JPH0794765B2 - Method of mounting wall plate material on wall surface and wall plate material mounting bracket - Google Patents

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a method of mounting a wall plate material, particularly a stone plate, on a wall surface and a mounting bracket.

[0002]

2. Description of the Related Art Conventionally, as shown in FIGS. 30 and 31 , a method of attaching a rectangular wall plate material to a wall surface is such that a through hole 50 is formed.
A through hole 60 is bored in the thickness direction using a mounting member 58 in which a horizontal portion 56 having a through hole 54 is arranged in parallel at a suitable interval in the horizontal portion 52 having a hole. 6
The wall plate member 64 having the lateral hole 62 for the positioning pin perforated orthogonally to 0 was sequentially attached to the wall surface 66.

The procedure is as follows. First, the mounting bolt 70 is embedded in the through hole 60 of the wall plate member 64, and then the wall plate member 64.
In front of the mounting bracket 58, the mounting bolt 70 embedded in the wall plate 64 and the through hole 5 in the other horizontal portion 56 of the mounting bracket 58.
4 are aligned with each other, and the through hole 54 of the horizontal portion 56 is positioned.
The mounting bolt 70 is inserted into the mounting bracket 58 and is fixed to the mounting bracket 58 via the nut 74. Then, the anchor bolt 68 is inserted into the through hole 50 of the one horizontal portion 52 of the mounting bracket 58 to secure the mounting bracket 58 to the wall surface 66. Then, the positioning pin 72 is attached to the lateral hole 62 for the positioning pin of the wall plate member 64.

Next, a mounting member 58 to which another wall plate member 64 is fixed by the above procedure is positioned above the wall plate member 64, and then this mounting member 58 is fixed to the wall surface 66, and at the same time, the wall plate member 64 is fixed. The pin 72 attached to the fixed wall plate member 64 is attached to the horizontal hole 62 of the.

This work was sequentially repeated to attach the wall plate member 64 to the wall surface 66 in series.

As another example of this type, Japanese Patent Publication No. 57-
2871 publication.

As shown in FIG. 32 , the mounting bracket of this example is
It is composed of an L-shaped hook metal fitting 144 whose vertical portion is fixed to the wall surface 140 with anchor bolts 142, and a receiving tool 146 mounted on the horizontal portion of this hook metal fitting 144.

In the method of mounting the wall plate member 148 on the wall surface 140 by using the mounting member of this example, first, the wall plate member 148 is arranged below the receiving member 146 and is connected to the mooring hole on the upper end surface of the wall plate member 148. One end of the metal fitting 150 is inserted, and the other end is penetrated through the through hole of the receiving metal fitting 146 and projected upward.

Next, another wall plate material 148 is attached to the receiving bracket 146.
Is placed, and the other end of the connecting fitting 150 is inserted into the mooring hole in the lower end surface of the wall plate material 148.

By repeating this operation, the wall plate members 148 are sequentially stacked and attached to the wall surface 140 from the bottom.

Further, in the method of attaching the wall plate material to the wall surface in the room, the wall plate material is directly attached to the wall surface through an adhesive without using metal fittings.

[0012]

In the method of mounting a wall plate material on a wall surface shown in FIGS. 30 and 31 , when the through hole and the lateral hole are bored in the wall plate material, the positions of the through hole and the lateral hole of the wall plate material are orthogonal to each other. Since it is directional, it is necessary to move the wall plate material in the vertical and horizontal directions to make both holes, and when using stone plate for the wall plate material, it is difficult to process both holes in the wall plate material. It was.

Further, when joints are formed between the wall plate members to be attached to the wall surface, the wall faces are marked in advance corresponding to the dimensions of the wall plate members and the width of the joints, and the wall plate members are sequentially attached corresponding to the marks. Since it is necessary to fix it with metal fittings, this work is very complicated and has been a problem.

Further, although it is possible to support the wall plate members for each column, it is impossible to support the wall plate members for each row, so that a positional deviation easily occurs between the wall plate members for each row. Was a problem.

Further, it is necessary to provide two mounting brackets for one wall plate material, which requires a large number of work steps, a large number of parts, and a high cost.

Further, in the method of attaching wall plate materials to a wall surface described in Japanese Patent Publication No. 57-2871, since the wall plate materials are sequentially stacked and attached from the bottom, it is possible to support each wall plate material in each column, but in the row. Since it is impossible to support each wall plate member for each row, there is a problem that a positional deviation easily occurs between the wall plate members for each row.

Further, it is necessary to provide two mounting brackets for one wall plate material, which requires a large number of work steps, a large number of parts, and a high cost.

In addition, in the method of attaching the wall plate material to the wall surface in the room, it is necessary to mark beforehand the position of the wall surface to which each wall plate material is to be attached, and to attach each wall plate material with an adhesive corresponding to this mark. Also, if the adhesive is a solution, the adhesive is cured and cured, and then the wall board is attached to the wall surface, so the working time is long and the joint width is made uniform when forming the joints between the wall boards. Therefore, it has been a problem that the work needs to be performed carefully.

In view of such drawbacks, the present invention facilitates the work of forming the support groove and the support hole of the wall plate material, and does not cause the positional displacement of each wall plate material attached to the wall surface.
An object of the present invention is to provide a method for attaching a wall plate material to a wall surface and a metal fitting for attaching the wall plate material, in which the joint width between the wall plate materials can be made uniform and the work of attaching the wall plate material to the wall surface is easy. Is.

[0020]

SUMMARY OF THE INVENTION The present invention is a method for mounting a large number of wall plate materials on a wall surface, and more particularly, a method for mounting a wall plate material on the inner periphery of a wall surface at a corner portion. A support member is formed by vertically arranging a vertical horizontal plate vertically at one end of the horizontal plate on one horizontal portion of the mounting bracket main body that is provided in parallel at an appropriate distance. Mounting metal fittings that are mounted toward one horizontal part of the mounting metal fittings, and an auxiliary plate is interposed between one horizontal part of the mounting metal fitting body and the horizontal plate of the supporting member, and a supporting groove is drilled in the outer peripheral edge. A wall plate material that is made up of a wall plate material, and the opposite side of the mounting member to the support member is fixed to the wall surface, and the support groove of the two wall plate materials is fitted to the horizontal plate of this support member, and the vertical horizontal plate of the support member is also installed. Fit the support groove of another two wall plate materials to the By clamped the timber between the horizontal plate, it is intended to vertically disposed respectively wallboard two pairs to the support member.

According to the present invention, in the method of mounting a wall plate material on a wall surface, a pair of support rod holes and a support are provided on one horizontal portion of a mounting bracket body in which another horizontal portion is vertically provided on the horizontal portion. Support plates having respective member holes are mounted in parallel, the support rods are respectively inserted into the pair of support rod holes of the support plate, and the cross-shaped support members are inserted into the support member holes of the support plate. And a wall plate made by forming support holes in the outer peripheral edge of the main body of the mounting bracket, the side opposite to the support plate being fixed to the wall surface, and a pair of support rods each having two wall plate members. While inserting the support holes of the, by interposing a support member between each wall plate material, while supporting the four wall plate material to the support plate, to form a joint between each wall plate material, In addition, the mounting bracket body and the support plate are integrally formed. It is obtained by.

Further, the present invention provides a method of attaching the wallboard to the outer peripheral wall surface of the prism on one of the horizontal portion of the bracket body Mounting, the bent end of the support plate formed by bending one end vertically,
The semicircular <br/> support piece having a supporting protrusion in the diameter direction of four equally dividing the circumference, the supporting member made by disposed toward the support plate parallel to the support plate side, the support member The mounting plate side of which is mounted toward the one horizontal part side of the mounting bracket body, and the wall plate material having the support groove perforated at the outer peripheral edge, the side opposite to the supporting member of the mounting bracket. Is fixed to the wall, and the support member
In the fan-shaped part having a quarter arc between the support plate and the support piece of
Fit the support groove of the wall plate material into the curved outer surface of the support plate.
Fix the wall board material and insert the support protrusion between each wall board material.
By inserting it, two wall plate materials are placed around the semicircle of the support piece.
Support the two wall plate materials on the bent outer surface of the support plate.
And to form joints between the wall boards.
It is a characteristic.

[0023] In addition, the present invention attaches a square wall plate material.
In this method, another water horizontal part is
Of the mounting bracket body, which is installed in parallel with an appropriate distance
Fix the support bar to one horizontal part in parallel with the horizontal part.
One mounting bracket body horizontal Auxiliary plate between the section and the support rod
In the direction orthogonal to the mounting bracket or support bar
An auxiliary support rod is provided, or both ends of the auxiliary support rod are supplemented.
The one with the auxiliary support rod and the support hole on the outer peripheral edge.
A support rod or an auxiliary support rod that is made up of a wall plate material
Insert the support hole of the wall plate into the
It is sandwiched between the holding rod and the support rod with two wall plates, or
Is for supporting four wall plate members on the auxiliary support rod.

Further , in the present invention, in particular, in a method of mounting a large number of wall plate materials on a wall surface in a room, a mounting bracket main body having a fixing hole formed in a horizontal portion is used to divide the circumference into four equal diametrical directions.
A disk-shaped support member having a support convex portion on the outer peripheral edge of the mounting member, which is fixed in parallel in the vertical direction at an appropriate distance, and a wall plate material formed by perforating a support groove on the outer peripheral edge. from it, the mounting bracket of the mounting bracket is fixed to the wall, Rutotomoni by fitting the support grooves of the wallboard to scallop having a quarter circular arc of the support member of the mounting bracket, the support protrusion between the wallboard Intervene
Support the four wall plate members around the circumference of the support member.
While holding it, it is necessary to form joints between each wall board material.
It is a feature.

[0025]

The function of the present invention will be described.

[0026] The present invention when mounting the wall plate on the inner peripheral wall surface of the corner portion, the first fixing the horizontal portion of the support member and the opposite side of the mounting bracket of the mounting bracket of claim 1 to the wall.

Next, dissipate fitting the support grooves of the wallboard to the horizontal plate and the vertical horizontal plate of the support member mounting member causes each horizontal plate and vertical horizontal plate of the mounting bracket is mounted to two of the wallboard, Auxiliary plates can be used to move the wall material into horizontal and vertical water.
Fix it by sandwiching it with a flat plate .

Next, with to fitting the horizontal plate and the vertical horizontal plate of another mounting bracket above the support groove in the wall plate attached to this wall, to secure the mounting bracket to the wall. At this time, the vertical degree of the wall plate material with respect to the floor surface is adjusted by a fitting such as a nut attached to the fitting.

[0029] Repeat this work, the wall of the corner portion
Mount the wall plate material on the entire inner circumference of the surface .

Further, when attaching the wallboard on the inner peripheral surface of the wall, when using a mounting bracket of claim 2 and 3, first, to secure the <br/> mounting bracket to the wall.

Next, the case of the mounting bracket of claim 2 alone, for fixing the support plate to the mounting bracket.

Next, in claim 2, the support plate is
In Item 3, the support rod is inserted into the pair of support rod holes and the support member is inserted into the support member hole, respectively.

Next, the <br/> Rukoto to enter fitting the support hole of the wall plate to the support rods, causes are fitted respectively to four of the wallboard by the pair of support rods of the mounting bracket, between the wallboard The support member is intervened.

[0034] Next, causes fitting the support rod of another mounting bracket above the support hole of the wall plate to secure the mounting bracket to the wall.

[0035] Repeat this task, the wallboard to the inner peripheral surface all <br/> area of the wall, Ru mounting <br/> to form a joint between each wallboard.

[0036] Also, mount the wall plate material on the inner peripheral surface of the wall surface.
When using the mounting brackets according to claims 5 to 8, first mount
Fix the bracket body to the wall.

[0037] Next, in claims 5 to 7, the mounting bracket
A support plate is attached to the body, and the support is attached to the mounting bracket body in claim 8.
Fix the member.

[0038] Next, in claim 5, a support hole for the wall plate material
The support rod to support the pair of mounting brackets.
Insert two wall plates into the holding bar and
An auxiliary support bar is inserted between the plate materials.

[0039] Next, in claim 6, the support hole of the wall plate material
The support rod to support the pair of mounting brackets.
Insert two wall plates into the holding bar.

[0040] Next, in claim 7, a support hole for the wall plate material.
Of the mounting bracket by fitting the
While inserting the four wall plate materials into the support rod of,
Support rods and sub-support rods are interposed between each wall plate material.

[0041] Next, in claim 8, the support groove of the wall plate material
By inserting the into the support member,
Inserting the wall boards individually and supporting them between the wall boards
Intervene the convex part.

[0042] Next, make another installation in the support hole above this wall plate.
When the support rod of the metal fitting, the auxiliary support rod, and the support member are inserted
Together, this mounting bracket is fixed to the wall surface.

[0043] This work is repeated until the entire inner surface of the wall
Attach the wall board material to the area.

[0044] The outer peripheral wall surface of the corner portion, for example, when attaching the wallboard to the outer periphery of the corner <br/> column, firstly the horizontal portions of the support member and the opposite side of the mounting bracket of the mounting bracket of claim 4 prism Secure it to the four corner walls .

Next, the support plate of the mounting bracket the supporting groove of wallboard
2 pieces above and below the fan-shaped part that has a quarter arc between the
Of the wall plate material of the
The convex part is intervened.

[0046] Next, place two pieces on the bent outer surface of the support plate of the mounting bracket.
While fixing the wall plate material of each wall Support ridges between plate materials
Intervene.

Next, both the Ru to fit the supporting piece of another mounting bracket above the support groove of the wall plate to secure the mounting bracket to the wall. At this time, the vertical degree of the wall plate material with respect to the floor surface is adjusted by a fitting such as a nut attached to the fitting.

[0048] Repeat this work, the wall of the corner portion
A wall board material is formed on the entire outer peripheral surface of the surface, and joints are formed between the wall board materials.
And install it.

[0049] Also, when mounting the wall plate on the inner peripheral surface of the wall
Is the same as the mounting of the mounting brackets according to claims 2, 3, 5 to 8 above.
Is.

[0050]

Embodiments of the present invention will be described with reference to the drawings.

[0051] In particular components used in the method of attaching the wallboard to the inner peripheral wall surface of the corner portion, FIG. 1 to FIG. 4, FIG. 24
Further, as shown in FIG. 25 , it is composed of a mounting member 10 and a wall plate member 26.

As shown in FIGS. 1 and 2, the mounting bracket 10 includes a mounting bracket main body 12, a support member 20, and an auxiliary plate 2.
9 and 9.

The mounting bracket body 12 has another horizontal portion 1 having a through hole (not shown) in the horizontal portion 14 having a through hole (not shown).
6 are arranged in parallel at appropriate intervals. More specifically, an inclined portion 18 is provided obliquely upward on one side in the length direction of one horizontal portion 14, and the inclined portion 18 is provided. 1
Another horizontal portion 16 is provided on the front end side of 8 in parallel with the horizontal portion 14.

The support member 20 is constructed by vertically arranging a vertical horizontal plate 24 at one end of the horizontal plate 22 and vertically arranging a support 25 on the horizontal plate 22 near the vertical horizontal plate 24. In this embodiment, a screw portion 27 is provided on the outer periphery of the support 25, and the horizontal plate 22 and the vertical horizontal plate 24 are semicircular.

[0055] auxiliary plate 29 of similar shape and the supporting member 20 is provided.

[0056] The configuration of the mounting bracket 10, mounting bracket 1
The support member 20 is attached to the one horizontal portion 16 of the support member 2
The horizontal plate 22 of 0 is attached to one horizontal portion 16 of the mounting bracket main body 12.
The auxiliary plate 29 is mounted toward the side, and an auxiliary plate 29 is interposed between the one horizontal portion 16 and the horizontal plate 22 of the mounting bracket body 12.

As shown in FIG. 3, the wall plate member 26 is a quadrangular flat plate formed by forming support grooves 28 at the outer peripheral edges of the four corners, and the thickness of the support groove 28 is the horizontal plate 22 of the support member 20.
It is necessary to correspond to the thickness of the vertical horizontal plate 24.

The support groove 28 is formed by the horizontal plate 22 and the vertical water.
Since may be a shape flat plate 24 is fitted, it is a sector with a 1/4 arc.

[0059] will be described means for perforating the support grooves 28 in the wall plate 26 here.

As shown in FIG . 4, first, the wall plate member 26 is placed on the workbench 30.

Next, the perforated fan-shaped support groove 28 having a quarter circular arc at each corner of the wall plate 26 by perforator 34 having two heavy blade body 32 to the tip. At this time, by rotating the blade body 32 at the tip of the punching machine 34, it is possible to easily punch the fan-shaped support groove 28 having a quarter arc at each corner of the wall plate material 26.

When the wall plate member 26 is mounted on the wall surface 36 according to this embodiment, the other horizontal portion 14 of the mounting member 10 is fixed to the wall surface 36 in advance, and then the supporting member 20 for the mounting member 10 is attached.
The support groove 28 of the wall plate member 26 is fitted to the horizontal plate 22 and the vertical horizontal plate 24, and the wall plate member 26 is sandwiched and fixed between the auxiliary plate 29 and the horizontal plate 22 and the vertical horizontal plate 24. At this time, the support groove 28 at one corner of the wall plate member 26 is fitted into the fan-shaped portion of the horizontal plate 22 of the support member 20 having a quarter arc, and the remaining quarter plate of the horizontal plate 22 of the support member 20 has a quarter arc. A supporting groove 28 at one corner of another wall plate member 26 is also fitted to the fan-shaped portion, and two wall plate members 2 are attached to the vertical horizontal plate 24.
By mounting 6 on each of the four wall plate members 26, one support member 22 supports each corner of the four wall plate members 26, and the two pairs of wall plate members 26 are arranged at right angles.

Next, the upper support grooves 28 of the wall sheet 26
A horizontal plate 22 and a vertical horizontal plate 24 of another mounting bracket 10
And the mounting member 10 is fixed to the wall surface 36. At this time, the mounting bracket 1 formed by mounting the support member 20
0 is fixed to the wall surface 36 by inserting the fixing tool 40 into the through hole (not shown) of the horizontal portion 14 on the side opposite to the side on which the support member 20 is mounted, and then to the horizontal portion 16 of the mounting bracket body 12. The support member 20 is fixed by inserting the support body 25 of the support member 20 into the through hole of the horizontal portion 16 and fixing the support member 20 through the fixture 38. The fixture 38 used in the present embodiment is a fixture such as a nut, and the fixture 40 is a fixture such as an anchor bolt. Further, the attachment 38 adjusts the vertical degree of the wall plate member 26 with respect to the floor surface.

Next, one by fitting the corner of the supporting groove 28 of the fan-shaped portion in a separate wall plate 26 with a quarter arc of the exposed horizontal plate 22 and the vertical horizontal plate 24 of the support member 20 The support member 20 of FIG.

[0065] repeated this work, attaching a large number of wall plate 26 to the wall 36.

[0066] In addition, is shown another mounting bracket 33 of this type in FIG. 5, the mounting bracket 33 is for the shape of the support member 20 of the mounting member 10 are different, the supporting member 42 of this embodiment Are provided with supporting projections 44 in three directions that divide the circumference of the semicircular horizontal plate 22 into four equal parts, and with supporting projections 44 in one direction that divides the circumference of the vertical horizontal plate 24 into four equal parts. The auxiliary disc 46 is used instead of the auxiliary plate 29. At this time, the support groove 28 of the wall plate member 26 is set to the radius of the horizontal plate 22 and the vertical horizontal plate 24 (the horizontal plate 2 excluding the support protrusions 44).
2 and the radius of the vertical horizontal plate 24 itself) and the depth thereof, the support protrusion 44 is not fitted into the support groove 28. It remains outside the vertical horizontal plate 24.

[0067] Horizontal plate 2 of the support member 42 of the present mounting bracket 33
By fitting the support groove 28 of the wall plate member 26 on the circumference of each of the vertical plate 2 and the vertical horizontal plate 24, the support protrusions 44 remain between the wall plate members 26. A gap is created between the plate members 26, and the gap forms a joint 48 between the adjacent wall plate members 26.

[0068] Thus, the width of the joint 48 is determined according to the width of the support protrusions 44.

[0069] In addition, wallboard 26 to the wall 36 in FIGS. 6 to 8
A mounting bracket 152 for mounting the mounting bracket 152 is shown. The mounting bracket 152 is composed of a mounting bracket body 154, a support plate 162, a support rod 168, and a support member 170.

The mounting bracket main body 154 comprises a horizontal portion 156 and another horizontal portion 158 provided vertically. In this embodiment, the horizontal portions 156 and 158 are provided with elongated holes 160 for adjusting the position and width, respectively.

The support plate 162 includes a pair of support rod holes 164.
And the support member holes 166 are formed by flat plates. In the present embodiment, the support rod hole 164 and the support member hole 166 are provided on one side of the flat plate, the support member hole 166 is provided in the center, and the support rod hole 164 is provided on both sides thereof. The support rod hole 164 is a long hole whose position can be adjusted in the width direction, and the support member hole 166 has a shape corresponding to a vertical member 172 of the support member 170 described later. Further, a long hole 167 for adjusting the width direction is formed near the other side of the support plate 162.

The support rod 168 is not particularly limited in shape, such as a round rod type, a prism type, a flat type, as long as it has a size corresponding to the support hole 106 (see FIG. 28) formed in the wall plate member 26 . .

The support member 170 is a cross-shaped member,
The width of the vertical member 172 is formed to be slightly wider than that of the horizontal member 174, the upper portion of the vertical member 172 that contacts the horizontal member 174 is formed shorter than the lower portion, and the shape of the support member 170 is a round bar shape, a prismatic shape, The flat plate type is not particularly limited.

[0074] The configuration of the mounting member 152 of the present embodiment, one of the horizontal portion 156 of the mounting bracket 154, the support plate 162
Are mounted in parallel, and the support rods 168 are inserted into the pair of support rod holes 164 of the support plate 162, respectively.
The vertical member 172 of the cross-shaped support member 170 is inserted through the support member hole 166 of 62.

Further , as shown in FIG. 28 , the wall plate member 26 used in this embodiment has a support hole 106 formed in the outer peripheral edge thereof.

When the wall plate member 26 is mounted on the wall surface 36 according to this embodiment, the horizontal portion 158 of the mounting metal fitting body 154 opposite to the support plate 162 is fixed to the wall surface 36 in advance. On this occasion,
Since the elongated hole 160 is provided in the horizontal portion 158 of the mounting device main body 154, the position adjustment in the vertical direction is possible.

[0077] Next, the parallel mounting the support plate 162 to the other of the horizontal portion 156 of the mounting bracket 154. At this time, the support plate 162 can be attached to the mounting bracket main body 154 so as to be adjustable in the width direction by the long hole 160 of the horizontal portion 156 and the long hole 167 of the support plate 162.

Next, the support rod 168 with is inserted into the support rod hole 164 of the support plate 162, the support member hole 166
The vertical member 172 of the support member 170 is inserted into the. At this time, since the support rod hole 164 is a long hole, the position of the support rod 168 to be inserted can be adjusted.

[0079] causes fitting the support hole 106 of each wallboard 26 under the pair of support rods 168, each wall plate 2
The support member 170 is interposed between the six.

[0080] cause a gap between each wall plate 26 adjacent the support member 170, to form a joint 48 between the wall plate 26 the gap is adjacent.

[0081] Thus, the width of the joint 48 is determined in correspondence with the width of the support member 170.

[0082] Further, by missing the cross-shaped support member 170, without forming a joint 48 between the wall plate 26, it is also possible to attach each wallboard 26 to the wall 36,75.

Further , FIG. 9 shows a supporting plate 174 used for another mounting member of this kind, and this supporting plate 174 includes the mounting member main body 154 and the supporting plate 162 of the mounting member 152.
Are integrally formed, and the other constituent elements are the same as those in the above-described embodiment, and thus the description thereof will be omitted.

Further , FIGS. 10 and 11 show a supporting plate 176 used as a mounting member for mounting the wall plate member 26 on the outer periphery of the wall surface 75 at the corner portion of the prism 73, and this supporting plate 176 is the mounting member. The positions of the support rod hole 164 and the support member hole 166 formed in the support plate 162 of 152 are different.

The support rod hole 164 of this embodiment is used for the support plate 1
The one end of the one side of 76 and the other side of the one side that is adjacent to the one side at right angles are perforated in the orthogonal state, and the support member hole 166 is formed in the other end of the one side of the support plate 176. Has been done.

When the wall plate member 26 is mounted by the mounting bracket of this embodiment, the mounting bracket is mounted on the wall surface 75 of the corner portion of the prism 73.
The support holes 106 of the wall plate member 26 are fitted into the respective support rods 168, and the wall plate member 26 is attached to the outer periphery of the wall surface 75 at the corner.

In addition, in FIG. 12 and FIG.
A support plate 178 used for attaching the wall plate member 26 to the inner periphery of the wall surface 36 is shown. The support plate 178 is a support rod hole 1 formed in the support plate 162 of the attachment fitting 152.
64 and Position of Support Member Hole 166 and Support Plate 16
The shapes of 2 are different.

[0088] The support plate 178 of the present embodiment is a flat plate of a substantially L-shaped, the support rod hole 164, the L-shaped projections and the projecting portion and the right angle adjacent the other side of the support plate 178 Holes 166 for supporting members are formed at one end in a perpendicular state.
Is bored in the center of the support plate 178 on the other side.

When mounting the wall plate member 26 with the mounting member of this embodiment, the mounting member is fixed to the inner circumference of the wall surface 36 at the corner portion, and then the supporting holes 10 of the wall plate member 26 are attached to the respective supporting rods 168.
6 is fitted, and the wall plate material 2 is provided on the inner periphery of the wall surface 36 at the corner portion.
Install 6.

Further , as shown in FIG. 14, FIGS.
The support member 170 of the embodiment shown in FIG. 4 is a barbed shape, and the joint 48 is formed between the wall plate members 26 that are laterally adjacent to each other.
It is free to appropriately use another joint forming member 180 between the wall plate members 26 that are vertically adjacent to each other.

Further , FIG. 15 , FIG. 16, FIG. 24 and FIG.
5 shows another embodiment.

[0092] mounting member 80 of this embodiment is for mounting a wall plate 26 on the outer periphery of the wall 75 of the U over Na <br/> over part of the prism 73, of the embodiment shown in FIGS. 1 and 2 Support member 20
Instead of, the bent end of the support plate 74 is formed by bending one end vertically, and the supporting protrusion is provided on the outer peripheral edge in the diametrical direction that divides the circumference into four equal parts.
The semicircular support pieces 76 having a 44, which uses a support member 82 made by disposed toward the supported parallel to plate 74 side and the support plate 74, one of the horizontal portions of the mounting bracket 12 16, the support plate 74 side of the support member 82 is attached to the mounting bracket body 1
2 is mounted toward the horizontal portion 16 side, and the mounting bracket 8
The side opposite to the support member 82 of No. 0 is fixed to the wall surface 75, and a quarter between the support plate 74 and the support piece 76 of this support member 82 is fixed.
Support grooves 28 for the two wall plate members 26 are formed in the fan-shaped portion having an arc.
The upper and lower wall plate members 2 are fitted on the bent outer surface of the support plate 74.
6 is fixed, and the supporting protrusions 44 are provided between the wall plate members 26.
By intervening the
Attach the wall plate material to the bent outer surface of the support plate 74, and
While supporting each, joint 48 between each wall plate material 26
Can be formed.

Further , since the long hole 13 is provided in the horizontal portion 14 of the mounting fitting 80 of this example, even if the small hole (not shown) which is previously positioned on the wall surface 75 and drilled is displaced,
The fixture 40 can be inserted through the elongated hole 13 of the horizontal portion 14 of the mounting bracket 80 by appropriately shifting it, and some errors are suppressed. In addition, this small hole may not be previously drilled in the wall surface 75.

Further , FIGS. 17 to 19 show another embodiment.

[0095] The present example of the mounting bracket 100, mounting bracket 1
The support rod 102 is fixed in parallel to the horizontal portion 16 on one of the horizontal portions 16 of the second sub-support rod 1 in the direction orthogonal to the support rod 102.
No. 04 is provided and an auxiliary plate 46 is interposed between the horizontal portion 16 and the support rod 102.
00 is fixed to the wall surface 75 on the opposite side to the support rod 102, the support hole 106 at the outer peripheral edge of the wall plate member 26 is fitted into the support rod 102, and the wall plate member 26 is placed between the support rod 102 and the auxiliary plate 46. Two wall plate materials 2 are attached to the support rod 102 by sandwiching them.
6 to support the respective support holes 106, and the auxiliary support rod 10
By interposing 4 between each wall plate member 26, the wall plate member 2
6 can be arranged, and the joint 48 can be formed between the wall plate members 26.

Further , FIG. 20 shows an example in which the joint 48 is not formed between the wall plate members 26 in the above-mentioned embodiment, and in this embodiment, the auxiliary support rod 104 of the above-mentioned embodiment is omitted.

[0097] 21 to 23 are supplementary to the present invention.
Means for supporting the central portion of the wall plate material 26 to be used on the wall surface 75
Is disclosed.

[0098] carrier 84 shown in FIGS. 21 and 23,
Intended to be mounted on the wall surface 75, on one end of the support member 86,
A disc 88 is vertically provided so that its length can be adjusted. The side of the mounting bracket 84 opposite to the disc 88 is fixed to the wall surface 75, and the wall plate member 26 is fixed to the disc 88. . The length can be freely adjusted by mounting the disc 88 on the support member 86 via the adjustment fitting 90 having a threaded portion on the inner circumference.

Reference numeral 91 in the drawing denotes a spanner hook.

The support shown in FIGS. 22 and 23
The two of using the L-shaped plate 94, in the length direction on each L-shaped plate 94 is perforated with elongated holes 96, the fixture 98 is inserted and fixed to both holes 96, and the adjustable length is there.

[0102] Further, there is shown another embodiment of the present invention in FIGS. 26 and 27.

[0102] Mounting bracket 108 of this embodiment, mounting bracket 1
The support rod 102 is fixed in parallel to the horizontal portion 16 on one of the horizontal portions 16 of the second sub-support rod 1 in the direction orthogonal to the support rod 102.
No. 04 is provided, and auxiliary support rods 110 are provided at both ends of the auxiliary support rod 104 in parallel with the support rod 102.
5, the auxiliary support rod 110 is fitted into the support hole 106 at the outer peripheral edge of the wall plate member 26, and the support rod 102
By interposing the auxiliary support rods 104 between the wall plate members 26, the auxiliary support rods 110 can support the four wall plate members 26 and the joint 48 can be formed between the wall plate members 26.

[0103] Further, by missing the support rod 102, without forming a joint 48 between the wall plate 26, it is also possible to attach each wallboard 26 to the wall 75.

[0104] Further, there is shown another embodiment in FIG 29.

[0105] Mounting bracket 112 of the present example, flat plate fixing holes 1
A diametrical direction that divides the circumference into four equal parts parallel to one side surface of the mounting bracket body 120 formed by boring 18 through the support body 122.
Disk-shaped support member 1 having support protrusions 132 on the outer peripheral edge of the
24 is fixed.

[0106] wall surface 75 using the mounting bracket 112 of the present embodiment
When the wall plate member 26 is attached to the wall member, first, the mounting bracket body 120 of the mounting bracket 112 is fixed to the wall surface 75 . At this time, fixing is performed by inserting a screw (not shown) into the fixing hole 118.

[0107] Next, dissipate fitting the support grooves 28 of the wall plate 26 to the fan section having a quarter circular arc of the support member 124 of the mounting bracket 112, the supporting convex portion 132 between each wall plate 26
By intervening, the support member 12 of the mounting bracket 112
The circumference of 4 Ru by fitting the four of wallboard 26 respectively when co
In, that to form a joint 48 between the wall plate members 26. At this time, the fixing force can be increased by interposing an adhesive agent between the wall surface 75 and the wall plate member 26.

[0108] Next, another mounting bracket above the wallboard 26 1
Twelve support members 124 are fitted and the mounting fitting 112 is fixed to the wall surface 75 .

[0109] Repeat this work, attaching the wall plate 26 to the wall surface 75 throughout.

In this embodiment, the mounting bracket body 1
2, the inclined portion 18 is provided obliquely upward on one side in the length direction of the one horizontal portion 14, and another horizontal portion 16 is provided parallel to the horizontal portion 14 on the tip end side of the inclined portion 18. However, the shape is not particularly limited as long as another horizontal portion 16 is provided in parallel with one horizontal portion 14 at a suitable distance in the vertical direction.

In addition, in this embodiment, the support members 20,
42, 76 , 82 are integrally provided with the support body 25, but the support body 25 is provided as a separate body, and
And the supporting members 20, 42, 76 and 82,
It is also possible to fix both insertion ends of the support body 25 with a fixture.

Further , in this embodiment, the mounting bracket body 1
Although the through hole of the horizontal portion 16 of 2 is a small hole,
2 is a long hole in a direction orthogonal to the long hole 13 of the horizontal portion 14,
It is free to be laterally adjustable.

[0113] Further, in this embodiment, as the wallboard 26 slate, wood plate, it can be used as long as the plate material tile and the like.

The wall plate member 26 used in this embodiment is a rectangular plate member, but the shape is not particularly limited as long as it is an elliptical or elongated plate member.

The support members 20, 42, 7 of this embodiment are also
6, or between support rods 102 of the support grooves 28 of 82,124 and wallboard 26, is free to cause intervention of an adhesive between the support hole 106 of the auxiliary supporting bar 11 0 and wallboard 26.

Further , the auxiliary plate 26 and the auxiliary disc 4 of this embodiment.
When using 6 , adhesive is free to intervene on the contact surface of the wallboard 26.

[0117] The support member 20 of this embodiment, 42, 7
6 is a semi-circular shape, but a rhombus may be bisected,
The shape may be a rectangle, or any other shape as long as it has an area capable of supporting the wall plate member 26.

[0118] The supporting member 1 24 of the present embodiment is circular, as long as a shape having an area capable of supporting the wall plate 26, and may be another shape.

Further, although the support rod 102, the sub-support rod 104 and the auxiliary support rod 110 of this embodiment are cylindrical in the drawing, they may be prismatic or flat, and the shapes are not particularly limited.

The support members 20, 42, 76 , 82,
Although the 124, the support rod 102, the auxiliary support rod 104, and the auxiliary support rod 110 are all mounted on the mounting bracket body 12, the support members 20, 42, 76 , 82, 124 and the support rod 102, the auxiliary support rod 104, It is also possible to directly fix the auxiliary support rod 110 to the wall surface 36 and the wall surface 75 so that the length thereof can be adjusted.

[0121]

According to the method of mounting a wall plate material on a wall surface according to the present invention, a mounting bracket made by mounting a support member on the mounting bracket body, and a wall plate member having a support groove formed in the outer peripheral edge thereof,
By fixing the side of the mounting bracket opposite to the support member to the wall surface and fitting the support groove of the two or four wall plate members into this support member, the support member has two or four wall plate members. Since it can be supported, the wall plate material can be reliably attached to the wall surface, and the attachment work is easy.

Further, since the support groove and the support hole of the wall plate material can be formed by making a hole in the outer peripheral edge, it is not necessary to move the wall plate material in the vertical and horizontal directions to form the wall plate material. Even if it does, the support groove and the support hole can be easily formed.

Further, by providing a supporting convex portion on the outer peripheral edge in the diametrical direction that divides the circumference of the supporting member into four equal parts, each supporting member is provided.
Support protrusions are inserted between the wall plates that are fitted (inserted) in the member.
And forming joints between each wall plate to be attached to the wall
Moreover, the width of the joint can be made uniform.

By interposing the auxiliary plate between the support member and the mounting bracket body, the wall plate material can be reliably sandwiched between the support member and the auxiliary plate, so that the fixing force of the wall plate material is reduced. Can be increased.

Further , since the four wall plate members can be attached to the supporting member, the wall plate members can be attached to the wall surface in both vertical and horizontal directions at the same time, and the wall plate members are not misaligned and evenly distributed over the entire wall surface. You can attach the wall board material to.

[Brief description of drawings]

FIG. 1 is a perspective view of a mounting bracket according to the present invention.

FIG. 2 is a plan view showing a usage state of the same.

FIG. 3 is a perspective view of a wall plate material according to the present invention.

FIG. 4 is a side view showing a state in which a support groove is formed in the wall plate material.

FIG. 5 is a perspective view of a mounting bracket according to another embodiment.

FIG. 6 is a perspective view of a mounting bracket according to another embodiment.

FIG. 7 is an exploded perspective view of the same.

FIG. 8 is a plan view showing a usage state of the same.

FIG. 9 is a perspective view of a support plate according to another embodiment.

FIG. 10 is a perspective view of a support plate according to another embodiment.

FIG. 11 is a plan view showing a usage state of the same.

FIG. 12 is a perspective view of a support plate according to another embodiment.

FIG. 13 is a plan view showing a usage state of the same.

FIG. 14 is a front view showing a usage state of a mounting bracket according to another embodiment.

FIG. 15 is a perspective view of a mounting bracket according to another embodiment.

FIG. 16 is a plan view showing a usage state of the same.

FIG. 17 is a perspective view of a mounting bracket according to another embodiment.

FIG. 18 is a side view showing a usage state of the same.

FIG. 19 is a plan view showing a usage state of the same.

FIG. 20 is a perspective view of a mounting bracket according to another embodiment.

FIG. 21 is a perspective view of a support tool used as an auxiliary.

FIG. 22 is a perspective view of another support tool used as an auxiliary.

FIG. 23 is a state in which the support shown in FIGS. 21 and 22 is used.
FIG.

FIG. 24 is a front view showing a usage state of the main embodiment.

FIG. 25 is a plan view of the same.

FIG. 26 is a perspective view of a mounting bracket according to another embodiment.

FIG. 27 is a front view showing a usage state of the same.

FIG. 28 is a side view of another wall board material.

FIG. 29 is a perspective view of a mounting bracket according to another embodiment.

FIG. 30 is a perspective view showing a usage state of a conventional example.

FIG. 31 is a sectional view of the same.

FIG. 32 is a side view showing a usage state of another conventional example.

[Explanation of symbols]

 10 mounting bracket 12 mounting bracket main body 14 horizontal part 16 horizontal part 20 support member 22 horizontal plate 24 vertical horizontal plate 26 wall plate material 28 support groove 29 auxiliary plate 36 wall surface 44 support convex portion 48 joint 75 wall surface 102 support rod 104 sub-support rod 106 Support hole 110 Auxiliary support rod

Claims (16)

[Claims] 1. A method for mounting a large number of wall plate members on a wall surface, wherein a horizontal plate is provided on one horizontal part of a mounting bracket body in which another horizontal part is provided in parallel to the horizontal part at an appropriate distance in the vertical direction. Attach a support member consisting of a vertical horizontal plate standing upright at one end of the bracket to the horizontal plate of the support member toward one horizontal part side of the mounting bracket body, and support it with one horizontal part of the mounting bracket body. It consists of a mounting bracket made by interposing an auxiliary plate between the horizontal plate of the member, and a wall plate material having a support groove drilled in the outer peripheral edge, and the side opposite to the supporting member of the mounting bracket is fixed to the wall surface, The support groove of two wall plate materials is fitted to the horizontal plate of this support member, the support groove of another two wall plate materials is fitted to the vertical horizontal plate of the support member, and the wall plate material is made horizontal by the auxiliary plate. Two pairs of wall plate materials are attached to the support member by sandwiching them between the plates. Mounting of the wall plate to the wall, characterized in that to directly disposed. 2. A method of mounting a large number of quadrangular wall plate members on a wall surface, wherein a pair of support rod holes and a pair of support rod holes are provided in one horizontal portion of a mounting bracket body in which another horizontal portion is vertically provided in the horizontal portion. The support plates having the support member holes drilled are mounted in parallel, the support rods are respectively inserted into the pair of support rod holes of the support plate, and the cross-shaped support members are provided in the support member holes of the support plate. It consists of a mounting bracket that is inserted, and a wall plate material that has support holes drilled in the outer peripheral edge.The mounting plate main body is fixed to the wall opposite to the support plate, and a pair of support rods each have two walls. A wall surface characterized in that the support plate supports four wall plate members by inserting support holes in the plate members and interposing support members between the wall plate members, and forming joints between the wall plate members. How to attach the wall plate material to the. 3. A method of mounting a large number of quadrangular wall plate members on a wall surface, wherein a horizontal portion formed by forming a pair of support rod holes and support member holes is provided with another horizontal portion vertically. A mounting bracket in which the supporting rods are inserted into the pair of supporting rod holes of the mounting bracket body, and a cross-shaped supporting member is inserted into the supporting member holes, and a wall plate material in which the supporting holes are drilled in the outer peripheral edge. By fixing the mounting member opposite to the support member to the wall surface, inserting the support holes of the two wall plate members into the pair of support rods, and interposing the support member between the wall plate members. ,
A method of mounting a wall plate member on a wall surface, which comprises supporting four wall plate members on a support plate and forming joints between the wall plate members. 4. A method for mounting a large number of wall plate members on a wall surface, wherein one horizontal portion of a mounting bracket main body is provided, in which another horizontal portion is provided in parallel to the horizontal portion at a suitable distance in the vertical direction. At the bent end of the support plate that is bent vertically, place a semicircular support piece with a support protrusion on the outer peripheral edge in the diametrical direction that divides the circumference into four parts, facing the support plate parallel to the support plate. the support member made by disposed Te, a mounting bracket comprising a support plate side of the support member one towards the horizontal portion is mounted in the mounting bracket, to drill the support grooves on the outer circumferential <br/> edge The wall plate material that is made up of
Sector having a quarter arc between the support plate and the support piece of the material
Insert the support groove of the wall plate into the
While fixing the wall plate material of
By intervening, two wall plates are placed around the semicircle of the support piece.
The method of attaching a wall plate member to a wall surface, characterized in that two wall plate members are respectively supported on the bent outer surface of the support plate, and joints are formed between the wall plate members. 5. A method for mounting a large number of quadrangular wall plate members on a wall surface, wherein one horizontal portion of a mounting metal fitting main body is provided in which another horizontal portion is provided in parallel to the horizontal portion at an appropriate distance in the vertical direction. A mounting bracket in which a supporting rod is fixed in parallel with a horizontal portion, a sub-supporting rod is provided in a direction orthogonal to the supporting rod, and an auxiliary plate is interposed between one horizontal portion of the mounting bracket body and the supporting rod. And a wall plate material having support holes drilled at the outer peripheral edge, and the side opposite to the support rod of the mounting bracket is fixed to the wall surface, and the support hole of the wall plate member is fitted into this support rod, and the wall is supported by the auxiliary plate. By sandwiching the plate member with the support rod and interposing a sub-support rod between the wall plate members, the support rod supports the two wall plate members and forms joints between the wall plate members. A method of attaching a wall plate material to a wall surface characterized by. 6. A large number of rectangular wall plate members are attached to the wall surface.
Method Another horizontal part is parallel to the horizontal part with a proper distance in the vertical direction.
Supported on one horizontal part of the mounting bracket body
Fix the rod parallel to the horizontal part,
Mounting by inserting an auxiliary plate between the horizontal part of the
Metal fittings, wall plate material with support holes drilled in the outer peripheral edge,
It consists of Fix the side of the mounting bracket opposite the support rod to the wall surface
Insert the support hole of the wall plate material into the rod, and use the auxiliary plate
By sandwiching it between the support rod,
Supporting the wall plate material to the wall surface characterized by supporting the wall plate material
How to install. 7. A method for mounting a large number of quadrangular wall plate members on a wall surface, wherein one horizontal portion of a mounting metal fitting main body is provided in which another horizontal portion is provided in parallel to the horizontal portion at an appropriate distance in the vertical direction. , The support rod is fixed in parallel with the horizontal portion, the auxiliary support rod is provided in the direction orthogonal to the support rod, and the auxiliary support rods are provided at both ends of the auxiliary support rod in parallel with the support rod, and the outer peripheral edge. A wall plate made by forming support holes in the wall, and the side of the mounting bracket opposite to the support rod is fixed to the wall surface, the support hole of the wall plate is fitted into the auxiliary support rod, and the support rod is provided between the wall plates. And a method of mounting a wall plate member on a wall surface, wherein the auxiliary support bar supports four wall plate members and a joint is formed between the wall plate members by interposing a sub support rod. 8. A method of mounting a large number of wall plate members on a wall surface, wherein a mounting metal fitting main body having a fixing hole formed in a horizontal portion is provided with a supporting convex portion on a diametrical outer peripheral edge that divides the circumference into four equal parts. The mounting bracket consists of a disc-shaped support member that is fixed in parallel in the vertical direction at an appropriate distance, and a wall plate material that has support grooves drilled in the outer peripheral edge. The support member is fixed to the wall surface, the support groove of the wall plate material is fitted into the fan-shaped portion having the quarter arc of the support member of the mounting bracket, and the support convex portion is interposed between the wall plate materials, so that the circumference of the support member is reduced. A method for mounting a wall plate member on a wall surface, which comprises supporting four wall plate members with a joint and forming joints between the wall plate members. 9. A mounting member main body comprising a horizontal portion and another horizontal portion provided in parallel in the vertical direction with an appropriate distance therebetween, and a support member comprising a vertical horizontal plate vertically provided at one end of the horizontal plate. And the auxiliary plate.The supporting member is provided on one horizontal part of the mounting bracket body, and the horizontal plate side of the supporting member is directed to one horizontal part side of the mounting bracket main body and one horizontal part of the mounting bracket main body. A mounting bracket for a wall plate, which is fixed in parallel and has an auxiliary plate interposed between the horizontal plate of the supporting member and one horizontal portion of the mounting bracket body. 10. A mounting metal fitting main body in which another horizontal portion is vertically provided in the horizontal portion, a support plate in which a pair of support rod holes and a support member hole are respectively bored, and a pair of support rods. , A cross-shaped support member, the support plate is attached in parallel to one horizontal portion of the mounting bracket body, and the support rod is inserted into the pair of support rod holes of the support plate, respectively. A mounting bracket made by inserting the support member into the hole for the support member. 11. A mounting metal fitting main body comprising a pair of support rod holes and support member holes, each of which has a horizontal portion vertically provided on another horizontal portion, a pair of support rods, and a cross shape. And a support member, wherein the support rod is inserted into each of the pair of support rod holes of the mounting fixture body, and the support member is inserted into the support member hole. 12. A mounting bracket main body comprising a horizontal portion and another horizontal portion provided in parallel with each other in the vertical direction at an appropriate distance, and a supporting plate formed by vertically bending one end of the mounting plate with a circumference. And a support member having a semicircular support piece provided with a support projection on the outer peripheral edge in the diametrical direction that is divided into four equal parts, and the support member is arranged parallel to the support plate and toward the support plate side. A mounting bracket in which a support member is mounted on one horizontal portion of the metal fitting body, with the support plate side of the supporting member facing the one horizontal portion side of the mounting metal body. 13. A mounting bracket comprising: a mounting bracket main body in which another horizontal part is provided in parallel to the horizontal part at an appropriate distance in the vertical direction, a support rod, a sub-support rod, and an auxiliary plate. A support rod is fixed to one horizontal portion of the main body in parallel with the horizontal portion, and a sub-support rod is provided in the direction orthogonal to this support rod, and the auxiliary rod is provided between the support rod and one horizontal portion of the mounting bracket body. A mounting bracket made by interposing a plate. 14. A horizontal part is provided with another horizontal part in the vertical direction as appropriate.
The mounting bracket body, which is installed in parallel with a distance,
It consists of a holding rod and an auxiliary plate, Place a support rod on one horizontal part of the mounting bracket body, parallel to the horizontal part.
Fixed to one side and one horizontal part of the support rod and mounting bracket body
Mounting bracket made by intervening an auxiliary plate between and. 15. A mounting bracket main body, wherein another horizontal part is provided in parallel with another horizontal part at a proper distance in the vertical direction, a supporting rod, a sub-supporting rod, and an auxiliary supporting rod. A support rod is fixed to one horizontal portion of the metal fitting body in parallel with the horizontal portion, a sub-support rod is provided in a direction orthogonal to this support rod, and auxiliary support rods are provided at both ends of the sub-support rod in parallel with the support rod. Mounting bracket provided. 16. A mounting member main body having a fixing hole formed in a horizontal portion, and a disc-shaped supporting member having a supporting convex portion on an outer peripheral edge in a diametrical direction that divides the circumference into four equal parts, A mounting bracket in which a support member is fixed to the mounting bracket body in parallel in the vertical direction at an appropriate distance.