JP2003070605A - Fitting structure of member - Google Patents

Abstract

PROBLEM TO BE SOLVED: To solve the problem that easiness of fitting work is not consistent with certainty in fitting in an S-shaped member or a magnet selectively locked in one of a plurality of previously worked slits to be used in the case of fitting a fitted member such as a hook member to a raised surface. SOLUTION: This fitting structure 5 of a member for fitting the hook member 1 to a mesh 3 of a lattice provided in a panel 2 through a fitting mechanism 5 includes a locking part 6 capable of taking a passing position P for passing through the mesh 3 from the surface 2a side of the panel 2 which is the opening insert end side to the back 2b side of the panel 2 which is the counter-opening insert end side, and a locking position Q for passing through the mesh 3 of the lattice and then being disabled from going out of the mesh 3 of the lattice extending into the back 2b side of the panel 2 to lock the hook member 1 on the panel 2. The locking part 6 is passed through the mesh 3 of the lattice and then turned to move from the passing position P to the locking position Q by the dead load of the hook member 1.

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a member mounting structure which is preferably used when a member to be mounted such as a hook member is mounted on a wall surface.

[0002]

2. Description of the Related Art For example, there is a hook member attached to a standing surface such as a panel and used for hanging various articles such as hangers and whiteboards.

Conventionally, as this kind of hook member, a hook member which is fixed to a desired position on the upright surface by screwing, or one of a plurality of previously formed slits is selectively engaged and used. There are known magnets, magnets and the like that are attached to the upright surface using a magnet.

[0004]

However, with screws, it is difficult to change the position after fixing once, and if it is intentionally changed, a process for re-opening the screw hole is required, and the work is troublesome. In addition to the problem that such a problem occurs, there is a problem that a mark remains on the mounting position before the change and is unsightly.

On the other hand, as a hook member adapted to be selectively engaged with the slit, for example, a linear member is bent into a substantially S-shape, and an upper curved portion is engaged with the slit.
As an example, it is possible to hang an article such as a hanger or a whiteboard on the lower curved portion.
This product has a problem that when the article being hooked is removed, the hooking state between the curved portion on the upper end side and the slit is released and the article is easily disengaged from the slit.

Further, in the case where the article is attached to the upright surface by using a magnet, when the article to be hooked is relatively heavy, it is dropped by the downward load applied when the article is hooked. There is a risk of doing it.

As described above, the conventional ones are not compatible with the ease of mounting work and the difficulty of detachment at the time of mounting. Therefore, in view of the problems described above, the present invention provides a member mounting structure that can be easily mounted and dismounted and that is difficult to disengage during mounting.

[0008]

In order to solve the above-mentioned problems, the present invention is a member mounting structure for mounting a member to be mounted to an opening provided on a standing surface via a mounting mechanism,
A state in which the attachment mechanism passes through the opening from the opening insertion end side to the counter opening insertion end side, and a state in which the mounting mechanism cannot pull out the opening across the counter insertion opening end side after passing through the opening. And a locking portion capable of taking a locking position for locking the mounted member to the upright surface, and the locking portion is moved from the passing position by the weight of the mounted member after passing through the opening. It is characterized in that it moves to a locking position.

With such a structure, if the member to be mounted moves to the locking position by its own weight after passing through the opening, the hook member or the like can be attached to the upright surface by a simple mounting method. Not only is it possible to securely attach the member to be attached, but also it is possible to easily remove the attached member once it has been attached, so it is possible to easily change the attaching position.

In a preferred embodiment, the locking portion moves from the passing position to the locking position after passing through the opening and rotating by a predetermined angle in the same plane due to the weight of the mounted member. To be

As a specific embodiment, the opening is dimensioned so that either one of the opening lateral width dimension and the opening vertical width dimension is longer than the other.
The locking portion has a size that can pass through the opening,
One of the lateral width dimension and the vertical width dimension is dimensioned so as to be longer than the other, and at least one of the long dimension is longer than the other of the shorter dimension of the opening. Also, it is desirable that the dimensions are set so as to be long.

In order to secure the mounting state at the mounting position, the mounting mechanism is provided so as to face the locking portion, and the locking mechanism is positioned across the insertion opening end side of the opening at the locking position. It is desirable to include a retaining portion and a coupling portion that couples the locking portion and the retaining portion and is located in the opening at the locking position.

Further, as a preferred embodiment of the upright surface, the upright surface is constituted by a lattice-like structure formed by a plurality of vertical wall bodies and horizontal wall bodies which intersect at substantially right angles. The opening may be a lattice formed by the vertical wall body and the horizontal wall body.

[0014]

BEST MODE FOR CARRYING OUT THE INVENTION An embodiment of the present invention will be described below with reference to FIGS.

In the present embodiment, an example of a mounting structure of a member applied between the mounted member and the standing surface when the hook member 1 serving as the mounted member is mounted on the panel 2 which is the standing surface will be described. That is, the panel 2 is furniture having an upright surface to which a mounting structure of a member used when mounting a mounted member such as the hook member 1 is applied.

The panel 2 is, as shown in FIGS. 1 and 2,
Vertical wall body 31 along the vertical direction and horizontal wall body 3 along the width direction
A plurality of lattices 3 formed by intersecting 2
It has a lattice shape having substantially the entire surface. The grid 3 is a through hole having a substantially rectangular shape in a front view, in which the opening lateral width dimension a is set to be longer than the opening vertical width dimension b. The hook member 1 is attached to the panel 2 using the eye 3.

As shown in FIGS. 2 to 5, the hook member 1 is for hooking an article Q such as a hanger or a whiteboard, and is attached to the panel 2 via an attachment mechanism 5 provided integrally. There is.

The hook member 1 comprises a hook member main body 4 having a substantially columnar shape for hooking an article Q such as a hanger or a whiteboard, and the attachment mechanism 5 for attaching the hook member main body 4 to the panel 2. It has.

As shown in FIGS. 2 to 5, the hook member main body 4 is formed by notching the upper portion of a cylindrical member from the base end portion 4a to the vicinity of the tip end portion 4b, and the upper surface 41a thereof is formed. The article hooking section 41 is in a substantially horizontal state, and the fall prevention section 42 is provided on the side of the leading end 4b so as to project above the upper surface 41a of the article hooking section 41 and prevent the article Q from falling. is doing.

In this embodiment, in this embodiment, the attachment mechanism 5 moves the grid 3 from the surface 2a side of the panel 2 on the opening insertion end side to the panel 2 on the side opposite to the opening insertion end side. A passing position P (FIG.
And the rear surface 2b of the panel 2 after passing through the grid 3
Locking position Q for locking the hook member 1 to the panel 2 in a state in which the grid 3 cannot be pulled out across the side (see FIG. 5)
And a locking portion 6 capable of taking
However, after passing through the grid 3, the hook member 1 is rotationally moved from the passing position P to the locking position Q by its own weight.

The specific construction of each section will be described in detail below.

As shown in FIG. 5, the attachment mechanism 5 is located on the rear surface 2b side of the panel 2 at the locking position Q, and the locking portion 6 for locking the hook member 1 to the panel 2, and the locking portion 6. 6, the retaining portions 7 located on the front surface 2a side of the panel 2 at the retaining position Q, and the retaining portions 6 and the upper end portions 6a of the retaining portions 7.
7a are connected to each other, and a connecting portion 8 located in the lattice 3 at the locking position Q is provided. The hook member main body 4 has an upper end portion 7 of the retaining portion 7 provided with the connecting portion 8.
The connecting portion 8 is projected outward from the lower end portion 7b side opposite to the a side, and after the locking portion 6 is inserted into the lattice 3, particularly by the weight of the hook member main body 4, the connecting portion 8 serves as a rotation shaft. It is configured so that it can rotate downward and rotate to the locking position Q.

As described above, the locking portion 6 has a passing position P through which the grid 3 can be passed, and after passing through the grid 3,
The hook member 1 is rotated by a predetermined angle due to its own weight so that the hook member 1 cannot pass through the lattice 3, and the hook member 1 can be locked at the locking position Q. As shown by the solid line in FIG. 6 and FIG. 7, the locking portion 6 is positioned inside the grid 3 in a state where its longitudinal direction substantially coincides with the width direction of the grid 3 at the passing position P. Inserted in the
On the other hand, in the locking position Q, as shown by the solid line in FIGS. 5 and 6, the locking position Q is located in a state of straddling the back surface 2b side of the panel 2 with its longitudinal direction substantially aligned with the vertical direction. This locking portion 6
Specifically, as shown in FIG. 6, it is an elliptical thin plate member, and the minor axis dimension c, which is the vertical width dimension at the passage position P, passes through the grid so that it can pass through the grid 3. 3 is set to be smaller than the opening vertical width dimension b of No. 3, and the major axis dimension d which is the horizontal width dimension at the passing position P is set to be smaller than the opening horizontal width dimension a of the grid 3. Further, the long diameter dimension d is the locking position.
It is set to be larger than the opening vertical width dimension b of the grid 3 so that the locking portion 6 cannot be pulled out from the grid 3 at Q.

The retaining portion 7 is an oval thin plate member located at a position facing the locking portion 6. As shown in FIG. 6, the retaining portion 7 has a minor axis dimension e set to be larger than the opening vertical width dimension b of the lattice 3, and the locking portion 6 is inserted into the lattice 3. Then, when trying to pass it through, it collides against the lateral wall 32 on the front surface 2a side of the panel 2 and is prevented from entering the lattice 3.

The connecting portion 8 has a substantially cylindrical shape, and is dimensioned so that the diameter dimension of its cross section is slightly smaller than the opening vertical width dimension b of the grid 3 of the panel 2. Further, the diameter of the hook member 1 is set to be smaller than the opening lateral width dimension a of the lattice 3 so that the hook member 1 can move in the lattice 3 along the width direction of the panel 2 at the locking position Q. is there.

Next, the procedure for attaching the hook member 1 having such a structure to the panel 2 will be described.

First, after aligning the engaging portions 6 along the substantially horizontal direction so that the engaging portions 6 can be inserted into the lattices 3, FIG.
As shown by the solid line and FIG. 7, the panel 2 is provided on the grid 3.
The locking portion 6 is inserted from the front surface 2a side of the panel 2 and the back surface 2b of the panel 2
Pass to the side. At this time, the hook member main body 4 is grasped and used as an operating portion. And the retaining portion 7
However, when the hand is released from the hook member 1 at the position where the hook member 1 hits the surface 2a of the panel 2, the hook member 1 moves downward about 90 degrees with the connecting portion 8 as a rotation axis due to the weight of the hook member main body 4. It rotates by a certain degree, is positioned along a substantially vertical direction, and moves from the grid 3 to a locking position Q where it cannot be pulled out. At the locking position Q, the locking portion 6 is shown in FIGS.
As indicated by the middle imaginary line, the grid 3 cannot pass through the back surface 2b of the panel 2 and the hook member 1 is locked to the panel 2.

With this structure, the grid 3
If the hook member 1 is passed through, the hook member 1 then moves from the passing position P to the locking position Q by its own weight, so that the hook member 1 can be reliably attached to the panel 2 by a simple attachment method. Not only that, even after installing
Since it can be easily removed, the mounting position can be easily changed.

After passing through the grid 3, the locking portion 6 rotates from the passing position P to the locking position Q by a predetermined angle in the same plane due to the weight of the hook member 1, so that from the passing position P The movement to the locking position Q can be made smooth.

The grid 3 has a substantially rectangular shape in a front view whose dimensions are set so that the opening lateral width a is longer than the opening longitudinal width b, and the locking portion 6 is also The width dimension d is set to be longer than the vertical width dimension c so that it can pass through the grid 3,
Since at least the major axis dimension d of the locking portion 6 is set to be longer than the short vertical width dimension b of the grid 3, the configuration is simple, for example, rotated. Only by changing the mounting direction, it is possible to easily take the passing position P that can pass the grid 3 and the locking position Q that cannot pass.

The attachment mechanism 5 is provided so as to face the locking portion 6, and the retaining portion 7 is located at the locking position Q across the front surface 2a of the panel 2, and the locking portion 6. Stopping part 7
And the connecting portion 8 located in the lattice 3 at the locking position Q, the hook member 1 is prevented from moving in the thickness direction of the panel 2 by using the retaining portion 7. Can be prevented.

The panel 2 is composed of a lattice-shaped structure formed by a plurality of vertical wall members 31 and horizontal wall members 32 that intersect at substantially right angles, and is formed by the vertical wall members 31 and horizontal wall members 32. Since the grids 3 formed are attached to the panel 2, the grids 3 having a plurality of uniform openings are formed over substantially the entire surface of the panel 2 particularly in the present embodiment. Therefore, it is possible to improve the degree of freedom of the mounting position of the hook member 1.

It goes without saying that the structure of the present invention is not limited to that described above. For example, in the present embodiment, the hook member is described as an example of the attached member, but the present invention is not limited to this, and the attached member may be a board such as a whiteboard. Other configurations can be variously modified without departing from the spirit of the present invention.

[0034]

The present invention is carried out with the above-described structure and has the following effects.

That is, the present invention is a mounting structure of a member for mounting a member to be mounted in an opening provided on a standing surface through a mounting mechanism, wherein the mounting mechanism moves the opening from the opening insertion end side to the counter opening insertion end side. To a passage position that allows passage through the opening, and a locking position that, after passing through the opening, cannot be pulled out across the counter insertion opening end side and that locks the mounted member on the upright surface. Since the locking portion moves from the passing position to the locking position by the weight of the member to be mounted after passing through the opening, the hook can be hooked on the upright surface by a simple mounting method. It becomes possible to reliably attach a member to be attached such as a member.

If the locking portion moves from the passing position to the locking position after passing through the opening and rotating by a predetermined angle in the same plane due to the weight of the member to be mounted, the locking position from the passing position to the locking position is increased. The movement can be made smooth.

The opening is dimensioned so that one of the opening width dimension and the opening length dimension is longer than the other, and the locking portion has a width dimension and a vertical width dimension. One of them is dimensioned to be longer than the other, and at least one long width dimension of the locking portion is longer than the other short width dimension of the opening. If the dimensions have been set to, with a simple configuration, for example, by simply rotating and changing the mounting direction,
It is possible to easily take a passing position where the opening can be passed and a locking position where the opening cannot be passed.

An attachment mechanism is provided so as to face the locking portion, and the locking portion and the locking portion are connected to each other at the locking position and extend over the insertion opening end side of the opening. If the connecting portion is located in the opening at the locking position, the retaining portion can be used to prevent movement of the attached member in the thickness direction of the upright surface.

The upright surface is constituted by a lattice-shaped structure formed by a plurality of vertical wall bodies and horizontal wall bodies that intersect at substantially right angles, and the opening is formed by the vertical wall body and the horizontal wall body. In the case of the formed grid, a plurality of openings are formed on the upright surface, and it is possible to improve the degree of freedom of the mounting position of the mounted member.

[Brief description of drawings]

FIG. 1 is an overall perspective view showing an embodiment of the present invention.

FIG. 2 is a perspective view showing the main part.

FIG. 3 is a perspective view showing the main part.

FIG. 4 is a front view showing the same mounting state.

5 is a cross-sectional view taken along the line AA corresponding to FIG.

FIG. 6 is an explanatory view of the same operation.

FIG. 7 is an explanatory view of the same operation.

[Explanation of symbols] 1 ... Attached member (hook member) 2 ... Standing surface (panel) 2a ... Opening insertion end (front surface) 2b ... Anti-opening insertion end (back side) 3 ... Grid 31 ... Vertical wall 32 ... Horizontal wall 5 ... Mounting mechanism 6 ... Locking part 7 ... retaining part 8 ... Connection part a ... Aperture vertical width dimension b ... Width of opening width c ... Vertical width dimension (short diameter dimension) d ... Width dimension (major axis dimension) P: Passing position Q: Locking position

Claims (5)

[Claims] 1. A mounting structure of a member for mounting a mounted member to an opening provided on an upright surface via a mounting mechanism, wherein the mounting mechanism can pass the opening from an opening insertion end side to an anti-opening insertion end side. Locking position that allows a proper passage position and a locking position where after passing through the opening, the opening cannot be pulled out across the counter insertion opening end side and the mounted member is locked to the upright surface. An attachment structure for a member, comprising a portion, wherein the engagement portion moves from the passing position to the engagement position by the weight of the attachment target member after passing through the opening. 2. The locking part moves from the passing position to the locking position after passing through the opening and rotating by a predetermined angle in the same plane by the weight of the mounted member.
Attachment structure for the described members. 3. The opening is dimensioned so that either one of the opening lateral width dimension and the opening vertical width dimension is longer than the other, and the locking portion can pass through the opening. In addition to the dimensions, one of the horizontal width dimension and the vertical width dimension is set to be longer than the other, and at least one of the long width dimensions is the other of the short lengths of the opening. The member mounting structure according to claim 1 or 2, wherein the dimension is set to be longer than the opening width dimension. 4. An attachment mechanism is provided so as to be opposed to the engaging portion, and the retaining portion is located across the insertion opening end side of the opening at the engaging position, the retaining portion and the retaining portion. 4. The member mounting structure according to claim 1, 2 or 3, further comprising a connecting portion that is connected to each other and is located in the opening at a locking position. 5. An upright surface is constituted by a lattice-shaped structure formed by a plurality of vertical wall bodies and horizontal wall bodies that intersect at substantially right angles, and the opening is the vertical wall body and the horizontal wall body. 3. A grid formed by
3 or 4 member mounting structure.