JP2022050072A - Three-dimensional object attachment device - Google Patents

Abstract

To provide a three-dimensional object attachment device which can easily attach a three-dimensional object to an attachment part such as a wall, is simple in a structure, small in a size, and low in a price.SOLUTION: An attachment part side attachment member 10 comprises a lock receiving part 12 and a screw receiving part 13. The lock receiving part 12 comprises a lock receiving rising part 12a which rises from an attachment part 1 side. and a lock receiving protrusion 12b extending toward the screw receiving part 13 side from a tip of the lock receiving rising part 12a. The screw receiving part 13 comprises a screw receiving rising part 13a rising from the attachment part 1 side, and having a female screw hole 13b. A three-dimensional side attachment member 20 comprises a lock part 21 and a screw stop part 22, the lock part 21 comprises a lock rising part 21a rising from the three-dimensional object 2 side, and a lock protrusion 21b extending toward a side opposite to a side of the screw stop part 22 from a tip of the lock rising part 21a, and the screw stop part 22 comprises a screw stop rising part 22a rising from the three-dimensional object 2 side, and having a screw insertion hole 22b.SELECTED DRAWING: Figure 5

Description

The present invention relates to a three-dimensional object mounting device for mounting a three-dimensional object such as a lighting panel to a mounting portion such as a wall or a ceiling.

Conventionally, various mounting devices for mounting various three-dimensional objects such as lighting panels on mounting portions such as walls and ceilings have been known. For example, Patent Document 1 describes a mounting device for mounting a surface light emitting panel, which is an example of a three-dimensional object, on a wall. This mounting device is a device that horizontally mounts a surface emitting panel on a wall extending in the vertical direction, and includes a mounting member that is fixed to the wall with screws and a holding member that holds the surface emitting panel by sandwiching it between its two main surfaces. And adopts a structure in which the holding member is fixed to the mounting member with screws.

Japanese Unexamined Patent Publication No. 2019-197659

The mounting device described in Patent Document 1 mounts a surface emitting panel as an example of a three-dimensional object horizontally with respect to a wall extending in the vertical direction, that is, in a cantilever state, and both surface emitting panels are attached. It is sandwiched and held on the main surface, and has a problem that the mounting device is large, has a complicated structure, and tends to be costly.

In view of the above circumstances, an object of the present invention is an attachment device for attaching a three-dimensional object such as a lighting panel to an attachment portion such as a wall, and the three-dimensional object can be easily attached to the attachment portion, and is compact and has a simple structure. However, it is an object of the present invention to provide a three-dimensional object mounting device which is inexpensive in terms of cost.

The three-dimensional object mounting device according to the present invention is
It is equipped with a mounting member on the mounting part side that is mounted on the mounting part and a mounting member on the three-dimensional object side that is mounted on a three-dimensional object.
The mounting member on the mounting portion side includes a locking receiving portion and a screw fastening receiving portion that are mounted on the mounting portion at a predetermined length apart in a predetermined direction.
The locking receiving portion has a locking receiving portion extending from the side of the mounting portion toward the three-dimensional object side and a engaging portion extending from the tip of the locking receiving rising portion toward the screwed receiving portion. Equipped with a retaining protrusion,
The screw fastening receiving portion includes a screw fastening receiving rising portion extending from the side of the mounting portion toward the three-dimensional object side, and a female screw hole formed in the screw fastening receiving rising portion.
The three-dimensional object side mounting member includes a locking portion and a screw fastening portion that are attached to the three-dimensional object at a predetermined length apart from each other in a predetermined direction.
The locking portion has a locking rising portion extending from the side of the three-dimensional object toward the mounting portion side and a engaging portion extending from the tip of the locking rising portion toward the side opposite to the screwed portion side. Equipped with a stop protrusion,
The screw fixing portion includes a screw fixing rising portion extending from the side of the three-dimensional object toward the mounting portion side, and a screw insertion hole formed in the screw fixing rising portion.

The three-dimensional object mounting device is
The mounting member on the mounting portion side includes a mounting receiving portion to be mounted on the mounting portion, and the mounting receiving portion faces the side of the locking receiving portion, from the side of the mounting portion to the side of the three-dimensional object. Equipped with a mounting receiving surface that extends toward
The three-dimensional object side mounting member includes a mounting portion to be mounted on the three-dimensional object, and the mounting portion extends from the side of the three-dimensional object toward the side of the mounting portion so as to face the side of the screwed portion. , Equipped with a mounting surface that abuts on the mounting surface described above,
Can be configured.

The three-dimensional object mounting device is
The above-mentioned mounting receiving surface is an inclined surface inclined toward the locking receiving portion from the side of the mounting portion toward the side of the three-dimensional object.
The above-mentioned mounting surface is an inclined surface inclined toward the screwed portion from the side of the three-dimensional object toward the side of the mounting portion.
It can be configured.

The three-dimensional object mounting device is
The locking rising portion also serves as the previously described mounting portion, and the surface of the locking rising portion facing the screwed portion is the previously described mounting surface.
It can be configured.

The three-dimensional object mounting device is
The mounting member on the mounting portion side has a base to be mounted on the mounting portion.
The locking receiving portion, the above-mentioned mounting receiving portion, and the screwed receiving portion are each formed so as to extend from the base portion.
It can be configured.

As described above, the three-dimensional object mounting device according to the present invention has a simple hook-shaped locking receiving portion having a locking receiving rising portion and a locking receiving projection portion, and a screw receiving portion having a female screw hole. It is composed of a mounting member on the mounting portion side of the structure, and a mounting member on the three-dimensional object side having a simple structure consisting of a hook-shaped locking portion having a locking rising portion and a locking protrusion and a screw fixing portion having a screw insertion hole. Therefore, the entire device is small and has a simple structure, and can be manufactured at low cost. For mounting of a three-dimensional object to the mounting part, the locking part of the three-dimensional object side mounting member is used as the mounting part side mounting member. Simply insert it into the locking receiving part, insert the screw into the screw insertion hole of the screw fixing part of the three-dimensional object side mounting member, and screw the screw into the female screw hole of the screw fixing part of the mounting part side mounting member. Can be done.

As described above, the three-dimensional object mounting device according to the present invention can include a mounting receiving portion of the mounting portion side mounting member and a mounting portion of the three-dimensional object side mounting member, and when these are provided, the three-dimensional object is provided. When the locking part of the side mounting member is inserted into the locking receiving part of the mounting part side mounting member, the three-dimensional object can be temporarily placed on the mounting part by mounting the mounting part on the mounting receiving part. Therefore, it is not necessary to support the three-dimensional object by hand, so that the work of inserting the screw into the screw insertion hole and screwing it into the female screw hole can be easily performed.

As described above, the three-dimensional object mounting device according to the present invention can incline the mounting surface of the mounting receiving portion and the mounting surface of the mounting portion, and in that case, in the case of the above-mentioned temporary placement. It is possible to prevent the three-dimensional object from falling and stabilize the temporary placement.

A perspective view of an embodiment of a mounting member on the mounting portion side according to the present invention. Side view of the mounting member on the mounting portion side shown in FIG. A perspective view of an embodiment of a three-dimensional object side mounting member according to the present invention. A view of the three-dimensional object side mounting member shown in FIG. 3 as viewed from below. The figure which shows the procedure of attaching a three-dimensional object to a mounting part The figure which shows the procedure of attaching a three-dimensional object to a mounting part The figure which shows the procedure of attaching a three-dimensional object to a mounting part The figure which shows the procedure of attaching a three-dimensional object to a mounting part The figure which shows the procedure of attaching a three-dimensional object to a mounting part The figure which shows the procedure of attaching a three-dimensional object to a mounting part

Hereinafter, embodiments of the present invention will be described with reference to the drawings. FIG. 1 is a perspective view showing an embodiment of a mounting member on the mounting portion side, FIG. 2 is a side view showing a state in which the mounting member on the mounting portion side shown in FIG. 1 is mounted on the mounting portion, and FIG. 3 is a side view showing a state in which the mounting member on the mounting portion side is mounted on a three-dimensional object. A perspective view showing an embodiment of the three-dimensional object side mounting member, FIG. 4 is a view of the three-dimensional object side mounting member of FIG. 3 as viewed from below.

In the present specification, the direction or positional relationship of each component in the embodiment of the present invention is appropriately determined by means of the mounting member on the mounting portion side mounted on the mounting portion and the mounting member on the three-dimensional object side mounted on the three-dimensional object. It is expressed as a direction or positional relationship when an object is attached to the attachment part.

The mounting member 10 on the mounting portion side of the present embodiment shown in FIGS. 1 and 2 is used by mounting on a mounting portion 1 such as a ceiling or a wall, and has a base portion 11 extending in a predetermined direction (arrow X direction) and a base portion 11. A locking receiving portion 12 formed at one end of the base portion 11 in the predetermined direction, a screw receiving portion 13 formed at the other end of the predetermined direction of the base portion 11, and a lateral direction orthogonal to the predetermined direction of the base portion 11. It is provided with a mounting receiving portion 14 formed at one end and the other end (in the direction of arrow Y).

The base 11 is made of a flat plate and includes a screw insertion hole 11a. As shown in FIG. 2, the base portion 11 is pushed against an indoor wall, which is an example of the mounting portion 1, in a state where the predetermined direction is, for example, a vertical direction and the locking receiving portion 12 is located above. The countersunk screw 11b is inserted into the screw insertion hole 11a and screwed into the mounting portion 1 to be attached to the mounting portion 1.

The locking receiving portion 12 has a locking receiving portion 12a that rises substantially at a right angle from one end (upper end in this embodiment) of the base portion 11 and a locking receiving portion 12a that rises from the tip of the locking receiving portion 12a toward the screw fastening receiving portion 13. It is provided with a protruding locking receiving protrusion 12b.

The screw fastening receiving portion 13 includes a screw fastening receiving rising portion 13a that rises substantially at a right angle from the other end (lower end in the present embodiment) of the base portion 11 and a female screw hole 13b formed in the screw fastening receiving rising portion 13a. There is.

The mounting receiving portion 14 is located between the locking receiving portion 12 and the screwed receiving portion 13 in the predetermined direction, and rises substantially at right angles from both ends of the base portion 11 in the lateral direction. The end surface of the mounting receiving portion 14 on the side of the locking receiving portion 12 forms the mounting receiving surface 14a, and the mounting receiving surface 14a is inclined toward the locking receiving portion 12 from the base side toward the tip side. It is formed as an inclined surface. In FIG. 1, this inclination means an inclination from the front-rear direction with respect to the front-back direction (arrow Z direction) perpendicular to the predetermined direction and the lateral direction. This front-back direction is a direction perpendicular to the predetermined direction and is a direction toward the three-dimensional object 2 described later.

As shown in the figure, the mounting receiving portion 14 has a substantially overall length between the locking receiving portion 12 and the screw fastening receiving portion 13 (70 between the locking receiving portion 12 and the screw fastening receiving portion 13 in the present embodiment). It is formed as a lateral rising portion that rises from the base 11 and extends in the predetermined direction over a length of% or more).

As shown in FIG. 3, the three-dimensional object side mounting member 20 is used by being attached to the three-dimensional object 2, and is a locking portion attached to the three-dimensional object 2 at a predetermined direction (arrow X direction) at a predetermined length. It includes a 21 and a screw fixing portion 22, and a mounting portion 23 attached to the three-dimensional object 2.

When attached to the three-dimensional object 2, the locking portion 21 protrudes from the locking rising portion 21a rising from the side of the three-dimensional object 2 and from the tip of the locking rising portion 21a toward the side opposite to the screw fastening portion 22. It is provided with a locking protrusion 21b. The locking portion 21 includes a base portion 21c having an L-shaped cross section extending from the base end of the locking rising portion 21a along the outer surface of the three-dimensional object 2, and the base portion 21c abuts on the outer surface on one end side of the three-dimensional object 2. With the locking rising portion 21a rising from the side of the three-dimensional object 2, the countersunk screw 21e is inserted into the screw insertion hole 21d formed in the base portion 21c, and the countersunk screw 21e is screwed into the three-dimensional object 2 to be a three-dimensional object. Attached to 2.

As shown in FIG. 5 described later, the locking protrusion 21b has a length L in the predetermined direction, and the gap 15 between the tip of the locking receiving protrusion 12b of the mounting member 10 on the mounting portion side and the mounting receiving surface 14a. It is formed so as to be slightly shorter than the length M in the predetermined direction.

The screw fixing portion 22 includes a screw fixing rising portion 22a that rises from the side of the three-dimensional object 2 in a state of being attached to the three-dimensional object 2, and the screw fixing rising portion 22a includes a screw insertion hole 22b. The screw fixing portion 22 includes a base portion 22c extending from the base end of the screw fixing rising portion 22a and along the end surface of the three-dimensional object 2, and the base portion 22c is provided with a screw insertion hole (not shown). In the screw fixing portion 22, the base portion 22c is brought into contact with the end face of the three-dimensional object 2 in a state where the screw fixing rising portion 22a rises from the side of the three-dimensional object 2, and the countersunk screw 22d (see FIG. 4) is inserted into the screw insertion hole. The countersunk screw 22d is screwed into the three-dimensional object 2 and attached to the three-dimensional object 2.

The mounting portion 23 is also used as the locking rising portion 21a, and the lower surface of the mounting portion 23, which is also the locking rising portion 21a, that is, the surface facing the screwed portion 22 side forms the mounting surface 23a. .. The mounting surface 23a is a surface that abuts on the mounting receiving surface 14a of the mounting member 10 on the mounting portion side when the three-dimensional object 2 is mounted on the mounting portion 1, and is directed from the side of the three-dimensional object 2 toward the side of the mounting portion 1. It is formed as an inclined surface that extends and is inclined toward the screw fastening portion 22 from the side of the three-dimensional object 2 toward the side of the mounting portion 1. This inclination is also the same as that of the mounting surface 14a, and in FIG. 3, in FIG. 3, the front-back direction (arrow Z direction) perpendicular to the predetermined direction (arrow X direction) and the lateral direction (arrow Y direction) orthogonal to the predetermined direction. ) As a reference, which means an inclination from the front-back direction. This front-rear direction is a direction perpendicular to the predetermined direction and is a direction toward the mounting portion 1.

Next, a method of mounting the three-dimensional object 2 to the mounting portion 1 by using the mounting portion side mounting member 10 and the three-dimensional object side mounting member 20 will be described with reference to FIGS. 5 to 10. In FIGS. 5 to 10, for convenience of explanation, the three-dimensional object side mounting member 20 is shown with dots, and the screw insertion hole and the female screw hole are not shown.

First, as described above, the mounting portion side mounting member 10 is mounted on the mounting portion 1 using the countersunk screws 11b in the embodiment shown in FIG. Next, as described above, the three-dimensional object side mounting member 20 is attached to the three-dimensional object 2 using the countersunk screws 21e and 22d in the manner shown in FIGS. 3 and 4.

Next, as shown in FIG. 5, the three-dimensional object 2 is held by hand, for example, and the three-dimensional object side mounting member 20 attached to the three-dimensional object 2 is opposed to the mounting portion side mounting member 10 attached to the mounting portion 1. , Face the mounting part 1. At this time, the locking protrusion 21b of the three-dimensional object side mounting member 20 is made to face the gap 15 between the locking receiving protrusion 12b of the mounting member 10 and the mounting receiving surface 14a. As described above, the length M of the gap 15 in the predetermined direction is formed to be slightly larger than the length L of the locking protrusion 21b in the predetermined direction.

After the three-dimensional object 2 faces the mounting portion 1 in the embodiment shown in FIG. 5, the three-dimensional object 2 is moved to the mounting portion 1 side, the locking protrusion 21b is inserted into the gap 15, and the three-dimensional object side mounting member 20 is mounted. It is incorporated into the part-side mounting member 10 and put into the assembled state shown in FIG.

Next, from the built-in state shown in FIG. 6, the three-dimensional object 2 is lowered, and the mounting surface 23a of the three-dimensional object side mounting member 20 is brought into contact with the mounting receiving surface 14a of the mounting portion side mounting member 10. The state shown in 7 is used. In this state, the three-dimensional object 2 is supported by the mounting receiving surface 14a via the mounting surface 23a, and is in a temporary placement state.

In the temporary placement state shown in FIG. 7, both the mounting surface 23a and the mounting receiving surface 14a are downward from the side of the three-dimensional object 2 toward the side of the mounting portion 1, that is, the side of the screw fastening portion 22 and the screw fastening portion. Since it is inclined to the side of 13, the three-dimensional object 2 is prevented from moving in the direction away from the mounting portion 1 and falling, and stable temporary placement is achieved.

Next, from the temporarily placed state shown in FIG. 7, as shown in FIG. 8, the screw 24 is inserted into the screw insertion hole 22b of the screw fastening rising portion 22a and screwed into the female screw hole 13b of the screw fastening receiving rising portion 13a. Then, the screw screwing is advanced until the screw head 24a comes into contact with the screw fixing rising portion 22a, so that the screw head is in contact with the screw head.

Subsequently, the screw screwing is further advanced from the screw head contact state shown in FIG. When the screw screwing is further advanced, the screw head 24a moves to the side of the screw stop rise portion 13a and rises, and the three-dimensional object 2 is pushed up by the screw head 24a via the screw stop rise portion 22a, as shown in FIG. As shown above, the locking protrusion 21b of the three-dimensional object side mounting member 20 is formed inside the locking receiving protrusion 12b (on the side of the mounting portion 1) of the mounting member 10 on the mounting portion side (FIG. 8). (See), the tip of the locking protrusion 21b abuts on the bottom surface (upper surface in FIG. 9) of the locking recess 12c, and the installation is completed.

When the three-dimensional object 2 is attached to the wall, as shown in FIG. 10, the three-dimensional object 2 (locking portion 21 in this embodiment) can be attached in a state where the upper surface thereof abuts on the ceiling 1a. In such a case, in a state where the three-dimensional object 2 is in contact with the ceiling, as shown in FIG. 10, the tip of the locking protrusion 21b is in contact with the bottom surface of the locking receiving recess 12c, and the screw fixing rising portion 22a is formed. It can be attached in such a manner that it abuts on the screw-fastening rising portion 13a, or when it abuts on the ceiling 1a, it is between the tip of the locking projection 21b and the bottom surface of the locking receiving recess 12c, or the screw-fastening rise. It is also possible to attach the portion 22a in such a manner that there is a slight gap between the portion 22a and the screw fastening receiving rising portion 13a.

In the state where the three-dimensional object 2 is attached to the attachment portion 1, the orientation or positional relationship of each element of the attachment portion side attachment member 10 and the three-dimensional object side attachment member is as follows. That is, as shown in FIG. 9, in the mounting portion side mounting member 10, the locking receiving portion 12 and the screw fastening receiving portion 13 are mounted on the mounting portion 1 with a predetermined length apart in a predetermined direction (arrow X direction). The locking receiving rising portion 12a, the screwed receiving rising portion 13a, the mounting receiving portion 14, and the mounting receiving surface 14a all extend from the side of the mounting portion 1 toward the side of the three-dimensional object 2. Further, in the three-dimensional object side mounting member 20, the locking portion 21 and the screw fixing portion 22 are attached to the three-dimensional object 2 with a predetermined length apart in a predetermined direction (arrow X direction), and the locking rising portion 21a and the screw are attached. The stationary rising portion 22a, the mounting portion 23, and the mounting surface 23a all extend from the side of the three-dimensional object 2 toward the side of the mounting portion 1. Further, the mounting surface 14a is a surface facing the locking receiving portion 12, and the mounting surface 23a is a surface facing the screw fastening portion 22 side.

In the present embodiment, as shown in FIG. 9, the mounting is completed when the tip of the locking projection 21b abuts on the bottom surface of the locking recess 12c, and at that time, the screwed rising portion 22a is screwed. It is configured to abut on the receiving rising portion 13a, but when the tip of the locking protrusion 21b abuts on the bottom surface of the locking receiving recess 12c, the screwed rising portion 22a and the screwed receiving rising portion 13a It can also be configured so that there is a slight gap between the two.

Further, before the tip of the locking protrusion 21b abuts on the bottom surface of the locking receiving recess 12c, the tip of the locking receiving protrusion 12b is inside the locking protrusion 21b of the three-dimensional object side mounting member 20 (of the three-dimensional object 2). It can also be configured to abut on the bottom surface of the locking recess 21f (see FIG. 8) formed on the side) to complete the mounting. Also in this case, when the tip of the locking receiving protrusion 12b abuts on the bottom surface of the locking recess 21f, the screwed rising portion 22a and the screwed receiving rising portion 13a come into contact with each other or between them. It can be configured so that there are some gaps.

Further, before the tip of the locking projection 21b abuts on the bottom surface of the locking recess 12c, and before the tip of the locking projection 12b abuts on the bottom surface of the locking recess 21f, the screw is fastened. It is also possible to configure the rising portion 22a to come into contact with the screw fastening receiving rising portion 13a to complete the mounting. In this case, at the time when the mounting is completed, at least a part of the locking projection 21b and the locking receiving projection 12b needs to overlap in the front-rear direction (arrow Z direction).

In the present embodiment, the locking projection 21b and the locking recess 12c are the locking projections as shown in FIGS. 6 and 9 in order to reduce the rattling of the three-dimensional object 2 at the time of mounting. The thickness of the portion 21b (length in the front-rear direction (arrow Z direction)) and the width of the locking recess 12c (length in the front-rear direction (arrow Z direction)), and / or the thickness of the locking receiving protrusion 12b. (Length in the front-back direction (arrow Z direction)) and width of the locking recess 21f (length in the front-back direction (arrow Z direction)) are almost the same, but the degree of rattling or other factors allowed. Due to the existence of the rattling prevention structure and the like, their thickness and width can be appropriately set.

In the present embodiment, the mounting member 10 on the mounting portion side is configured as one component by raising the locking receiving portion 12, the screw fastening receiving portion 13, and the mounting receiving portion 14 from the base 11. , The locking receiving portion 12, the screw fastening receiving portion 13, and the mounting receiving portion 14 can be configured to be separately attached to the mounting portion 1 as independent parts.

In the present embodiment, in the three-dimensional object side mounting member 20, the locking portion 21 / mounting portion 23 and the screw fastening portion 22 are configured as independent and separate parts, and each is individually attached to the three-dimensional object 2. However, like the mounting member 10 on the mounting portion side, the locking portion 21 and the mounting portion 23 and the screw fastening portion 22 are connected by one common base, and the base is mounted on the three-dimensional object 2. It can also be configured to.

In the present embodiment, the locking rising portion 21a also serves as the mounting portion 23, and the surface of the locking rising portion 21a on the screwed portion 22 side is the mounting surface 23a, but the mounting portion 23 is the locking rising portion 21a. It is also possible to use it as a separate member without using it in combination with the above.

In the present embodiment, in order to stabilize the temporary placement when the three-dimensional object 2 is attached to the mounting portion 1, the mounting receiving surface 14a and the mounting surface 23a are formed to be inclined, but the temporary placement is stabilized. In order to achieve this, the unevenness is not limited to the inclination of the mounting receiving surface 14a and the mounting surface 23a, and for example, the mounting receiving surface 14a and the mounting surface 23a are fitted into the predetermined direction (arrow X direction) and fitted to each other. Various means such as forming the above can be used.

The locking receiving portion 12, the screw fastening receiving portion 13, and the mounting receiving portion 14 of the mounting portion side mounting member 10 are not limited to the structure of the present embodiment, and may exhibit the required functions. For example, various concrete structures can be adopted. Similarly, the locking portion 21, the screw fastening portion 22, and the mounting portion 23 of the three-dimensional object side mounting member 20 are not limited to the structure of the present embodiment, and may be in a mode in which the required functions can be exhibited. For example, various concrete structures can be adopted.

For example, in the present embodiment, the screw-fastening rising portion 13a is a plate-shaped member, the female screw hole 13b is directly formed in the screw-fastening receiving rising portion 13a, and the screw-fastening rising portion 22a is also a plate-shaped member. The structure is such that the screw insertion hole 22b is directly formed in the rising portion 22a, but the specific structure of the screw fastening receiving rising portion 13a provided with the female screw hole 13b and the screw fastening rising portion 22a provided with the screw insertion hole 22b is a screw. The structure is limited to the structure shown in the present embodiment as long as the structure is such that the screw-fastening rising portion 22a can be moved toward the screw-fastening receiving rising portion 13a via the screw by screwing and advancing the screwing. Instead, various structures can be adopted.

Further, the mounting portion side mounting member 10 and the three-dimensional object side mounting member 20 in the present embodiment are both separate members from the mounting portion 1 and the three-dimensional object 2, and they are attached to the mounting portion 1 and the three-dimensional object 2. However, in the mounting member 10 and the three-dimensional object side mounting member 20, both or one of them, or a part of each part constituting them, is referred to as the mounting portion 1 or the three-dimensional object 2. It can also be an integrally manufactured configuration.

The mounting portion 1 is not limited to a wall extending in the vertical direction, may be a ceiling extending in the horizontal direction, is not limited to indoors and outdoors, may have any angle, and may have any shape. There may be. For example, it may be a surface having a step, a curved surface, or the like, and the three-dimensional object mounting device according to the present invention can appropriately cope with the mounting portion 1 having such a shape within the scope of the present invention. ..

1 Mounting part 2 Three-dimensional object 10 Mounting part side mounting member 11 Base 11a Screw insertion hole 11b Screw
12 Locking receiving part 12a Locking receiving part 12b Locking receiving protrusion 12c Locking receiving recess 13 Threaded receiving part 13a Screwing receiving rising part 13b Female screw hole 14 Mounting receiving part 14a Mounting receiving surface 15 Gap 20 Solid object side mounting member 21 Locking part 21a Locking rising part 21b Locking protrusion 21c Base 21d Screw insertion hole 21e Screw 21f Locking recess 22 Screw fixing part 22a Screw fixing rising part 22b Screw insertion hole 22c Base 22d Screw 23 Placement 23a Placement surface 24 Screws 24a Screw heads

Claims (5)

It is equipped with a mounting member on the mounting part side that is mounted on the mounting part and a mounting member on the three-dimensional object side that is mounted on a three-dimensional object.
The mounting member on the mounting portion side includes a locking receiving portion and a screw fastening receiving portion that are mounted on the mounting portion at a predetermined length apart in a predetermined direction.
The locking receiving portion has a locking receiving portion extending from the side of the mounting portion toward the three-dimensional object side and a engaging portion extending from the tip of the locking receiving rising portion toward the screwed receiving portion. Equipped with a retaining protrusion,
The screw fastening receiving portion includes a screw fastening receiving rising portion extending from the side of the mounting portion toward the three-dimensional object side, and a female screw hole formed in the screw fastening receiving rising portion.
The three-dimensional object side mounting member includes a locking portion and a screw fastening portion that are attached to the three-dimensional object at a predetermined length apart from each other in a predetermined direction.
The locking portion has a locking rising portion extending from the side of the three-dimensional object toward the mounting portion side and a engaging portion extending from the tip of the locking rising portion toward the side opposite to the screwed portion side. Equipped with a stop protrusion,
The screw fixing portion includes a screw fixing rising portion extending from the side of the three-dimensional object toward the mounting portion side, and a screw insertion hole formed in the screw fixing rising portion.
A three-dimensional object mounting device characterized by being The mounting member on the mounting portion side includes a mounting receiving portion to be mounted on the mounting portion, and the mounting receiving portion faces the side of the locking receiving portion, from the side of the mounting portion to the side of the three-dimensional object. Equipped with a mounting receiving surface that extends toward
The three-dimensional object side mounting member includes a mounting portion to be mounted on the three-dimensional object, and the mounting portion extends from the side of the three-dimensional object toward the side of the mounting portion toward the screwed portion. , Equipped with a mounting surface that abuts on the mounting surface described above,
The three-dimensional object mounting device according to claim 1, wherein the three-dimensional object mounting device is characterized by the above. The above-mentioned mounting receiving surface is an inclined surface inclined toward the locking receiving portion from the side of the mounting portion toward the side of the three-dimensional object.
The above-mentioned mounting surface is an inclined surface inclined toward the screwed portion from the side of the three-dimensional object toward the side of the mounting portion.
The three-dimensional object mounting device according to claim 2. The solid according to claim 2 or 3, wherein the locking rising portion also serves as the previously described mounting portion, and the surface of the locking rising portion facing the side of the screw fastening portion is the previously described mounting surface. Object mounting device. The mounting member on the mounting portion side has a base to be mounted on the mounting portion.
The locking receiving portion, the above-mentioned mounting receiving portion, and the screwed receiving portion are each formed so as to extend from the base portion.
The three-dimensional object mounting device according to any one of claims 2 to 4, wherein the three-dimensional object mounting device is characterized by the above.

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