JPH1054106A - Manufacture of three-way wall panel - Google Patents

Abstract

PROBLEM TO BE SOLVED: To improve the earthquake resistance and the durability by cutting an internal face plate at the center of a three-way wall panel to the dimensions of an outer inside frame and an inner side frame, and cutting a square notch of the internal face plate to the dimension of a pull-out piece. SOLUTION: An outer vertical stile and an outer horizontal rail are worked so as to be assembled in a lattice manner to a vertical inner stile and a horizontal inner rail of an outer inside frame and an inner inside frame of an internal face plate 1, and assembled with adhesive and nails. A heat insulation material 6 is cut and provided on a heat insulation layer, the ventilation and electric wiring 7 are provided on an inner surface, and an outer face plate 8 and an inner inside face plate 9 are cut on an outer surface respectively, and attached to the outer and inner surfaces with adhesive and nails. A hole 13 of about 18mm in diameter for the wiring 7 and ventilation is opened in the horizontal inner rails of the outer inside frame and the inner inside frame away from each vertical frame by 100mm. The three-way wall panel bearing load and the three-way floor panel rigidity are assembled in a wall structure of a wooden panel dwelling to provide the earthquake-resistant, wind-resistant and quasi-fire resistant dwelling.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

TECHNICAL FIELD The present invention relates to the following. At the center of the three-panel panel, the middle and the inner frame are processed into a lattice structure, and the inner and lower frames are assembled into a lattice. Attach. After that, the outer stand and outer stand are processed with the outer frame, and they are attached with an assembly adhesive and nailing. After that, the outside surface material and the inside surface material were glued to the outer surface and the inner surface with nailing on both sides and glued to one part. The important thing here is that glue and nailing are important in manufacturing. A method of manufacturing a three-wall panel (adhesive and nailing)

[0002]

2. Description of the Related Art In the conventional double-sided panel construction method, an outer frame is put in a vertical frame and a horizontal frame. A horizontal frame of a neutral frame anti-slip is inserted into the frame, a heat insulating material is inserted therein, and structural plywood is laminated on both sides (for example, Japanese Patent Publication No. 59-174354).
No.)

[0003]

The conventional double-sided panel (adhesive method) is used. It is a method of assembling a vertical frame on the outer frame and a vertical stud in the horizontal frame with adhesive. Insulation is put in using the space of the outer frame, the middle pillar and the outer frame. The problem (1) that the structural plywood can be glued on both sides with a glue as a face material (double-sided panel method, glue method) is because the face material can be glued. Due to poor ventilation, the inner surface of the double-sided panel is exposed to the humidity unique to Japan and freezing in winter. The inside surface of the panel rots due to stuffiness and condensation. The strength of the double-sided panel itself deteriorated, and if it was used for the frame of a house, the earthquake resistance was lost. There was an important problem that led to collapse. Problems of the double-sided panel method (adhesive method) (2) Since the structural material on the inner surface is stuck with adhesive. I couldn't make any requests to install electrical wiring and piping. There was a problem in using it for the frame of a house. (3) It is good to use only one double-sided panel (adhesive method). When building a house, there is a problem if you use several at the same time,

[0004] The present invention relates to: As a three-wall panel structure. At the center of the wall and at the middle of the surface. Attach to both sides of the outer and inner frames. The outer and inner frames are attached to the middle structure of the panel on the three walls to strengthen the earthquake resistance. The outer frame and the outer frame are attached as the outer frame, and the outer frame is integrated with the outer frame (the middle and the horizontal frame) with adhesive. Nailing around the outer and inner frames is to improve the ventilation of the important three structural members. It can be made by the humidity peculiar to Japan and the freezing in winter. For stuffiness and condensation. We can solve the face material by nailing. The space of the middle surface material and the outer surface. Apply heat insulation to the heat insulation layer. The space of the middle surface material and the inner surface. Used as a ventilation layer and used for electric wiring and piping in the inner and inner frames. The inner surface materials were nailed. This is one of the proofs that the maximum strength of the horizontal force as the shear wall, that is, the earthquake resistance is maximized. The surface material is completed by integrating the three-sided structure. Important here.
The thing is that glue and nailing are important in manufacturing. It is intended to provide a method for manufacturing a three-wall panel,

[0005]

[MEANS FOR SOLVING THE PROBLEMS] To achieve the above object. The middle panel material is provided at the center of the wall of the three-panel panel of the present invention. After cutting to the dimensions of the outer and inner frames of the structural plywood, the square of the middle structural panel was fitted to the dimensions of the (Holdan steel) hardware. Can be cut out,

[0006] Both sides are attached to the above-mentioned intermediate plywood structure. The outer and inner frames were made of chuchu and yokochu in a grid and assembled with glue and nails. Later, the inner and inner frames are separated by 100 mm from the horizontal frame to the horizontal frame and the wiring and ventilation 1
Drill a hole of about 8mm to make electric wiring and piping. It can also be used for glue vents,

[0007] The inner and outer frames and the inner and inner frames are integrated by attaching and fixing the outer and inner frames to the plywood with the glue and nailing on both surfaces. Creates a structural shear wall,

[0008] The above-mentioned middle construction material, outer middle frame and inner middle frame are integrated. Outer frame and outer frame are processed into outer and inner frames and inner and outer frames on plywood for middle structural panel structure. It can be assembled and attached with glue and nailing,

[0009] The space between the outer surface and the inner surface of the inner frame, the outer and inner frames, the inner and outer frames, and the outer frame and outer horizontal frame, that is, the space between the outer and middle frames of the outer frame is used as a heat insulating layer. Insulating material can be stuck with adhesive using the space of the outer surface of the nakanaka and okonaka kimono.

[00010] The plywood for the structure of the outer panel will be attached to the outer surface of the inner panel and the outer and inner frames, and the inner and outer frames. It is possible to glue Ritsunaka and Yokonaka with adhesive.

[00011] Plywood for the construction of the outer panel is attached to the outer surface of the inner panel and the outer and inner frames, and the inner and outer frames are integrated with the outer frame and outer frame. By attaching nails to a standing shir 横 and an outer lateral shir で, it is possible to improve the air permeability of the outer surface material and the inner surface of the middle surface material.

[00012] In the space of the inner surface material and the middle surface material, the space of the inner surface material and the inner surface material in the space of the inner surface material and the outer surface frame, the inner middle frame and the outer height frame, and the outer frame, that is, the outer width surface of the outer frame. Use ventilation and electricity. wiring. Pipes can be provided,

The above. The plywood for the structure of the inner surface will be attached to the inner surface of the inner surface and the inner and outer frames, and the inner and outer frames and the outer and inner horizontal frames. It is possible to improve the air permeability of the inner surface material and the inner surface of the inner surface material by gluing the nakanaka kimono and the yonakanaka with nails.

The above. Inner frame and outer middle frame, inner middle frame and outer standing kimono and outer horizontal frame are integrated into the inner surface of inner facing frame structure plywood. By attaching nails to the standing shir 及 び and the outer shrine, it is possible to improve the air permeability of the inner surface material and the inner surface material.

[0095] Middle plywood for middle plywood, plywood for middle plywood structure and outer and inner rims, inner and outer rims, outer plywood and outer plywood and outer heat insulation layer on outer ply And ventilation and electrical wiring on the inside.
Cut the plywood for the outer surface structure of the piping and the outer surface material and the plywood for the inner surface material structure of the inner surface material, attach them to the frame material with glue and nailing, and attach the surface material to both sides Can be

[00016]

DESCRIPTION OF THE PREFERRED EMBODIMENTS Embodiments of the present invention will be described with reference to the drawings based on embodiments. The outer frame and the inner frame are the outer frame and the inner frame, and the outer frame is the outer frame and the outer frame. wiring. As piping. The outer and inner surfaces were cut and nailed to both the outer and inner surfaces and glued together with one part adhesive. It is a sectional view of the wall 3 panel,

Regarding FIG. The middle panel material, that is, the plywood for the middle panel material is cut into the center of the panel according to the dimensions of the outer and inner frames. Cut out the square of the middle structural material according to the dimensions of the (Holdan steel) hardware.

FIG. 3A. About FIG. The outer and inner frames, ie, the vertical and horizontal frames, are assembled and processed into a lattice, and the outer and inner frames are wired and ventilated at a distance of 100 mm from the horizontal frame to one horizontal and inner horizontal frame. Make a hole of about 18mm. Apply adhesive to the inner frame. The outer and inner frames are completed by assembly nailing.

Regarding FIG. The middle plywood, that is, the plywood for the middle plywood structure was processed. Apply adhesive to one side of the outer and inner frames. About nailing the outer and inner frames. Adhesive and nailing of the middle frame and the outer and inner frames.
After that, the outer frame, that is, the outer frame and the outer frame, are adjusted to the outer and inner frames. Process, apply adhesive, fix with nailing,

Regarding FIG. The inner surface frame and the outer and inner frames, the inner and outer frames, and the outer and inner horizontal frames, that is, the outer frame and the inner surface of the outer frame are used as a heat insulating layer, and the width of the outer vertical frame and the horizontal frame is changed. Using a space, heat insulating material is attached with an adhesive. And. You will have to attach the plywood for the exterior surface structure. The outer frame and the inner and outer frames of the outer and inner frames are nailed. It is possible to attach Ritsunaka and Yokonaka kimono with adhesive.

[00021] Referring to FIG. Ventilation is applied to the inner frame and the outer frame and the inner frame and the outer frame of the outer and inner side frames by using the inner space of the inner frame and the width of the inner and lower frames. wiring. Piping can be provided. And then you have to stick the plywood for the internal structural material to the inner surface. The inner frame and the inner frame of the inner and inner frames are made of nails. It is possible to glue Ritsunaka and Yokonaka with adhesive.

First Step FIG. About FIG. After cutting the middle plywood, that is, the middle plywood structure plywood according to the dimensions of the outer and inner middle frames, cut out the square of the middle ply to meet the dimensions of (Holdan steel) hardware. Process the outer and inner frames, ie, the vertical and horizontal frames, in a grid. Drill a hole of about 18 mm for wiring and ventilation in the outer and inner middle frames, in a horizontal frame with a distance of 100 mm from both frames. Apply the glue to the inner frame and assemble it to complete the outer and inner frames by nailing.

Second stroke FIG. 3 (a). FIG. 3 (b).
About FIG. The middle plywood, that is, the plywood for the middle plywood structure was processed. Apply adhesive to one side of the outer and inner frames and assemble and nail. After that, process the outer frame, ie, outer and inner frames, to the outer and inner frames, according to the dimensions of the outer and inner frames, apply glue, and nail in place.

Third Step FIG. About FIG. The inner surface frame and the outer and inner frames, the inner and outer frames, the outer and the outer horizontal frames, and the outer and the horizontal frames, that is, the outer and middle spaces of the outer frame are used as heat insulating layers.
Adhere the heat insulating material with the adhesive by using the space of the width of Ritsunaka and Yokonaka. You will have to attach the plywood for the exterior surface structure. The outer frame and the inner and outer frames of the outer and inner frames are nailed. It is possible to attach Ritsunaka and Yokonaka with adhesive. After that, plywood for internal structural materials will be attached to the inner surface. The inner frame and the inner frame are on the inner surface and the outer frame, that is, the outer frame and the outer frame. It is possible to attach Ritsunaka and Yokonaka kimono with adhesive.

[00025]

The present invention provides: Since it has been achieved as described above. Has the effects described below,

The role of the middle panel as a three-panel panel structure is to transmit vertical loads to the floor support. To ensure the integrity of the structure. And to transmit the horizontal force due to wind and seismic resistance to seismic elements. The force acting on the flat plate is dominated by the horizontal external force. The role of resistance to horizontal external force is also important. External force perpendicular to the plate surface can have the effect of horizontal strength of the structure,

And. The middle panel material of the three-wall panel is assembled in a lattice of standing and outer panels, and the outer and inner panels are assembled and attached so as to sandwich them from both sides. After that, the outer frame and outer horizontal frame were processed as outer frames. By attaching it, the horizontal strength increases and works effectively. Mechanically, for a horizontal force component perpendicular to the plate. Shows flat behavior. The wall-like behavior is shown for the load component parallel to the plate. Fold-like, ie by the interaction of wall panels and floor panels. It has a three-dimensional structure. Therefore, the ideal effect is to be able to compose a large space,

[00028] Further. As a heat insulating layer in the space between the middle and outer facings of the three-wall panel, ie, the outer and middle frame of the plywood for the outer facing structure. By attaching insulation. Through-air drying can preserve the strength of the structural materials for a long time.

[00029] Further. It is effective for installation work because it can be used as a ventilation layer and electric wiring equipment in the space space of the middle construction material of the three-wall panel and the inside construction material, that is, the inner middle frame of the construction material plywood.

Also,. For exterior facing material of trihedral structure of wall three face panel, that is, plywood for exterior facing material structure. A trihedral body of the inner middle frame and the inner facing material, that is, the plywood for the inner facing material, is integrated with the outer middle frame and the middle facing material, that is, the plywood for the middle facing material structure. The horizontal force can be expected to have a great effect on the effectiveness and durability of the seismic elements and bending stiffness,

[00031] After cutting the middle panel material to manufacture three-wall panels. Process and assemble the outer and inner frames into a grid and attach them. After that, the outer frame and outer horizontal frame were processed and attached to the outer frame. The outer frame is integrated with the outer and inner frames and the inner and outer frames are integrated into the structural material. After that, it can be done by sticking the outer and inner surface materials. It is a great effect that the factory can be produced with the technical conviction of the three processes of manufacturing the wall three panel (adhesive and nailing),

[00032] And. The future of three-panel panels The main structure of wooden panel houses (bearing walls or earthquake-resistant walls) Can be targeted. Excellent 3 panels on the wall. It can be expected to have a great effect, if it is used as a load-bearing wall on each floor of the frame of the conventional construction method. The horizontal force increases and works effectively as the main structure. Can be targeted for earthquake resistance and wind resistance,

[Brief description of the drawings]

FIG. 1 is a vertical view of a three-side structural member of a three-wall panel. It is a cross-sectional view,

[Fig. 2] Cutting of middle construction materials. Vertical cutout. It is a cross-sectional view,

FIG. 3 (a) is a vertical frame in which the outer and middle frames are made up of a vertical frame and a horizontal frame. It is a cross-sectional view,

FIG. 3 (b) is a vertical frame with a hole of about 18 mm on both sides of the horizontal and central Chinese frames after assembling the vertical and horizontal Chinese and Chinese horizontal grids. It is a cross-sectional view,

FIG. 4 is a vertical view in which an outer middle frame, an inner middle frame, and an outer frame are attached to a middle structural panel. It is a cross-sectional view,

Fig. 5: Outer middle frame, inner middle frame, outer frame and outer horizontal frame in outer frame

FIG. 5 is a vertical view in which a heat insulating material is attached to a middle structural panel and an outer structural panel is laminated. It is a cross-sectional view,

FIG. 6: Outer middle frame, inner middle frame and outer frame in outer frame

[Fig. 6] A vertical view with the inner surface material attached. It is a cross-sectional view,

[Explanation of symbols]

 DESCRIPTION OF SYMBOLS 1 Plywood for construction of middle panel material 2 Riknakaro 3 Yokonakaro 4 Outerrochi 5 Outerokoro 6 Insulation material of insulation layer 7 Electricity of ventilation layer. wiring. Plumbing 8 Plywood for outer surface material structure 9 Plywood for inner surface material structure 10 Phenol resin adhesive 11 Nailing 12 Holdin steel. Hardware 13 Vent 18mm

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[Procedure amendment]

[Submission date] October 24, 1996

[Procedure amendment 1]

[Document name to be amended] Statement

[Correction target item name] Brief description of drawings

[Correction method] Change

[Correction contents]

[Brief description of the drawings]

FIG. 1 is a vertical view of a three-sided structural member of a three-sided wall panel. It is a cross-sectional view,

[Fig. 2] Cutting of middle construction materials. Vertical cutout. It is a cross-sectional view,

FIG. 3 (a) is a vertical frame in which the outer and middle frames are made up of a vertical frame and a horizontal frame. It is a cross-sectional view,

FIG. 3 (b) is a vertical frame with a hole of about 18 mm on both sides of the horizontal and central Chinese frames after assembling the vertical and horizontal Chinese and Chinese horizontal grids. It is a cross-sectional view,

FIG. 4 is a vertical view in which an outer middle frame, an inner middle frame, and an outer frame are attached to a middle structural panel. It is a cross-sectional view,

FIG. 5 is a vertical view in which a heat insulating material is attached to a middle structural member of an outer middle frame, an inner middle frame, and an outer frame to a middle structural member, and an outer structural member is laminated to a middle structural member of the outer horizontal frame. It is a cross-sectional view,

FIG. 6 is a vertical view in which an outer frame and an inner frame and an outer frame are attached to an outer frame and an inner frame and an outer frame are attached to an outer frame. It is a cross-sectional view,

[Explanation of Signs] 1 Middle construction material (load-bearing surface material) 2 Ritsunaka Shiro 3 Yokonaka Shiro 4 Outer Shiro 5 Outside Yoko 6 Insulation material of insulation layer 7 Electricity of ventilation layer. wiring. Piping 8 Exterior structural material (load bearing material) 9 Internal structural material (load bearing material) 10 Phenolic resin adhesive 11 Nailing 12 Holdin steel. Hardware 13 Vent 18mm

[Procedure amendment]

[Submission date] May 14, 1997

[Procedure amendment 1]

[Document name to be amended] Statement

[Correction target item name] Full text

[Correction method] Change

[Correction contents]

[Document Name] Statement

Patent application title: Method for manufacturing three-wall panel

[Claims]

DETAILED DESCRIPTION OF THE INVENTION

[0001]

TECHNICAL FIELD The present invention relates to the following. In the center of the three-panel panel, the middle timber and the middle timber are processed into a lattice.
Attach adhesive and nails as outer and inner frames to both sides of the structural material during assembly. After that, the outer frame and the outer frame are processed into the outer frame and attached to the assembly with glue and nailing. After that, the outer surface material is attached to the outer surface and the inner surface material is attached to the inner surface by nailing with glue on both sides. Related to a method of manufacturing a three-wall panel,

[0002]

2. Description of the Related Art In the conventional double-sided panel construction method, an outer frame is put in a vertical frame and a horizontal frame. A horizontal frame for the anti-slip of the neutral frame is put in, the frame is put in, the heat insulating material is put in, and the face materials are stuck on both sides.

[0003]

The conventional double-sided panel (adhesive method) is used. It is a method of assembling a vertical frame on the outer frame and a vertical stud in the horizontal frame with adhesive. Insulation is put in using the space of the outer frame, the middle pillar and the outer frame. The problem (1) in that the face material can be attached to both sides with an adhesive (double-sided panel method, adhesive method) is because the face material can be attached with an adhesive. Due to poor air permeability, the inside of the facing material of the double-sided panel is exposed to the humidity unique to Japan and the freezing in winter. The inside of the panel will rot due to stuffiness and condensation. There was an important problem that the strength of the double-sided panel itself deteriorated and it was lost when used for the frame of a house. Problems of double-sided panel method (adhesive method) (2) Because the surface material on the inner surface is stuck with adhesive. I couldn't make any requests for electrical wiring and piping. There was a problem in using it for the frame of a house. (3) When building a house with double-sided panels (adhesive method). There is a drawback problem when used in conjunction with a double-sided panel wall,

[0004] The present invention relates to: As a three-wall panel structure. At the center of the wall and at the middle of the surface. Attach to both sides of the outer and inner frames. The outer and inner frames are attached to the middle structure of the three-wall panel to strengthen the earthquake resistance. The outer frame and the outer frame are attached as the outer frame, and the outer frame is integrated with the outer frame (the middle and the horizontal frame) with adhesive. Nailing around the outer and inner frames is to improve the ventilation of important construction materials. It can be made by the humidity peculiar to Japan and the freezing in winter. The surface material can be solved for stuffiness and dew condensation by the ventilation holes of the horizontal frame and the horizontal frame of the panel frame. The space of the middle surface material and the outer surface. Apply heat insulation to the heat insulation layer. The space of the middle surface material and the inner surface. Used as a ventilation layer and used for electric wiring and piping in the inner and inner frames. The inner surface materials were nailed. It is one of the proofs of sustaining the horizontal force of the three-panel panel, that is, the seismic resistance and maximizing the strength. It is important to manufacture a three-sided structure by integrating the three sides of the structural material. It is intended to provide a method for manufacturing a three-wall panel,

[0005]

[MEANS FOR SOLVING THE PROBLEMS] To achieve the above object. The middle panel material is provided at the center of the wall of the three-panel panel of the present invention. After cutting according to the dimensions of the outer and inner frames of the structural plywood, square the middle structural material to the size of the bolt bolt. Can be cut out,

Attach to both sides of the above-mentioned middle construction material. The outer and inner frames were made of chuchu and yokochu in a grid and assembled with glue and nailing. Later, a hole of about 18 mm for the wiring and ventilation holes was made in the inner and inner frames, 100 mm apart from the compatible frames, and electric wiring was used. In addition, it can be used for glue ventilation layer,

[0007] The outer and inner frames are attached to both sides of the above-mentioned middle structural material with an adhesive and nailing on both sides, and fixed. The structural bearing wall is completed,

[0008] The above-mentioned middle structural surface material and the outer and inner frames are integrated. The outer frame and outer horizontal frame are processed into the outer frame and the inner frame, and the outer frame is processed as the outer frame. Can be assembled and attached with glue and nailing,

[0009] The space between the outer surface and the inner surface of the inner frame, the outer and inner frames, the inner and outer frames, and the outer frame and outer horizontal frame, that is, the space between the outer and middle frames of the outer frame is used as a heat insulating layer. Insulation can be put in using the space of the outer surface of the nakanaka kimono and yokonaka kimono.

[0010] Also, The outer surface material will be stuck on the outer surface of the middle surface material and outer middle frame, and the inner surface of the inner middle frame with the outer vertical frame and outer horizontal frame. It is possible to attach Ritsunaka and Yokonaka kimono with adhesive.

In addition, the outer surface material is integrated with the outer frame and the outer and inner frames, the inner and outer frames and the outer and inner horizontal frames, and the outer and outer frames are integrated with the outer and inner frames. By attaching nails to the outer and the inner side of the outer frame and the inner frame, the air permeability can be improved.

[0012] Also, Inner frame and outer and inner frames, inner and inner frames and outer frames, inner frame and outer frames, outer frames and inner frames in the inner surface of the middle frame, and space of width of horizontal and horizontal frames. Can be used to provide ventilation and electrical wiring,

The above. Opening bolts and nuts are provided in the square of the inner surface material on the inner surface of the inner surface material and the outer and inner frames, and the inner surface of the inner and outer frames, and the outer and inner horizontal frames. By sticking. By gluing glue and nails on the nakanaka kimono and the yokonaka kimono, it is possible to improve the air permeability of the inner surface material and the inner surface of the inner surface material.

The above. The inner surface of the inner frame and the inner and outer frames, and the inner and outer frames are integrated into the inner surface of the inner frame. By nailing to the outer side of the house, it is possible to improve the air permeability of the inner surface material and the inner surface material.

[0015] For the middle timber and the outer and inner middle frames. The outer frame of the outer frame and the outer side of the outer frame, the outer surface of the heat insulating layer, the inner surface of ventilation and electrical wiring, the outer surface material and the inner surface material are cut, and the frame material is attached with glue and nailing. hand. Outer surface material and inner surface material can be attached to both sides.

[0016]

DESCRIPTION OF THE PREFERRED EMBODIMENTS Embodiments of the present invention will be described with reference to the drawings based on embodiments. The outer frame and the inner frame are used as the outer frame and the inner frame as the outer frame and the outer frame as the outer frame. It was made by cutting the outer surface material and the inner surface material and attaching them to both the outer surface and the inner surface with an adhesive and nailing. It is a sectional view of the wall 3 panel,

Regarding FIG. The middle panel was cut into the center of the panel according to the dimensions of the outer and inner frames. Cut out the square of the middle structural material according to the dimensions of the drawing bolt hardware.

FIG. 3A. About FIG. The outer and inner frames, that is, the vertical and horizontal frames, are processed in a lattice, and the horizontal and horizontal frames of the outer and inner frames are spaced apart by 100 mm from both frames to provide wiring and ventilation holes of about 18 mm. Empty. By assembling the inner frame with glue and nailing, the outer and inner frames are completed.

Regarding FIG. The middle structural material was processed. Assemble the outer and inner frames on one side of the outer and inner frames with glue and nailing. about. Attach the middle structural panel with the adhesive of the outer and inner frames and nailing. After that, the outer frame and the outer horizontal frame were also adjusted to the outer and inner frames. Can be processed and attached with glue and nailing,

Regarding FIG. The middle panel material and the outer and inner frames, the inner and outer frames, and the outer and the outer frames. The space between the outer frame and the middle frame of the outer frame can be used as a heat insulating layer, and the heat insulator can be put in using the space of the width of the outer surface of the vertical frame and the horizontal frame. The outer and inner frames, the outer and inner frames, and the outer and inner frames, respectively. It is possible to glue the outer surface materials with glue and nails on the outer and the outer side, the outer side and the inner side, and the inner side.

Regarding FIG. Vent layer by using the inner space of the inner surface of the inner frame and the outer frame of the inner frame and the outer frame of the inner middle frame and the outer frame of the outer frame. Wiring can be provided. And on the inner surface, the outer and inner frames, the inner and outer frames, and the outer and inner frames. It is possible to glue glue and nail to glue and nail to glue and glue glue and glue to the inner surface.

First Step FIG. About FIG. After cutting the middle surface material to the dimensions of the outer and inner frames, cut out the square of the middle surface material according to the dimensions of the drawing bolt hardware. Process the outer and inner frames, ie, the vertical and horizontal frames, in a grid. The outer and inner frames of both frames and the inner and outer frames are separated by 100 mm from the both frames.
Make a hole of about 8mm. The outer and inner frames are assembled by gluing and nailing to form both frames.

Second stroke FIG. 3 (a). FIG. 3 (b). FIG.
about. The middle structural material was processed. Attach the inner surface of the outer and inner frames with glue and nailing. After that, the outer frame, ie. The outer and inner frames are processed according to the dimensions of the outer and inner frames, and attached with glue and nailing.

Third Step FIG. About FIG. Middle construction materials, outer and inner frames, inner and outer frames, outer and outer lateral frames, and outer and lateral lateral frames. The space between the outer frame and the middle frame of the outer frame is used as a heat insulating layer. By using a space of the width of the outer surface of the nakanaka kimono and the width of the yokonaka kimono, heat insulation is inserted. The outer frame is attached to the outer and inner inner frames by gluing and nailing the outer frame, the outer frame, the outer frame, the outer frame, the outer frame and the horizontal frame. . Then, on the inner surface, the inner and outer frames, the inner and outer frames, and the outer and inner horizontal frames, that is, the space between the inner and inner surfaces of the outer frame are used as the ventilation layer. By providing ventilation wiring by using the space of the width of the inner nakanaka and nakanaka kimono. The inner and outer frames and the inner and lower frames, the inner and lower frames, and the outer frame. It is completed by attaching a bolt and nut tightening opening to the inner surface of the inner surface with glue and nailing, and gluing the outer and the outer side, the horizontal and the horizontal side,

[0025]

The present invention provides: Since it has been achieved as described above. Has the effects described below,

The role of the middle panel as a three-wall panel structure is to transmit vertical loads to the floor support. To ensure the integrity of the structure. And to transmit the horizontal force due to wind and seismic resistance to seismic elements. The force acting on the flat plate is dominated by the horizontal external force. The role of resistance to horizontal external force is also important. External force perpendicular to the plate surface can have the effect of horizontal strength of the structure,

And. The middle panel material of the three-wall panel is assembled in a lattice of standing and outer panels, and the outer and inner panels are assembled and attached so as to sandwich them from both sides. After that, the outer frame and outer horizontal frame were processed as outer frames. By attaching it, the horizontal strength increases and works effectively. Mechanically, for a horizontal force component perpendicular to the plate. Shows flat behavior. The wall-like behavior is shown for the load component parallel to the plate. Fold-like, ie by the interaction of wall panels and floor panels. It has a three-dimensional structure. Therefore, the ideal effect is to be able to construct a large space.

Further, As a heat insulating layer in the space between the middle and outer frames of the three-wall panel. By attaching insulation. Through-air drying can preserve the strength of the structural materials for a long time.

Further, It can be used for ventilation layer and electric wiring equipment in the space of the inner frame of the middle structural material of the three-wall panel, which is effective for equipment construction.

Further, The three surfaces of the inner middle frame and the inner frame are integrated into the outer middle frame and the middle frame of the outer frame of the three-wall panel. The horizontal force can be expected to have a great effect on the effectiveness and durability of the seismic elements and bending stiffness,

Further, After cutting the middle panel material to manufacture three-wall panels. Process and assemble the outer and inner frames into a grid and attach them. After that, the outer frame and outer horizontal frame were processed and attached to the outer frame. The outer frame is integrated with the outer and inner frames and the inner and outer frames are integrated into the structural material. After that, it can be done by sticking the outer and inner surface materials. It is a great effect that the factory can be produced with the technical conviction of the manufacturing process of the wall three panel,

And. The potential of the three-wall panel is a possibility as the bearing wall of the one-three-story wall structure of the wooden panel building. The wall structure of the essence panel house is combined with the three-wall panel strength and the three-story panel rigidity. Can be done. Houses can be targeted for earthquake resistance and wind resistance. Excellent 3 panels on the wall. A great effect can be expected. If three floor panels are used as load-bearing walls on each floor of the conventional framed wall construction method and wooden framed construction method. The horizontal force of the load-bearing wall increases and works effectively, and the main structure can be targeted for seismic wind resistance and semi-fire resistance.

[Brief description of the drawings]

FIG. 1 is a vertical view of a three-side structural member of a three-wall panel. It is a cross-sectional view,

[Fig. 2] Cutting of middle construction materials. Vertical cutout. It is a cross-sectional view,

FIG. 3 (a) is a vertical frame in which the outer and middle frames are made up of a vertical frame and a horizontal frame. It is a cross-sectional view,

FIG. 3 (b) is a vertical frame with a hole of about 18 mm on both sides of the horizontal and central Chinese frames after assembling the vertical and horizontal Chinese and Chinese horizontal grids. It is a cross-sectional view,

FIG. 4 is a vertical view in which an outer middle frame, an inner middle frame, and an outer frame are attached to a middle structural panel. It is a cross-sectional view,

FIG. 5 is a vertical view in which a heat insulating material is attached to a middle structural member of an outer middle frame, an inner middle frame, and an outer frame to a middle structural member, and an outer structural member is laminated to a middle structural member of the outer horizontal frame. It is a cross-sectional view,

FIG. 6 is a vertical view in which an outer frame and an inner frame and an outer frame are attached to an outer frame and an inner frame and an outer frame are attached to an outer frame. It is a cross-sectional view,

[Explanation of the symbols] 1 Middle construction material 2 Ritsunaka kimono 3 Yokonaka kimono 4 Outer kimono 5 Outer yokochi 6 Insulation material of insulation layer 7 Electricity of ventilation layer. Wiring 8 Outer surface material 9 Inner surface material 10 Phenol resin adhesive 11 Nailing 12 Pull-out bolt hardware 13 Vent hole 18mm approx. 14 Bolt nut tightening opening ───────────────── ────────────────────────────────────

[Procedure amendment]

[Submission date] June 17, 1997

[Procedure amendment 1]

[Document name to be amended] Drawing

[Correction target item name] Fig. 1

[Correction method] Change

[Correction contents]

Claims (11)

[Claims] 1. After cutting (1) in the center of a three-wall panel as an intermediate structural material according to the dimensions of the outer and inner frames. Cut out the square of the middle structural material according to the dimensions of the (Holdan steel) hardware. 2. The outer and inner frames attached to both sides of the middle panel material on the center of the three-wall panel are processed into a lattice structure with (2.3) and assembled in (10.11). Drill a hole of about 18 mm for wiring and ventilation at the end of the inner frame at 100 mm from the compatible frame, (3) The processing of the center of the three-wall panel was completed as the intermediate structural surface material, and the processing and assembly of both surfaces were completed. When assembling the outer and inner frames with (10.11). It is necessary to integrate the middle structural material with the outer and inner frames. [Claim 4] Yes. For the integration of the middle panel material, the outer middle frame and the inner middle frame on the center of the three-wall panel, the outer vertical frame and the outer horizontal frame are processed according to the dimensions (4.5) to assemble (10.
11) Fix by mounting assembly, 5. The outer surface, the inner surface, and the space of the middle surface material, the outer middle frame, the inner middle frame, the outer vertical frame, the outer horizontal frame, and the center are arranged in the center of the three-wall panel. Attach (6) with (10) using the space of the width of Richuchu and Yokochuchu on the outer surface, 6. A three-wall panel with a middle core, a middle frame, an inner frame, an outer frame and an outer frame in the center of the panel. Attach (8) on the outer surface to the outer middle frame at (2.3) at (10.11), 7. A three-wall panel with a center panel, a middle frame member, an outer middle frame, an inner middle frame, an outer frame, and an outer frame. (8) on the outer surface and (4.5) on the outer vertical frame and outer horizontal frame (10.1)
Paste in 1), 8. The inner wall of the three-panel panel with the middle surface material, the outer middle frame, the inner middle frame, the outer frame, the outer frame, and the inner surface in the space between the inner frame material and the middle frame material. (7) is set up by using the space of the width of the shino and the yonakachu 9. The inner surface of the middle panel of the three-wall panel, the inner frame, the inner frame, and the inner surface of the inner frame, the outer frame and the outer frame being integrated.
To (2.3) of the inner middle frame with (10.11), 10. An inner frame and an outer frame and an inner frame and an inner frame, and an outer frame and an outer horizontal frame integrated with the outer frame and the outer frame. (4.5) to (10.1
Paste in 1), 11. An intermediate frame material (1) and an outer frame and an inner middle frame (2.3) as an outer frame at the center of the three-wall panel.
(4.5), (6) on the outer surface, (7) on the inner surface, (8) of the outer surface material, and (9) of the inner surface material are cut (10.1).
In 1), apply glue to the frame and attach it with nails. The method for manufacturing a three-panel wall panel according to claim 11, wherein the both sides can be glued to the structural member with nailing and one part adhesive.