JP2013023236A - Container capable of being assembled and disassembled - Google Patents

Abstract

PROBLEM TO BE SOLVED: To prevent the wall member of one side and the wall member of the other side from being separated from a corner member even when a load is applied in the direction to separate the wall member of one side and the wall member of the other side from the corner member by structuring the vertical section of a fitting block member formed on an end vertical side panel structuring the wall member of one side and the facing wall member of the other side to be inserted into a fitting space formed in the vertically long connecting section of the corner member.SOLUTION: The container capable of be assembled and disassembled includes a bottom member 1, the facing wall member 2 of one side, the facing wall member 3 of the other side and a corner member T1 for connecting the member 2 and the member 3. The vertical section e2 of a fitting block member E1 formed on the end vertical side panels 2d, 3d structuring the member 2 and the member 3 is inserted into a fitting space A2 formed in the vertically long connecting part T1" of the corner member.

Description

  The present invention relates to an assembling and disassembling container capable of disassembling an assembled container.

  Patent Document 1 discloses a container that can be assembled and disassembled, which is formed by erecting struts at four corners of a pallet and attaching wall members between the struts.

Japanese Unexamined Patent Publication No. 6-99983

  In the assembling / disassembling container disclosed in Patent Document 1 described above, the claw of the protruding portion formed on the wall member is engaged with the space portion formed in the plate-like body formed on the support column. Therefore, when a load is applied to the wall member, there is a problem that the engagement between the column and the wall member is easily released.

  In addition, since the plate-like body with the space portion drilled and the projection portion with the claw formed are formed in a plate shape, the plate-like body and the projection portion are damaged when a load is applied to the wall member. There was a problem.

  The present invention is to solve the problems of the above-described assembly / disassembly container.

  In order to achieve the above-mentioned object, the present invention connects a bottom member, one opposing wall member, another opposing wall member, and the one wall member and the other wall member. In the assembling / disassembling container comprising a corner member, the vertical portion of the fitting block member formed on the end vertical side plate portion constituting the one wall member and the other opposing wall member is the corner member. It is comprised so that it may insert in the fitting space formed in the vertically long connection part.

  In the assembling / disassembling container comprising a bottom member, one opposing wall member, another opposing wall member, and a corner member connecting the one wall member and the other wall member, The vertical part of the fitting block member formed on the end vertical side plate part constituting one wall member and the other opposing wall member is inserted into the fitting space formed in the vertically long connecting part of the corner member Since the one wall member and the other wall member are subjected to a load in a direction separating from the corner member, the one wall member and the other wall member are However, separation from the corner member can be prevented.

FIG. 1 is a perspective view of an assembled state of the assembling / disassembling container of the present invention. FIG. 2 is a perspective view of a bottom member constituting the assembly / disassembly container of the present invention. FIG. 3 is a partially enlarged perspective view of the bottom member shown in FIG. 4 is a partially enlarged perspective view including a vertical cross section of the bottom member shown in FIG. FIG. 5 is a perspective view of a long wall member constituting the assembly / disassembly container of the present invention. FIG. 6 is also a perspective view of a long wall member constituting the assembly / disassembly container of the present invention. FIG. 7 is a partially enlarged perspective view of the long wall member constituting the assembly / disassembly container of the present invention. FIG. 8 is a partially enlarged perspective view of a long wall member constituting the assembly / disassembly container of the present invention. FIG. 9 is a perspective view of a short wall member constituting the assembly / disassembly container of the present invention. FIG. 10 is also a perspective view of a short wall member constituting the assembly / disassembly container of the present invention. FIG. 11 is a perspective view of a corner member constituting the assembly / disassembly container of the present invention. FIG. 12 is also a perspective view of a corner member constituting the assembly / disassembly container of the present invention. FIG. 13 is a partially enlarged perspective view of a corner member constituting the assembly / disassembly container of the present invention. FIG. 14 is a partially enlarged perspective view including a vertical section of a corner member constituting the assembly / disassembly container of the present invention. FIG. 15 is a perspective view of the long wall member, the short wall member, and the corner member for explaining the assembly order of the assembling / disassembling container of the present invention. FIG. 16 is a partially enlarged perspective view of the long wall member and the corner member for explaining the assembly order of the assembling / disassembling container of the present invention. FIG. 17 is a partially enlarged perspective view of the long wall member and the corner member for explaining the assembly order of the assembling / disassembling container of the present invention. FIG. 18 is a partially enlarged perspective view of the long wall member and the corner member for explaining the assembly sequence of the assembling / disassembling container of the present invention. FIG. 19 is a partially enlarged perspective view of the long wall member and the corner member for explaining the assembly sequence of the assembling / disassembling container of the present invention. FIG. 20 is a partially enlarged perspective view including a vertical cross section in a state in which the long wall member and the corner member constituting the assembly / disassembly container of the present invention are connected. FIG. 21 is a perspective view of a container body and a bottom member constituting the assembling / disassembling container of the present invention. FIG. 22 is a partially enlarged perspective view including a vertical cross section of the container main body and the bottom member constituting the assembly / disassembly container of the present invention. FIG. 23 is a partially enlarged vertical sectional view of the fitting state of the container main body and the bottom member constituting the assembly / disassembly container of the present invention.

  Examples of the present invention will be described below. However, the present invention is not limited to the examples of the present invention as long as the gist of the present invention is not exceeded.

  In FIG. 1, C <b> 1 is an assembling / disassembling container (hereinafter also simply referred to as a container), and the container C <b> 1 is opposed to a box-shaped bottom member (hereinafter also simply referred to as a bottom member) 1. The long wall member 2, the opposing short wall member 3, and four corner members T1 are comprised.

  Next, the bottom member 1 will be described with reference to FIGS.

  The bottom member 1 includes a bottom plate portion 1a having a substantially rectangular shape in plan view, and a peripheral wall portion 1b erected integrally with the bottom plate portion 1a around the bottom plate portion 1a. It is constituted by a long side peripheral wall 1b1 erected on the opposing long side part of the bottom plate part 1a and a short side peripheral wall 1b2 erected on the opposing short side part of the bottom plate part 1a. The bottom plate portion 1a is formed with a concave portion 1a2 having a substantially rectangular planar shape by denting a flat plate 1a1 constituting the bottom plate portion 1a downward.

  A circumferential upper end horizontal flange 1c extending outward from the upper end is formed at the upper end of the peripheral wall 1b, and a circumferential lower end horizontal extending in the outer direction is formed near the lower end of the peripheral wall 1b. A flange 1d is formed. Further, the four corners 1c1 of the circumferential upper end horizontal flange 1c and the four corners 1d1 of the circumferential lower end horizontal flange 1d are connected by a strip-like corner vertical rib 1e. Further, the straight portion 1c2 of the circumferential upper end horizontal flange 1c and the straight portion 1d2 of the circumferential lower end horizontal flange 1d are connected by an appropriate number of plate-like vertical ribs 1f.

  A fitting member G1 is formed on the linear portion 1c2 of the circumferential upper horizontal flange 1c at a predetermined interval. The fitting member G1 includes a fitting hole g1 drilled in the straight portion 1c2 of the circumferential upper horizontal flange 1c and a circumferential upper horizontal flange suspended from the back surface of the straight portion 1c2 of the circumferential upper horizontal flange 1c. It has an opposing side plate portion g2 orthogonal to the longitudinal direction of the linear portion 1c2 of 1c, and a lower horizontal plate portion g3 connecting the lower ends of the opposing side plate portions g2. In the present embodiment, FIG. 3 shows an example in which the side plate portion g2 and the vertical rib 1f located on the left side are integrally formed.

  The fitting member G1 is formed with a partition plate portion g4 that closes an upper portion of a side opening formed by the straight portion 1c2 of the circumferential upper horizontal flange 1c, the opposite side plate portion g2, and the lower end horizontal plate portion g3. Has been. The partition plate g4 has a fitting wall g1 side formed by a back wall g4a retracted from the tip g2a of the opposite side plate part g2 and an upper end 1c3 of the circumferential upper horizontal flange 1c that forms the fitting hole g1. An upper guide inclined surface g5 located on the fitting hole g1 side is formed in the upper corner portion. Further, a lower end horizontal connecting portion g6 for connecting the opposite side plate portions g2 is formed at the lower end of the back wall g4a. On the back surface of the lower end horizontal connecting portion g6, the back wall g4a is connected to the tip end g2a of the side plate portion g2. A slipping-inhibiting inclined surface g6a extending upward is formed. In addition, g7 is an edge part vertical connection rib which connects the both ends of the lower end horizontal connection part g6 and the lower end horizontal board part g3. With this configuration, the fitting member G1 is formed with a locking through hole G1a surrounded by the end vertical connecting rib g7 facing the lower end horizontal plate portion g3 and the partition plate portion g4.

  Further, a pair of corner member locking through holes 1c4 are formed in the vicinity of the four corners 1c1 of the circumferential upper end horizontal flange 1c with the corner 1c1 interposed therebetween.

  Next, the long wall member 2 will be described with reference to FIGS.

  The long wall member 2 has an upper end horizontal flange portion 2a, an upper horizontal flange portion 2b located immediately below the upper end horizontal flange portion 2a, a lower end horizontal flange portion 2c, and an opposite end vertical side plate portion 2d. In the region surrounded by the upper vertical flange portion 2b and the end vertical side plate portion 2d facing the lower horizontal flange portion 2c, the inner surface (when the container C1 is assembled into a box shape, the inner side of the container C1 The surface 2e1 is formed with a flat rectangular main plate portion 2e ', and the upper end horizontal flange portion 2a and the upper end portion of the end vertical side plate portion 2d opposite to the upper horizontal flange portion 2b. In the enclosed region, an outer surface (a surface located outside the container C1 when the container C1 is assembled in a box shape) 2e2 is formed with a flat upper belt-like plate-shaped portion 2e ″.

  In addition, an appropriate number of vertical connecting ribs 2f are formed in a recess 2 'formed by the upper horizontal flange portion 2a, the upper horizontal flange portion 2b, and the upper belt-like plate-like portion 2e "with a predetermined gap. Further, an appropriate number of horizontal ribs 2g for connecting the opposite end vertical side plate portions 2d, and an upper horizontal flange portion 2b and a lower end horizontal flange portion 2c are connected to the outer surface 2e2 of the main plate-like portion 2e ′. An appropriate number of vertical ribs 2h are formed.

  Further, E1 is a fitting block member formed on the opposite end vertical side plate portion 2d. The fitting block member E1 includes a horizontal portion e1 perpendicular to the end vertical side plate portion 2d and a horizontal portion e1. And a vertical portion e2 extending vertically upward from the front end portion. In this embodiment, an example in which five fitting block members E1 are formed is shown.

  On the back surface of the lower end horizontal flange 2c of the long wall member 2, there is a fitting block member B1 corresponding to the fitting member G1 formed on the straight portion 1c2 of the circumferential upper horizontal flange 1c that forms the bottom member 1 described above. It is installed vertically.

  The fitting block member B1 is formed on the back surface of the lower end horizontal flange 2c along the longitudinal direction of the lower end horizontal flange 2c. The elastic tongue piece b1 constituting the fitting block member B1 is suspended from the lower surface of the lower horizontal flange 2c along the longitudinal direction of the lower horizontal flange 2c. A horizontal locking projection b1 ′ is formed. The locking projection b1 ′ is formed by a locking horizontal part b1a and locking block parts b1b formed at both ends of the locking horizontal part b1a. A lower inclined surface b1b ′ inclined downward from the tip of the stop block portion b1b is formed. Further, an upper inclined surface b1a ′ inclined downward from the front end of the engaging horizontal portion b1a is formed on the upper surface of the engaging horizontal portion b1a located between the engaging block portions b1b, and the upper inclined surface b1a ′. The front end portion of the engaging portion protrudes upward from the horizontal upper surface b1b ″ of the locking block portion b1b.

  The elastic tongue piece b1 described above is orthogonal to the longitudinal direction of the lower end horizontal flange 2c and connects the opposite vertical side b2a suspended from the lower surface of the lower end horizontal flange 2c and the lower end of the opposite vertical side b2a. The side portion and the lower end of the elastic tongue piece b1 are protected by the elastic tongue piece protection member b2 including the lower end horizontal portion b2b. Further, the tip of the locking projection b1 'of the elastic tongue piece b1 described above is configured to protrude outward beyond the elastic tongue piece protection member b2. When the fitting block member B1 is fitted into the fitting hole g1 formed in the fitting member G1 formed in the bottom member 1, the engagement of the elastic tongue piece b1 constituting the fitting block member B1. The stop protrusion b1 ′ is configured to be fitted and locked in a locking through hole G1a formed in the fitting member G1.

  Next, the short wall member 3 is demonstrated using FIG.9 and FIG.10.

  The short wall member 3 has an upper end horizontal flange portion 3a, an upper horizontal flange portion 3b located immediately below the upper end horizontal flange portion 3a, a lower end horizontal flange portion 3c, and an opposite end vertical side plate portion 3d. In addition, the region surrounded by the upper vertical flange portion 3b and the end vertical side plate portion 3d facing the lower horizontal flange portion 3c has an inner surface (when the container C1 is assembled in a box shape, the container C1 3e1 is formed with a flat rectangular main plate portion 3e ', and the upper end portion of the end vertical side plate portion 3d facing the upper horizontal flange portion 3a and the upper horizontal flange portion 3b. An upper band-like plate-like portion 3e ″ having a flat outer surface (a surface located outside the container C1 when the container C1 is assembled in a box shape) 3e2 is formed in the region surrounded by.

  In addition, an appropriate number of vertical connecting ribs 3f are formed in a recess formed by the upper horizontal flange portion 3a, the upper horizontal flange portion 3b, and the upper belt-like plate-like portion 3e "with a predetermined gap therebetween. Further, an appropriate number of horizontal ribs 3g for connecting the opposite end vertical side plate portions 3d and an upper horizontal flange portion 3b and a lower end horizontal flange portion 3c are connected to the outer surface 3e2 of the main plate-like portion 3e ′. A number of vertical ribs 3h are formed.

  Further, a fitting block member E1 similar to the fitting block member E1 formed on the opposite end vertical side plate portion 2d of the long side wall portion 2 is also formed on the opposite end vertical side plate portion 3d. . In the present embodiment, an example is shown in which five fitting block members E1 are formed in the same manner as the fitting block member E1 formed on the long side wall portion 2.

  Further, on the back surface of the lower end horizontal flange 3c of the short wall member 3, a long side wall portion corresponding to the fitting member G1 formed on the straight portion 1c2 of the circumferential upper end horizontal flange 1c forming the bottom member 1 described above. A fitting block member B1 similar to the fitting block member B1 formed on the back surface of the lower end horizontal flange 2c is suspended.

  As described above, the long side wall portion 2 and the short wall member 3 are configured to have substantially the same shape except for the width.

Next, the corner member T1 which connects the long side wall part 2 and the short wall member 3 is demonstrated using FIGS.

  The corner member T1 has a substantially L-shaped planar shape, and a vertically long connecting portion T1 ″ having the same structure is formed on the corner member T1 across the corner portion T1 ′ of the corner member T1.

  The vertically long connecting portion T1 ″ is formed with a vertically long space A1 formed by an upper horizontal plate portion t1, a lower horizontal plate portion t2, an opposing vertical side plate portion t3, and a back wall t4 that form a corner member T1. In the vertically long space portion A1, an appropriate number of horizontal partition plates extending from the tip t3 ′ of the opposing vertical side plate portion t3 to the back wall t4 and connected to the opposing vertical side plate portion t3 and the back wall t4. A portion t5 is formed, and by forming such a horizontal partition plate portion t5, the vertically long space portion A1 is partitioned into a plurality of subspace portions A1 ′. An example in which a horizontal partition plate portion t5 is formed is shown, and the vertically long space portion A1 is partitioned into five subspace portions A1 ′ by six horizontal partition plate portions t5.

  A vertical piece t6 connected to the opposite vertical side plate portion t3 is suspended from the lower surface of the central portion of the horizontal partition plate portion t5 forming each subspace portion A1 ′. A horizontal piece t7 is formed which is connected to the vertical side plate portion t3 and extends to the tip t3 ′ of the opposite vertical side plate portion t3. In this way, by forming the vertical piece t6 and the horizontal piece t7, the lower part of the horizontal partition plate portion t5 is formed by the opposing vertical side plate portion t3, the back wall t4, the horizontal partition plate portion t5, and the vertical piece t6. A fitting space A2 having a lower opening is formed.

  In addition, on the back surface of the lower end horizontal plate portion t2 across the corner portion T1 ′, the corner member locking through holes formed in the vicinity of the four corner portions 1c1 of the circumferential upper end horizontal flange 1c of the bottom member 1 described above. A fitting protrusion t8 that is fitted into the hole 1c4 is provided vertically. The fitting protrusion t8 is composed of a pair of elastic pieces t8b positioned with the slit t8a interposed therebetween.

  Further, among the opposing vertical side plate portions t3 of the corner member T1, the vertical side plate portion t3 located on the outside (the surface located outside the container C1 when the container C1 is assembled in a box shape) has an upper portion. A visual through hole t9 formed so as to substantially overlap the fitting space A2 is formed.

  Next, assembly and disassembly of the bottom member 1, the long side wall portion 2, the short wall member 3, and the corner member T1 will be described with reference to FIGS.

  Below, although the connection through the corner member T1 of the long wall member 2 and the short wall member 3 is demonstrated, the connection means of the long wall member 2 and the corner member T1 and the connection means of the short wall member 3 and the corner member T1 Therefore, in the following, for convenience, the connection means between the long wall member 2 and the corner member T1 will be described.

  First, as shown in FIGS. 15 and 16, the fitting block member E1 formed on the long wall member 2 and the sub space portion A1 ′ formed on the vertically long connecting portion T1 ″ of the corner member T1 are provided. The corner member T1 is set so that the fitting block member E1 formed on the short wall member 3 and the sub space portion A1 ′ formed on the longitudinal connection portion T1 ″ of the corner member T1 face each other. The long wall member 2 and the short wall member 3 are disposed so as to be sandwiched therebetween.

  Next, as shown in FIGS. 17 and 18, the fitting block member E1 formed on the long wall member 2 is inserted into the subspace portion A1 ′ formed on the vertically long connecting portion T1 ″ of the corner member T1. When the fitting block member E1 formed on the long wall member 2 is inserted into the sub space A1 ′ formed on the corner member T1, the vertical portion of the fitting block member E1 formed on the long wall member 2 The e2 is configured to be positioned below the fitting space A2 located in the sub space A1 ′ formed in the corner member T1 of the long wall member 2. Thus, the e2 is formed in the long wall member 2. Whether or not the vertical portion e2 of the fitting block member E1 is located below the fitting space A2 is confirmed through a visual through hole t9 formed in the corner member T1, as shown in FIG. Configured to be able to To have.

  Next, the long wall member 2 is raised with respect to the corner member T1 or the corner member T1 is lowered with respect to the long wall member 2, as shown in FIGS. The vertical portion e2 of the fitting block member E1 formed in the member 2 is configured to fit into the fitting space A2 formed in the vertically long connecting portion T1 ″ of the corner member T1, and in this way, The corner member T1 and the long wall member 2 are connected to each other, and similarly, the corner member T1 and the short wall member 3 are connected to each other, as shown in FIG. In addition, a container body C1 ′ in which a pair of opposed long wall members 2 and a pair of opposed short wall members 3 including a long wall member 2, a short wall member 3, and a corner member T1 are coupled via a corner member T1. Assembled It will be used.

  As described above, when the long wall member 2 and the short wall member 3 are connected via the corner member T1, the vertical of the fitting block member E1 formed on the long wall member 2 and the short wall member 3 is used. Since the portion e2 is configured to be fitted into the fitting space A2 located in the sub space A1 ′ formed in the vertically long connecting portion T1 ″ of the corner member T1, the long wall member 2 is extended from the corner member T1. When a horizontal load separating the short wall member 3 is applied, the long wall member 2 and the vertical portion e2 of the fitting block member E1 formed on the short wall member 3 constitute the fitting space A2. It can contact | abut to the vertical piece t6, and can prevent that the long wall member 2 and the short wall member 3 isolate | separate from the corner member T1.

  As shown in FIG. 21, the pair of opposing long wall members 2 and the pair of opposing short wall members 3 are assembled via the corner member T1 so that the container body C1 ′ is positioned above the bottom member 1. After that, the container body C1 ′ is moved toward the bottom member 1 so that the fitting block B1 formed on the long wall member 2 and the fitting block B1 formed on the short wall member 3 are replaced with the bottom member 1. Is inserted into the fitting hole g1 of the fitting member G1 formed on the base member 1, and the fitting projection t8 formed on the corner member T1 is formed in the vicinity of the corner 1c1 of the circumferential upper horizontal flange 1c of the bottom member 1. The corner member locking through hole 1c4 is fitted.

  In the process of inserting the fitting block B1 formed on the long wall member 2 into the fitting hole g1 of the fitting member G1 formed on the bottom member 1, first, the elastic tongue piece portion protection of the fitting block B1 is performed. The lower horizontal portion b2b of the member b2 is inserted into the fitting hole g1 of the fitting member G1 while being guided by the upper guide inclined surface g5 of the fitting member G1. Further, when the long wall member 2 is moved closer to the bottom member 1, the lower inclined surface b1b ′ of the locking block b1b of the locking projection b1 ′ constituting the elastic tongue piece b1 of the fitting block B1 is fitted. By abutting on the partition plate portion g4 of the joint member G1, the elastic tongue piece b1 of the fitting block B1 is elastically deformed in a direction away from the partition plate portion g4. Thereafter, the long wall member 2 is further moved to the bottom member 1. When approaching in the direction, a locking projection b1 ′ constituting the elastic tongue piece b1 of the fitting block B1 is formed on the fitting member G1 by the elastic restoring force of the elastic tongue piece b1 of the fitting block B1. Then, the bottom member 1 and the long wall member 2 are connected to each other. In this manner, the assembling / disassembling container C1 including the bottom member 1, the long wall member 2, the short wall member 3, and the corner member T1 is assembled.

  As described above, when the locking projection b1 ′ constituting the elastic tongue piece b1 of the fitting block B1 is inserted into the locking through hole G1a formed in the fitting member G1, As shown in FIG. 22, a slip-off suppressing inclined surface g6a formed on the back surface of the lower end horizontal connecting portion g6 of the partition plate portion g4 constituting the fitting member G1 is formed on the locking horizontal portion b1a of the fitting block B1. The upper inclined surface b1a ′ formed on the upper surface is opposed to the upper inclined surface b1a ′. With this configuration, it is possible to prevent the long wall member 2 from being detached from the bottom member 1 when an upward load is applied to the long wall member 2. The fitting means between the fitting block B1 formed on the short wall member 3 and the fitting member G1 formed on the bottom member 1 is also the fitting block B1 formed on the long wall member 2 and the bottom member 1 described above. Since it is the same as the fitting means with the fitting member G1 formed in the above, its description is omitted.

  When disassembling the container C1 assembled in a box shape, first, the rod S is placed on the locking projection b1 ′ constituting the fitting block member B1 formed on the long wall member 2 and the short wall member 3. 23, as shown in FIG. 23, the free end of the elastic tongue piece b1 constituting the fitting block member B1 is used as the partition plate of the fitting member G1 formed on the bottom member 1 as shown in FIG. Elastically deforming in a direction away from the portion g4, the locking projection b1 ′ constituting the fitting block member B1 is discharged from the locking through hole G1a formed in the fitting member G1 of the bottom member 1, and thereafter The container body C1 ′ is raised to release the connection state between the container body C1 ′ and the bottom member 1.

  The disassembly work of the long wall member 2, the short wall member 3, and the corner member T1 constituting the container main body C1 'separated from the bottom member 1 includes the above-described assembly work of the long wall member 2 and the corner member T1, and the short wall. It can be performed by the reverse operation of the assembly operation of the member 3 and the corner member T1. That is, the long wall member 2 and the short wall member 3 are lowered with respect to the corner member T1, or the long wall member 2 and the short wall member are raised with respect to the long wall member 2 and the short wall member 3. The vertical portion e2 of the fitting block member E1 formed in the member 3 is discharged from the fitting space A2 formed in the vertically long connecting portion T1 ″ of the corner member T1, and then the long wall member 2 and the short wall member 3 are discharged. Is moved in a substantially horizontal direction in a direction away from the corner member T1, the long wall member 2, the short wall member 3, and the corner member T1 constituting the container main body C1 ′ can be disassembled.

A2 ····················································································································· ···························· elastic tongue piece protection member C1 ······ Assembly and disassembly container C1 '········ Container body E1・ ・ ・ ・ ・ ・ ・ ・ Fitting block member e2 ・ ・ ・ ・ ・ ・ ・ ・ ・ ・ ・ Vertical part G1 ・ ・ ・ ・ ・ ・ ・ ・ ・ ・ Fitting member g1・ ・ ・ Fitting hole T1 ・ ・ ・ ・ ・ ・ ・ ・ ・ ・ ・ Corner member T1 」・ ・ ・ ・ ・ ・ ・ ・ ・ ・ Longitudinal connecting part 1 ・ ・ ・ ・ ・ ・ ・ ・ ・ ・ ・ Bottom member 2・ ・ ・ ・ ・ ・ ・ ・ ・ ・ ・ Long wall member 3 ・ ・ ・ ・ ・ ・ ・ ・ ・ ・ ・ Short wall member

Claims (1)

  The present invention can be assembled and disassembled comprising a bottom member, one opposing wall member, another opposing wall member, and a corner member connecting the one wall member and the other wall member. In the container, the vertical portion of the fitting block member formed on the end vertical side plate portion constituting the one wall member and the other opposing wall member is formed in the vertically long connecting portion of the corner member. An assembly / disassembly container characterized by being configured to be inserted into a joint space.

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