JP4793135B2 - Wall storage structure - Google Patents

Description

  The present invention relates to a wall surface storage structure in which a plurality of storage boxes standing up along a wall are juxtaposed in a horizontal direction.

  Conventionally, as shown in FIG. 11, as an indoor wall surface storage structure, construction has been performed in which a plurality of vertically long storage boxes 2 erected along the wall 1 are juxtaposed in the horizontal direction. In this case, generally, the storage box 2 is fixed to the wall 1. However, for example, when installing along a condominium door wall, if the door wall is directly pasted with a cloth or by a dry panel construction method consisting of a gypsum board and a sound absorbing material, There is no means for fixing the storage box 2 to the wall 1 which is the same boundary wall, and a separate wall surface body 33 called a wall is constructed on the wall 1, and the storage box body is attached to the wall surface body 33. 2 was fixed. Thus, if the storage box 2 is fixed to the wall 1, there arises a problem that the construction becomes difficult.

  Further, as shown in Utility Model Registration No. 3015223 (Patent Document 1), a furniture fall prevention device is also known which is interposed in a stretched state between a furniture top plate and a ceiling. This type of furniture overturn prevention device is said to be able to fix the furniture so that it will not fall over due to the shaking even if an earthquake etc. occurs, but it is applied to each single piece of furniture and fixed individually To do. In addition, it is possible that the lower end of the furniture overturn prevention tool interposed in a stretched state may be deformed or damaged by pressing the top plate of the furniture. In such a case, a reliable fixation is expected. I can't do that.

By the way, in the wall surface storage structure shown in FIG. 11, if it is an apartment house such as a condominium, the floor surface plate 8 laid on the foundation floor 7 is a soundproof floor material with a cushion material attached to the back surface. In this case, the floor surface plate 8 is laid in a floating state on the foundation floor 7. In such a case, if the furniture overturn prevention tool is interposed between the upper end of the storage box 2 and the ceiling 6, the storage box 2 sinks downward together with the floor surface plate 8. The tension force by the tool cannot be obtained sufficiently, and it is more difficult to expect secure fixing.
Utility Model Registration No. 3015223

  The present invention has been made in view of the above-described background art, and its object is to provide a wall surface storage structure in which a plurality of storage boxes are arranged and fixed side by side in a laterally aligned manner along a wall. It is to be.

In order to solve the above-mentioned problem, the wall surface storage structure according to the first aspect of the present invention includes a plurality of storage box bodies that are erected along the wall in a horizontal direction, The side plates are joined to each other, and the upper ends of the joint portions of the two storage boxes adjacent to each other are brought into contact with the lower end of the fixed adjuster, and the fixed adjuster is stretched between the upper end of the storage box and the ceiling. in by intervention set Ri Na secure each storage box body, and a storage box body laid floor surface board in a state of floating in the foundation floor is placed at a position just below the storage box body In addition, an anti-sink tool is installed between the foundation floor and the floor surface board to support the same floor surface board and prevent it from sinking. It was set up.

Further, in the invention according to claim 2 of the present application, a plurality of storage boxes standing up along the wall are juxtaposed in the horizontal direction, and the side plates of the two adjacent storage boxes are joined to each other. Each storage box is placed in contact with the upper end of the joint of the storage box so as to straddle the lower end of the fixed adjuster, and the fixed adjuster is interposed between the upper end of the storage box and the ceiling. The storage box is positioned on a floor surface plate that is fixed and floated on the foundation floor, and the storage box body is supported on the foundation floor by support legs that penetrate the floor surface plate. It is characterized by.

The invention according to claim 3 of the present application is characterized in that, in the wall surface storage structure according to claim 1 , a plurality of storage boxes are placed on the floor surface plate via a reinforcing plate.

The invention according to claim 4 of the present application is characterized in that, in the wall surface storage structure according to claim 2 , the upper end portion of the support leg is screwed into the lower end of the side plate of the storage box so as to be able to move up and down.

In the invention according to claim 5 of the present invention , a plurality of storage boxes standing up along the wall are juxtaposed in the lateral direction, and the side plates of both adjacent storage boxes are joined to each other. Each storage box is placed in contact with the upper end of the joint of the storage box so as to straddle the lower end of the fixed adjuster, and the fixed adjuster is interposed between the upper end of the storage box and the ceiling. The storage box is erected with a space between it and the wall, and the storage box is placed on the floor surface plate laid in a floating state on the foundation floor. A bolt-shaped sinking prevention device is provided which is screwed into and penetrates the floor surface plate in the space and supports the floor surface plate to prevent the sinking. The floor surface is made to stop against the foundation floor and the upper end of the sinking prevention tool is used as the rotation operation part. It is characterized in that protrude upward.

  In the wall surface storage structure according to the first aspect of the present invention, since the fixed adjuster is interposed between the upper end of the storage box body and the ceiling in a stretched state, the storage box body erected along the wall Is fixed so that it will not fall down even if it is shaken by an earthquake. Moreover, at that time, the lower ends of the fixed adjusters are brought into contact with the upper ends of the joining portions of the storage boxes to which the side plates are joined to each other. The two side plates that overlap each other firmly support the tension of the fixing adjuster, and the adjacent storage boxes are fixed and arranged side by side in a simple manner so as not to shake.

Also, the floor during although storage box body laid floor surface board in a state of floating in the foundation floor is is placed in a position just below the storage box body, the base floor and the floor surface plate A sinking prevention tool is installed to support the surface plate and prevent it from sinking, so it is possible to prevent the storage box body from sinking downward together with the floor surface plate, and to fully exert the tension force action of the fixed adjuster. As a result, the storage box is firmly fixed. Further, the tensioning force of the fixed adjuster is more strongly supported by the sinking prevention tool located immediately below the overlapping side plates, and the sinking of the storage box body is surely prevented.

  Further, in the wall surface storage structure according to claim 3 of the present application, in particular, since the plurality of storage box bodies are placed on the floor surface plate via the reinforcing plate, the plurality of storage box bodies are reinforcing plates. The restriction of the positions where the sinking prevention tools are supported together is expanded to the size range of the reinforcing plate, and the number of the sinking prevention tools can be reduced.

Moreover, in the wall surface storage structure which is the invention described in claim 2 of the present application, in particular, although the storage box is located on the floor surface plate laid in a floating state on the foundation floor, it penetrates the floor surface plate. Since the storage box is supported on the foundation floor by the supporting legs, the storage box is supported directly on the foundation floor via the support legs, not the unstable floor surface plate in a floating state, and is stretched by a fixed adjuster. The force action is sufficiently exerted, and the container box is firmly fixed.

Further, in the wall surface storage structure according to claim 4 of the present application, in particular, since the upper end portion of the support leg is screwed into the lower end of the side plate of the storage box so as to be able to move up and down, the tensile force of the fixed adjuster is stored. It is supported more strongly by the support leg located at the lower end of the box body through the side plate of the box body, and the upper end portion where the support leg is screwed up and down moves up and down, so that the counter support force by the support leg or the storage box body It is possible to adjust the support height, inclination, and the like.

Further, in the wall surface storage structure according to the invention of claim 5 of the present application, since the storage box body is erected with an interval space between the wall and the wall, the same interval space is utilized as a wiring space or a sound insulation space. can do. Moreover, although the storage box is placed on the floor surface plate laid in a floating state on the foundation floor, the floor surface plate is threaded through and penetrates the floor surface plate in the space. Bolt-like sinking prevention tools that support and prevent the sinking are provided, so that the sinking of the storage box body together with the floor surface plate is prevented, and the tension force action by the fixed adjuster is fully exhibited. The storage box is firmly fixed.

  Furthermore, in this case, since the upper end of the sinking preventive tool whose bottom end comes into contact with the foundation floor is projected on the floor surface plate as a rotating operation part, the sinking preventive tool is screwed with the rotating operation part. Therefore, it is possible to easily cope with the floor height from the foundation floor to the floor surface plate, and it becomes unnecessary to prepare various kinds of sinking prevention tools having different lengths. And the rotation operation part of the upper end of the sinking prevention tool which protrudes on a floor surface board is stored in the said space, and does not become trouble on an external appearance.

Figures 1-4 show a first embodiment. In the wall surface storage structure of this embodiment, a plurality of storage box bodies 2 erected along the wall 1 are juxtaposed in the lateral direction, and the side plates 3 of the two adjacent storage box bodies 2 are joined to each other. The upper and lower ends 5a of the fixed adjusters 5 are brought into contact with the upper ends of the joint portions 4 of the two storage box bodies 2 and the fixed adjusters 5 are stretched between the upper ends of the storage box bodies 2 and the ceiling 6. Each storage box 2 is fixed by installing.

  In the wall surface storage structure of this embodiment, the storage box body 2 is placed on the floor surface plate 8 laid in a floating state on the foundation floor 7. And a floor surface plate 8 are provided with a sinking prevention tool 9 for supporting the floor surface plate 8 and preventing the sinking thereof. In this case, the plurality of storage boxes 2 are placed on the floor surface plate 8 via the reinforcing plate 10.

  Hereinafter, the wall surface storage structure of this embodiment will be described in more detail. The wall storage structure of this embodiment is constructed along the wall 1 which is a doorway wall of an apartment house such as an apartment, and the wall 1 is directly pasted with a cloth, or a gypsum board and sound absorption. This is due to the dry panel construction method. As shown in FIG. 1, each storage box 2 is formed in a vertically long box shape with an open front, and an upper plate 13, a lower plate 14, and a shelf 15 are installed in the middle between both side plates 3. They are fixed, and these back openings are covered with a back plate 16 and are mainly made of wood. Each partitioned front opening of the storage box body 2 may be left open, but a door may be attached so as to be openable or closable, or a drawer may be retracted.

  A plurality of storage boxes 2 (in this embodiment, five of the same shape and the same size) are placed side by side on the floor surface plate 8 with one reinforcing plate 10 interposed therebetween. In this case, the storage box 2 is placed on the floor surface plate 8 laid in a floating state on the foundation floor 7 so as to form a double floor structure, and between the foundation floor 7 and the floor surface plate 8. A sinking prevention tool 9 for supporting the floor surface plate 8 and preventing the sinking is interposed at a position just below the middle of each storage box 2. Here, the same number of sink prevention tools 9 as the storage box 2 (five in this embodiment) are provided, but the plurality of storage boxes 2 are placed together via a single reinforcing plate 10. Therefore, the number of sink prevention tools 9 present immediately below the reinforcing plate 10 can be reduced.

  As shown also in FIG. 2, each storage box 2 is disposed close to the wall 1, and the reinforcing plate 10 is placed on the floor surface plate 8 supported in a floating state by a normal floor support 19 other than the sinking prevention tool 9. It is mounted via. In this case, as shown in FIG. 3, the floor surface plate 8 is composed of a floor substrate 17 made of particle board and a floor decorative plate 18 laid on the surface, but the floor surface plate 8 is a single piece. It may be composed of a plate material (a floor substrate 17 alone and a carpet, a decorative sheet or the like attached thereto). Further, the floor surface plate 8 is a soundproof floor material with a cushioning material attached to the back surface. Even when the floor surface plate 8 is directly laid on the foundation floor 7, the floor surface plate 8 is still on the foundation floor 7. Will be laid in a floating state.

  And the sink prevention tool 9 is interposed between the foundation floor 7 and the floor surface board 8 in the position close | similar to the wall 1 in the rear side of the storage box body 2. FIG. The sinking prevention tool 9 has a bolt shape, a male screw portion 9a is formed on the outer periphery of the upper portion thereof, and a floor contact portion 9b made of a hard rubber material is provided at the lower end thereof. A fixing hole 20 is formed in the floor surface plate 8, and a female screw member 21 called a demon nut is driven into the fixing hole 20 from above to be embedded and fixed. The bolt-shaped sinking prevention tool 9 is inserted and screwed into the female screw member 21 from above, and an operation tool such as a screwdriver is engaged with a groove-like operation portion 9c formed at the upper end of the sinking prevention tool 9. The sinking prevention tool 9 is rotated.

  By the turning operation of the sinking prevention tool 9, the floor contact portion 9 b at the lower end of the sinking prevention tool 9 is abutted on the foundation floor 7, and the operation part 9 c at the upper end of the sinking prevention tool 9 is placed in the female screw member 21. Located within the thickness range of the floor surface plate 8. It should be noted that the vertical length dimension of the female screw member 21 does not have to match the thickness dimension of the floor surface plate 8, and the vertical length dimension is approximately the same as the thickness dimension of the floor substrate 17 of the floor surface plate 8. It may be. As described above, after the sinking prevention tool 9 is interposed between the foundation floor 7 and the floor surface plate 8 and the floor surface plate 8 is reinforced and supported, the plurality of storage boxes 2 are interposed via the reinforcement plate 10. And placed on the same floor surface plate 8.

  In this case, as shown in FIG. 1, the plurality of storage boxes 2 are juxtaposed in the horizontal direction, and the side plates 3 of the adjacent storage boxes 2 are joined to each other. Note that the adjacent storage boxes 2 may be connected to each other by bolts, nuts, metal fittings, or the like. And in each upper end position of the side part 3 located in the junction part 4 of this adjacent both storage box body 2 and the outer side of both the storage box bodies 2 arrange | positioned at the extreme end, the upper end of the storage box body 2 and the ceiling 6 A fixed adjuster 5 is interposed in a stretched state. At the upper end position of the joint portion 4, the lower end portion 5 a of the fixed adjuster 5 is brought into contact with the upper end of the both side plates 3 joined to each other of the storage boxes 2 on both sides. As a result, the plurality of storage boxes 2 arranged in the horizontal direction may be placed on the same reinforcing plate 10, and the installation height positions of the storage boxes 2 are aligned with each other with high accuracy. It is done.

  The fixed adjuster 5 has a structure as shown in FIG. That is, the upper end portion 5b and the lower end portion 5a of the fixed adjuster 5 are formed of a circular or rectangular plate, and the bolt portion 22 is integrally protruded from both the upper end portion 5b and the lower end portion 5a. Both bolt portions 22 are inserted and screwed into upper and lower ends of a pipe body 23 in which a female screw is engraved. In this case, the male threads of both bolt portions 22 are in the opposite direction, and the upper and lower female threads of the pipe body 23 are also engraved in the reverse threads correspondingly. Therefore, by rotating the pipe body 23, the upper end portion 5b and the lower end portion 5a move forward and backward in the opposite directions together with the bolt portion 22, and the fixed adjuster 5 is expanded and contracted as a whole, and is stored as described above. Between the upper end of the box 2 and the ceiling 6, it is interposed in a stretched manner. In this case, a lock nut 32 is provided for fixing after the expansion / contraction adjustment.

  When each storage box 2 is fixed by inserting a fixed adjuster 5 between the upper end of the storage box 2 and the ceiling 6 in a stretched state, finally, as shown in FIGS. The face plate 24 and the ceiling filler 25 are housed in a good appearance. That is, as shown in FIG. 1, a decorative side plate 24 is attached and fixed to the entire outer side surface of the side plate 3 located outside the two storage boxes 2 arranged at the extreme ends, and the decorative side plate 24 that is vertically long. By setting the upper end portion of the cover to a position close to the ceiling 6, the space where the fixed adjuster 5 is accommodated is covered from the side by the upper end portion of the decorative side plate 24. In addition, as shown in FIG. 2, a ceiling filler 25 is erected between the upper edge front edge portion of the plurality of storage boxes 2 arranged side by side and the ceiling 6 to be fixed by the ceiling filler 25. The space in which the adjuster 5 is housed is covered from the front.

  Therefore, in the wall surface storage structure of this embodiment, the fixed adjuster 5 is interposed in a stretched state between the upper end of the storage box 2 and the ceiling 6, so that the storage box erected along the wall 1. The body 2 is fixed and safe so as not to fall down even when shaken by an earthquake or the like. In addition, at that time, the lower end portion 5a of the fixed adjuster 5 is brought into contact with the upper end of the joint portion 4 of the storage box 2 to which the side plates 3 are joined to each other. The heights of the upper ends of the box bodies 2 are aligned with each other, and the overlapping vertical side plates 3 firmly support the tension of the fixed adjuster 5 so that the adjacent storage box bodies 2 are not easily shaken together. The wall storage structure is securely fixed side by side and excellent in safety and workability.

  Moreover, in the wall surface storage structure of this embodiment, although the storage box body 2 is mounted on the floor surface board 8 laid in a floating state on the foundation floor 7 as a double floor structure, the storage box In the position directly below the body 2, a sinking prevention tool 9 is provided between the foundation floor 7 and the floor surface plate 8 to support the floor surface plate 8 and prevent its sinking. The box body 2 is prevented from sinking downward, and the tensile force action by the fixed adjuster 5 is sufficiently exerted, so that the storage box body 2 is firmly fixed. In addition, in this case, since the plurality of storage boxes 2 are placed on the floor surface plate 8 via the reinforcing plate 10, the plurality of storage boxes 2 are collectively supported by the reinforcing plate 10 to prevent sinking. As long as the position where the 9 is interposed is within the size range of the reinforcing plate 10, the position restriction is expanded, and the number of the anti-sinking tools 9 can be reduced.

5 and 6 show a second embodiment. In the wall surface storage structure of this embodiment, the reinforcing plate 10 in the first embodiment is not employed, and a sinking prevention tool 9 is disposed at a position immediately below the joint portion 4 of both adjacent storage boxes 2. In this case, a recess 26 opened forward is provided in the middle lower part of the wall storage structure, and the recess 26 is provided with a vertical plate 27 on both sides and an upper horizontal plate 28 connecting the upper ends of the vertical plates 27 on both sides. It is formed so as to be supported in a gate shape. At that time, a plurality (three in this embodiment) of storage boxes 2 that are shorter in the vertical direction are disposed between the upper portions of the vertically long storage boxes 2 arranged at the extreme ends. Both vertical plates 27 serving as a mold are joined and fixed to the side plates 3 located inside the vertically long storage boxes 2, and a plurality of vertically short storage boxes 2 are placed and supported on the upper horizontal plate 28 of the same type. ing.

  And the side plate 3 located inside the vertically long storage box body 2 and the gate-shaped side vertical position at a position immediately below the joint portion 4 between the vertically long storage box body 2 and the vertically short storage box body 2. A sinking prevention tool 9 is interposed between the foundation floor 7 and the floor surface plate 8 so as to support both lower ends of the plate 27. In this embodiment, sinking prevention tools 9 are also arranged at positions immediately below the side plates 3 located outside the two storage boxes 2 arranged at the extreme ends. In the space in the recess 26, a TV stand 29 and a TV 30 are accommodated and installed so as to be freely put in and out.

  Therefore, in the wall surface storage structure of this embodiment, it is prevented from sinking to a position immediately below the joint portion 4 of the adjacent storage boxes 2 and a position directly below the side plate 3 positioned outside the storage box 2 disposed at the extreme end. Since the tool 9 is disposed, the tensile force of the fixed adjuster 5 is stronger by the sinking prevention tool 9 located directly below the overlapping side plates 3 and the vertical side plates 27 such as the single side plates 3 or the like. The storage box body 2 is reliably prevented from sinking downward. Further, since no step is generated between the bottom surface in the recess 26 and the top surface of the floor surface plate 8, the TV 30 can be smoothly put in and out of the recess 26 together with the TV stand 29. In addition, it is comprised similarly to said 1st embodiment except that, and there exists an effect similar to said 1st embodiment.

7-9 show a third embodiment. In the wall surface storage structure of this embodiment, the storage box 2 is positioned on the floor surface plate 8 laid in a floating state on the foundation floor 7, and the foundation floor is supported by the support legs 11 penetrating the floor surface plate 8. The storage box 2 is supported on 7. In this case, the upper end portion of the support leg 11 is screwed to the lower end of the side plate 3 of the storage box 2 so as to be able to move up and down, and the load of the storage box 2 is not passed through the floor surface plate 8 by the support leg 11. It is directly supported on the foundation floor 7.

  Here, support legs 11 are arranged around the lower end of the side plate 3 of the storage box 2, and the support legs 11 are bolt-like and their upper end portions are screwed and fixed. A male screw portion 11 a is formed on the outer periphery of the upper end portion of the support leg 11, and a female screw member 21 called a demon nut embedded and fixed in the lower end portion of the side plate 3 of the storage box 2 is attached to the support leg 11. The male screw portion 11a is inserted and screwed so as to be movable up and down. A through hole 31 is formed in the floor surface plate 8 at a position corresponding to the support leg 11. The front and rear through holes 31 are screwed into the lower end portion of the side plate 3 of the storage box 2 from above. The fixed support leg 11 is inserted. Then, when the floor contact portion 11 b provided at the lower end of the support leg 11 is stopped on the foundation floor 7, the storage box 2 is load supported on the foundation floor 7.

  Therefore, in the wall surface storage structure of this embodiment, the storage box 2 is positioned on the floor surface plate 8 laid in a floating state on the foundation floor 7, but the through hole 31 of the floor surface plate 8. Since the storage box body 2 is supported on the foundation floor 7 by the support legs 11 penetrating through the storage box body 2, the storage box body 2 is liable to sink in the floating state, not via the unstable floor surface plate 8 but via the support legs 11. It is directly supported by the foundation floor 7 and the tension force action by the fixed adjuster 5 is sufficiently exerted, so that the storage box 2 is firmly fixed.

  Moreover, in this case, the male screw portion 11a at the upper end portion of the support leg 11 is screwed into the lower end of the side plate 3 of the storage box body 2 so as to be able to advance and retreat up and down. 3 is supported more firmly by the support leg 11 located at the lower end of the support leg 3, and the upper end portion of the support leg 11 screwed up and down is moved up and down before installation, so that the support support force or the storage by the support leg 11 is stored. It is possible to adjust the support height of the box 2, the front / rear / left / right inclination, and the like. In addition, it is comprised similarly to said 1st embodiment except that, and there exists an effect similar to said 1st embodiment.

FIG. 10 shows a fourth embodiment. In the wall surface storage structure of this embodiment, the storage box 2 is erected along the wall 1 with a space S between the wall 1 and the floor surface laid in a floating state on the foundation floor 7. The storage box 2 is placed on the face plate 8, and is bolt-shaped to be screwed into and penetrate the floor surface plate 8 in the space S to support the floor surface plate 8 and prevent its sinking. An anti-sinking tool 9 is provided, the lower end of the anti-sinking tool 9 is brought into contact with the foundation floor 7 and the upper end of the anti-sinking tool 9 is projected on the floor surface plate 8 as a rotation operation unit 12.

  In this case, a fixing hole 20 is drilled in the floor surface plate 8 at a position close to the wall 1 that becomes the space S on the rear side of the storage box body 2. A so-called female screw member 21 is driven from above and is fixedly embedded. The sink prevention tool 9 is in the shape of a hexagonal bolt, the hexagonal head at the upper end thereof is a rotating operation part 12, the male screw part 9a is formed on the outer periphery, and the floor contact part 9b made of a hard rubber material at the lower end. Is provided. Then, the sinking prevention tool 9 is inserted and screwed into the female screw member 21 from above, and an operation tool such as a wrench is engaged with the turning operation portion 12 of the sinking prevention tool 9 to rotate the sinking prevention tool 9. Manipulate.

  When the floor contact portion 9 b at the lower end of the sinking prevention tool 9 is stopped on the foundation floor 7 by the turning operation of the sinking prevention tool 9, the male screw of the sinking prevention tool 9 is located above the floor surface plate 8. The lock nut 32 screwed into the portion 9 a is tightened so as to press against the floor surface plate 8, whereby the sink prevention tool 9 is fixed to the floor surface plate 8. In this way, after the floor surface plate 8 is reinforced and supported by the sinking prevention device 9, the plurality of storage boxes 2 are placed side by side on the floor surface plate 8. Each storage box 2 is erected with a space S between them.

  Therefore, in the wall surface storage structure of this embodiment, the storage box body 2 is erected with a space S between the wall 1 and the space S can be used as a wiring space or a sound insulation space. it can. The space S is covered from the side by the decorative side plates 24 on both sides described in the first embodiment. That is, a decorative side plate 24 is adhered and fixed to the entire outer surface of the side plate 3 positioned outside the two storage boxes 2 arranged at the outermost ends, and the rear end portion of the decorative side plate 24 is attached to the wall 1. By setting it as the dimension extended to the position which adjoins, the said space S is covered and concealed from the side by the rear-end part of the decorative side plate 24 (refer FIG. 1, 2).

  Moreover, although the storage box 2 is placed on the floor surface plate 8 laid in a floating state on the foundation floor 7, it is screwed into and penetrates the floor surface plate 8 in the space S. Since the bolt-shaped sinking prevention tool 9 is provided to support the floor surface plate 8 and prevent the sinking, the floor surface plate 8 and the sinking box 2 are prevented from sinking downward and fixed. The tension force action by the adjuster 5 is sufficiently exhibited, and the container box 2 is firmly fixed. In this case, the sag prevention device 9 is disposed at the rear position corresponding to the joint portion 4 of the two storage boxes 2 adjacent to each other, so that the tension force of the fixed adjuster 5 is more strongly counteracted by each sag prevention device 9. It comes to be supported (see FIG. 7).

  Furthermore, in this case, since the upper end of the sinking prevention tool 9 in which the floor contact portion 9b at the lower end comes into contact with the foundation floor 7 is projected on the floor surface plate 8 as the rotation operation portion 12, the rotation operation portion 12 By screwing the sink prevention tool 9, it is possible to easily cope with the floor height from the foundation floor 7 to the floor surface plate 8, and it is necessary to prepare various kinds of sink prevention tools 9 having different lengths. Also disappear. And the rotation operation part 12 of the upper end of the sinking prevention tool 9 which protrudes on the floor surface board 8 is stored in the said space S, and does not become an obstacle on an external appearance. In addition, it is comprised similarly to said 1st embodiment except that, and there exists an effect similar to said 1st embodiment.

The front view from which the ceiling filler which shows the wall surface accommodation structure which is 1st embodiment of this invention was removed. The side view from which the decorative side plate which shows the wall surface storage structure was removed. Sectional drawing which shows the floor site | part of the wall surface storage structure. The front view which shows the fixed adjuster in the same wall surface storage structure. The front view from which the ceiling filler which shows the wall surface accommodation structure which is 2nd embodiment of this invention was removed. The side view from which the decorative side plate which shows the wall surface storage structure was removed. The front view from which the ceiling filler which shows the wall surface storage structure which is 3rd embodiment of this invention was removed. The side view from which the decorative side plate which shows the wall surface storage structure was removed. Sectional drawing which shows the floor site | part of the wall surface storage structure. Sectional drawing which shows the floor site | part of the wall surface storage structure which is 4th embodiment of this invention. The side view which shows the construction state of the wall surface storage structure which is a prior art example.

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 Wall 2 Storage box 3 Side plate 4 Joint part 5 Fixed adjuster 5a Lower end part 6 Ceiling 7 Foundation floor 8 Floor surface board 9 Sink prevention tool 10 Reinforcement plate 11 Support leg 12 Rotation operation part S Spacing space

Claims (5)

A plurality of storage boxes erected along the wall are juxtaposed in the horizontal direction, and the side plates of both adjacent storage boxes are joined to each other, and fixed adjusters are attached to the upper ends of the joints of the adjacent storage boxes. of contact is allowed to extend over the lower end, Ri Na secure each storage box body by setting via at Brace state the fixed adjuster between the upper end and the ceiling of the storage box body, and floated on the basis floor The storage box body is placed on the floor surface board laid in a state of being supported, and at the position directly below the storage box body, the floor surface board is supported between the foundation floor and the floor surface board, and the sinking is carried out. wall store structure interposed a sink preventer for preventing, characterized in that it is disposed preventer sink into position directly below the junction of the adjacent two storage box body. A plurality of storage boxes erected along the wall are juxtaposed in the horizontal direction, and the side plates of both adjacent storage boxes are joined to each other, and fixed adjusters are attached to the upper ends of the joints of the adjacent storage boxes. of contact is allowed to extend over the lower end, Ri Na secure each storage box body by setting via at Brace state the fixed adjuster between the upper end and the ceiling of the storage box body, and floated on the basis floor and the storage box body on a floor surface plates laid in a state being positioned, wall store structure characterized in that the support legs extending through the floor surface plate was supported storage box member to the base floor. Wall store structure according to claim 1, wherein the placing the plurality of storage box body through the reinforcing plate to the floor surface plate. 3. The wall surface storage structure according to claim 2, wherein the upper end portion of the support leg is screwed into the lower end of the side plate of the storage box body so as to be movable up and down. A plurality of storage boxes erected along the wall are juxtaposed in the horizontal direction, and the side plates of both adjacent storage boxes are joined to each other, and fixed adjusters are attached to the upper ends of the joints of the adjacent storage boxes. and abutted against allowed to straddle the lower end of, by setting via at Brace state the fixed adjuster between the upper end and the ceiling of the storage box body Ri Na secure each storage box body, and along the walls The storage box body is erected with a space between it and the wall, and the storage box body is placed on the floor surface plate laid in a floating state on the foundation floor. A bolt-shaped sinking prevention tool is provided to prevent the sinking by screwing into the face plate and passing through it to support the same floor surface board. The lower end of the sinking prevention tool is brought into contact with the base floor and the sinking is prevented. wherein the upper end of the tool is protruded on the floor surface board as a rotation operating unit Surface storage structure.

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