JP2001012051A - Metal fitting for attachment of corner member of vertical external facing material - Google Patents

Abstract

PROBLEM TO BE SOLVED: To easily and accurately conduct the execution of a corner member for the projected corner part of a building and an external facing material adjacent to the corner member, and prevent the invasion of rain water from a joint part to the inside of a wall. SOLUTION: An upper side flat plate piece 4 is provided through the erection piece 3 of a lower side flat plate piece 1, an attaching metal fitting A forming a hook claw piece on the edge of the upper side flat plate piece 4 is used, the hook claw piece of the attaching metal fitting A is locked in a recessed groove provided on both the end faces of the corner member B, and the lower side flat plate piece 1 is fixed on a substrate material D in a state where the upper side flat plate piece 4 is contacted on the rear face of the end face of the corner member B. An end is cut on the end face of the corner member B, the cut end face of an external facing material C adjusted into a prescribed width is joined through a hat joiner 12, and the attaching structure has a structure filling a joint interval part 9 on the hat joiner 12 with a joint material.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a bracket for mounting a corner member as a vertically extending exterior material to be installed at an outer corner or an inner corner of a wooden house or the like, a corner member using the mounting bracket, and a corner member. The present invention relates to a mounting structure for an exterior material adjacent to a corner member.

[0002]

2. Description of the Related Art When an exterior material is installed on a base material of an exterior wall of a building, a mounting bracket is fixed by driving a nail into the base material of the exterior wall, and the exterior material is attached to the mounting bracket. It is widely used as a construction method with excellent appearance and waterproofness without exposing the nail head.
And when constructing a long vertical exterior material in the height direction of the building, male and female real parts are formed on both end surfaces of the exterior material,
The mounting structure has a mounting structure in which the mounting bracket is nailed to the outer wall base material in a state where the locking pieces on both sides of the mounting bracket are locked to the male and female real parts of the adjacent exterior material that engage with each other.

In this mounting structure, a corner member as an exterior material is installed at a corner portion of a building, for example, a protruding corner portion, and a mounting structure between the corner member and a vertically long rectangular exterior material adjacent to the corner member is also used. It has been implemented. FIG. 11 shows the mounting structure, in which a nailing portion 22 is provided as a mounting bracket 20 via an inclined portion inclined downward at one end, and a height reaching the lower surface of the nailing portion 22 at the other end. Leg piece
An upright piece 24 having a fixed height is protruded at the center of the upper surface of the flat plate section 21 integrally provided with 23, and a locking projection is provided at an upper end of the upright piece 24 in a direction facing each other. A metal fitting provided with the pieces 25 and 26 is used, and the back surface of the end of the corner member B 'is received on one half of the flat plate portion 21 of the metal fitting 20 and formed on the end face of the corner member B'. In a state in which the real part b 'is engaged with one of the locking projections 25 of the mounting bracket 20, the mounting bracket 20 is fixed to a protruding corner portion with a nail F, while facing the end surface of the corner member B'. The rear surface of the end of the vertically long rectangular exterior material C 'having the real part c' formed on the end face is received on the other half of the flat plate part 21 of the mounting bracket 20, and the real part c 'is cornered. The real part c 'of the exterior material C' is engaged with the opposite real part b 'of the member B' by abutting and engaging with the other locking projection 26 of the mounting bracket 20.
Is locked.

[0004]

However, on the outer wall of the building, a plurality of the above-mentioned exterior materials C 'having a fixed width are sequentially engaged with the facing male and female parts via the mounting bracket 20. In the case of construction, it is common that the width of the outer wall is not exactly divisible by the width of the plurality of exterior materials C ', and at the protruding corner of the building, the exterior material to be joined to the corner member B' C 'must be cut to a predetermined width and adjusted. Therefore, there is no real part at the end of the exterior material C 'facing the end surface of the corner member B', and the corner member B 'and the exterior material C' are joined using the mounting bracket 20. You will not be able to do it.

Further, if the corner member B 'is fixed by nailing to the protruding corner, not only the nail head is exposed and the appearance is preserved, but also the corner member B' is connected to one half and the other half of each other. Has a rigid shape formed by connecting at right angles, if the angle formed by the two surfaces of the protruding corner is not formed exactly at a right angle, the corner member may be bent at the time of nailing. It is not preferable to fix with nails or screws, because the nails are lifted from the protruding corners, resulting in poor finish and cracking when forcibly driven in with nails.

For this reason, for example, as disclosed in Japanese Patent Application Laid-Open No. 7-3984, a mounting bracket having a protruding piece formed at one end of a flat plate is adopted, and the protruding portion of the mounting metal is used. It has been practiced to engage a piece with a dovetail groove formed on the back surface of the corner member via an adhesive, and fix the corner member to the protruding corner by nailing a flat plate piece to a base material. However, in this case, since there is no gap between the back surface of the corner member and the mounting bracket, it is possible to dispose a hat-shaped joiner at the joint formed between the facing end surfaces of the corner member and the exterior material. When the caulking material filled in the joint is deteriorated and the caulking breakage occurs, problems such as infiltration of rainwater into the wall occur.

SUMMARY OF THE INVENTION The present invention has been made in view of such a problem, and an object of the present invention is to easily and accurately apply a corner member to a corner portion, and to realize an edge portion adjacent to the corner member. A mounting member for a corner member of a vertically-extended exterior material that can interpose a hat-type joiner between the exterior material having no part and reliably prevent rainwater from entering into the interior even if a caulk break occurs. It is to provide the mounting structure.

[0008]

In order to achieve the above-mentioned object, according to the present invention, there is provided a metal fitting for mounting a corner member of a vertically extending exterior material, wherein a mounting hole is formed at a tip end portion. An upright piece of a certain height is integrally provided on the upper surface of the base end portion of the lower flat plate piece, and an upper flat plate piece for receiving a corner member is integrally provided at the upper end of the upright piece, Further, a hooking claw comprising a vertical piece bent upward and a horizontal locking piece bent horizontally from the upper end of the vertical piece toward the base end side is provided at the distal end of the upper flat plate piece, and The structure is such that the tip surface of the claw piece is positioned above the vicinity of the mounting hole formed in the lower flat plate piece.

In the metal fitting for mounting the corner member of the vertical covering material, the invention according to claim 2 is characterized in that the upper flat plate piece is inclined downward from the base end side toward the hook claw piece. I have.

According to a third aspect of the present invention, there is provided a corner member to be constructed on a base material on a corner side of a building and an exterior material to be constructed on a base material on an outer wall surface with a joint interval at an end face of the corner member. The lower plate piece of the mounting bracket is fixed on the base material on the corner side of the building with nails or screws, and the upright piece is placed on the upper surface of the base end of the lower plate piece. The back surface of the corner member is received on the upper flat plate piece provided integrally with the hook, and the hook claw formed at the tip of the upper flat plate piece is engaged with the concave groove formed on the end surface of the corner member. By fixing the corner member on the base material on the corner side, a hat type joiner is interposed on the end surface of the corner member, and the end surface of the corner member is fixed on one side surface of the hat type joiner, Edge of corner member on other side It has a structure formed by filling a caulking material into joints between the opposing end faces of the corner member and the exterior member on the hat joiner with and is joined to form abutting end faces of the opposed outer material.

[0011]

The horizontal locking piece of the hook is inserted into the groove formed in the end face of the corner member, and the back surface of the corner member is supported by the upper surface of the upper flat plate. The lower flat plate piece is placed on the base material on the corner side, and the corner member is fixed on the base material by driving a nail or a screw into the base material through a mounting hole provided at the tip. At this time, mounting brackets are attached to the concave grooves formed on both end surfaces of the corner member at predetermined intervals in the length direction, and the corner member is fixed to the base material as described above. In the state, when the corner member is supported at a small interval from the base material by the upper flat plate piece of the mounting bracket, therefore, the angle formed by the two surfaces of the corner where the corner member is formed is not accurately formed. Also, the corner member can be easily and accurately mounted via the mounting bracket.

Further, since the mounting holes provided in the lower flat plate piece of the mounting bracket protrude from the front end face of the hooking claw piece provided at the front end of the upper flat plate piece in a plan view, the mounting hole can be mounted on the base material. The fitting can be easily and accurately nailed. Further, as described in claim 2, the lower flat plate is nailed to the base material by inclining the upper flat plate of the mounting bracket downward from the base end toward the hooking claw. At the time, the upper flat plate piece receiving the back surface of the end portion of the corner member is drawn toward one side of the lower flat plate member, and the horizontal locking piece of the hooking claw provided on the upper flat plate piece is engaged with the concave groove of the corner member. The corner member can be firmly fixed by being pressed against the groove wall surface.

In the case where a vertically long rectangular exterior material having a fixed width is applied to the outer wall surface of a building, if the width of the outer wall surface cannot be accurately divided by the width dimensions of a plurality of exterior materials, the corner member may be used. Adjacent exterior materials can be cut to a predetermined width dimension, and the cut end surface can be installed in a state where the cut end surface faces the end surface of the corner member with a joint interval. At this time, a hat-shaped joiner is interposed in the joint space portion so that both side surfaces can be brought into close contact with the end surface of the corner member and the cut end surface of the exterior material, so that the joint portion can be accurately formed and the hat can be formed. Even if caulk breaks after filling the joint between the opposing end faces of the corner member and the exterior material on the mold joiner, even if caulking breaks, rainwater flows out from the base through the hat type joiner and flows out to the inside of the wall. There is no danger of intrusion.

[0014]

BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a perspective view showing an embodiment of the present invention. FIG. It is made of a thin metal plate such as an iron plate or stainless steel.
A plurality of nail or screw mounting holes 2 are formed at the distal end of the flat rectangular lower flat plate 1 along the leading edge, and the base end is bent upward to raise the standing piece 3 having a constant height. The upper flat plate 4 is bent at the upper end of the standing plate 3 in a direction opposite to the lower flat plate 1 from the upper end to be bent and formed. The center of the tip of the piece 4 is integrally connected to the upper end of the standing piece 3. Further, at both end portions of the upright piece 3 projecting horizontally outward from both side ends, arm pieces 6, 6 are substantially horizontally protruded toward the tip of the lower flat plate piece 1. And a vertical piece bent upward at the tip of each of the arm pieces 6, 6.
A hooking claw piece 5 comprising a vertical piece 5a and a locking piece 5b which is bent from the upper end of the vertical piece 5a toward the base side and bent in the horizontal direction.
Is formed.

The tips of the arm pieces 6, 6 projecting from both side ends of the upper plate 4, that is, the tip surfaces of the hooking claws 5, are drilled at the tip of the lower plate 1. Mounting hole 2
Therefore, when this mounting bracket A is viewed from above, the mounting hole 2 is
It is provided at a position exposed to the outside. Further, the height of the vertical piece 5a of the hook claw piece 5 is substantially equal to the thickness dimension between the concave groove b provided in the center of the end face of the corner member B over the entire length and the back face of the corner member B. On the other hand, the projecting length of the locking piece 5b is shorter than the depth of the concave groove b.

A leg 7 is formed at the base end of the upper flat plate 4 so as to be bent downward by the same height as the upright piece 3. The lower plate 1 is projected horizontally in the opposite direction to the side plate 1 so that the lower surface is lower.
Is formed on the bearing surface piece 8 which is on the same horizontal plane as the lower surface of.

In the mounting bracket A thus constructed, the arm pieces 6, 6 projecting from both side ends of the upper plate piece 4 are formed in a horizontal shape parallel to the lower plate piece 1. However, as shown in FIGS. 3 and 4, the upper flat plate 4 may be inclined obliquely downward from the base end, which is a continuous portion of the upper flat plate 4, toward the hook claw 5.

FIG. 5 shows a corner member B constructed on a base material D of a building using the mounting bracket A, and an exterior material constructed on the base material D with a joint space 9 at an end face of the corner member B. A corner member B is a vertically elongated exterior member having an L-shaped cross section having two surfaces perpendicular to each other, and the corner members B are provided at the center portions of the flat end surfaces as described above. In addition, a concave groove b into which the locking piece 5b of the hook claw piece 5 of the mounting bracket A can be inserted and locked over the entire length is engraved, while the exterior material C constructed on the base material D is A vertically-extended exterior material formed in a vertically-elongated rectangular shape having a fixed width, and a plurality of vertically-extended rectangular-shaped exterior materials (not shown) having a fixed width and arranged in a state where the outer walls of the building are arranged side by side, and the corner member B so that the width dimension can be arranged with a joint space 9 between them. The end portion on the side of the corner member B is cut by a predetermined width to form a flat end surface c facing in parallel with the end surface of the corner member B, and the other end is adjacent to the outer packaging material and at the opposite end thereof. They are connected by the engagement of the formed male and female real parts.

The mounting brackets A are disposed at predetermined intervals in the longitudinal direction of the corner member B on the back surfaces of both ends of the corner member B, and the hooking claws 5 of the mounting bracket A are locked. The piece 5b is inserted and locked in the concave groove b engraved on the end face of the corner member B, and the back surface of the end of the corner member B is brought into contact with and received by the upper surface (front surface) of the upper flat plate piece 4. Further, a base material D consisting of a body edge in which the lower surface (back surface) of the lower flat plate piece 1 and the seat surface piece 8 are fixed to two mutually perpendicular surfaces of a column E forming a protruding corner portion. A mounting hole 2 provided at the end of the lower flat plate piece 1 in a state of being in contact with the upper side;
The mounting bracket A is fixed to the base material D by driving a nail or a screw F into the base material D. Therefore, a gap 10 equal to the height of the upright piece 3 is provided between the back surface of both ends of the corner member B and the lower plate piece 1 of the mounting bracket A, and the tip of the lower plate piece 1 has a corner. The nail head or screw head projecting outward from the end face of the member B and exposed in the mounting hole 2 at the end is located at the joint spacing 9 described above.

Further, the exterior material C is applied to the spacer 11 via a spacer 11 having a thickness substantially equal to the height of the upstanding piece 3 of the mounting bracket A on the base material D formed by the body edge. The joint C between the exterior material C and the corner member B is fixed by driving a nail from the surface of the material C.
12 are interposed. The hat-type joiner 12 is formed by integrally forming protruding pieces 12b and 12c at both ends of a downwardly U-shaped hat portion 12a. One of the protruding pieces 12b is connected to the back surface of the end of the corner member B and the mounting bracket A. The above gap 10 between the lower flat plate piece 1
And the other protruding piece 12c is interposed in the gap 13 between the base material D and the back surface of the end of the exterior material C so that the base material D It is fixed by nailing. The end surface of the corner member B and the exterior material C are provided on both side surfaces of the hat portion 12a of the hat type joiner 12.
The cut end faces are closely contacted with each other, and the joint space 9 on the hat portion 12a is filled with a caulking material to form the joint structure 14.

Although the corner base material and the base material on the outer wall side are formed of one and the same base material D, they may be separate base materials. Further, the inner and outer end faces in the thickness direction of the corner member B via the concave groove b are formed flush with each other as shown in FIG. 5. Hook claw piece 5 of mounting bracket A to stop
Since the vertical piece 5a at the point protrudes from the inner end face by the thickness thereof to form an irregular shape, the inner end face of the corner member B is hooked and cut 15 by the thickness of the vertical piece 5a of the claw piece 5, as shown in FIG. It is preferable that the vertical piece 5a be brought into close contact with the cut portion.

Next, a method of applying the corner member B and the exterior material C using the mounting bracket A will be briefly described.
First, as shown in FIGS. 7 and 8, a corner member B is fixed to mounting members A, A on a base material D fixed on two mutually perpendicular surfaces of a column E forming a protruding corner. On this occasion,
The mounting bracket A may be held in a state where the hook claw pieces 5 are locked in the concave grooves b of the corner members B and the upper flat plate pieces 4 are in contact with the back surfaces of the ends of the corner members B in advance. When the corner member B is attached to the protruding corner, the distal end of the lower flat plate piece 1 of the mounting bracket A is in a state of protruding outward, and therefore, the nail or the nail through the mounting hole 2 provided in the distal end is provided. The corner member fixing work by driving the screw F can be performed efficiently.

As shown in FIGS. 3 and 4, an arm piece 6, which is a part of the upper flat plate piece 4, is used as the mounting bracket A.
6 is inclined obliquely downward toward the hooking claw pieces 5 provided at the end thereof, that is, in a direction approaching the lower plate piece 1, when the lower plate piece 1 is nailed to the base material D, The arm pieces 6, 6 are elastically drawn toward the lower flat plate piece 1 via the upright pieces 3, and the locking pieces 5 b of the hooking claw pieces 5 are provided.
Is pressed and locked on the groove wall surface of the concave groove b of the corner member B, so that the corner member B can be more firmly fixed.

After the corner member B is fixed to the protruding corner in this manner, one of the projecting pieces 12b of the hat-shaped joiner 12 is connected to the rear surface of the end of the corner member B and the bottom of the mounting bracket A as shown in FIG. The nail or screw head is inserted into the gap 10 between the side plate 1 and the lower plate 1 of the mounting bracket A, and the nail or screw head is covered by the hat portion 12a. The other protruding piece 12c of the hat-shaped joiner 12 protruding in the direction is fixed to the base material D by a nail 16.

Next, the exterior material C is disposed on the base material D via the spacer 11, and the end surface thereof is brought into contact with the other side surface of the hat portion 12a of the hat type joiner 12, so that the end surface of the corner member B is formed. Joint space 9 via a hat-shaped joiner 12
Are formed, and a joint part 14 is formed by filling the joint spacing part 9 with a caulking material.

The mounting bracket A is formed of a metal plate made of iron or stainless steel, and the arm pieces 6 on both sides forming a part of the upper flat plate 4 are directed toward the distal end of the lower flat plate 1. The hook pieces 5 are bent at the tips of the arm pieces 6 and 6 so as to protrude, but the upper piece 4 is not provided with the arm pieces 6 and 6 as shown in FIG. The mounting bracket A 'made of aluminum or aluminum alloy may have a shape in which the flat plate piece 4' is extended above the vicinity of the tip of the lower flat plate piece 1. Since other structures are the same as those of the above-described embodiment, the same portions are denoted by the same reference numerals and detailed description thereof will be omitted.

According to the shape of the mounting bracket A ', a long molded product having the cross-sectional shape of the mounting bracket A' is manufactured by extrusion molding of aluminum or an aluminum alloy, and the molded product is removed at regular intervals. A large amount can be obtained by cutting into pieces. This mounting bracket A 'has a plurality of nail or screw mounting holes 2 formed along the distal end edge at the distal end of a flat rectangular lower flat plate piece 1 in the same manner as the above embodiment. The upper portion is provided with an upright bent piece 3 having a constant height bent upward, and the upper flat plate piece 4 ′ having a flat rectangular shape is integrally provided at the upper end of the upright piece 3 in parallel with the lower flat plate piece 1. ing.
The tip of the upper flat plate 4 ′ is attached to the mounting hole 2 of the lower flat plate 1.
A hook claw, comprising a vertical piece 5a bent upward at the distal end thereof and a locking piece 5b bent horizontally from the upper end of the vertical piece 5a toward the base end side. A piece 5 is formed. Furthermore, the base end of the upper plate piece 4 is protruded from the standing piece 3 in the direction opposite to the lower plate piece 1,
A leg 7 having the same height as the standing piece 3 is provided downward at the protruding end, and the lower end of the leg 7 is projected horizontally in the opposite direction to the lower plate 1 so that the lower surface is lower. It has a structure formed on a bearing surface piece 8 which is on the same horizontal plane as the lower surface of the flat plate piece 1.

According to the mounting bracket A 'made of aluminum or aluminum alloy, the lower ends of the upright pieces 3 and the leg pieces 7 are separated from each other, but as shown in FIG. May be integrated with a connecting piece 1 'that is continuous from the base end to the seating piece 8. Further, the upper flat plate piece 4 may be inclined downward from the upper end of the upright piece 3 toward the hooking claw piece 5 provided at the end thereof, that is, in a direction approaching the lower flat plate piece 1. . The mounting structure of the corner member B and the exterior material C using the aluminum or aluminum alloy mounting bracket A 'is the same as the structure shown in FIGS. 5 and 6, and the construction method is also the same. Omitted.

[0029]

As described above, according to the first aspect of the present invention, there is provided a metal fitting for mounting a corner member of a vertically extending exterior material, comprising a lower flat plate piece having a mounting hole formed at a tip end thereof. An upright piece having a certain height is integrally provided on the upper surface of the base end, and an upper flat piece for receiving a corner member is integrally provided at an upper end of the upright piece. A hooking claw consisting of a vertical piece bent upward and a horizontal locking piece bent horizontally from the upper end of the vertical piece toward the base end is provided on the portion, and the distal end surface of the hooking piece is set to the lower side. Since the structure is located above the vicinity of the mounting hole formed in the side plate piece, the horizontal locking piece of the hook claw is inserted and locked in the concave groove formed in the end surface of the corner member. At the same time, the back surface of the end of the corner member is supported by the upper surface of the upper plate piece. The corner member by driving a nail or screw can be firmly fixed on the base member from the mounting hole is provided on the distal end of the lower flat plate piece in the base material in the state.

At this time, the corner member is supported at a small distance from the base material by the upper flat plate piece of the mounting bracket, so that the angle formed by the two corners at which the corner member is formed is accurately formed. Even in the case where no corner member is provided, the corner member can be accurately and easily mounted via the mounting bracket. Furthermore, since the mounting holes provided in the lower flat plate piece of the mounting bracket project from the distal end surface of the hooking claw piece provided at the distal end of the upper flat plate piece in a plan view, the mounting bracket for the base material is Nailing can be performed easily and accurately.

According to the second aspect of the present invention, the upper flat plate piece of the mounting bracket is inclined downward from the base end side toward the hooking claw piece. When nailed to the base material, the upper flat plate piece receiving the back surface of the end of the corner member is elastically drawn toward the lower flat plate side, and the hook flat piece provided on the upper flat plate piece is horizontal. The locking piece is pressed against the groove wall surface of the concave groove of the corner member,
The corner member can be more firmly fixed.

According to the mounting structure of the corner member and the exterior material according to the third aspect, the lower flat plate piece of the mounting bracket is fixed on the corner base material of the building with a nail or a screw, and the lower part of the lower metal plate is fixed. The back surface of the corner member is received on an upper plate piece integrally provided on a base end portion upper surface of the side plate piece via an upright piece, and a hook claw piece formed at a tip end of the upper plate piece is a corner member. The corner member is fixed on the corner base material by engaging with the concave groove formed on the end surface of the corner member. Further, a hat type joiner is interposed and fixed on the end surface of the corner member, and the hat type joiner is fixed. The end surface of the corner member is joined to one side surface of the corner member, and the end surface of the exterior material facing the end surface of the corner member is abutted to the other side surface, and the gap between the facing end surface of the corner member and the exterior material on the hat-shaped joiner is joined. The caulk since it is made by filling the section, even if not divisible exactly with the width of the outer wall surface of a building in the width dimension of the plurality of the outer package,
The exterior material adjacent to the corner member can be cut into a predetermined width dimension, and the cut end surface can be easily installed with the cut end surface facing the end surface of the corner member with a joint interval.

At this time, a hat-type joiner can be interposed in the joint space so that both side surfaces thereof are brought into close contact with the end surface of the corner member and the cut end surface of the exterior material, so that the joint portion is formed accurately. Even if caulking breaks after filling the joint between the corner member on the hat type joiner and the facing end face of the exterior material with caulking material, rainwater surely flows out of the base through the hat type joiner even if caulking breaks Therefore, the possibility of intrusion into the wall can be eliminated.

[Brief description of the drawings]

FIG. 1 is a perspective view of a mounting bracket,

FIG. 2 is a side view thereof,

FIG. 3 is a perspective view showing a modification of the mounting bracket;

FIG. 4 is a side view thereof,

FIG. 5 is a cross-sectional view showing a mounting structure between a corner member and an exterior material,

FIG. 6 is a cross-sectional view showing a modification of the attachment structure between the corner member and the exterior material,

FIG. 7 is a cross-sectional view of a state in which a hat-type joiner is mounted.

FIG. 8 is a simplified side view of a part where a corner member is attached to a corner,

FIG. 9 is a perspective view showing another embodiment of the mounting bracket;

FIG. 10 is a perspective view showing a modified example thereof.

FIG. 11 is a cross-sectional view showing a conventional example.

[Explanation of symbols]

 Reference Signs List A Mounting bracket B Corner member C Exterior material D Base material F Nail or screw 1 Lower plate piece 2 Mounting hole 3 Upright piece 4 Upper plate piece 5 Hook claw piece 9 Joint space 12 Hat-type joiner

Continued on the front page (72) Inventor Takeshi Ogino 1-term, Inami-cho, Inami-cho, Higashi-Tonami-gun, Toyama Prefecture F-term (reference) 2E110 AA15 AA42 AA47 AB04 AB22 AB27 AB28 BA12 BB22 BC14 BD16 BD23 CA07 CC03 CC04 CC12 CC16 CC17 CC25 DA03 DA09 DA16 DB12 DC01 DC03 DC08 DC12 DC15 DD03 DD14 GA33W GA33Z GB02Z GB03Z GB06Z

Claims (3)

[Claims] An upright piece having a predetermined height is integrally provided on an upper surface of a base end portion of a lower plate piece having a mounting hole formed at a distal end thereof, and a corner member is received at an upper end of the upright piece. The upper flat plate piece is provided integrally, and a vertical piece bent upward at the distal end of the upper flat plate piece and a horizontal locking bent horizontally from the upper end of the vertical piece toward the base end side. A vertically extending exterior material, wherein a hook claw piece is provided, and a tip end surface of the hook claw piece is positioned above a portion near a mounting hole formed in the lower flat plate piece. Mounting bracket for corner members. 2. The metal fitting for mounting a corner member of a vertical cladding material according to claim 1, wherein the upper flat plate piece is inclined downward from the base end side toward the hook claw piece. 3. A mounting structure for a corner member to be constructed on a base material at a corner of a building and an exterior material to be constructed on the base material on an outer wall surface with a joint interval at an end face of the corner member. The lower plate piece of the mounting bracket is fixed to the base material on the corner side of the building with nails or screws, and is integrally provided on the upper surface of the base end portion of the lower plate piece via a standing piece. The back face of the corner member is received on the upper flat plate piece, and the hook member formed at the tip of the upper flat plate piece is engaged with the concave groove formed on the end surface of the corner member, so that the corner member is cornered. Is fixed on the base material on the side of the section, and further, a hat type joiner is interposed and fixed on the end face of the corner member, and the end face of the corner member is provided on one side of the hat type joiner and the end face of the corner member is provided on the other side. End face of exterior material facing Characterized in that the joint between the corner member on the hat-shaped joiner and the facing end surface of the facing material is filled with a caulking material, and a caulking material is filled. .