JP2012082584A - Fitting - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a fitting in which a face material can hardly be damaged.SOLUTION: A fitting is provided with a face material for partitioning indoor and outdoor sides and a face material housing member with a housing part for housing the face material. The housing part is composed of a depth part opposite to the outer peripheral end surface in the in-plane direction of the face material, an outdoor side width part opposite to the outdoor side face of the face material and an indoor side width part opposite to the indoor side face of the face material. The face material housing member is provided with a metallic housing member arranged on either the indoor side or the outdoor side, a non-metallic housing member arranged on the other side and forming the housing part with the metallic housing member, and a metallic face material holding member mounted to the metallic housing member outside the in-plane direction of the depth part, with a portion opposite to the metallic housing member through the face material.

Description

  The present invention relates to a joinery having a face material.

  As a joinery having a face material, a metal clip fitted to a metal frame of a composite frame body in which a metal frame body and a resin frame body are joined, and the panel body corresponding to the face material is locked to prevent fire. There is known a fitting that prevents the panel body from falling off due to melting of the resin frame by heat (see, for example, Patent Document 1).

  Such a joinery is provided on the composite frame, and is attached by fitting a locking piece of a metal clip to a convex portion protruding from a concave portion in which a peripheral end portion of the panel body is held.

JP 2001-140547 A

  However, in the joinery as described above, since the convex portion and the locking piece are arranged in the concave portion in which the peripheral end portion of the panel body is held by the metal clip, if the face material moves at the time of manufacturing or constructing the joinery, There exists a subject that there exists a possibility that it may contact a shape part and a locking piece, and a face material may be damaged.

  This invention is made | formed in view of this subject, The place made into the objective is to provide the fitting which a face material does not damage easily.

  In order to achieve such an object, the joinery of the present invention is a joinery having a face material that partitions the interior and the exterior, and a face material accommodation member that has an accommodation part that accommodates the face material, An expectation part facing the outer peripheral end face in the in-plane direction of the face material, an outdoor side finding part facing the outdoor side surface of the face material, and an indoor side finding part facing the indoor side surface of the face material And the face material housing member includes the metal housing member having the expectation portion and the outdoor-side finding portion, and the housing portion together with the metal housing member having the indoor-side finding portion. And the face material has a portion that faces the metal accommodation member through the face material, and is on the outside in the in-plane direction of the expectation portion. The metal face member sandwiching member attached to the metal housing member and the metal housing member are sandwiched. A joinery, characterized in that there.

  According to such a joinery, the face material is interposed between the metal housing member and a portion of the metal face material holding member attached to the metal housing member that faces the metal housing member. Therefore, even if the nonmetallic housing member is exposed to a flame or the like and melted, it is possible to prevent the face material from falling off. In addition, since the face material sandwiching member is attached to the metal housing member outside the housing part in the face material direction of the face material, the face material sandwiching member is provided in the housing part in which the face material is housed. There is no projecting portion such as a mounting portion between the metal housing member and the metal housing member. For this reason, even if the face material may move in the housing part during manufacture, transportation, and construction of the joinery, the face material does not come into contact with the protruding portion, etc. Is possible.

  In addition, since there is no projecting portion such as a mounting portion between the face material nipping member and the metal housing member in the housing portion in which the face material is housed, the size of the face material housing member having the housing portion and the housing portion is reduced. Is possible. For this reason, it is possible to provide a joinery that can reduce the size of the joinery or that can expose the face material more widely in the same size joinery.

  In this joinery, the expectation part has an extending wall part extending toward the outside in the in-plane direction from a portion outside the in-plane direction of the expectation part, and the face material sandwiching member is It is desirable that the extended wall is engaged or fixed.

  According to such a joinery, the prospective portion that is formed of the metal housing member and faces the outer peripheral end surface of the face material extends from the outer side in the in-plane direction of the face material toward the outer side in the in-plane direction. Since the face material nipping member is engaged or fixed to the extension wall part, for example, the face material nipping member is engaged with the metal housing member by the engagement piece such as a hook part. Even if they are combined, there is no risk that the engaging piece such as the hook part protrudes into the housing part, and even if the face material sandwiching member is fixed to the metal housing member with a screw or the like, the head or tip of the screw There is no risk of protruding into the housing. For this reason, it is possible to attach a face material pinching member to a metal accommodation member, without making a housing part protrude at all.

  In this fitting, the metal housing member has an insertion recess into which the non-metal housing member is inserted and fitted on the outer side in the in-plane direction of the expectation portion, and the face material sandwiching member Is preferably inserted into the insertion recess and disposed closer to the face material than the non-metallic housing member.

  According to such a joinery, the face material sandwiching member is inserted into the insertion recess into which the nonmetallic housing member is inserted and fitted, and is disposed on the face material side from the nonmetallic housing member. The face member sandwiching member inserted into the insertion recess is sandwiched between the metal housing member and the non-metal housing member. For this reason, it is possible to attach the face material sandwiching member to the metal housing member in a stable state.

  In such a joinery, it is desirable that the extension wall portion constitutes the insertion recess.

  According to such a joinery, the face material nipping member is engaged with or fixed to the extending wall portion that constitutes the insertion recess into which the face material nipping member is inserted. There is no need to separately provide a portion for attaching the holding member, and the face material holding member can be attached to the metal housing member by using the insertion recess into which the non-metal housing member is fitted. For this reason, the shape of the metal housing member can be made simpler, and the size can be further reduced.

  ADVANTAGE OF THE INVENTION According to this invention, it is possible to provide the fitting which a face material does not damage easily.

It is a longitudinal cross-sectional view for demonstrating the fitting which concerns on one Embodiment of this invention. It is a cross-sectional view for demonstrating the fitting concerning this embodiment. It is a longitudinal cross-sectional view for demonstrating the attachment method of the drop-off prevention metal fitting to the bag main body in the lower right corner of a multilayer glass. It is a cross-sectional view for demonstrating the attachment method of the drop-off prevention metal fitting to the bag main body in the lower right corner of a multilayer glass. It is a perspective view for demonstrating the attachment method of the drop-off prevention metal fitting to the fitting which concerns on this embodiment. It is a perspective view which shows the state by which the drop-off prevention metal fitting was attached to the fitting which concerns on this embodiment.

  Hereinafter, an embodiment of a fitting according to the present invention will be described with reference to the drawings.

  As shown in FIGS. 1 and 2, the joinery 1 of the present embodiment includes a shoji 10 provided with a multi-layer glass 5 as a face material for partitioning the inside and outside of the room, and a frame on which the shoji 10 is movably attached in the direction of finding. This is a fitting 1 for a sliding window provided with a body 3.

  In the following description, when the joinery 1 attached to a building or the like is viewed from the indoor side, the vertical direction of the frame 3 and the shoji 10 is the vertical direction, and the horizontal direction is the horizontal direction or the direction of finding. The depth direction, which is the indoor / outdoor direction, is shown as the prospective direction, and the direction along the surface of the double-glazed glass 5 as the face material facing the room or the room is shown as the in-plane direction. In addition, the members constituting the frame 3 and the shoji 10 specify the direction in the vertical direction, the finding direction, the prospective direction, etc. with the fitting 1 attached to the building or the like even in a single state. I will explain.

  The frame 3 is a four-sided frame in which upper and lower horizontal frames 3a and 3b and left and right vertical frames 3c and 3d are framed so as to form a rectangular shape, and is fixed to a building frame (not shown). The shoji 10 is attached so that an inner shoji 10a provided on the indoor side and an outer shoji 10b provided on the outdoor side are guided by a rail provided on the frame 3 and are movable.

  The shoji 10 includes a multi-layer glass 5, a housing 9 as a face material housing member having a glass housing portion 9 a as a housing portion for housing the peripheral end portion 5 a of the multi-layer glass 5, and a metal face material sandwiched And a dropout prevention member 25 as a member.

  The casing 9 is made of a metal having a rectangular shape by forming the openings 11a to form the openings 11a by forming the outdoor portions of the upper and lower horizontal cages 12 and 15 and the outdoor portions of the left and right vertical rods 18 and 21 in a rectangular shape. The main body 11, the indoor side portions of the upper and lower horizontal reeds 12 and 15, and the indoor side portions of the left and right vertical reeds 18 and 21, which are fitted to the reed main body 11 and the multilayer glass 5 together with the reed main body 11 There are four resin glass holding members 14, 17, 20, and 23 that are sandwiched. That is, the upper and lower horizontal cages 12 and 15 and the left and right vertical cages 18 and 21 are each configured such that the indoor side portion and the outdoor side portion are fitted so as to sandwich the multilayer glass 5. The shoji 10 is attached to the frame body 3 so that the main body 11 side is located on the outdoor side and the glass holding members 14, 17, 20, and 23 are located on the indoor side. Here, the main body 11 corresponds to a metal housing member, and the four resin glass holding members 14, 17, 20, and 23 correspond to non-metal housing members.

  In the following description, the outer side of the upper reed 12 is the outer upper collar 13, the lower outer reed 15 is the outer lower part 16, and the left vertical reed 18 is the outer side of the 18 room. The exterior side of the outer port 19 and the right downside 21 are referred to as the outer right side 22, and the interior side of the upper reed 12 is the upper glass holding member 14 and the interior of the lower reed 15 This part is also referred to as the lower glass holding member 17, the part on the indoor side of the left vertical gutter 18 as the left glass holding part 20, and the part on the indoor side of the right vertical gutter 21 as the right glass holding member 23. The outer upper collar part 13, the outer lower collar part 16, the outer left collar part 19, and the outer right collar part 22 are all extruded members made of aluminum, and are an upper glass holding member 14, a lower glass holding member 17, and a left glass. The holding part 20 and the right glass holding member 23 are both resin-made extruded members.

  The multi-layer glass 5 is fitted to the heel body 11 connected in a rectangular shape by a connecting member such as a screw or a caulking means, and the upper left and lower end portions of the outer left heel portion 19 and the outer right heel portion 22 of the heel body 11. The four dropout prevention members 25 and the four glass holding members 14 fitted to each of the outer upper collar part 13, the outer lower collar part 16, the outer left collar part 19, and the outer right collar part 22 of the collar body 11. , 17, 20, and 23. When the four glass holding members 14, 17, 20, and 23 are attached to the main body 11, the four glass holding members 14, 17, 20, and 23 are arranged in a rectangular shape by forming the same opening 11 a as the main body 11. Covered with layer glass 5.

  Since the structure in which the multi-layer glass 5 is sandwiched between the bag body 11 and the four drop-off prevention members 25 and the four glass holding members 14, 17, 20, and 23 is the same, here, the multi-layer glass 5 in the outer panel 10b is used. At the lower right portion of the layer glass 5, that is, at the lower part of the summoning side, it is sandwiched between the outer lower flange portion 16 and the outer right flange portion 22 of the bag body 11, the lower glass holding member 17 and the right glass holding member 23. An example will be described.

  In the following description, the upper side of the outer lower flange portion 16 and the lower glass holding member 17 corresponds to the center side (inside the in-plane direction of the multilayer glass 5) in the opening 11a of the rectangular main body 11 having a rectangular shape. The center side of the opening 11a corresponds to, for example, the lower side of the outer upper collar 13, the right side of the outer left collar 19, and the left side of the outer right collar 22. Further, the lower side of the outer lower heel part 16 and the lower glass holding member 17 corresponds to the outer peripheral side (outside in the in-plane direction of the multilayer glass 5) in the opening 11a of the rectangular main body 11 having a rectangular shape. The outer peripheral side of the opening 11a corresponds to, for example, the upper side of the outer upper collar 13, the left side of the outer left collar 19, and the right side of the outer right collar 22.

  As shown in FIG. 3, the outer lower collar part 16 constitutes a glass accommodating part 9 a that accommodates the peripheral end part 5 a of the multilayer glass 5 together with the lower glass holding member 17 fitted to the outer lower collar part 16. From the lower surface facing portion 16a as the expectation portion of the lower side ridge 15 facing the peripheral end lower surface 5c as the lower outer peripheral end surface of the accommodated multilayer glass 5, and from the outdoor end of the lower surface facing portion 16a From the lower extended portion 16b as the outdoor side finding portion of the lower horizontal ridge 15 extended to the center side of the accommodated multilayer glass 5 and the indoor side end of the lower surface facing portion 16a, up and down The indoor extension wall portion 16c extending in the direction and the fitting portions 16d provided at the upper and lower ends of the indoor extension wall portion 16c and fitted with the fitting pieces 17a of the lower glass holding member 17 are respectively provided. Have. An elastic sealing material 30 is provided on the tip side of the lower extension portion 16b, that is, on the center side of the multilayer glass 5 and facing the multilayer glass 5.

  The lower glass holding member 17 is attached to the outer lower flange part 16 and is opposed to the lower extension part 16b and the indoor extension wall part 16c with a space therebetween, and the indoor lower wall part 17b. It has a fitting piece 17a that protrudes from the center and the lower end in the vertical direction to the outdoor side and fits into the fitting portion 16d of the outer lower flange portion 16. The front end side of the indoor side lower wall portion 17b, that is, the center side of the double glazing 5 and the portion facing the double glazing 5 corresponds to the indoor locating portion of the lower bun 15, and the lower bunker 15 is provided with a sealing material 30 having elasticity on the outdoor side of the indoor side finding portion.

  As shown in FIG. 4, the outer starboard portion 22 constitutes a glass accommodating portion 9 a that accommodates the peripheral end portion 5 a of the multilayer glass 5 together with the right glass holding member 23 fitted to the outer starboard portion 22. From the side facing part 22a as the expectation part in the right vertical gutter 21 facing the peripheral end side face 5b as the right outer peripheral end face of the accommodated multilayer glass 5, and from the outdoor end of the side facing part 22a, The right extended part 22b as the outdoor side finding part in the right vertical gutter 21 extended to the center side of the multi-layer glass 5 accommodated, and the position outside the center in the prospective direction of the side facing part 22a From the outer side in the in-plane direction of the multi-layer glass 5, the extending wall portion 22c extends toward the outer side in the in-plane direction, and the end portion on the outer peripheral side of the extending wall portion 22c extends to the indoor side. The fitting wall 2 to which the fitting piece 23a of the right glass holding member 23 is fitted And d, the has. There is an insertion recess 22e into which the fitting piece 23a of the right glass holding member 23 is inserted at a portion on the indoor side from the extending wall portion 22c of the side facing portion 22a, the extending wall portion 22c, and the fitting wall portion 22d. Is formed. Further, the extension wall portion 22c is provided with slits 22g into which the insertion plate portions 25e of the drop-off preventing members 25 are inserted along the side facing portions 22a on the upper end portion side and the lower end portion side, respectively. The fitting wall portion 22d is provided with a locking recess 22f for locking the protrusion 23b of the fitting piece 23a. A sealing material 30 having elasticity is provided at the front end side of the right extension portion 22b, that is, at the center side of the multilayer glass 5 and facing the multilayer glass 5.

  The right glass holding member 23 is attached to the outer starboard portion 22 and is opposed to the right extension portion 22b with a space therebetween, and the indoor side right wall portion 23c and the outer peripheral side end of the indoor side right wall portion 23c from the outdoor side. And a fitting piece 23 a that extends substantially at a right angle and is fitted to the outer starboard portion 22. The fitting piece 23 a is provided with a protrusion 23 b that protrudes to the outer peripheral side and is locked to the locking recess 22 f of the outer starboard portion 22. The front end side of the indoor side right wall portion 23c, that is, the center side of the double glazing 5 and the portion facing the double glazing 5 corresponds to the indoor locating portion in the right downspout 21, and the right downspout A sealing material 30 having elasticity is provided on the outdoor side of the indoor side finding portion in 21.

  The dropout prevention member 25 is an aluminum member and is disposed at the four corners of the multilayer glass 5. Of the four dropout prevention members 25 arranged at the four corners, the two dropout prevention members 25 arranged up and down on the left side or the right side of the multilayer glass 5 have a symmetrical shape in which the top and bottom are inverted. The two drop-off prevention members 25 disposed on the left and right sides of the upper side or the lower side of the glass 5 have symmetrical shapes in which the left and right sides are reversed. That is, the drop-off preventing member 25 arranged at the diagonal of the multilayer glass 5 has the same shape.

  The drop-off prevention member 25 is formed by bending a single plate material, and the drop-off prevention member 25 disposed at the lower right corner of the multilayer glass 5 is disposed on the inner peripheral side of the housing 9. A lower plate portion 25a that is disposed below and faces the lower peripheral surface 5c of the multi-layer glass 5, and extends upward from an indoor edge of the lower plate portion 25a and opposes the indoor surface of the multi-layer glass 5 A lower plate portion 25b, a right plate portion 25c connected to the lower plate portion 25a and bent substantially at a right angle and disposed on the right side of the multilayer glass 5 to face the right peripheral side surface 5b of the multilayer glass 5, A right facing plate portion 25d extending from the indoor side edge of the right plate portion 25c to the center side of the laminated glass 5, that is, the left side and facing the indoor side surface of the multilayer glass 5, and the right side of the right facing plate portion 25d Extending from the right edge of the portion extending upward from the plate portion 25c to the outdoor side, forming a substantially right angle, It has an insertion plate portion 25e which is inserted into the insertion concave portion 22e provided in the rail portion 22, a. The right plate portion 25c and the insertion plate portion 25e are positioned above and below, and the insertion plate portion 25e is separated from the right plate portion 25c by an interval corresponding to the thickness of the side facing portion 22a of the outer right flange portion 22 in the left-right direction. The right facing plate portion 25d is bent substantially at a right angle so as to be positioned on the outer peripheral side of the.

  In addition, at the center of the insertion plate portion 25e, an engagement curve is gradually bent away from the insertion plate portion 25e from the distal end side (outdoor side) of the insertion plate portion 25e toward the bending source side (inner side). A portion 25f is provided. The engagement bent portion 25f is inserted through the slit 22g provided in the extending wall portion 22c, with the insertion plate portion 25e of the drop-off preventing member 25 being inserted into the insertion concave portion 22e provided in the outer starboard portion 22. And a part where the drop-off preventing member 25 is held by engaging with the outer surface of the extending wall portion 22c. For this reason, the front end of the engagement bend portion 25f is bent and raised so as to reach a position that is larger than the width of the slit 22g in the left-right direction and away from the insertion plate portion 25e.

  The drop-off prevention member 25 is attached in a state where the multilayer glass 5 is disposed on the inner peripheral side of the rod main body 11 connected in a rectangular shape by a connecting member such as a screw or a caulking means. For example, when the fall prevention member 25 is attached to the lower right corner of the multilayer glass 5, the lower plate portion 25 a is opposed to the lower surface of the peripheral end lower surface 5 c of the multilayer glass 5 and the lower surface of the outer lower flange portion 16 as shown in FIG. 5. The insertion plate portion 25e is inserted into the outer right side while the right plate portion 25c is inserted between the peripheral edge side surface 5b of the multilayer glass 5 and the side facing portion 22a of the outer right collar portion 22 respectively. It inserts in the insertion recessed part 22e of the collar part 22. FIG. At this time, when the distal end side of the insertion plate portion 25e passes through the slit 22g and reaches the back side from the extending wall portion 22c in the insertion concave portion 22e, the bent bending engagement portion 25f is elastically deformed and bent. The amount of protrusion of the engagement bent portion 25f from the insertion plate portion 25e is the width of the slit 22g and passes through the slit 22g. When the engagement curved portion 25f passes through the extending wall portion 22c, the protruding amount of the engagement curved portion 25f returns to the original, so that the dropout prevention member 25 is attached to the outer starboard portion 22.

  After the drop-off prevention member 25 is attached to the outer starboard portion 22, the fitting piece 23a of the right glass holding member 23 is inserted into the insertion recess 22e of the outer starboard portion 22, and the protrusion 23b of the fitting piece 23a is engaged with the locking recess. The right glass holding member 23 is attached to the outer starboard portion 22 so as to cover the drop-off preventing member 25 by being locked at 22f. That is, the drop-off prevention member 25 is inserted into the insertion recess 22e into which the right glass holding member 23 is inserted and fitted, and is disposed on the multilayer glass 5 side from the right glass holding member 23.

  According to the joinery 1 of the present embodiment, the multi-layer glass 5 is composed of a metal outer upper collar part 13, outer lower collar part 16, outer portside part 19, outer starboard part 22, and outer portside at the four corners. It is interposed between the metal drop-off prevention member 25 attached to the portion 19 and the outer starboard portion 22. For example, in the lower right corner of the multi-layer glass 5, there are multiple layers between the outer lower flange portion 16 and the outer right flange portion 22, and the lower opposing plate portion 25 b and the right opposing plate portion 25 d that are opposed thereto. Layer glass 5 is interposed. For this reason, even if the four glass holding members 14, 17, 20, 23 made of resin are exposed to a flame or the like and melted, it is possible to prevent the multilayer glass 5 from falling off. Moreover, since the drop-off prevention member 25 is attached to the outer port side 19 and the outer starboard side 22 outside the glass accommodating portion 9a, the glass accommodating portion in which the peripheral end portion 5a of the multilayer glass 5 is accommodated. In 9a, there are no projecting parts such as attachment portions of the drop-off prevention member 25, the outer port part 19 and the outer starboard part 22. For this reason, even if the multi-layer glass 5 may move during manufacture, transportation, and construction of the shoji 10 and the joinery 1 equipped with the shoji 10, the multi-layer glass 5 does not come into contact with the protrusions and the like. The shoji 10 and the joinery 1 in which the glass 5 is not easily damaged can be provided.

  Further, since there are no protruding portions such as the attachment portions of the drop-off prevention member 25, the outer starboard portion 19 and the outer starboard portion 22 in the glass containing portion 9a in which the peripheral end portion 5a of the multilayer glass 5 is accommodated. It is possible to reduce the size of the upper and lower horizontal reeds 12 and 15 and the left and right vertical reeds 18 and 21 having the glass accommodating part 9a and the glass accommodating part 9a. For this reason, the size of the shoji 10 can be reduced, or the double-glazed glass 5 can be more widely exposed in the shoji 10 of the same size.

  Further, a side facing portion 22a formed by the outer port portion 19 and the outer starboard portion 22 and facing the peripheral end side surface 5b of the multilayer glass 5 (the side facing portion of the outer port portion 19 is not shown), Prevention of falling off of the extended wall portion 22c extending from the outer portion in the in-plane direction of the multilayer glass 5 toward the outer side in the in-plane direction (the extending wall portion of the outer port portion 19 is not shown). Since the member 25 is engaged, for example, the drop-off prevention member 25, the outer left starboard portion 19, and the outer right starboard portion 22 are engaged with the extending wall portion 22c by an engagement piece such as a hook portion. However, there is no possibility that the engaging piece such as the hook portion protrudes into the glass housing portion 9a. For this reason, it is possible to attach the drop-off prevention member 25 to the outer starboard portion 19 and the outer starboard portion 22 without causing the glass accommodating portion 9a to protrude at all.

  Further, the drop-off prevention member 25 is inserted into the insertion recess 22e (the insertion recess of the outer port flange 19 is not shown) in which the left glass holding member 17 and the right glass holding member 23 are inserted and fitted. Since the holding member 17 and the right glass holding member 23 are arranged closer to the multilayer glass 5, the drop-off prevention member 25 has the outer left starboard portion 19, the outer right starboard portion 22 and the left glass holding member 17 at the insertion recess 22 e. And the right glass holding member 23. For this reason, it is possible to attach the drop-off prevention member 25 to the outer left brim part 19 and the outer right brim part 22 of the main body 11 in a stable state.

  Further, since the drop-off prevention member 25 is engaged with the extending wall portion 22c that constitutes the insertion recess 22e into which the drop-off prevention member 25 is inserted, the drop-off prevention member 25 is attached to the outer left flange portion 19 and the outer right flange portion 22. It is not necessary to provide a separate portion for attaching the left and right glass holding members 17 and the right glass holding member 23, and an insertion recess 22e into which the left glass holding member 17 and the right glass holding member 23 are fitted is used. The member 25 can be attached. For this reason, it is possible to make the shape of the outer starboard portion 19 and the outer starboard portion 22 simpler, and it is possible to keep the size smaller.

  In the above embodiment, the insertion plate portion 25e of the drop-off prevention member 25 is inserted into the insertion recess 22e and is inserted into the slit 22g, and the engagement bent portion 25f is engaged with the extension wall portion 22c so that the drop-off prevention member 25 is inserted. Although the example attached to the heel body 11 was demonstrated, it is not restricted to this. For example, the extension wall portion is formed wide in the left-right direction, the tip end side of the insertion plate portion is bent so as to face the extension wall portion, and the tip end side of the insertion plate portion is formed on the extension wall portion such as a screw. You may fix with a fixing tool.

  In the said embodiment, although the face material was demonstrated as the multilayer glass 5, it is not restricted to this, For example, a single plate glass, a heat resistant resin, a metal plate etc. may be sufficient.

  Moreover, in the said embodiment, although the nonmetallic accommodation member was made from resin, not only this but wooden etc. may be sufficient.

  In the said embodiment, although the joinery 1 for sliding windows was mentioned as an example, if the structure was hold | maintained by the metal part of a cage | basket and the metal face material pinching member, for example, The types of fittings, such as open windows, open windows, and FIX windows, may be in any form. In the case of the FIX window, an opening frame fixed to the housing serves as a holding member, and a face material is provided in the opening frame.

  Moreover, the said embodiment is for making an understanding of this invention easy, and is not for limiting and interpreting this invention. The present invention can be changed and improved without departing from the gist thereof, and it is needless to say that the present invention includes equivalents thereof.

DESCRIPTION OF SYMBOLS 1 Joinery, 3 Frame, 5 Multi-layer glass, 5a Perimeter end part, 5b Perimeter end side surface 5b
5c peripheral end lower surface, 9 housing, 9a glass container, 10 shoji, 11 框 body,
12 Upper reed, 13 Outer upper reed, 14 Upper glass holding member, 15 Lower recumbent,
16 outer lower collar part, 16a lower surface facing part, 16b lower extension part, 17 lower glass holding member,
17b Indoor side lower wall part, 18 Left downside, 19 Outer port side, 20 Left glass holding member,
21 Right downside, 22 Outer starboard side, 22a Side facing part, 22b Right extension part,
22c extension wall part, 23 right glass holding member, 23a fitting piece, 23c indoor side right wall part, 25 drop-off prevention member, 25e insertion plate part, 25f engagement curved part

Claims (4)

A joinery having a face material for partitioning the interior and the exterior, and a face material accommodation member having an accommodation part for accommodating the face material,
The housing portion is opposed to an outer peripheral end surface in an in-plane direction of the face material, an outdoor side finding portion facing an outdoor surface of the face material, and an indoor side surface of the face material. An indoor side finding part to be
The face material accommodating member is made of a non-metallic material that has the expectation part and the outdoor-side finding part, and has the indoor-side finding part and forms the accommodating part together with the metallic accommodation member. A housing member,
The face material has a portion facing the metal housing member via the face material, and is a metal face material pinching member attached to the metal housing member on the outside in the in-plane direction of the expectation portion And a metal housing member. The joinery according to claim 1,
The expectation part has an extending wall part extending toward the outside in the in-plane direction from a portion outside the in-plane direction of the expectation part,
The joinery characterized in that the face material sandwiching member is engaged with or fixed to the extending wall portion. The joinery according to claim 1 or claim 2,
The metal housing member has an insertion recess into which the non-metal housing member is inserted and fitted on the outside in the in-plane direction of the expectation portion,
The fitting is characterized in that the face material sandwiching member is inserted into the insertion recess and is disposed closer to the face material than the non-metallic housing member. The joinery according to claim 3,
The extending wall portion constitutes the insertion recess, and the fitting is characterized in that

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