JPS6364586B2 - - Google Patents

Description

DETAILED DESCRIPTION OF THE INVENTION The present invention relates to a sliding soundproof sash.

Conventionally, this type of sliding satsushi was
As shown in Publication No. 54-32864, a frame packing protruding toward the outdoor side is attached to the lower end of the indoor side hanging piece and middle hanging piece of the upper frame, and the upper end of the rain cover piece of the lower frame and the middle A frame packing protruding toward the outside of the room is attached to the step part, and a movable piece having convex packing pieces is fitted to the upper and lower ends of the inner shoji sash so as to be movable up and down, and the upper part facing the movable piece is fitted. It has been proposed that a receiving piece having a concave packing receiving piece corresponding to the shape of the packing piece is fixed to the lower frame. However, in the above-mentioned conventional sash, the movable piece fits into the recess of the receiving piece and closes the gap between the two, so when the movable piece is drawn toward the indoor side, the outdoor side of the movable piece and the movable The pressure bonding force between the piece and the inner surface of the recess becomes weak, or a gap is created between them, resulting in poor watertightness.Furthermore, receiving pieces are required at the parts corresponding to the shoji mating parts of the upper and lower frames, making it difficult to assemble them. There were problems that required time and effort to repair.

Therefore, the present invention aims to solve the above problems and provides a practical sliding soundproof sash that can improve watertightness and soundproofing performance.
…It is a feature.

Next, embodiments of the present application will be described based on the drawings. In FIG. 1, reference numeral 1 denotes a window frame, which is composed of an upper frame 2, a lower frame 3, an inner shoji door stop frame 4, and an outer shoji door stop frame 5. Reference numeral 6 is an inner shoji, which is constructed by framing an upper stile 7, a lower stile 8, a door stile 9, and a closing stile 10, and into which glass 11 is fitted. Reference numeral 12 denotes an outer shoji, which is composed of an upper stile 13, a lower stile 14, a door stile 15, and a side stile 16, and a glass 17 fitted therein. Among these,
The outer shoji 6, 12 are slidably fitted into the window frame 1. Above inner shoji 6, lower stile 7,
8 and the stile 14 of the outer shoji 12 are formed so that the height of the indoor stile plate and the outdoor stile plate are equal, respectively, like a general sash. A crescent 18 is attached to the inner shoji stile 10, and a crescent receiver 19 is attached to the outer shoji stile 16. This crescent 18
also serves as a handle for operating a pulling device for the inner shoji stile 10, which will be described later.

Next, the upper frame structure of the upper frame 2 portion will be described. In the upper frame 2, a top plate 20 has a recess 21 recessed upward near the center in the indoor/outdoor direction, and a step 20a. 22 is an inner shoji guide piece, 23 is an outer shoji guide piece, and 24 is an indoor side hanging piece, which protrudes downward from the top plate 20 as shown in FIG. Packing fitting grooves 25 and 26 are formed over the entire length of the indoor hanging piece 24 and the stepped portion 20a on the outdoor side, respectively.
In this one packing fitting groove 25, an inner shoji frame packing 28 is attached only to approximately half of one side facing the indoor stile plate 27 of the inner shoji in the closed state. This inner shoji frame packing 28 is formed so that its outdoor side surface is continuous with the top plate 20, as shown in FIG. In the other packing fitting groove 26, an outer shoji frame packing 3 is provided only on approximately half of one side facing the indoor stile plate 29 of the outer shoji 12 in the closed state.
0 is attached, and the outer shoji frame packing 30 is not attached to the remaining approximately half of one side, and an extra space is formed. The protrusion dimension L of the outer shoji frame packing 30 from the packing fitting groove 26 is set to be relatively large (preferably approximately 3 mm to 8 mm, but not limited thereto).

Next, the structure of the lower frame portion of the lower frame 3 portion will be described. In the lower frame 3, 31 is a board, and as shown in FIGS. 2 and 5, a stepped portion 31b with a high indoor side is formed near the center in the indoor/outdoor direction, and is composed of a low step plate 31a and a high step plate 31c. ing. This high plate 31c
A rain return piece 32 that rises upward is integrally formed on the indoor side end of the rain return piece 32, and this rain return piece 32 has an overhang piece 3 that extends toward the outdoor side at a higher position than the high step board 31c.
3 is integrally molded, and a space opening to the outside of the room is formed below this overhang piece 33. In addition,
The space 34 may be formed by extending the indoor side end of the high step board 31c to the rain return piece 32 and extending it approximately parallel to the high step board 31c. A shoji rail 35 that rises upward is integrally formed at the tip of the overhanging piece 33. Moreover, the above-mentioned low stage board 31a has an outer shoji rail 36 that rises upward.
is integrally molded. Packing fitting grooves 3 are provided on the outdoor side of the rain return piece 32 and the stepped portion 31b, respectively.
7 and 38 are formed over the entire length. On one of the packing adhesives 37, an inner shoji frame packing 39 is attached only to approximately half of one side of the inner shoji 6 in the closed state, which faces the indoor stile plate 27.
This inner shoji frame packing 39 is formed so that its outdoor side surface is continuous with the overhanging piece 33.
In the other packing fitting groove 38, an outer shoji frame packing 40 is fitted only to approximately half of one side of the closed outer shoji 12 facing the indoor stile plate 29, and an upper frame is fitted to the remaining approximately half of the side. As with the other parts, extra space is formed. This outer shoji frame packing 40
As with the upper frame portion, the protrusion from the packing fitting groove 38 is set to be relatively large. The above-mentioned inner and outer shoji frame packings 39 and 40 each have an outdoor side that is inside the upper frame 2,
Although it is located on the same plane as the outdoor side surfaces of the outer shoji frame packings 28 and 30, it is not limited thereto. At both ends of the overhanging piece 33 and the inner shoji rail 35, cutouts 41 and 42 are provided which communicate with the space 34, as shown in FIG. Dust that has entered the grooves 43 between 39 and 39 can be easily swept out to the outside of the room. Note that the cutouts 41 and 42 may be formed by holes provided in the overhanging piece 33, or may be formed by a cutout in which only the inner shoji rail 35 is cut out. Further, a drainage hole 44 communicating with the space 34 is provided in a portion of the overhang piece 33 that is slightly biased toward the shoji closing side from a position facing the shoji stile 10 in the closed state, and a drainage hole 44 that communicates with the space 34 is provided. Rainwater that enters the interior and flows toward the inner shoji stile 10 can be drained outside through the drainage hole 44 and the space 34. Furthermore, notches 45 and 46 are provided at both ends of the outer shoji rail 36. As shown in FIGS. 2 to 4 and 6, a fixed closing member 47 is fitted into the space 34 of the lower frame 3 at a portion corresponding to the joining frame 10 of the inner shoji 6 in the closed state. It is fixed with adhesive or screws. Also, lower frame 3
An inner shoji stopper 48 is attached to the high step board 31c.

Next, the door stop frame structure of the inner and outer shoji door stop frames 4 and 5 will be explained. First, in the inner shoji door frame 4, 49 is an inner shoji contact piece, 50 is an indoor frame piece, and a packing fitting groove 51 is formed on the outdoor side of this indoor frame piece 50 over the entire length. There is. An inner shoji frame packing 52 is mounted in this packing fitting groove 51 so as to face the indoor side stile plate 27 of the inner shoji door tip stile 9 in the closed state. This inner shoji frame packing 52 has its outdoor side facing up and down, and the inner shoji frame packings 28 and 39 of the frames 2 and 3.
It is continuous to the outdoor side. On the other hand, in the outer shoji door frame 5, 53 is an outer shoji abutting piece, 54 is a packing holding piece, and a packing fitting groove 55 is formed on the outdoor side of the packing holding piece 54 over the entire length. An outer shoji frame packing 56 is mounted in this packing fitting groove 55 so as to face the indoor side stile plate 29 of the outer shoji door edge stile 14 in the closed state. This outer shoji frame packing 56 has its outdoor side surface continuous with the outdoor side surfaces of the outer shoji frame packings 30, 40 of the upper and lower frames 2, 3.

Next, the inner and outer shoji 6 and 12 portions will be explained. Concave grooves 57 and 58 are formed in the upper and lower parts of the inner shoji 6, and the upper and lower sides are open, respectively, and the upper groove 57 is fitted into the inner shoji guide piece 22,
A door roller 59 disposed in the lower groove 58 is fitted onto the inner shoji rail 35. Note that a steady rest piece 60 is disposed within the upper groove 57. This inner shoji 6 upper, lower stile 7, 8,
On each of the upper and lower indoor side stile boards 27 of the door frame 9 and the door frame 10, when the inner shoji 6 is in the closed and pulled state, the upper and lower frames 2 and 3 and the inner shoji frame of the inner shoji door stop frame 4 are attached. A contact surface 27a is formed so as to be continuously pressed against the packings 28, 39, 52. Further, the height difference P1 between the lower end of the inner shoji 6 and the upper end of the rain return piece 32 is set to be smaller than the lifting dimension of the inner shoji 6, so that the inner shoji 6 can be removed to the indoor side. It goes without saying that the rain return piece 32 may be raised higher than the inner shoji frame packing 39 so that the inner shoji 6 cannot be moved in or out. On the other hand, grooves 61 and 62 are formed in the upper and lower parts of the outer shoji 12, respectively, and the upper and lower sides are open, and the upper groove 60 is fitted into the outer shoji guide piece 23. A door roller 63 disposed in the groove 61 is fitted onto the outer shoji rail 36.

Note that a steady rest piece 64 is disposed within the upper groove 61. Above this outer shoji 12,
Lower stile 13, 14, door stile 15 and side stile 16
The upper and lower indoor stile boards 29 are provided with outer shoji frame packings 30 and 4 of the upper and lower frames 2 and 3 and the outer shoji door stop frame 5 when the outer shoji 12 is in the closed and drawn state.
Contact surface 2 that is continuously crimped to 0,56
9a is formed. Further, the height difference P2 between the lower end of the outer shoji 12 and the upper end of the outer shoji rail 36 is set smaller than the liftable dimension of the outer shoji 12, as is well known. Next, the closing structure of the joining portion of the inner and outer shoji 6, 12 will be described. First, as shown in FIGS. 3, 6, and 9, on the matching frame 10 of the inner shoji 6, the inner and outer shoji 6,
Outside shoji stile 1 in the closed and pulled state of 12
A matching packing 66 is attached over the entire length to the indoor side of the indoor side stile plate 29 of No.6. This combination packing 66 is the outer shoji 12
It may be attached to. In addition, the upper and lower frames 2 of the inner and outer shoji frames 10 and the upper and lower frames of the inner and outer shoji frames 10 and 66 are provided when the inner and outer shojis 6 and 12 are in the closed and drawn state. , a closing member 6 formed to close the gap between the two.
7 and 68 are fitted so as to be movable up and down. As shown in FIGS. 3, 6, 7, and 8, these closing members 67, 38 include closing pieces 67a, 68a molded from synthetic resin material or metal material, and upper and lower portions of these closing pieces 67a, 68a. Band-shaped closure packing 67b, 68b fitted or adhered to the outer periphery
It is made up of. These occlusion pieces 67
The closing packings 67b and 68b fitted or glued on the indoor side of the frames a and 68a are vertically movable in the vertical notch grooves 69 and 70 formed on the upper and lower parts of the indoor side frame plate 27 of the joining frame 10. It is fitted so that its indoor side surface is positioned substantially on the same plane as the contact surface 27a of the indoor stile plate 27. Note that the notch grooves 69 and 70 are omitted, and the closing packing 67 is used.
b, 68b is configured so that the indoor side surface of the indoor stile plate 27 slides on the outdoor side surface (inner surface) of the indoor stile plate 27 in a compressed state,
The gap corresponding to the thickness of the indoor stile board 27 may be closed by the expansion of the closing packings 67a and 68b. Further, the outdoor side portions of the closing pieces 67a, 68a and the closing packings 67b, 68b are vertically movable into vertical notch grooves 71, 72 formed at the top and bottom of the outdoor side stile plate 65 of the joining stile 10. The packing 67b, 68 is inserted and closes this part.
The outdoor side surface of b is located substantially on the same plane as the outdoor side surface of the closing packing 66, and the closing packing 6
The side surfaces of 7b and 68b are formed to move up and down in substantially contact with the side surface of the matching packing 66 (including a state in which there is a slight gap in addition to a contact state). In addition, recesses 73 and 74 are formed on the upper surface of the closing member 67 and the lower surface of the closing member 69, respectively, to prevent interference between the inner sash guide piece 22 and the inner shoji rail 35. As shown in FIGS. 7 and 8, the interior side surfaces of these recesses 73 and 74 are connected to the inner shoji guide piece 22.
The closing pieces 67 of the closing members 67, 68 are formed on slopes 73a, 74a that can engage with the inner shoji rails 35 and draw the inner shoji stile 10 towards the indoor side.
a, 68a also serves as a pulling device 81 for the inner shoji stile 10, which will be described later. As shown in FIGS. 3 and 6, the closing pieces 67a and 68a are formed so that there is almost no gap between them and the inner surface of the stile 10, and block the hollow part inside the stile 10 from communicating with the outside. I'm starting to do that. The closing members 67 and 68 are the lifting rods 7 that are moved in opposite directions by the rotation of the crescent 18.
5, 76 so that the height can be adjusted. Further, the closing members 67 and 68 have driver insertion holes 77 and 7 for adjusting screws for assembling the frame.
8 is formed. These lifting rods 75, 76
is a known conversion device 7 attached to a connecting frame 10
9, they are configured to be moved away from each other when the crescent 18 is rotated in the locking direction, and to be moved toward each other when the crescent 18 is rotated in the unlocking direction. .

Next, the pulling device for the inner and outer shoji 6, 12 will be explained. This pulling device includes a pulling device 80 for the inner shoji door edge stile 9 and a pulling device 81 for the inner shoji sliding stile 10.
, a pulling device 82 for the outer shoji door edge stile 15, and a pulling device 83 for the outer shoji joining stile 16. Among these, the pulling devices 80 and 82 of the outer shoji door edge frames 9 and 15 are composed of three engaging pieces 8 attached to the upper, middle, and lower parts of the inner and outer shoji door edge frames 9 and 15, respectively.
4, 85, and these engaging pieces 84, 85 are connected to the inner and outer shoji contact pieces 49, 5 of the window frame 1.
3 to draw the inner and outer shoji door frames 9 and 15 toward the indoor side. Note that these pulling devices 80 and 82 may be known pulling devices that are pulled together by operating a handle. As described above, the pulling device 81 of the internal shoji stile 10 includes the crescent 18, the conversion device 79, the lifting rod 75,
76 and closing pieces 67a, 68a, and by rotating the crescent 18 in the locking direction, the slopes 73a, 74 of the closing pieces 67a, 68a are closed.
a engages with the inner shoji guide piece 22 and the inner shoji rail 35 to draw the inner shoji joining stile 10 toward the side of the room. The pulling device 83 of the outer shoji joining frame 16 is constructed as shown in FIGS. 4 and 11 to 14. That is, at the meeting position of the upper and lower frames 2 and 3, by using the extra space where the outer shoji frame packings 30 and 40 are not attached, the retainers 86 and 87 are attached to the upper and lower frames by means of setscrews 88 and 89. The lower frames 2 and 3 are attached so that their positions in the longitudinal direction can be adjusted. As shown in FIG. 14, these retainers 86 and 87 are composed of attaching parts 86a and 87a and receiving parts 86b and 87b, and these attaching parts 86a and 87a fit into the packing fitting grooves 26 and 38, respectively. They are slidably fitted together and fixed by setscrews 88, 89 attached to these attachment parts 86a, 87a. Note that the above-mentioned holders 86 and 87 may be attached to the top plate 20 of the upper frame 2, the base plate 31 of the lower frame 3, etc. The outdoor tips of these receiving parts 86b, 87b are attached to the outer shoji frame packings 30, 40 in anticipation of the amount of compression of the outer shoji frame packings 30, 40.
It is located closer to the indoor side than the outdoor side of the building. Furthermore, die-cast pedestals 90 and 91 are fixed to the upper and lower parts of the outer shoji frame 16 by mounting screws 92 and 93, respectively. These pedestals 90, 91 have vertical support shafts 90a,
91a are integrally molded, and these support shafts 90a,
Pulling cams 94 and 95 are rotatably attached to 91a, respectively. These pulling cams 94 and 95 are connected to support shafts 90a and 90a, as shown in FIGS. 11, 12 and 13.
One abutting arm 9 extending toward the indoor side from position 91a
4,395a and the other contact arms 94b, 95b extending from the support shafts 90a, 91a in the direction of opening the outer shoji screen.
The contact arms 94a and 95a project toward the indoor side from cutouts 96 and 97 formed at the upper and lower parts of the indoor frame plate 29 of the outer shoji frame 16. Although the pulling cams 94 and 95 are urged clockwise in FIG. 12 by springs (not shown), this spring may be omitted. The contact arms 94a and 94b of the above-mentioned pulling cam 94 are connected to the upper frame 2.
The contact arms 95a and 95b of the pulling cam 95 are positioned between the step 20a of the lower frame 3 and the outer shoji guide piece 23, and between the step 31a of the lower frame 3 and the outer shoji rail 36,
When the outer shoji 12 is closed, one contact arm 94
a, 95a are the receiving parts 86b of the receiving tools 86, 87,
87b respectively and are rotated, and the other contact arms 94b and 95b abut against the outer shoji guide piece 23 and the outer shoji rail 36, respectively, and draw the stile 16 toward the indoor side. has been done. The pulling cam 94 is attached to the support shaft 9 of a pedestal 94E that is integrally provided with the steady rest piece 64E, as shown in FIG.
It is preferable to mount it rotatably at 0aE because it simplifies the installation work. Although the pedestal 90E and the steady rest piece 64E in FIG. 15 are shown bonded together with an adhesive, the pedestal 90E may be embedded within the steady rest piece 64E. 98
indicates a resin piece.

For those with the above configuration, inner and outer shoji 6, 1
2 is closed and the crescent 18 is rotated in the locking direction and engaged with the crescent receiver 19, the inner and outer shoji 6, 12 are drawn and moved toward the closing direction by the action of the crescent 18. As the outer shoji 6, 12 are drawn and moved, the engaging pieces 84, 85 in the pulling devices 80, 82 of the inner and outer shoji door edges 9, 15 are moved to the inner and outer shoji contact pieces 49, respectively. ,5
3 and pull the inner and outer shoji door frames 9 and 15 toward the indoor side, respectively. Further, due to the rotation of the crescent 18 in the locking direction, the upper elevating rod 75 in the pulling device 81 of the shovel sash 10 is raised as shown in FIG. 8, and the closing piece 67a of the closing member 67 is At the same time, the slope 73a of the inner shoji guide piece 22 is lowered, and the lower lifting rod 76 is lowered, and the slope 74a of the closing piece 68a of the closing member 68 engages with the inner shoji rail 35, so that the inner shoji is assembled. Pull the stile 10 towards the indoor side. In addition, the above inner and outer shoji 6, 12
When the outer shoji 12 is moved to the completely closed position by the drawing movement of As shown in the figure, the receiving parts 86b, 87 of the receiving tools 86, 87 of the upper and lower frames 2, 3
b, respectively, and the pulling cams 94 and 95 are rotated against the spring, thereby causing the other contact arms 94b and 95 to rotate against the spring.
95b is the outer shoji guide piece 23 and the outer shoji rail 36
16 yen of the outer shoji stile is engaged with the outer shoji stile and pulled toward the inside of the room. Therefore, the contact surface 27a of the indoor stile board 27 of the inner shoji 6 is continuously crimped to the inner sash frame packings 28, 39, 52 of the window frame 1, and the outer shoji 1
The contact surface 29a of the second indoor stile board 29 is continuously pressed to the outer shoji frame packings 30, 40, and 56, and at the same time, the joining packing 66 is crimped to the indoor stile board 29 of the outer shoji joining stile 16. be done. On the other hand, when the upper closing member 67 is raised by the rotation of the crescent 18 in the locking direction, the closing member 67
As shown in FIGS. 8 and 10, the upper surface of the closing packing 67b is pressed against the top plate 20 of the upper frame and the outer shoji frame packing 30, and also substantially contacts both sides of the inner shoji guide piece 22, so that the inner surface of the closing packing 67b The side surface is crimped to the inner shoji frame packing 28 of the upper frame 2 in a state that it is substantially continuous with the abutment surface 27a of the indoor side stile board 27 of the inner shoji joining stile 10, and the outdoor side surface of the closing packing 67b is pressed against the inner sash fitting 66. The indoor side stile board 2 of the outside shoji combined stile 16 is connected to the outdoor side of the
9, thereby closing the gaps between the upper ends of the inner shoji fitting stile 10 and fitting packing 66 and the upper frame 2 airtightly (in the present application, even a slight gap is included in the meaning of airtight). Further, when the lower closing member 68 is lowered, the closing member 68 is lowered in the same way as above.
The lower surface of the closing packing 68b of No. 8 is the base plate 31 of the lower frame 3, the outer shoji frame packing 40, and the overhanging piece 3
3 and comes into contact with both sides of the inner sash rail 35 and the outdoor side surface of the closing member 47, and the indoor side surface of the closing packing 68b is pressed against the inner shoji frame packing 39 of the lower frame 3, and the outdoor side surface of the closing packing 68b is pressed to the indoor side stile plate 29 of the outer shoji sill stile 16, thereby airtightly closing the gap between the lower ends of the inner shoji shoji stile 10 and the sash packing 66 and the lower frame 3. As described above, the inner and outer shoji 6, 12 and the space between the inner and outer shoji 6, 12 and the window frame 1 are reliably closed. When the inner and outer shoji 6, 12 are closed as described above, the inner shoji frame packing 28, 3
9, 52 and the inner shoji 6 are surrounded by the inner sash guide piece 22, the inner shoji rail 35, the inner sash contact piece 49, the inner shoji 6, the window frame 1, etc. A pressure space is formed, and an outer shoji guide piece 23, an outer shoji rail 36, and an outer shoji contact piece 53 are formed on the outdoor side of the crimped portion between the outer shoji frame packing 30, 40, 56 and the outer shoji 12. An equal pressure space surrounded by the outer shoji 12 and the window frame 1 is formed.
Therefore, even if rain is heavily blown against the outdoor surfaces of the inner and outer shoji 6, 12, the rainwater can be prevented from directly hitting the crimped portions, thereby preventing rainwater from entering the room from these crimped portions. In addition, if rainwater flows between the inner shoji rail 35 and the inner shoji packing 39 of the lower frame 3, it will immediately flow through the notches 41 and 42 of the overhanging piece 33 into the space 34 and drain to the outdoor side. This can prevent rainwater on the overhanging piece 33 from entering the room from the joining part.

Next, when opening the inner and outer shoji 6, 12, the crescent 18 is rotated in the unlocking direction. As a result, the closing members 67 and 68 are returned to their original positions as shown in FIG. 7, the drawing movement of the inner and outer shoji 6 and 12 is released, and the pulling cams 94 and 95 are also returned to their original positions as shown in FIG. The inner and outer shoji 6, 12 are restored and can be opened and closed. In this state, the inner and outer shoji can be completely slid apart from each other. Also,
If you want to remove the inner and outer shoji 6, 12, you can move the inner shoji 6 inward and outward first.
The inner and outer shoji 6, 12 can be easily and safely removed and attached.

In addition, in the present application, the inner shoji joining stile may be pulled by a pulling device using a pulling cam and a catch in the same way as the outer shoji joining stile.

In the present application, various conventionally known devices are used as pulling devices for inner and outer shoji, for example, a pulling piece fitted into the outer shoji joining frame is moved up and down to move the upper and lower frames. Those designed to engage, inside,
There are those in which the upper and lower parts of the outer shoji are engaged with the pulling pieces of the upper and lower frames, and those in which the inside of the outer shoji sill is pulled by a pulling mechanism inserted into the inner shoji sill. It may also be something that has been changed. Moreover, although it is not necessary that the outdoor side surfaces of the inner and outer shoji frame packings are located on the same plane, it is preferable that they are continuous. Furthermore, the inner shoji rail may be raised upward from the base plate of the lower frame.

As described above, in the present invention, the outdoor side surface of the inner shoji frame packing of the upper frame is continuous with the lower surface of the upper frame, and the outdoor side surface of the inner shoji frame packing of the lower frame is continuous with the upper surface of the lower frame, The lower surface of the outer shoji frame packing of the upper frame is continuous with the lower surface of the upper frame, the lower surface of the outer shoji frame packing of the lower frame is continuous with the upper surface of the lower frame, and the inside is connected to the upper and lower ends of the inner shoji joining frame. When the outer shoji is closed, closing members that can be continuously pressed against the outer shoji connecting frame, the outer shoji frame packing, the upper and lower frames, and the inner shoji frame packing are respectively attached so that they can move up and down. By closing the shoji and moving the closing member toward the upper and lower frames, the closing member is continuously applied to the outer shoji joining frame, the outer shoji frame packing, the upper and lower frames, and the inner shoji frame packing, respectively. It can be crimped, and the crimped state can be maintained even when the closing member is moved to the indoor side, and as a result, the gap between the inner sash stile and the upper and lower frames can be reliably closed in the closed and drawn state. It can demonstrate high watertightness and soundproofing properties. In addition, as mentioned above, the inner and outer shoji frame packings of the upper frame are continuous on the lower surface of the upper frame, and the inner and outer shoji frame packings of the lower frame are continuous on the upper surface of the lower frame, so the upper and lower frames are continuous. It is possible to omit the closing member attached to the joining part, which has the effect of reducing assembly and repair costs and making it easier to clean the lower frame.

[Brief explanation of drawings]

The drawings show an embodiment of the present application, and FIG. 1 is an overall front view, FIG. 2 is an enlarged sectional view taken along the line -- in FIG. 1, FIG. 3 is an enlarged sectional view taken along the line -- in FIG.
The figure is a cross-sectional view with the inner and outer shoji omitted, Figure 5 is a cross-sectional view taken along the - line in Figure 4, Figure 6 is a cross-sectional view showing the inner and outer shoji in a closed state, and Figure 7 is a cross-sectional view showing the inner and outer shoji in a closed state. The figure is a cross-sectional view taken along a line shown in Fig. 6 with a part omitted, Fig. 8 is a longitudinal sectional view of Fig. 7 showing the state in which the outer shoji is closed and drawn, and Fig. 9 is a longitudinal sectional view of Fig. 7. Partial view showing the state of the inner shoji stile section viewed from the outside, Part 1
Figure 0 is a partial view of the inner shoji stile shown in Figure 8 as seen from the outside, and Figure 11 is a partial view of the sill section shown in Figure 8.
12 is a sectional view taken along the line XII-XII of Fig. 8, Fig. 13 is a partial view of the outer shoji stile seen from the direction of the arrow in Fig. 11, and Fig. 14 is a cross-sectional view taken along the line XII-XII of Fig. 8. FIG. 15 is a perspective view showing a different embodiment of the pulling cam portion. 1...Window frame, 2...Top frame, 3...Bottom frame, 4...
Inner shoji door stop frame, 5... Outer shoji door stop frame, 6...
Inner shoji, 10...Matching frame, 12...Outer shoji, 1
6...Matching stile, 27, 29...Indoor stile board, 2
8, 39, 52... Inner shoji frame packing, 3
0,40,56...Outer shoji frame packing, 66
...Matching packing, 67, 68... Closing member, 80-83... Pulling device.

Claims (1)

[Claims] 1. The upper and lower frames of the window frame and the doorstop frame have inner shoji frame packing that faces the indoor stile board of the inner shoji in the closed state, and outer shoji frame packing that faces the indoor stile board of the closed outer shoji shoji. In a sliding soundproof sash, in which the inner and outer shoji frames are attached to each other, the inner and outer shoji are drawn toward the indoor side, and the indoor stile boards are crimped to the inner and outer shoji frame tabs. Attach the inner shoji frame packing of the lower frame so that the upper end of the outdoor side is continuous with the lower surface of the upper frame, and the outer shoji frame packing of the upper frame to the lower edge of the outer shoji frame. The outer shoji frame packing of the lower frame is attached to the lower surface of the portion of the upper frame whose lower surface faces the inner shoji opening/closing area, and the upper surface thereof is continuous with the upper surface of the portion of the lower frame that faces the inner shoji opening/closing area. , At the upper and lower ends of the inner and outer shoji frames, respectively, when the inner and outer shoji are closed, the outer shoji frame and outer shoji frame packing are continuous, and the upper and lower frames and inner shoji frame packing are respectively continuous. A sliding soundproof sash consisting of a pressure-contactable closing member that can be moved up and down.