JP6306495B2 - Joinery - Google Patents

Description

  The present invention relates to a joinery.

2. Description of the Related Art Conventionally, a technique for improving fire prevention performance in a fitting such as a door is known (see, for example, Patent Document 1).
By the way, in order to further improve the fireproof performance of the joinery, a heating foam material that expands by heat may be disposed between the frame and the door. If a heated foam material is placed between the frame and the door, the expanded foam is filled in the gap created by the warp in the fire, and flames and smoke pass between the frame and the door. Can be prevented.

JP 2013-79563 A

  As a fixing structure of the heating foam material, a structure in which a fastening member such as a screw is directly inserted and fixed to the heating foam material, or a structure in which the heating foam material is pressed by a metal fitting fixed by the fastening member is known. However, when these structures are adopted, it is necessary to securely fix the heated foam material using a plurality of fastening members, and thus the productivity of joinery is a problem.

  This invention is made | formed in view of the said subject, and it aims at providing the fitting with high productivity while being able to prevent reliably that the heating foam extended to the structural member peels off. .

  In order to achieve the above object, the present invention provides a fitting (for example, a fitting 100 described later) provided inside a frame opening (for example, a frame opening A described later) formed in a building, in the direction of finding. A heating foam material (for example, a heating foam described below, for example) that extends along the extending component member (for example, an opening upper frame body 511, an opening lower frame body 521, an opening vertical frame body 531, 541 described below). Material 511e, 521e, 531e, 541e), and groove portions (for example, groove portions 511k, 521k, 531k, 541k described later) formed in the vicinity of the heat foam material and extending in the extending direction of the heat foam material, and The elastic member (for example, net push rods 511f, 521f, 531f, 541f, which will be described later) disposed at least partially inside the groove, and the heating foam material peel off from the constituent members. A peeling prevention tool (for example, a peeling prevention tool 91, 92, 93, 94 described later), and a part of the peeling prevention tool is press-fitted between the groove and the elastic member. A press-fitting part (for example, press-fitting parts 91a, 92a, 93a, 94a described later) and a peeling prevention extending part (for example, extending from the press-fitting part toward the surface of the heating foam opposite to the component member) , And a below-described peeling prevention extending portion 91b, 92b, 93b, 94b).

In the present invention, the heating foam material is configured by arranging the groove portion and the heating foam material, which are provided along the constituent members of the joinery, in which at least a part of the elastic member is disposed inside, so as to be positioned in the vicinity of each other. A peeling prevention tool for preventing peeling from the member is further arranged. Then, the peeling prevention tool has a press-fitting part in which a part is press-fitted between the groove part and the elastic member, and a peeling prevention extension that extends toward the surface of the heating foam material opposite to the surface in contact with the component member. And an exit.
Thereby, it can prevent easily and reliably that a heating foaming material peels off from a structural member, without using fastening members, such as a screw | thread. Therefore, the joinery according to the present invention has high productivity.

  Moreover, it is preferable that the said peeling prevention extension part contacts the said heating foam material.

  Moreover, it is preferable that the said press-fit part has a return part (for example, return part 91c, 92c, 93c, 93c mentioned later) by which the front-end | tip of the press-fit direction was turned back.

  Moreover, it is preferable that the peeling prevention tool is formed by bending a metal plate.

  Moreover, it is preferable that the said elastic member is a mesh pushing rod for fixing a mesh.

  ADVANTAGE OF THE INVENTION According to this invention, it can prevent reliably that the heating foam extended in the structural member peels off, and can provide a joinery with high productivity.

It is the figure which looked at the fitting which concerns on one Embodiment of this invention from the outdoor side. It is the figure which looked at the fitting which concerns on the said embodiment from the indoor side. It is a longitudinal cross-sectional view of the door with which the fitting which concerns on the said embodiment is provided. It is a cross-sectional view of the door with which the fitting which concerns on the said embodiment is provided. FIG. 4 is an enlarged view of a region R in FIG. 3. It is a perspective view of the peeling prevention tool with which the fitting which concerns on the said embodiment is provided.

Hereinafter, an embodiment of the present invention will be described in detail with reference to the drawings.
Drawing 1 is a figure which looked at fitting 100 concerning this embodiment from the outdoor side. FIG. 2 is a view of the joinery 100 according to the present embodiment as seen from the indoor side. The door 1 provided in the joinery 100 is a hinged door such as an entrance door. In this specification, “hanging side” means the hanging side of the door 1, and “door side” means the door side of the door 1. Moreover, in this specification, a "finding direction" is a direction along the surface direction of the fitting 100 (door 1), and is a concept including the height direction and the width direction of the fitting 100 (door 1).
The joinery 100 is provided inside a housing opening A formed in a building, and in addition to the door 1, a fixed frame 110, hinges 121, 122, 123, a door closer 130 (see FIG. 2), and a door guard. 140 (see FIG. 2).

  The fixed frame 110 is arranged around the frame opening A formed in the building. The fixed frame body 110 is framed in a rectangular shape by a fixed upper frame 111 and a fixed lower frame 112 as horizontal frames, a fixed vertical frame 113 on a hanging side as a vertical frame, and a fixed vertical frame 114 on a door end side.

The hinges 121, 122, and 123 are connected to the fixed vertical frame 113 and the door 1 on the hanging side.
The door closer 130 is an upper side on the indoor side of the door 1 and is disposed closer to the suspension side than the center in the direction in which the door 1 is found (the width direction of the door 1). The door closer 130 has a main body connected to the door 1 and an arm connected to the fixed upper frame 111, respectively, and automatically closes the door 1.

  The door guard 140 includes a door guard main body portion 141 arranged in the door 1 and formed in a loop shape, and a door guard receiving portion 142 arranged in the fixed vertical frame 114 on the door end side and engageable with the door guard main body portion 141. Have. The door guard 140 restricts the door 1 from being opened by engaging the door guard body 141 with the door guard receiving portion 142.

The door 1 is fitted in a housing opening A formed in the building so as to be openable and closable. Specifically, the door 1 is suspended inside the fixed frame 110 by hinges 121, 122, and 123.
The door 1 includes a housing 20, an opening 30, a shoji 40, an opening frame 50, an outdoor side member 61, an outdoor side handle 62, cylinders 63 and 64, an indoor side member 71, An inner handle 72, thumb turns 73 and 74, and a lattice 80 are provided.

The housing 20 is disposed so as to surround the four circumferences of the door. The frame 20 is assembled in a rectangular shape by an upper rod 21 and a lower rod 22 as horizontal rods, a vertical rod 23 on a hanging side as a vertical rod, and a vertical rod 24 on a door-end side.
The opening 30 is inside the housing 20 and is formed closer to the suspension side than the center in the direction in which the door 1 is found (the width direction of the door 1).

The shoji 40 is fitted inside the opening 30. The shoji 40 is a vertical shovel type shoji. If the shoji 40 is opened, indoor ventilation and ventilation (winding) can be performed without opening the door 1.
The shoji 40 includes a wind collecting housing 41, a glass 42, and a handle 43 (see FIG. 2). The wind collecting housing 41 is assembled in a rectangular shape by a wind collecting upper rod 411 and a wind collecting lower rod 412 as a horizontal rod, a hanging vertical wind rod 413 as a vertical rod, and a wind collecting vertical rod 414 on a door end side (FIG. 2). The glass 42 is fitted inside the wind collecting housing 41. The handle 43 is disposed on the indoor side of the wind-drawing vertical shaft 413 on the hanging side. The hanging element of the shoji 40 is disposed on the door end side of the door 1, and the door of the shoji 40 is disposed on the hanging element side of the door 1.

  The opening frame 50 is disposed around the opening 30. The opening frame 50 is framed in a rectangular shape by an opening upper frame 51 and an opening lower frame 52 as horizontal frames, an opening vertical frame 53 on a hanging side as a vertical frame, and an opening vertical frame 54 on a door-end side. The

The outdoor side member 61 is disposed on the outdoor side surface of the door 1 (see FIG. 1).
The outdoor handle 62 is disposed at a substantially central portion in the height direction on the outdoor door end side of the door 1. By grasping the outdoor handle 62 from the outdoor side and pulling the door 1 to the outdoor side, the door 1 can be opened by rotating around the hinges 121, 122, and 123.

  The cylinders 63 and 64 are disposed above and below the outdoor handle 62, respectively. The cylinders 63 and 64 can be rotated by inserting a key. A dead bolt (not shown) can be operated by rotating the cylinders 63 and 64. The fitting 100 can be locked by operating the dead bolt.

The indoor side member 71 is disposed on the indoor side surface of the door 1 (see FIG. 1).
The indoor handle 72 is disposed at a substantially central portion in the height direction on the indoor door tip side of the door 1. By grasping and pulling the indoor handle 72 from the outdoor side, the door 1 can be opened by rotating around the hinges 121, 122, and 123.

  The thumb turns 73 and 74 are arranged above and below the indoor handle 72, respectively. The joinery 100 can also be locked by operating a dead bolt (not shown) by rotating the thumb turns 73 and 74.

The lattice 80 is disposed on the outdoor side of the opening 30 (the shoji 40). The lattice 80 includes a vertical lattice 81 and a horizontal member 82.
The vertical lattice 81 extends from the upper end to the lower end of the door 1. The horizontal member 82 is arranged on the shoji side of the vertical lattice 81 and intersects the vertical lattice 81 at a right angle at a substantially central portion in the height direction of the vertical lattice 81.

FIG. 3 is a longitudinal sectional view of the door 1.
As shown in FIG. 3, the glass 42 is a multi-layer glass including a plate glass 421 on the outdoor side, a plate glass 422 on the indoor side, and a spacer 423 sandwiched between these two plate glasses, and has excellent heat insulation properties. Have
The door 1 has a net 65 arranged on the outdoor side of the glass 42. The net 65 prevents the insects and the like from entering the room when the shoji 40 is opened to connect the outdoors and the room through the opening 30. Further, the door 1 has a heat insulating material H disposed between the outdoor side material 61 and the indoor side material 71. The heat insulating material H is made of, for example, expanded polystyrene.

  The upper collar 21 includes a resin upper collar 211 having a U-shaped cross section, an upper collar core material 212 having a U-shaped cross section disposed inside the resin upper collar 211, and an edge that covers an edge portion of the upper collar 21 Member 213. The resin upper collar 211 and the upper collar core 212 are connected by a rivet 21a.

  The opening upper frame 51 includes an opening upper frame main body 511, an opening upper frame core member 512, and an opening upper frame inner core member 513.

  The opening upper frame main body 511 has a hollow structure having a hollow portion 511a. Moreover, the opening part upper frame main body 511 has the extension part 511b extended below. The extending portion 511b extends downward while bending outward. The opening upper frame main body 511 is made of aluminum, for example. More specifically, the opening upper frame main body 511 is obtained by extrusion-molding aluminum.

The opening upper frame main body 511 has a heating foam material 511c disposed on the indoor side of the base end side of the extension portion 511b, an airtight material 511d disposed in the vicinity of the heating foam material 511c, and the heating foam material 511c. A heating foam material 511e disposed on the indoor side on the front end side, a mesh push bar 511f for fixing the mesh 65 disposed in the vicinity of the heating foam material 511e, and an opening upper frame body 511 (extension portion 511b) And a peeling prevention tool 91 for preventing the heating foam material 511e from peeling off.
The heating foam material 511e, the net pushing rod 511f, and the peeling prevention tool 91 will be described in detail later.

  The opening upper frame core member 512 is disposed above the opening upper frame body 511. The opening upper frame core member 512 is a long member having a C-shaped cross section opened upward, and is made of, for example, stainless steel. The opening upper frame core member 512 is fixed to the opening upper frame main body 511 by a rivet 512a on the outdoor side, and is fixed to a molding fixing member 516 (described later) by a rivet 512b on the indoor side. Between the opening upper frame core member 512 and the opening upper frame body 511, a part of the outdoor side member 61 and the heating foam material 512c are disposed. Between the opening upper frame core member 512 and the molding fixing member 516, a part of the indoor side member 71 and the heating foam member 512d are disposed.

  The opening upper frame inner core member 513 is disposed in the hollow portion 511 a of the opening upper frame main body 511. The opening upper frame inner core member 513 is a C-shaped long member whose cross section is open upward, and is made of, for example, stainless steel.

  Further, the door 1 includes an opening outdoor upper molding member 514, an opening room upper molding member 515, and a molding fixing member 516.

  The opening outdoor upper molding member 514 is disposed on the outdoor side of the opening upper frame 51. The opening outdoor upper molding member 514 is connected to an opening outdoor suspension-side molding member 534 and an opening outdoor door-end molding member 544 described later by screws (not shown). The opening outdoor upper molding member 514 covers the outdoor side of the opening upper frame 51 from the upper collar 21.

The upper molding member 515 in the opening room is disposed on the indoor side of the opening upper frame 51.
The molding fixing member 516 is a member for fixing the upper molding member 515 in the opening chamber, and is fastened to the opening upper frame main body 511 by a screw 516a. The upper molding member 515 in the open room is fixed to the molding fixing member 516 by snap fitting.

  The wind sampling upper ridge 411 has a hollow structure having a hollow portion 411a. Moreover, the wind sampling upper ridge 411 has the extension part 411b extended upwards, and the groove part 411c formed in the downward direction. A heating foam 411d is affixed to the upper surface of the wind collecting upper 411, and a heating foam 411e is affixed to the outdoor side of the extended portion 411b. The heating foam 411d and the heating foam 411e are fixed in an L-shaped cross section. It is fixed by a metal fitting 411f. Inside the groove portion 411c, a C-shaped wind-up upper core material 411g having a cross-section opened downward is arranged, and a heating foam material 411h is arranged inside the wind-up upper core material 411g.

The wind-up upper fence 411 contacts the airtight material 511d on the outdoor side when the shoji 40 is closed.
The upper end portion of the glass 42 is fitted into the groove portion 411c and is sandwiched by the wind-up upper tub 411 via the glazing channel 411i.

  The lower rod 22, the opening lower frame 52, and the wind collecting lower rod 412 have substantially the same structure as the upper rod 21, the opening upper frame 51, and the wind collecting upper rod 411, respectively. For the lower rod 22, the opening lower frame 52, and the wind collecting lower rod 412, the same structures as those of the upper rod 21, the opening upper frame 51, and the wind collecting upper rod 411 are denoted by corresponding reference numerals, and the description thereof is omitted. Will be described.

The opening lower frame main body 521 is disposed on the outdoor side and has a drain valve 521j for draining rainwater and the like from the hollow portion 521a.
In the opening lower frame inner core member 523, heating foam materials 523a and 523b are disposed on the outdoor side and the indoor side, respectively.
Also, a wind-trapped inner core material 412j having an M-shaped cross section is disposed inside the hollow portion 412a, and a buffer material 412k that supports the glass 42 is disposed on the heating foam material 412h inside the groove portion 412c. Be placed.

  Furthermore, the door 1 has an upper arm S1 connected to the opening upper frame 51 and the wind-up upper rod 411, and a lower arm S2 connected to the opening lower frame 52 and the wind-up lower rod 412. The shoji 40 is suspended inside the opening 30 so as to be openable and closable by the upper arm S1 and the lower arm S2.

FIG. 4 is a cross-sectional view of the door 1. In FIG. 4, the cross section of the vertical lattice 81 is not shown.
The hanging hook 23 has a U-shaped cross section, a U-shaped cross section, a U-shaped cross section disposed inside the resin vertical section 231, and an edge of the vertical section 23. And an edge member 233 that covers the portion. The resin vertical rod 231, the vertical rod core material 232 and the edge member 233 are connected by a screw 23 a.

The opening vertical frame 53 includes an opening vertical frame main body 531 and an opening vertical frame core member 532.
The opening part vertical frame main body 531 has the extension part 531b extended to the door-end side. The opening vertical frame main body 531 is made of aluminum, for example. More specifically, the opening vertical frame main body 531 is obtained by extrusion-molding aluminum.

  The opening vertical frame main body 531 includes a heating foam material 531c disposed on the indoor side surface, an airtight material 531d disposed in the vicinity of the heating foam material, and a heating foam material disposed on the indoor side of the extending portion 531b. 531e, a mesh push bar 531f for fixing the mesh 65 disposed in the vicinity of the heating foam material 531e, and the heating foam material 511e from peeling off from the opening vertical frame main body 531 (extension portion 531b) are prevented. Peeling prevention tool 93. A heating foam material 531h is disposed on the surface on the hanging base side of the opening vertical frame main body 531.

  The opening vertical frame core material 532 is disposed on the suspension base side of the opening vertical frame main body 531. The opening vertical frame core member 532 is a C-shaped long member whose cross section is open to the suspension side, and is made of, for example, stainless steel. The opening vertical frame core member 532 is fixed to the opening vertical frame main body 531 by a rivet 532a on the outdoor side, and fixed to a molding fixing member 536 to be described later by a rivet 532b on the indoor side. Between the opening vertical frame core material 532 and the opening vertical frame main body 531, a part of the outdoor side material 61 and the heating foam material 532 c are arranged. Between the opening vertical frame core material 532 and the molding fixing member 536, a part of the indoor side material 71 and the heating foam material 532d are disposed.

  In addition, the door 1 includes an opening outdoor suspender side molding member 534, an opening room suspending source side molding member 535, and a molding fixing member 536.

  The opening part outdoor suspension origin side molding member 534 is arranged on the outdoor side of the opening part vertical frame 53. The opening portion outdoor suspension side molding member 534 is connected to the horizontal member 82 by a screw 534a. Moreover, the opening part outdoor suspension origin side molding member 534 is fixed to the opening part vertical frame 53 by the molding fixing member 534b, and is fixed to the heat insulating material H by the molding fixing member 534c.

The in-open room suspender-side molding member 535 is arranged on the indoor side of the opening vertical frame 53.
The molding fixing member 536 is a member for fixing the opening-side suspending-side molding member 535, and is fastened to the opening vertical frame main body 531 by a screw 536a. The open-side suspending-side molding member 535 is fixed to the molding fixing member 536 by snap fitting.

  The wind sampling downpipe 413 has a hollow structure having a hollow portion 413a. Moreover, the wind sampling downpipe 413 has the groove part 413c formed in the door-end side. Inside the hollow part 432a, a C-shaped wind-drawing vertical inner core material 413j whose cross section is open to the door end side is disposed. Inside the groove portion 413c, a C-shaped wind-insulated vertical core material 413g having a cross-section open to the door end side is disposed, and a heating foam material 413h is disposed inside the wind-insulated vertical core material 413g.

The wind sampling hoist 413 contacts the airtight material 531d on the outdoor side when the shoji 40 is closed.
The end of the glass 42 on the suspending side is fitted into the groove 413c and is sandwiched between the wind sampling hoist 413 through the glazing channel 413i.

  The door 1 has a lock mechanism L that restricts the opening of the shoji 40 between the vertical frame 53 on the suspending side and the windpipe 413. The lock mechanism L is operated by the handle 43.

  The vertical rod 24 on the door-end side, the opening vertical frame 54, and the wind sampling vertical rod 414 have substantially the same structure as the vertical rod 23 on the hanging side, the opening vertical frame 53, and the wind sampling vertical rod 413. For the vertical rod 24, the opening vertical frame 54 and the wind sampling vertical rod 414 on the lower door end side, the same symbols are assigned to the same structures as the vertical rod 23, the opening vertical frame 53 and the wind sampling vertical rod 413 on the hanging side. Therefore, the description is omitted, and a structure different from these will be described.

The resin ridges 241 on the door end side are separately arranged on the outdoor side and the indoor side. The edge member 243 has an extending portion 243a that contacts the fixed vertical frame 114 when the door 1 is closed.
A heating foam material 541i and a heating foam material 414m are arranged to face each other on the suspension base side of the opening vertical frame main body 541 on the door tip side and the door tip side of the wind sampling vertical ridge 414 on the door tip side, respectively. Further, an extending member 541j and an extending member 414n that are bent and extended are respectively arranged on the suspension base side of the opening vertical frame main body 541 on the door tip side and the door tip side of the wind sampling vertical rod 414 on the door tip side. The

FIG. 5 is an enlarged view of the region R in FIG. 3, and is a diagram illustrating the heating foam material 511 e, the net pushing rod 511 f, and the peeling prevention tool 91 included in the fitting 100.
The heating foam material 511e extends along the opening upper frame main body 511 (extending portion 511b) that is a constituent member of the joinery 100 and extends in the direction of finding (the width direction of the joinery 100). The heating foam material 511e is a sheet-like member made of a foamable resin such as an epoxy resin or polyvinyl chloride (PVC).
Furthermore, the opening upper frame main body 511 has a groove portion 511k formed along the extending direction of the heating foam material 511e in the vicinity of the lower side of the heating foam material 511e.

The net pushing bar 511f is a string-like elastic member, and is entirely arranged inside the groove portion 511k and extends along the opening upper frame main body 511. The mesh push bar 511f pushes and fixes the upper end of the mesh 65 into the groove 511k. That is, the upper end portion of the mesh 65 is disposed between the mesh push bar 511f and the groove portion 511k.
The net pushing rod 511f is obtained by extruding synthetic rubber such as SBR, for example.

The peeling prevention tool 91 prevents the heating foam material 511e from peeling off from the opening upper frame main body 511 (extending portion 511b) which is a constituent member of the fitting 100. The peeling prevention tool 91 is formed on the surface of the heating foam material 511e opposite to the surface in contact with the opening upper frame main body 511 and the press-fitting portion 91a in which a part is press-fitted between the groove portion 511k and the net pushing rod 511f. On the other hand, it has a peeling prevention extension part 91b extending from the end part of the press-fitting part 91a.
The press-fit portion 91a has a return portion 91c in which the tip in the press-fit direction (outdoor side) is folded. The exfoliation preventing extension part 91b is bent and extended from the press-fitting part 91a, and the tip comes into contact with the heating foam material 511e. The peeling prevention extending portion 91b extends from the press-fit portion 91a by bending in the direction opposite to the return portion 91c.

  FIG. 6 is a perspective view of the peeling prevention tool 91. The peeling prevention tool 91 is formed by bending a metal plate. A plurality of peeling prevention tools 91 are arranged at predetermined intervals in the direction of finding (the width direction of the fitting 100) on the opening upper frame main body 511 (extending portion 511b).

  Heating foam material 521e, net push rod 521f and anti-strip tool 92 extending along the opening lower frame main body 521 (extending portion 521b), and the opening vertical frame main body 531 (extension) on the suspending side. The heating foam material 531e extending along the protruding portion 531b), the net pushing rod 531f and the peeling preventing device 93, and the opening vertical frame main body 541 (extending portion 541b) on the door end side are extended. The arrangement and structure of the heated foam material 541e, the net pushing bar 541f, and the peeling prevention tool 94 are the same as those of the heating foam material 511e, the net pushing bar 511f, and the peeling prevention tool 91, and thus description thereof is omitted.

The joinery 100 according to the present embodiment has the following effects.
In the present embodiment, the groove portion 511k and the heating foam material 511e, which are provided along the opening upper frame main body 511 and in which the mesh push rod 511f is disposed, are disposed so as to be close to each other, and are heated and foamed. A peeling prevention tool 91 for preventing the material 511e from peeling off from the opening upper frame main body 511 was further arranged. Then, the peeling prevention tool 91 has a press-fitting portion 91a in which a part is press-fitted between the groove portion 511k and the net pushing rod 511f, and the surface of the heating foam material 511e opposite to the surface in contact with the opening upper frame body 511. And a peeling-preventing extension portion 91b extending toward the surface.
Thereby, it can prevent easily and reliably that the heating foam material 511e peels off from the opening part upper frame main body 511, without using fastening members, such as a screw | thread. Therefore, the joinery 100 according to the present embodiment has high productivity.

Moreover, in this embodiment, the front-end | tip of the peeling prevention extension part 91b shall contact | abut to the heating foam material 511e.
Thereby, it can prevent more reliably that the heating foam material 511e peels off from the opening part upper frame main body 511. FIG.

Further, in the present embodiment, the press-fit portion 91a has a return portion 91c whose tip in the press-fit direction is folded back.
As a result, the press-fit portion 91a can be easily press-fitted between the groove portion 511k and the mesh push rod 511f, and in the state where the press-fit portion 91a is press-fitted, it is difficult to remove the peeling prevention tool 91 due to the presence of the return portion 91c. . Therefore, it can prevent more reliably that the heating foam material 511e peels off from the opening part upper frame main body 511. FIG.

In the present embodiment, the peeling prevention tool 91 is formed by bending a metal plate.
Thereby, since the peeling prevention tool 91 can be obtained easily, the productivity of the fitting 100 is further improved.

Further, in the present embodiment, the press-fitting portion 91a of the peeling prevention tool 91 is press-fitted between the net pushing bar 511f for fixing the net and the groove portion 511k disposed inside.
Thus, by fixing the peeling prevention tool 91 using an existing structure, it is possible to easily prevent the heating foam material 511e from peeling off from the opening upper frame main body 511.

It should be noted that the present invention is not limited to the above-described embodiment, and modifications, improvements, etc. within a scope that can achieve the object of the present invention are included in the present invention.
In the said embodiment, although the front-end | tip of the peeling prevention extension part 91b shall abut on the heating foam material 511e, this invention is not limited to this. The peeling prevention extension part in this invention should just be extended toward the surface on the opposite side to the surface which contacts the structural member of a heating foam material, and does not contact | abut to a heating foam material. Good.

  Moreover, in this embodiment, although the press-fit part 91a of the peeling prevention tool 91 was press-fitted between the mesh pushing bar 511f and the groove part 511k which has arrange | positioned it inside, this invention is not limited to this. For example, in the joinery according to the present invention, the press-fitting portion of the peeling prevention tool is press-fitted between, for example, an airtight material and a groove portion in which the airtight material is partially disposed, thereby preventing the heated foam material from peeling off. It may be a structure.

  Moreover, in the said embodiment, although the peeling prevention tool 91 was arrange | positioned at the opening part frame body 50 arrange | positioned around the opening part 30 formed in the door 1, this invention is not limited to this. For example, you may arrange | position the peeling prevention tool which is the characteristics of this invention in the frame of a fitting, or the frame of a door.

DESCRIPTION OF SYMBOLS 100 ... Joinery 91,92,93,94 ... peeling prevention tool 91a, 92a, 93a, 94a ... press-fit part 91b, 92b, 93b, 94b ... peeling prevention extension part 91c, 92c, 93c, 93c ... return part 511 ... opening Upper frame main body
521 ... Opening lower frame body (component of joinery)
531, 541... Opening vertical frame main body (component of joinery)
511e, 521e, 531e, 541e ... heating foam material 511f, 521f, 531f, 541f ... mesh push rod (elastic member)
511k, 521k, 531k, 541k ... groove A: housing opening

Claims (5)

It is a fitting provided inside the frame opening formed in the building,
A heating foam extending along the component of the joinery extending in the direction of finding; and
A groove formed in the vicinity of the heating foam and extending in the extending direction of the heating foam;
An elastic member at least a part of which is disposed inside the groove,
A peeling prevention tool for preventing the heating foam from peeling off from the component member,
The peeling prevention tool extends from the press-fitting part toward a surface of the heat-foaming material opposite to the press-fitting part in which a part is press-fitted between the groove part and the elastic member. A joinery having a peeling prevention extending portion.   The joinery according to claim 1, wherein the exfoliation preventing extension part is in contact with the heating foam material.   The fitting according to claim 1, wherein the press-fit portion has a return portion in which a tip end in the press-fit direction is folded back.   The joinery according to any one of claims 1 to 3, wherein the peeling prevention tool is formed by bending a metal plate.   The joinery according to any one of claims 1 to 4, wherein the elastic member is a net pushing rod for fixing the net.

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