JPS58210292A - Structure for closing end part of slide sound-proof 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]

This invention relates to a closing structure for the combined end of a sliding soundproof sash. In addition to installing the frame backings for the inner and outer sills, install an inner shoji stopper that receives the opening end of the inner and outer sills at its open end. This invention relates to a binding end closing structure for a sliding soundproof sash equipped with a binding backing. In conventional sliding soundproof sashes, this kind of combined end closing structure has a closing sliding plate attached to the combined part of the first frame and the bottom frame, so that when the inner and outer sashes are closed, The pieces attached to the 1'' and 1ζ ends of the chancel-f-joining stile contact the L-marked sliding board and close the gap between the 1-, lower end of the inner shoji-equipped stile and the 1-1 bottom frame. Therefore, if you try to strengthen the degree of contact between the sliding board and the piece to ensure the closing of the mating ends, the problem arises that the opening and closing of the inner shoji becomes difficult, and the airtightness of the mating ends becomes difficult. However, recently, in order to eliminate the above-mentioned defects, I-1;
In addition to providing a notched groove in the J direction, a closing member is movably fitted into the hollow portion of the 1 end or upper end of the stile with internal shoji, and the indoor side portion of this closing member is connected to the 1 indoor side stile plate. At the same time, the outdoor side part of the closing member is made to extend from the notch groove of the outdoor side plank to the indoor side of the indoor side root board, and the indoor side part of the closing member is made to extend from the notch groove of the outdoor side square board to the outdoor side, and the inner and outer sides are closed and pulled together. When the member is moved from the I frame side ■ to the G frame side, the indoor side of the closing member becomes the inner shoji frame backing, the outdoor side of the closing member becomes the indoor side of the frame with outer shoji, and the closing member l: (
n V- has been developed in which the do face is press-contacted with the 1-frame or the bottom frame, respectively, to close the meeting end, but the meeting end closed structure as in IU was developed. ) has the advantage of achieving extremely good airtightness and watertightness at the mating ends, but various usage tests have shown that the ends of the mating stile with internal sashes do not close when opened with strong force. It collides violently with the chancel east brim, crushing the notch groove at the root end of the chancel f-joint, which can lead to fatal failures such as the movement of the closing member becoming heavier or the closing member not being able to move. It turned out that there was a problem. Therefore, the purpose of the present invention is to improve the developed structure described in E and solve the problems described in -.It is possible to improve the airtightness and watertightness of the mating end, and to strengthen the inner shoji. The object of the present invention is to provide a closing structure for the mating end of a sliding soundproof sash that will not break down even if it is opened at 1/J. Next, embodiments of the present application will be described based on the drawings. In Fig. 1, 1 is a window frame, which is composed of a frame 1-frame 2, a lower frame 3, an inner shoji-door stop frame 1, and an outer shoji-door stop frame 5.

[6 is the inner shoji, and the stile is 71. It is composed of a lower frame 8, a door frame 9, and a door frame 10, and a glass 11 is fitted in it.In addition, 12 is an outer shoji,
It is composed of a door frame 14, a door frame 15, and a door frame 16, and a glass 17 is fitted into the frame. A crescent 18 is attached to the I-inner r-joining frame 10 and a crescent receiver 19 is attached to the outer f-arranging stile 10, which are removably fitted inside.1 This crescent 18 will be described later. The chancel r-summon (``
It also serves as a handle for operating the 10 pulling devices. next! - Above - 31 showing the structure of the L frame part of the frame 2 part
- In the frame 2, 20 is a top plate, and when a recess 21 recessed toward one side is formed near the center in the indoor/outdoor direction, a step 2 is formed in the frame 2.
0a is formed. 22 is an inner shoji guide piece, 23 is an outer shoji guide piece, and 24 is an indoor side hanging piece. 8. Backing fitting grooves 25 and 26 are formed on the outdoor side of the stepped portion 20a with a total length of 1''. In the current state, the interior Y/purpose backing 28 is attached only to substantially one side facing the indoor root plate 27 of the interior 1'-1'. This interior (frame backing 28) is made of a material with elasticity, and as shown in FIG.
It is formed so as to be slightly inclined toward the outdoor side from the vicinity of the height of the upper end of the roof 20 in one direction, and to be continuous with the top plate 20. Note that it is also possible to eliminate the slope of the inner inner T frame backing 28 and make it a straight surface.1. In the other banking fitting groove 26, an outer shoji frame backing 30 is attached only to approximately one half of the closed outer shoji 12 facing the indoor root plate 29, and the outer shoji frame backing 30 is attached to the remaining approximately one half. An inner sash stopper 48a is attached to the inner sash guide piece 22 at the end of the pole 1 and the frame 2 where the backing 30 is not attached. . Next, the structure of the lower frame portion of the lower frame 3 portion described in I- will be described. In the lower frame 3, 31 is a board, and as shown in FIG. 2, FIG. 4. The indoor end of the high plate 31c configured on the plate 31c has a
1 - A rain return piece 32 is integrally molded, and this rain return piece 3
2 is integrally molded with an overhang piece 33 that extends toward the outdoor side at a position higher than the high step plate 31c described in 1-, and a space that opens to the outdoor side is formed in -1 of the three overhang pieces 3. ing. Note that the space 34 may be formed by an overhang piece that extends the indoor end of the high step board 31c to the indoor frame board and extends substantially parallel to the high step board 31O. At the tip of the buzz 33, there is a rail for internal shoji that stands in the - direction: (5) body molding.
An outer shoji rail 3B that stands toward the rear is integrally molded on 1b. 1- Backing fitting grooves 37 and 38 are formed over the entire length on the outdoor side of the rain return piece 32 and the stepped portion '31a, respectively. The frame backing 39 for the inner room r is attached only to approximately one half of the inner side root plate 27 of the inner room r- in the state. This inner shoji frame backing 39 is made of an elastic material like the L-oriented shoji frame backing 28 (and its outdoor surface is below the height corner of the lower end of the inner shoji 6). It is formed so as to be slightly inclined toward the outdoor side as it goes forward, and to be continuous with the overhanging piece 33. Note that the slope of the l-orientation barrier r-frame packing 3 () may be eliminated and it may be straight.1. In the other backing fitting groove 38, an outer shoji frame backing 40 is attached only to approximately one half of the closed outer shoji 12 facing the indoor root plate 29, and an upper frame portion and an upper frame portion are attached to the remaining approximately one half. Similarly, an extra space is formed.This frame backing 40 for the outer circle 'r is set so that the protrusion from the backing fitting groove 8 is relatively large, similar to that of the 1-frame part. The L-oriented outer f-frame packing 39.40 has its outdoor side the same as the outdoor side of the outer shoji frame backing 28.30 of 1-frame 2. As shown in FIG. Notches 41 and 42 are provided, and the inner shoji rail 35
and the inner shoji frame backing 39 so that dirt that has entered into the concave groove 43 can be easily swept out to the outside. A notch 44 that communicates with the space 34 is provided in a part slightly biased toward the inner shoji closing side than the position where the rainwater enters the groove 4' and flows in the direction of the stile 9 with the inner shoji. Water is drained outside the room through the notch 44 and the space 34. In addition, notches 45 and 46 are also provided at both ends of the rail 36 for the outside rail 36 shown in 1-.
As shown in FIGS. 6 and 6, a fixed closing member 47 is fitted into a portion of the inner shoji 6 in the closed state that corresponds to the joining frame 9, and is fixed using adhesive, screws, or the like. In addition, the overhang of the 3 ends of the lower frame: 3: Sea shoji stopper 48
b is installed. Next, the structure of the 71 per frame portions of the 4.5 portions of the inner and outer shoji door per frames will be explained. First, in the inner shoji door frame 4, numeral 49 is an inner shoji contact piece, 50 is an indoor frame piece, and a backing fitting groove 51 is formed along the entire length on the outdoor side of this indoor frame piece 50. ing. This backing fitting groove 51 has an inner shoji frame backing 5.
2 is mounted so as to face the indoor root plate 27 of the inner shoji contact piece 9 in the closed state. This inner shoji frame backing 52 has its outdoor side surface continuous with the outdoor side surfaces of the inner shoji frame banking 28 and 39 of frames 2 and 23.
7 On the other hand, in the outside r door stop frame 5, 53 is an outside r-contact piece, 54 is a backing holding piece, and a backing fitting (R55 is formed over the entire length) on the outdoor side of this backing holding piece 54. In this backing fitting groove 55, an outer shoji frame backing 5 [5] is installed so as to face the indoor root plate 29 of the outer f-door frame 15 in the closed state. The outdoor side of 5G is 1-
The primary, inner, and outer shoji 6.12 portions that are continuous with the outdoor side surface of the outer shoji frame backing 30.40 of the 1f frame 2.3 will be explained. The inner shoji 6 has grooves 57 and 58 that are open on the 1-11 side. The middle 59 disposed in the groove 58 at the bottom of the Jl is fitted into the inner shoji rail 35). What talent? ,
l. 1 JNt 57 Inner Niha JMtt +I Mehi -, r, to r+ lr [d be in place, this chancel -f 6 no 1-, tow 7.8° door stile 9 and comb. On each of the indoor side square boards 27 on the upper and lower parts of the stile 10, when the inner shoji 6 is in the closed and drawn state, the inner shoji frame backings 28, 39, 52 of the upper and lower frames 2.3 and the inner shoji door stop frame 4 are attached. A contact surface 27a is formed so as to be continuously crimped. Also, E of the outdoor laminated board 65 of the frame 10 with internal shoji. As shown in Fig. 9.10, downward notch grooves 71 and 72 are formed at the lower end, and no notch grooves as described above are formed in the indoor square board 27. 12 and
The lower part has a concave groove 61.6 that is open on the upper and lower sides, respectively.
2 is formed, a part of this groove 60 is fitted into the outer shoji guide piece 23, and a door roller 6 is disposed in the lower groove 61.
3 is fitted onto the rail 36 for use with the outer ring. In addition, there is a steady rest 6 in the concave groove 61 on the -H side.
4 are arranged. This outer shoji 12 - 1 lower stile 1
3.14, the door edge stile 15 and the connecting stile 16L, and the lower indoor side square boards 29 have L, the outside of the lower frame 2.3 and the outer shoji door stop frame 5 when the outer shoji 12 is closed and drawn. A contact surface 29a is formed to be continuously pressed against the shoji frame backing 30, 40, 56. Next, inner and outer shoji 6
．． 12 shows the combined end closure structure. First, vertical notch grooves 71 and 72 are formed in the lower end of the outdoor laminated board 65 of the 1-oriented shoji frame lO, as shown in FIG. 9.10, and the indoor square board 27 has the above No cutout grooves are formed. The stile 10 of the inner shoji 6 has No.
As shown in FIG. 9, the indoor side of the outdoor side laminate 65 is
A matching backing 66 is attached over the entire length so as to be pressed against the indoor side of the indoor side square board 29 of the outer shoji frame 16 when the outer shoji 6.12 is in the closed and drawn state. This matching backing 66 may be attached to the outer shoji 12. In addition, between the indoor side square board 27 and the outdoor side square board 65 at the lower end of the frame 10 with inner shoji, there are inner and outer side panels 6.1.
In the closed and drawn state of 2, the L of the inner sash-equipped stile lO and the backing 66, the gaps between the lower and upper frames 2 and 3, and the notch grooves 71 and 72 of the outdoor laminated board 65 can be closed, respectively. A closing member 67, 68 formed as shown in FIG. These closing members 67, 68 are the third
．． 6-7.8 As shown in Fig. 6-7.8, closing pieces 67a, 68a formed of synthetic resin material or metal material, and a band-shaped elastic band fitted or adhered to the lower outer periphery of these closing pieces 67a, 68a. Occlusion backing 67 with
b, 68b. These occlusion pieces 6
The closing backings 67b, 68b fitted or adhered to the indoor sides of the blocks 7a, 68a are attached so that the indoor side surfaces thereof slide in a compressed state on the outdoor side surfaces (inner surfaces) of the indoor side square plates 27 of the stile 10. The expansion of the closing backings 67b and 68b closes the gap corresponding to the thickness of the indoor square board 27. In addition, the above-mentioned closing backings 67b and 68b
Alternatively, only the indoor side surfaces of the closing pieces 67a, 68a may slide on the inner surface of the indoor side square plate 27 without attaching them to the indoor side of the closing pieces 67a, 68a. In addition, the closure pieces 67a, 68a and the closure backing 67b,
The outdoor side part with 68b is the outdoor side laminated board 65 of the stile 10.
It is fitted into vertical notch grooves 71 and 72 formed at the upper and lower ends so as to be movable, and the closing backing 67 of this part
b, the outdoor side surface of 68b is located approximately on the same plane as the outdoor side surface of the matching backing 66, and the closed backing 67
b, the side surface of 68b is formed to move upward while substantially touching the side surface of the binding backing 66. In addition, connecting pieces made of synthetic resin or the like are attached to the ends of the outdoor side surface of the stile 10 with internal shoji so as to be continuous with the connecting banking, and the above-mentioned closing backing 67b is attached to these connecting pieces. The side surfaces of the outdoor side portion of 68b may be moved up and down while substantially touching each other. Concave portions 73 and 74 are formed on the upper surface of the closing member 67 and the lower surface of the closing member 68, respectively, to prevent interference between the inner sash guide piece 22 and the inner sash rail 35. As shown in Fig. 7.8, the indoor side surfaces of these recesses 73 and 74 are slopes 73a that can engage with the inner shoji guide piece 22 and the inner shoji rail 35 to draw the inner shoji frame 10 toward the indoor side.
, 74a, and the closing pieces 67a and 68a of the closing members 67 and 68 also serve as a pulling device 81 for a frame 10 with an inner shovel, which will be described later.
．． 1. A pulling device may be provided separately from 68. There's no time to go 1. ", closing piece 67a, ()8. □ is the third, [; As shown in the figure, the gap 2 between the inner surface of the connecting frame 10 is formed so that there is almost no gap, and the hollow part inside the connecting frame 10 is blocked from communicating with the outside. The closing member 67 (38 is l., the resen l-1
The closing members 67.1; 8 are attached to the ends of lifting rods 75. 1 to 1 driver insertion holes 77 and 78 are formed for adjusting the assembly screw. F) ノ) 4 descent 75.
76 is a known conversion device 79 attached to the connecting frame 10 for 2 hours.
When the crescents 18 are rotated in the locking direction, they are moved away from each other, and when the crescents 18 are rotated toward the unlocking surface, they are moved toward each other. , Inner and outer shoji 6.12 -) will be explained below. This pulling device is +1 for the inner shoji door! "!" pulling device 80, pulling device 81 of the frame 10 with inner shoji, etc., pulling device @82 of the outer f-door stile 15, and pulling device 8 of the frame 1 with outer shoji :(It is composed of J+. Among these, the pulling device 80.8 of the outside f door frame 9.15
2 is inside, outside K'r door point 1zu, 15 no 1, middle, F
It is composed of three engaging pieces 84 and 85 attached to the window frame 1, and the engaging pieces 84 and 85 are attached to the outside of the window frame 1. j4
4 adjacent inside, outside r - door +1! 9,] Fi is drawn to the indoor side/・. Note that these pulling devices 80 and 82 may be known pulling devices that can be pulled up by operating a handle.
0 attraction device 81 +, t: I noted, Fresen 1-18, conversion'! A position 79 is composed of lifting rods 75, 76 and closing pieces 67a, 68a, and the closing piece 67 is closed by rotating the Fresen 1-18 in the locking direction l\.
a, 68. The slope 7' ((1,7/la) engages with the inner sash guide piece 22 and the inner rail 35 to pull the inner sash 10 toward the indoor side surface l\. The pulling device 83 of the outer fence f - stile 16 is 4.11-1.
As shown in Figure 4, the configuration is 8. That is, 1-1 lower frame 2
．． -1-+j'y outer shoji outer backing 30.40 is installed at the joining position of 3. Utilizing the extra space, install the receiver 8.
6.87 or 11 female thread 88.89, lower frame 2.
3 length [It is installed so that its position can be adjusted in 6 directions f\. The IL receivers 86 and 87 of this item 1) are slidably fitted into the grooves 26 and 38 of the receiving portion 86, respectively, as shown in FIG.
1tC is fixed to these mounting parts 86a and 87a by 11 female screws 88.
The outdoor tips of these receiving parts 86b and 87b may be attached to the top plate 20 of frame 2 and the board 31 of frame 'A. is positioned closer to the indoor side than the outdoor side of the outer shoji frame backing 30.40 in anticipation of compression of the outer shoji frame packing 930.40. In addition, k of the outer wall j′-with frame 16
l, pedestals 90.9 each die-cast in the lower part.
1 is attached and fixed by 9293. These tables Py90.91 have 1-downward support shaft 90a,
9] A is integrally molded, and the support shaft 90.4.1 of Nio 1 etc.
) 1d, pulling cams 94 and 95 are attached to the itl+uT functions, respectively. . These attraction forces 1194.95 are caused by one abutment arm 9421.95.I extending toward the indoor side from the support shaft 9('la, 9) a position shown in FIG. 11.12, and the support shaft 90a,
The other contact arm 94b, 95b extends from the 91a position in the outer f-opening J+ direction, and the one contact arm 94a,
95 a is the indoor side root plate 29 of the outer shoji 1 F;, and the notch 96.97 formed at the bottom of the indoor side l
・It stands out! -The attracting force l, 94, and 95 are 8. in FIG. lIr1lforce direction no gene(
(not shown), but this spring can also be omitted.
d, 94b is the stepped part 20a of the frame 2 and the outer r guide piece 23
The contact arms 95d and 95b of the pulling cam 95 are located between the stepped portion 3]a of the lower frame 3 and the rail 3[) for the outer circle Y, and the contact arms 95d and 95b of the pulling cam 95 are located between the outer circle Y and the rail 3[), and the outer circle r-12 is in the closed state. , one of the contact arms 94a, 05a contacts the receiver 11 part 8 [ζb, R7b of +I-JL 86.87, respectively, -CtiIl
i! When 11 is applied, the contact arm of the other force is
5b is configured to abut against the outer r-guide piece 23 and the outer shoji rail 36, respectively, and draw the stile 6 toward the indoor side. , when the outer shoji 6.12 is closed and the crescent 18 is moved Ii, jl in the locking direction to engage the crescent receiver 19, the inner and outer shoji 6.1 are closed.
2 are moved toward each other in the closing direction by the action of the crescent 18. Of these, Gaijin Y! 6. +2 draw moves; Therefore, each engaging piece 84.85 in the inner and outer shoji door edge stile 1) 9.15 pulling device 80, 82; - Contact 19.53 and pull the inner and outer door end stile 9.15 towards the inside of the room. Also, 1. By the rotation of the crescent 1.8 in the locking direction, the north lifting rod 75 of the pulling device 81 of the sliding frame 10 is raised as shown in FIG. 8, and the closing member 67 is closed. Slope 7','+ of piece 6721
a engages with the inner shoji guide piece 22, and the lower part )?
, the lowering lever 76 is lowered and the closing piece 68 of the closing member 68 is lowered.
The slope 74a of a is engaged with the inner shoji rail 35 to draw the inner sash-equipped stile 10 toward the indoor side. Also, within 1.
Outer area - f-6, 12 draw due to movement to outer area f-12
When the door is moved to the completely closed position, the contact arms 94a and 95a of the pulling cams 94 and 95 in the pulling device 83 of the outer shoji 6 and frame 16 are moved to the 1° position as shown in FIG. Part 11 of the catch 86.87 of the frame 2.3 861), 8
7b, and the pulling force t194.95 resists the spring and is rotated, whereby the other contact arms 94b, 95
b engages with the outer shoji guide 23 and the rail 3 for outer shoji f-, respectively, and draws the outer shoji upper stile 16 towards the indoor side. Therefore, the contact surface 27a of the indoor side girder board 27 of the inner shoji 6 is continuously pressed against the inner shoji frame backing 28, 39, 52 of the window frame 1, and the contact surface 27a of the indoor side girder board 29 of the outer shoji 12. The abutment surface 29a is continuously crimped to the outer shoji frame backing 30, 40, 56, and at the same time, the mating banking 66 is crimped to the indoor side girder plate 29 of the outer shoji 6 mating stile 16. 1- When the contact surface 27a of the indoor stile board 27 is pressed to the inner shoji frame part king 28.39, the inner shoji frame part king 2
8.39 is slightly compressed and the indoor side girder plate 2
7, and the inner side of the part protruding from the lower end of the frame packing 28. The outdoor side of the 39 becomes substantially continuous with the outdoor side (inner surface) of the indoor girder plate 27.3-, on the other hand, l-
When the upper and side closing members 67 are raised by 1-6 by the rotation of the crescent 18 in the locking direction t\, the L surface of the closing backing 67b of the closing member 67 moves toward the upper frame as shown in FIG. 8.10. It is crimped to the top plate 20' and the outer shoji frame backing 30, and is substantially in contact with both sides of the inner guide piece 220, and the inner 1
'-Occluded backing 67I protruding from 10
'' indoor side is 1-4 frame 2 frame for internal shoji screen > 28
11, and the outdoor side of the blocking backing 67b is connected to the outdoor side of the blocking backing 66.
It is crimped to the indoor side girder board 29 of the frame 16, and the space between the north end of the frame 10 and the frame 66 and the L frame 2 is airtight (there is a slight gap in this application). In the case of 3)-, the meaning of airtight is 1; In the case of 3)-, in this example, the closing backing 6'7 protruding from the 4 irises stile IO expands and becomes a It is crimped to the frame backing 28 and reliably absorbs the thickness of the indoor side girder plate 27.In addition, when the F side closing member 68 is lowered, 1
- Similarly to the above, the F side of the closing backing 68F) of the closing member 68 is crimped to the base plate 31 of the lower frame 3, the outer shoji frame banking 40, and the overhanging piece 3:3, and the interior knoll:
95 and the outdoor side of the blocking member 47, the indoor side of the blocking banking 68b is pressed against the inner shoji frame backing 39 of the lower frame 3, and the outdoor side of the blocking banking 68b is pressed against the inner shoji frame backing 39 of the lower frame 3. 16 to the indoor side girder plate 29, thereby airtightly closing the gap between the inner side stile 1O of the chancel r and the door end of the matching banking 66 and the lower frame 3. Outer area r612 and inner area, outer area 46. +
2 and the window frame 1 are reliably closed. Inside, as in Book L.
In the state where the outer area f6.12 is closed, the inner shoji guide piece 22. An equal-pressure space is formed by the inner rail 35, the inner shoji contact piece 49, the inner shoji 6, and the window frame 1. An equal-pressure space is formed in the outdoor side portion of the crimped portion of the outer shoji guide piece 2: &, surrounded by the outer shoji rail 36, the outer shoji contact piece 53, the outer ring j-12, and the window frame l. Therefore, inner, outer f6, (
Even if rain is violently sprayed on the outdoor side surface of 2, the rainwater can be prevented from directly hitting the crimped parts, and rainwater can be prevented from entering the room from these crimped parts. -)・If the landscape water flows between the inner shoji rail 35 and the inner shoji backing '39 of the frame 3, the overhang j'', 3:+
Through the notches 41 and 42, the space 318 can be immediately flushed out and drained to the outside of the room, preventing rainwater from entering the room from the overhanging part 331 and entering the room from the outside.
, Next, when the inner and outer shoji 6.12 are opened, the opening direction of Fresen 1 to I8 is ＼Rotation.This allows the closing member Fi 7.68 to return to its original position as shown in Fig. , the movement of the inner and outer circles 7-6. The outer shoji fi, 12 is in the opening/closing + iJ function state 4. In this state, the inner and outer shoji can be moved to 1 and 2 to be completely pulled. Next, the inner shoji -6
7'-(If 1%, etc. opens with a strong sword, the naijin r
・L of connecting frame 10 [; Outer shoji door stopper at the end 1) East 5 side is 1.1ζ frame, ° 3 inner shoji stopper 48; +, 4
However, it hits 8b hard. Inner side 411 plate z shift of inner side 41〆10
, since there is no cutout groove formed at the end of the inner part,
'-Stopper 4811.48)) is attached to the lower part of 4-1 of the inner shoji stile 10, and the force climbs up to the indoor side base plate 27 and securely hits the catch 11, and the indoor Outer root plate 6
This prevents the cutout grooves 71 and 72 of No. 5 from being crushed. Therefore, even if there is a strong force to open the inner chamber f-1-;
8.1-1. Motion is guaranteed.1, long-term commitment-2 [viability can be guaranteed. Note that this application is not limited to the specific structure of the inner and outer shoji pulling devices, and is not limited to the specific configuration of the inner and outer shoji pulling devices, but various conventionally known devices, such as the outer shoji that fit into the frame. The pulling beef is moved 1:1ζ so that it engages with the l:, -1' frame, and the inner and outer H (- upper and F parts are 1:1 and the lower frame's pulling piece. It is also possible to use an engagement type 7+-1, 7 degrees, or one in which the outer shoji 6 stacked stack is pulled up to the pull r5 mechanism fitted into the inner shoji stacked stack. It is not necessary that each of the coarsely crushed Hanokinks be located at the same location on the outside surface, but it is necessary to place them consecutively on the inside. The rail for the shoji is J='= +& or I゛, and it's good to have 1" 11. on the lower frame.Furthermore, 1-Shiki'Taise B is 9 and the inner shrine f-Ishiawase. stile): Jj
I explained the case of closing the gap between the lower horn and (72 cars/J-υJ). (1,; In the present invention, as in 1), 1":(i"!
(1 end or lower end of the outdoor side base plate of the combined U-stile is provided with a missing piece (1 yellow). The outdoor side part of the closing member fitted in the sliding function is made to protrude from the notched groove to the outdoor side 1., and the closing member closes to the inner side due to the closed and pulled state of the inner and outer sides f. r join 4 (between one end of I′l and 1゛ frame) is inner r
- Close the space between the do end and the do frame↑! So, the indoor side of the Japanese board on the indoor side of the inner and outer sides is the inner side,
Outer area - r - Rough crushing panoking to river stone 1 [ Even if there is a sea urchin, the inner and outer area f - is in a state where the closing force 'i is pulled.
;Inner hall': 1'-6 combination ■Scream] Between the end and 1-frame l
is the interior r - stile 1, the gap between the end and the bottom frame is closed part 4J
(above) can be sealed with high airtightness, resulting in high R1 performance and watertightness.In addition, J in 1. Even if it is a tag, as shown in 1-, a notch groove is provided at the end of the outdoor root plate of the inner tub with an inner side girder, and a notch groove is not formed at the end of the indoor girder plate. Even if a strong force is released, the base end of the stile will come into contact with the chancel 1' or the tonneau bar, and the force will be reliably received by the indoor side 411' board of the stile with the stile J'. c4. This prevents accidents such as the notch groove in the outdoor root plate collapsing and the first closing member not moving.11
- You can be long! tll 4: There is an effect h1 that can maintain the performance of Ge-7.

[Brief explanation of the drawing]

The drawings show an embodiment of the present application, and FIG. 1 shows the entire structure.
Figure 2 is a cross-sectional view of one person on the It-II line in Figure 1.
Figure S: The figure is the III-1fl line expansion/disconnection diagram I of Figure 1.
Fig. 1 is a cross-sectional view showing the inner and outer shoji screens omitted; Fig. 5 is a cross-sectional view taken along the line ■-V in Fig. 11; Fig. 6 is a cross-sectional view showing the inner and outer walls closed and drawn. , The 7th installment is a section taken along the ■-Vll line with a part of FIG. 6 omitted: , FIG. 8 is the 7th
In the figure, a longitudinal cross-sectional view showing the state in which the outer wall f is closed and drawn, and Fig. 9 shows the state in which the stile part of Fig. 7 is viewed from the outdoor side or C). Partial view, Figure 10 shows the root part of the inner shoji in Figure 8.
＋゛. Partial view showing the viewed state, Figure 11 is No.1 LL
>C1-XI line sectional view, Figure 12 is the entry +1-X of Figure 8
It is a 1l line sectional view. j ・Window frame, 21-frame, 314 frame, 1 Inner shoji door stop frame, 5...Outer shoji door stop frame, 0 Inner shoji door stop,
10 Joining stile, 12・Outside r, Iiii Joining stile, 27.29・Indoor side square board 2B,; 89.5
Frame pasoki leg for inner pupils, 30.10.56 Outside r-11 frame backing, 66, combination backing,
68.67・Closing member. Patent Applicant Material ■, Industry Co., Ltd. No. 1cX!
l 540 Fig. 2 Fig. 7 Fig. 8 j la 4LJ I) elD j Ic Fig. 9 Fig. 10 Nu 1 Fig. 11 16 Fig. 12 -54゜

Claims (1)

[Scope of Claims] Inner and outer shoji frame backings are respectively attached to the L-frame or lower frame of the window frame in the closed state, and the inner and outer shoji frame backings are attached to the parts of the outer shoji that face the indoor root board and the indoor side surface of the outer shoji. An inner or outer stopper is attached to catch the base end of the joint at its open end, and a backing backing is attached to either the inner or outer stile. In a soundproof sash, a downward cut groove is provided at the upper or lower end of the outdoor root plate of a stile with an inner sash, and the indoor root plate at the end or lower end of the stile with an inner shogi and the outdoor side are provided. Between the root plates, a closing member 1- is slidably fitted so as to close the notch groove and a portion thereof protrudes from the notch groove to the outside of the room;
Furthermore, the closing member described in (g) is formed on one end of the frame 1 with inner and outer shoji so as to close the gap between the frames or between the lower end of the inner and outer shoji frames and the F frame. Combined end closure structure in soundproof sash