JP3190548U - Fitting - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a fitting for attaching a support by being attached to a wall surface, which can be used inexpensively and easily. SOLUTION: The fixture is mounted on a wall surface and has a mounting surface for mounting a support, and is arranged so that a first portion primary surface 25a, which is a primary surface, faces the wall surface. A plate-shaped or sheet-shaped first portion 23 capable of forming a through hole through which the fixture 201 is penetrated by driving 201 from the first portion other main surface 25b, which is the other main surface, toward the first portion one main surface 25a. The second portion, the primary surface 41, which is the primary surface, is rotatably attached to the first portion 23 about a predetermined rotation axis, and the first portion and the other main surface 25b are surfaced by the rotation. At the same time, the second portion other main surface 31 which is the other main surface is a plate-shaped or sheet-shaped second portion 25 constituting the mounting surface, and the second portion one main surface 41 is a surface with the first portion other main surface 25b. In this state, the rotation prohibiting means for prohibiting the rotation of the second portion 25 with respect to the first portion 23 is provided. [Selection diagram] Fig. 3

Description

  The present invention relates to an attachment, and more particularly to an attachment for attaching a support attached to a wall surface.

Various attachments that have been attached to a wall surface to attach and support a support have been proposed (see, for example, Patent Document 1).
Patent Document 1 provides “a wall-mounting support that can support a heavy load such as a shelf even though nails are not used” (Patent Document 1, problem in summary). The wall mounting support 1 is attached to the metal wall Wa by the magnetic circuit formed by the magnetic circuit forming mechanism 4 between itself and the wall W, and is supported by the same. When the supported member, for example, the hanger 7 is locked to the tool 1, the downward movement of the support 1 along the wall surface Wa is suppressed by the lowering prevention mechanism 5 "(Patent Document 1, in summary) (Solving means) is disclosed (in addition, the wall mounting support referred to in Patent Document 1 corresponds to the mounting tool referred to in the present invention).
In addition, the applicant of the present application proposes a support that is attached to a wall surface and supports a support, and has registered a utility model (Patent Document 2).

Japanese Laid-Open Patent Publication No. 9-47353 (for example, abstract, paragraph numbers 0001 to 0012, FIG. 1, FIG. 2, etc.) Registered Utility Model No. 3186494

The mounting tool (supporting tool) disclosed in Patent Document 1 is “a wall-mounting supporting tool including a mounting part and a supporting part, and the mounting part includes a magnetic circuit forming mechanism and the magnetic circuit forming mechanism. And a descent prevention mechanism located below ("paragraph number 0008 of Patent Document 1"), which has a complicated structure and mounting work and can be used inexpensively and easily. There wasn't.
Therefore, an object of the present invention is to provide an attachment for attaching a support attached to a wall surface that can be used inexpensively and easily.

  A fixture of the present invention (hereinafter referred to as “the present fixture”) is a fixture that is attached to a wall surface and has a mounting surface for mounting a support, and is a first partial main surface that is one main surface. A plate capable of forming a through-hole through which the fixture is penetrated by driving the fixture from the first portion other main surface, which is the other main surface, toward the first portion one main surface in a state where the fixture faces the wall surface Or sheet-like first part and a first part that is attached to the first part so as to be rotatable about a predetermined rotation axis, and the second part that is one main surface by the rotation is the first part The second part other main surface which faces the other main surface and the other main surface is a plate-like or sheet-like second part constituting the mounting surface, and the second part one main surface is the first part other main surface. Rotation prohibiting means for prohibiting the rotation of the second part with respect to the first part in the faced state. Consisting of Te, it is a fixture.

In the state where the fixture is attached to the wall surface, the support is attached to the attachment surface of the fixture. That is, the support is not directly attached to the wall surface by the fixture, but the support is attached to the wall surface via the fixture by attaching the support to the attachment surface of the fixture attached to the wall surface. be able to.
The fixture includes a plate-like or sheet-like first part, a plate-like or sheet-like second part rotatably attached to the first part, and a rotation prohibiting means for prohibiting the rotation, It is equipped with.
The first portion has a plate shape or a sheet shape having both main surfaces (first portion one main surface, first portion other main surface), and the first portion one main surface which is one main surface of the first portion is a wall surface. It is arrange | positioned so that it may face. And the through-hole which penetrates a fixing tool can be formed by driving a fixing tool from the 1st part other main surface which is the other main surface of the 1st part toward the 1st part 1 main surface, When the fixture is disposed so that the partial main surface faces the wall surface, a through hole is formed by driving the fixing tool from the first partial other main surface toward the first partial main surface. The fixture is fixed to the wall surface by penetrating the through hole and being driven into the wall surface.
The second part has a plate shape or a sheet shape having both main surfaces (second part one main surface, second part other main surface), and can rotate around a predetermined rotation axis with respect to the first part. Attached to. The second part is rotated around the rotation axis with respect to the first part, and the second part one main surface, which is one main surface of the second part, faces the first part other main surface and the second part. The second part other main surface which is the other main surface constitutes the mounting surface. A state in which the second part is rotated about the rotation axis with respect to the first part, so that the second part one main surface faces the first part other main surface to cover the first part other main surface. In the covering state, both the first and other main surface portions that are covered can be freely transitioned.
The rotation prohibiting means is provided for the first part in a state in which the second part one main surface faces the first part other main surface (the second part one main surface faces and covers the first part other main surface). By prohibiting the rotation of the second part, the second part one main surface is kept facing the first part other main surface.
According to such a main fixture, the main part is attached so that the first part one main surface faces the wall surface in a state where the second part one main surface exposes a part of the first part other main surface that is later covered by the rotation. The fixture is disposed, and the fixture is driven from the first part other main surface toward the first part one main surface (the through hole is formed to penetrate the fixture), and the fixture is driven into the wall surface. Secure to the wall. Then, the second portion is rotated with respect to the first portion about the rotation axis, and the rotation is prevented by the rotation prohibiting means in a state in which the main surface of the second portion faces the other main surface of the first portion. Ban. Thereby, the support can be attached to the attachment surface formed by the other main surface of the second portion of the fixture fixed to the wall surface.

In this fixture, the first part and the second part are connected by a plate-like or sheet-like integral member having both parts rotatable about the rotation axis, and the both parts of the integral member are connected. One of the portions may form the first portion (hereinafter referred to as “integrated member connection main fixture”).
By doing so, the plate-like or sheet-like integrated member has both parts rotatable about the rotation axis, and one of the two parts forms the first part and the other of the two parts is the second. By attaching the two parts (the other part and the second part are either integrated or separate), the first part and the second part can be rotated around the rotation axis by the integrated member. Can be reliably connected with a simple structure.

In the case of the integrated member connecting main fixture, a bent portion that is easier to bend than the other portions is formed along a line segment that crosses the main surface of the integrated member, and the rotating shaft substantially coincides with the line segment. It may be a thing.
In this way, a bent portion is formed along a line segment that crosses the main surface of the integral member, so that the second portion is moved around the rotation axis along the line segment with respect to the first portion. Since it can be easily rotated, the use of this fixture is facilitated. The bent portion may be any shape as long as it can be bent more easily than other portions, but a thin-walled portion (for example, a groove) formed along a line segment that crosses the main surface of the integral member. ), Perforations formed along the line segment, creases formed along the line segment, and intermittent thin-walled portions formed by being interrupted (dotted line) along the line segment. .

In the case of the integrated member coupling main attachment, the attachment surface is constituted by the main surface of the plate-like or sheet-like attachment surface forming portion attached to the other of the two parts of the integral member (hereinafter referred to as “attachment surface formation”). It may also be referred to as “part-equipped book attachment”.
Since the mounting surface is used to mount a support, the mounting surface has properties suitable for the support to be mounted (for example, rigidity, impact resistance, bending strength, etc. that can support the support with sufficient strength). Preferably. Since the property that the mounting surface should have may be different from the property that the integrated member has, the mounting surface is formed by mounting a plate-shaped or sheet-shaped mounting surface forming part on the other of the two parts of the integrated member. You may make it comprise an attachment surface with the main surface of a part.

In the case of this mounting tool, the mounting surface forming portion is attached to the integral member so that the main surface opposite to the main surface constituting the mounting surface of the mounting surface forming portion faces the main surface of the integral member. It may be what is provided.
In this way, the mounting surface forming portion is attached to the integral member such that the main surface opposite to the main surface constituting the mounting surface of both the main surfaces of the mounting surface forming portion faces the main surface of the integral member. In any case, the plate-like or sheet-like attachment surface forming portion and the integrated member can be reliably attached to each other.

In the case of the mounting surface forming portion and the present mounting tool, the mounting surface forming portion may include a magnetic body or a magnet.
When the support attached to the attachment surface formed by the attachment surface forming portion has a magnet, the attachment surface forming portion has a magnetic body (a magnet attracts, for example, a steel material). Since the magnet attracts the magnetic body, the support can be quickly and easily attached to the attachment surface. Conversely, when the support attached to the mounting surface formed by the mounting surface forming portion has a magnetic body, the magnet attracts the magnetic body if the mounting surface forming portion has a magnet. The support can be quickly and easily attached to the attachment surface.

In this fixture, at least one of the magnetic body attracting the magnet contacting the mounting surface or the magnet attracting the magnetic body contacting the mounting surface in a state where the second partial one main surface faces the first partial other main surface. It may be included.
When the support attached to the mounting surface has a magnet, the mounting tool has a magnetic body attracted by the magnet contacting the mounting surface in a state where the second part one main surface faces the first part other main surface. If this is the case, the magnet can attract the magnetic material, so that the support can be quickly and easily attached to the attachment surface. In addition, when the support attached to the attachment surface has a magnetic body, the magnet for attracting the magnetic body in contact with the attachment surface in a state where the second part one main surface faces the first part other main surface The magnet can attract the magnetic body so that the support can be quickly and easily attached to the attachment surface.

In the present fixture, the rotation prohibiting means may adhere, adhere or lock between the second part one main surface and the first part other main surface.
The rotation prohibiting means may be any means that prohibits the rotation of the second portion relative to the first portion in a state where the second portion one main surface faces the first portion other main surface. However, the first part main surface and the first part other main surface may be bonded, adhered, or locked (for example, locked by a hook-and-loop fastener or a hook). In particular, according to adhesion using an adhesive tape or the like, the rotation of the second part relative to the first part can be prohibited quickly and easily with a simple configuration.

In this fixture, the mounting surface may be smooth and prohibit gas permeation.
If the support attached to the mounting surface has a suction cup made of rubber or plastic, if the mounting surface is smooth and prohibits gas permeation, the support is supported by directly adsorbing the suction cup to the mounting surface. Can be quickly and easily attached to the mounting surface.

In the present fixture, the fixture may be a stapler needle.
The fixing tool can be used widely without particular limitation as long as the fixing tool is fixed to the wall surface by being driven from the first part other main surface of the first part toward the first part one main surface. Needles, nails, thumbtack, pins and the like. The staple of the stapler has a pair of left and right needle portions (portions that are driven into the wall surface) and a connecting portion that connects the pair of needle portions, and the pair of needle portions are driven into the wall by being driven into the wall. Since the needle part is relatively thin, damage to the wall surface can be reduced, and the connecting part reliably supports the first part, so that the book can be kept while keeping damage to the wall surface small. The fixture can be securely fixed to the wall surface.

It is a figure which shows the fixture (this fixture) of one Embodiment of this invention. FIG. 2 is a partially enlarged view of a portion pointed by an arrow B in FIG. It is a figure which shows the 1st step of the usage method of this fixture. It is a figure which shows the 2nd step of the usage method of this fixture. It is a figure which shows the place which attaches various latches to the outer surface of a plate-shaped coating | coated part.

  Embodiments of the present invention will be described in detail with reference to the drawings, but the present invention is not limited thereto.

FIG. 1 is a view showing a fixture (present fixture) 11 according to an embodiment of the present invention (specifically, FIG. 1 (a) is a plan view of the fixture 11 and FIG. 1 (b) is a diagram). 1 (a) is a cross-sectional view taken along the line AA in FIG. 1 and FIG. 2 is a partially enlarged view of a portion indicated by an arrow B in FIG. 1 (b). With reference to FIG.1 and FIG.2, this attachment tool 11 is demonstrated.
The attachment 11 is roughly attached to the main body sheet portion 21, the plate-like portion 31 bonded to the one surface 21 a of the main body sheet portion 21 by the adhesive layer 39, and the other surface 21 b of the main body sheet portion 21. And an adhesive tape part 41. For ease of illustration, in FIG. 1B, a later-described plate-like main body portion 33 and plate-like covering portion 35 constituting the plate-like portion 31 are not shown separately, and the adhesive layer 39 is not shown. The tape main body portion 43 and the release paper 45, which will be described later, constituting the adhesive tape portion 41 are not shown separately (see FIG. 2 for details on these). Further, in FIGS. 1B, 3B, 4B, and 5, the thicknesses of the main body sheet portion 21, the plate-like portion 31, and the adhesive tape portion 41 are set to facilitate illustration and understanding. Largely illustrated.

The main body sheet portion 21 is formed by an integral sheet member made of a flexible synthetic resin (here, polyvinyl chloride resin), and the main body sheet portion 21 is formed by a perforation 27 (straight along a line segment). Are divided into a first sheet portion 23 and a second sheet portion 25. Here, the first sheet portion 23 has a shape in which corners of a rectangle (here, approximately square) are rounded on both main surfaces. And the 2nd sheet | seat part 25 has made the both main surfaces the same shape as this shape where the corner | angular part of the rectangle (here substantially square) which both the main surfaces of the 1st sheet | seat part 23 form was rounded. The first sheet portion 23 and the second sheet portion 25 are divided by a perforation 27, and the perforation 27 is formed straight along one side of the rectangle formed by both main surfaces of the first sheet portion 23. ing. When the main body sheet portion 21 is set along a plane (when the first sheet portion 23 and the second sheet portion 25 form 180 degrees around the perforation 27), the first sheet portion 23 and the second sheet The portion 25 is substantially line symmetric with respect to the perforation 27.
As described above, since both the first sheet portion 23 and the second sheet portion 25 are formed of a flexible synthetic resin, they can be bent or bent freely, and further, the perforations 27 are formed. The first sheet portion 23 can be easily bent with respect to the second sheet portion 25 along the eyes 27. As described above, since the first sheet portion 23 and the second sheet portion 25 are substantially line symmetric with respect to the perforation 27, if both are bent along the perforation 27, the main portion of the first sheet portion 23 will be described. The surface and the main surface of the second sheet portion 25 almost overlap each other. Further, although the perforation 27 is formed here, a groove (which is easier to bend because it is thinner than other portions) may be formed instead of or in addition to this.

The plate-like portion 31 includes a plate-like main body portion 33 bonded to one surface 21a of the main body sheet portion 21 (first sheet portion 23) by an adhesive layer 39, and one surface of the plate-like main body portion 33 (a surface facing the adhesive layer 39). And a plate-like covering portion 35 covering the opposite surface).
The plate-like main body portion 33 is formed of a steel plate member whose main surfaces are substantially similar in shape to one surface of the first sheet portion 23 constituting the one surface 21 a. One sheet portion 23 is bonded.
The plate-like covering portion 35 is a coating formed so as to cover a surface opposite to the surface facing the first sheet portion 23 of both main surfaces of the plate-like main body portion 33. It is formed by applying paint on the opposite surface and drying. The plate-like covering portion 35 is provided to prevent rust of the plate-like main body portion 33 made of steel and to smooth the surface of the plate-like portion 31 (here, an outer surface 35s described later), but is not essential. .
Further, here, the plate-like main body portion 33 and the first sheet portion 23 are bonded and attached by the adhesive layer 39, but the present invention is not limited to this, and the plate-like main body portion 33 and the first sheet portion 23 Can be used without particular limitation as long as it can be securely attached with sufficient strength (for example, the adhesive layer 39 can be used for adhesion with a double-sided tape).

The adhesive tape portion 41 includes a tape main body portion 43 and a release paper 45 attached to the adhesive surface 42 in order to protect the adhesive surface 42 of the tape main body portion 43.
The tape main body 43 is attached to the other surface 21b of the main body sheet portion 21 (first sheet portion 23), and has an adhesive surface 42 on one surface (the surface opposite to the surface attached to the first sheet portion 23). ing. The release paper 45 is attached to the adhesive surface 42 of the tape main body 43, but can be easily peeled off from the adhesive surface 42 when the mounting tool 11 is used, thereby exposing the adhesive surface 42. . In addition, although this adhesive tape part 41 can be formed in the other surface 21b of the main body sheet | seat part 21 (1st sheet part 23) by various methods, for example, a double-sided tape (The adhesive surface is formed in both the main surfaces of a tape. ) May be formed by sticking one surface to the other surface 21b.

Next, a method for using the fixture 11 will be described.
FIG. 3 is a diagram showing a first step of the method of using the fixture 11 (specifically, FIG. 3A is a front view when the fixture 11 is attached to the wall surface 101, and FIG. It is AA sectional drawing of Fig.3 (a) (The wall 103 is not made into the cross section.). With reference to FIG. 3, the 1st step of this attachment tool 11 usage method is demonstrated.
First, the main fixture 11 is disposed at a position on the wall surface 101 where the main fixture 11 is to be attached. At this time, it arrange | positions so that the plate-shaped part 31 of this attachment 11 may face the wall surface 101 like FIG.3 (b). Then, using a stapler (not shown), the staple 201 of the stapler is driven so as to penetrate the second sheet portion 25 (the driven state is the state shown in FIG. 3). The needle 201 has a pair of needle portions 201a and a connecting portion 201b that connects the pair of needle portions 201a, and the pair of needle portions 201a penetrates the second sheet portion 25 and is driven into the wall surface 101. Thus, the needle 201 is fixed to the wall surface 101. Then, the connecting portion 201 b of the needle 201 fixed to the wall surface 101 comes into contact with the second sheet portion 25, so that the second sheet portion 25 of the fixture 11 is fixed to the wall surface 101. Here, in the second sheet portion 25, a pair of needles 201 are driven in the vicinity of both ends of the perforation 27, and the main surface of the second sheet portion 25 is a substantially rectangular shape (here, a substantially square shape, as described above. A pair of needles 201 are driven in the vicinity of both ends of the side substantially parallel to the perforation 27 among the four sides of the four sides of the corners are rounded. In this way, the needle 201 is driven in the vicinity of each of the substantially rectangular corners formed by the main surface of the second sheet portion 25, so that the second sheet portion 25 is aligned with the wall surface 101 in a state along the wall surface 101. The fixture 11 is fixed.

FIG. 4 is a diagram showing a second step of the method of using the fixture 11 (specifically, FIG. 4 (a) shows a view from the same direction as FIG. 3 (a), and FIG. ) Shows a cross-section at the same position as in FIG. With reference to FIG. 4, the 2nd step of the usage method of this attachment 11 is demonstrated.
As described above, after the first step shown in FIG. 3 is completed, the release paper 45 of the adhesive tape portion 41 of the fixture 11 is peeled from the adhesive surface 42 to expose the adhesive surface 42. And the direction which leaves | separates the 1st sheet | seat part 23 (The plate-shaped part 31 and the tape main-body part 43 are attached) with respect to the 2nd sheet | seat part 25 attached to the wall surface 101 from the wall surface 101 (FIG.3 (b)). ) Around the perforation 27 in the direction of arrow C). Then, the adhesive surface 42 of the tape main body 43 is adhered to the second sheet portion 25. The place where the adhesive surface 42 is adhered to the second sheet portion 25 in this manner is shown in FIG.
In such a state, when viewed from a direction perpendicular to the wall surface 101 (FIG. 4A), the plate-like covering portion 35 of the plate-like portion 31 is visible, and the plate-like covering portion 35 (resin is formed). The outer surface 35s formed by the thin coating film is smooth and the plate-like covering portion 35 is thin, so that the magnetic force is sufficiently transmitted.

As described above, according to the present fixture 11, the stapler 201 is driven through the second sheet portion 25 and driven into the wall surface 101 by using a stapler (not shown), so that the present fixture is attached to the wall surface 101. 11, and the first sheet portion 23 is rotated around the perforation 27 to adhere the adhesive surface 42 to the second sheet portion 25, so that the outer surface of the plate-like covering portion 35 substantially parallel to the wall surface 101. 35s (of course, the outer surface 35s is fixed to the wall surface 101).
As described above, the outer surface 35s of the plate-like covering portion 35 is smooth and does not allow gas to pass (airtightness), and the plate-like covering portion 35 sufficiently transmits magnetic force. Therefore, as shown in FIG. , A locking member 401 having a magnet 411 that uses a magnetic attraction force to the plate-shaped main body 33 made of steel plate, and a suction cup 511 (sometimes called a suction cup) that uses the suction force by adsorption to the outer surface 35s. Any of the latching tool 501 and the latching tool 601 bonded to the outer surface 35s by the adhesive 611 can be easily, quickly and reliably attached. In addition, although these latching tools 401, 501, and 601 have shown hook-shaped things, it cannot be overemphasized that it is not limited to this, Furthermore, things other than a latching tool can be freely attached to the outer surface 35s. it can.
As described above, according to the present fixture 11, the outer surface 35 s can be formed on the wall surface 101 by simply driving the stapler needle 201. When the fixture 11 is no longer necessary, the wall surface 101 can be formed. The attachment 11 can be easily removed by removing the staple 201 from the stapler. The traces of the needle 201 remaining on the wall surface 101 after the stapler needle 201 is extracted from the wall surface 101 can be kept to a minimum since the needle portion 201a is extremely thin. That is, by using the attachment 11, an object can be freely attached to the wall surface 101 while suppressing damage to the wall surface 101 to an extremely low level.

  As described above, the mounting tool 11 is attached to the wall surface 101, and has a mounting surface (here, the outer surface 35s of the plate-shaped covering portion 35) for mounting a support (here, the locking tools 401, 501, and 601). A fixture having a first main surface (one main surface 25a of the second sheet portion 25), which is one main surface, disposed so as to face the wall surface 101 (FIG. 3). Then, the staple 201 of the stapler is changed from the first part other main surface (the other main surface 25b of the second sheet part 25) which is the other main surface to the first part one main surface (the one main surface 25a of the second sheet part 25). A plate-like or sheet-like shape (here, a sheet) that can form through-holes (here a pair of needle portions 201a penetrates the second sheet portion 25) through which the fixture (stapler needle 201) penetrates by being driven toward First) And a predetermined rotation axis (here, a line segment along the perforation 27) with respect to the first portion (second sheet portion 25) and the first portion (second sheet portion 25). The second portion one main surface (here, the surface on the adhesive tape portion 41 side) that is pivotally attached and is one main surface by the rotation is the first portion other main surface (the other main surface of the second sheet portion 25). 25b) and the second part other main surface (here, the surface on the plate-like portion 31 side) which is the other main surface constitutes the mounting surface (the outer surface 35s of the plate-like covering portion 35) or a plate-like or sheet-like shape The second part (here, plate-like) (here, including the first sheet part 23, the plate-like part 31, and the adhesive tape part 41) and the second part one main surface (on the adhesive tape part 41 side) Surface) faces the first part other main surface (the other main surface 25b of the second sheet part 25). Rotation prohibiting means (here, adhesive surface 42) for prohibiting the rotation of the second portion (first sheet portion 23, plate-like portion 31, and adhesive tape portion 41) with respect to the portion (second sheet portion 25); It is a fixture provided with.

In the present fixture 11, the first part (second sheet part 25) and the second part (first sheet part 23, plate-like part 31, and adhesive tape part 41) are connected to the rotating shaft (perforation 27). Connected to each other by a plate-like or sheet-like integrated member (here, the main body sheet portion 21) having both portions (here, the first sheet portion 23 and the second sheet portion 25) that can be rotated around the line segment. One of the two parts (the first sheet part 23 and the second sheet part 25) (the second sheet part 25) of the integral member (the main body sheet part 21) forms the first part.
In the present fixture 11, a bent portion (here, perforation 27) is formed that is more easily bent than other portions along a line segment that crosses the main surface of the integral member (main body sheet portion 21). The rotation axis substantially coincides with the line segment (the line segment along the perforation 27).

In the present fixture 11, a plate or sheet attached to the other (first sheet portion 23) of the two parts (first sheet portion 23 and second sheet portion 25) of the integral member (main body sheet portion 21). The mounting surface is constituted by the main surface (the outer surface 35 s of the plate-like covering portion 35) of the mounting surface forming portion (here, the plate-like portion 31) having a shape (here, plate-like).
In the present fixture 11, the main surface opposite to the main surface (the outer surface 35 s of the plate-shaped covering portion 35) constituting the mounting surface of the mounting surface forming portion (plate-shaped portion 31) is the integrated member (main body sheet portion 21. ) Is attached to the integrated member (main body sheet portion 21) so as to face the main surface (one surface 21a).

In the present fixture 11, the attachment surface forming portion (plate-like portion 31) includes a magnetic body (here, a steel plate-like main body portion 33 which is a magnetic body) or a magnet.
In the fixture 11, the mounting surface (in the state where the second part one main surface (the surface formed by the adhesive tape portion 41) faces the first part other main surface (the other main surface 25b of the second sheet portion 25)). At least a magnet that attracts a magnetic body (here, a steel plate-like main body 33 that is a magnetic body) attracted by a magnet (magnet 411) that contacts the outer surface 35s) of the plate-shaped covering portion 35 or a magnet that attracts a magnetic body that contacts the mounting surface. One of them is included.
In the present fixture 11, the rotation prohibiting means (adhesive surface 42) includes a second portion one main surface (surface on the adhesive tape portion 41 side) and a first portion other main surface (the other main surface of the second sheet portion 25). 25b) is adhered, adhered or locked (here, adhered).
In the present fixture 11, the mounting surface (the outer surface 35s of the plate-like covering portion 35) is smooth and prohibits gas permeation.
In the fixture 11, the fixture is a stapler needle 201.

DESCRIPTION OF SYMBOLS 11 Main fixture 21 Main body sheet | seat part 21a One surface 21b Other surface 23 1st sheet | seat part 25 2nd sheet | seat part 25a One main surface 25b Other main surface 27 Perforation 31 Plate-shaped part 33 Plate-shaped main-body part 35 Plate-shaped coating | coated part 35s Outer surface 39 Adhesive layer 41 Adhesive tape part 42 Adhesive surface 43 Tape body part 45 Release paper 101 Wall surface 103 Wall 201 Stapler needle 201a Needle part 201b Connecting part 401 Locking tool 411 Magnet 501 Locking tool 511 Suction cup 601 Locking tool 611 Adhesion Agent

Claims (10)

A fixture having a mounting surface for mounting a support attached to a wall surface,
Fixed by driving the fixture from the first part other main surface, which is the other main surface, toward the first part one main surface in a state where the first part, which is the first main surface, faces the wall surface. A plate-like or sheet-like first portion capable of forming a through-hole for penetrating the tool;
The first part is attached to the first part so as to be rotatable about a predetermined rotation axis, and the second part, one main surface, which is one main surface by the rotation, faces the first part, the other main surface, and the other main surface. The second part other main surface is a plate-like or sheet-like second part constituting the mounting surface;
A rotation prohibiting means for prohibiting the rotation of the second part relative to the first part in a state where the second part one main surface faces the first part other main surface;
A fixture comprising: The first part and the second part are connected by a plate-like or sheet-like integral member having both parts rotatable about the rotation axis,
The fixture according to claim 1, wherein one of the two parts of the integral member forms a first part.   The bending part which is easy to bend | folded compared with another part is formed along the line segment which crosses the main surface of the said integral member, The said rotating shaft substantially corresponds to this line segment. Fittings.   The fixture according to claim 2 or 3, wherein the attachment surface is constituted by a main surface of a plate-like or sheet-like attachment surface forming portion attached to the other of the two parts of the integral member.   The attachment surface forming portion is attached to the integral member such that the main surface opposite to the principal surface constituting the attachment surface of the attachment surface forming portion faces the principal surface of the integral member. The fixture described.   The fixture according to claim 4 or 5, wherein the attachment surface forming portion includes a magnetic body or a magnet.   2. The device includes at least one of a magnetic body that attracts a magnet that contacts the mounting surface and a magnet that attracts the magnetic body that contacts the mounting surface in a state where the first surface of the second part faces the other main surface of the first portion. The fixture of any one of thru | or 6.   The fixture according to any one of claims 1 to 7, wherein the rotation prohibiting means adheres, adheres to or locks between the second part one main surface and the first part other main surface.   The fixture according to any one of claims 1 to 8, wherein the mounting surface is smooth and prohibits gas permeation.   The fixture according to any one of claims 1 to 9, wherein the fixture is a stapler needle.

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