JP5637758B2 - Storage body and partition structure using the storage body - Google Patents

Description

The present invention relates to a storage body for storing objects and a partition structure using this type of storage body.

  Skeleton in-field (hereinafter also referred to as “SI”) type houses have been proposed and attracted attention as an architectural style for extending the life of houses (for example, see Non-Patent Document 1). This SI type house is composed of main structural parts (skeletons) such as pillars and beams, and non-structural parts (infills) such as interior and exterior partitions, furniture, and equipment. Infill is introduced and updated as appropriate. In such an SI-type house, the indoor space is built as a large space, and partitioning, furniture, a fitting with a roller, etc. are installed in the indoor space as an infill.

Kaori Inukai, “Development of rational and earthquake-resistant movable partition system for SI-type houses -Consideration of existing movable partition-”, Building Materials Course

  However, in such SI-type houses, partitions such as infills, furniture, and storage bodies (hereinafter also referred to as “installed objects”) are simply installed in indoor spaces, and therefore, such as earthquakes In some cases, problems such as movement or rollover occur due to the shaking. Moreover, the problem of a reference dimension exists as a problem which the present housing industry has in common. Due to this problem of reference dimensions, various types of modules are mixed, resulting in significant inconvenience and inefficiency, which has been a major impediment to popularization. For this reason, SI-type houses are not widely used due to safety issues in the event of an earthquake or the presence of module problems. For example, when partitioning indoor spaces, new indoor spaces are remodeled. A wall is provided on the wall. In the case of reforming in this way, the construction work becomes large and the construction cost also increases. Further, if it is attempted to return to the original state after the renovation, the construction work for that purpose becomes large, and the construction cost increases, and the original state cannot be easily restored.

  An object of the present invention is to provide a partition structure that can appropriately partition an indoor space of a house constructed by using various storage bodies and can suppress sideways falling during an earthquake or the like. .

In addition, another object of the present invention is to provide a partition structure that can appropriately partition the indoor space of a house using various storage bodies and top-hanging fittings, and can suppress a sideways fall during an earthquake or the like. Is to provide.

The partition structure according to claim 1 of the present invention includes first and second storage bodies for storing objects, and an upper connector for connecting the first and second storage bodies to each other. The upper connector includes a first attachment member attached to the first storage body, a second attachment member attached to the second storage body, and the first and second attachment members adjacent to and spaced apart from each other. a connecting member for movably connected in a direction comprises a,
The first attachment member of the upper connector is movably attached to the first storage body, and the second attachment member is movably attached to the second storage body,
The first and second storage bodies are installed so as to overlap each other so as to partition the opposing wall portions in the room, and are moved in a direction away from each other by the upper connector. It is characterized by being pressed between the parts.

Moreover, in the partition structure of the storage body according to claim 2 of the present invention, a first guide rail is provided on an upper surface of the first storage body, and the first mounting member is related to the first mounting member. First fixing means to be mounted on the first guide rail through a through hole provided in the first guide rail is provided, and the first fixing means is moved and fixed along the first guide rail to fix the first attachment. A member is attached to the first storage body so that the position thereof can be freely adjusted, and a second guide rail is provided on the upper surface of the second storage body, and is provided on the second mounting member in relation to the second mounting member. Second fixing means to be mounted on the second guide rail through the formed through hole is provided, and by moving the second fixing means along the second guide rail and fixing the second fixing member, Position adjustment itself in the second storage body Wherein the attached thing.

Moreover, in the partition structure of the storage body according to claim 3 of the present invention, a bottom connector for connecting the first and second storage bodies to each other is provided at the bottoms of the first and second storage bodies. It is provided that the first and second storage bodies are moved away from each other by the lower connector and are pressed against the wall portions.

Moreover, in the partition structure of the storage body according to claim 4 of the present invention, the lower connector is rotatably attached to the first mounting support member attached to the first storage body and the first mounting support member. A supported first male screw member, a first screwing member screwed to the first male screw member, a second mounting support member attached to the second storage body, and a rotation to the second mounting support member A second male screw member that is freely supported; and a second screw member that is screwed to the second male screw member, wherein the first screw member and the second screw member are connected via a connecting member. It is characterized by being.

Moreover, in the partition structure of the storage body according to claim 5 of the present invention, the first and / or the second space is provided between the first storage body and / or the second storage body and the indoor ceiling. A side-falling prevention means for preventing a side-falling of the storage body is interposed, and the side-falling prevention means is provided on the storage body side member attached to the first storage body and / or the second storage body, and on the ceiling portion. A ceiling-side member that acts, the storage-body-side member being attached to the first storage body and / or the second storage body so that the position of the storage-body-side member can be adjusted. It is characterized in that it can be freely adjusted in position.

Moreover, in the partition structure of the storage body according to claim 6 of the present invention, the ceiling side member is pushed upward with respect to the storage body side member between the storage body side member and the ceiling side member. A push-up means for press-contacting the ceiling part is provided.

Moreover, in the partition structure of the storage body according to claim 7 of the present invention, the storage body side member is provided with a convex portion protruding upward or a concave portion recessed downward, and the ceiling side member is A concave recess or a convex projecting downward is provided, and the convex portion of the storage body side member or the ceiling side member is received by the concave portion of the ceiling side member or the storage body side member so as to be movable in the vertical direction. It is characterized by that.

The storage body according to claim 8 of the present invention includes a storage main body for storing objects, and a plurality of guide rails attached to the upper surface of the storage main body at intervals in the front-rear direction, An attachment member is attached to the plurality of guide rails so as to be adjustable in position so as to be connected to another storage body.

The partition structure of the storage body according to claim 9 of the present invention is for connecting the first, second, and third storage bodies for storing objects and the first and second storage bodies to each other. An upper connector, and an upper connector for connecting the second and third storage bodies to each other, the upper connector having a first attachment member attached to the first storage body, A second attachment member attached to the second storage body, and a connection member for movably connecting the first and second attachment members in directions close to and away from each other, the upper connection body Is provided with an upper suspension guide rail for the upper suspension fixture, and the upper suspension fixture is movably suspended on the upper suspension guide rail, and the first and second storage bodies are moved by the upper connector. When moved in directions away from each other, the movement of the second container is connected to the connection. It is transmitted to the third container via, thereby characterized in that the first and third container is pressed between the wall portion.

According to the partition structure of the storage body according to claim 1 of the present invention, the first and second storage bodies, and an upper connector for connecting the first and second storage bodies to each other, The connector includes a first attachment member attached to the first storage body, a second attachment member attached to the second storage body, and a connection member for movably connecting these in a direction approaching and separating from each other. have. Accordingly, by installing the first and second storage bodies so as to partition the opposing wall portions in the room and moving them in a direction in which they are separated from each other by the connector, one end side of the first and second storage bodies The other end side can be press-contacted between the opposing wall portions in the room in a state of overlapping, and by maintaining the press-contact state in this way, the first and second storage bodies are used as partitions for partitioning the indoor space. In addition to being able to function, it is possible to prevent the indoor partition from falling down due to an earthquake or the like. Further, since the first and second storage bodies are only pressed between the opposing wall portions, the interior space can be easily and easily partitioned as required without any modification, and the partition can be It can be performed without scratching the wall surface, and can be returned to the original indoor space by releasing the pressure contact state of the first and second storage bodies.
In addition, the first attachment member of the upper connector is movably attached to the first storage body, and the second attachment member is movably attached to the second storage body. The first and second storage bodies can be installed and connected as required.

According to the partition structure of the storage body described in claim 2 of the present invention, the first guide rail is provided on the upper surface of the first storage body, and the first fixing means is movably mounted on the first guide rail. Since the first fixing means is fixed to the first guide rail through the through hole provided in the first mounting member, the first mounting member can be mounted to the first storage body so that the position thereof can be adjusted. Further, a second guide rail is provided on the upper surface of the second storage body, the second fixing means is movably mounted on the second guide rail, and the second fixing means is passed through the through hole provided in the second mounting member. Since it is fixed to the second guide rail, the second attachment member can be attached to the second storage body so that the position can be adjusted.

Further, according to the partition structure of the storage body according to claim 3 of the present invention, since the lower connection tool is provided at the bottoms of the first and second storage bodies, The bottom part of the second storage body can be pressed between the opposing wall parts in the room, the first and second storage bodies can be pressed between the wall parts more strongly, and the sideways falling of the partition can be more effectively performed. Can be suppressed.

Moreover, according to the partition structure of the storage body according to claim 4 of the present invention, the lower connector is provided with a first mounting support member, a first male screw member, and a first screwing provided in association with the first storage body. And a second mounting support member, a second male screw member, and a second screw member provided in association with the second storage body, the first screw member and the second screw member being interposed via the connecting member. Since they are connected, by rotating the first male screw member and / or the second male screw member, the first and second storage bodies can be press-contacted between the indoor wall portions via the lower connector.

According to the partition structure of the storage body described in claim 5 of the present invention, the side-falling prevention means is interposed between the first storage body (and / or the second storage body) and the indoor ceiling. Therefore, the side-falling prevention means can reduce the side-fall of the first storage body (and / or the second storage body) during an earthquake or the like. The side-fall prevention means includes a storage body side member attached to the first storage body and / or the second storage body, and a ceiling side member that acts on the ceiling portion, and the ceiling side member serves as the storage body side member. Since the position can be adjusted in the vertical direction, the first storage body (and / or the second storage body) can be mounted as required even if the distance between the first storage body (and / or the second storage body) and the ceiling changes. Can be fixed.

Moreover, according to the partition structure of the storage body described in claim 6 of the present invention, since the lifting means is provided between the storage body side member and the ceiling side member, the ceiling side member is moved by the lifting means. The first storage body (and / or the second storage body) can be fixed via the side-falling prevention means by pushing upward and pressing against the ceiling, and the first storage body (and / or the second storage body) can be fixed. ) Can be reduced.

According to the partition structure of the storage body described in claim 7 of the present invention, the storage body side member is provided with a convex portion (or a concave portion), and the ceiling side member is provided with a concave portion (or a convex portion). Since the convex portion is received in the concave portion so as to be movable in the vertical direction, the lateral movement of the storage body side member and the ceiling side member is reliably prevented, and the storage body can be more securely fixed.

According to the storage body described in claim 8 of the present invention, a plurality of guide rails are provided on the upper surface of the storage body at intervals in the front-rear direction, and the position of the attachment member for connection to the guide rails is adjustable. Therefore, it can be used in combination with various forms by connecting to another storage body using this attachment member.

Furthermore, according to the partition structure of the storage body according to claim 9 of the present invention, the first, second and third storage bodies for storing objects and the first and second storage bodies are connected to each other. Since the upper connector for connecting and the upper connector for connecting the second and third storage bodies to each other are provided, the first and second mounting members of the upper connector are separated from each other. The first and third storage bodies on both sides can be press-contacted between the wall portions. Further, the upper coupling body is provided with an upper suspension guide rail for an upper suspension fitting (for example, a sliding door), and the upper suspension fitting is movably suspended on the upper suspension guide rail, so that it is installed indoors. An overhanging fitting can be provided between the second and third storage bodies.

The top view which shows a part of house which provided with one Embodiment of the partition structure of the storage body according to this invention simply. The top view which shows the partition structure of the storage body of FIG. The partial top view which shows the upper connector in the partition structure of the storage body of FIG. 1, and its vicinity. The perspective view which shows the upper coupling tool of FIG. The expanded sectional view which shows the fixing means in the upper coupling tool of FIG. 3, and the structure relevant to it. The partial perspective view which shows a part of lower connector in the partition structure of the storage body of FIG. 1, and its vicinity. Sectional drawing which looked at the lower connector of FIG. 6 and its vicinity from the top. The perspective view which shows a storage body from the front side. Sectional drawing which shows a part of storage body of FIG. 8 in a cross section. Sectional drawing which shows a part of other deformation | transformation form of a storage body. The fragmentary top view which shows the other usage pattern of the coupling tool of the partition structure of a storage body. The partial perspective view which shows the side-falling prevention means attached to the partition structure of the storage body of FIG. 1, and its vicinity. FIG. 12 is a cross-sectional view showing the side-falling prevention means of FIG. 11 and its neighborhood. Sectional drawing which shows the deformation | transformation form of a side-fall prevention means. The top view which shows simply the storage body which provided the side-falling prevention means of another form. The perspective view which shows a part of side-falling prevention means of FIG. The top view which shows the container side member of the side-falling prevention means of FIG. The top view shown in the state which removed the container side member and the ceiling side member of the side-falling prevention means of FIG. The top view which shows the other connection state of a storage body. The top view which shows the further another connection state of a storage body. The top view which shows the further another connection state of a storage body. The partial perspective view which shows a part of lower connector for connecting the lower end part of a storage body, and its vicinity. The partial front view which shows the connection state of the storage body by the lower connection tool of FIG. The partial expanded sectional view which expands and shows the deformation | transformation form of a lower coupling tool. The perspective view which shows simply other embodiment of the partition structure of a storage body. The fragmentary perspective view which shows the hanging structure of the sliding door in the partition structure of FIG.

  Hereinafter, further description will be given with reference to the accompanying drawings.

[One Embodiment of Storage Partition Structure]
First, with reference to FIGS. 1-8, one Embodiment of the partition structure of the storage body according to this invention is described. In FIG. 1, for example, a second floor portion of a detached house is formed as a large indoor space 2 with two continuous spaces, and a partition using storage bodies 4 and 6 as infills in the center in the longitudinal direction (left and right direction in FIG. 1). Structure 8 is installed. The partition structure 8 of the storage body will be described later.

  In the state without the partition structure 8, as can be understood from FIG. 1, the second floor portion is used as one large space 2 that is continuous between two spaces. For example, when a child is small, a wide space is preferred, so that the space 2 is used as a continuous space 2. On the other hand, when a child becomes as large as a junior high school student, a space dedicated to each child is preferred, and a partition structure 8 is installed as shown in FIG. 1. By installing the partition structure 8 as shown in FIG. The first chamber 10 and the second chamber 12 on the right side in FIG. 1 are partitioned, and the first and second chambers 10 and 12 are used as independent individual chambers. For example, the study desk 14 and bed 17 are placed in the first room 10 and used as one child's room, and the study desk 14 and bed 17 are also placed in the second room 12 and used as another child's room. Can do.

  For example, a bookshelf, a storage shelf, furniture, or the like can be used as the storage body used for the partition structure 8. For example, the bookshelf installed in the first chamber 10 functions as the first storage body 4, and the storage opening is the first chamber. The back side of the bookshelf functions as the wall of the second chamber 12. Further, for example, a bookshelf installed in the second chamber 12 functions as the second storage body, the storage opening portion faces the second chamber 12 side, and the back portion of the book shelf functions as the wall portion of the first chamber 10. .

  Next, the illustrated partition structure 8 will be described with reference to FIGS. 2 to 4 together with FIG. 1. The partition structure 8 includes a first storage body 4 and a second storage body 6 for partitioning the indoor space 2. Including one end of the first storage body 4 (upper end in FIG. 1, right end in FIGS. 2 to 4) and one end of the second storage body 6 (lower end in FIG. 1, FIGS. 4 and the left end portion) are overlapped with each other, and the upper connector 16 is provided in relation to these overlapping portions. As will be described later, the upper connector 16 also functions as an upper connector as a connector for connecting the storage bodies.

  The illustrated upper connector 16 includes a first attachment member 18 attached to the upper surface of the first storage body 4 as described later, a second attachment member 20 attached to the upper surface of the second storage body 6, and the first attachment member 18. And a connecting member 22 that connects the second mounting members 18 and 20. The first and second mounting members 18 and 20 are formed of L-shaped metal fittings having substantially the same configuration, and a pair of through holes 26 are formed in the base portion 24 in the width direction (left and right direction in FIG. 2, and in FIG. 3). Three rows are provided at intervals in the vertical direction. Further, the vertical portion 29 has one side portion in the width direction (the upper portion in FIG. 3 for the first attachment member 18 and the lower portion in FIG. 3 for the second attachment member 20). A through hole (not shown) is provided, and a female screw is provided on the other side (the first mounting member 18 is the lower side in FIG. 3 and the second mounting member 20 is the upper side in FIG. 3). A hole (not shown) is provided.

  The connecting member 22 includes a pair of bolt members 30, and one bolt member 30 is screwed into the female screw hole of the vertical portion 29 of the second mounting member 20 through the through hole of the vertical portion 29 of the first mounting member 18. The other bolt member 30 is screwed into the female thread portion of the vertical portion 29 of the first mounting member 18 through the through hole of the vertical portion 29 of the second mounting member 20. Therefore, by rotating the pair of bolt members 30 in the tightening direction (or the loosening direction), the first and second mounting members 18 and 20 are moved in the direction close to (or away from) each other. In such an upper connector 16, a lock nut 34 is screwed onto the back side of the head portion 32 of the bolt member 30 (specifically, the back side of the vertical portion 29), and the lock nut 34 is tightened. Thus, loosening of the bolt member 30 is reliably prevented.

  In relation to using such an upper connector 16, the first and second storage bodies 4 and 6 are configured as follows. 2 to 4, a first guide rail 38 is provided on the upper surface of the upper wall 36 of the first storage body 4, and a second guide rail 42 is provided on the upper surface of the upper wall 40 of the second storage body 6. Is provided. In this embodiment, three first guides are provided on the upper wall 36 of the first storage body 4 at intervals in the front-rear direction of the first storage body 4 (left-right direction in FIG. 2 and up-down direction in FIG. 3). Rails 38 are provided, and these first guide rails 38 extend linearly from one side end to the other side end. The first guide rails 38 are provided at the front end portion, the rear end portion, and the front-rear direction center portion of the first storage body 4, and are provided at the three positions in the front-rear direction as described above in order to apply to various connection modes. However, when applied exclusively to the partition structure 8, it can be provided only at the rear end portion of the first storage body 4.

  The second storage body 6 is also provided with a second guide rail 42 as in the first storage body 4. That is, three second guide rails 42 are provided on the upper wall 40 of the second storage body 6 at intervals in the front-rear direction of the second storage body 6 (left-right direction in FIG. 2 and up-down direction in FIG. 3). The second guide rails 42 are linearly extended from one side end to the other side end. In order to be applied to various connection modes, the second guide rail 42 is preferably provided at the front end portion, the rear end portion, and the front-rear direction center portion of the second storage body 6, but is applied exclusively to the partition structure 8. In this case, it can be provided only at the rear end of the first storage body 6.

  Referring also to FIG. 5, the first and second guide rails 38 and 42 have substantially the same configuration. Hereinafter, the first guide rail 38 (second guide rail 42) will be described. The first guide rail 38 (second guide rail 42) includes a rail body 44, which has a bottom wall 48, side walls 50, 52, and a top wall 54, and the bottom wall 48, side walls 50, A guide space 46 having a rectangular cross section is defined by 52 and the upper wall 54. The upper wall 54 of the rail body 44 is provided with a slit opening 56 extending from one end to the other end in a straight line. As will be understood from the following description, the rail body 44 is provided so as to be embedded in the upper wall 36 (40) of the first storage body 4 (second storage body 6), and the upper surface of the upper wall 54 of the rail body 44. The upper surface of the upper wall 36 (40) of the first storage body 4 (second storage body 6) preferably defines the same surface.

  First and second fixing means 58 and 60 of the upper connector 16 are attached to the first and second guide rails 38 and 42. The first and second fixing means 58 and 60 have substantially the same configuration, and the first fixing means 58 (second fixing means 60) will be described below. The first fixing means 58 (second fixing means 60) includes a fixing bolt 62 and a fastening member 64 to which the fixing bolt 62 is screwed. The fastening member 64 is in the guide space 46 of the rail body 44. Is movably accommodated in the longitudinal direction (direction perpendicular to the paper surface in FIG. 5). The fastening member 64 has a substantially U-shaped cross section, and has a female screw hole at the center thereof. The screw portion of the fixing bolt 62 is screwed into the female screw hole of the fastening member 64 through the slit opening 56 of the rail body 44. Is done. The first and second fixing means 58, 60 are replaced with a combination of the fixing bolt 62 and the fastening member 64, for example, other fixing means known per se, such as a combination of a fixing screw and a fastening piece. Can also be used.

  It is desirable to provide a lower connector 402 shown in FIGS. 6 and 7 at the bottom of the first and second storage bodies 4 and 6. The bottom wall 208 (see FIG. 8) of the first container 4 is formed in a rectangular shape, and a drooping housing wall 218 that hangs downward is provided on four sides of the bottom wall 208, and is related to the drooping housing wall 218. Thus, the first attachment support member 406, the first male screw member 408, and the first screwing member 410 of the lower connector 402 are provided. Further, the bottom wall 208 (see FIG. 8) of the second container 6 is also formed in a rectangular shape, and a drooping housing wall 218 that hangs downward is provided on the four sides of the bottom wall 208. The second attachment support member 412, the second male screw member 414, and the second screwing member 416 of the lower connector 402 are provided.

  Abutting members 418 and 420 are disposed at both ends of the overlapping portion of the first storage body 4 and the second storage body 6, and the abutting members 418 and 420 correspond to the first and second storage bodies 4 and 6. Is interposed between the drooping storage walls 218. The first attachment support member 406 is made of a plate-like member made of metal (for example, made of aluminum, stainless steel, etc.), and covers the first housing 4 (specifically, for example) with an attachment screw 422 so as to cover the contact member 418. Is attached to the hanging receiving wall 218). The first mounting support member 406 and the contact member 418 are provided with through holes (only the through holes 424 provided in the contact member 418 are shown), and the first male screw member 408 is attached through the through holes 424. A first screwing member 410 is screwed to a male screw portion 426 (a portion protruding from the contact member 418) of the first male screw member 408.

  The second mounting support member 412 is also composed of a plate-like member similar to the first mounting support member 406, and the second housing 6 (specifically, for example) by a mounting screw 428 so as to cover the other abutting member 420. Specifically, it is attached to the drooping accommodation wall 218). The second mounting support member 412 and the contact member 420 are provided with through holes (only the through holes 430 provided in the contact member 420 are shown), and the second male screw member 414 is attached through the through holes 430. A second screwing member 416 is screwed to the male screw portion 432 (a portion protruding from the contact member 420) of the second male screw member 414.

  A connecting member 434 is interposed between the first screwing member 410 and the second screwing member 416 to connect them. The connecting member 434 is made of, for example, a metal chain, a wire, and the like. The engaging portion 436 on one end side thereof is engaged with the connecting hole 438 of the first screwing member 410, and the engaging portion 440 on the other end side is provided. The second screwing member 416 is locked in the connection hole 442.

  With this configuration, when the first male screw member 408 (or the second male screw member 414) is rotated in the tightening direction, the first screw member 410 (or the second screw member 426) is operated by the action of the male screw portion 426 (or 432). The screwing member 416) is moved in the direction approaching the contact member 418 (or 420), and the connecting member 434 is kept in a tension state. Therefore, a force in a direction approaching the first attachment support member 406 and the second attachment support member 412 acts via the connecting member 434 and the first and second male screw members 406 and 414, and the first force is applied by the force. And the 2nd storage bodies 4 and 6 are pressed between the wall surfaces which oppose in a room.

  Thus, by providing the lower connection part 402 in addition to the upper connection tool 16, it can install in the state which pressed the upper end part and lower end part of the 1st and 2nd storage bodies 4 and 6 between the opposing wall surfaces. It is possible to more effectively prevent the first and second storage bodies 4 and 6 from falling sideways.

  The first and second storage bodies 4 and 6 are preferably configured as shown in FIGS. 8 and 9 so as to be easily moved in the indoor space 2 (in FIG. 8, The guide rail is omitted).

  Referring to FIGS. 8 and 9, the storage body 200 (first and second storage bodies 4 and 6) includes a storage body 202 for storing small items, books, and the like. A roller storage unit 204 is provided, and the roller support structure 206 is stored in the roller storage unit 204.

  The illustrated storage body 202 connects a rectangular bottom wall 208, side walls 210, 212, 214 extending upward from both side ends and rear end portions of the bottom wall 208, and upper ends of the side walls 210, 212, 214. An upper wall 216 (upper walls 36, 40 of the first and second storage bodies 4, 6) is provided, the front side of the storage body 202 is opened, and small items and the like can be stored through the front opening. In the illustrated example, one intermediate partition wall 216 is provided in the storage main body 202, but two or more intermediate partition walls 216 may be provided at intervals in the vertical direction, or may be removed and used. .

  The roller accommodating portion 204 is provided on the bottom surface of the bottom wall 208 of the accommodating main body 202, and depends on the drooping accommodating walls 218 (four drooping in FIG. Two of the housing walls 218 are shown, and in FIG. 9, one of the four hanging housing walls 218 is shown), and a rectangular housing space 220 is defined by these hanging housing walls 218.

  The roller support structure 206 includes a rectangular support body 222 corresponding to the shape of the storage space 220 of the roller storage portion 204, and the support body 222 is stored in the storage space 220, and the inner surfaces of the four hanging storage walls 218. And is movably accommodated in the vertical direction. Roller means 224 is attached to a square part (bottom square part) of the support body 222. The roller means 224 includes an attachment member 226 attached to the support body 222, and a roller 232 rotatably supported on the substantially U-shaped support portion 228 of the attachment member 226 via the shaft member 230. As will be described later, a part of the roller 232 of the four roller means 224 protrudes downward from the roller storage portion 204, so that the storage body 202 has a roller support structure 206 (specifically, four rollers 232). For example, it is supported on the floor surface 234 in the room (therefore, it can be easily moved using the roller means 224), and the rollers 232 of the four roller means 224 are accommodated in the roller accommodating portion 204. The storage body 202 is installed on the floor surface 234 via the roller storage portion 204 (therefore, the movement using the roller means 224 cannot be performed). Incidentally, as the roller means 224, various well-known devices can be used. The attachment member 226 and the support portion 228 are integrated, and the support portion 228 is rotatably supported with respect to the attachment member 226. These can be used in appropriate combinations.

  In relation to the roller support mechanism 206, a height adjusting screw 240 is provided. More specifically, in this embodiment, each roller means of the roller support mechanism 206 is provided at a rectangular portion of the bottom wall 208 of the storage body 202. Corresponding to H.224, a screw sleeve 242 provided with a female screw hole is attached (one of them is shown in FIG. 9), and a height adjusting screw 240 is screwed to each screw sleeve 242. In this embodiment, the height adjusting screw 242 is composed of a hexagon socket set screw, and is rotated in the tightening direction and the loosening direction by using a dedicated tool 244 having a tip corresponding to the hexagon hole of the set screw. Can be made. A metal plate 246 is preferably provided at a predetermined portion of the support main body 222 on which the height adjusting screw 240 acts (that is, the upper surface of the support main body 222 corresponding to the roller means 224). Thus, the tip of the height adjusting screw 240 acts on the metal plate 246, and wear and damage of the support body 222 due to the height adjusting screw 240 can be suppressed.

  In such a storage body with roller means, as easily understood from FIG. 9, the storage body 202 is connected via a screw sleeve 242 provided on the bottom wall 208 and a height adjusting screw 240 screwed to the screw sleeve 242. The roller support mechanism 206 is supported on the floor surface 234 via the four roller means 224 of the roller support mechanism 206.

  When the four height adjustment screws 240 are rotated in the tightening direction (or loosening direction) using the dedicated tool 244 in such a support state, the amount of protrusion of the height adjustment screw 240 from the bottom wall 208 of the storage body 202 is. As a result, the roller support mechanism 206 moves in the storage space 220 in a direction away from (or close to) the bottom wall 208 of the storage main body 202, and as a result, the height of the storage main body 202 is increased. The height can be adjusted higher (or lower). Note that when the amount of rotation of the four height adjusting screws 240 in the loosening direction is increased, the roller support mechanism 206 is greatly moved in the direction approaching the bottom wall 208 of the storage main body 202 and stored in the storage space 220. Without using the roller support mechanism 206, the storage body 202 is supported on the floor surface 234 via the roller storage portion 204 (the hanging storage wall 218).

  In the container with roller means 200, as easily understood, when the height adjustment screw 240 at a specific location is rotated in the tightening direction (or the loosening direction), the protruding amount of the height adjustment screw 240 is large (or small). As a result, the roller means 224 corresponding to a specific location is moved in a direction away from (or close to) the bottom wall 208 of the storage body 202 via the support body 222 of the roller support mechanism 206, and as a result, The height of the specific part of the storage body 202 can be adjusted higher (or lower), and the inclination of the storage body 202 can be eliminated.

  Corresponding to each roller means 224 of the roller support mechanism 206, support legs 251 (only one shown in FIG. 10) may be provided as shown in FIG. The illustrated support leg 251 includes a support shaft portion 253 and a base portion 255 provided at the lower end portion of the support shaft portion 253. The support shaft portion 253 is provided with a male screw portion, and the other end portion is provided with a hexagonal hole in the same manner as the height adjusting screw 240. Further, a block-like member 257 is attached to the bottom wall 208 of the storage main body 202, and the support shaft portion 253 of the support leg 251 is screwed to the block-like member 257 to allow such attachment of the support leg 251. Therefore, through holes 259 and 261 through which the support shaft portion 253 is inserted are provided in the support main body 222 of the roller support mechanism 206 and the bottom wall 208 of the storage main body 202.

  The height adjusting screw 240 is also provided with a block-like member 263 on the bottom wall 208 of the storage main body 202, and the height adjusting screw 240 is screwed into the female screw hole of the block-like member 263 in the same manner as the support leg 251. In this case, a through hole 265 for the height adjusting screw 140 is provided in the bottom wall 208 of the storage main body 202.

  When the support legs 251 are provided in this way, when the four support legs 251 are rotated in the tightening direction (or loosening direction) using the same special tool (not shown) used for the height adjusting screw 240. When the protruding amount of the support leg 251 from the bottom wall 208 of the storage main body 202 increases (or decreases) and protrudes downward (stored upward) from the roller means 224, the storage main body 202 is supported by the support leg 251. Is supported in a fixed and stable manner (or is movably supported by the roller means 224).

  Similarly to the height adjusting screw 240, when the support leg 251 at a specific location is rotated in the tightening direction (or the loosening direction), the protruding amount of the support leg 251 increases (or decreases), thereby the storage body. The height of the specific portion 202 can be adjusted higher (or lower), and the tilt of the storage main body 202 can be eliminated even in such a support state.

  Next, the installation style of the partition structure 8 of this storage body is demonstrated. Referring mainly to FIGS. 2, 3, 5, and 7, first, as shown in FIG. 2, first, the interior space 2 is divided into two chambers, that is, a first chamber 10 and a second chamber 12. The storage body 4 and the second storage body 6 are installed. In this installation, one end portion of the first storage body 4 and one end portion of the first storage body 6 overlap each other, and the other end portion of the first storage body 4 is placed on one wall portion 70 of the indoor space 2. Further, the other end portion of the second storage body 6 is brought into contact with the other wall portion 72 of the indoor space 2 so as to come into contact with each other. In this installation, the four roller means 224 protrude downward from the storage main bodies 202 of the first and second storage bodies 4 and 6, and the storage main body 202 is supported by these roller means 224. By moving while maintaining the support state by the means 224, it can be installed easily and easily.

  During the installation, the lower connector 402 is attached. That is, the first male screw member 408 extending through the first attachment support member 406 and the contact member 418 and the second male screw member 414 extending through the second attachment support member 412 and the contact member 420 are screwed. A contact member between the overlapping portions of the first and second storage bodies 4 and 6 (between the hanging storage walls 218) in a state where the connection member 434 is connected to the second screwing member 416 to be screwed. After interposing 418 and 420, the first attachment support member 406 is attached to the first storage body 4 with the attachment screw 422, and the second attachment support member 412 is attached to the second storage body 6 with the attachment screw 428.

  Next, the first mounting member 18 of the upper connector 16 is placed on the upper wall 36 of the first storage body 4, and the first mounting member 18 is moved to the first guide rail 38 (the rear end portion of the first storage body 4). Is temporarily attached to a first guide rail 38) provided on the vehicle. The first mounting member 18 can be mounted, for example, by inserting the fastening member 64 of the first fixing means 58 into the guide space 46 of the first guide rail 38 and positioning it at a predetermined position. The fixing bolt 62 of the first fixing means 58 is screwed through the through-hole 26 of the first mounting member 18 and the slit opening 56 of the rail body 44, so that the first fixing means 58 is temporarily mounted.

  Similarly, the second attachment member 20 of the upper connector 16 is placed on the upper wall 40 of the second storage body 6, and the second attachment member 20 is attached to the second guide rail 42 (rear of the second storage body 6. Temporarily attached to the second guide rail 42) provided at the end. In the mounting of the second mounting member 20, as in the mounting of the first mounting member 18, the fastening member 64 of the second fixing means 60 is inserted into the guide space 46 of the second guide rail 42, and the second fixing means 60 fixing bolts 62 are screwed through the through holes 26 of the second mounting member 20 and the slit openings 56 of the rail main body 44, and the second fixing means 60 is thus temporarily mounted.

  Next, a pair of bolt members 30 as the connecting members 22 of the upper connector 16 are mounted between the vertical portions 29 of the first and second mounting members 18 and 20, and the pair of bolt members 30 are rotated in a tightening direction to some extent. Let Thus, since the first and second mounting members 18 and 20 are temporarily mounted, the first and second mounting members 18 and 20 are moved in the proximity directions by the rotation in the tightening direction. And the second mounting members 18 and 20 are rotated in the tightening direction until the distance between them becomes small to some extent.

  After the first and second mounting members 18 and 20 are positioned in a predetermined position in this way, the first and second mounting members 18 and 20 are fixed to this position, and the first and second guide rails 38 and 42 are fixed. Securely fix. For this fixing, the fixing bolt 62 of the first fixing means 58 (and the second fixing means 60) may be strongly tightened in the tightening direction, and the tightening member 64 moves to the head side of the fixing bolt 62. Then, the upper wall 54 of the rail main body 44 and the base portion 24 of the first mounting member 18 (and the second mounting member 20) are tightened, and the first mounting member 18 (and the second mounting member 20) are connected to the first guide rail 38 ( And the second guide rail 42).

  Thereafter, the pair of bolt members 30 of the upper connector 16 may be rotated in the loosening direction, and the first male screw member 408 and / or the second male screw member 414 of the lower connector 402 may be rotated in the tightening direction. When the bolt member 30 of the upper connector 16 is rotated, the first and second mounting members 18 and 20 are moved away from each other, and thereby, via the first and second guide rails 38 and 42. The first and second storage bodies 4 and 6 are moved in a direction away from each other. Further, when the first male screw member 408 (and / or the second male screw member 414) of the lower connector 402 is rotated, the first and second screwing members 410 and 416 and the first and second male screw members 408 and 414 are moved. The first and second mounting support members 406 and 412 are moved in a direction approaching each other. As a result, the other side portion of the first storage body 4 is pressed against one wall portion 70 of the indoor space 2, and the other end portion of the second storage body 6 is pressed against the other wall portion 72 of the indoor space 2, The interior space 2 can be partitioned by the first and second storage bodies 4 and 6 without scratching the wall surface.

  In this partition state, the first and second storage bodies 4, 6 are held in pressure contact between the opposing wall portions 70, 72 of the indoor space 2. Since it functions as a wall portion and is kept in pressure contact with the wall portions 70 and 72, it is possible to suppress a lateral fall during an earthquake or the like and to stably install the wall portion. In addition, after installing in this way, the lock nut 34 of the connector 16 is tightened to be in the locked state so that the pressure contact state is maintained. Further, the height adjusting screw 240 is rotated in the loosening direction so that the four roller means 224 are accommodated in the accommodating wall 218 and are fixedly installed by the accommodating wall 218 (note that the support leg 251 is provided). In this case, the support leg 251 is rotated in the tightening direction so as to protrude below the roller means 224 and is fixedly installed via the support leg 251).

  When the first and second storage bodies 4 and 6 largely overlap (that is, the overlapping portion is large), the first and second attachment members 18 and 20 can be attached as shown in FIG. 11, for example. In this attached state, the first fixing means 58 (the fixing bolt 62 and the tightening member 64) are attached to the first storage body 4 using the through hole 26 on one side of the first attachment member 18. The second guide rail is attached to the second storage body 6 by using the through hole 26 on the other side of the first attachment member 18 while being attached to the first guide rail 38. 42 is attached. Similarly, the second fixing means 60 (the fixing bolt 62 and the tightening member 64) are attached to the second storage body 6 using the through hole 26 on one side of the second attachment member 20. The first guide rail is attached to the first storage body 4 using the through hole 26 on the other side of the second attachment member 20 while being attached to the second guide rail 42. 38. Thus, by attaching the 1st and 2nd attachment members 18 and 20 to the 1st and 2nd storage bodies 4 and 6, the 1st and 2nd storage bodies 34 and 6 can be connected more firmly.

[Structure to prevent the container from falling down]
For example, the side-falling prevention structure shown in FIGS. 12 and 13 can be applied to the first and second storage bodies 4 and 6 described above. In addition, the same reference number is attached | subjected to the substantially same thing as the structure mentioned above, and the description is abbreviate | omitted.

  12 and 13, in this embodiment, the side-falling prevention structure is interposed between the upper wall 36 (40) of the first storage body 4 (second storage body 6) and the indoor ceiling portion 82. It is composed of a sideways prevention means 84. The illustrated lateral fall prevention means 84 includes a storage body side member 86 attached to the upper wall 36 (40) of the first storage body 4 (second storage body 6), and a ceiling side member 88 that is close to or in contact with the ceiling portion 82. And. The storage body side member 86 and the ceiling side member 88 may have appropriate lengths. For example, by setting the size of the first storage body 4 (second storage body 6) over substantially the entire width, the indoor space is reduced. The first and second storage bodies 4 and 6 and the side-falling prevention means 84 can be completely partitioned.

  The storage body side member 86 has a base portion 90 attached to the first storage body 4 (second storage body 6) and a vertical portion 92 that rises substantially vertically from the base portion 90, and is fixed to the base portion 90. A plurality of through holes 96 (one shown in FIG. 8) for attaching the means 94 are provided at intervals, and a plurality of guide rails 98 (FIG. 12) for attaching the ceiling side member 88 are provided in the vertical portion 92. And one shown in FIG. 13) are provided at intervals.

  The storage body side member 86 includes a first guide rail 38 (second guide rail 42) provided in the first storage body 4 (second storage body 6), for example, a first guide rail 38 (second guide) provided in the center. Using the guide rail 42), the position of the first guide rail 38 (second guide rail 42) can be adjusted in the longitudinal direction using the same fixing means 94 as the first fixing means 58 (second fixing means 60). Can be fixed. That is, the screw portion of the fixing bolt 102 is screwed through the through-hole 96 of the housing body side member 86 to the tightening member 100 inserted into the first guide rail 38 (second guide rail 42), and the fixing bolt 102 is attached. By further tightening, the storage body side member 86 is attached to the first storage body 4 (second storage body 6) via the first guide rail 38 (second guide rail 42).

  Further, the ceiling side member 88 includes a ceiling action part 104 and a hanging part 106 depending from the ceiling action part 104, and the hanging part 106 corresponds to the guide rail 98 of the vertical part 92 of the storage body side member 86. Thus, a pair of through holes 108 are provided at intervals in the vertical direction. The guide rail 98 of the storage body side member 86 may be substantially the same as the first and second guide rails 38 and 42 of the first and second storage bodies 4 and 6, and the fixing means 109 similar to the fixing means 94 is provided. It is attached to the vertical part 92 of the container side member 86 by using. In other words, the screw portion of the fixing bolt 112 is screwed through the through hole 108 of the ceiling side member 88 to the tightening member 110 inserted into the guide rail 98, and the fixing bolt 112 is further tightened, whereby the ceiling side member 88. Is attached to the vertical portion 92 of the container side member 86 via the guide rail 98. At this time, the tightening member 110 is movable along the guide rail 98. Accordingly, by moving the tightening member 110, the relative position of the ceiling-side member 88 with respect to the storage body-side member 86, that is, the lateral direction. The height of the fall prevention means 84 can be adjusted, and the ceiling action part 104 of the ceiling side member 88 is pressed against the ceiling part 82 by adjusting the height in this way, and the side fall prevention means 84 is thus attached. Therefore, it is possible to suppress the lateral collapse of the first storage body 4 (second storage body 6) during an earthquake or the like.

  In connection with the above-described sideways prevention structure, the push-up means shown in FIG. 14 can be provided. The illustrated push-up means 280 is composed of a shaft member 282 and a push-up nut 284 screwed into the male screw portion of the shaft member 282, and the base portion of the shaft member 282 is fixed to the base portion 90 of the container side member 86. The male screw portion extends upward from the base portion 90. Further, the hanging portion 106 of the ceiling side member 88 is provided with a housing recess 286 corresponding to the shaft member 282, the housing recess 286 extends upward, and the male screw portion of the shaft member 282 is the housing recess of the ceiling side member 88. 286.

  With this structure, when the lifting nut 280 is rotated in the tightening direction (or the loosening direction) with the fixing bolt 112 loosened, the lifting nut 280 lifts the ceiling side member 88. The ceiling action portion 104 can be brought into pressure contact with the ceiling 82 (or the ceiling side member 88 is lowered downward by its own weight in a state of being in contact with the push-up nut 280).

  This side-falling prevention structure can be configured as shown in FIGS. 15 to 18, in this modified embodiment, it is constituted by a side-falling prevention means 502 interposed between the upper wall 36 (40) of the first storage body 4 (second storage body 6) and the indoor ceiling. Is done. The illustrated sideways prevention means 502 includes a storage body side member 504 attached to the upper wall 36 (40) of the first storage body 4 (second storage body 6), and a ceiling side member 506 that is close to or in contact with the ceiling portion. It has. The storage body side member 504 and the ceiling side member 506 may have appropriate lengths, but in the same manner as in the above-described embodiment, the storage body side member 504 and the ceiling side member 506 have a size covering substantially the entire width of the first storage body 4 (second storage body 6). As a result, the indoor space can be completely partitioned by the first and second storage bodies 4, 6 and the side-falling prevention means 502.

  The storage body side member 504 has a base portion 508 attached to the first storage body 4 (second storage body 6), and a vertical portion 510 that rises substantially vertically from the base portion 508, and is fixed to the base portion 508. A plurality of slits 512 are provided at intervals to attach means 507 (which may be the same as described above). The vertical portion 510 includes a pair of vertical guide walls 514 extending substantially vertically upward from the base portion 508, and a rectangular projecting wall 516 disposed between the pair of vertical guide walls 514. The protruding wall 516 constitutes a convex portion protruding upward.

  As described above, the storage body side member 504 is a first guide rail 38 (second guide rail 42) provided on the first storage body 4 (second storage body 6), for example, a first side provided on the front side. The guide rail 38 (second guide rail 42) is used to fix the first guide rail 38 (second guide rail 42) using the same fixing means 507 as described above.

  The ceiling side member 506 includes a ceiling action part 518 and a hanging wall part 520 depending from the ceiling action part 518, and the hanging wall part 520 has a rectangular shape corresponding to the protruding wall 516 of the storage body side member 504. A concave portion 522 having a shape is provided, and the concave portion 522 constitutes a concave portion recessed upward. The hanging wall portion 520 of the ceiling side member 506 is inserted between the pair of vertical guide walls 514 of the storage body side member 504, and the protruding wall 516 (convex portion) of the storage body side member 504 is a concave portion of the ceiling side member 506. 522 (recessed portion), and in such a mounted state, the movement of the ceiling-side member 506 in the front-rear direction (vertical direction in FIG. 15 and the direction from the lower left to the upper right in FIG. 16) The movement of the ceiling side member 506 in the lateral direction (left-right direction in FIG. 15 and the direction from the upper left to the lower right in FIG. 16) is restricted by the protruding wall 516 of the storage body side member 504. The

  A push-up means 524 is provided in relation to this sideways fall prevention structure. The push-up means 524 includes a push-up bolt 526 and a nut member 528 that is screwed into a threaded portion of the push-up bolt 526. In addition, one vertical guide wall 514 of the storage body side member 504 is provided with an accommodation recess (not shown) corresponding to the push-up bolt 526, and the accommodation recess extends downward, and a thread portion of the push-up bolt 526. Is housed in the housing recess of the housing body side member 504.

  With this configuration, when the nut member 528 of the push-up means 524 is rotated in the tightening direction (or loosening direction), the push-up bolt 526 screwed with the nut member 528 is upward (or downward). And the head 530 of the push-up bolt 526 pushes up the ceiling action part 518 of the ceiling-side member 506 and presses the ceiling action part 104 against the ceiling 82 (or the head of the push-up bolt 526). The ceiling-side member 506 is lowered downward by its own weight in a state of being in contact with 530). Therefore, the same effects as described above can be achieved even when the sideways prevention structure shown in FIGS. 15 to 18 is used.

[Other connection styles of storage body]
Such storage bodies can be connected, for example, as shown in FIG. 19, and in this case, the indoor space is not partitioned into two, but is simply connected and installed in the connected state indoors. In FIG. 19, in this embodiment, the first storage body 4A and the second storage body 6A are connected using the upper connector 16A.

  The depth dimension of the first storage body 4A (the horizontal dimension in FIG. 19) and the width dimension of the second storage body 6A (the horizontal dimension in FIG. 19) are formed to be equal. For example, the first storage body The second storage body 6A is installed on one side surface of 4A. As described above, three first guide rails 38 are provided on the upper wall 36 of the first storage body 4A at intervals in the front-rear direction (left-right direction in FIG. 13), and the second storage body 6A. The upper wall 40 is provided with three second guide rails 42 spaced in the front-rear direction (vertical direction in FIG. 13).

  In this embodiment, one side portion of the first storage body 4A and the rear end portion of the second storage body 6A are connected by the upper connector 16A. The upper connector 16A includes a first mounting member 18 and a second mounting member 20 as described above, and the first and second mounting members 18 and 20 have the same configuration as the upper connector 16 described above. It is. The first mounting member 18 is fixed in the same manner as described above using the first fixing means 58 using the first guide rail 38 in the center of the first storage body 4A. The second mounting member 20 is fixed using the second fixing means 60 using the second guide rail 42 at the rear end of the second storage body 6A. The vertical portions 29 of the first and second mounting members 18 and 20 are connected to each other by screwing bolts and nuts (not shown) through their through holes (not shown). Thus, the first and second storage bodies 4A and 6A are connected via the upper connector 16A.

  Such a storage body can also be connected as shown in FIG. 20 or FIG. In FIG. 20, in this embodiment, the first storage body 4B and the second storage body 6B are connected in series using the upper connector 16A. That is, the second storage body 6B is installed side by side on one side surface of the first storage body 4B. As described above, three first guide rails 38 are provided on the upper wall 36 of the first storage body 4B at intervals in the front-rear direction (vertical direction in FIG. 20), and the second storage body 6B. Three upper guide rails 42 are provided on the upper wall 40 at intervals in the front-rear direction (vertical direction in FIG. 20). And the one side part (right side part in FIG. 20) of the 1st storage body 4B and the one side part (left side part in FIG. 20) of the 2nd storage body 6B are connected by the upper connection tool 16A. That is, the mounting member 18 of the upper connector 16A is fixed in the same manner as described above using the first guide rail 38 at the center of the first storage body 4B, using the first fixing means 58, and the second mounting member. 20 is fixed by using the second guide rail 42 in the center of the second storage body 6B and using the second fixing means 60, and the vertical portions 29 of the first and second mounting members 18, 20 are described above. Similarly, they are connected to each other by bolts and nuts (not shown), and thus the first and second storage bodies 4B and 6B are connected side by side via the upper connection tool 16A.

  In FIG. 21, in this embodiment, the first storage body 4C and the second storage body 6C are connected in an L shape by using the upper connection tool 16A. That is, the one side part of the 2nd storage body 6C is installed in the back side of the 1st storage body 4C. As described above, three first guide rails 38 are provided on the upper wall 36 of the first storage body 4C at intervals in the front-rear direction (left-right direction in FIG. 21), and the second storage body 6C. The upper wall 40 is provided with three second guide rails 42 spaced in the front-rear direction (vertical direction in FIG. 21). Then, the rear end portion of the first storage body 4C and one side portion of the second storage body 6C are connected by the upper connector 16A. That is, the attachment member 18 of the upper connector 16A is fixed in the same manner as described above using the first guide rail 38 at the rear end portion of the first storage body 4C and using the first fixing means 58. The mounting member 20 is fixed by using the second guide rail 42 in the center of the second housing 6C and using the second fixing means 60, and the vertical portions 29 of the first and second mounting members 18, 20 are described above. They are connected to each other in the same way.

[Container connection structure]
When connecting the first storage body 4A (4B, 4C) and the second storage body 6A (6B, 6C) as shown in FIG. 19 (FIGS. 20 and 21), for example, to connect the lower ends thereof. It is desirable to employ the connecting structure shown in FIGS. 22 and 23, the first storage body 4A (4B, 4C) includes a storage main body 122 for storing, and a mounting portion 124 is provided at the bottom of the storage main body 122. A lower housing space 126 is defined around the entire circumference of the mounting portion 124 so as to protrude outward from the mounting portion 124 and below the storage body 122. Similarly, the second storage body 6A (6B, 6C) also includes a storage main body 132 for storage, and a mounting portion 134 is provided at the bottom of the storage main body 132. A lower storage space 136 is defined that protrudes outward from the mounting portion 134 and is below the storage body 132 and outside the mounting portion 134.

  This connection structure includes a lower connector 138 for connecting the first storage body 4A (4B, 4C) and the second storage body 6A (6B, 6C) at their lower ends. The lower connector 138 includes a rod-shaped connection main body 140, and its cross-sectional shape is formed in a rectangular shape. A protruding connecting member 142 having a U-shaped cross section is fixed to the upper surface of the connecting body 140, and the protruding connecting member 142 is provided from one end to the other end of the connecting body 140. One vertical protrusion 144 of the protruding connection member 142 constitutes a first connection protrusion, and the other vertical protrusion 146 constitutes a second connection protrusion.

  In addition, a first slit 148 is provided on the bottom surface of, for example, one side of the storage main body 122 of the first storage body 4A (a portion protruding outward from the placement portion 124). The side portion is provided from one end to the other end (in other words, from the front end to the rear end of the storage main body 122). Furthermore, a second slit 150 is provided on the bottom surface of the storage main body 132 of the second storage body 6A, for example, on the bottom surface (portion protruding outward from the mounting portion 132). The rear end portion is provided from one end to the other end (in other words, from one side end to the other side end of the storage main body 132).

  Such connection using the lower connector 138 is performed as follows, for example. As shown in FIGS. 22 and 23, the storage body 122 of the first storage body 4A (4B, 4C) and the storage body 132 of the second storage body 6A (6B, 6C) are correctly aligned with the floor 152, and As a result, the lower housing spaces 126 and 136 are formed outside the placement portion 124 of the first storage body 4A (4B, 4C) and outside the placement portion 134 of the second storage body 6A (6B, 6C). . And after installing in this way, the lower connection tool 138 is slid and inserted in the space prescribed | regulated combining the lower accommodation space 126 and the lower accommodation space 136. FIG. At this time, one vertical protrusion 144 of the lower connector 138 is inserted into the first slit 148 provided in the storage body 122. Accordingly, the lower end portion of the first storage body 4A (4B, 4C) is connected to the protruding connection member 142 (first connection protrusion) of the lower connector 138.

  Thereafter, the second storage body 6A (6B, 6C) is lifted somewhat, and the other vertical portion 146 (second connection protrusion) of the lower connector 138 is moved to the second slit 150 of the second storage body 6A (6B, 6C). The second container 6A (6B, 6C) is placed on the floor 152 while being inserted into the floor 152. When the lower connector 138 is mounted in this manner, as shown in FIG. 22, one side portion of the connection main body 140 is accommodated in the lower accommodation space 126 of the first storage body 4A (4B, 4C), and the other side portion is the second. While being accommodated in the lower accommodating space 136 of the accommodating body 6A (6B, 6C), one vertical protrusion 144 of the lower connector 130 is inserted into the first slit 148 of the first accommodating body 4A (4B, 4C), The other vertical portion 146 is inserted into the second slit 150 of the second storage body 6A (6B, 6C), and the lower ends of the first and second storage bodies 4A (4B, 4C), 6A (6B, 6C) are The lower connection tool 136 is securely connected via the protruding connection member 142.

  Therefore, for example, by adopting the connection mode shown in FIG. 19 (FIGS. 20 and 21), the upper connection tool 16A is attached to the upper ends of the first and second storage bodies 4A (4B, 4C) and 6A (6B, 6C). And the first and second storage bodies by connecting the lower ends of the first and second storage bodies 4A (4B, 4C) and 6A (6B, 6C) using the lower connector 138. The upper end and the lower end of 4A (4B, 4C) and 6A (6B, 6C) can be connected to each other, and can be connected more reliably.

  The lower connector can also be configured as shown in FIG. 24, for example. 24, in this connection structure, the first storage body 4A (4B, 4C) and the second storage body 6A (6B, 6C) have the same configuration as described above, and the storage body 122 of the first storage body 4A. A mounting portion 124 is provided on the bottom of the mounting portion 124, and a lower housing space 126 is defined outside the mounting portion 124. Similarly, a mounting portion 134 is provided at the bottom of the storage main body 132 of the second storage body 6A (6B, 6C), and a lower storage space 136 is defined outside the mounting portion 134.

  This connection structure includes a lower connector 602 for connecting the first storage body 4A (4B, 4C) and the second storage body 6A (6B, 6C) at their lower ends. The lower connector 602 includes a rod-shaped connecting intermediate member 604 and a lower connecting member 606 for connecting the first and second storage bodies 4A and 6A. The connecting intermediate member 604 is formed to have a rectangular cross-sectional shape, and the lower housing space 126 outside the mounting portion 124 of the first storage body 4A and the lower housing space 134 outside the mounting portion 134 of the second storage body 6A. It is mounted in the space defined by The lower connecting member 606 is formed in a U-shaped cross section, and a first connecting protrusion 608 extending upward is provided on one end side thereof, and a second connecting protrusion 610 extending upward is provided on the other end. Is provided.

When such a lower connector 602 is used, the storage body 122 of the first storage body 4A (4B, 4C) and the storage body 132 of the second storage body 6A (6B, 6C) are juxtaposed on the floor surface. After the installation, the connection intermediate member 604 of the lower connector 602 is slid into the storage space defined by combining the lower storage space 126 of the first storage body 4A and the lower storage space 136 of the second storage body 6A. To do. Thereafter, for example, the first storage body 4A (4B, 4C) is slightly lifted, and the first connection protrusion 608 of the lower connection member 606 of the lower connection tool 602 is positioned inside the placement portion 124 of the first storage body 4A. Thus, the first storage body 4A is placed on the floor surface via the lower connecting member 606. Similarly, the second storage body 6A (6B, 6C) is slightly lifted, and the second connection protrusion 610 of the lower connection member 606 of the lower connection tool 602 is positioned inside the placement portion 134 of the second storage body 6A. In this way, the second storage body 6A is placed on the floor surface via the lower connecting member 606. When the lower connecting tool 602 is mounted in this manner, the connecting intermediate member 604 of the lower connecting member 606 is mounted as shown in FIG. One side is housed in the lower housing space 126 of the first housing body 4A (4B, 4C), and the other side is housed in the lower housing space 136 of the second housing body 6A (6B, 6C), and the lower connection The first connection protrusion 608 of the member 606 is positioned inside the mounting portion 124 of the first storage body 4A (4B, 4C), and the second connection protrusion 610 of the second storage body 6A (6B, 6C). The first and second storage bodies 4A (4B, 4C) are located inside the mounting portion 134. ), 6A (6B, 6C) are securely connected via the lower connection member 606 of the lower connector 602, and even in this way, the first storage body 4A (4B, 4C) and the second storage body. 6A (6B, 6C) can be connected as required.

[Another embodiment of the partition structure of the storage body]
Next, with reference to FIG.25 and FIG.26, other embodiment of the partition structure of the accommodating body according to this invention is described. 25 and 26, in this embodiment, three storage bodies, that is, first to third storage bodies 702, 704, and 706 are used as the storage bodies. The first to third storage bodies 702, 704, and 706 may be of any appropriate form. For example, the first storage body 4 (4A, 4B, 4C) and the second storage body 6 (6A, 6) described above. 6B, 6C) or the like can be used.

  The first storage body 702 and the second storage body 704 can be connected by using the above-described upper connector 16 (in the form shown in FIGS. 1 to 5), and the above-described lower connector 402 (see FIG. 1). 6 and FIG. 7) may be used. For the connection by the upper connector 16 and the lower connector 402, refer to the above description.

  Further, the second storage body 704 and the third storage body 706 are connected using the upper connection body 708. The upper connecting body 708 is composed of a plate-like member, and one end side of the upper connecting body 708 is attached to the guide rail 712 provided on the upper wall 710 of the second storage body 704 in the same manner as described above. Is attached to the guide rail 714 provided on the upper wall 714 of the third storage body 706 in the same manner as described above.

  In a state where the upper connecting body 708 is attached between the second storage body 704 and the third storage body 706, the other side portion of the upper connecting body 708 is outward from the second and third storage bodies 704 and 706. The upper suspension guide rail 718 is attached to the lower surface of the other side portion from which the upper coupling body 708 projects, and the sliding door 720 as an example of the upper suspension fitting is attached to the upper suspension guide rail 718 as required. It is done.

  The upper suspension guide rail 718 protrudes inward from the attachment main body 722 fixed to the upper coupling body 708, the hanging side walls 724 and 726 hanging from both sides of the attachment main body 722, and the lower ends of the hanging side walls 724 and 726. Supporting side walls 728 and 730 are provided. On the other hand, a pair of support roller means 732 (only one of them is shown in FIG. 26) is provided at the upper end of the sliding door 720 at an interval in the width direction (direction substantially perpendicular to the paper surface in FIG. 26). The sliding door 720 is movably supported on the upper suspension guide rail 718 via the support roller means 732. In this embodiment, the support roller means 732 includes an attachment main body 734 attached to the upper end portion of the sliding door 720, and a support shaft 736 is attached to the attachment main body 734, and support rollers 738 and 740 are attached to both ends of the support shaft 736. Is mounted rotatably, and the pair of support rollers 738 and 740 are supported by the support side walls 728 and 730 of the upper suspension guide rail 718. Therefore, the pair of support rollers 738 and 740 of the support roller means 732 is supported by the upper suspension guide rail 718. The support side walls 728 and 730 can be moved in the longitudinal direction along the upper surfaces thereof, and the sliding door 720 can be opened and closed by such movement of the support roller means 732.

  Also in the partition structure provided with such a sliding door 720, the first and second storage bodies 702 and 704 are connected to each other through the above-described upper connector 16 (and the lower connector 402 is added when necessary). Therefore, by moving the first and second mounting members 18 and 20 of the upper connector 16 in a direction away from each other, the first storage body 702 is moved to the wall on one side of the room and the second storage body 702. And the 3rd storage body 706 can be press-contacted to the wall part of the other side which opposes indoors via the upper connection body 706, and the partition structure provided with the sliding door 70 can be provided.

  Further, the upper coupling body 708 is provided with an upper suspension guide rail 718 for an upper suspension fitting (for example, the sliding door 720), and the upper suspension fitting is movably suspended on the upper suspension guide rail 718. An overhanging fitting (for example, a sliding door) can be provided between the second and third storage bodies installed in the room.

  For example, in the above-described embodiment, the three storage bodies (that is, the first to third storage bodies 702, 704, and 706) are arranged between the opposing wall portions in the room, but the configuration is limited to such a configuration. Instead, four or more storage bodies may be disposed between the opposing wall surfaces.

  As mentioned above, although embodiment of the partition structure etc. according to this invention was described, this invention is not limited to this embodiment, A various change thru | or correction | amendment are possible without deviating from the scope of the present invention.

2 Indoor space 4, 4A, 4B, 4C, 6, 6A, 6B, 6C Storage body 8 Partition structure 16, 16A, 138 Connector 18 First mounting member 20 Second mounting member 22 Connecting member 38 First guide rail 42 First 2 guide rails 58 first fixing means 60 second fixing means 84 lateral fall prevention means 86 storage body side member 88 ceiling side members 122, 132, 202 storage body 140 connection body 144, 146 vertical protrusion (connection protrusion)
148, 150 Slit 204 Accommodating portion 206 Roller support mechanism 222 Support body 224 Roller means 240 Height adjusting screw 251 Support leg

Claims (9)

First and second storage bodies for storing objects, and an upper connector for connecting the first and second storage bodies to each other, the upper connector being the first storage body A first attachment member attached to the second housing, a second attachment member attached to the second storage body, and a connection member for movably connecting the first and second attachment members in directions close to and away from each other. , equipped with a,
The first attachment member of the upper connector is movably attached to the first storage body, and the second attachment member is movably attached to the second storage body,
The first and second storage bodies are installed so as to overlap each other so as to partition the opposing wall portions in the room, and are moved in a direction away from each other by the upper connector. A partition structure for a storage body, wherein the storage body is pressed between the parts. A first guide rail is provided on an upper surface of the first storage body, and a first guide rail is attached to the first guide rail through a through hole provided in the first attachment member in relation to the first attachment member. Fixing means is provided, and by moving the first fixing means along the first guide rail and fixing, the first attachment member is attached to the first storage body so that the position thereof can be adjusted. 2nd guide rail is provided in the upper surface of 2 storage bodies, The 2nd fixing means with which it mounts | wears with the said 2nd guide rail through the through-hole provided in the said 2nd attachment member in connection with the said 2nd attachment member. The second attachment member is attached to the second storage body so that the position of the second attachment member can be adjusted by moving and fixing the second fixing means along the second guide rail. container according to claim 1 Partition structure. A lower connector for connecting the first and second storage bodies to each other is provided at the bottom of the first and second storage bodies, and the first and second storage bodies are connected by the lower connection tool. The partition structure of the storage body according to claim 1 or 2 , wherein the partitioning structure is moved in a direction away from each other and pressed between the wall portions. The lower connector is screwed to the first male screw member, a first mounting support member attached to the first storage body, a first male screw member rotatably supported by the first mounting support member, and the first male screw member. A first screw member, a second attachment support member attached to the second housing, a second male screw member rotatably supported by the second attachment support member, and a screw on the second male screw member. The storage body partition according to claim 3 , further comprising: a joined second screwing member, wherein the first screwing member and the second screwing member are connected via a connecting member. Construction. Between the first storage body and / or the second storage body and the indoor ceiling portion, a sideways prevention means for preventing the first and / or second storage body from falling sideways is interposed. The side-falling prevention means includes a storage body side member attached to the first storage body and / or the second storage body and a ceiling side member acting on the ceiling portion, and the storage body side member includes the first storage body side member. container and / or location adjustably attached to the second housing member, also any of claims 1 to 4, wherein the ceiling member is characterized in that it is mounted for positioning vertically in said housing body side member The partition structure of the storage body according to crab. Between the storage body side member and the ceiling side member, there is provided a lifting means for pressing the ceiling side member upward with respect to the storage body side member so as to press the ceiling side member. The partition structure of the storage body according to claim 5 . The storage body side member is provided with a convex part protruding upward or a concave part recessed downward, and the ceiling side member is provided with a concave part concave upward or a convex part protruding downward, the storage body side member The storage body partition structure according to claim 5 or 6 , wherein the convex portion of the ceiling side member is received in the concave portion of the ceiling side member or the storage body side member so as to be movable in the vertical direction. . And a plurality of guide rails mounted on the upper surface of the storage body at intervals in the front-rear direction, the plurality of guide rails being connected to other storage bodies. A storage body in which an attachment member is attached so as to be adjustable in position. First, second and third storage bodies for storing objects, an upper connector for connecting the first and second storage bodies to each other, and the second and third storage bodies are connected to each other An upper coupling body, and the upper coupling tool includes a first mounting member that is mounted on the first storage body, a second mounting member that is mounted on the second storage body, and the first and second mounting members. A connecting member for movably connecting the second attachment members in directions close to and away from each other, and the upper connecting body is provided with an upper suspension guide rail for the sliding door, and the upper suspension guide The sliding door is movably suspended on a rail, and when the first and second storage bodies are moved away from each other by the upper connector, the movement of the second storage body causes the connection body to move. To the third storage body through the first and second storage bodies. Partition structure of the housing body, wherein a third storage body is pressed between the wall portion.

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