JP5415304B2 - Transport container - Google Patents

Description

  The present invention relates to a transport container in which a partition member can be disposed.

  Conventionally, a transport container in which a tray as a partition member is disposed horizontally in the middle of a transport container is disclosed in Patent Document 1 as an example.

Japanese Utility Model Publication No. 4-62626

  In the conventional transport container described above, the tray height when the tray is used can be set to a high position and a low position, and how the tray is accommodated when the tray is not used. Is not disclosed at all.

  In the case of a transport container that can be nested or stacked, when the transport container is nested, the partition member arranged in the transport container located below contacts the bottom of the transport container positioned above. There was a problem that it was an obstacle to nesting. Therefore, when nesting, there is a problem that the partition member must be removed from the transport container, and therefore, the partition member must be stored and managed separately from the transport container.

  An object of the present invention is to solve the problems of the conventional invention described above.

In order to achieve the above-described object, the present invention firstly relates to a transport container positioned below when a transport container positioned below and a transport container positioned above are stacked. The support leg of the transport container located on the flange is placed on the flange and stacked, and the transport container located on the upper side is rotated 180 degrees in a plane from the stacking state. A transport container configured such that a support leg of the transport container to be inserted is inserted into a pocket of the transport container located below, and the transport container located above is nested in the transport container located below When the partition member having a plurality of space portions into which articles are fitted and surrounded by the frame-shaped peripheral frame and the partition side portion is accommodated in the transport container, the periphery of the partition member is Projection pieces projecting on opposite sides of the frame It is placed on the bottom of the pocket formed in the transport container, and the partition member is arranged in the middle of the transport container, and the partition member is arranged in the transport container. In this state, the partition member is rotated 180 degrees in a planar manner, whereby projecting pieces projecting on opposite sides of the peripheral frame of the partition member are formed on the transport container. The partition member is inserted into the projecting piece storage pocket and arranged so as to be close to the bottom of the transport container, and is arranged so as to be close to the bottom of the transport container when the transport container is nested. The second partition member is configured not to prevent nesting. Secondly, when the transport container located below and the transport container located above are stacked, On the flange of the transport container The supporting leg of the transporting container located above is placed and stacked, and the supporting container of the transporting container located above is rotated by 180 degrees in a planar manner from the stacking state. In a transport container configured to be inserted into a pocket of the transport container located below and the transport container located above to be nested in the transport container located below. When the partition member surrounded by the frame and the partition side portion and having a plurality of space portions into which articles are fitted is accommodated in the transport container, the partition member is formed on the opposite side walls of the transport container. A partition member is placed on the upper end of the mounting strip, and the partition member is arranged in the middle of the transport container. From the middle position to the partition When the member is rotated 180 degrees in a plane, the mounting strip formed on the opposite side wall of the transport container is inserted into the mounting strip accommodating notch formed in the partition member. The partition member is arranged so as to be close to the bottom of the transport container, and when the transport container is nested, the partition member arranged so as to be close to the bottom of the transport container is to prevent nesting. It is configured not to become .

  Since the present invention has the configuration as described above, the following effects are achieved.

  By rotating the partition member 180 degrees in a plane from the arrangement state of the partition member located in the middle of the transport container, the partition member is moved to the bottom of the transport container. Since it comprised so that it might become the accommodation state which adjoins, the partition member can be accommodated in the container for conveyance as it is.

  The projecting piece formed on the partition member is placed on the bottom surface of the pocket of the nesting or stackable transport container, so that the partition member is in an arranged state, and the partition member is By planarly rotating 180 degrees, the projecting piece is inserted into the projecting piece storage pocket formed in the transporting container, and the partition member is in the storing state close to the bottom of the transporting container. Therefore, when nesting a transport container, the partition member arranged in the transport container located below abuts the bottom of the transport container located above, which may cause nesting. Can be prevented.

  A vertical mounting strip is formed on the side wall of the container for nesting or stacking, and the partition member is placed on the upper end of the mounting strip so that the partition member is disposed. The partition member is inserted into a mounting strip receiving notch formed in the partition member by rotating the partition member in a plane by 180 degrees in a plan view. Since the member is configured to be in a storage state close to the bottom of the transport container, when the transport container is nested, the partition member disposed in the transport container located below is positioned above. It is possible to prevent the nesting from being abutted against the bottom of the carrying container.

  The projecting piece formed on the partition member is placed on the bottom surface of the projecting piece placement pocket formed on the side wall of the box-type transport container, so that the partition member is placed in the installed state. At the same time, the projecting piece is inserted into the projecting piece storage pocket formed in the transport container by rotating the inner partition member 180 degrees in a plane, and the partition member is close to the bottom of the transport container. Since it is configured to be in the accommodated state, a plurality of the partition members can be accommodated in the box-type transport container in the accommodated state of the partition member in the transport container. Storage management becomes easy.

  By placing the partition member on the mounting strip formed on the side wall of the box-type transport container, the partition member is arranged so as to be disposed, and the partition member is By planarly rotating 180 degrees, the above-mentioned mounting strip is inserted into the mounting strip housing notch formed in the partition member, and the partition member is inserted into the bottom of the transport container. Since it is configured so as to be close to each other, it is possible to store a plurality of partition members in a box-type transport container when the partition member is stored in the transport container. Storage management of members becomes easy.

FIG. 1 is a perspective view of the transport container of the present invention. FIG. 2 is a perspective view of a partition member disposed in the transport container shown in FIG. FIG. 3 is an exploded perspective view of the carrying container shown in FIG. 1 and the partition member shown in FIG. FIG. 4 is a perspective view of an arrangement state of the transport container shown in FIG. 1 and the partition member shown in FIG. FIG. 5 is an exploded perspective view of the carrying container shown in FIG. 1 and the partition member shown in FIG. FIG. 6 is a perspective view of a state in which the carrying container shown in FIG. 1 and the partition member shown in FIG. 2 are accommodated. FIG. 7 is a perspective view of another embodiment of the transport container of the present invention. FIG. 8 is a perspective view of a partition member disposed in the transport container shown in FIG. FIG. 9 is a perspective view of an arrangement state of the transport container shown in FIG. 7 and the partition member shown in FIG. FIG. 10 is a perspective view of an accommodation state of the transport container shown in FIG. 7 and the partition member shown in FIG. FIG. 11 is a perspective view of still another embodiment of the transport container of the present invention. 12 is a perspective view of the partition member disposed in the transport container shown in FIG. 13 is a perspective view of an arrangement state of the transport container shown in FIG. 11 and the partition member shown in FIG. FIG. 14 is a perspective view of the accommodation state of the transport container shown in FIG. 11 and the partition member shown in FIG. FIG. 15 is a perspective view of still another embodiment of the transport container of the present invention. FIG. 16 is a perspective view of the partition member disposed in the transport container shown in FIG. FIG. 17 is a perspective view of an arrangement state of the transport container shown in FIG. 15 and the partition member shown in FIG. 18 is a perspective view of a state in which the carrying container shown in FIG. 15 and the partition member shown in FIG. 16 are accommodated.

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

  First, a known nesting or stackable transport container will be described with reference to FIG.

  The transport container C1 includes a long side wall 2 facing the bottom 1 and a short side wall 3 facing the bottom 1. The transport container C1 includes a long side wall 2 and a long side wall 2 so as to surround an opening of the transport container C1. A flange 4 extending in the outer horizontal direction from the upper end of the short side wall 3 is formed.

  p1 is a narrow pocket formed by a vertically long concave portion formed on the inner wall near one corner of the opposed long side wall 2 from the flange 4 toward the bottom 1, and is approximately half the depth of the transport container C1. Have c1 is a support leg formed on the outer wall of the long side wall 2 near the center of the transport container C1 from the pocket p1 with an appropriate gap from the pocket p1 or adjacent to the pocket p1. It is formed so as to extend from the intermediate horizontal rib 5 to the vicinity of the bottom 1. The inner width of the pocket p1 is formed narrower than the outer width of the support leg c1. Hereinafter, such a combination of the narrow pocket p1 and the wide support leg c1 is referred to as a narrow pocket / wide support leg S1.

  c2 is a support leg narrower than the above-described support leg c1 formed on the outer wall near the other corner of the long side wall 2. The support leg c2 extends from the intermediate horizontal rib 5 to the vicinity of the bottom part 1. Is formed. p2 is a pocket formed of a vertically long recess formed on the inner wall of the long side wall 2 near the center of the transport container C1 from the support leg c2 with an appropriate gap from the support leg c2 or adjacent to the support leg c2. The depth of the container C1 is approximately half that of the transport container C1. The pocket p2 has an inner width wider than the inner width of the pocket p1 of the narrow pocket / wide support leg part S1, and the outer width of the support leg c2 is the outer width of the support leg c1 of the narrow pocket / wide support leg part S1. It is formed narrower. Hereinafter, such a combination of the narrow support leg c2 and the wide pocket p2 is referred to as a narrow support leg / wide pocket portion S2.

  The outer width of the wide support leg c1 of the narrow pocket / wide support leg part S1 is formed to be narrower than the inner width of the wide pocket p2 of the narrow support leg / wide pocket part S2. The wide support leg c1 of the narrow pocket / wide support leg part S1 is configured to be inserted into the wide pocket p2 of the narrow support leg / wide pocket part S2. Further, the outer width of the narrow support leg c2 of the narrow support leg / wide pocket part S2 is formed to be narrower than the inner width of the narrow pocket p1 of the narrow pocket / wide support leg part S1. Is configured such that the narrow support leg c2 of the narrow support leg / wide pocket part S2 can be inserted into the narrow pocket p1 of the narrow support leg / wide support leg part S1.

  The narrow pocket / wide support leg S1 described above is disposed in the vicinity of one corner of the opposing long side wall 2 so as to face each other, and in the vicinity of the other corner of the opposing long side wall 2. The narrow support legs and the wide pocket portions S2 are arranged so as to face each other.

  The transport container C1 positioned below and the transport container C1 positioned above are in the same direction, that is, above the narrow pocket / wide support leg S1 of the transport container C1 positioned below. The narrow pocket / wide support leg S1 of the transport container C1 positioned above is positioned, and the transport container positioned above the narrow support leg / wide pocket S2 of the transport container C1 positioned below. When the transport container C1 is stacked so that the narrow support leg / wide pocket part S2 of the container C1 is positioned, the wide support leg c1 constituting the narrow pocket / wide support leg part S1 of the transport container C1 positioned above and A narrow support leg c2 constituting the narrow support leg / wide pocket portion S2 is placed on the flange 4 of the transport container C1 positioned below and positioned above the transport container C1 positioned below. The transport container C1 is stacked. It becomes door.

  Further, the transport container C1 positioned above is rotated 180 degrees in a planar manner from the stacking state described above, and the transport container C1 positioned below and the transport container C1 positioned above are in different directions. That is, the narrow support leg / wide pocket portion S2 of the transport container C1 positioned above is positioned above the narrow pocket / wide support leg S1 of the transport container C1 positioned below, and When the narrow pocket / wide support leg S1 of the transport container C1 located above is disposed above the narrow support leg / wide pocket S2 of the transport container C1 positioned below, In the narrow pocket p1 of the transporting container C1, the narrow support leg c2 of the transporting container C1 positioned above the narrow support leg c2 of the transporting container C1, Width of transport container C1 The wide pocket p1 of the carrier container C1 positioned above is inserted into the wide pocket p2 of the support leg / wide pocket portion S2, respectively. Approximately half of the transport container C1 to be fitted is fitted and nested in the transport container C1 positioned below.

  The arrangement of the narrow pocket / wide support leg S1 and the narrow support leg / wide pocket S2 arranged on the long side wall 2 is not limited to the above-described arrangement, but is located below. When the transport container C1 and the transport container C1 positioned above are stacked in the same direction, the transport positioned above the flange 4 formed in the opening of the transport container C1 positioned below. The support legs c1 and c2 of the container C1 are placed so that the transport container C1 positioned above is stacked so as not to be fitted into the transport container C1 positioned below, so-called stacking and stacking state Then, by rotating the transport container C1 positioned above by 180 degrees in a plane, the support legs c1 and c2 of the transport container C1 positioned above become the pocket p1 of the transport container C1 positioned below, Insert into p2 It is, carrying container C1 located above is fitted into the transportation container C1 located below, so-called, may be any arrangement as long as arranged as nested. Furthermore, pockets / support legs can be formed on the short side wall 3. Still further, the transport container C1 positioned below and the transport container C1 positioned above are nesting when arranged in the same direction, and are stacked when arranged in different directions. You can also Such a transporting container that can be stacked or nested is well known, and a detailed description thereof will be omitted.

  H1 is a longitudinal pocket similar to the above-described pockets p1 and p2 formed on the inner wall of the opposing long side wall 2 near the center of the transport container C1 of the narrow pocket p1 of the narrow pocket / wide support leg S1. The wide protrusion piece receiving pocket is configured such that the bottom face h1 of the wide protrusion piece receiving pocket H1 is positioned below the bottom face p1a of the narrow pocket p1 of the narrow pocket / wide support leg S1, and The difference in height between the bottom surface h1 of the wide protrusion receiving pocket H1 and the bottom surface p1a of the narrow pocket p1 of the narrow pocket / wide support leg S1 is the same as or slightly larger than the thickness of the partition member described later. It is comprised so that it may become. Note that the bottom surface h1 of the wide protruding piece receiving pocket H1 can be configured to extend to the bottom 1 of the transport container C1.

  H2 is a vertically long width similar to the above-described pockets p1 and p2 formed on the inner wall of the opposed long side wall 2 near the short side wall of the transport container C1 of the wide pocket p2 of the narrow support leg / wide pocket portion S2. A narrow protrusion receiving pocket, the bottom surface h2 of the narrow protrusion receiving pocket H2 is configured to be positioned below the bottom surface p2a of the wide pocket p2 of the narrow support leg / wide pocket portion S2, and The difference in height between the bottom surface h2 of the narrow protrusion receiving pocket H2 and the bottom surface p2a of the wide pocket p2 of the narrow support leg / wide pocket portion S2 is the same as or slightly larger than the thickness of the partition member described later. It is comprised so that it may become. In addition, the bottom face h2 of the narrow protrusion receiving pocket H2 can also extend to the bottom 1 of the transport container C1.

  Next, the partition member N1 disposed horizontally in the transport container C1 described above will be mainly described with reference to FIG.

  The partition member N1 has a frame-shaped peripheral frame n1, and the frame-shaped peripheral frame n1 has a long side portion n1a facing each other and a short side portion n1b facing each other. In addition, the opposing long side portion n1a is connected by a partition short side portion n2 parallel to the short side portion n1b, and the opposing short side portion n1b is also connected by a partition long side portion n3 parallel to the long side portion n1a. It is connected. In the present embodiment, an example is shown in which there is one partition short side portion n2 and two partition long side portions n3, but a plurality of partition short side portions n2 can be formed. In addition, an appropriate number of partition long side portions n3 can be formed.

  The partition member N1 configured as described above is fitted with an article accommodated in the transport container C1 surrounded by the frame-shaped peripheral frame n1, the partition short side portion n2, and the partition long side portion n3. A plurality of spaces A1 are formed.

  In the vicinity of one short side n1b side of the opposing long side part n1a constituting the frame-shaped peripheral frame n1 of the partition member N1, a wide protruding piece n4 extends outward from the long side part n1a. Projected. The wide protrusion n4 is configured to be inserted into the wide pocket p2 of the narrow support leg / wide pocket portion S2 formed in the transport container C1, and is placed on the bottom surface p2a of the wide pocket p2. It is comprised so that.

  Further, a narrow projecting piece n5 extends outward from the long side portion n1a near the other short side portion n1b of the opposing long side portion n1a constituting the frame-shaped peripheral frame n1 of the partition member N1. Projected to exist. The narrow projecting piece n5 is configured to be inserted into the narrow pocket p1 of the narrow pocket / wide support leg S1 formed in the transport container C1, and is formed on the bottom surface p1a of the narrow pocket p1. It is comprised so that it may be mounted.

  As shown in FIG. 3, the frame-like long side portion n1a of the partition member N1 is provided directly above the narrow pocket p1 of the transport container C1 and the narrow pocket p1 of the wide support leg S1. The narrow projecting piece n5 is disposed, and is projected on the frame-like long side portion n1a of the partition member N1 directly above the wide pocket p2 of the narrow support leg / wide pocket portion S2 of the transport container C1. When the wide projecting piece n4 is disposed and then the inner partition member N1 is lowered, as shown in FIG. 4, the narrow projecting projecting on the frame-like long side portion n1a of the inner partition member N1 The piece n5 is inserted into the narrow pocket p1 of the narrow pocket / wide support leg S1 of the transport container C1, and the narrow projecting piece n5 is placed on the bottom surface p1a of the narrow pocket p1, A wide projecting piece n4 projecting from the frame-like long side portion n1a of the partition member N1, It is inserted into the wide pocket p2 of the narrow support leg / wide pocket portion S2 of the carrying container C1, the wide protruding piece n4 is placed on the bottom surface p2a of the wide pocket p2, and the partition member N1 is attached to the carrying container C1. It is configured to be arranged in the middle. Hereinafter, this state is referred to as an arrangement state of the partition member N1.

  From the arrangement state of the partition member N1 shown in FIG. 4, the partition member N1 is raised, and the narrow projecting piece n5 protruding from the frame-like long side portion n1a of the partition member N1 is removed. The wide protruding piece n4 projecting from the frame-like long side portion n1a of the partition member N1 is ejected from the narrow pocket p1 of the transport container C1 and the narrow pocket p1 of the wide support leg S1. By discharging from the wide pocket p2 of the narrow support leg / wide pocket portion S2 of the container C1, the partition member N1 is taken out from the transport container C1.

  Thereafter, the partition member N1 is rotated by 180 degrees in a plane, and as shown in FIG. 5, the wide protruding piece n4 protruding from the frame-like long side portion n1a of the partition member N1 is provided. The narrow protrusion that is disposed directly above the wide protrusion receiving pocket H1 formed on the opposing long side wall 2 of the transport container C1 and that protrudes from the frame-like long side portion n1a of the partition member N1 FIG. 6 shows that the piece n5 is arranged right above the narrow projecting piece receiving pocket H2 formed on the opposing long side wall 2 of the transport container C1, and then the partition member N1 is lowered. As described above, the wide protruding piece n4 protruding from the frame-like long side portion n1a of the partition member N1 is inserted into the wide protruding piece receiving pocket H1 formed on the opposing long side wall 2 of the transport container C1, The wide protruding piece n4 is placed on the bottom surface h1 of the wide protruding piece receiving pocket H1, The narrow projecting piece n5 protruding from the frame-like long side portion n1a of the partition member N1 is inserted into the narrow projecting piece receiving pocket H2 formed on the opposing long side wall 2 of the transport container C1, The narrow projecting piece n5 is configured to be placed on the bottom surface h2 of the narrow projecting piece accommodation pocket H2. Hereinafter, this state is referred to as an accommodation state of the partition member N1.

  The bottom surface h1 of the wide protrusion receiving pocket H1 is configured to be positioned below the bottom surface p1a of the narrow pocket p1 of the narrow pocket / wide support leg S1, and the bottom surface of the wide protrusion receiving pocket H1. The height difference between h1 and the bottom surface p1a of the narrow pocket p1 of the narrow pocket / wide support leg S1 is the same as or slightly larger than the thickness T of the partition member N1, Further, the bottom h2 of the narrow protrusion receiving pocket H2 is configured to be positioned below the bottom p2a of the wide pocket p2 of the narrow support leg / wide pocket S2, and the narrow protrusion receiving pocket H2 is formed. The height difference between the bottom surface h2 of H2 and the bottom surface p2a of the wide pocket p2 of the narrow support leg / wide pocket portion S2 is the same as or slightly larger than the thickness T of the partition member N1. Therefore, in the accommodated state of the partition member N1, the narrow support leg / wide of the transport container C1 positioned above the narrow pocket p1 of the transport support C1 positioned below and the narrow pocket p1 of the wide support leg S1. The narrow support leg c2 of the pocket portion S2 is inserted, and the narrow support leg of the transport container C1 positioned below and the wide pocket p2 of the wide pocket portion S2 have a narrow width of the transport container C1 positioned above. Even if the wide support leg c1 of the pocket / wide support leg part S1 is inserted and approximately half of the transport container C1 positioned above is fitted into the transport container C1 positioned below and nested, It is possible to prevent the partition member N1 in the disposed state from coming into contact with the bottom 1 of the transport container C1 positioned above and preventing nesting.

  Further, the wide protruding piece receiving pocket H1 is formed by bulging the long side wall 2 from the inside to the outside, but the wide protruding piece receiving pocket H1 constitutes a narrow pocket / wide supporting leg S1. The long side wall 2 on which the wide supporting leg c1 is positioned is swelled from the inside to the outside, and the narrow projecting piece accommodating pocket H2 is also formed with a narrow width that forms the narrow supporting leg / wide pocket portion S2. It is preferable that the long side wall 2 where the support leg c2 is located is configured to bulge from the inside to the outside. By comprising in this way, it can prevent that an unnecessary protrusion part is formed in the long side wall 2, Therefore, the sticking area and the card insertion attachment area to the long side wall 2 of the container C1 for conveyance However, it is possible to prevent the decrease.

  Furthermore, it is preferable to color-code the container C1 for transportation on the one half side wall 3 side and the other half side wall 3 side half. With this configuration, when the same color half of the transport container C1 located above is placed on the half color of the transport container C1 positioned below, the transport container C1 is stacked. Also, the transport container C1 positioned above is rotated by 180 degrees in a plane, and the color of the transport container C1 positioned above is different from the half of the transport container C1 positioned below. When half of the colors are arranged, the transport container C1 is nested, and stacking or nesting of the transport container C1 can be easily selected visually.

  Moreover, it is preferable to color-code the half part by the side of the short side part n1b and the half by the side of the other short side part n1b. For example, as shown in FIG. 2, the half color on the one short side wall 3 side of the transport container C1 and the half color on the one short side n1b side of the partition member N1 are the same color. When it arrange | positions so that it may become, it comprises so that the partition member N1 may be in an arrangement | positioning state, and the color of the half by the side of the one short side wall 3 of the container C1 for conveyance, and one of the partition members N1 It is preferable that the partition member N1 is configured to be in the accommodated state when it is arranged so as to have a color different from the half color on the short side n1b side. By comprising in this way, the arrangement | positioning state or accommodation state of the partition member N1 can be selected visually and easily.

  Next, another embodiment of the present invention will be described with reference to FIGS.

  The transport container C2 shown in FIG. 7 replaces the wide projecting piece receiving pocket H1 and the narrow projecting piece receiving pocket H2 formed in the transport container C1 described above, on the inner wall of the opposing long side wall 2. Vertical mounting strips H3 and H4 are projected from each other at a predetermined interval.

  One vertical mounting strip H3 is formed close to the narrow pocket p1 constituting the narrow pocket / wide support leg S1 and closer to the center of the long side wall 2. The upper end h3 of the mounting strip H3 is configured to be lower than the bottom surface p1a of the narrow pocket p1 of the narrow pocket / wide support leg S1, and the upper end h3 of the mounting strip H3. The difference in height from the bottom surface p1a of the narrow pocket p1 of the narrow pocket / wide support leg S1 is configured to be the same as or slightly larger than the thickness of the partition member described later. Hereinafter, this placement strip H3 is referred to as a narrow pocket / wide support leg S1 side placement strip H3.

  The other vertical mounting strip H4 is positioned between the wide pocket p2 constituting the narrow support leg / wide pocket portion S2 and the short side wall 3 on the narrow support leg / wide pocket portion S2 side. The upper end h4 of the mounting strip H4 is configured to be lower than the bottom surface p2a of the wide pocket p2 of the narrow support leg / wide pocket portion S2, and the mounting strip H4 is mounted. The difference in height between the upper end h4 of the strip H4 and the bottom surface p2a of the wide pocket p2 of the narrow support leg / wide pocket portion S2 is configured to be the same as or slightly larger than the thickness of the partition member described later. ing. Hereinafter, this mounting strip H4 is referred to as a narrow supporting leg / wide pocket portion S2 side mounting strip H4.

  The partition member N2 disposed or accommodated in the transport container C2 described above is replaced by the partition member N2 instead of the wide projection piece n4 and the narrow projection piece n5 that project from the partition member N1 in the embodiment described above. The mounting strip accommodating notches n6 and n7 are formed in the vicinity of both ends of the opposing long side portion n1a constituting the frame-shaped peripheral frame n1.

  In the arrangement state of the partition member N2, as shown in FIG. 9, the opposed long side portions n1a constituting the frame-shaped peripheral frame n1 of the partition member N2 are narrow pockets and wide support legs. The upper end h3 of the S1 side mounting strip H3 and the upper end h4 of the narrow support leg / wide pocket portion S2 side mounting strip H4 are configured to be mounted.

  Further, from the above-described arrangement state of the partition member N2, the partition member N2 is raised, the partition member N2 is taken out from the transport container C2, and then the partition member N2 is planarly moved 180 degrees. When rotating and lowering the partition member N2, as shown in FIG. 10, the narrow pocket / wide support leg S1 side mounting strip H3 is inserted into the mounting strip accommodating notch n6. In addition, the narrow support leg / wide pocket portion S2 side mounting strip H4 is inserted into the mounting strip accommodating notch n7, and the partition member N2 is configured to be in the accommodated state. .

  Next, still another embodiment of the present invention will be described with reference to FIGS. 11 to 14. The transport container C3 in this embodiment is similar to the transport containers C1 and C2 in the above-described embodiment. The present invention relates to a so-called box-type transport container C3, which is not a stackable or nestable transport container and cannot be stacked or nested.

  In this embodiment, the above-described support legs c1 and c2 are not formed on the outer wall of the long side wall 2. Further, since the partition member N3 is substantially the same as the partition member N1 in the above-described configuration except that the partition long side portion n3 is smaller by one, the same reference numerals are used.

  p1 ′ is a narrow projecting piece mounting pocket formed of a vertically long concave portion formed on the inner wall near one corner of the opposing long side wall 2 from the flange 4 toward the bottom 1, and It has about half the depth. Further, p2 ′ is a wide projecting piece mounting pocket formed of a vertically long concave portion formed on the inner wall near the other corner of the opposing long side wall 2 from the flange 4 toward the bottom 1, and is a transport container. It has approximately half the depth of C3.

  H5 is a vertically long wide projecting piece storage pocket formed on the inner wall of the opposing long side wall 2 near the center of the transport container C3 of the narrow projecting piece mounting pocket p1 ′. The pocket H5 is configured to extend to the bottom 1 of the transport container C3 or to the vicinity of the bottom 1.

  H6 is a narrow projecting piece receiving pocket formed between the wide projecting piece mounting pocket p2 ′ and the short side wall 3 located adjacent to the wide projecting piece mounting pocket p2 ′. The single accommodation pocket H6 is configured to extend to the bottom 1 of the transport container C3 or to the vicinity of the bottom 1.

  In this embodiment, as shown in FIG. 13, the narrow projecting piece n5 projecting from the frame-like long side part n1a of the partition member N3 is mounted on the narrow projecting piece of the transport container C3. The wide protrusion piece n4 placed on the bottom surface p1a ′ of the placement pocket p1 ′ and protruding from the frame-like long side portion n1a of the partition member N3 is a wide protrusion piece placement pocket p2 of the transport container C3. By being placed on the 'bottom surface p2a', the partition member N3 is disposed in the middle of the transport container C3, that is, the partition member N3 is positioned.

  Further, from the state in which the partition member N3 is disposed, the partition member N3 is raised, the partition member N3 is taken out from the transport container C3, and the partition member N3 is rotated 180 degrees in a plane. As shown in FIG. 14, the wide protrusion n4 of the partition member N3 is inserted into the wide protrusion receiving pocket H5, and the narrow protrusion n5 of the partition member N3 is inserted into the narrow protrusion. By being inserted into the storage pocket H6, the partition member N3 can be positioned in the storage state.

  By configuring as described above, it is possible to store a plurality of partition members N3 in one transport container C3. Therefore, storage management of the partition members N3 is facilitated.

  The box-type transport container C4 of the embodiment shown in FIGS. 15 to 18 is the embodiment shown in FIG. 7 described above with a predetermined interval between the inner walls of the opposed long side walls 2. Vertical mounting strips H7 and H8 similar to the mounting strips H3 and H4 in the example are projected. Further, since the partition member N4 is substantially the same as the partition member N2 described above except that the partition long side portion n3 is smaller by one, the same reference numerals are used.

  Also in the embodiment described above, when the partition member N4 is disposed, as shown in FIG. 17, the partition member N4 includes the upper end h7 of the mounting strip H7 and the upper end of the mounting strip H8. It is configured to be placed on h8. When the partition member N4 is in the accommodated state, as shown in FIG. 18, the placement strip H7 is inserted into the placement strip accommodating notch n6 formed in the partition member N4. Further, the mounting strip H8 is configured to be inserted into the mounting strip accommodating notch n7 formed in the partition member N4.

  By configuring as described above, a plurality of partition members N4 can be accommodated in one transport container C4, and therefore storage management of the partition members N4 is facilitated.

C1 to C4 ··········· Transport containers c1, c2 ·································································· ········· Partition member S1 ···················································································・ Narrow support legs ・ Wide pockets 1 ・ ・ ・ ・ ・ ・ ・ ・ ・ ・ ・ Bottom 2 ・ ・ ・ ・ ・ ・ ・ ・ ・ ・ Long side walls 3 ・ ・ ・ ・ ・ ・.... Short side wall

Claims (2)

When the transport container located below and the transport container located above are stacked, the support leg of the transport container located above is placed on the flange of the transport container located below. From the stacking state, the transport container located on the upper side is rotated 180 degrees in a planar manner, so that the support leg of the transport container located above is placed in the pocket of the transport container located below. An article that is inserted and surrounded by a frame-shaped peripheral frame and a partition side in a transport container configured such that an upper transport container is nested in a lower transport container When the partition member having a plurality of spaces into which the partition is fitted is accommodated in the transport container, the projecting pieces projecting from the opposite side portions of the peripheral frame of the partition member are transport containers. Placed on the bottom of the pocket formed The partition member is configured to be disposed in the middle of the transport container. From the state in which the partition member is disposed in the middle of the transport container, the partition member is planarly moved. , By rotating 180 degrees, the projecting pieces projecting on the opposite sides of the peripheral frame of the partition member are inserted into the projecting piece storage pockets formed in the transport container, and the partition member is transported When the container for nesting is arranged so as to be close to the bottom of the container for transportation, the partition member arranged so as to be close to the bottom of the container for transportation is configured not to prevent nesting. A container for transportation characterized by being. When the transport container located below and the transport container located above are stacked, the support leg of the transport container located above is placed on the flange of the transport container located below. From the stacking state, the transport container located on the upper side is rotated 180 degrees in a planar manner, so that the support leg of the transport container located above is placed in the pocket of the transport container located below. An article that is inserted and surrounded by a frame-shaped peripheral frame and a partition side in a transport container configured such that an upper transport container is nested in a lower transport container When the partition member having a plurality of spaces into which the container is fitted is accommodated in the transport container, the partition member is placed on the upper end of the mounting strip formed on the opposite side wall of the transport container. Placed, the partition member is transported The partition member is configured to be disposed in the middle of the container, and the partition member is rotated 180 degrees in a plane from the state in which the partition member is disposed in the middle of the transport container. The mounting strip formed on the opposite side wall of the transport container is inserted into the mounting strip receiving notch formed on the partition member, and the partition member is close to the bottom of the transport container. When the transport container is nested, the partition member disposed so as to be close to the bottom of the transport container is configured not to prevent nesting. Transport container.

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