JP2019146781A - Magnet attraction type wall furniture - Google Patents

Abstract

To obtain magnet attraction type wall furniture in which removal of a magnet attraction part is easily made possible by the direction of imparting an attaching/detaching force, in which smooth fine adjustment can thereby be made, and in which as a result there is no need of using a magnet of strong attractive powers.SOLUTION: The magnet attraction type wall furniture includes: a pair of cubic bodies that are attractive to a wall surface capable of magnetic attraction; and furniture fixtures that can catch over the pair of cubic bodies. The cubic bodies are composed of magnetic attraction parts having a longer direction and a shorter direction and support parts erected along the longitudinal direction of the magnetic attraction parts.SELECTED DRAWING: Figure 2

Description

  The present invention relates to furniture installed on a wall surface of a building using a magnet-adsorbing decorative building material or the like.

  In recent years, a decorative board capable of attracting a magnet to a wall surface, a side surface or the like in a building room has been used (for example, see Patent Document 1). In addition, there is a partition that can be attracted to a magnet by itself. As for the attractive force, a permanent magnet having a high magnetic flux density and a very strong attractive force like a neodymium magnet can be obtained at low cost.

  And as furniture using the said decorative board, furniture, such as a shelf provided with the magnet installed in the wall surface in a building room, is devised. In the furniture such as a shelf using the magnet, it is mainstream to provide the magnet on the back plate of the furniture corresponding to the installation surface so that the attractive force is as strong as possible in order to maintain the holding power ( For example, see Patent Document 2).

  FIG. 9 is an explanatory view showing a configuration of an example of conventional magnet furniture. The conventional magnet furniture 90 of the example shown in FIG. 9 is provided with a magnet layer 92 on one surface of the storage box 91 having an upper surface opened as one of the tool bases, and has a weight of 1 to 50 kg. What has the magnetic layer which can respond to this is disclosed.

JP 2017-36650 A Utility Model Registration No. 3107754

  However, if a magnet that has an excessively strong attractive force is used on the back plate of the furniture that corresponds to the installation surface, it is difficult to remove furniture such as shelves that have already been installed or to finely adjust the installation position. Met.

  This is because when moving furniture such as shelves from the installation surface, if the magnet attracting force is strong, the entire furniture is first inclined with respect to the installation surface, and then the entire furniture is removed. The furniture is finely adjusted while maintaining an oblique state with respect to the installation surface, but when trying to make a fine adjustment in particular, because the magnet's attractive force is strong, It was very difficult to install finely because it was adsorbed on the installation surface.

  Further, when the furniture itself becomes large, it is more difficult to adjust the installation position while holding it by hand due to the size and weight of the furniture itself. In addition, if the adsorption force is too strong, the furniture itself may be damaged if force is applied when removing the furniture or adjusting the installation position.

  Furthermore, since it was considered to increase the holding power by strengthening the adsorption power, it is considered to be furniture that is integrally configured so that the furniture will not be damaged when installed, and the user will select furniture that has a user-friendly shape The degree of freedom that was possible was small.

  The present invention has a structure that is difficult to separate from the wall surface on which the magnetic material can be adsorbed, and as a result, the furniture can withstand a large load, but easily disengages the magnetic adsorbing portion depending on the direction in which the force is applied during attachment / detachment. It is possible to obtain a magnet adsorption type wall furniture that can be finely adjusted smoothly and does not require the use of a magnet having a strong adsorption force.

The magnet adsorption type wall furniture according to the first aspect of the present invention is a magnet adsorption of a pair of squares that can be adsorbed to a wall that can be magnetically adsorbed and furniture parts that can be hooked over the pair of squares. Type wall furniture,
The square is
A magnetic attraction portion having a longitudinal direction and a transverse direction;
It consists of the support | pillar part standingly arranged along the longitudinal direction of the said magnetic attraction | suction part.

In the magnet adsorption type wall furniture according to the invention described in claim 2, the column part according to claim 1 is erected along one end side in the short direction of the magnetic adsorption part,
The furniture component is characterized in that it is one or more plate-like shelf boards that are interposed between the pair of square columns.

In the magnet adsorption type wall furniture according to the invention described in claim 3, the column part according to claim 1 is erected along one end side in the short direction of the magnetic adsorption part,
The furniture component is one or more step-like shelves that are interposed between the pair of square solid support portions.

In the magnet adsorption type wall furniture according to the invention described in claim 4, the column part according to claim 1 is erected along one end side in the short direction of the magnetic adsorption part,
The furniture component is one or more concave or convex shelf boards that are interposed between the pair of square columns.

  According to a fifth aspect of the present invention, at least one of the pair of rectangular solids according to any one of the first to fourth aspects includes a plurality of three-dimensional column support portions. It is what was adsorbed by the wall surface in the state which connected the edge parts in the longitudinal direction.

  The magnet adsorption type wall surface furniture according to the invention described in claim 6 is configured such that the wall surface side of the rectangular solid according to any one of claims 1 to 5 or the wall surface side of the furniture part slides on the wall surface. The resin part to suppress is formed.

  The present invention has a structure that is difficult to separate from the wall surface on which the magnetic material can be adsorbed, and as a result, the furniture can withstand a large load, but easily disengages the magnetic adsorbing portion depending on the direction in which the force is applied during attachment / detachment. This makes it possible to make fine adjustments smoothly, and as a result, there is an effect that it is not necessary to use a magnet having a strong attractive force.

It is explanatory drawing which shows the square structure of the wall surface furniture of one Example of this invention. It is explanatory drawing which shows the structure of one Example of the wall surface furniture of this invention. It is explanatory drawing which shows the structure of another Example of the wall surface furniture of this invention. It is explanatory drawing which shows the structure of another Example of the wall surface furniture of this invention. It is a front view which shows one example of arrangement | positioning which combined the wall surface furniture of FIGS. It is a front view which shows another example of arrangement | positioning which combined the wall furniture with FIGS. It is a front view which shows another example of arrangement | positioning which combined FIG. It is explanatory drawing which shows the structure of another Example of the wall surface furniture of this invention. It is explanatory drawing which shows the structure of one Example of the conventional magnet furniture.

  In the present invention, a pair of rectangular solids that can be adsorbed to a magnetically adsorbable wall and furniture parts that can be hooked over the pair of rectangular solids are magnet adsorption type wall furniture, Each of the pair of three-dimensional support pillars, and the furniture part is provided on each of the pair of square solid support pillars. It is to be hung. As a result, it has a structure that is difficult to separate from the wall that can be magnetically attracted, so that it can be easily detached from the magnetic attracting part depending on the direction in which the force is applied when attaching and detaching, even though the furniture can withstand a large load. Thus, smooth fine adjustment can be performed.

  That is, according to the present invention, a furniture part is composed of a pair of three-dimensional solids composed of a magnetic attracting portion having a longitudinal direction and a short direction and a column portion erected along the longitudinal direction of the magnetic attracting portion. One wall surface furniture is constituted by being attached to be able to be locked over a pair of squares. For this reason, since the longitudinal direction of the magnetic attraction portion having the longitudinal direction and the short direction is set to be the vertical direction, the weight of the furniture member and the load of the article placed on the furniture member are increased and decreased. It can be supported by the magnetic attraction portion adsorbed on the wall surface over a long period of time, and as a result, it can withstand a large load.

  In addition, one side solid is detached from the attracted wall surface by including a magnetic attracting portion having a longitudinal direction and a short direction and a support portion standing in the longitudinal direction of the magnetic attracting portion. In order to do so, the magnetic attracting part is rotated by lifting the prop part with the part along the longitudinal direction or the part along the short direction of the magnetic attracting part standing upright as a fulcrum. Floats from the wall surface around the fulcrum, can be easily detached, and smooth fine adjustment can be performed.

  In addition, in the present invention, furniture parts can be hooked between a pair of squares that are adsorbed and arranged on the wall surface so that the columns are parallel to each other. The movement of the column is limited, so the column part is used as a fulcrum with the part along the longitudinal direction or the part along the short direction of the magnetic adsorption part where the above-mentioned three-dimensional column part is erected. This prevents the rotation in the direction of lifting, and makes it difficult to separate from the wall that can be magnetically attracted. As a result, it is not necessary to use a magnet with a strong attractive force, and in addition, it is not necessary to make the attractive force strong. Furniture with a high degree of freedom to choose can be obtained.

  The wall surface in the present invention may be any wall as long as a square is magnetically attracted to the wall surface. For example, when a magnet is provided on the wall surface, a magnet or a magnetic body with a magnetic pole that opposes the three-dimensional magnetic attraction portion may be provided. On the other hand, when a magnet is provided in a three-dimensional magnetic attraction part, any magnet having a magnet or a layer of magnetic material facing the magnet may be used. In order to increase the degree of freedom of the mounting position of the furniture on the wall surface, a magnet is arranged on a three-dimensional magnetic adsorption part, and preferably a strong surface such as iron plate or iron powder is applied to the whole or part of the wall surface to adsorb the wall furniture. A magnetic layer is disposed.

  The solid body in the present invention may be any one provided with a magnetic attracting part having a longitudinal direction and a short direction and a column part erected along the longitudinal direction of the magnetic attracting part. As the material, when the support is rotated to lift the support with the part along the longitudinal direction or the part along the short direction of the magnetic support that stands upright as the fulcrum, Any material may be used as long as it has the strength to lift from the wall surface around the fulcrum. For example, it is made of a material such as wood, metal, resin, or a composite material thereof.

  Commercially available permanent magnets can be used as the magnets constituting the magnetic attraction portion of the present invention. For example, when permanent magnets such as alnico magnets, ferrite magnets, neodymium magnets, etc. are formed into thin columnar, plate-like or layered shapes on the entire or part of the back surface of the magnetic adsorption part Can be supported by the magnetic adsorption part that adsorbs the weight of the furniture member and the load of the article placed on the furniture member up and down on the wall surface by arranging a plurality along the longitudinal direction, resulting in a large It will be able to withstand the load. Note that the magnet can be attached to the magnetic adsorption portion by various existing methods such as an adhesive. In particular, the attachment state can be satisfactorily maintained even on a wall having fine irregularities by being attached via a cushioning material such as rubber between the magnetic attracting part and the magnet.

  In the magnetic attraction part having the longitudinal direction and the short direction of the present invention, in many cases, the columnar part is arranged vertically on the wall surface. Good resistance to directional loads. In addition, by passing the furniture member between the pair of squares, the rotation of the support column is obstructed, so that the force against the downward load can be maintained well without being reduced. Also, the position can be easily changed by removing the furniture member from the support column and rotating the individual support columns.

  The support column of the present invention may be any one that is erected along the longitudinal direction of the magnetic attraction unit and that supports both sides of the furniture component by being erected on the wall surface when adsorbed on the wall surface. More specifically, the shape of the three-dimensional column can be variously changed depending on the design, but it is erected along the longitudinal direction of the magnetic attracting portion having the longitudinal direction and the short direction. More preferably, the support column portion may be erected along one end side in the short direction of the magnetic attraction portion.

  In addition, about the magnetic adsorption | suction part provided with the longitudinal direction and the transversal direction, and a support | pillar part, you may change variously by the state of the wall surface to stick. The magnetic attraction part only needs to be arranged so as to oppose the upper and lower loads, and may be removed by rotating only the portion along the short side direction as a fulcrum, and therefore does not need to be a strict straight line. For example, if the wall surface is not flat but gently curved, it responds to the curve so as to obtain a column part in which the shape of the magnetic attracting part extends in the vertical direction according to the state of the wall surface. May be bent gently. Further, when the two planar walls are arranged at the corners where they meet at 90 °, they are not erected at 90 ° with respect to the magnetic attracting portion, for example, at 45 ° or 135 °. By providing, it becomes a pair of parallel support | pillar part.

  In addition, as for the standing height of the column portion with respect to the wall surface, when the column portion is rotated in a direction in which the magnetic attracting portion is lifted with a site along the longitudinal direction as a fulcrum, the force due to the rotation is increased by this principle. For this reason, when the height of the column portion is made higher, the adsorption by the magnetic adsorption unit can be released with a smaller force.

  The furniture component according to the present invention may be anything that can be detachably disposed between a pair of squares having magnets that are attracted to the wall surface to constitute a magnet-adsorptive wall surface furniture. Preferably, by attaching a pair of squares facing the wall surface, furniture parts such as an invisible shape or a horizontal rail shape can be arranged across the pair of squares. In this case, specifically, the furniture parts are one or more flat shelf boards that are passed between a pair of cubic pillars, and the furniture parts are between a pair of square pillars. What is one or more stepped shelves passed to the floor, and what is the furniture part is one or more concave or convex shelf boards that are passed between the pair of square columns. Can be mentioned.

  At least a pair of square solid wall surfaces can be attached to the same width of the struts, and the height can be adjusted to adjust the height of these flat shelf plates, stepped shelves, concave or convex shelf plates. Can be arranged freely. In addition, with respect to a rectangular solid, not only a pair but also three or more shelves are arranged at a distance at which shelves are passed, so that shelves such as flat shelf boards, stepped shelves, concave or convex shelf boards, etc. Can be arranged.

  For the engagement between the shelf such as a flat shelf, a stepped shelf, a concave or convex shelf, and the support column, a mechanism that detachably engages is preferably selected. For example, an L-shaped metal fitting is arranged on a three-dimensional column, and an end portion of a shelf such as a flat shelf, a staircase shelf, a concave or convex shelf is placed on the upper surface of the metal fitting. The thing of composition becomes the simplest engagement. Furthermore, if emphasis is placed on design, square grooves or dovetails are formed horizontally or obliquely in the longitudinal direction of the column part on the three-dimensional column part, and end portions having shapes matching these grooves are provided. A flat plate shelf, a staircase shelf, a concave or convex shelf board, etc., or a rack with a three-dimensional column and a shelf lacking the thickness of each other. It may be engaged by a phased joint or the like to be combined. In addition, although the thickness of the cut-out of the phase-separated joint is arbitrary, it is often good by half because of strength.

  The rectangular solid according to the present invention preferably has a longitudinal direction extending vertically on the wall surface by adsorbing the longitudinal end portions of a plurality of square solid column portions to each other in a connected state. The post portion and the magnetic adsorption portion can be lengthened along the line. Thereby, it is possible to resist the load of the furniture itself and the load that combines the articles placed on the shelf. In this case, if the magnetically attractable wall surface is arranged close to the floor surface, the three-dimensional column part arranged at the lowermost end may be placed so as to be supported by the floor surface. In this case, the attracting force by the magnetic attracting part does not require a counter force due to the load, and any force can be used as long as it can obtain a counter force in the lateral direction or the front-rear direction of the three-dimensional solid, and generates a weak attracting force. A magnet or a magnetic material can be used. Furthermore, the magnetic attracting part and the permanent magnet do not need to be installed long in the vertical direction, and can be arranged intermittently.

  Further, preferably, a resin portion that suppresses slipping with respect to the wall surface is formed on the wall surface side of the rectangular solid or the wall surface side of the furniture part. In addition to the attractive force due to the magnetic attractive force, this resin layer can suppress slipping and counteract the downward load well, so it is sufficient even if it is not a magnetic force that generates an excessively strong attractive force. Can be held. In order to assist the magnetic adsorption of the three-dimensional magnetic adsorption part, an auxiliary magnet may be arranged on the wall surface side of the shelf such as a shelf board, a stepped shelf, a concave or convex shelf board, etc. Therefore, even if it is not a magnetic force that generates an excessively strong adsorption force, it can be sufficiently retained.

  FIG. 1 is an explanatory view showing the configuration of a solid structure of a wall furniture according to an embodiment of the present invention, in which a figure is a plan view, b figure is a left side view, c figure is a front view, d figure is a right side view, e is a rear view. FIG. 2 is an explanatory view showing a configuration of an embodiment of the wall furniture of the present invention, in which a is a plan view, b is a front view, c is a rear view, d is a right side view, and e is d. It is an enlarged view of the principal part shown in the figure. FIG. 3 is an explanatory view showing the configuration of another embodiment of the wall furniture of the present invention, in which a is a plan view, b is a front view, c is a rear view, and d is a right side view. FIG. 4 is an explanatory view showing the configuration of still another embodiment of the wall furniture of the present invention, in which a is a plan view, b is a front view, c is a rear view, and d is a right side view.

  The wall furniture 20, 30, 40 shown in FIGS. 2 to 4 discloses a furniture using the same pair of squares 11 as the square shown in FIG. 1. That is, the rectangular solid 11 is a long pentagonal magnetic attracting portion having one long side 12b as a portion along the longitudinal direction and two short sides 12c as a portion along the short direction. 12 and a column portion erected along the longitudinal side 12b of the magnetic attracting portion 12. This square 11 is used in a pair of states arranged on the left and right sides, and a flat shelf 25 as a furniture part is placed between them.

  As shown in FIG. 1, the pentagonal magnetic attracting portion 12 having the longest side is made of a 4 mm thick plate made of Cinavenia, and a permanent magnet plate 12 a is adhered to the back surface on the wall surface side with an adhesive. A resin layer that suppresses slipping is formed on the wall surface side of the permanent magnet plate 12a. The pentagonal magnetic attraction portion 12 having the longest side attached to the wall surface in the vertical direction is made of a plate material made of pine laminated material having a thickness of 18 mm so as to be erected at 90 ° along the longest side. It joins with the support | pillar part 13 with the unillustrated wood screw and the adhesive agent. In the present embodiment, as a result, when viewed from the side, a concave through hole 13b is formed in the central part, and the magnetic adsorption part 12 is joined to the wall surface side at the upper and lower joints 13c of the through hole 13b. The through hole 13b can be used as a handle when removing.

  When detaching one rectangular solid 11 from the attracted wall surface, the column 13 is a fulcrum with the long side 12b along the longitudinal direction of the magnetic attracting part 12 or the short side 12c along the longitudinal direction as a fulcrum. , The magnetic attracting part 12 is lifted off the wall surface with the fulcrum as the center, can be easily detached, and smooth fine adjustment can be performed. Three square grooves 13a are formed at the same interval on the opposite surface of the other solid body 11 of the support column 13. As a result, when the shelves having different heights are hooked at both ends, such as a stepped shelf 37 described later, the height of the shelves is adjusted by adjusting the height of the shelves at intervals of the square grooves 13a. It can be latched.

  About this square solid 11, when the longitudinal side 12b was stuck along the vertical direction with respect to the wall surface which can be magnetically adsorbed, the ease of dropping was verified. That is, for one square 11, when a load is generated when a spring balance is applied to the lower end of the through-hole 13 b and a load is applied directly below, a downward displacement occurs when a load of 4 kg is applied. occured. For such a magnetic adsorption state, a spring balance was applied to the center of the through hole 13b and a load perpendicular to the wall surface was verified. When a load of 2.5 kg was applied, I missed it. Furthermore, when a load is applied to the upper end of the through-hole 13b and a load perpendicular to the wall surface is applied and the lower side 12c is rotated as a fulcrum, the load removed is verified. Removed when I applied. That is, it was verified that the load can be removed with less than half of the load capacity.

  Wall furniture was created using this solid 11. As an example, as shown in FIG. 2, the wall furniture 20 is configured by making the square solid 11 shown in FIG. 1 as a pair and inserting a flat shelf 25 between the pair of squares 11. . Specifically, hooking end faces 25e inserted into the square grooves 13a of the support column 13 are formed at both ends, and the distance between the hooking end faces 25e at both ends matches the distance between the square grooves 13a of the pair of squares 11. A pair of squares 11 are installed. A protruding portion 25f is formed on the front side of the hooking end surface of the shelf plate 25 so as to extend sideways in a U-shape so as to straddle the thickness of the column 13 supported.

  When the wall furniture 20 is attached to the wall surface 14, one of the pair of squares 11 is attached to a desired position on the wall surface 14. In this case, attention should be paid to the vertical direction of the support column 13 of the cube 11 being the vertical direction. The wall surface 14 has a structure in which an iron plate 14a is disposed over the entire wall surface, and a cover member 14b is disposed on the surface of the iron plate 14a.

  After the position of the one side solid 11 is determined, the operator puts one side of the shelf 25 in a state where the square groove 13a of the other side solid 11, the other hooking end face 25e of the shelf 25 and the overhanging portion 25f are matched. The engaging end surface 25e and the overhanging portion 25f are aligned with the square groove 13a of one side solid 11, and the magnetic attracting portion 12 of the other side solid 11 is attracted to the wall surface. Since the engagement end surface 25e of the shelf board 25 is fitted into the pair of square grooves 13a, the support 13 is prevented from rotating around the fulcrum, and is thus firmly magnetically attracted.

  When removing, first, the shelf plate 25 is removed from the square groove 13a of the pair of solids 11, and the upper or lower part of the through hole 13b of the column 13 of the one solid 11 is held and pulled perpendicularly to the wall surface. By rotating the short side 12c at the opposite position as a fulcrum, the magnetic attracting portion 12 is lifted from the wall surface 14 by the “lever principle” and can be easily detached. Further, by rotating the support column 13 in the direction in which the magnetic attracting portion 12 is lifted with the long side 12b as a fulcrum, the magnetic attracting portion 12 is also lifted from the wall surface and can be easily detached by the “lever principle”. it can.

  As another example, as shown in FIG. 3, the stepped shelf plate 37 includes a horizontal plate 37a, a standing plate 37b, a joint portion 37c, and a permanent magnet plate 37d as an auxiliary magnet. Engagement end faces 37e to be inserted into the square grooves 13a of the support column 13 are formed at both ends, and the height positions of the engagement end parts 37e at both ends are the same as the height positions of the different angular grooves 13a of the pair of cubes 11. It has become. The pair of squares 11 is installed so that the distance between the hooking end faces 37e at both ends matches the distance between the square grooves 13a of the pair of squares 11. An overhang portion 37f is formed on the front side of the hooking end surface of the shelf plate 37 so as to extend sideways in a U-shape so as to straddle the thickness of the column 13 supported.

  As another example, as shown in FIG. 4, the concave shelf plate 48 includes a horizontal plate 48a, a standing plate 48b, a joint 48c, and a permanent magnet plate 48d as an auxiliary magnet. Engagement end faces 48e to be inserted into the square grooves 13a of the support column 13 are formed at both ends, and the height positions of the engagement end parts 48e at both ends are the same as the height positions of the opposing square grooves 13a of the pair of rectangular solids 11. It has become. The pair of squares 11 is installed so that the distance between the hooking end faces 48e at both ends matches the distance between the square grooves 13a of the pair of squares 11.

  A protruding portion 48f that protrudes laterally in a U-shape is formed in front of the engaging end surface of the shelf plate 48 so as to straddle the thickness of the column 13 supported. In addition, about the concave shelf board 48 shown in FIG. 4, you may rotate 180 degrees and may arrange | position to convex shape. 3 and FIG. 4, it goes without saying that attachment and detachment can be easily performed by attaching and detaching in the same manner as the shelf shown in FIG.

  FIG. 5 is a front view showing one arrangement example in which the wall furniture of FIGS. 2 to 4 is combined. FIG. 6 is a front view showing another arrangement example in which FIGS. 2 to 4 are combined with wall furniture. FIG. 7 is a front view showing still another arrangement example in which the wall furniture is combined with FIGS.

  FIG. 5 shows an example in which the magnetic adsorption portions 12 of the wall surface furniture 20, 30, 40 of FIGS. 2, 3, and 4 are arranged in contact with each other. FIG. 6 shows an example in which the wall surface furniture 20, 30 and 40 are arranged and the wall surface furniture 20 and the wall surface furniture 30 are connected by a short flat shelf 26. In FIG. 7, two wall furniture 20, wall furniture 30 and wall furniture 40 are arranged, the wall furniture 20 and the wall furniture 30 are connected by a short flat shelf 26, and another short flat shelf. 26 shows an example in which the wall furniture 20 and the wall furniture 40 are connected.

  FIG. 8 is an explanatory view showing the configuration of an embodiment of the wall furniture of the present invention, in which a is a front view, b is a right side view, and c is a rear view. As shown in FIG. 8, the magnet adsorption type wall furniture 80 of the present embodiment is arranged on a wall surface 84 in which a pair of connecting solids 81 a obtained by connecting two rectangular solids 81 up and down can be magnetically attracted symmetrically. A flat shelf 85 as a furniture part, a staircase shelf 87, and a concave shelf 88 are detachably supported by the connecting solid 81a.

  A grounding device 81b that is grounded to the floor is arranged at the lower end of the connecting solid 81a, and the height of the pair of connecting solids 81a is adjusted by adjusting the screwing of the grounding fixture 81b. Can do. Since the grounding device 81b is placed on the floor surface, the attracting force by the magnetic attracting part 82 does not require much countering force due to the load, and obtains a counteracting force in the lateral or front-rear direction of the cube. And a magnet or a magnetic body that generates a weak attractive force can be used. For this reason, the magnetic attracting part 82 does not extend along the entire length of the three-dimensional support part 83, and in the one solid 81, the two magnetic attracting parts 82 extend along the longitudinal direction on the wall surface 84 in the vertical direction. It is adsorbed by.

  The wall surface 84 on which the plurality of magnetic adsorption portions 82 are magnetically attached has a structure in which an iron plate 84a is disposed over the entire wall surface, and a cover material (not shown) is disposed on the surface of the iron plate 84a. The pentagonal magnetic attracting portion 82 is made of a 4 mm-thick Cinavenia plate material, and a permanent magnet plate 82a is adhered to the back surface on the wall surface 84 side with an adhesive. A resin layer that suppresses slipping is formed on the wall surface side of the permanent magnet plate 12a. If the same permanent magnet is used as these magnetic attracting portions 82, the attracting force increases according to the area of the magnetic attracting portion 82, so the magnetic attracting portion 82 at the highest position of the connecting solid 81 a is moved in the vertical direction. It has a large area. A resin layer that suppresses slipping is formed on the wall surface side of the permanent magnet plate 82a.

  The column part 83 made of a plate material made of 40 mm thick pine laminated material standing up and down with respect to the wall surface 84 is L-shaped in cross section with a plurality of magnetic adsorption parts 82, wood screws and adhesive not shown on the wall surface side. Are formed in a joint. Thereby, the side of the pentagonal magnetic attracting part 82 in the same direction as the longitudinal direction of the support part 83 is used as a fulcrum, or the longitudinal direction of the support part 83 of the uppermost and lowermost pentagonal magnetic attracting part 82 By using the side perpendicular to the fulcrum as a fulcrum, lifting the support column 83 around these fulcrums, the magnetic attracting part 82 can be lifted off the wall with the fulcrum as the center and can be easily detached. Fine adjustments can be made.

  A plurality of square grooves 83a are arranged on the opposing surfaces of the pair of support pillars 83 so as to be at the same height, and in these square grooves 83a, a flat shelf 85 as a furniture part, a staircase shelf Both ends of the plate 87 and the concave shelf 88 are supported. In addition, some square grooves 83 b are also arranged on the outer surface opposite to the column part 83 where the square grooves 83 a are formed, and these square grooves 83 b are arranged between the pair of column parts 83. This is used when, for example, a door is mounted over the top and bottom of the shelves, or other shelves are mounted on the outside of the support column 83.

  Specifically, the flat shelf 85 shown in FIG. 8 has the same shape as the shelf 25 shown in FIG. The flat shelf plate 85 made of a plate material made of 18 mm-thick pine laminated material has engagement end surfaces 85e inserted into the square grooves 83a of the support column 83 at both ends, and the distance between the engagement end surfaces 85e at both ends is as follows. The pair of connecting solids 81a are installed so as to match the distance between the square grooves 83a of the pair of connecting solids 81a. A protruding portion 85f that protrudes laterally in a U-shape is formed in front of the engaging end surface of the shelf plate 85 so as to straddle the thickness of the column portion 83 to be supported.

  Further, the stepped shelf board 87 of FIG. 8 has the same shape as the shelf board 37 of FIG. The shelf board 87 includes three horizontal plates 87a arranged in a step shape made of 18mm-thick pine laminated board, two vertical plates 87b made of 18mm-thick pine laminated board, A joint 87c made of a 4 mm thick Cinavenia plate disposed on the wall surface 84 side of the portion where the plate and the standing plate are joined, and an auxiliary member adhered to the back surface of the joint portion 87c on the wall surface 84 side with an adhesive It consists of a permanent magnet plate 87d as a magnet.

  Engagement end faces 87e to be inserted into the square grooves 83a of the support column 83 are formed at both ends, and the height positions of the engagement end parts 87e at both ends are the same as the height positions of the different angular grooves 83a of the pair of connecting solids 81a. It has become. The pair of connecting solids 81a is installed so that the distance between the engaging end faces 87e at both ends matches the distance between the square grooves 83a of the pair of connecting solids 81a. A protruding portion 87f that protrudes laterally in a U-shape is formed in front of the engaging end surface of the shelf board 87 so as to straddle the thickness of the column portion 83 that is supported.

  Furthermore, the concave shelf board 88 of FIG. 8 has the same shape as the shelf board 48 of FIG. The shelf board 88 includes three horizontal plates 88a made of 18 mm thick pine laminated board, two vertical boards 88b made of 18 mm thick pine laminated board, and a horizontal board and a vertical board. Permanently serving as an auxiliary magnet bonded to the back surface of the joint portion 88c on the wall surface 84 side of the joint portion 88c, which is made of a 4 mm thick Cinavenia plate, disposed on the wall surface 84 side of the concavely joined portion. It consists of a magnet plate 88d.

  Engagement end faces 88e inserted into the square grooves 83a of the support column 83 are formed at both ends, and the height positions of the engagement end parts 88e at both ends are the same as the height positions of the opposing angular grooves 83a of the pair of connecting solids 81a. It has become. The pair of connecting solids 81a are installed so that the distance between the engaging end surfaces 88e at both ends matches the distance between the square grooves 83a of the pair of connecting solids 81a. A protruding portion 88f that protrudes laterally in a U shape is formed in front of the engaging end surface of the shelf plate 88 so as to straddle the thickness of the column portion 83 that is supported. In addition, about the concave shelf board 88 shown in FIG. 8, you may rotate 180 degrees and may arrange | position to convex shape.

20, 30, 40, 80 ... magnet adsorption type wall furniture,
11, 81 ... solid,
81a ... a connecting solid,
81b ... a grounding device,
12, 82 ... magnetic adsorption part,
12a, 82a ... permanent magnet plate,
12b ... long side,
12c: Short side,
13, 83.
13a, 83a ... square groove,
13b ... through hole,
83b ... Square groove,
13c ... junction part,
14, 84 ... wall surface,
14a, 84a ... iron plate,
14b ... cover material,
25, 85 ... flat plate shelf,
25e, 85e ... engagement end face,
25f, 85f ... overhang,
26 ... a short flat shelf,
37, 87 ... a staircase shelf,
37a, 87a ... horizontal plate,
37b, 87b ... vertical plate,
37c, 87c ... junction,
37d, 87d ... Permanent magnet plate (auxiliary magnet),
37e, 87e ... engagement end face,
37f, 87f ... overhang,
48, 88 ... concave shelf board (convex shelf board),
48a, 88a ... horizontal plate,
48b, 88b ... Standing plate,
48c, 88c ... junction,
48d, 88d ... Permanent magnet plate (auxiliary magnet),
48e, 88e ... engagement end face,
48f, 88f ... overhang,

Claims (6)

A pair of squares that can be attracted to a wall that can be magnetically attracted and a furniture part that can be hooked across the pair of squares is a magnet adsorption type wall furniture,
The square is
A magnetic attraction portion having a longitudinal direction and a transverse direction;
A magnet adsorption type wall surface furniture comprising a column portion erected along the longitudinal direction of the magnetic adsorption portion. The column portion is erected along one end side in the short direction of the magnetic adsorption portion,
The magnet-adhesion-type wall furniture according to claim 1, wherein the furniture part is one or more flat-plate shelves that are interposed between the pair of square columns. The column portion is erected along one end side in the short direction of the magnetic adsorption portion,
2. The magnet adsorption type wall furniture according to claim 1, wherein the furniture component is one or more step-like shelves that are interposed between the pair of three-dimensional support columns. The column portion is erected along one end side in the short direction of the magnetic adsorption portion,
The magnet-adhesion-type wall furniture according to claim 1, wherein the furniture component is one or more concave or convex shelf boards that are interposed between the pair of square columns.   The at least one three-dimensional solid of the pair of square solids is adsorbed on a wall surface in a state where longitudinal ends of a plurality of square solid support portions are connected to each other. The magnet adsorption type wall surface furniture according to any one of the above.   The magnet adsorption according to any one of claims 1 to 5, wherein a resin portion that suppresses slipping with respect to the wall surface is formed on the wall surface side of the rectangular solid or the wall surface side of the furniture part. Wall furniture.

Images