JP2020178773A - Magnet attraction shelf, and installation method of magnet attraction shelf - Google Patents

Abstract

To improve flexibility of an installation form.SOLUTION: A magnet attraction shelf 1 includes a plurality of split bodies 7 combinable so as to obtain a back plate 3, a side plate 4 rising in a frame shape to the back plate 3, and a box body 6 having a magnet 5 joined to the back plate, Each of the plurality of split bodies 7 has a back plate part which is a part of the back plate 3, and a magnet part which is a part of the magnet part 5, and the magnet part is joined to the back plate part.SELECTED DRAWING: Figure 1

Description

The present invention relates to a magnet suction shelf and a method for installing a magnet suction shelf that is attracted to a wall capable of magnetic attraction.

As a shelf installed on a wall surface capable of attracting magnetic force, for example, there is a magnetized type fixture described in Patent Document 1. The magnetized fixture described in Patent Document 1 is configured by erection of a crosspiece member on a plurality of magnetized supports that are magnetized on a wall surface by a magnet.

JP-A-2016-040018

However, the magnetized type fixture described in Patent Document 1 has a problem that the degree of freedom of the installation form is small because the installation form on the wall surface is determined.

Therefore, it is an object of the present invention to provide a magnet suction shelf and a method for installing a magnet suction shelf that can improve the degree of freedom of installation form.

The magnet suction shelf according to the present invention includes a back plate, a side plate that rises in a frame shape with respect to the back plate, and a plurality of divided bodies that can be combined so as to form a box having a magnet joined to the back plate. Each of the plurality of divided bodies has a back plate portion that is a part of the back plate and a magnet portion that is a part of the magnet, and the magnet portion is joined to the back plate portion.

In this magnet suction shelf, since each of the back plate, the side plate, and the plurality of divided bodies that can be combined so as to form a box body having a magnet has a back plate portion and a magnet portion joined to the back plate portion. By attracting the magnet portion to the magnetically attractable wall, each divided body can be installed on the magnetically attractable wall. Therefore, for example, a plurality of divided bodies can be combined so as to form a box and installed on the magnetically attractable wall, or the plurality of divided bodies can be separated and installed on the magnetically attractable wall. It is also possible to install only the divided body on a wall that can attract magnetic force. As a result, the degree of freedom in the installation form can be improved.

The split body with a side plate, which is one of the plurality of split bodies, may further have a side plate portion that is a part of the side plate. In this magnet suction shelf, the split body with a side plate, which is one of the plurality of split bodies, further has a side plate portion that becomes a part of the side plate. Therefore, by installing the split body with the side plate on the wall capable of magnetic attraction, the split body with the side plate is attached. The side plate portion of the divided body can be set to stand up from the magnetically attractable wall. Thereby, for example, the side plate portion can be used as a shelf plate.

All of the rest of the plurality of divided bodies may further have a side plate portion that becomes a part of the side plate. In this magnet suction shelf, since all of the plurality of divided bodies further have a side plate portion that becomes a part of the side plate, by installing an arbitrary divided body on the magnetically attractable wall, the side plate portion of the divided body attracts magnetic force. It is possible to stand up from the wall. Therefore, for example, the side plate portion can be used as a shelf plate.

When a plurality of divided bodies are combined to form a box body, the side plate may stand up perpendicular to the back plate. In this magnet suction shelf, when a plurality of divided bodies are combined to form a box, the side plates stand up perpendicular to the back plate, so that the side plates stand up perpendicular to the magnetically attractable wall. can do. Therefore, for example, by adjusting the installation form of the divided body, it is possible to easily put an object on the side plate portion. Further, for example, by installing a plurality of divided bodies in combination so as to form a box body, it becomes easy to put an object on the inside of the box body (the inner peripheral side of the frame-shaped side plate).

When a plurality of divided bodies are combined into a box body, the side plate may have a rectangular frame shape. In this magnet suction shelf, when a plurality of divided bodies are combined into a box body, the side plate has a rectangular frame shape, so that the usability is further improved.

The side plate portion may be formed in a flat plate shape. In this magnet suction shelf, since the side plate portion is formed in a flat plate shape, a neat impression can be given. Further, for example, by adjusting the installation form of the divided body, it is possible to easily put an object on the side plate portion.

The side plate portion may extend in a T shape with respect to the back plate portion when viewed from the direction facing the back plate portion. In this magnet suction shelf, since the side plate portion extends in a T shape with respect to the back plate portion when viewed from the direction facing the back plate portion, the divided body is magnetically attracted so that the side plate portion faces in the vertical direction. When installed on a wall, the side plate can be supported in a well-balanced manner with respect to the back plate.

The length of the back plate portion in the direction facing the side plate portion may be longer than the length of the side plate portion in the direction facing the back plate portion. In this magnet attraction shelf, the length of the back plate portion in the direction facing the side plate portion is longer than the length of the side plate portion in the direction facing the back plate portion. Therefore, for example, the magnetic force is such that the side plate portion faces in the vertical direction. When installed on an attractable wall, the support length of the back plate portion that supports the side plate portion can be made longer than the rising length of the side plate portion with respect to the magnetically attractable wall. As a result, the load bearing performance of the side plate portion can be improved.

The side plate portion may be formed in an L shape. In this magnet suction shelf, the side plate portion is formed in an L shape. Therefore, for example, by adjusting the installation form of the divided body, any surface of the side plate portion or a portion that becomes an inner corner of the side plate portion can be formed. , Can make it easier to put things on.

The side plate portion may be formed in a U shape. In this magnet suction shelf, the side plate portion is formed in a U shape. Therefore, for example, by adjusting the installation form of the divided body, any surface of the side plate portion or any inner corner of the side plate portion can be formed. It is possible to make it easier to put an object on the part. Further, for example, by installing the side plate portion so as to be opened upward, it is possible to prevent an object placed on the side plate portion from rolling down from both sides.

The method of installing the magnet suction shelf according to the present invention can be combined so as to form a back plate, a side plate that rises in a frame shape with respect to the back plate, and a box body having a magnet joined to the back plate. It is a method of installing a magnet suction shelf having a back plate portion that is a part of the back plate and a magnet portion that is a part of a magnet, and also having a plurality of divided bodies in which the magnet portion is joined to the back plate portion. Then, the magnet part is attracted to the magnetically attractable wall.

The plurality of divided bodies used in the method of installing the magnet suction shelf can be combined so as to form a back plate, a side plate, and a box having a magnet, and each of the back plate portion that becomes a part of the back plate and the back plate portion. It has a magnet part that becomes a part of the magnet, and the magnet part is joined to the back plate part. Then, by attracting the magnet portion to the magnetically attractable wall, the divided body can be installed on the magnetically attractable wall.

The split body with a side plate, which is one of the plurality of split bodies, further has a side plate portion that is a part of the side plate, and in the split body with a side plate, the magnet portion may be attracted to the magnetically attractable wall. In this method of installing the magnet suction shelf, since the magnet portion is attracted to the magnetically attractable wall in the split body with side plates, the side plate portion of the split body with side plates can be in a state of standing up from the magnetically attractable wall. Thereby, for example, the side plate portion can be used as a shelf plate.

In each of the plurality of divided bodies, the magnet portion may be attracted to the magnetically attractable wall so that the plurality of divided bodies are combined with the box body. In this method of installing the magnet adsorption shelf, the magnet portion is attracted to the magnetically attractable wall in each of the plurality of divided bodies so that the plurality of divided bodies are combined with the box body. Can be installed on a suctionable wall.

According to the present invention, the degree of freedom of the installation form can be improved.

It is a perspective view which shows the state which the magnet suction shelf which concerns on embodiment is installed on the wall which can attract magnetic force. It is a front view which shows the state which the magnet suction shelf which concerns on embodiment is installed on the wall which can attract magnetic force. FIG. 3 is a cross-sectional view taken along the line III-III shown in FIG. FIG. 4A is a plan view of the divided body, and FIG. 4B is a left side view of the divided body. FIG. 5A is a plan view of the divided body, and FIG. 5B is a left side view of the divided body. FIG. 6A is a plan view of the divided body, and FIG. 6B is a left side view of the divided body. FIG. 7A is a plan view of the divided body, and FIG. 7B is a left side view of the divided body. FIG. 8A is a perspective view showing a state in which the divided body is installed on a wall capable of attracting magnetic force, and FIG. 8B is a cross-sectional view taken along the line VIIIb-VIIIb shown in FIG. 8A. 9 (a) is a perspective view showing a state in which the divided body is installed on a wall capable of attracting magnetic force, and FIG. 9 (b) is a cross-sectional view taken along the line IXb-IXb shown in FIG. 9 (a). It is a front view which shows the modification of the magnet suction shelf which concerns on the modification. FIG. 11A is a perspective view showing a large magnet suction shelf, and FIG. 11B is a perspective view showing a small magnet suction shelf. 12 (a) is a perspective view showing a cork board, and FIG. 12 (b) is a perspective view showing a block set. 13 (a) is a perspective view showing the first block, FIG. 13 (b) is a perspective view showing the second block, and FIG. 13 (c) is a perspective view showing the third block. ..

Hereinafter, the magnet suction shelf of the embodiment will be described in detail with reference to the drawings. In all the drawings, the same or corresponding parts are designated by the same reference numerals, and duplicate description will be omitted.

[Magnet adsorption shelf]
As shown in FIGS. 1 to 3, the magnet suction shelf 1 according to the present embodiment is installed on the magnetically attractable wall 2. The magnetically adsorbable wall 2 is a wall that can be adsorbed by magnetic force and is a wall containing a ferromagnetic material such as iron. If the magnetic force-adsorbable wall 2 is not installed on the building or the like, the magnetic force-adsorbable wall 2 can be attached to the wall of the building or the like by attaching the magnetic force-adsorbable wall 2 for retrofitting by bonding, fitting, screwing or the like. The magnet suction shelf 1 can be installed in 2.

The magnet suction shelf 1 includes a plurality of divided bodies 7 that can be combined so as to form a box body 6. That is, the plurality of divided bodies 7 have a shape that can be formed into a box body 6 by combining them.

[Box]
The box body 6 formed by combining the plurality of divided bodies 7 becomes an open shelf with an open front surface by being installed on the magnetic force-adsorbable wall 2. The box body 6 has a back plate 3, a side plate 4 that rises in a frame shape with respect to the back plate 3, and a magnet 5 joined to the back plate 3. The back plate 3, the side plate 4, and the magnet 5 are each divided corresponding to the plurality of divided bodies 7. The back plate 3 is formed in a rectangular flat plate shape. The side plate 4 is formed in a rectangular frame shape and stands up perpendicular to the back plate 3. The side plate 4 includes a first side plate 4a, a second side plate 4b adjacent to the first side plate 4a, a third side plate 4c adjacent to the second side plate 4b, a third side plate 4c, and a fourth side plate adjacent to the first side plate 4a. It has a side plate 4d.

The material of the back plate 3 and the side plate 4 is not particularly limited, but may be, for example, made of wood, metal, resin, or a combination thereof. The magnet 5 is not particularly limited as long as it has a magnetic force that attracts the magnetic force-adsorbable wall 2, but for example, a magnet sheet, a magnet, or the like can be used. In the present embodiment, the back plate 3 and the side plate 4 will be described as being made of wood, and the magnet 5 will be described as being a magnet sheet.

[Multiple divisions]
In the present embodiment, the plurality of divided bodies 7 are the first divided body 10 (divided body with side plate), the second divided body 20 (divided body with side plate), the third divided body 30 (divided body with side plate), and the fourth divided body 7. It is composed of four divided bodies 7 of the divided body 40 (divided body with side plate). However, the number of the plurality of divided bodies is not particularly limited as long as it can be combined to form the box body 6, and may be, for example, 3 or less, or 5 or more.

[Partition of unity]
As shown in FIGS. 1 to 4, the first divided body 10 constitutes the uppermost portion of the box body 6. The first divided body 10 includes a back plate portion 11 that is a part of the back plate 3 of the box body 6, a side plate portion 12 that is a part of the side plate 4 of the box body 6, and a part of the magnet 5 of the box body 6. A magnet portion 13 and a magnet portion 13 are provided.

The back plate portion 11 is formed in a rectangular flat plate shape. Then, when a plurality of divided bodies 7 are combined to form a box body 6, the back plate portion 11 constitutes a portion located at the uppermost side when the back plate 3 is divided into four equal parts vertically.

The side plate portion 12 is formed in an L shape. The side plate portion 12 has a first side plate portion 12a and a second side plate portion 12b. The first side plate portion 12a and the second side plate portion 12b are joined in an L shape. Then, the end faces of the back plate portion 11 are joined to the side surfaces of the first side plate portion 12a and the second side plate portion 12b so that the first side plate portion 12a and the second side plate portion 12b stand up perpendicularly to the back plate portion 11. ing. The joining between the first side plate portion 12a and the second side plate portion 12b and the joining between the first side plate portion 12a and the second side plate portion 12b and the back plate portion 11 are not particularly limited, and are, for example, bonding and fitting. , Screwing, a combination of these.

When the plurality of divided bodies 7 are combined to form the box body 6, the side plate portion 12 becomes at least a part of the first side plate 4a and at least a part of the fourth side plate 4d. More specifically, when a plurality of divided bodies 7 are combined to form a box body 6, the first side plate portion 12a becomes all of the first side plate 4a, and the second side plate portion 12b is one of the fourth side plates 4d. Become a department. The side plate portion 12 does not form the second side plate 4b and the third side plate 4c of the box body 6.

The magnet portion 13 is joined to the back plate portion 11 and the side plate portion 12. More specifically, the magnet portion 13 is joined to the surfaces of the back plate portion 11 and the side plate portion 12 on the side opposite to the direction in which the side plate portion 12 stands up with respect to the back plate portion 11. The method of joining the magnet portion 13 to the back plate portion 11 and the side plate portion 12 is not particularly limited, and is performed by, for example, adhesion. The magnet portion 13 may be joined to at least the back plate portion 11 and may not be joined to the side plate portion 12.

[Second division]
As shown in FIGS. 1 to 3 and 5, the second divided body 20 constitutes a portion of the box body 6 located below the first divided body 10. The second divided body 20 includes a back plate portion 21 that is a part of the back plate 3 of the box body 6, a side plate portion 22 that is a part of the side plate 4 of the box body 6, and a part of the magnet 5 of the box body 6. A magnet portion 23 that serves as a base is provided.

The back plate portion 21 is formed in a rectangular flat plate shape. Then, when the plurality of divided bodies 7 are combined to form the box body 6, the back plate portion 21 constitutes a portion located below the back plate portion 11 when the back plate 3 is divided into four equal parts. To do.

The side plate portion 22 is formed in a flat plate shape. Then, the end surface of the back plate portion 21 is joined to the side surface of the side plate portion 22 so that the side plate portion 22 stands up perpendicularly to the back plate portion 21. The joining of the side plate portion 22 and the back plate portion 21 is not particularly limited, and can be performed by, for example, bonding, fitting, screwing, or a combination thereof.

Then, when the plurality of divided bodies 7 are combined to form the box body 6, the side plate portion 22 becomes at least a part of the second side plate 4b. More specifically, when a plurality of divided bodies 7 are combined to form a box body 6, the side plate portion 22 becomes a part of the second side plate 4b. The side plate portion 22 does not form the first side plate 4a, the third side plate 4c, and the fourth side plate 4d of the box body 6.

The side plate portion 22 extends in a T shape with respect to the back plate portion 21 when viewed from the direction facing the back plate portion 21 (left-right direction in FIG. 5B). More specifically, when viewed from the direction facing the back plate portion 21, the side plate portion 22 is joined to the central portion of the back plate portion 21, and is not joined to both ends of the back plate portion 21.

The length of the back plate portion 21 in the direction facing the side plate portion 22 (horizontal direction in FIG. 5A) is the length of the side plate portion 22 in the direction facing the back plate portion 21 (horizontal direction in FIG. 5B). Longer than the length. In this case, the length of the back plate portion 21 is preferably 0.5 times or more, more preferably 1.0 times or more, and 1.2 times or more the length of the side plate portion 22. Is even more preferable. By setting the ratio of the length of the back plate portion 21 to the length of the side plate portion 22 within this range, the load bearing capacity suitable when the side plate portion 22 of the second divided body 20 is installed on the magnetically attractable wall 2 as the lower surface. It becomes easier to obtain. Further, the upper limit of the length of the back plate portion 21 is not particularly limited, but the length of the back plate portion 21 is determined because it is easy to obtain a good appearance while having the above-mentioned suitable load bearing capacity. It is preferably 3 times or less the length of the side plate portion 22, and more preferably 2 times or less.

The magnet portion 23 is joined to the back plate portion 21 and the side plate portion 22. More specifically, the magnet portion 13 is joined to the surfaces of the back plate portion 21 and the side plate portion 22 on the side opposite to the direction in which the side plate portion 22 stands up with respect to the back plate portion 21. The method of joining the magnet portion 23 to the back plate portion 21 and the side plate portion 22 is not particularly limited, and is performed by, for example, bonding. The magnet portion 23 may be joined to at least the back plate portion 21 and may not be joined to the side plate portion 22.

[Rule of thirds]
As shown in FIGS. 1 to 3 and 6, the third divided body 30 constitutes a portion of the box body 6 located below the second divided body 20. The third divided body 30 includes a back plate portion 31 that is a part of the back plate 3 of the box body 6, a side plate portion 32 that is a part of the side plate 4 of the box body 6, and a part of the magnet 5 of the box body 6. A magnet portion 33 is provided.

The back plate portion 31 is formed in a rectangular flat plate shape. Then, when the plurality of divided bodies 7 are combined to form the box body 6, the back plate portion 31 constitutes a portion located below the back plate portion 21 when the back plate 3 is divided into four equal parts. To do.

The side plate portion 32 is formed in a flat plate shape. Then, the end surface of the back plate portion 31 is joined to the side surface of the side plate portion 32 so that the side plate portion 32 stands up perpendicularly to the back plate portion 31. The joining of the side plate portion 32 and the back plate portion 31 is not particularly limited, and can be performed by, for example, bonding, fitting, screwing, or a combination thereof.

Then, when the plurality of divided bodies 7 are combined to form the box body 6, the side plate portion 32 becomes at least a part of the fourth side plate 4d. More specifically, when a plurality of divided bodies 7 are combined to form a box body 6, the side plate portion 32 becomes a part of the fourth side plate 4d. The side plate portion 32 does not form the first side plate 4a, the second side plate 4b, and the third side plate 4c of the box body 6.

The side plate portion 32 extends in a T shape with respect to the back plate portion 31 when viewed from the direction facing the back plate portion 31 (the left-right direction in FIG. 6B). More specifically, when viewed from the direction facing the back plate portion 31, the side plate portion 32 is joined to the central portion of the back plate portion 31, and is not joined to both ends of the back plate portion 31.

The length of the back plate portion 31 in the direction facing the side plate portion 32 (horizontal direction in FIG. 6A) is the length of the side plate portion 32 in the direction facing the back plate portion 31 (horizontal direction in FIG. 6B). Longer than the length. In this case, similarly to the second divided body 20, the length of the back plate portion 31 is preferably 0.5 times or more, preferably 1.0 times or more the length of the side plate portion 32. Is more preferable, and 1.2 times or more is further preferable. Further, the length of the back plate portion 21 is preferably 3 times or less, more preferably 2 times or less the length of the side plate portion 22.

The magnet portion 33 is joined to the back plate portion 31 and the side plate portion 32. More specifically, the magnet portion 13 is joined to the surfaces of the back plate portion 31 and the side plate portion 32 on the side opposite to the direction in which the side plate portion 12 stands up with respect to the back plate portion 11. The method of joining the magnet portion 33 to the back plate portion 31 and the side plate portion 32 is not particularly limited, and is performed by, for example, adhesion. The magnet portion 33 may be joined to at least the back plate portion 31 and may not be joined to the side plate portion 32.

[Fourth division]
As shown in FIGS. 1 to 3 and 7, the fourth divided body 40 constitutes a portion of the box body 6 that is lower than the third divided body 30 and is located at the lowermost side of the box body 6. The fourth divided body 40 includes a back plate portion 41 that is a part of the back plate 3 of the box body 6, a side plate portion 42 that is a part of the side plate 4 of the box body 6, and a part of the magnet 5 of the box body 6. A magnet portion 43 that serves as a base is provided.

The back plate portion 41 is formed in a rectangular flat plate shape. When the plurality of divided bodies 7 are combined to form the box body 6, the back plate portion 41 is the lowermost side of the back plate portion 31 when the back plate 3 is divided into four equal parts. Consists of the part located in.

The side plate portion 42 is formed in an L shape. The side plate portion 42 has a first side plate portion 42a and a second side plate portion 42b. The first side plate portion 42a and the second side plate portion 42b are joined in an L shape. Then, the end faces of the back plate portion 41 are joined to the side surfaces of the first side plate portion 42a and the second side plate portion 42b so that the first side plate portion 42a and the second side plate portion 42b stand up perpendicularly to the back plate portion 41. ing. The joining between the first side plate portion 42a and the second side plate portion 42b and the joining between the first side plate portion 42a and the second side plate portion 42b and the back plate portion 41 are not particularly limited, and are, for example, bonding and fitting. , Screwing, a combination of these.

When the plurality of divided bodies 7 are combined to form the box body 6, the side plate portion 42 becomes at least a part of the second side plate 4b and at least a part of the third side plate 4c. More specifically, when a plurality of divided bodies 7 are combined to form a box body 6, the first side plate portion 42a becomes a part of the second side plate 4b, and the second side plate portion 42b is the third side plate 4c. It will be all. The side plate portion 42 does not form the first side plate 4a and the fourth side plate 4d of the box body 6.

The magnet portion 43 is joined to the back plate portion 41 and the side plate portion 42. More specifically, the magnet portion 43 is joined to the surfaces of the back plate portion 41 and the side plate portion 42 on the side opposite to the direction in which the side plate portion 42 stands up with respect to the back plate portion 41. The method of joining the magnet portion 43 to the back plate portion 41 and the side plate portion 42 is not particularly limited, and is performed by, for example, adhesion. The magnet portion 43 may be joined to at least the back plate portion 41, and may not be joined to the side plate portion 42.

[Installation method of magnet suction shelf]
Next, a method of installing the magnet suction shelf 1 will be described.

[Installation example 1]
A plurality of divided bodies 7 constituting the magnet suction shelf 1 described above, that is, the first divided body 10, the second divided body 20, the third divided body 30, and the fourth divided body 40 are prepared. Then, as shown in FIGS. 1 to 3, the first divided body 10 is combined with the box body 6 so that the first divided body 10, the second divided body 20, the third divided body 30, and the fourth divided body 40 are combined with the box body 6. The magnet portion 13, the magnet portion 23 of the second divided body 20, the magnet portion 33 of the third divided body 30, and the magnet portion 43 of the fourth divided body 40 are attracted to the magnetically attractable wall 2. As a result, each of the first divided body 10, the second divided body 20, the third divided body 30, and the fourth divided body 40 is installed on the magnetically attractable wall 2. Then, the magnet suction shelf 1 is installed on the magnetically attractable wall 2 as a box body 6.

[Installation example 2]
The second divided body 20 constituting the magnet suction shelf 1 described above is prepared. Then, as shown in FIG. 8, the magnet portion 23 of the second divided body 20 is attracted to the magnetically attractable wall 2 so that the side plate portion 22 faces in the vertical direction (vertical direction in FIG. 8). As a result, the second divided body 20 is installed on the magnetically attractable wall 2 so that the side plate portion 22 faces in the vertical direction. The third divided body 30 can be installed in the same manner as the second divided body 20.

[Installation example 3]
The first divided body 10 constituting the magnet suction shelf 1 described above is prepared. Then, as shown in FIG. 9, the magnet portion 13 of the first divided body 10 is attracted to the magnetically attractable wall 2 so that the first side plate portion 12a faces in the vertical direction (vertical direction in FIG. 9). As a result, the first divided body 10 is installed on the magnetically attractable wall 2 so that the first side plate portion 12a faces in the vertical direction. In this case, the first divided body 10 may be installed on the magnetically attractable wall 2 so that the second side plate portion 12b faces in the vertical direction, and the first side plate portion 12a and the second side plate portion 12b are upward. The first divided body 10 may be installed on the magnetically attractable wall 2 so as to form an open V shape. The fourth divided body 40 can also be installed in the same manner as the first divided body 10.

As described above, in the present embodiment, the first divided body 10, the second divided body 20, and the third divided body can be combined so as to form a box body 6 having the back plate 3, the side plate 4, and the magnet 5. The 30 and the fourth divided body 40 have a back plate portion 11, a back plate portion 21, a back plate portion 31 and a back plate portion 41, and a magnet portion 13, a magnet portion 23, a magnet portion 33, and a magnet portion 43, respectively. Therefore, by attracting the magnet portion 13, the magnet portion 23, the magnet portion 33, and the magnet portion 43 to the magnetically attractable wall 2, the first divided body 10, the second divided body 20, the third divided body 30, and the third divided body 30, respectively. Each of the fourth divided bodies 40 can be installed on the magnetically attractable wall 2. Therefore, for example, a plurality of divided bodies 7 can be combined so as to form a box body 6 and installed on the magnetically attractable wall 2, and the plurality of divided bodies 7 can be separated and installed on the magnetically attractable wall 2. It is also possible to install only the arbitrary divided body 7 on the magnetically attractable wall 2. As a result, the degree of freedom in the installation form can be improved.

Further, the side plate portion 12, the side plate portion 22, the side plate portion 32, and the side plate portion 42 in which the first divided body 10, the second divided body 20, the third divided body 30, and the fourth divided body 40 are a part of the side plate 4, respectively. Have. Therefore, by installing the first divided body 10, the second divided body 20, the third divided body 30, and the fourth divided body 40 on the magnetically attractable wall 2, the first divided body 10, the second divided body 20, and the second divided body 20 The side plate portion 12, the side plate portion 22, the side plate portion 32, and the side plate portion 42 of the third divided body 30 and the fourth divided body 40 can be in a state of standing up from the magnetically attractable wall 2. Thereby, for example, the side plate portion 12, the side plate portion 22, the side plate portion 32, and the side plate portion 42 can be used as the shelf board.

Further, when the plurality of divided bodies 7 are combined to form the box body 6, since the side plate 4 stands up perpendicularly to the back plate 3, the first divided body 10, the second divided body 20, and the third divided body are raised. When the 30 and the fourth divided body 40 are installed on the magnetically attractable wall 2, the side plate portion 12, the side plate portion 22, the side plate portion 32, and the side plate portion 42 stand up perpendicular to the magnetically attractable wall 2. be able to. Therefore, by adjusting the installation modes of the first divided body 10, the second divided body 20, the third divided body 30, and the fourth divided body 40, the side plate portion 12, the side plate portion 22, the side plate portion 32, and the side plate are adjusted. The portion 42 can be easily placed. Further, by installing the plurality of divided bodies 7 in combination so as to form the box body 6, it becomes easy to put an object on the inside of the box body 6 (the inner peripheral side of the frame-shaped side plate 4).

Further, when a plurality of divided bodies 7 are combined to form a box body 6, the side plate 4 has a rectangular frame shape, which further improves usability.

Further, in the second divided body 20 and the third divided body 30, since the side plate portion 22 and the side plate portion 32 are formed in a flat plate shape, a neat impression can be given. Further, for example, by adjusting the installation form of the second divided body 20 and the third divided body 30, it is possible to make it easier to put an object on the side plate portion 22 and the side plate portion 32.

Further, in the second divided body 20 and the third divided body 30, the side plate portion 22 and the side plate portion 32 are attached to the back plate portion 21 and the back plate portion 31 when viewed from the direction facing the back plate portion 21 and the back plate portion 31. On the other hand, it extends in a T shape. Therefore, when the second divided body 20 and the third divided body 30 are installed on the magnetically attractable wall 2 so that the side plate portion 22 and the side plate portion 32 face in the vertical direction, the back plate portion 21 and the back plate portion 31 The side plate portion 22 and the side plate portion 32 can be supported in a well-balanced manner.

Further, in the second divided body 20 and the third divided body 30, the lengths of the back plate portion 21 and the back plate portion 31 in the direction facing the side plate portion 22 and the side plate portion 32 are set to the back plate portion 21 and the back plate portion 31. It is longer than the length of the side plate portion 22 and the side plate portion 32 in the facing direction. Therefore, when the second divided body 20 and the third divided body 30 are installed on the magnetically attractable wall 2 so that the side plate portion 22 and the side plate portion 32 face in the vertical direction, the side plate portion 22 with respect to the magnetically attractable wall 2 The support length of the back plate portion 21 and the back plate portion 31 that support the side plate portion 22 and the side plate portion 32 can be made longer than the rising length of the side plate portion 32. As a result, the load bearing performance of the side plate portion 22 and the side plate portion 32 can be improved.

Further, in the first divided body 10 and the fourth divided body 40, since the side plate portion 12 and the side plate portion 42 are formed in an L shape, the installation form of the first divided body 10 and the fourth divided body 40 is adjusted. As a result, it is possible to easily place an object on any surface of the side plate portion 12 and the side plate portion 42, or on a portion serving as an inner corner of the side plate portion 12 and the side plate portion 42.

Although the preferred embodiment of the present invention has been described above, the present invention is not limited to the above embodiment and can be appropriately modified.

For example, in the above embodiment, all the divided bodies are described as having the side plate portion, but some of the divided bodies may not be provided with the side plate portion.

Further, in the above embodiment, the side plate portion has been described as being formed in a flat plate shape or an L shape, but it can be appropriately changed depending on the shape of the box body. For example, if the side plate portion is formed in a U shape, by adjusting the installation form of the divided body, it is easy to put an object on any surface of the side plate portion or any inner corner of the side plate portion. can do. Further, by installing the side plate portion so as to be opened upward, it is possible to prevent an object placed on the side plate portion from rolling down from both sides.

Further, in the above embodiment, in the box body formed by combining a plurality of divided bodies, the side plate is formed in a rectangular frame shape and stands up perpendicularly to the back plate. It may be formed in a frame shape other than a rectangle such as a circle, a triangle, a pentagon, or a hexagon, or may stand up at an angle with respect to the back plate.

Further, in the above embodiment, the description has been made as a set of magnet suction shelves composed of a plurality of divided bodies, but the magnet suction shelf may be composed of a plurality of sets and may further include other members. For example, the magnet suction shelf shown in FIG. 10 includes a first magnet suction shelf 1A, a second magnet suction shelf 1B, a cork board 8, and a block set 9.

As shown in FIGS. 10 and 11A, the first magnet suction shelf 1A is the same as the magnet suction shelf 1 described above. As shown in FIGS. 10 and 11B, the second magnet suction shelf 1B is the same as the magnet suction shelf 1 described above, except that it is one size smaller than the first magnet suction shelf 1A. The frame-shaped side plate of the second magnet suction shelf 1B has a size that can be inserted into the inner peripheral side of the frame-shaped side plate of the first magnet suction shelf 1A.

As shown in FIGS. 10 and 12 (a), the cork board 8 has a cork sheet fitted in a rectangular frame. A magnet sheet is joined to the cork sheet in the same manner as the magnet suction shelf 1 described above. The frame of the cork board 8 has a size that can be inserted into the inner peripheral side of the frame-shaped side plate of the second magnet suction shelf 1B. As shown in FIGS. 10 and 12 (b), the block set 9 is composed of a plurality of blocks. The block set 9 is composed of one first block 91, one second block 92, and four third blocks 93. The block set 9 has a size that can be inserted into the inner peripheral side of the frame of the cork board 8 by combining these plurality of blocks.

As shown in FIGS. 12 (b) and 13 (a), the first block 91 is composed of a rectangular parallelepiped block body 91a. One hole 91b into which a pen, a flower, or the like can be inserted is formed on the thin and short surface of the block body 91a. Further, a magnet 91c for attracting the block body 91a to the magnetically attractable wall 2 or the like is joined to the widest surface of the block body 91a. In FIG. 13A, as an example, the magnet 91c is a coin-shaped magnet, which is attached to the block body 91a while being inserted into a hole drilled in the block body 91a.

As shown in FIGS. 12 (b) and 13 (b), the second block 92 is composed of a rectangular parallelepiped block body 92a. Three holes 92b into which a pen, a flower, or the like can be inserted are formed on the thin and long surface of the block body 92a. Further, a magnet 92c for attracting the block body 92a to the magnetically attractable wall 2 or the like is joined to the widest surface of the block body 92a. In FIG. 13B, as an example, the magnet 92c is a coin-shaped magnet, which is attached to the block body 92a while being inserted into a hole drilled in the block body 92a.

As shown in FIGS. 12 (b) and 13 (c), the third block 93 is composed of a rectangular parallelepiped block body 93a. A groove 93b is formed on the thin and long surface of the block body 93a on which marbles and the like can be rolled and objects can be hooked. Further, a magnet 93c for attracting the block body 93a to the magnetically attractable wall 2 or the like is joined to the widest surface of the block body 93a. In FIG. 13C, as an example, the magnet 93c is a coin-shaped magnet, which is attached to the block body 93a while being inserted into a hole drilled in the block body 93a.

Further, in the above embodiment, the back plate portion has been described as being formed in the shape of a rectangular flat plate, but when the divided body is attracted to the magnetic force adsorption wall, a hanger or the like can be hooked on the back plate portion. In addition, a groove may be formed on the end surface of the back plate portion, or a tapered portion may be formed on the end edge (corner portion) of the back plate portion on the magnet side. The tapered portion can be formed, for example, by cutting the edge of the back plate portion on the magnet side into a straight line or a curved line. When a groove is formed on the end surface of the back plate, a hanger or the like can be easily hooked on the groove. When the tapered portion is formed on the end edge of the back plate portion on the magnet side, a hanger or the like can be easily hooked between the magnetic attraction attraction wall and the back plate portion.

1 ... Magnet suction shelf, 1A ... First magnet suction shelf, 1B ... Second magnet suction shelf, 2 ... Magnetic attraction wall, 3 ... Back plate, 4 ... Side plate, 4a ... First side plate, 4b ... Second side plate, 4c ... 3rd side plate, 4d ... 4th side plate, 5 ... magnet, 6 ... box body, 7 ... split body, 8 ... cork board, 9 ... block set, 10 ... first split body, 11 ... back plate part, 12 ... Side plate part, 12a ... 1st side plate part, 12b ... 2nd side plate part, 13 ... magnet part, 20 ... second division, 21 ... back plate part, 22 ... side plate part, 23 ... magnet part, 30 ... third division Body, 31 ... back plate part, 32 ... side plate part, 33 ... magnet part, 40 ... fourth divided body, 41 ... back plate part, 42 ... side plate part, 42a ... first side plate part, 42b ... second side plate part, 43 ... Magnet part, 91 ... First block, 91a ... Block body, 91b ... Hole, 91c ... Magnet, 92 ... Second block, 92a ... Block body, 92b ... Hole, 92c ... Magnet, 93 ... Third block, 93a ... block body, 93b ... groove, 93c ... magnet.

Claims (13)

It includes a back plate, a side plate that rises in a frame shape with respect to the back plate, and a plurality of divided bodies that can be combined so as to form a box having a magnet joined to the back plate.
Each of the plurality of divided bodies has a back plate portion that is a part of the back plate and a magnet portion that is a part of the magnet.
The magnet portion is joined to the back plate portion,
Magnet suction shelf. The split body with a side plate, which is one of the plurality of split bodies, further has a side plate portion that is a part of the side plate.
The magnet suction shelf according to claim 1. All of the rest of the plurality of divided bodies further have the side plate portion that becomes a part of the side plate.
The magnet suction shelf according to claim 2. When the plurality of divided bodies are combined to form the box body, the side plate stands up perpendicular to the back plate.
The magnet suction shelf according to claim 2 or 3. When the plurality of divided bodies are combined to form the box body, the side plate has a rectangular frame shape.
The magnet suction shelf according to claim 4. The side plate portion is formed in a flat plate shape.
The magnet suction shelf according to claim 5. When viewed from the direction facing the back plate portion, the side plate portion extends in a T shape with respect to the back plate portion.
The magnet suction shelf according to claim 6. The length of the back plate portion in the direction facing the side plate portion is longer than the length of the side plate portion in the direction facing the back plate portion.
The magnet suction shelf according to claim 7. The side plate portion is formed in an L shape.
The magnet suction shelf according to claim 5. The side plate portion is formed in a U shape.
The magnet suction shelf according to claim 5. It is possible to combine a back plate, a side plate that rises in a frame shape with respect to the back plate, and a box body having a magnet joined to the back plate, and each of them is a back plate that becomes a part of the back plate. It is a method of installing a magnet suction shelf having a portion and a magnet portion that becomes a part of the magnet, and also having a plurality of divided bodies in which the magnet portion is joined to the back plate portion.
The magnet portion is attracted to a magnetically adsorbable wall.
How to install the magnet suction shelf. The split body with a side plate, which is one of the plurality of split bodies, further has a side plate portion that is a part of the side plate.
In the split body with side plates, the magnet portion is attracted to the magnetically attractable wall.
The method for installing a magnet suction shelf according to claim 11. In each of the plurality of divided bodies, the magnet portion is attracted to the magnetically attractable wall so that the plurality of divided bodies are combined with the box body.
The method for installing a magnet suction shelf according to claim 11.

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