JPH10299221A - Fitting method and structure of siding - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a fitting method and a structure of siding provided with a dry waterproof means in common, in order to solve such problems that not only the appearance is spoiled because of nails or the like exposed on the surface of siding, but also curing of a caulking material requires labors and the drying of curing requires time. SOLUTION: This fitting structure is provided with a furring strips-form tool 20 fitted to the rear face of siding, a gasket-fixing member 21 stuck on the face which is the vertical face against at least the U-shaped section and the adjacent face to the fitting face of the siding 10 and further the face having only two adjacent faces, a pressing tool 30 pressing the furring strips-form tool 20 onto a building body 40 and fixing it, and a gasket 50 which is closely stuck on the siding 10 at one end and arranged to engage with the gasket-fixing member 21 at the other end.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a siding mounting structure and a method for mounting the siding, which also has a dry process for finishing rain.

[0002]

2. Description of the Related Art Hitherto, many sidings have been nailed to a building frame via a rim. In the rain finishing process of joints between the sidings, it is customary to bury a caulking material or the like in the joints.

[0003]

However, if a nail is hit on the siding, the nail head is exposed on the surface of the siding to impair the aesthetic appearance. In order to improve the aesthetic appearance even a little, it is troublesome to paint the nail head as a post-processing. However, there is a problem in that In addition, the process of closing the joint with rain using a caulking material or the like has been a problem because it requires time for curing the caulking material and a time for drying the caulking material.

[0004]

SUMMARY OF THE INVENTION The present invention provides a siding mounting structure and a mounting method for solving the above-mentioned problems.

[0005] That is, in the siding mounting structure, the siding, the wad-shaped tool attached to the end face side of the back surface of the siding, and a surface perpendicular to at least a U-shaped cross section of the wad-shaped tool. A gasket locking member that is affixed to a surface that is adjacent to the surface attached to the siding and that has only two adjacent surfaces, and a retainer that presses and attaches the rim to a building frame. And a gasket having one end in close contact with the side surface of the siding and the other end engaging with the gasket locking member.

[0006] In the siding mounting method, the rim is attached to the back surface of the siding,
A plurality of rim-shaped members to which gasket locking members are attached in advance are brought into contact with the building frame in a state where the gasket locking members face each other, and a wing is provided between the opposed gasket locking members. Inserting a holding tool having a projection into contact with the building frame, rotating the holding tool in a predetermined direction until the wing-shaped projection abuts on a predetermined surface of the waistline,
The siding is characterized in that the holding member is fastened to a building frame through the waist-shaped member, and a gasket is buried in a joint of the siding, and a tip end of the gasket is meshed with the gasket locking member. How to attach.

[0007] Alternatively, in the siding mounting method, a holding member is brought into contact with a building frame, and is a waist-like member attached to the back surface of the siding along both left and right sides of the holding member, and the gasket is locked in advance. The plurality of rim-shaped members to which the members are attached are brought into contact with the building skeleton in a state where the gasket locking members are opposed to each other, and the holding member is pressed by the wing-shaped protrusion on a predetermined surface of the rim-shaped member. Rotate in a predetermined direction until it abuts on, and tighten the presser to the building skeleton via the rim, fill a series of gaskets at the joints of the siding, and attach the gasket locking member to the tip of the gasket. A siding mounting method using a siding mounting structure characterized by engaging portions.

[0008]

DESCRIPTION OF THE PREFERRED EMBODIMENTS Embodiments of the present invention will be described with reference to the drawings. The siding mounting structure will be described with reference to FIG. 1, and the structure of the component for mounting the siding and the siding mounting method will be described with reference to FIG.
As shown in FIG. 1, in the present invention, a general-purpose plate-shaped siding 10 has a
It is attached to a normal building frame 40 via the and the holding member 30. Then, the wing-shaped projection 51 is in close contact with the end surface of the siding 10 and the gasket locking member 2
The gasket 50 is fitted to the joint of the siding 10 in a state where the triangular prism-shaped projection 52 meshes with the joint 1.

Since the siding 10 and the building frame 40 are normal, the rim 20 and the retainer 3
The shape of the gasket 50 will be described with reference to FIG. FIG. 2 (a) and FIG.
As shown in (b), the waist 20 has at least a cross section L from a bottom surface and two side surfaces sharing one vertex of the box-shaped container shape.
It is formed of a rigid body having a shape obtained by cutting out a letter-shaped member, and an opening 20a is formed on a predetermined side surface. A gasket engaging member 21 having a sawtooth surface that can be engaged with the gasket 50 is attached to a side surface that is adjacent to the predetermined side surface on which the opening 20a is formed and that is partially cut away. In addition, since the bottom surface of the box-shaped container is cut out, it serves as a detent 22 for hooking a member having a curved portion.

On the other hand, as shown in FIG.
Reference numeral 0 denotes a rigid body having a shape in which wing-like projections 31 are provided on two opposite long sides on the diagonal vertices of the plate material as base points and perpendicular to the plate material and on the same side. For this reason detent 2
The plate material can be inserted into the cutout portion of the bottom surface by hooking the wing-shaped protrusion 31 on the base member 2.

The gasket 50 is made of a rectangular parallelepiped elastic body, and in some cases, a rigid body such as iron is embedded. In addition, a plurality of wing-like projections 51 and a plurality of triangular-prism-like projections 52 are protruded from two opposing predetermined surfaces of the rectangular parallelepiped in a state parallel to the long side. Are opposed to each other via the rectangular parallelepiped shape.

A method of attaching the siding 10 to the building frame 40 using the above-described waistline member 20, holding member 30, and gasket 50 will be described again with reference to FIG. First, the first mounting method will be described. As shown in FIG. 2 (a), the gasket locking members 21 face each other at a predetermined interval, and the torso 20 is arranged upside down so that the openings 20a are present on the same plane. A screw is inserted into the opening 20 a from the inside of the U-shape of the waist-shaped tool 20, and the waist-shaped tool 20 is attached to the end face side of the back surface of the siding 10. Observing this state from just above the joint of siding 10,
The space between the gasket locking members 21 is slightly smaller than the width of the joint of the siding 10.

While the sidings 10 are arranged on the same plane, a plurality of body edge tools 20 attached to the siding 10 are pressed against the building frame 40. At this time, FIG.
(A) does not show the building frame 40, but it is assumed that it is located behind the paper on which FIG. 2 (a) is placed.

Next, as shown in FIG.
0 is inserted between the gasket locking members 21, and FIG.
Similarly to the above, it comes into contact with the building frame 40 on the rear side of the drawing. In addition, in FIG.2 (b), only a trunk upper tool 20 and the holding tool 30 are shown in a figure. However, it is assumed that the siding 10 is the same as that shown in FIG. 2A, and that the rim 20 and the retainer 30 are in contact with the building frame 40.

Then, a screw is inserted into the opening 30a from the near side of the drawing, and the holding member 40 is rotatably attached to the building frame 40 behind the drawing. Further, the holding tool 30 is rotated in the predetermined direction indicated by the arrow until the wing-shaped projection 31 contacts the detent 22, and then the holding tool 30 is fastened to the building frame 40.

Finally, for the joint of siding 10,
With the wing-shaped protrusion 51 facing the front, the gasket 5 is held until the triangular prism-shaped protrusion 52 on the front side engages with the gasket locking member 21.
0 is embedded. At this time, since the width of the tips of the wing-like projections 51 is slightly wider than the joint width of the siding 10, the wing-like projections 52 slightly bend and come into close contact with the end surface of the siding 10. This close contact is the rain closing process of the joint of the siding 10.

Next, the second siding mounting method will be described with reference to FIG. 2, similarly to the first siding mounting method. First, the holding tool 30 is brought into contact with the building frame 40 (not shown). If the holding member 30 is rotatable, it is also possible to attach the holding member 30 to the building frame 40 by inserting a screw from the opening 30a after the holding member 30 contacts the building frame 40.

Then, as shown in FIG. 2 (a), the torso 20 is attached to the siding 10 in advance by the same procedure as the first attaching method. As shown in FIG. 2B, the torso 20 to which the siding 10 has been attached in advance is arranged at predetermined intervals on both left and right sides of the retainer 30, and is located at the rear side of the sheet in the same manner as in the first attaching method. Abuts the building frame 40.

After the holder 30 is rotated in a predetermined direction in the same manner as in the first mounting method, the holder 30 is fastened to the building frame 40 with a screw inserted into 30a.
Lastly, the gasket 50 is fitted into the joint of the siding 10 in the same manner as in the first attachment method, and the joint of the siding 10 is subjected to rain.

[0020]

According to the above-mentioned invention, the nail head and the like are not exposed on the surface of the siding, the appearance is improved, and the labor for painting the nail head is unnecessary. In addition, a gasket is embedded in the joint of the siding, and unnecessary joints such as a caulking material are subjected to a rain closing process. For this reason, the siding can be easily attached to the building frame without the need for curing the caulking material, and without the time for drying the caulking material.

[Brief description of the drawings]

FIG. 1 is a schematic sectional view of a siding mounting structure of the present invention.

FIG. 2 is a perspective view of a body component of the present invention.

[Explanation of symbols]

 REFERENCE SIGNS LIST 10 siding 20 torso 21 gasket locking member 30 retainer 40 building skeleton 50 gasket

Claims (7)

[Claims] 1. A siding, a rim attached to an end face side of a back surface of the siding, and a surface perpendicular to at least a U-shaped cross section of the rim and attached to the siding. A gasket locking member that is affixed to a surface having only two adjacent surfaces as well as a surface adjacent to the surface, a holding device that presses and attaches the waistline member to a building frame, and an end surface of the siding. A siding mounting structure comprising a gasket having one end in close contact with the gasket engaging member and the other end engaging with the gasket locking member. 2. The body-shaped member has a shape obtained by cutting at least an L-shaped member from the bottom surface and two side surfaces sharing one vertex of a box-shaped container shape formed from a bottom surface and four side surfaces, The siding mounting structure according to claim 1, wherein the gasket locking member is attached to one of the two side surfaces. 3. The gasket locking member has a saw-toothed surface in a shape obtained by cutting a plurality of triangular prisms from a rectangular parallelepiped, and the opposite surface of the saw-toothed surface is smooth and is adhered to the waistline. The siding mounting structure according to claim 1, wherein the siding mounting structure is provided. 4. The presser tool according to claim 1, wherein wing-like projections are provided on each of two opposite long sides with a diagonal apex of the plate as a base point, projecting perpendicularly to the plate and on the same side. Item 4. The siding mounting structure according to Item 1. 5. The gasket is formed in a rectangular parallelepiped elastic body, and is provided with a plurality of wing-like projections and a plurality of triangular prism-like projections on two predetermined opposing surfaces of the rectangular parallelepiped in parallel with long sides. The wing-shaped projections and the triangular-shaped projections are formed so as to communicate with each other on the same plane through the rectangular parallelepiped shape, the wing-shaped projections are in close contact with the joints of the siding, and the triangular-shaped projections are connected to the gasket. The siding mounting structure according to claim 1, wherein the siding mounting structure engages with the stop member. 6. A building having a plurality of torso-shaped tools attached to a back surface of a siding and having gasket-locking members adhered thereto in a state where the gasket-locking members face each other. Abutting against a building body, inserting a holding tool having a wing-shaped projection between the opposed gasket locking members, and abutting against the building skeleton, until the wing-shaped projection abuts a predetermined surface of the waistline-shaped tool. Rotating the presser in a predetermined direction, tightening the presser to the building frame via the waistline, and filling the gasket at the joint of the siding, and connecting the projection of the gasket to the gasket. A siding mounting method using a siding mounting structure characterized by being engaged with a stop member. 7. A torso-shaped tool attached to a back surface of a siding along the left and right sides of the holding tool with the holding tool abutting on a building frame, and a gasket locking member is attached in advance. A plurality of rims are brought into contact with the building frame in a state where the gasket locking members face each other, and the holding member is pressed in a predetermined direction until the wing-shaped projections hit a predetermined surface of the rim. Rotating, tightening the presser to the building frame via the rim, and filling the gasket at the joint of the siding while engaging the projection of the gasket with the gasket locking member. Siding mounting method with a siding mounting structure.