JP5290824B2 - Fixing method for joinery face material and joinery - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a fixing structure of a surface material of fittings capable of fixing a panel and a frame member easily and properly. <P>SOLUTION: This fixing structure is constituted by providing a unit vertical frame 40 with a frame body 41 opposing to a first width face 33 of the design panel 31 and a folded back piece 49 opposing to a second width face 35. A connection part of the frame body 41 and the folded back piece 49 is provided with an insertion part 50. Owing to this configuration, the design panel 31 is inserted into the insertion part 50 in the direction for tilting for a panel fixing face part 45, then the unit vertical frame 40 is turned, and a second double-coated tape 39 is pressed against the design panel 31 to fix the design panel 31 and the unit vertical frame 40 easily and properly without bringing the design panel 31 into contact with the second double-coated tape 39. <P>COPYRIGHT: (C)2011,JPO&amp;INPIT

Description

The present invention is a solid Sadakata methods and related fittings joinery surface material.

There is known a joinery for a bathroom entrance including a joinery frame and a shoji supported by the joinery frame so as to be opened and closed (see, for example, Patent Document 1).
The shoji in the bathroom doorway fixture described in Patent Document 1 is configured by fitting a face material into the interior of the upper and lower halves and the left and right vertical gutters, and each of the girder materials in the upper, lower, left and right sides. Is formed with grooves that hold the four peripheral edges of the face material opened inward in the direction of finding. The face material is fixed to the brazing material by being inserted into the groove after hot melt (melted resin adhesive) is applied inside the groove of the brazing material.

JP 2007-321343 A

  However, in the configuration as described in Patent Document 1, since the face material is inserted into the groove while being moved parallel to the hot melt application surface, the tip of the face material may come into contact with the hot melt during insertion. is there. When the tip of the face material comes into contact with the hot melt in this way, the hot melt is pushed in the insertion direction of the face material, and the face material and the brazing material may not be fixed appropriately. Even if a tape is used instead of hot melt, it is difficult to press the brazing material against the tape disposed in the groove, and the face material and the brazing material may not be fixed appropriately.

An object of the present invention, the solid Sadakata method and of the panel and Kamachizai easily and appropriately fixable joinery surface material is to provide a fitting.

The joinery of the present invention includes a frame, a first joinery face material provided inside the frame, and at least a part of a finding surface of the first joinery face material. Provided with a second joinery face material, the second joinery face material comprising a panel and a saddle material that supports an edge of the panel, and the saddle material is a first of the panel. A rivet main body having a substantially trapezoidal cross section and a locating surface facing portion provided integrally with the heel main body and opposed to the second locating surface of the panel, The main body is formed in a planar shape substantially parallel to the first finding surface of the panel, and is provided with a panel fixing surface portion that is fixed to the panel. The edge of the panel can be inserted along a direction inclined with respect to the panel fixing surface, and this An insertion portion is provided that can turn the panel from the inserted state toward the panel fixing surface portion, and the insertion portion is provided with a sliding contact portion that is in sliding contact with the edge when the panel is rotated. The frame body is provided with a dowel projecting toward the saddle member, and a portion surrounded by the saddle body of the saddle member is a dowel positioning portion for substantially positioning the dowel by inserting the dowel. The portion facing the panel fixing surface portion in the main body is bonded to the first fitting surface material .
Here, the brazing material may be provided over the entire periphery of the panel, or may be provided in part. Further, examples of the panel fixing surface portion include those fixed to the panel by an adhesive member such as a tape, an adhesive, and hot melt, and those fixed to the panel by fitting and engagement of irregularities.
Further, the second joinery face material may be made the same size as the first joinery face material so that only the second joinery face material can be seen, or the second joinery face material is used as the first joinery face material. It may be smaller than the face material so that both the first and second joinery face materials can be seen. In addition, the second joinery face material may be attached to the frame, and may be supported by the first joinery face material.
According to this invention, since the edge portion of the panel is inserted into the insertion portion of the saddle member along the direction inclined with respect to the panel fixing surface portion, the edge portion can be easily inserted without contacting the panel fixing surface portion. it can. Then, by rotating the panel from the inserted state toward the panel fixing surface portion, the panel can be firmly fixed to the saddle member.
In addition, by attaching the second joinery face material, in which the panel and the frame material are fixed with the above-described fixing structure, to the joinery, the joinery can easily have a profound feeling and a high-class feeling.
Furthermore, by inserting the dowel into the dowel positioning portion, the second joinery face material can be positioned on the frame body, and the attachment work of the second joinery face material can be facilitated.

The fittings of the invention, the found face opposing portion, it is not preferable that is configured to Ryakumen contact with the second find plane of the panel.

The fixing method of the joinery face material of the present invention is a fixing method of a joinery face material for attaching the second joinery face material in the frame body in the joinery described above , wherein the edge portion of the panel is attached to the insertion portion. insert along a direction inclined with respect to the panel fixation surface portion, and said the sliding contact portion is brought into contact with the edges, sliding from inserted state of this, the edge portion on the sliding contact portion By rotating at least one of the panel and the saddle member while being in contact , the panel is fixed to the panel fixing surface portion, and the panel and the saddle member are fixed. Forming the joinery face material, and inserting the dowel into the saddle material dowel positioning portion so as to substantially position the second joinery face material with respect to the frame, Patent to bond the opposing portions in the first joinery surface material To.
According to such a method for fixing the joinery face material, substantially the same effect as that of the joinery described above can be obtained, and the panel and the saddle can be easily and appropriately fixed.
The fixing method of the joinery face material of the present invention is a fixing method of a joinery face material for attaching the second joinery face material in the frame body in the joinery described above, wherein the edge portion of the panel is attached to the insertion portion. Insert along the direction inclined with respect to the panel fixing surface, and bring the end edge into contact with the sliding contact portion, and from the inserted state, slide the end edge into the sliding contact portion. The panel is fixed to the panel fixing surface portion by rotating at least one of the panel and the saddle member until the finding surface facing portion substantially comes into surface contact with the second finding surface. Then, the second joinery face material to which the panel and the saddle material are fixed is formed, and the dowel is inserted into the saddle material dowel positioning portion so that the second joinery face material is inserted into the frame body. The panel is fixed to the main body of the bag. Characterized by bonding the parts and a portion facing the first fitting surface material.

According to the solid Sadakata method and fittings of the building surface material of the present invention as described above, after inserting the edge of the panel at an angle relative to the panel fixing surface in the insertion portion of the rail members, the panel panels fixation surface portion The panel can be fixed to the saddle member by being rotated toward, and the panel and the saddle member can be easily and appropriately fixed without bringing the end edge portion into contact with the panel fixing surface portion.

It is a longitudinal section showing a fitting concerning a 1st embodiment of the present invention. It is the cross-sectional view seen from the bottom of the said fitting. It is the elements on larger scale which show the principal part of the said fitting. It is a side view which shows the attachment method of the unit downpile to the design panel which comprises the said fitting. It is a perspective view which shows the attachment method of the face material unit to the shoji which comprises the said fitting. It is a top view which shows the face material unit which concerns on 2nd Embodiment of this invention.

[First Embodiment]
Hereinafter, a first embodiment of the present invention will be described.
FIG. 1 is a longitudinal sectional view showing a door 1 which is a joinery according to the first embodiment of the present invention. FIG. 2 is a cross-sectional view of the door 1 as viewed from below.
1 and 2, a door 1 is an entrance / exit that partitions a dressing room that is a space on one side and a bathroom that is a space on the other side, and includes an upper frame 2, a lower frame 3, and left and right vertical frames 4. The door frame 5 and the shoji 10 supported by the door frame 5 and rotatably provided on the bathroom side around the rotation shaft 6 are configured. The shoji 10 is composed of a frame 14 formed by assembling the upper eave 11, the lower eaves 12, and the left and right vertical eaves 13 on four sides, and a resin as a first fitting face material supported inside the frame 14. And a panel 20.
The upper rod 11, the lower rod 12 and the left and right vertical rods 13 of the frame body 14 are each made of an aluminum shape, and the resin panel 20 is made of a translucent synthetic resin plate. A dowel 15 as an engaging portion is screwed to the substantially center in the left-right direction of the upper collar 11 and the rotation shaft 6 side (left side as viewed from the dressing room side). The resin panel 20 is supported on the bathroom side with respect to the dowel 15.
In addition, a face material unit 30 as a second joinery face material is attached to the shoji 10 so as to overlap a portion from the substantially center in the left-right direction of the resin panel 20 to the end edge on the rotating shaft 6 side.
This face material unit 30 includes, for example, a design panel 31 as a panel with a pattern and color having high design properties, and left and right unit vertical shafts as a collar material that supports left and right edge portions 32 of the design panel 31. 40.

Next, the detailed structure of the unit downboard 40 will be described.
As shown in FIG. 3, the unit vertical rod 40 includes a rod main body 41 formed in a cylindrical shape having a substantially trapezoidal cross section. The portion surrounded by the cylindrical shape of the heel body 41 constitutes a dowel positioning portion 42 as an engaged portion that substantially positions the dowel 15 by inserting the dowel 15. The bag main body 41 has a substantially rectangular plate-shaped resin panel bonding portion 43 that is bonded to the finding surface 21 of the resin panel 20 with the first double-sided tape 22. In addition, at the position facing the resin panel bonding portion 43 of the bag main body 41, the design panel bonding of a substantially rectangular plate shape which is substantially parallel to the resin panel bonding portion 43 and whose width dimension is smaller than that of the resin panel bonding portion 43. A portion 44 is provided. The outer side surface of the design panel bonding portion 44 constitutes a flat panel fixing surface portion 45 on which the second double-sided tape 39 as an adhesive member is disposed. Furthermore, an inclined surface portion 46 that extends in a direction approaching the resin panel bonding portion 43 and is inclined with respect to the panel fixing surface portion 45 is provided at one end edge in the left-right direction of the design panel bonding portion 44. Further, a connecting portion 47 extending toward the dressing room is provided at the edge of the inclined surface portion 46 and the resin panel bonding portion 43. A sliding contact portion 48 that is a resin plate, for example, is provided on the surface of the connecting portion 47 that faces the inclined surface portion 46. In addition, a folded piece 49 is provided at the tip of the connecting portion 47 as a facing surface facing portion formed by being folded substantially parallel to the resin panel bonding portion 43. Further, the region substantially surrounded by the inclined surface portion 46, the connecting portion 47, and the folded piece 49 is an insertion portion 50 that can be inserted along the direction in which the end edge portion 32 of the design panel 31 is inclined with respect to the panel fixing surface portion 45. Is configured.

In the unit vertical rod 40, the prospective surface 34 of the design panel 31 is substantially in surface contact with the sliding contact portion 48, and the second finding surface 35 on the dressing room side of the design panel 31 is substantially in surface contact with the folded piece 49. The heel body 41 is fixed to the first finding surface 33 on the bathroom side of the design panel 31 via the second double-sided tape 39, thereby supporting the edge portion 32 of the design panel 31.
1 and 2, the dowel 15 is inserted into the dowel positioning portion 42, and the dowel 15 is inserted into the dowel 15 as shown in FIGS. The unit 30 is prevented from falling off. Further, the face material unit 30 is placed on a rubber setting block 23 installed on the lower rod 12 of the frame body 14, and the unit vertical rod 40 substantially comes into surface contact with the vertical rod 13 on the rotating shaft 6 side. It is attached to the shoji 10 by being fixed to the finding surface 21 of the resin panel 20 via the first double-sided tape 22.

Next, a method for attaching the unit vertical rod 40 to the design panel 31 will be described. In addition, this attachment may be an operator's manual operation or an operation using an apparatus.
First, as shown in FIG. 4, the design panel 31 is installed on the work table 60, and the positioning jig 61 is installed on the design panel 31. The positioning jig 61 is used for positioning the unit vertical rod 40. Next, as shown by a two-dot chain line, the end edge portion 32 of the design panel 31 is inserted into the insertion portion 50 in a direction inclined with respect to the panel fixing surface portion 45, and the sliding contact portion 48 is in contact with the tip of the folded piece 49. The unit vertical rod 40 is held so that the end edge portion 32 of the design panel 31 is in contact therewith. Thereafter, while the end edge portion 32 is in sliding contact with the sliding contact portion 48, the unit vertical rod 40 is rotated around the contact portion between the folded piece 49 and the end edge portion 32, as shown by a solid line, The unit vertical rod 40 is fixed to the design panel 31 by pressing the second double-sided tape 39 against the first finding surface 33 of the design panel 31. Thus, the installation of the unit downboard 40 is completed.

Next, a method for attaching the face material unit 30 to the shoji 10 will be described.
First, as shown in FIG. 5, two dowels 15 are attached to the upper collar 11 of the shoji 10. In addition, the screw hole for attaching the dowel 15 to the upper collar 11 may be provided when the shoji 10 is manufactured, or may be provided immediately before the face material unit 30 is attached. Next, the face material unit 30 is attached to the shoji 10 by tilting the face material unit 30 so that the upper end is closer to the shoji 10 than the lower end, and inserting the dowel 15 into the dowel positioning portion 42 of the unit vertical rod 40. Approximate positioning is performed. Then, the first double-faced tape 22 is pressed against the finding surface 21 of the resin panel 20 and the lower end of the face material unit 30 is placed on the setting block 23 of the lower collar 12, thereby completing the attachment of the face material unit 30.

According to the first embodiment as described above, the design panel 31 is slidably contacted with the sliding contact portion 48 when the unit vertical ridge 40 is rotated, so that the installation workability of the unit vertical ridge 40 is improved. it can. Further, since the design panel 31 is rotated while being brought into contact with the folded piece 49 where the second double-sided tape 39 is not provided, the second double-sided tape before the first finding surface 33 comes close to the panel fixing surface portion 45. The design panel 31 and the unit downboard 40 can be fixed at the intended positions without touching 39.
Moreover, the design property of the door 1 can be improved easily by attaching the face material unit 30 to the shoji 10. Since the dowel 15 is inserted into the dowel positioning portion 42, the face material unit 30 and the shoji 10 are substantially positioned and prevented from falling off, so that the workability of attaching the face material unit 30 can be improved.
Furthermore, since the unit vertical rod 40 is provided only at both the left and right ends of the design panel 31 and the upper and lower unit vertical rods 40 are omitted, the appearance can be refreshed, and the upper and lower sides of the design panel 31 in the face material unit 30 can be cleaned. The finding dimension can be relatively enlarged. Moreover, since the folding piece 49 is provided, it can prevent that the edge of the design panel 31 touches, and can also prevent that the design panel 31 remove | deviates to the dressing room side.

[Second Embodiment]
Next, a second embodiment of the present invention will be described.
FIG. 6 is a longitudinal sectional view showing a face material unit 30A as a joinery face material according to the second embodiment of the present invention.
In FIG. 6, the face material unit 30 </ b> A includes a design panel 31, and left and right unit vertical rods 70 as ribs that support the left and right edge portions 32 of the design panel 31.
The unit vertical rod 70 includes a rod main body 71 formed in a cylindrical shape having a substantially square cross section. The bag main body 71 includes first and second prospective surface portions 72 and 73 provided substantially perpendicular to the first finding surface 33 of the design panel 31, and the first and second prospective surface portions 72 and 73. The finding surface portion 74 that connects one end of the prospective direction and the other end in the prospective direction of the first and second prospective surface portions 72 and 73 and the concave portion 75 that is recessed in a substantially V shape in the direction of the finding surface portion 74. And. A connecting portion 76 extending in the prospective direction is provided at a connection portion between the first prospective surface portion 72 and the recessed portion 75. In addition, a folded piece 77 is provided at the distal end of the connecting portion 76 as a finding surface facing portion formed by being folded substantially vertically so as to face the recessed portion 75. The surface of the folded piece 77 that faces the recessed portion 75 constitutes a flat panel fixing surface portion 78 on which the second double-sided tape 39 is disposed. Furthermore, the region substantially surrounded by the recess 75, the connecting portion 76, and the folded piece 77 constitutes an insertion portion 79 in which the design panel 31 can be inserted along a direction inclined with respect to the panel fixing surface portion 78. .
In the unit vertical rod 70, the rod main body 71 is brought into substantially line contact with the first finding surface 33, and the folded piece 77 is fixed to the second finding surface 35 of the design panel 31 via the second double-sided tape 39. By doing so, the edge portion 32 of the design panel 31 is supported.

Next, a method for attaching the unit vertical rod 70 to the design panel 31 will be described.
First, as in the first embodiment, the design panel 31 is placed on the work table 60, and the end edge portion 32 of the design panel 31 is placed on the insertion portion 79 with respect to the panel fixing surface portion 78 as shown by a two-dot chain line. The unit vertical rod 70 is held so that the second double-sided tape 39 and the end edge portion 32 are in contact with each other and inserted in an inclined direction. After that, the unit vertical rod 70 is rotated around the contact portion between the second double-sided tape 39 and the end edge portion 32, and the second double-sided tape 39 is placed on the second finding surface as shown by the solid line. The unit vertical rod 70 is fixed to the design panel 31 by being pressed onto the design panel 31.
Even in the second embodiment, since the design panel 31 is inserted into the insertion portion 79 of the unit vertical wall 70 in a direction inclined with respect to the panel fixing surface portion 78, the unit vertical wall 70 is rotated. And the design panel 31 and the unit vertical rod 70 can be fixed appropriately.

The present invention is not limited to the first and second embodiments, but includes other configurations and the like that can achieve the object of the present invention. The following modifications and the like are also included in the present invention.
For example, in the first and second embodiments, the configuration in which the unit vertical rods 40 and 70 respectively support the left and right ends of the design panel 31 is illustrated. However, at least one of the upper, lower, left and right ends of the design panel 31 is the present invention. It is good also as a structure supported with a brazing material. Further, the design panel 31 may be inserted into the insertion portions 50 and 79 while being brought into surface contact with the inclined surface portion 46 and the recessed portion 75. Further, the second double-sided tape 39 may be provided on the folded piece 49. Further, the dowel 15 may not be provided. Furthermore, you may comprise the door as a joinery surface material only with the panel of this invention, and a saddle material.

In addition, the best configuration, method and the like for carrying out the present invention have been disclosed in the above description, but the present invention is not limited to this. That is, the invention has been illustrated and described with particular reference to certain specific embodiments, but without departing from the spirit and scope of the invention, Various modifications can be made by those skilled in the art in terms of material, quantity, and other detailed configurations.
Therefore, the description limited to the shape, material, etc. disclosed above is an example for easy understanding of the present invention, and does not limit the present invention. The description by the name of the member which remove | excluded the limitation of one part or all of such restrictions is included in this invention.

  DESCRIPTION OF SYMBOLS 1 ... Door (joint fitting), 14 ... Frame body, 15 ... Dowel (engagement part) 20 ... Resin panel (1st fitting surface material), 30 ... Face material unit (2nd fitting surface material), 30A ... Surface Material unit (joint face material), 31 ... Design panel (panel), 32 ... End edge, 33, 35 ... First and second finding surfaces, 39 ... Second double-sided tape (adhesive member), 40, 70 ... Unit vertical rod as a saddle member, 41, 71... ４２ main body, 42... Dowel positioning portion (engaged portion), 45 and 78 .. Panel fixing surface portion, 49 and 77. 79 ... Insertion part.

Claims (4)

A frame, a first joinery face member provided inside the frame, and a second joiner provided in the frame in parallel with at least a part of the finding surface of the first joinery face member. With joinery face material,
The second joinery face material is
A panel and a brace that supports the edge of the panel;
The saddle material is opposite to the first finding surface of the panel and has a substantially trapezoidal cross section, and is provided integrally with the saddle body so as to face the second finding surface of the panel. With a facing surface facing part,
The heel body is formed in a planar shape substantially parallel to the first finding surface of the panel, and is provided with a panel fixing surface portion fixed to the panel,
At the connecting portion between the collar body and the facing surface facing portion, the edge of the panel can be inserted along a direction inclined with respect to the panel fixing surface portion, and the panel is inserted from the inserted state. An insertion portion is provided that is rotatable toward the panel fixing surface portion,
The insertion portion is provided with a sliding contact portion with which the end edge portion is in sliding contact with the rotation of the panel,
The frame is provided with a dowel projecting toward the saddle material,
The portion surrounded by the cocoon body of the cocoon material constitutes a dowel positioning part that substantially positions the dowel by inserting the dowel,
A portion of the heel body that is opposite to the panel fixing surface portion is bonded to the first fitting surface material.   The joinery according to claim 1, wherein the finding surface facing portion is configured to be substantially in surface contact with the second finding surface of the panel. A fixing method for a joinery face material for attaching a second joinery face material in the frame body according to claim 1 ,
Into the insertion portion, the edge portion of said panel was inserted along a direction inclined with respect to the panel fixation surface portion, and is brought into contact with the edge portion on the sliding contact portion,
From inserted state of this, by rotating at least either one of the panel and the rail members while sliding the end edge portion on the sliding contact portion, the panel said panel fixation surface portion To form the second joinery face material to which the panel and the roofing material are fixed,
By inserting the dowel into the saddle material dowel positioning portion, the second joinery face material is substantially positioned with respect to the frame,
A fixing method for a joinery face material, wherein a portion of the main body facing the panel fixing face portion is bonded to the first joinery face material.   It is a fixing method of the joinery face material which attaches the 2nd joinery face material in the frame in the joinery according to claim 2,
  Inserting the edge portion of the panel into the insertion portion along a direction inclined with respect to the panel fixing surface portion, and bringing the edge portion into contact with the sliding contact portion,
  From this inserted state, at least one of the panel and the saddle member is made substantially flush with the second finding surface while the end edge portion is in sliding contact with the sliding contact portion. By rotating until it comes into contact, the panel is fixed to the panel fixing surface portion to form the second joinery surface material to which the panel and the saddle material are fixed,
  By inserting the dowel into the saddle material dowel positioning portion, the second joinery face material is substantially positioned with respect to the frame,
  A fixing method for a joinery face material, wherein a portion of the main body facing the panel fixing face portion is bonded to the first joinery face material.

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