JPS62228588A - Sealing structure of double sliding sound-insulating sash - Google Patents

Abstract

(57) [Summary] This bulletin contains application data before electronic filing, so abstract data is not recorded.

Description

DETAILED DESCRIPTION OF THE INVENTION Field of the Invention The present invention relates to a sealed structure for a sliding soundproof sash in which inner and outer shoji equipped with a smoke return are movably fitted into a window frame.

Conventional technology A conventional sealing structure of this type is
As shown in No. 78 and Japanese Utility Model Publication No. 58-17106, in the closed state of the window frame, the pressure contact surfaces of the respective parts facing the outside shoji frame are continuous on the same plane facing the outdoor side. In this case, the airtight material for the outer shoji is arranged, and the airtight material for the inner shoji is positioned so as to be swallowed up within the inner shoji frame.

The pressure contact surface of the airtight material for the outer shoji of the lower frame is on the upper side, and is above and below the airtight material for the inner shoji of the lower frame, respectively, and is approximately flush with the pressure contact surface of the airtight material for the inner shoji. The airtight material for the outer shoji on the vertical frame on the side of the outer shoji door stop is positioned so that its pressure contact surface is closer to the outdoor side than the airtight material for the inner shoji. A crimping surface is provided that is crimped to the airtight material for the inner shoji when it is pulled in, and the upper and lower stile of the outer shoji protrudes further into the room than the smoke return of the outer shoji, and is placed on top when it is closed and pulled in.

A crimping protrusion is provided that is crimped to the airtight material for the outer shoji in the lower frame, and the door edge stile of the outer shoji is flush with the indoor surface of the outer shoji's connecting stile, so that when closing or pulling A crimping surface is provided to be crimped to the airtight material for the outer shoji of the vertical frame, corner backings are provided at the top and bottom of the vertical frame on the side of the outer shoji door stop, and the ends of the crimping protrusions of the outer shoji are attached to this corner backing. It is so that they are in contact with each other.

Problems to be Solved by the Invention In the conventional structure described above, the pressure contact surfaces of the airtight material for the outer shoji provided on the upper and lower frames of the window frame are approximately the same as the pressure contact surfaces of the airtight material for the inner shoji. The crimped protrusions on the upper and lower stile of the outer shoji are provided in a thin plate shape so as to protrude further into the room than the chimney return of the outer shoji, and the ends of the crimped protrusions are attached to the corner backing. At the same time, the tip of the crimp protrusion is brought into contact with the airtight material for the outer shoji, so if there is slight deformation in the airtight material, the crimp protrusion and the corner backing, or between the crimp protrusion and the airtight material for the outer shoji, are Gaps are likely to form between the materials, and rainwater, etc., can easily enter between these gaps, and these gaps are created in positions that are far into the interior of the outer shoji frame rather than the interior surface, so rainwater, etc. can easily enter the room. Also, since the ends and tips of the crimping protrusions are crimped to the corner backing, the corner backing and airtight material for outer shoji screens are easily damaged.
There was a problem that problems such as rainwater infiltration were likely to occur over a short period of time.

Means for Solving the Problems In order to solve the above-mentioned problems, the present invention provides pressure contact members for inner and outer shoji on the upper and lower parts of the window frame, respectively, at the portions facing the outer shoji in the closed state. The pressure contact members for the outer shoji are arranged so as to be located above and below the pressure contact members for the inner shoji of the upper and lower frames, and the pressure contact members for the inner shoji are arranged.

A press-contact surface facing the indoor side of the indoor side of the inner shoji stile is provided on substantially the same surface, and the press-contact member for the outer shoji has a press-contact surface of the indoor side of the outer shoji stile that is closer to the outdoor side than the press-contact surface of the press-contact member for the inner shoji stile. The pressure contact surfaces facing the upper and lower frames are provided on approximately the same plane, and the inner parts of the upper and lower frames are provided at approximately the same height as the pressure contact surfaces of the outer shoji pressure contact members of the upper and lower frames. A connecting pressure contact surface is provided that is continuous on substantially the same plane as the pressure contact surface of the pressure contact member for shoji, and these connection pressure contact surfaces and the pressure contact surfaces of the outer shoji pressure contact members of the upper and lower frames are tilted with respect to the shoji opening/closing direction. A pressure welding slope is provided that is continuous with the
The inner surface of the indoor side of the indoor side of the inner shoji stile and the inner side of the indoor side of the outdoor side of the outer shoji stile are respectively provided with crimping surfaces that are crimped to the pressure welding surfaces of the pressure bonding members for the inner and outer shoji in the closed and drawn state, and furthermore, The joining part is provided with a closing member that protrudes toward the indoor side, and on the indoor side of the closing member, in a closed and drawn state, there is a connection between the outdoor surface of the joining part of the inner shoji, the pressure contact surface of the pressure contact member for the inner shoji, and the above-mentioned connection pressure contact surface. It is characterized in that a mating crimping surface is provided for crimping, respectively, and a mating crimping slope is provided on the upper and lower parts of the closing member, respectively, for crimping the crimping slope.

Function In the structure described above, when opening and closing the inner and outer shoji, the crimped surface of the door edge stile of the outer shoji is located on the outside of the room than the smoke return of the inner shoji, so the inner and outer shoji with smoke return are moved. The shoji can be moved completely quickly, and cleaning such as wiping the glass of the inner and outer shoji can be easily performed. In addition, when the inner and outer shoji are closed and pulled together, the crimp surfaces of the inner and outer shoji frames are crimped to the crimp surfaces of the inner and outer shoji pressure members, respectively, and the The joining crimping surface of the closing member is crimped to the outside surface of the joining part of the inner shoji, the pressing surface of the pressing member for the inner shoji of the upper and lower frames, and the connecting crimping surface of the upper and lower frames, and then the joining crimping surface of the closing member is pressed. The slopes are pressed against the pressure-contact slopes of the upper and lower frames, and the spaces between the inner and outer shoji and the window frame and between the inner and outer shoji can be continuously closed. In this case, the crimping surface of the outer shoji stile is surface crimped to the crimping surface of the crimping member for the outer shoji, and the combined crimping slope is surface crimping to the crimping slope, so the crimping between each is ensured, and the crimping surface and the crimping surface are crimped. Damage to slopes will also be reduced.

Embodiment FIGS. 1 to 6 show a first embodiment. 1.2 in the drawing
is for the left and right vertical frames, and 3.4 is for the top and bottom frames.

These constitute the window frame 5. This window frame 5 includes the top,
An inner shoji 10 is framed by a lower stile 6.7, a door stile 8, and a matching stile 9, and an outer shoji 15 is framed by an upper and lower stile 11, 12, a door stile 13, and a sill 14. The difference is that it is fitted in such a way that it moves.

43.47 is a combination frame of inner and outer shoji 10.15 9.14
16 is the glass for the inner and outer shoji (10.15).

In the upper frame 3, reference numerals 17 and 18 are inner and outer guide hanging walls for the inner and outer shoji shoji vertically installed from the top plate 19 of the upper frame 3, and the inner and outer shoji guide hanging walls 17 have inner and outer walls in a closed state on the outdoor side surface 24. , outside shoji 1
Inner and outer shoji pressure contact members 80 and 81 are respectively provided on half of approximately one side facing the upper frames 6 and 11 of 0.15 mm. The inner shoji press member 80 is constituted by the inner shoji airtight material 23 that is fitted into the airtight material mounting groove 20 formed at the lower end of the outdoor side surface 24. The airtight material 23 for inner shoji is made of an elastic material such as rubber or resin,
It is located so as to be swallowed up by the upper stile 6 of the inner shrine 1o. The inner shoji airtight material 23 includes a pressure contact surface 23 that faces the indoor side piece 22 of the upper stile 6 of the inner shoji 10 in the closed state.
a is formed. This pressure contact surface 23a is protruded so as to be located on the outdoor side by an appropriate amount (at least an amount larger than the compression margin by the inner sash 10 of the airtight material 23 for inner shoji) than the outdoor side surface 24 of the guide hanging wall 17 for inner shoji. 0th order,
The pressure contact member 81 for the outer shoji is integrally formed with the outdoor side surface 24 above the airtight material 23 for the inner shoji so as to protrude toward the outdoor side from the pressure contact surface 23a.
2, the outer shoji airtight material 26 fitted in the airtight material mounting groove 21 formed on the outdoor surface of the holding part 82, and the upper frame 3.
The holding part 82 is cut out at the joining part, and an end member 84 is attached so as to be continuous with the holding part 82 and the end of the outer shoji airtight material 26. The airtight material 26 for the outer shoji is made of an elastic material similarly to the airtight material 23 for the inner shoji, and its outdoor side has a press-contact surface facing the indoor surface of the indoor side piece 25 of the upper stile 11 of the outer shoji 15 in the closed state. 26a is formed. This pressure contact surface 2
In the drawing, 6a is positioned on the outside side of the room compared to the outside end of the smoke return 43 of the inner shrine 10 in the closed and drawn state. As shown in FIG. 4, the cutout part 83 is formed so as to enter the interior side of the room than the pressure contact surface 23a of the airtight material 23 for the inner shoji, and the end member 84 is inserted into the cutout part 83 to fit into the airtight material mounting groove 21. It is fixedly attached using glue or adhesive. This end member 84 is molded from an elastic material such as rubber or resin, and the inner shoji airtight material 23 is pressure-contacted on the outdoor side at approximately the same height as the pressure-contacted surface 26a of the outer shoji airtight material 26. A connection pressure contact surface 84a is formed which is located substantially on the same plane as the surface 23a, and this connection pressure contact surface 84a is continuous with the pressure contact surface 23a on substantially the same surface. Further, on the outdoor side of the end member 84, a pressure contact surface 26a of the airtight material 26 for an outer shoji is provided.
a pressure contact surface 84b that is continuous on substantially the same plane as the pressure contact surface 84b;
4b and the connecting pressure contact surface 84a are respectively formed with a pressure contact slope 84c that connects the connection pressure contact surface 84a obliquely to the shoji opening/closing direction. Although the pressure contact slope 84c is shown in the drawing as having an angle θ of 45 degrees with respect to the shoji opening/closing direction, the angle θ may be larger or smaller than this angle.

Next, in the lower frame 4, reference numeral 27a is a stepped wall rising upward from the base plate 27 of the lower frame 4, and this stepped wall 27a has an outer shoji 10. Inner and outer shoji pressure contact members 90 and 91 are respectively provided on approximately half of one side facing the lower stile 7 and 15 of 15. This inner shoji pressure contact member 90 is the inner shoji airtight material 3 that is fitted into the airtight material mounting groove 28 formed at the upper end of the stepped wall 27a.
Consists of 0. The inner shoji airtight material 30 is made of an elastic material, and is positioned so as to be swallowed by the lower stile 7 of the inner shoji 10. The inner shoji airtight material 3o is formed with a pressure contact surface 30a that faces the outdoor side piece 22 of the lower stile 7 of the inner shoji 1o in the closed state. This pressure contact surface 3
0a is an amount more suitable than the step wall 27a (at least an amount larger than the compression amount of the airtight material 30 for the inner shoji 10)
It is located on the outdoor side and is set to be located on substantially the same plane as the pressure contact surface 23a of the upper frame 3. Next, the outer shoji pressure contact member 91 includes a holding portion 92 that is integrally formed with the stepped wall 27a below the inner shoji compaction material 30 so as to protrude toward the outside of the room than the pressure contact surface 30a; The outer shoji airtight material 32 fitted in the airtight material mounting groove 29 formed on the outdoor surface of the holding part 92 is held by the cutout part 93 formed by cutting out the holding part 92 at the joining part of the lower frame 4. Part 9
2 and an end member 94 attached so as to be continuous with the end of the airtight material 32 for outer shoji.

The airtight material 32 for the outer shoji is made of an elastic material similarly to the airtight material 30 for the inner shoji, and its outdoor side has a press-contact surface facing the indoor surface of the indoor side piece 25 of the lower stile 12 of the outer shoji 15 in the closed state. 32a is formed. This end member 94 is molded from an elastic material such as rubber or resin in the same way as the end member 84 described above, and an airtight material 32 for an outer shoji is provided on the outdoor side of the end member 94.
A connection pressure contact surface 94a is formed substantially on the same plane as the pressure contact surface 30a of the airtight material 30 for inner shoji at approximately the same height as the pressure contact surface 32a. Continuous on the same plane.

Further, on the indoor side of the end member 94, there is a pressure contact surface 84b that is continuous on substantially the same plane as the pressure contact surface 32a of the outer shoji airtight material 32, and the pressure contact surface 94b and the connection pressure contact surface 94a are connected to each other in the shoji opening/closing direction. Pressing slopes 94c are formed which are diagonally continuous. In the drawings, the end members 84.94 also serve as a part of the inner shoji airtight member 23.30, but the end members 84.94 may also be made to not serve the same purpose by extending the inner shoji airtight member 23.30 toward the joining part side. . In addition, the upper plate 3 is attached to the lower frame above.
Inner and outer shoji rails 34 and 35 are erected from 3 and the board 27.

Next, an abutting piece 36 is provided protruding over the entire length of the vertical frame 1 on the side of the inner shoji door stop, and the upper and lower frames 3 are attached to the outdoor side of this abutting piece 36.
．． An inner shoji pressure contact member 70 that connects the four inner shoji pressure members 80 and 90 is attached. Further, a contact piece 39 and an airtight material holding piece 40 are protruded from the vertical frame 2 on the side of the outer shoji door stop, and the airtight material holding piece 40 is pressure-bonded to the outdoor side of the upper and lower frames 3.4 for the outer shoji. An outer shoji pressure contact member 71 that connects the members 81 and 91 is attached. The inner and outer shoji pressure contact members 70, 71 are respectively constituted by airtight members 38, 42 attached to the abutting pieces 36 and the airtight member holding pieces 40. Among these, the pressure contact members 38 and 42 for the outer shoji are made of an elastic material, and the outdoor side piece 22 of the door frame 8 of the inner shoji 10 in the closed state is opposite to the indoor surface on the outdoor side of the airtight material 38 for the inner shoji. A pressure contact surface 38a is formed so as to be continuous on substantially the same plane as the pressure contact surfaces 23a and 30a, and the outer shoji airtight material 42
On the outside of the room, there is a door frame 13 in the closed outer building 15.
A pressure contact surface 42a facing the interior surface of the indoor side piece 25 is formed so as to be continuous on substantially the same plane as the pressure contact surfaces 26a and 32a.

Upper and lower stile 6.7 of inner shoji 10, door stile 8 and stile 9
On the indoor side of each of the upper and lower outdoor side pieces 22, when the inner shoji 10 is closed or drawn, there is an airtight material 23.30° 38 that is continuous with the upper and lower frames 3.4 and the inner shoji airtight material 23.30 of the vertical frame 1. A crimping surface 22a that is crimped to the surface is formed substantially on the same plane. On the other hand, the upper and lower stile 11 and 12 of the outside stile 15, and the door stile 13
The upper and lower frames 3 are attached to the indoor surfaces of the upper and lower indoor pieces 25 of the stile 14 when the outer shoji 15 is closed and drawn.
．． A pressure bonding surface 25a which is continuously pressure bonded to the pressure bonding surfaces 26a, 32a, and 42a of the outer shoji airtight material 26, 32, and 42 of the vertical frame 2 and the vertical frame 2 is formed on substantially the same plane. The crimp surface 25a is positioned to be located on the outside of the room with respect to the smoke return 43 of the inner shell 10 in the open state. Furthermore, a closing member 44 that protrudes toward the indoor side is provided on the outer shoji stile 14 over its entire length. This closing member 44
is continuous with the combined airtight material 45 installed in the airtight material mounting groove 45b formed on the indoor surface of the outer shoji combined frame 14 and the combined airtight material 45 attached to the indoor side piece 25 of the external shoji combined frame 14. It is composed of a projecting portion 46 that is integrally provided as shown in FIG. On the indoor side of the combined airtight material 45, when the inner and outer shoji 10.15 are closed and drawn, the upper and lower frames 3.4
Pressure contact surfaces 23a, 30a of airtight material 23.30 for inner shoji
Connection pressure contact surfaces 84a and 94a of the end members 84 and 94, and a combination pressure contact surface 45a that is respectively pressed to the outdoor surface of the inner shoji combination stile 9.
is formed. In addition, the upper and lower portions of the above-mentioned overhanging portion 46 have an upper and lower portion when the inner and outer shoji 10.15 are closed and drawn.
Pressure contact slopes 84c, 94 of end members 84.94 of lower frame 3.4
A mating crimping slope 46a is formed respectively to be crimped with c. 48 and 49 are the pull pieces of the inner and outer shoji door frames 8 and 13.

In the structure described above, the inner and outer shells 10.15 are closed, and the inner and outer shells 10.15 are closed using a pulling device (not shown).

Outer shoji 10.15 drawn, inner and outer shoji 10 when pulled together
．． 15 crimp surfaces 22a, 25a are crimp surfaces 23a, 3, respectively.
0a, 38a and the pressure contact surfaces 26a, 32a, 42a by surface pressure bonding. Also, the combined pressure bonding surface 45a of the combined airtight material 45
are the pressure contact surfaces 23a, 30a of the inner shoji airtight material 23.30 of the upper and lower frames 3.4 and the connection pressure contact surface 84a of the end member 84.94.
, 94a and the outdoor surface of the inner shoji combination stile 9 are continuously surface-pressed, and the joint crimped slope 46a of the overhanging portion 46 of the outer shoji combination stile 14 is pressed against the crimped slope 84C194c of the end member 84.94.
The crimping surfaces 22a, 25a and the crimping surface 23a
, 30a, 38a and 26a, 32a, 42a are completely continuous.

When the inner and outer shoji 10.15 are closed and drawn toward the indoor side as described above, the crimped slopes 84c, 94c and the combined crimped slopes 46a, 46a are inclined with respect to the opening/closing direction of the shoji. By pulling the inner and outer shoji joining frames 9.14 toward the room, the joining crimping slopes 46a, 46a
The pressure welding slope 84c.

94c can be strongly crimped. The above connecting frame 9
. etc. can be made higher. In addition, as described above, the joint pressure bonding surface 45a is pressure bonded to the connection pressure bonding surfaces 84a, 94a of the end members 84.94, and the inner and outer shoji airtight materials 23.
30.38 and 26.32.42 and inside, outside Jinko 1o, 1
Since the crimped portion with 5 is completely continuous by the surface pressure layer portion, the watertightness, airtightness, etc. of the joining portion of the inner and outer shells 10 and 15 can be made extremely high.

Further, the crimping surfaces 22a, 25a and the crimping surfaces 23a, 30
a, 38a and 26a, 32a, 42a, the combined crimp surface 45a, the crimp surfaces 23a, 30a, and the connecting crimp surface 8
4a, 94a, since surface crimping is performed between the slopes 46a, 46a and the pressing slopes 84c, 94c, respectively.
Damage to each crimped part can be reduced, and high watertightness, airtightness, etc. can be maintained over a long period of time. In addition, since it is not necessary to make the pressure contact surface 32a of the pressure contact member 91 for the outer shoji of the lower frame 4 protrude to the outside of the room and to form a crimping protrusion on the lower stile 12 of the outer shoji 15, there is no need to form a crimping protrusion on the lower stile 12 of the outer shoji 15. It is possible to prevent the accumulation of dirt, to improve the appearance, and to easily clean the area. Next, when sliding the inner and outer shoji 10 and 15 apart, the interior surface of the indoor side piece 25 of the outer shoji 13 and the smoke return 43 of the inner shoji 10 do not interfere with each other, so that the sliding speed is perfect, and as a result, the inner and outer shoji It is possible to easily clean the glass of the outer shoji 10.15.

7 to 9 show different embodiments of the present application, in which the outer shoji pressure contact members 81e and 91e of the upper and lower frames 3e and 4e are connected to the airtight material mounting grooves 21e and 29e of the upper and lower frames 3e and 4e. The outer shoji airtight materials 26e, 32e fitted to the end members 84e,
94e, and the closing member 44e of the outer shoji combining frame 14e is made up of a combined airtight material 45e and its combined airtight material 45.
Attach the outer shoji frame 1 with adhesive etc. so that it continues to e.
Rubber or resin airtight material 99 fixed to the top and bottom of 4e
It is composed of The airtight material 26e for the outer shoji,
32e is the pressure contact surface 23a of the inner shoji airtight material 23e, 30e
The end members 84e, 94 protrude toward the outdoor side from the positions 30ae and 30ae.In such a case, the end members 84e and 94
e can be omitted. It should be noted that the alphabet e is added to the reference numerals of the parts that are the same as or equivalent to those in the above embodiment, and redundant explanation will be omitted. Also 1
In the following embodiments as well, the alphabet f will be added to omit repeated explanation.

10 and 11 show another different embodiment,
Pressure contact members 81f and 91f for outer shoji of upper and lower frames 3f and 4f
Holding frames 82f and 92f are fixed to the upper and lower frames 3f and 4f with screws or the like, and the airtight material 26 for outer shoji is fitted into the airtight material mounting grooves 21f and 29f of those holding frames 82f and 92f.
It is composed of f, 32f and end members 84f, 94f.

Effects of the Invention As described above, in the present invention, when the inner and outer shoji are closed and drawn, the crimp surfaces of the inner and outer shoji are crimped to the crimp surfaces of the inner and outer shoji crimp members of the window frame. In addition, the joining crimping surface of the closing member in the outer shoji joining part is crimped to the pressing surface of the pressing member for the inner shoji and the connecting pressing surface of the lower frame, and the joining crimping surface of the closing member is the upper part, the lower frame is crimped. Since it is crimped to the pressure-contact slope, it is possible to reliably close the spaces between the inner and outer shoji and the window frame and between the inner and outer shoji with a continuous surface, ensuring high watertightness and soundproofing. can.

In addition, as mentioned above, since the joining crimping slope is closed by being crimped to the pressing slope inclined with respect to the opening/closing direction of the shoji, the joining crimping surface is closed depending on the amount of pull of the inner and outer shoji toward the room. The degree of pressure contact between the surface and the pressure contact slope can be adjusted, and the degree of contact can be easily and reliably adjusted. Furthermore, even if the space between the inner and outer shoji and the window frame or the space between the inner and outer shoji is closed by a continuous surface as described above, the pressure contact surface of the pressure welding member for the outer shoji can be placed inside the room from the smoke return of the inner shoji. The crimping surface of the outer shoji is provided on the inner side of the outer shoji root chamber,
Since these crimped surfaces are designed to have surface pressure against the crimped surfaces of the shoji shoji crimping members, even if the crimped surfaces are slightly deformed, the space between the crimped surfaces can be completely closed, resulting in high watertightness. It has the advantage that it can be maintained for a long period of time and that cleaning of the lower stile of the outer shoji can be made easier. In addition, the crimped surface of the outer shoji is positioned on the outside of the room than the smoke return of the inner shoji, and the inside and
When opening and closing the outer shoji, the inner and outer shoji with smoke return can be completely retracted, thereby making it easier to clean the inner and outer shoji by wiping the glass.

[Brief explanation of drawings]

Fig. 1 is a cross-sectional view showing the sliding soundproof sash according to the present application in a closed state, Fig. 2 is a cross-sectional view taken along line nn in Fig. 1, and Fig. 3 is a sectional view showing the open state in Fig. 2. , FIG. 4 is a sectional view taken along the line IV-IV, FIG. 5 is a sectional view taken along the line ■-V, FIG. 6 is a perspective view showing the end member of the lower frame, and FIG. 7 is a cross-sectional view showing a different embodiment. , FIG. 8 is a cross-sectional view taken along the line ■-■ in FIG. 7 in an open state, FIG. 9 is a partial view seen from the direction of arrow ■, FIG. 10 is a cross-sectional view showing another different embodiment, and FIG. 11 is a sectional view taken along the line X[-XI in FIG. 10 in an open state. 1.2... Vertical frame, 3.4... Upper and lower frames, 5...
・Window frame, 10.1.5...inner, outer shoji, 9.14...
・Inner and outer shoji joining frames, 22a, 25 a ---crimping surface, 70.80.90...pressing member for inner shoji,
71.81.91... Pressure contact member for outer shoji, 23a,
26a, 30a, 32a, 38a, 42a... pressure contact surface, 43.47... smoke return, 44... closing member,
45a... Joining crimp surface, 46a... Joining crimp slope. 84a, 94a... Connection pressure contact surface, 84c, 94c.
... Pressure welding slope patent applicant Howa Kogyo Co., Ltd. Figure 2 Figure 3 Figure 10 Figure 11 Figure 7 +! :! i19Figure 8Figure 7e

Claims (1)

[Claims] 1. In a sealed structure of a sliding soundproof sash in which inner and outer shoji with smoke return are fitted into a window frame so that the inner and outer shoji can be drawn toward the indoor side in the closed position. , in the window frame in the closed state, in each of the parts corresponding to the outer shoji, the pressure contact member for the outer shoji is above, the pressure contact member for the outer shoji of the lower frame is above, and the pressure contact member for the inner shoji of the lower frame is above, The pressure contact member for the inner shoji is provided with a pressure contact surface that faces the indoor side of the indoor side of the inner shoji stile on approximately the same plane, and the pressure contact member for the outer shoji is provided with a pressure contact surface that faces the inner surface of the indoor side of the indoor shoji frame, and the pressure contact member for the outer shoji Providing a pressure contact surface facing the indoor side of the indoor side of the outer shoji frame on the outdoor side of the pressure contact surface of the pressure contact member for use, on substantially the same surface;
At the joining part of the upper and lower frames, there is a pressure contact surface at approximately the same height as the pressure contact surface of the pressure contact member for the outer shoji of the upper and lower frames, and approximately on the same level as the pressure contact surface of the pressure contact member for the inner shoji of the upper and lower frames. Continuous connection pressure contact surfaces are provided, and a pressure contact slope is provided that connects these connection pressure contact surfaces and the pressure contact surfaces of the outer shoji pressure contact members of the upper and lower frames at an angle with respect to the opening/closing direction of the shoji sash. A crimp surface is provided on the inner surface of the outer single chamber and the inner surface of the inner single chamber of the outer shoji frame, respectively, to be crimped to the press contact surfaces of the press members for the inner and outer shoji in the closed and drawn state,
Further, a closing member protruding toward the indoor side is provided at the joining part of the outer shoji, and the indoor side of the closing member is in a closed and drawn state to connect the outdoor surface of the joining part of the inner shoji with the pressure contact surface of the pressure contact member for the inner shoji. Providing mating crimping surfaces that are crimped to the connection crimping surfaces, respectively,
A sealing structure for a sliding soundproof sash, characterized in that the upper and lower portions of the closing member are provided with mating crimping slopes that are crimped to the crimping slopes, respectively. 2. The pressure contact members for the outer shoji of the upper and lower frames are integrally provided on the upper and lower frames so as to protrude outward from the pressure contact surfaces of the pressure contact members for the inner shoji, and the outdoor surface of the holding portion is The airtight material for outer shoji is constructed of an airtight material for outer shoji installed, and an end member attached to a cut-out part of the holding part at the joining part so as to be continuous with the holding part and the airtight material for outer shoji. A sealing structure for a sliding soundproof sash according to claim 1, characterized in that a pressure contact surface is provided on the outdoor surface of the material, and a connection pressure contact surface and a pressure contact slope are provided on the end member. 3. An airtight material for outer shoji in which pressure contact members for outer shoji on the upper and lower frames are arranged so as to protrude toward the outside of the room from positions substantially on the same plane as the pressure contact surfaces of the pressure contact members for inner shoji on the upper and lower frames. and an end member attached to the upper and lower frames so as to be continuous with the end faces of the joining part side of the airtight material for the outer shoji, and a pressure contact surface is provided on the outdoor side of the airtight material for the outer shoji, and the end member A sealing structure for a sliding soundproof sash according to claim 1, characterized in that a connecting pressure surface and a pressure contact slope are provided on the sash. 4. Attach the pressure contact members for the outer shoji of the upper and lower frames to the holding frame attached to the upper and lower frames so as to protrude outward from the pressure contact surface of the pressure contact member for the inner shoji, and to the outdoor surface of the holding frame. The airtight material for outer shoji is composed of an airtight material for outer shoji, and an end member attached to the upper and lower frames so as to be continuous with the end face of the joining part side of the holding frame and the airtight material for outer shoji, and the airtight material for outer shoji is A pressure contact surface is provided on the outdoor surface,
2. A sealing structure for a sliding soundproof sash according to claim 1, wherein the end member is provided with a connecting pressure contact surface and a pressure contact slope. 5. An airtight material for outer shoji in which the pressure contact members for outer shoji on the upper and lower frames are arranged so as to protrude toward the outside of the room from positions substantially on the same plane as the pressure contact surfaces of the pressure contact members for inner shoji on the upper and lower frames. Claim 1, characterized in that the outer shoji airtight material is provided with a connection pressure surface and a pressure contact slope at the end of the mating part side.
The sealed structure of the sliding soundproof sash described in Section 1. 6. The closing member is a combined airtight material attached to the inner surface of the combined part of the outer shoji over almost the entire length, and an overhang provided integrally with the combined part of the outer shoji so as to be continuous with the combined airtight material. and a mating crimping surface is provided on the indoor side of the mating airtight material,
A sealing structure for a sliding soundproof sash according to claim 1, characterized in that a mating crimping slope is provided on the upper and lower parts of the projecting portion. 7. The closing member is a combined airtight material attached to the inner surface of the combined part of the outer shoji, and an airtight body installed on the upper and lower parts of the inner surface of the combined part of the outer shoji so as to be continuous with the combined airtight material, respectively. A sliding soundproofing device according to claim 1, characterized in that a mating crimping surface is provided on the indoor surface of the composite airtight material, and a mating crimping slope is provided on the airtight body. Sealed structure of sash.