JP2015214812A - sash - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a sash of high heat insulation performance.SOLUTION: A sash comprises a frame 11, an outer sash 12a and an inner sash 12b, and horizontal frames 13 and 14 comprise bridge materials 33a, 33b, 34a and 34b in two places in the depth direction, and one vertical frame 15 comprises bridge materials 48a and 49a in one place near the outdoor side, and the other vertical frame 16 comprises bridge materials 48b and 49b in one place near the indoor side, and outdoor side bridge materials 33a and 34a of the horizontal frames 13 and 14 and the bridge materials 48a and 49a of the one vertical frame 15 continue, and indoor side bridge materials 33b and 34b of the horizontal frames 13 and 14 and the bridge materials 48b and 49b of the other vertical frame 16 continue, and the outer sash 12a and the inner sash 12b comprise bridge materials 5a, 5b, 6a and 6b in respective stiles 1, 2, 3 and 4, and the bridge materials 33a, 33b, 34a, 34b, 48a, 48b, 49a and 49b of the frame 11 and the bridge materials 5a, 5b, 6a and 6b of the sashes 12a and 12b are opposed.

Description

  The present invention relates to a sash with improved heat insulation.

Conventionally, the upper frame, the lower frame, and the eaves frame constituting the frame of the sliding sash are divided into an outdoor shape member made of aluminum alloy and an indoor shape member, respectively, and both shape members are made of resin heat insulating bridge material. Insulated sashes with a structure in which each side of the shoji is divided into an outdoor shape and an indoor shape made of aluminum alloy, and both shapes are joined by a heat insulating bridge material made of resin. (For example, refer to Patent Document 1).
However, in recent years, sashes with higher heat insulation performance have been demanded with the strengthening and revision of energy saving standards, but the conventional sashes have insufficient heat insulation performance.

JP-A-8-135323

  In view of the circumstances described above, an object of the present invention is to provide a sash having high heat insulation performance.

  In order to achieve the above object, a sash according to the invention described in claim 1 comprises a frame, an external shoji, and an internal plinth, the horizontal frame has bridge members at two places in the prospective direction, The bridge member has a bridge material at one location near the outdoor side, and the other frame has a bridge material at one location near the indoor side. The bridge material on the outdoor side of the horizontal frame and the bridge material of one of the frame frames The bridge material on the indoor side of the horizontal frame and the bridge material of the other heel frame are continuous, and the external shoji and inner pouch have a bridge material on each heel, and the bridge material of the frame and the shoji It is characterized by facing the bridge material.

  In the sash according to the first aspect of the present invention, the horizontal frame has a bridge material at two locations in the prospective direction, one of the collar frames has a bridge material at one location near the outdoor side, and the other collar frame has A bridge material is provided at one location near the indoor side, the bridge material on the outdoor side of the horizontal frame and the bridge material on one side frame are continuous, and the bridge material on the indoor side of the horizontal frame and the bridge on the other side frame The material is continuous, and the shoji and shoji have bridging materials on each side, and the bridge material of the frame and the bridging material of the shoji face each other. By making it oppose to a direction, heat insulation performance can be improved effectively. Moreover, since the heat insulation line is formed doubly in the prospective direction of the frame, the heat insulation performance can be further improved. Further, since the frame has a structure in which only one bridge member is provided in the prospective direction, the cost can be reduced and the strength of the frame can be improved as compared with the case where two bridge members are provided in the prospective direction.

It is a longitudinal section showing one embodiment of a sash concerning the present invention. It is a cross-sectional view of the sash. It is a room inner side front view of the sash. (A) is a front view of the interior side of the sash with a partially cut out part of the joint between the door toe and the lower arm, (b) is a bottom view of the joint, and (c) is a bottom view of the joint. It is AA sectional drawing. It is a cross-sectional view of the frame of the sash. It is a cross-sectional view which shows other embodiment of a frame.

Hereinafter, embodiments of the present invention will be described with reference to the drawings. FIGS. 1-5 is one Embodiment of the sash which concerns on this invention, Comprising: The case of the sliding sash for a house or a building is shown. As shown in FIGS. 1 to 3, the sash includes a frame 11 installed in the opening of the housing 10, and an outer obstacle 12 a and an inner obstacle 12 b that are slidably opened and closed in the frame 11. .
The frame 11 is configured by rectangularly combining an upper frame 13, a lower frame 14, and left and right collar frames 15, 16. The outer shoji 12a and the inner shoji 12b are composed of an upper arm 1, a lower arm 2, a door toe 3 and a summoning arm 4 in a rectangular frame, and a glass (multi-layer glass) 48 placed in the frame. is there. The external child 12a and the internal child 12b are locked by the crescent 17.

  As shown in FIG. 1, the upper rod 1 and the lower rod 2 are made of a resin that connects the outdoor member 18a and the indoor member 19a made of an extruded shape of an aluminum alloy, and the outdoor member 18a and the indoor member 19a. The inner bridge member 5a and the outer bridge member 6a are provided. The outdoor member 18a has a caulking groove 21 on the indoor side surface of the finding wall 22 for holding the bulging portion 20 at the outdoor side end of the inner peripheral bridge member 5a and the outer peripheral bridge member 6a. The indoor side member 19a has a caulking groove 21 for holding the bulging portion 20 at the indoor side ends of the inner peripheral side bridge member 5a and the outer peripheral side bridge member 6a on the outdoor side surface of the finding wall 22. The outdoor side member 18a and the indoor side member 19a do not have a tapping hole and are substantially plate-like members having a small expected size, and accordingly, the expected size of the inner peripheral side bridge member 5a and the outer peripheral side bridge member 6a. Is getting bigger. Specifically, the expected dimension of the inner peripheral bridge member 5a and the outer peripheral bridge member 6a is 30 mm. An airtight material holder 23 is provided on the inner surface side of the outer peripheral side end portions of the outdoor side member 18a and the indoor side member 19a.

As shown in FIG. 2, the door rod 3 and the summon rod 4 connect the outdoor member 18b and the indoor member 19b made of an extruded shape of aluminum alloy, and the outdoor member 18b and the indoor member 19b. A resin-made inner peripheral bridge member 5b and an outer peripheral bridge member 6b are provided. The summon bowl 4 further includes an outer peripheral side cover member 24 straddling the outer peripheral side edges of the outdoor side member 18b and the indoor side member 19b. Moreover, the summoning cage 4 for the inner and outer shoji 12a, 12b has an airtight material 25 and a smoke return 26 on the opposing surfaces.
The outdoor side member 18b and the indoor side member 19b of the door toe wall 3 and the summoning wall 4 do not have tapping holes as in the case of the upper and lower walls 1 and 2, and are substantially plate-like members having a small expected size. Accordingly, the estimated dimensions of the inner bridge member 5b and the outer bridge member 6b are increased accordingly.

  As shown in FIGS. 1 and 4, auxiliary members 7 a and 7 b are provided between the inner bridge member 5 a and the outer bridge member 6 a at the left and right ends of the upper rod 1 and the lower rod 2. The auxiliary members 7a and 7b are substantially rectangular hollow cross-section members made of extruded aluminum alloy, and have tapping holes 8 on the inner surface side of the inner peripheral wall and the inner surface side of the outer peripheral wall. Yes. The auxiliary members 7a and 7b are in contact with the inner bridge member 5a and the outer bridge member 6a, and are fixed to the inner bridge member 5a (or the outer bridge member 6a) with screws 27.

As shown in FIG. 4, a door wheel 28 is attached to the auxiliary member 7 b of the lower arm 2. The door wheel 28 has a wheel 30 in the case 29 so that the height of the door 30 can be adjusted. The upper surface of the case 29 is in contact with the lower surface of the inner peripheral wall of the auxiliary member 7b, specifically, the lower end of the tapping hole 8. Yes. A hole 60 for allowing the door wheel 28 to escape is provided in the outer peripheral wall of the auxiliary member 7b and the outer bridge member 6a. The case 29 of the door pulley 28 is screwed to the auxiliary member 7b with a screw 31 via the outer bridge member 6a.
On the inner peripheral side surface (upper surface) of the inner peripheral bridge member 5a of the lower rod 2, a setting block 32 that receives the glass 48 is provided above the door wheel 28. Since the auxiliary member 7b is in contact with the outer peripheral side surface (lower surface) of the inner peripheral bridge member 5a, the load of the glass 48 is efficiently transmitted to the auxiliary member 7b. Further, since the door wheel 28 is in contact with the inner peripheral wall of the auxiliary member 7b, the load of the glass 48 is efficiently transmitted from the auxiliary member 7b to the door wheel 28.

  As shown in FIG. 4, the upper and lower rods 1, 2, the door rod 3, and the summon rod 4 abut the end surfaces of the upper and lower rods 1, 2 against the inner peripheral side surfaces of the door rod 3 and the summon rod 4, The screw 9 penetrated from the outer end side to the door rod 3 and the summon rod 4 is screwed into the tapping holes 8 of the auxiliary members 7a, 7b to be joined and fixed. Reference numeral 59 in the drawing is a metal reinforcing plate that receives the head of the screw 9.

As described above, the shoji 12a and 12b of the sash is composed of the outdoor side members 18a and 18b and the indoor side members 19a and 19b, each of which is made of an aluminum-shaped member. Auxiliary members 7a and 7b which are configured by being connected by 5a and 5b and outer bridge members 6a and 6b, and have tapping holes 8 between the inner bridge member 5a and the outer bridge member 6a of the upper and lower rods 1 and 2. , The ends of the upper and lower rods 1 and 2 are brought into contact with the inner peripheral side surfaces of the door rod 3 and the summing rod 4, and screws 9 penetrating the door rod 3 and the summing rod 4 are attached to the auxiliary members 7a and 7b. Since the upper and lower rods 1 and 2 and the door rod 3 and the summoning rod 4 are fixed by being screwed into the tapping hole 8, the outdoor members 18a and 18b and the indoor side of each of the rods 1, 2, 3, and 4 are fixed. Since it is not necessary to provide tapping holes in the members 19a and 19b, the inner peripheral side Di member 5a, 5b and the outer bridge member 6a, it is possible to increase the likelihood dimensions 6b, thereby improving sash of heat insulating performance.
By providing the auxiliary members 7a and 7b in contact with the inner bridge member 5a, the load can be efficiently borne by the auxiliary members 7a and 7b. Furthermore, the load can be efficiently transmitted to the door wheel 28 by attaching the door wheel 28 to the auxiliary member 7b and bringing the upper surface of the door wheel 28 into contact with the auxiliary member 7b.

As shown in FIG. 1, the upper frame 13 is divided into three sections of an outdoor member 13a, an intermediate member 13b, and an indoor member 13c made of extruded aluminum alloy, and the outdoor member 13a and the intermediate member 13b. The intermediate member 13b and the indoor side member 13c are connected by resin inner peripheral side bridge members 33a and 33b and outer peripheral side bridge members 34a and 34b. The bridge members 33a and 34a that connect the outdoor member 13a and the intermediate member 13b are located at positions facing the bridge members 5a and 6a of the upper collar 1 of the outer screen 12a, and connect the intermediate member 13b and the indoor member 13c. The members 33b and 34b are located at positions facing the bridge members 5a and 6a of the upper collar 1 of the inner limb 12b. The outdoor member 13a, the intermediate member 13b, and the indoor member 13c have a hollow portion 35 and a tapping hole 36, respectively.
The outdoor member 13a is provided with an upper rail 37a for the outer shroud 12a hanging down at an intermediate position in the prospective direction of the inner peripheral side surface, and the intermediate member 13b is used for the inner shroud 12b at the indoor side end position on the inner peripheral side surface. An upper rail 37b is provided to hang down. A resin cover member 38a is provided on the inner peripheral side surface of the upper frame between the outdoor rail 37a and the indoor rail 37b. The cover member 38a has a hollow portion 39a disposed along the indoor side of the outdoor rail 37a on the outdoor side, and the hollow portion 39a is opposed to the bridge members 5a and 6a of the upper collar 1 of the outer panel 12a. doing. The outdoor upper rail 37a and the hollow portion 39a are sandwiched between the outdoor member 18a and the indoor side member 19a of the upper collar 1 of the outer shoji 12a, and the outer peripheral side ends of the outdoor side member 18a and the indoor side member 19a. The airtight member 40 attached to the outer side of the upper rail 37a is in contact with the inner side of the hollow portion 39a.
A cover member 38b made of resin is also attached to the inner peripheral side surface of the upper frame 13 on the indoor side of the upper rail 37b for the inner shoji 12b, and this cover member 38b is a hollow disposed along the indoor side of the upper rail 37b. It has a portion 39b, and the hollow portion 39b faces the bridge members 5a and 6a of the upper collar 1 of the inner limb 12b. The indoor-side upper rail 37b and the hollow portion 39b are sandwiched between the outdoor member 18a and the indoor-side member 19a of the upper collar 1 of the inner shoji 12b, and are attached to the outer peripheral side end of the outdoor member 18a. 40 is in contact with the outdoor side of the upper rail 37b.
The indoor side member 13c has a hanging piece 41 at the indoor side end portion, and an airtight material 42 is attached to the lower end portion of the hanging piece 41, and the airtight material 42 is applied to the indoor side of the indoor side member 19a of the inner shroud 12b. It touches.

As described above, since the upper frame 13 is provided with the bridge members 33a, 33b, 34a, and 34b in two places in the prospective direction, it is possible to reliably prevent the outdoor cold air from being transmitted to the indoor side through the upper frame 13. it can. Further, if there is a wide space between the upper frame 13 and the upper rod 1, the outdoor cold air is transmitted to the indoor side through the air in the space, but in this sash, the resin is made of resin on the indoor side of the upper rails 37a and 37b. Since the hollow portions 39a and 39b of the cover members 38a and 38b are provided adjacent to each other, the space between the upper frame 13 and the upper rod 1 is finely partitioned by the hollow portions 39a and 39b. It is suppressed and exhibits excellent heat insulation performance.
Although the shoji 12a and 12b are built between the upper and lower frames 13 and 14 in an upper-end manner, this sash is provided with an airtight material 40 and 42 between the finding surface of the upper frame 1 and the finding surface of the upper frame 13. Therefore, when the shoji 12a and 12b are built, the airtight materials 40 and 42 are not greatly crushed.

Similarly to the upper frame 13, the lower frame 14 is divided into three members, that is, an outdoor member 14a, an intermediate member 14b, and an indoor member 14c, which are made of an aluminum alloy extruded member, and the outdoor member 14a and the intermediate member 14b. The intermediate member 14b and the indoor side member 14c are connected by resin inner and outer bridge members 33a and 33b and outer bridge members 34a and 34b. The bridge members 33a and 34a that connect the outdoor member 14a and the intermediate member 14b are located at positions facing the bridge members 5a and 6a of the lower arm 2 of the outer screen 12a, and connect the intermediate member 14b and the indoor member 14c. The materials 33b and 34b are located at positions facing the bridge members 5a and 6a of the lower arm 2 of the inner limb 12b. The outdoor side member 14a, the intermediate member 14b, and the indoor side member 14c have a hollow portion 35 and a tapping hole 36, respectively.
The outdoor side member 14 a is formed with a lower rail 43 that guides the outer panel 12 a protruding from an indoor side end portion, and bridge members 33 a and 34 a are disposed adjacent to the indoor side of the lower rail 43.
The intermediate member 14b is formed such that a rail mounting piece 44 protrudes upward at an end portion on the indoor side, and is engaged with the rail mounting piece 44 to guide the inner pouch 12b across the intermediate member 14b and the indoor side member 14c. A resin lower rail member 45 is attached. In the lower rail member 45, a rail 46 made of an aluminum shape is embedded in a portion where the door pulley 28 travels. An airtight material 47 is provided in the gap between the lower rod 2 and the lower frame 14.

As shown in FIG. 2, the left frame 15 as viewed from the indoor side located on the door side of the door 12 has two shapes, an outdoor member 15 a made of an aluminum alloy extruded member and an indoor member 15 b. The outdoor side member 15a and the indoor side member 15b are connected to each other by a resin inner peripheral side bridge member 48a and an outer peripheral side bridge member 49a. The bridge members 48a and 49a are located closer to the outdoor side, and face the bridge members 5b and 6b of the door toe 3 of the external shoji 12a.
As shown in FIG. 2, the right side frame 16 as viewed from the indoor side located on the door-end side of the inner shoji 12 b has two shapes, an outdoor member 16 a made of an aluminum alloy extruded member and an indoor member 16 b. The outdoor side member 16a and the indoor side member 16b are connected by a resin-made inner peripheral bridge member 48b and an outer peripheral bridge member 49b. The bridge members 48b and 49b are located closer to the indoor side and are opposed to the bridge members 5b and 6b of the door toe 3 of the inner shoji 12b.
As shown in FIG. 5, the bridge members 48a and 49a of the left frame 15 as viewed from the indoor side are continuous with the bridge members 33a and 34a on the outdoor side of the upper and lower frames 13 and 14, and are viewed from the indoor side. The bridge members 48b and 49b of the right frame 16 are continuous with the indoor bridge members 33b and 34b of the upper and lower frames 13 and 14.
The bridge members 48a, 48b, 49a, 49b of the eaves frames 15, 16 have substantially the same expected dimensions as the bridge members 33a, 33b, 34a, 34b of the upper and lower frames 13, 14.

  As shown in FIG. 5, the upper and lower frames 13, 14 and the eaves frames 15, 16 abut the end faces of the upper and lower frames 13, 14 against the inner peripheral side surfaces of the eaves frames 15, 16 and allow the eaves frames 15, 16 to penetrate. A frame is formed by screwing the screw 50 into the tapping holes 36 of the outdoor side members 13a, 14a, the intermediate members 13b, 14b and the indoor side members 13c, 14c of the upper and lower frames 13, 14. Between the end surfaces of the upper and lower frames 13 and 14 and the inner peripheral side surfaces of the flange frames 15 and 16, rubber-like thin plate packing (not shown) is interposed.

As described above, this sash has the bridge members 33a, 33b, 34a, and 34b at the two positions where the upper and lower frames 13 and 14 are in the prospective direction, and the left frame 15 as viewed from the indoor side is closer to the outdoor side. Bridge material 48a, 49a is provided at one location, and the right side frame 16 as viewed from the indoor side has bridge materials 48b, 49b at one location closer to the indoor side, and the bridge material on the outdoor side of the upper and lower frames 13, 14 is provided. 33a, 34a and the bridge members 48a, 49a of the left frame 15 seen from the indoor side are continuous, and the bridge members 33b, 34b on the indoor side of the upper and lower frames 13, 14 and the right frame 16 seen from the indoor side. The bridge members 48b and 49b are continuous, and the bridge members 33a, 33b, 34a, 34b, 48a, 48b, 49a and 49b of the frames 13, 14, 15 and 16 and the rods 1 and 2 of the shoji 12a and 12b are connected. , 3, 4 yellowtail By di- member 5a, 5b, 6a, and a 6b are opposed, that are opposed frame 11 and sash 12a, 12b are insulated line of prospective direction, it is possible to effectively improve the thermal insulation performance. Moreover, since the heat insulation line is formed double in the prospective direction of the frame 11, the heat insulation performance can be further improved.
The frame 11 has the end surfaces of the upper and lower frames 13 and 14 abutted against the inner peripheral side surfaces of the flange frames 15 and 16 via packing, and screws 50 passing through the flange frames 15 and 16 are attached to the outdoor members of the upper and lower frames 13 and 14. 13a, 14a, intermediate members 13b, 14b, and indoor side members 13c, 14c can be framed in the same manner as a normal frame by screwing into each tapping hole 36.
Compared with the case where the bridge members 48a, 48b, 49a, 49b are provided in one place facing the bridge members 5b, 6b of the shoji 12a, 12b, the bridge members 15a, 16b are arranged in two places in the prospective direction. However, the heat insulation performance is not inferior, and the cost can be reduced and the strength of the frame 11 can be improved. That is, when two bridge members are arranged in the prospective direction on the eaves frames 15 and 16 in the same manner as the upper and lower frames 13 and 14, the outdoor side members 13a and 14a, the intermediate members 13b and 14b of the upper and lower frames 13 and 14 and the indoor side The members 13c and 14c are connected only by the bridge material. In the case of this sash, as shown in FIG. 5, the outdoor members 13a and 14a and the intermediate members 13b and 14b of the upper and lower frames 13 and 14 Are connected by an outdoor member 16a of the right side frame 16 as viewed from the indoor side, and the intermediate members 13b, 14b of the upper and lower frames 13, 14 and the indoor side members 13c, 14c are viewed from the left side as viewed from the indoor side. Therefore, the strength of the frame 11 can be maintained, and the outdoor side of the lower frame 14 can be prevented from hanging down due to the weight of the shojis 12a and 12b.
As shown in FIG. 1, the upper and lower frames 13, 14 are divided on the indoor side of the rails 37a, 37b, 43 that guide the shojis 12a, 12b, so that special consideration is given to airtightness, water tightness, and traveling of the shojis 12a, 12b. Double insulation can be achieved without Moreover, since bridge material 33a, 34a is arrange | positioned adjacent to the indoor side of the lower rail 43, since it becomes difficult to hit the bridge material 33a, 34a with the lower rail 43, the weather resistance of bridge material 33a, 34a is carried out. Will improve.

  FIG. 6 shows another embodiment of the frame 11. In the present embodiment, the expected dimensions of the bridge members 48a, 48b, 49a, 49b of the left and right eave frames 15, 16 are larger than the bridge members 33a, 33b, 34a, 34b of the upper and lower frames 13, 14 (about twice). doing. Thus, by increasing the expected dimensions of the bridge members 48a, 48b, 49a and 49b of the eaves frames 15 and 16, it is possible to insulate rather than providing bridge materials with smaller expected dimensions at two locations on the outdoor side and the indoor side. Will improve.

  The present invention is not limited to the embodiments described above. The cross-sectional shape of the frame and the shoji fold can be changed as appropriate. The external shoji and the inner shoji may have a tapping hole in the shape of the heel or the recumbent itself, and may be a combination of the reed and the recumbent without using the auxiliary member by using the tapping hole. The present invention can be applied not only to a sliding sash, but also to a one-sided sash in which a shoji or inner pouch is fixed to a frame.

1 框
2 Shimojo
3 Tokachi (框)
4 Summoned bowl
5a, 5b, 6a, 6b Shoji shoji bridge material 11 frame 12a outer shoji 12b inner shoji 13 upper frame (horizontal frame)
14 Bottom frame (horizontal frame)
15 hail frame (one hull frame)
16 frame (the other frame)
33a, 33b, 34a, 34b Bridge material for horizontal frame 48a, 48b, 49a, 49b Bridge material for frame

Claims (1)

  A horizontal frame having a bridge material at two locations in the prospective direction, one vertical frame has a bridge material at one location closer to the outdoor side, and the other vertical frame Has a bridge material at one location near the indoor side, the bridge material on the outdoor side of the horizontal frame and the bridge material on one side frame are continuous, and the bridge material on the indoor side of the horizontal frame and the other side frame The sash is characterized in that the bridge material is continuous, the outer shoji and the inner shoji each have a bridge material, and the bridge material of the frame and the bridge material of the shoji face each other.

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