the door rollers 321 and 421 in the left-right direction in the finding direction is guided by the lower rail 222 for the inner shoji and the lower rail 222 for the outer shoji.

As shown in FIG. 2, the upper stiles 31 and 41 have lower glass grooves 311, 411 formed in the lower portion and upper rail guides 312 and 412 (rail accommodating guide portions) formed in the upper portion. The lower glass grooves 311, 411 are formed in a groove shape that opens downward. The upper ends of the glasses 36 and 46 are arranged in the lower glass grooves 311,411.

The upper rail guides 312 and 412 open upward. The upper rail guides 312 and 412 accommodate (arrange) the lower side of the upper frame lower protruding rail 212 for internal shoji and the lower side of the upper frame lower protruding rail 213 for outer shoji. The upper rail guides 312 and 412 accommodate at least a part of the upper frame downward projecting rail 212 for the internal sash and the external sash upper frame downward projecting rail 213, and accommodate the internal sash 3 and the external sash 4 in the left-right direction (lateral direction). Guide the slide movement to.

A pair of airtight materials 51 arranged apart from each other in the prospective direction are provided on the opening edge of the upper end of the upper rail guides 312 and 412. The airtight material 51 abuts on the side surface of the upper frame lower protruding rail 212 for the inner shoji or the upper frame lower protruding rail 213 for the outer shoji of the upper frame 21.

As shown in FIGS. 1 and 3, the upper part of the inner stile 33 of the inner shoji 3, the upper part of the door tip stile 34 of the inner sash 3, and the upper part of the outer stile 43 and the upper part of the door stile 44 of the outer sash 4 A steady rest member 6 is arranged in each. As shown in FIGS. 4 and 5, a shoji retaining member 7 is attached to the steady rest member 6 arranged on the inner stile 33 of the shoji.

The steady rest member 6 and the shoji retaining member 7 will be described. In the following description, the details of the steady rest member 6 arranged on the upper part of the inner stile 33 of the shoji 3 will be described. The configuration of the steady rest member 6 arranged on the upper part of the door end stile 34 of the internal sash 3 is the configuration in which the steady rest member 6 arranged on the upper part of the inner stile 33 of the internal sash 3 is oriented in the opposite direction. Since they are the same, the description thereof will be omitted. The configuration of the steady rest member 6 arranged on the upper part of the door tip stile 44 of the shoji 4 and the upper part of the outer stile 43 is arranged on the upper part of the door tip stile 34 and the upper part of the inner stile 33 of the inner sash 3. Since the configuration is the same as that of the steady rest member 6, the description thereof will be omitted.

As shown in FIGS. 6 and 7, the steady rest member 6 arranged on the upper part of the inner stile 33 of the inner sash 3 opens upward formed on the upper part of the inner stile 33 of the inner sash 3. Arranged in the opening 37. The steady rest member 6 is provided at the upper end of the end portion of the sliding door 3 in the moving direction. The steady rest member 6 opens upward and accommodates at least a part of the lower protruding rail 212 for the upper frame for the internal sash to suppress the sway of the internal sash 3.

As shown in FIGS. 6 and 7, the steady rest member 6 has a U-shaped steady rest member main body 61 formed with an open upper portion and a plate-shaped engaging packing plate 63 (see FIG. 6). And have. The steady rest member main body 61 and the engaging packing plate 63 are integrally formed.

The steady rest member main body 61 is arranged in the opening 37 of the inner stile 33. The steady rest member main body 61 has a U-shaped member 621 that opens upward, a pair of upper plates 622,622, a mounting portion 623, and an end plate-shaped portion 624.

The U-shaped member 621 is formed in a cross-sectional view U-shape that opens upward in the cross-sectional shape when cut along the prospective direction. The U-shaped member 621 is arranged at the upper end of the inner stile 33 along the finding direction of the internal sash 3. The U-shaped member 621 is formed by extending a U-shaped recessed portion along the finding direction of the inner stile 33.

Each of the pair of upper plates 622 and 622 extends outward in the prospective direction from the upper ends on both sides of the inner sash 3 in the U-shaped member 621 in the prospective direction. The pair of upper plates 622,622 are respectively arranged on the upper surface of the upper end of the inner stile 33.

The mounting portion 623 projects below the U-shaped member 621 on the inner side of the U-shaped member 621 in the finding direction. The steady rest member main body 61 is arranged at the upper end of the inner stile 33, and the mounting portion 623 is fixed to the upper stile 31 of the inner sash 3 by the screw 64.

The end plate-shaped portion 624 is arranged on the end surface of the U-shaped member 621 on the front side in the finding direction of the U-shaped member 621. The end plate-shaped portion 624 has an extension plate 624a that extends downward on the front end surface of the U-shaped member 621 in the finding direction. The end plate-shaped portion 624 has a plate-shaped convex portion 624b. The plate-shaped convex portion 624b has a thickness so as to be hooked on the concave portion 332 formed at the upper end of the prospective surface on the outer side in the finding direction of the inner stile 33. The thick portion of the plate-shaped convex portion 624b is caught by the thick portion of the concave portion 332 of the inner stile 33.

The extension plate 624a of the end plate-shaped portion 624 is formed with a steady rest member through hole 624c that penetrates in the finding direction of the internal sash 3.

The steady rest member through hole 624c has a screw 64 when the steady rest member 6 is fixed to the upper stile 31 of the internal sash 3 in a state where the steady rest member 6 is arranged at the upper end of the inner stile 33 of the internal sash 3. It is passed through. When the shoji retaining member 7 is attached to the steady rest member 6, the steady rest member through hole 624c is fixed to the retaining member through hole 711a (described later) of the shoji retaining member 7 by the clip member 73.

As shown in FIGS. 6 and 7, the steady rest member main body 61 has a bottom surface portion 611, a pair of vertical surface portions 612 having a U-shaped lower portion extending upward at the same spacing in the prospective direction, and a U-shaped portion. The upper portion has a pair of inclined surface portions 613 that are inclined so that the distance in the prospective direction becomes narrower toward the center of the prospective direction from the lower side to the upper side.

The engaging packing plate 63 is formed in a plate shape and is arranged at the outer end portion of the internal sash 3 in the left-right direction in the finding direction. The engaging packing plate 63 is attached to the end surface of the outer end portion of the steady rest member main body 61 in the left-right direction in the finding direction. The engaging packing plate 63 is made of, for example, a resin material. The engaging packing plate 63 is formed with a recess 631 that is recessed downward at the upper part. In the recess 631, the lower portion of the upper frame downward projecting rail 212 for internal shoji is arranged.

The engaging packing plate 63 is in contact with the lower protruding rail 212 for the upper frame for internal shoji at the U-shaped edge of the recess 631. As a result, when the internal sash 3 moves in the left-right direction in the finding direction, the internal sash upper frame downward protruding rail 212 moves while in contact with the engaging packing plate 63, so that the engaging packing plate 63 can be moved. Functions as an airtight member.

The steady rest member 6 is provided with the inner shoji upper frame downward projecting rail 212 between the pair of vertical surface portions 612 or the pair of inclined surface portions 613 of the steady rest member main body 61, so that the inner shoji upper frame downward protrusion Rail 212 is arranged. As a result, when the sash 3 slides in the window frame 2 in the finding direction, the movement of the sash 3 in the indoor / outdoor direction is restricted, and the rattling between the sash 3 and the window frame 2 is suppressed.

As shown in FIGS. 4 to 6, the shoji shoji retaining member 7 can be attached to the steady rest member 6 arranged on the inner stile 33 of the shoji shoji 3. The shoji sash retaining member 7 is attached to the steady rest member 6 after the internal sash 3 is assembled to the window frame 2. The shoji shoji retaining member 7 is formed in an L shape and has an end mounting plate 71 (expected surface mounting portion) and an upper lateral extending portion 72 (upper component member).

The end mounting plate 71 is mounted on the prospective surface of the end of the steady rest member 6 in the finding direction so as to be along the engagement packing plate 63 of the steady rest member 6. The end mounting plate 71 is arranged along the prospective surface of the steady rest member 6. The end mounting plate 71 has a lower fixing portion 711 and an upward extending portion 712. The lower fixing portion 711 is formed with a retaining member through hole 711a that penetrates in the finding direction.

As shown in FIG. 8, the retaining member through hole 711a is passed through the screw 64 when the steady rest member 6 is fixed to the upper stile 31 of the inner sash 3. The retaining member through hole 711a is fixed to the steady rest member through hole 624c of the steady rest member 6 by the clip member 73 when the shoji retaining member 7 is attached to the steady rest member 6.

The upper lateral extending portion 72 is arranged on the upper part of the steady rest member 6. The upper lateral extending portion 72 is connected to the upper end of the end mounting plate 71, and extends from the upper end of the end mounting plate 71 inward in the finding direction of the internal shoji 3. As shown in FIGS. 5 and 7, the position of the upper end portion 721 of the upper lateral extension portion 72 is such that the lower end portion 212a of the upper frame downward projecting rail 212 for the internal shoji of the window frame 2 and the upper frame indoor side downward extension. It is located on the upper side of a predetermined height from the position of the lower end portion 214a of the wall portion 214.

The position of the upper end portion 721 of the upper lateral extending portion 72 is in the upper lateral direction even if the engagement between the upper frame downward protruding rail 212 for the inner shoji of the window frame 2 and the inner shoji 3 is reduced due to deterioration over time. The upper end portion 721 of the extending portion 72 is caught by the lower end portion 212a of the upper frame downward projecting rail 212 for the inner shoji of the window frame 2 or the lower end portion 214a of the lower extending wall portion 214 on the indoor side of the upper frame, and the inner shoji 3 is a window. A position that can prevent the frame 2 from coming off is set.

Therefore, even if the hanging of the internal sash 3 is reduced due to deterioration over time, the upper lateral extension portion 72 still protrudes downward from the upper frame 21 upper frame indoor side downward extension wall portion 214 and the inner sash. It is easy to get caught on the rail 212 and can prevent the shoji 3 from coming off the window frame 2.

The upper lateral extending portion 72 is arranged on the upper part of the steady rest member 6, and in the prospective direction of the internal sash 3, the upper frame downward protruding rail 212 for the internal sash of the internal sash 3 and the upper frame indoor side lower of the window frame 2 It is arranged between the extending wall portion 214 and the extending wall portion 214.

Next, the construction procedure of the inner window 1 will be described. A case where the inner sash 3 and the outer sash 4 are incorporated into the window frame 2 at the time of construction of the inner window 1 will be described. The internal shoji 3 and the external shoji 4 are built in the window frame 2 by incorporating them in a so-called Kendon style.

When the shoji 4 is incorporated into the window frame 2 by the Kendon method, the upper part of the shoji 4 is tilted toward the inside of the window frame 2 of the inner window 1, and the shoji 4 is gradually raised and lifted upward. , The upper rail guide 412 of the outer sash 4 is inserted into the upper frame downward protruding rail 213 for the outer sash of the upper frame 21, lifted further upward, and then lowered to the lower side to lower the door roller 321 of the outer sash 4. It is inserted into the lower rail 222 for the shoji of the lower frame 22. When incorporating the shoji 3 into the window frame 2 in a Kendon style, the upper part of the shoji 3 is tilted toward the inside of the window frame 2 of the inner window 1, and the shoji 3 is gradually raised and lifted upward. , The upper rail guide 312 of the inner sash 3 is inserted into the upper frame downward protruding rail 212 for the inner sash of the upper frame 21, and after being further lifted upward, it is lowered to the lower side to lower the door roller 321 of the inner sash 3. It is inserted into the lower rail 221 for the inner shoji of the lower frame 22.

After that, at the left-right end of the upper end of the inner sash 3, the steady rest member 6 is adjusted so that the inner sash 3 and the upper frame downward projecting rail 212 for the inner sash of the upper frame 21 are properly engaged. At the left-right end of the upper end of the outer sash 4, the steady rest member 6 is adjusted so that the outer sash 4 and the upper frame 21 upper frame downward projecting rail 213 are properly engaged.

Subsequently, as shown in FIGS. 4 to 6, the shoji shoji retaining member 7 is attached to the steady rest member 6 arranged in the sash 33 of the shoji. As a result, even if the hanging of the internal sash 3 is reduced due to deterioration over time, the upper lateral extension portion 72 is the upper frame 21 upper frame indoor side lower extension wall portion 214 and the lower part of the upper frame for the internal sash. It is easy to get caught on the protruding rail 212, and it is possible to prevent the shoji 3 from coming off the window frame 2.

According to this embodiment, the following effects are achieved. The inner window 1 of the present embodiment includes a shoji (inner shoji 3, outer shoji 4) arranged in the window frame 2 and slidable in the lateral direction, and the upper frame 21 is a downward protruding rail protruding downward. It has (upper frame downward projecting rail 212 for internal shoji, upper frame downward projecting rail 213 for external shoji), and the shoji (internal shoji 3, external shoji 4) is opened upward and downward projecting rail (internal shoji). Upper rail guide 312 that accommodates at least a part of the upper frame downward projecting rail 212 and the external shoji upper frame downward projecting rail 213) and guides the lateral slide movement of the shoji (inner shoji 3, outer shoji 4). , 412, and a downward protruding rail (upper frame downward protruding rail 212 for internal obstacles, outside) that is provided at the upper end of the end of the sliding movement in the shoji (internal obstacle 3, external obstacle 4) and opens upward. It has a steady rest member 7 that accommodates at least a part of the upper frame downward protruding rail 213) for shoji and suppresses the runout of the shoji (inner shoji 3, outer shoji 4), and can be attached to the steady rest member 7. The shoji retaining member 7 is configured and has an upper lateral extending portion 72 located above the upper end portion of the shoji (inner shoji 3, outer shoji 4).

As a result, even if the engagement between the window frame 2 and the shoji (inner shoji 3 and outer shoji 4) is reduced due to deterioration over time, at least the steady rest member 6 arranged on the inner stile 33 of the inner shoji 3 Since the shoji retaining member 7 is attached, it is possible to prevent the shoji (inner shoji 3 and outer shoji 4) from coming off the window frame 2 due to the obstruction of the shoji retaining member 7.

In the present embodiment, the upper lateral extending portion 72 is arranged on the upper part of the steady rest member 7, and the upper frame downward projecting rail 212 for the internal shoji and the upper frame indoor side downward extending wall portion are arranged in the prospective direction of the internal shoji 3. It is placed between 214 and 214. As a result, the upper lateral extension portion 72 is arranged between the upper frame downward projecting rail 212 for the internal sash and the upper frame indoor side downward extension wall portion 214, so that the internal sash 3 is disengaged to the indoor side. Can be further prevented.

In the present embodiment, the shoji retaining member 7 is formed in an L shape and is connected to an end mounting plate 71 arranged along the prospective surface of the steady rest member 6 and the upper end of the end mounting plate 71. The upper part of the steady rest member 6 has an upper lateral extending portion 72 extending in the finding direction of the shoji (inner shoji 3, outer shoji 4). As a result, the shoji slip prevention member 7 can be easily attached to the steady rest member 6 simply by attaching the end mounting plate 71 to the prospective surface of the steady rest member 6.

The present disclosure is not limited to the above embodiment, and modifications, improvements, etc. to the extent that the object of the present disclosure can be achieved are included in the present disclosure.

For example, in the above-described embodiment, the shoji shoji retaining member 7 is provided on the steady rest member 6 arranged on the inner stile 33 of the shoji shoji 3, but the present invention is not limited to this. The shoji sash retaining member 7 may be provided on the steady rest member 6 arranged on the door end stile 34 of the internal sash 3. The shoji sash retaining member 7 may be provided on the steady rest member 6 arranged on the outer stile 43 of the sash 4 or on the steady rest member 6 arranged on the door end stile 44 of the sash 4. ..

In the above embodiment, the window frame 2 of the inner window 1 is made of a resin frame, but the present invention is not limited to this. The window frame of the inner window 1 may be made of, for example, a metal frame.

1 Inner window, 2 Window frame (frame body), 3 Internal shoji (shoji), 4 External shoji (shoji), 6 Anti-sway member, 7 Anti-shoji member 21 Upper frame, 71 End mounting plate (expected surface mounting part) ), 72 Upper lateral extension (upper component), 212 Upper frame downward protruding rail for internal shoji (downward protruding rail), 213 Upper frame downward protruding rail for external shoji (downward protruding rail), 214 Upper frame indoor side Downward extension wall part (downward extension plate), 312,412 Upper rail guide (rail accommodation guide part)

Claims (3)

It is an inner window placed on the indoor side of the outer window.
A frame body with an upper frame and
It is equipped with a shoji that is placed inside the frame and can be slid laterally.
The upper frame has a downward projecting rail that projects downward, and the upper frame has a downward projecting rail.
The shoji is a rail accommodating guide portion that opens upward and accommodates at least a part of the downward projecting rail to guide the lateral slide movement of the shoji, and a rail accommodating guide portion in the moving direction of the slide movement in the shoji. It has a steady rest member provided at the upper end of the end portion, which opens upward and accommodates at least a part of the downward protruding rail to suppress the runout of the shoji.
An inner window comprising a shoji retaining member that is configured to be attachable to the steady rest member and has an upper component located above the upper end of the shoji. The upper frame has a downward extending plate extending downward on the indoor side.
The inner window according to claim 1, wherein the upper component is arranged above the steady rest member and is arranged between the downward projecting rail and the downward extension plate in the prospective direction of the shoji. The shoji retaining member is formed in an L shape, and is connected to a prospective surface mounting portion arranged along the prospective surface of the steady rest member and the upper end of the prospective surface mounting portion, and is connected to the upper portion of the steady rest member. The inner window according to claim 1 or 2, comprising the upper component member extending in the finding direction of the shoji.

Images