JP2003129639A - External wall material mounting fitting and structure thereof - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide an external wall material mounting fitting and a construction structure capable of absorbing manufacturing error of an external wall material, suppressing deviation and play in finish when construction is completed, and absorbing an impact for the external wall material. SOLUTION: In this mounting structure of the external wall material 2 stretched on a surface of a skeleton 3, this external wall material mounting fitting 1 is constituted in such a way that it is provided with a fitting body 11 fixed to the skeleton 3, a tongue receive part 12 holding a tongue part 21 of the external wall material 2, and a groove receive part 13 holding a groove part 22 of the other external wall material 2 opposing to the tongue part 21, the tongue receive part 12 can hold the tongue part 21 larger than a design dimension D1 of the tongue part 21, the tongue part 21 held in the tongue receive part 12 is energized in the direction A by a spring part 12a, the groove receive part 13 can hold the groove part 22 larger than a design dimension D2 of the groove part 22, and the groove part 22 held in the groove receive part 13 is energized in the direction B by a spring piece 13a.

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to an outer wall material mounting bracket for mounting a so-called siding material formed in a long plate shape on the surface of a body and a mounting structure thereof.

[0002]

2. Description of the Related Art Generally, an outer wall material such as a siding material is formed into a long plate shape, and a male seed portion is formed on one side edge portion thereof and a female seed portion is formed on the other side edge portion thereof.

Conventionally, in the mounting structure of the outer wall member, the outer wall member is provided on the surface of the skeleton so that the male stud portion is horizontal, and the female stud portion of another outer wall member is butted from above the male stud portion. In this way, another outer wall material is provided on the surface of the skeleton, and the female stud portion of the other outer wall material is superposed on the surface of the male stud portion of the outer wall material so that the outer wall material is pulled up on the skeleton surface. Was there. Then, the male and female stud portions of the outer wall material that are opposed to each other while being provided on the surface of these skeletons are attached by the outer wall material attachment fittings fixed to the skeleton.

Therefore, the outer wall material mounting bracket is provided with a male slat receiving portion which extends from the mounting sill body fixed to the skeleton body in an inverted L-shaped cross section to hold the male slat portion.
The mounting member main body was formed to have an L-shaped cross section and a female slat receiving portion adapted to hold the female slat portion.

[0005]

However, since the outer wall material has a variation in thickness due to a manufacturing error and a variation in processing dimension, the male wall receiving portion and the female wall receiving portion of the above-mentioned conventional outer wall mounting metal can be securely connected to each other. The male and female seed portions cannot be accommodated in the sheet, resulting in inconvenience that the finish is misaligned. Also, if the male and female studs of the outer wall material are smaller than the designed size, the male and female stud receiving portions of the outer wall mounting bracket will be accommodated with a gap, and the attached outer wall material This causes inconvenience such as rattling.

The present invention has been made in view of the above circumstances, and absorbs a manufacturing error of the outer wall material, suppresses deviation and rattling of the finish at the time of completion of the construction, and removes it from the surface of the outer wall material. An object of the present invention is to provide an outer wall material mounting bracket that can absorb an impact on the outer wall material, and a construction structure thereof.

[0007]

An outer wall material mounting bracket of the present invention for solving the above-mentioned problems is formed in a long plate shape, a male hem portion is formed at one side edge portion thereof, and the other side edge portion thereof is formed. The female stud portion of the other outer wall material is abutted against the male stud portion of the outer wall material in which the female stud portion of the other outer wall material is formed. In the aligned state,
In the outer wall material mounting structure in which these outer wall materials are pulled up on the surface of the body, the metal fitting body fixed to the body, the male net receiving portion that holds the male sand portion of the outer wall material, and the other other facing the male sand portion An outer wall material mounting bracket configured to mount an outer wall material on a surface of a skeleton, the female wall receiving metal fitting holding portion holding a female corn portion of the outer wall material, wherein the male mortar receiving portion is a design dimension of the male mortar portion. In order to be able to hold a larger male seed, it is extended from the metal fitting body in an inverted L-shaped cross section, and the extension tip portion extended in the inverted L-shaped cross section is provided on the front surface to the back surface of the outer wall material. A spring portion bent in a direction is formed so that the male sane portion held in the male sane receiving portion is urged by the spring portion in the direction from the front surface to the back surface of the outer wall material, and the female sane receiving portion is the metal fitting body. It has an L-shaped cross section and is designed according to the design dimensions of the female The metal fitting body is set back so that it can hold even a large female stud portion, and a spring piece projects from the set back portion of the metal fitting body toward the female stud receiving portion and is held in the female stud receiving portion. The formed female stud portion is urged by the spring piece in the direction from the back surface to the front surface of the outer wall material.

Further, the outer wall member mounting structure of the present invention for solving the above-mentioned problems is formed in a long plate shape, a male stud portion is formed on one side edge portion thereof, and a female stud portion is formed on the other side edge portion thereof. A state in which the female stud portion of the other outer wall material is superposed on the surface of the male stud portion of the outer wall material, and the female stud portion of the other outer wall material is butted to the male stud portion of the outer wall material In the outer wall material mounting structure in which these outer wall materials are pulled up on the surface of the body, the metal fitting body fixed to the body and the male stud portion larger than the design size of the male stud portion can be held. From the front side of the outer wall material to the rear end of the outer wall member, and a spring portion bent in the direction from the front surface to the rear surface of the outer wall member is formed at the extension tip portion extending in the reverse L-shape in section. Section and the L-shaped section extending from the metal fitting body, As Kinamesu Sane portion can be maintained,
The metal body is set back, and the surface of the body is attached by the outer wall material mounting metal fitting that is provided with the female horn receiving portion in which the spring piece is projected from the set back portion of the metal body to the inside of the female horn receiving portion. An outer wall material is attached to the male sane receiving portion, and the male sane portion held in the male sane receiving portion is urged in the direction from the front surface to the back surface of the outer wall material by the spring portion. The spring piece is urged from the back surface of the outer wall material toward the front surface.

[0009]

BEST MODE FOR CARRYING OUT THE INVENTION Embodiments of the present invention will be described below with reference to the drawings.

FIGS. 1 and 2 show the outline of the overall construction of the outer wall material mounting member 1, and FIGS. 3 and 4 show a state in which the outer wall material 2 is fixed to the frame 3 by the outer wall material mounting member 1.

That is, the outer wall material mounting bracket 1 comprises a bracket main body 11, a male seed receiving portion 12, and a female seed receiving portion 13.

The outer wall member 2 has a length of about 1 as shown in FIG.
It has a long plate shape with a width of about 990 mm, a width of about 320 mm, and a thickness of about 18 mm, and has a male seed portion 21 formed on one edge portion thereof and a female seed portion 22 formed on the other edge portion thereof. However, the size of the outer wall material 2 is not particularly limited to the above-described one, and it is a long plate shape, and the male stud portion 21 is formed at one side edge portion thereof and the other side edge portion thereof is formed. As the outer wall material 2 in which the female seed 22 is formed, various outer wall materials 2 such as a ceramic siding material, a ceramic siding material, and a wooden board can be used.

In the male stud portion 21, the thickness portion on the back surface side of the outer wall material 2 is provided so as to protrude outward along the longitudinal direction from the thickness portion on the front surface side of the outer wall material 2. The projecting tip portion serves as a locking piece 21 a for locking the male seed 21 of the outer wall member 2.

In the female seed portion 22, the thickness portion on the back surface side of the outer wall material 2 is recessed inward along the longitudinal direction from the thickness portion on the front surface side of the outer wall material 2. Also, this female seedling 2
2, a groove portion 22a is provided along the longitudinal direction substantially at the center of the thickness portion of the outer wall material 2, and the thickness portion on the back surface side of the groove portion 22a locks the female cane portion of the outer wall material 2. It is a locking piece 22b for.

The outer wall member 2 is provided on the surface of the skeleton 3 so that the male seed portion 21 becomes horizontal, and the female seed portion 2 of another outer wall member 2 is abutted from above the male seed portion 21. Then, another outer wall material 2 is provided on the surface of the skeleton 3,
It is pulled up on the surface of the skeleton 3 so that the surface of the male cane portion 21 of the outer wall material 2 is overlapped with the female cane portion 22 of the other outer wall material 2.

The outer wall material mounting member 1 is fixed to the surface of the skeleton 3 and holds the outer wall material 2 stretched on the surface of the skeleton 3, and a stainless steel plate having a thickness of about 0.8 mm is machined. Is configured. The frame 3 to which the outer wall material mounting member 1 is fixed may be a wooden pole or a base plate attached to the outside of the wooden pole.

As shown in FIG. 2, the metal fitting body 11 has a skeleton abutment portion 11a adapted to abut the skeleton body 3, and a male stud portion 21 and a female stud portion of the outer wall member 2 which are separated from the skeleton body 3 and are adjacent to each other. The outer wall material support portion 11 adapted to support the portion 22
b, and is formed in a plate shape having a generally ladle-shaped cross section. A nail hole 10 for fixing the outer wall material mounting bracket 1 to the body 3 with a nail or a screw (not shown) is provided in the body contact portion 11a.
Is provided.

The male seed receiving portion 12 is extended outward from both sides of the outer wall material supporting portion 11b of the metal fitting body 11 in an inverted L-shaped cross section. The protruding length L1 of the male seed receiving portion 12 is larger than the design dimension D1 of the thickness of the locking piece 21a of the male seed portion 21. As a result, the male seed receiving portion 12 does not shift even if the outer wall member 2 has a thickness larger than the design dimension D1 of the locking piece 21a of the male seed portion 21 due to a manufacturing error or the like. It is designed so that it can be completely fitted and held.

Further, in the male slat receiving portion 12 extending in an inverted L-shape in cross section, an extending front end portion which is parallel to the outer wall material supporting portion 11b is bent in the direction of the outer wall material supporting portion 11b. The spring portion 12a. As a result, even if the outer wall member 2 has a thickness smaller than the design dimension D1 of the thickness of the locking piece 21a of the male seed 21 due to manufacturing error or the like, the male seed receiving portion 12 has the spring portion. Since the urging force of 12a acts, it can be held without rattling.

Therefore, the locking piece 21a of the male stud portion 21 of the outer wall member 2 can be held by the male stud receiving portion 12 even if there is a manufacturing error in the design dimension D1 of the thickness, and the male stud receiving portion 12 can be held. 12 holds the male seed portion 21 in a state of being biased in the direction A from the front surface to the back surface of the outer wall member 2 by the biasing force of the spring portion 12a.

The female seed receiving portion 13 is extended from the central portion of the outer wall material supporting portion 11b of the metal fitting body 11 outward in a L-shaped cross section. The outer wall material support portion 11b facing the extending front end portion of the female net receiving portion 13 has a body abutting portion 11 more than the outer wall material supporting portion 11b facing the extending front end portion of the male fish receiving portion 12.
It is set back in the direction of a. The protruding length L2 of the female stud receiving portion 13 is larger than the design dimension D2 of the thickness of the locking piece 22b of the female stud portion 22 by the setback. Thereby, the female seed receiving portion 13
Even if the outer wall member 2 has a thickness larger than the design dimension D2 of the locking piece 22b of the female stud portion 22 due to a manufacturing error or the like, the outer wall member 2 can be completely fitted and held without being displaced. ing.

Further, at both side portions of the outer wall material support portion 11b facing the extending distal end portion of the female hem receiving portion 13 extending in an inverted L-shape in section, a spring is provided in the direction of the outer wall material 2 from the body 3 side. Piece 1
3a is projected. Thereby, the female seed receiving portion 13
Due to a manufacturing error or the like, the locking piece 22 of the female
Even if the outer wall member 2 has a thickness smaller than the design dimension D2 of b, the biasing force of the spring piece 13a works, so that the outer wall member 2 can be held without rattling.

Therefore, the locking piece 22b of the female stud portion 22 of the outer wall member 2 can be held in the female stud receiving portion 13a even if there is a manufacturing error in the design dimension D2 of the thickness. 13 holds the female hem portion 22 at a predetermined position in a state of being urged in the direction B of the outer wall member 2 from the back surface by the urging force of the spring piece 13a.

The projecting length L2 of the female slat receiving portion 13 is
The thickness is larger than the design dimension D2 of the locking piece 22b of the female cane portion 22, but this is made larger by setting it back toward the skeleton abutting portion 11a rather than the outer wall material supporting portion 11b. Since the position of the extending front end of the female panel receiving portion 13 is not further extended in the direction toward the front surface side of the outer wall member 2, the female channel receiving portion 13 is not provided.
Even if the locking piece 22b of the female stud portion 22 of the outer wall member 2 is fitted into the outer wall member 2, the outer wall member 2 can be stored in a predetermined position without protruding in the direction of the front surface side.

Outer wall material 2 using this outer wall material mounting bracket 1
According to the mounting structure of No. 2, the design dimension D1 of the locking piece 21a of the male stud portion 21 of the outer wall member 2 and the locking piece 22b of the female stud portion 22 are provided.
Even when a manufacturing error occurs in the design dimension D2, the outer wall member 2 can be attached to the frame 3 without absorbing the dimensional error and causing the deviation or rattling.

In this mounted state, the outer wall member 2 urges the male seed 21 in the direction A from the front surface to the rear surface of the outer wall member 2,
Since the female stud portion 22 is biased from the back surface of the outer wall member 2 in the direction B of the front surface, even when the product error becomes large, the male stud portion 21 and the female stud portion 22 facing each other are provided.
Can be prevented from buffering each other, and moreover, the female stud portion 22 is urged from the rear surface of the outer wall material 2 in the direction A of the front surface, so that the shock from the surface of the outer wall material 2 to the outer wall material 2 is absorbed. be able to. In addition, the female hem portion 22 is attached to the outer wall member 2
However, since the female stud receiving portion 13 does not extend the position of the extending tip portion, but the portion facing the extending tip portion is set back. Even when the outer wall material 2 is biased in the direction A from the back surface to the front surface, the outer wall material 2 does not project to the front surface side, and the surfaces of the outer wall materials 2 adjacent to each other can be aligned and stored in a predetermined position.

[0027]

As described above, according to the present invention, the male seed receiving portion extends from the metal fitting body in an inverted L-shaped cross section and can hold the male seed portion larger than the design dimension of the male seed portion. Therefore, even if the male seed portion is made larger than the design dimension of the male seed portion due to a product error, it can be held without deviation. In this male stud receiving portion, a spring portion bent in the direction from the front surface to the back surface of the outer wall material is formed at the extended distal end portion extending in an inverted L-shape in cross section. Even if the male seed portion is smaller than the size, the male seed portion held in the male seed receiving portion can be held without rattling while being biased from the front surface to the back surface of the outer wall material by the spring portion.

Further, the female seed receiving portion extends from the metal fitting body in an inverted L-shape in cross section, and the metal fitting body is set back so that the female stud portion larger than the designed size of the female stud portion can be held. Therefore, even if the female seed portion is made larger than the design dimension of the female seed portion due to a product error, it can be held without shifting. Since the female strip receiving portion has the spring piece protruding from the metal fitting body toward the inside of the female strip receiving portion, even if the female strip portion is smaller than the design dimension of the female strip portion due to a product error, The female seed portion held in the female seed receiving portion can be held without rattling while being urged from the back surface of the outer wall member toward the front surface by the spring piece. Further, since the spring piece for urging the outer wall material is provided at the portion where the metal fitting body is set back, the outer wall material itself does not project to the surface side due to the urging, and the surface of the adjacent outer wall materials is Can be aligned and stored in a predetermined position.

Further, the male seed portion of the outer wall material is biased in the direction from the front surface to the back surface of the outer wall material, and the female seed portion superimposed on the surface of the male wall portion is biased in the direction from the back surface to the front surface of the outer wall material. Therefore, even if the product error becomes large, it is possible to prevent the opposing male and female seeds from buffering each other, and moreover, to prevent the female seed from the back surface of the outer wall material. Since it is biased toward the surface, it is possible to absorb the impact on the outer wall material from the surface of the outer wall material.

[Brief description of drawings]

FIG. 1 is a perspective view showing an outline of the overall configuration of an outer wall material mounting bracket according to the present invention.

FIG. 2 (a) is a front view showing the outline of the overall configuration of the outer wall material mounting bracket according to the present invention, and FIG. 2 (b) is a side view of the outer wall material mounting bracket.

FIG. 3 is a partial cross-sectional view showing a main part of an outer wall material mounting structure using the outer wall material mounting bracket according to the present invention.

FIG. 4 is a cross-sectional view showing the outline of the overall configuration of the outer wall material mounting structure according to the present invention.

FIG. 5 is a partially omitted perspective view showing the outline of the overall configuration of the outer wall material.

[Explanation of symbols]

1 External wall material mounting bracket 11 metal fittings 12 Male Sane Receiver 12a spring part 13 Female Seed Receiver 13a spring piece 2 outer wall material 21 Male Seeds 22 Female Seed 3 skeleton A direction B direction D1 design dimensions D2 design dimensions

   ─────────────────────────────────────────────────── ─── Continued front page    (72) Inventor Kenji Oi             1-3-1 Minato, Izumisano, Osaka Prefecture             Business F-term (reference) 2E110 AA48 AA50 AB04 AB22 BA12                       BD23 CA03 CC03 CC15 DA10                       DA22 DB14 DB27 DC02 GA33W                       GB02Z GB23W

Claims (2)

[Claims] 1. An outer wall member having a long plate-like shape, a male seed portion is formed on one side edge portion thereof, and a female seed portion is formed on the other side edge portion thereof. The outer wall material is attached to the surface of the body with the female stud portion of the outer wall material being butted and the female stud portion of the other outer wall material being superimposed on the surface of the male stud portion of the outer wall material. In the structure, a metal fitting main body fixed to the body, a male seed receiving portion that holds the male seed portion of the outer wall material, and a female seed receiving portion that holds the female seed portion of another outer wall material that faces the male seed portion. An outer wall material mounting bracket configured to mount an outer wall material on a surface of a body, the male sprocket receiving portion being capable of holding a male sane portion larger than a design dimension of the male sane portion. From the end of the extended L-shaped section, which is also extended in an inverted L-shaped section A spring portion bent from the surface of the outer wall material to the back surface is formed, and the male seed portion held in the male seed receiving portion is urged by the spring portion in the direction from the front surface to the back surface of the outer wall material. The female seed receiving portion is extended from the metal fitting body in an L-shaped cross section, and the metal fitting body is set back so that the female stud portion larger than the design size of the female stud portion can be held. A spring piece is projected from the backed portion toward the inside of the female seed receiving portion, and the female seed portion held in the female seed receiving portion is biased by the spring piece in the direction from the back surface to the front surface of the outer wall material. An outer wall material mounting bracket characterized by being made. 2. An outer wall member formed of a long plate-like member having a male hem portion formed at one side edge portion and a female hem portion formed at the other side edge portion, and the The outer wall material is attached to the surface of the body with the female stud portion of the outer wall material being butted and the female stud portion of the other outer wall material being superimposed on the surface of the male stud portion of the outer wall material. The structure is such that the metal fitting body fixed to the body and the male stud portion that is larger than the design size of the male stud portion can be held in a reverse L-shaped section from the metal body, A male stud receiving part having a spring part bent in the direction from the front surface to the back surface of the outer wall material is formed at the extended tip part extended in an L shape, and is extended from the metal fitting body in an L shape in section. , The metal fitting body is set with a set bag so that it can hold a female cane that is larger than the design size of the female cane. The outer wall material mounting bracket having a female stud receiving portion in which a spring piece projects from the set-back portion of the metal fitting main body toward the female sane receiving portion, and the outer wall material is attached to the surface of the skeleton body. The male sane part that is attached and held in the male sane receiving part is urged by the spring part in the direction from the front surface to the back surface of the outer wall material, and the female sane portion held in the female sane receiving part is An outer wall material mounting structure characterized in that the outer wall material is biased from the back surface to the front surface.