JP7718946B2 - Installation body - Google Patents

Description

The present invention relates to an arrangement such as a wiring box that is fixed to the pillars of a building where furring strips are installed, placed behind the wall, and houses wiring devices such as outlets and switches.

When attaching the wiring device to a wall material such as a partition wall in a building, an installation such as a wiring box that houses the wiring device is installed on a post erected behind the wall. Here, furring strips may be installed horizontally on the front surface of the post behind the wall. In this case, the wiring box needs to be installed on the post so that its front surface on the front wall side is flush with the surface of the furring strip, due to its relationship with the wall material erected on its opening side. Patent Document 1 proposes technology for such a wiring box.

The wiring box described in Patent Document 1 has a protrusion, a position indicator that indicates a position set back from the front of the wiring box by approximately the same dimension as the thickness of the furring strip installed on the front of the pillar, located on the edge between the side wall of the wiring box that forms the abutment surface with the pillar and its adjacent side wall. The position indicator is designed so that the distance between the rear end of the protrusion and the front of the wiring box is equal to the thickness of the furring strip. When attaching the wiring box to the pillar, the rear end of the protrusion of the position indicator is aligned with the front of the pillar and the abutment surface is fixed to the side of the pillar. This allows the front of the wiring box to protrude from the front of the pillar by the thickness of the furring strip, allowing the front of the wiring box to be positioned on the same plane as the surface of the furring strip.

Patent No. 3833516

However, in the wiring box described in Patent Document 1, the distance between the rear end of the protrusion on the position indicator and the front of the wiring box is set to be equal to the thickness dimension of one furring strip, and is constant. As a result, in locations where furring strips with a thickness different from that of one furring strip are installed, the position for fixing the wiring box to the pillar material is not displayed on the wiring box. As a result, for such furring strips, it was sometimes impossible to set the fixing position of the wiring box using the position indicator.

The present invention aims to provide an arrangement that allows the position at which it is fixed to the pillar material to be set in accordance with the thickness of multiple types of furring strip material.

The installation body of claim 1 is fixed to a pillar material and placed behind a wall,
The column includes a contact portion that contacts the column material and a fixing portion that can be fixed to the column material in a state where the contact portion is in contact with the column material,
In order to be installed in correspondence with the furring strip installed on the side surface that intersects with the abutted surface of the pillar material with which the abutment portion abuts, a furring strip thickness display portion that displays the thickness of the furring strip is provided at a position that is set back by the thickness of the furring strip from the front end surface facing the wall surface side,
The furring strip thickness display portion is formed in plurality to correspond to the thickness of a plurality of types of furring strip materials ,
At least two of the plurality of furring strip thickness indicating portions are formed side by side on a surface extending in a direction intersecting the contact direction of the contact portion .

In the arrangement of claim 2, at least two of the plurality of furring strip thickness indicating portions are formed in a line shape extending in the contact direction of the contact portion .
The arrangement of claim 3 particularly comprises a frame-shaped peripheral wall having a fixing portion, and at least two of the multiple furring strip thickness indicating portions are formed on the outer surface facing the side intersecting the side on which the fixing portion is provided, at a position adjacent to the edge of the wall surface on the abutting surface of the pillar material .
The arrangement of claim 4 particularly has a frame-shaped peripheral wall, a fixing portion protruding from the peripheral wall, and at least two of the multiple furring strip thickness indicating portions are provided on the fixing portion .

In the arrangement of claim 5, at least two of the plurality of furring strip thickness indicating portions are formed in a line shape extending in the contact direction of the contact portion.
In the arrangement of claim 6, at least two of the plurality of furring strip thickness indicating portions are arranged close to each other so that they can be seen from the same direction.

In this invention, a furring strip thickness indicator is provided at a position set back from the front end surface facing the wall surface by the thickness of the furring strip. Multiple furring strip thickness indicators are formed to accommodate the thickness of multiple types of furring strip, making it possible to set the position of the attachment to the pillar material to accommodate multiple types of furring strip.

1 is a perspective view showing an arrangement according to a first embodiment of the present invention; FIG. 2 is a perspective view of the arrangement of FIG. 1 as seen from the rear side. FIG. 2 is a perspective view showing the state in which the installation body of FIG. 1 is installed on a pillar. 4A is a left side view showing the state of FIG. 3, and FIG. 4B is a front view. FIG. 4 is a plan view showing the state of FIG. 3 . FIG. 10(a) is a perspective view showing an arrangement according to a second embodiment of the present invention, and FIG. 10(b) is a perspective view of the support body of FIG. FIG. 7 is a perspective view showing the state in which the installation body of FIG. 6 is installed on a pillar. FIG. 8 is a vertical cross-sectional view of the state of FIG. 7 as seen from the right side.

First Embodiment
First, an arrangement according to a first embodiment of the present invention will be described with reference to FIGS.
The wiring structure of the first embodiment is a wiring box. The wiring box is fixed to a pillar behind a wall of a building and is disposed behind the wall. In the following description, the up and down directions are described in accordance with the up and down directions in FIG. 1 .

As shown in Figures 1 and 2, the wiring box, which serves as the wiring unit, is formed into a rectangular box shape from synthetic resin material and houses wiring devices such as outlets and switches inside. The wiring box 10 has a rectangular plate-shaped bottom wall 11 and four peripheral walls 12 extending from each edge of the bottom wall 11. An opening 13 into which wiring devices can be inserted is formed on the side opposite the bottom wall 11. Protruding from the center of the short side at both the top and bottom ends of the bottom wall 11 are bosses 14 to which the top and bottom ends of a wiring device mounting frame (not shown) that holds the wiring devices are screwed, with the tip end of the boss facing the outside through the opening 13.

The four peripheral walls 12 are formed into a rectangular frame overall, and a pair of long-side peripheral walls 12, 12 are provided with multiple parallel fixing holes 16, each consisting of a long hole extending from the bottom wall 11 toward the opening 13. The long-side peripheral walls 12, 12 on both sides are formed with fixing seats 17 protruding from their outer surfaces. The fixing seats 17 have multiple elongated protruding plate portions 17a that protrude horizontally from the peripheral walls 12 and extend from the opening 13 toward the bottom wall 11, spaced apart in the vertical direction and parallel to each other. These fixing holes 16 and fixing seats 17 form a fixing portion 15 for fixing to a pillar 50. The outer surface of the fixing seat 17 forms an abutment surface 17b, which forms the abutment portion 18 that abuts against the pillar 50 shown in Figure 3 and elsewhere. When installing the wiring box 10 on the pillar 50, the abutment surface 17b of the fixing seat 17 is fixed in a state in which it abuts against the abutted surface 51 of the pillar 50. The fixing seat 17 may be formed on only one of the long side peripheral walls 12.

A connection opening 19 is formed in the peripheral wall 12 on the short side, to which the corrugated tube is connected. The periphery of the connection opening 19 is formed with a plate-like axial movement restricting portion 20 of a fixed thickness that protrudes inward in the pipe diameter direction. The axial movement restricting portion 20 fits into a recess on the outer surface of the corrugated tube, preventing the corrugated tube from slipping out in the axial direction. Although not shown, the corrugated tube has multiple parallel protrusions protruding from the outer surface in the pipe diameter direction in the pipe axial direction, with recesses formed between adjacent protrusions, through which electrical wires such as cables are inserted to protect them.

On the upper surface and under surface of the uppermost protruding plate portion 17a of the fixing portion 15 formed on the peripheral walls 12, 12 on both long sides, respectively, there is provided a furring strip thickness indicator 21 for indicating the thickness T of the furring strip material 60 shown in Figure 3, etc., which is installed on the side surface 52 that intersects with the abutting surface 51 of the post material 50 and faces the front side of the wall. The upper surface and under surface of the uppermost protruding plate portion 17a of the fixing portion 15 are the outer surfaces facing upward and downward from the protruding plate portion 17a, respectively; in other words, they can be said to be the outer surfaces facing the side that intersects with the side on which the fixing portion 15 is provided. The furring strip thickness indicator 21 is located adjacent to the abutment surface 51 of the pillar 50, and is set back from the front end surface 22, which is the leading edge surface of the peripheral wall 12 facing the wall surface and is at the same height as the opening 13, toward the bottom wall 11 by the horizontal thickness T of the furring strip 60 installed on the pillar 50. In other words, as shown in Figures 3 to 5, the distance L1 from the furring strip thickness indicator 21 to the front end surface 22 is the same dimension as the thickness T of the furring strip 60.

Multiple furring strip thickness indicators 21, four in this embodiment, are formed to correspond to multiple types of furring strip thickness T, four in this embodiment, of furring strip material 60, and are aligned on surface 17c extending in a horizontal direction intersecting the contact direction of abutment portion 18. The multiple furring strip thickness indicators 21 are formed in a line extending in the contact direction of abutment portion 18, and are arranged closely together so that they can be viewed from the same direction.

Next, a method for installing the wiring box 10, which is the wiring unit 1 of the first embodiment formed in this manner, on the pillar material 50 behind the wall will be described.
As shown in Figure 3, furring strips 60, which are abutted against wall panels of partition walls or the like, are installed horizontally on the side surfaces 52 of the erected pillars 50. Therefore, the surface of the furring strips 60 on the wall front side protrudes from the side surfaces 52 of the pillars 50 toward the wall front side by an amount equal to the thickness T.

To install the wiring box 10 in this state so that the front end surface 22 of the peripheral wall 12 is flush with the surface of the furring strip 60, first select one of the multiple furring strip thickness indicators 21 whose distance L1 from the front end surface 22 to the furring strip thickness indicator 21 is the same as the thickness T of the furring strip 60. Next, align the line of the furring strip thickness indicator 21 with the side surface 52 of the pillar material 50, and then abut the abutting surface 17b of the wiring box 10 against the abutted surface 51 of the pillar material 50. This determines the position of the wiring box 10 to be fixed to the pillar material 50, corresponding to the thickness T of the furring strip 60. Then, insert a screw into the fixing hole 16 of the fixing portion 15 from the inside of the wiring box 10 and screw it into the abutted surface 51 of the pillar material 50 to fix it.

As a result, as shown in Figures 3 to 5, the front end face 22 of the installed wiring box 10 protrudes beyond the side face 52 of the pillar material 50 toward the wall surface by an amount equal to the thickness T of the furring strip 60, so that the front end face 22 of the wiring box 10 and the wall surface of the furring strip 60 are aligned flush. When the wall material is then erected, the wall material abuts evenly against the opening 13 of the wiring box 10 and the surface of the furring strip 60. As a result, the wall panel is erected stably, perpendicular to the floor.

Next, the operation of the arrangement 1 of the first embodiment will be described.
A furring strip thickness display section 21 that displays the thickness T is provided at a position set back by the thickness T of the furring strip 60 from the front end face 22 facing the wall surface, and multiple furring strip thickness display sections 21 are formed to correspond to the thickness T of multiple types of furring strip materials 60, so the position of the arrangement body 1 to be fixed to the pillar material 50 can be set to correspond to the thickness T of multiple types of furring strip materials 60.

The multiple furring strip thickness indicators 21 are arranged close together on the protruding plate portion 17a of the fixing portion 15 so that they are visible from the same direction, so all of the furring strip thickness indicators 21 can be seen by looking at one location. Furthermore, because the multiple furring strip thickness indicators 21 are provided on the fixing portion 15, they are easy to see when fixing.

In addition, each furring strip thickness indicator 21 is formed in a line extending in the direction of contact with the contact portion 18, making it easy to see and aligning it in a straight line with the side surface 52 of the pillar material 50.

Furthermore, if six or more types of furring strip thickness indicators 21 corresponding to the multiple thicknesses T of the furring strip 60 were provided on each of the protruding plate portions 17a at the top and bottom of the fixing portion 15, the display would become crowded and disorganized, making it difficult to select. However, in this embodiment, only four types are provided, so there is no particular problem in selecting the furring strip thickness indicators 21.

In addition, the furring strip thickness indicator 21 is a fixed portion 15 that protrudes from the frame-shaped peripheral wall 12, is formed on the outer surface of the protruding plate portion 17a, and is located adjacent to the abutting surface 51 of the pillar material 50, making it easy to see and align adjacent to the pillar material 50.

Second Embodiment
Next, an arrangement according to a second embodiment of the present invention will be described with reference to FIGS.
The installation body 2 of the second embodiment is composed of an installation object and a support body 30, and the installation object is a wiring box 10 fixed to a pillar material 50 via the support body 30. Note that the installation body 1 of the first embodiment is a wiring box 10 fixed directly to the pillar material 50.

The support body 30 is formed integrally with a rectangular fixed plate portion 31 having a generally L-shaped plate shape and a fixing portion 33, and a support arm portion 32 that intersects with one side end of the fixed plate portion 31, extends away from the fixed plate portion 31, and supports the wiring box 10 of the installation target at a position away from the pillar material 50. The support arm portion 32 supports the wiring box 10 with its wall-facing surface abutting the outer surface of the bottom wall 11 of the wiring box 10. The support body 30 is fixed in a direction perpendicular to the abutting surface 51 of the pillar material 50 so that the extension direction of the support arm portion 32 is along the wall surface of the wall material.

The wiring box 10, which is the object to be installed, has the same configuration as the wiring box 10 in the first embodiment, and the front end surface 22 facing the wall surface is positioned on the wall surface beyond the side surface 52 of the pillar material 50. However, in the second embodiment, the wiring box 10 does not need to be formed with the furring strip thickness display portion 21.

As shown in Figures 2 and 8, the wiring box 10 has a hook portion 23 formed on the outer surface of the bottom wall 11 that is supported by the support arm portion 32 with the opening 13 facing the wall surface. The hook portion 23 is formed in a roughly L-shaped plate shape, and an insertion opening 23b is formed at the lower end, through which the support arm portion 32 is inserted from below toward the internal space 23a. In addition, an insertion hole 24, which is a vertically elongated hole, is formed in the center of the bottom wall 11, through which a screw 70 is inserted from the wall surface.

As shown in Figure 6, the length L3 of the fixing plate portion 31 of the support body 30 that protrudes toward the wall surface is the same as the length L4 from the bottom wall 11 of the wiring box 10 to the opening 13. When a wall material is then erected, the front end surface 22 on the opening 13 side of the wiring box 10 and the front end surface 39 of the fixing plate portion 31 are equally in contact with the back surface of the wall material.

The fixing plate portion 31 of the support body 30 has multiple fixing holes 34 formed near the support arm portion 32, through which screws 70 are inserted. The portion of the fixing plate portion 31 where the fixing holes 34 are formed constitutes the fixing portion 33 that is fixed to the abutment surface 51 of the pillar material 50 with the screws 70. The outer surface of the portion of the fixing plate portion 31 opposite the fixing portion 33 forms the abutment surface 36 that abuts against the abutment surface 51 of the pillar material 50, and this abutment surface 36 constitutes the abutment portion 35.

Multiple semicircular or U-shaped cutouts are formed on the upper and lower end faces of the fixing plate 31, and these cutouts form through-holes 37 that penetrate the contact surface 36 of the contact portion 35 and the surface opposite this contact surface 36. These through-holes 37 form the furring strip thickness indicator 38, and are located at a position set back from the front end surface 39 of the fixing plate 31 on the wall surface side by the thickness T of the furring strip 60. In other words, as shown in Figures 6 and 7, the distance L2 from the furring strip thickness indicator 38 to the front end surface 39 is equal to the thickness T of the furring strip 60.

The two through-holes 37 on each of the upper and lower end faces of the fixed plate portion 31, which indicate the thickness T of the furring strip 60, are arranged on the same vertical line. If a pair of upper and lower through-holes 37, 37 located on the same vertical line constitute one furring strip thickness indicator 38, a total of two furring strip thickness indicators 38 are provided on the fixed plate portion 31 to correspond to the furring strip 60 of two different thicknesses T. If the upper and lower through-holes 37 are not arranged on the same vertical line but are offset horizontally from each other, a total of four furring strip thickness indicators 38 will be provided to correspond to the furring strip 60 of four different thicknesses T. When the arrangement body 2 is installed on the pillar material 50, the multiple furring strip thickness indicators 38 provided on the fixed plate portion 31 are located adjacent to the wall-facing edge 51a of the abutting surface 51 of the pillar material 50. When viewed from the side that allows the position of the fixing plate portion 31 to be visually confirmed when it is installed on the pillar material 50, the furring strip thickness indicator portion 38 can also be said to be located on the surface 40 opposite the abutment surface 36 of the fixing plate portion 31.

The support arm 32 of the support body 30 extends away from the fixed plate 31 and is formed in the shape of a rectangular plate, with a constant width perpendicular to the longitudinal direction. A mounting hole 41, a narrow, elongated hole into which the shank of a screw 70 can be threaded, is formed along the longitudinal direction in the middle of the width of the support arm 32.

Next, a method for installing the wiring box 10 of the second embodiment configured as above on the pillar material 50 via the support body 30 will be described.
As shown in Figures 7 and 8, furring strips 60 are installed horizontally between the pillars 50 on the side surfaces 52 of the upright pillars 50. First, the wiring box 10 is attached and supported at any longitudinal position on the support arms 32 of the support body 30. To do this, the hooks 23 formed on the outer surface of the bottom wall 11 of the wiring box 10 are hooked onto the support arms 32, and the support arms 32 are inserted through the insertion openings 23b at the lower ends of the hooks 23. Next, screws 70 are inserted from the front side of the wall through the interior of the wiring box 10 and into the insertion holes 24 at the center of the bottom wall 11, and then screwed into the mounting holes 41 of the support arms 32 inserted into the hooks 23. This fixes and supports the wiring box 10 to the support arms 32.

Next, of the two furring strip thickness indicators 38, consisting of two pairs of upper and lower cutout holes formed on the upper and lower end faces of the fixing plate 31 of the support body 30, the furring strip thickness indicator 38 is selected, the distance L2 from the front end face 39 to the furring strip thickness indicator 38 being the same as the thickness T of the furring strip 60. The support body 30 is then moved in the front-to-rear direction to align the position of the selected furring strip thickness indicator 38 with the side surface 52 of the pillar material 50, and the abutting surface 36 of the fixing plate 31 is abutted against the abutted surface 51 of the pillar material 50. This determines the position of the wiring box 10 to be fixed to the pillar material 50, corresponding to the thickness T of the furring strip 60. Then, a screw 70 is inserted through the fixing hole 34 of the fixing plate 31 and screwed into the abutted surface 51 of the pillar material 50 to secure it in place.

As a result, as shown in Figures 7 and 8, the front end face 39 of the installed wiring box 10 protrudes from the side face 52 of the pillar material 50 toward the wall surface by an amount equal to the thickness T of the furring strip 60, so that the front end face 22 of the wiring box 10, the front end face 39 of the fixing plate portion 31, and the surface of the furring strip 60 are all aligned flush. Therefore, when the wall material is subsequently erected, the wall material abuts evenly against the opening 13 of the wiring box 10 and the surface of the furring strip 60. This allows the wall panel to be erected stably, perpendicular to the floor.

In the above example, the wiring box 10 is supported by the support arm 32 of the support body 30 to form the arrangement body 2, and then fixed to the pillar material 50. However, it is also possible to first fix the support body 30 to the pillar material 50, and then support the wiring box 10 on the support arm 32.

In the second embodiment of the arrangement 2, all of the multiple furring strip thickness indicators 38 are provided on the fixing plate 31, so all of the furring strip thickness indicators 38 can be seen by looking at one location, and because they are all positioned close to the fixing portion 33, they are easy to see when fixing.

The multiple furring strip thickness indicators 38 are formed on the surface 40 opposite the abutting surface 36 of the fixed plate portion 31, adjacent to the wall-facing edge 51a of the abutted surface 51 of the pillar material 50, making them easy to see and adjacent to the pillar material 50 for easy alignment.

In the first embodiment, the furring strip thickness indicator 21 is formed as a protrusion with a semicircular cross section, but the cross section may be formed in other shapes. For example, if the upper end is sharpened to a triangular or wedge-shaped cross section, it will be easier to align more accurately with the side surface 52 of the pillar material 50. Furthermore, the furring strip thickness indicators 21 are formed in lines, and although they are all formed with the same length, they may differ for each furring strip thickness indicator 21. However, the end faces of all furring strip thickness indicators 21 facing the abutted surface 51 of the pillar material 50 are aligned with the position of the abutting surface 17b. Furthermore, the furring strip thickness indicators 21 may be formed in shapes other than lines.

In addition, multiple furring strip thickness indicators 21 may have different shapes. This allows users to recognize each shape and avoid selecting the wrong furring strip thickness indicator 21 when installing the wiring box 10 on the pillar 50.

In each of the above embodiments, the number of types of furring strip thickness indicators corresponding to the multiple thicknesses T of the furring strip 60 is between two and five, but six or more may be provided.

In addition, the furring strip thickness indicator is not limited to that of the above embodiments. For example, multiple thin vertical grooves may be formed on the plate surface, and when aligning the mounting body to the pillar 50, a specific vertical groove may be selected and a card inserted into this vertical groove with part of it protruding from the plate surface. In this case, the card can be placed along the side surface 52 of the pillar 50, making alignment easier.

The outer surfaces of the furring strip thickness indicators may be colored a different color. In this case, the selected furring strip thickness indicator will be clear, making it less likely that the wrong furring strip thickness indicator will be aligned.

In addition, scales, numbers, letters, symbols, etc., such as standards, may be displayed around each furring strip thickness display. In this case, it becomes easier to select the furring strip thickness display that corresponds to the thickness T of the furring strip 60.

Furthermore, magnets may be embedded in the corresponding positions of the pillar material 50 and the furring strip thickness display section, making alignment easier.

The wiring box 10 of the second embodiment does not have to be the same as the wiring box 10 of the first embodiment. Furthermore, the mounting structure of the wiring box 10 of the second embodiment to the support arm 32 may be, for example (not shown), by forming a recess of a fixed width in the bottom wall 11 into which the support arm 32 fits, fitting the support arm 32 into this recess, inserting a screw 70 from the back side into a long hole formed in the support arm 32, and screwing it into a threaded hole formed in the recess in the bottom wall 11. In short, the mounting structure is not important as long as the wiring box 10 can be mounted in an appropriate position along the length of the support arm 32.

If the wiring box 10 has a recess of a fixed width in the bottom wall 11 into which the support arm 32 fits, the length L3 of the fixing plate 31 protruding toward the wall surface will be shorter than the length L4 from the bottom wall 11 to the opening 13 by the depth of the recess in the bottom wall 11.

The support arm 32 in the second embodiment described above may be formed from two plates of different widths, with the length adjustable by overlapping portions of the two plates. With this support arm 32, the support body 30 can be installed between two pillars 50 in a manner that corresponds to the spacing between the two pillars 50.

Furthermore, in each of the above embodiments, all of the multiple furring strip thickness indicators are formed in the specific positions described in each claim, but this does not prevent all but two of the multiple furring strip thickness indicators from being formed in positions other than the specific positions described in each claim. For example, some of the multiple furring strip thickness indicators may be located apart from each other rather than in close proximity. Furthermore, all of the furring strip thickness indicators may be located apart from each other.

In addition, the installation body and installation target body in each of the above embodiments are not limited to wiring boxes, but may be other objects.

1, 2: Mounting body 30: Support body
10 Wiring box 31 Fixing plate portion
12 Peripheral wall 32 Support arm
15, 33 Fixing portion 37 Penetration portion (furring strip thickness display portion)
16, 34 Fixing hole (fixing portion) 40 Surface opposite to the contact surface 17a Protruding plate portion 50 Pillar material
17b, 36 Contact surface (contact part) 51 Contact surface
18, 35 Contact portion 51a Edge
21, 38 Furring strip thickness display section 52 Side
22, 39 Front end surface 60 Furring material
L1, L2 Distance from the front end face to the furring strip thickness display T Thickness of the furring strip

Claims (6)

An arrangement body that is fixed to a pillar material and placed behind a wall,
The column includes a contact portion that contacts the column material and a fixing portion that can be fixed to the column material in a state where the contact portion is in contact with the column material,
In order to be installed in correspondence with the furring strip installed on the side surface that intersects with the abutted surface of the pillar material with which the abutment portion abuts, a furring strip thickness display portion that displays the thickness of the furring strip is provided at a position that is set back by the thickness of the furring strip from the front end surface facing the wall surface side,
The furring strip thickness display portion is formed in plurality to correspond to the thickness of a plurality of types of furring strip materials ,
An arrangement characterized in that at least two of the plurality of furring strip thickness indicating portions are formed side by side on a surface extending in a direction intersecting the abutment direction of the abutment portion . An arrangement body that is fixed to a pillar material and placed behind a wall,
The column includes a contact portion that contacts the column material and a fixing portion that can be fixed to the column material in a state where the contact portion is in contact with the column material,
In order to be installed in correspondence with the furring strip installed on the side surface that intersects with the abutted surface of the pillar material with which the abutment portion abuts, a furring strip thickness display portion that displays the thickness of the furring strip is provided at a position that is set back by the thickness of the furring strip from the front end surface facing the wall surface side,
The furring strip thickness display portion is formed in plurality to correspond to the thickness of a plurality of types of furring strip materials ,
An arrangement characterized in that at least two of the plurality of furring strip thickness indicating portions are formed in a line shape extending in the contact direction of the contact portion . An arrangement body that is fixed to a pillar material and placed behind a wall,
The column includes a contact portion that contacts the column material and a fixing portion that can be fixed to the column material in a state where the contact portion is in contact with the column material,
In order to be installed in correspondence with the furring strip installed on the side surface that intersects with the abutted surface of the pillar material with which the abutment portion abuts, a furring strip thickness display portion that displays the thickness of the furring strip is provided at a position that is set back by the thickness of the furring strip from the front end surface facing the wall surface side,
The furring strip thickness display portion is formed in plurality to correspond to the thickness of a plurality of types of furring strip materials ,
An arrangement characterized in that it has a frame-shaped peripheral wall having the fixed portion, and at least two of the multiple furring strip thickness display portions are formed on the outer surface facing the side that intersects with the side on which the fixed portion is provided, at a position adjacent to the edge of the wall surface on the abutted surface of the pillar material . An arrangement body that is fixed to a pillar material and placed behind a wall,
The column includes a contact portion that contacts the column material and a fixing portion that can be fixed to the column material in a state where the contact portion is in contact with the column material,
In order to be installed in correspondence with the furring strip installed on the side surface that intersects with the abutted surface of the pillar material with which the abutment portion abuts, a furring strip thickness display portion that displays the thickness of the furring strip is provided at a position that is set back by the thickness of the furring strip from the front end surface facing the wall surface side,
The furring strip thickness display portion is formed in plurality to correspond to the thickness of a plurality of types of furring strip materials ,
An arrangement characterized in that it has a frame-shaped peripheral wall, the fixing portion is formed to protrude from the peripheral wall, and at least two of the multiple furring strip thickness indicating portions are provided on the fixing portion . 5. The arrangement according to claim 1, 3 or 4, wherein at least two of the plurality of furring strip thickness indicating portions are formed in a line shape extending in the contact direction of the contact portion. 5. The arrangement according to claim 1, wherein at least two of the plurality of furring strip thickness display portions are arranged close to each other so as to be visible from the same direction.