JP5091779B2 - Transport container - Google Patents

Description

  The present invention relates to a transport container to which an ID tag storing various information such as identification of a container, a destination of an article stored in the container, an article name, a type, and a quantity is attached.

  Conventionally, a transport container in which an ID tag is attached to a side surface of a transport container is disclosed in Patent Document 1 as an example.

Japanese Utility Model Publication No. 5-94133

  In the conventional transport container described above, since the ID tag is attached to the side wall in a close contact state, the data communication efficiency of the ID tag is lowered, and there is a problem that an error occurs in reading and writing information. .

  Moreover, in order to attach an ID tag, since it is necessary to change the side wall etc. of a conveyance container, or to perform a special process, there existed a problem that the manufacturing cost of a conveyance container increased.

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

  In order to achieve the above-mentioned object, the present invention is configured to attach an ID tag attachment member to a card pressing strip of a card insertion member disposed on a side wall of a transport container. Second, the ID tag mounting member is formed with an upper holding member and a lower holding member to which the card pressing strip of the card insertion member can be attached. Third, the ID tag is an ID tag. It is configured to be sandwiched between an upper locking projection piece, a lower locking projection piece and a bent portion of the elastic pressing piece formed on the mounting member.

  Since the ID tag mounting member is attached to the card holding strip of the card insertion member disposed on the side wall of the transport container, a predetermined gap is formed between the ID tag and the side wall of the transport container. Therefore, the ID tag data communication efficiency is reduced and there is an error in reading and writing information as in the case of a conventional transport container in which the ID tag is closely attached to the side wall. It is possible to prevent such occurrence.

  In addition, since the ID tag attachment member is configured to be attached to the card holding strip of the card insertion member disposed on the side wall of the transport container, a change is made to the transport container in order to attach the ID tag, There is no need for special processing, and therefore, an increase in the manufacturing cost of the transport container can be prevented.

  Further, since the ID tag mounting member is attached to the card holding strip of the card insertion member disposed on the side wall of the transport container, the amount of information relating to the transport container and the articles stored in the transport container can be reduced. Can be increased.

  Since the upper holding member and the lower holding member to which the card pressing strip of the card insertion member can be attached are formed on the ID tag attaching member, the ID tag can be stably disposed on the ID tag attaching member. Therefore, it is possible to prevent mistakes in reading and writing information.

  Since the ID tag is configured to be sandwiched between the upper locking projection and the lower locking projection formed on the ID tag mounting member and the bent portion of the elastic pressing piece, the ID tag is attached to the ID tag. Therefore, it is possible to reliably prevent a mistake in reading or writing of information from occurring.

  As a transport container, the side wall hinged to the bottom part is folded so as to overlap the bottom part, so that the container can be folded into a compact state with a low height, and the bottom part has a side wall on the bottom part. Various transport containers such as a so-called box-type transport container, which are integrally attached and cannot be tilted so as to overlap the bottom portion, are included.

  First, the overall configuration of a folding transport container as an example of a transport container will be described with reference to FIGS.

  Reference numeral 1 denotes a bottom portion having a rectangular planar shape, and a long side wall 2 is connected to a long side portion 1a opposite to the bottom portion 1 via an appropriate hinge portion. The short side wall 3 is similarly connected to the part 1b via the suitable hinge part.

  As shown in FIG. 1, in order to fold a transporting container assembled in a box shape, first, the short side wall 3 is brought down inside the transporting container, as shown in FIG. 2. As shown in FIG. Next, similarly, as shown in FIG. 3, the long side wall 2 is brought down on the inside of the transport container, and is stacked on the bottom 1 and the short side wall 3, and the transport container in a state assembled in a box shape is obtained. Fold in a compact state with a low height. On the contrary, in order to assemble from the folded state shown in FIG. 3 into a box shape as shown in FIG. 1, the length of the state of being overlaid on the bottom 1 and the short side wall 3. The folding container is assembled into a box shape by raising the side wall 2 vertically and then raising the short side wall 3 vertically.

  C is a card insertion member attached to the long side wall 2 as an example, and a plurality of card pressing strips C ′ are formed on the card insertion member C. In this embodiment, an example in which two card pressing strips C ′ are formed is shown.

  The card pressing strip C ′ is connected to the base portion c1 and the substantially vertical base portion c1 extending upward from the vicinity of the front end portion of the lower end horizontal rib 2a of the long side wall 2 and outside the long side wall 2. The intermediate portion c2 is inclined in the direction of the wall surface 2b, and the card guide portion c3 is inclined from the front end of the intermediate portion c2 in a direction away from the outer wall surface 2b of the long side wall 2. The intermediate portion c2 and the card guide portion A bent portion c4 located at a boundary line with c3 is configured to be elastically pressed against the outer wall surface 2b of the long side wall 2. With this configuration, there is a gap between the card guide portion c3 and the outer wall surface 2b of the long side wall 2 between the card guide portion c3 located above the bent portion c4 and the outer wall surface 2b of the long side wall 2. A wedge-shaped space A1 that gradually becomes narrower as it goes downward is formed.

  When holding the card K on the card insertion member C, first, the lower end side of the card K is first inserted into the wedge-shaped space A1, and then the card K is further pushed down, so that FIG. As shown, the card K is configured to be pressed against the outer wall surface 2b of the long side wall 2 by a bent portion c4 of the card pressing strip C ′.

  Next, the ID tag attachment member H1 that can be attached to the card pressing strip C 'constituting the card insertion member C will be described with reference to FIGS.

  h1 is a frame-shaped frame member, and the frame member h1 connects the upper horizontal portion h1a, the lower horizontal portion h1b opposite to the upper horizontal portion h1a, and both ends of the upper horizontal portion h1a and the lower horizontal portion h1b. It is comprised from the edge part perpendicular | vertical part h1c which opposes.

  h2 is one vertical surface of the upper horizontal portion h1a (a vertical surface located close to the outer wall surface 2b of the long side wall 2 when the ID tag mounting member H1 is mounted on the card insertion member C). , Referred to as an inner vertical surface.) Near both end portions of h1a 'and one vertical surface of the lower horizontal portion h1b (when the ID tag mounting member H1 is attached to the card insertion member C, the outer wall surface 2b of the long side wall 2). These are vertical surfaces that are located close to each other, and are hereinafter referred to as inner vertical surfaces.

  h3 is a pair of inner-centered connecting vertical ribs connecting the vicinity of the center of the inner vertical surface h1a 'of the upper horizontal portion h1a and the vicinity of the center of the inner vertical surface h1b' of the lower horizontal portion h1b.

  h4 is the other vertical surface of the upper horizontal portion h1a (when the ID tag attachment member H1 is attached to the card insertion member C, the vertical surface is located away from the outer wall surface 2b of the long side wall 2; The outer vertical surface.) The central portion of h1a ″ and the other vertical surface of the lower horizontal portion h1b (when the ID tag mounting member H1 is attached to the card insertion member C, the outer wall surface 2b of the long side wall 2). This is a vertical surface located away from the center, and hereinafter referred to as an outer vertical surface.

  h5 is an elastic pressing piece formed at a substantially central portion of the opposing vertical surface of the pair of inner end-side connected vertical ribs h2 arranged at a predetermined interval, and one inner end-side connected vertical rib The elastic pressing piece h5 formed on h2 and the elastic pressing piece h5 formed on the other inner end side connecting vertical rib h2 extend in a direction approaching each other, and the tip of the elastic pressing piece h5 The portion extends toward the outer vertical surface h1a ″ of the upper horizontal portion h1a and the outer vertical surface h1b ″ of the lower horizontal portion h1b constituting the frame member h1. More specifically, the elastic pressing piece h5 has a flat shape in a plane shape, and its bent portion h5a has an outer vertical surface h1a ″ of the upper horizontal portion h1a and a lower portion constituting the frame member h1. It is configured to be positioned close to the outer vertical surface h1b ″ of the horizontal portion h1b.

  H1 ′ is an ID tag mounting member H1 formed in the vicinity of both ends of the inner vertical surface h1a ′ of the upper horizontal portion h1a constituting the frame member h1. The card holder of the card insertion member C disposed on the long side wall 2 A pair of upper holding members to be attached to the strip C ′. The upper holding member H1 ′ is provided with a card pressing strip insertion hole h6 into which the card pressing strip C ′ can be inserted.

  Similarly, H1 ″ is a card insertion member C in which the ID tag mounting member H1 formed near the both ends of the inner vertical surface h1b ′ of the lower horizontal portion h1b constituting the frame member h1 is disposed on the long side wall 2. A pair of lower holding members to be attached to the card holding strip C ′, and the lower holding member H1 ″ is provided with a card holding strip insertion hole h7 into which the card holding strip C ′ can be inserted. Yes.

  A vertical ID tag insertion slit h1c 'into which an ID tag is inserted is formed in one end vertical part h1c among the opposing end vertical parts h1c constituting the frame member h1.

  Further, an upper locking protrusion h8 extending downward is suspended from a predetermined portion of the outer vertical surface h1a ″ of the upper horizontal portion h1a constituting the frame member h1, and the frame member h1 is constituted. A lower locking protrusion h9 is provided upright at a predetermined location on the outer vertical surface h1b ″ of the lower horizontal portion h1b.

  In order to attach the ID tag attaching member H1 to the card pressing strip C ′ of the card insertion member C disposed on the long side wall 2, first, the lower holding member H1 ″ formed on the ID tag attaching member H1 is used. The upper end portion of the card pressing strip C ′ is inserted into the card pressing strip insertion hole h7, and then the ID tag mounting member H1 is lowered to move the upper holding member H1 ′ formed on the ID tag mounting member H1. By inserting the upper end portion of the card pressing strip C ′ into the card pressing strip insertion hole h6, the ID tag mounting member H1 is disposed on the long side wall 2 as shown in FIG. It is attached to the card holding strip C ′ of the card insertion member C.

  In order to accommodate the plate-like ID tag T in the ID tag attachment member H1, an ID tag inserted in one end vertical portion h1c of the opposing end vertical portions h1c constituting the frame member h1 is inserted. One vertical end t1 of the opposed vertical ends of the ID tag T is inserted into the slit h1c ′, and the upper end portion of the ID tag T is formed in the upper horizontal portion h1a constituting the frame member h1. The ID tag T is moved forward so that the lower end portion of the ID tag T extends along the lower locking protrusion h9 formed on the lower horizontal portion h1b constituting the frame member h1, Finally, as shown in FIG. 8 and FIG. 9, the front surface T ′ of the ID tag T has an upper locking protrusion h8 and a lower locking formed on the frame member h1 of the ID tag mounting member H1. While being in contact with the projecting piece h9, the back surface T ″ of the ID tag T The ID tag T is in contact with the bent portion h5a of the elastic pressing piece h5 formed on the mounting member H1, and the upper locking protrusion h8 and the lower locking protrusion formed on the frame member h1 of the ID tag mounting member H1. It is comprised so that it may be pinched | interposed between h9 and the bending part h5a of the elastic press piece h5.

  As described above, as shown in FIG. 9 and FIG. 10, the card tag strip of the card insertion member C in which the ID tag mounting member H <b> 1 in which the ID tag T is accommodated is disposed on the long side wall 2. Since it is attached to C ′, a predetermined gap is formed between the ID tag T and the outer wall surface 2b of the long side wall 2 of the transport container. It is possible to prevent the data communication efficiency of the ID tag from being lowered and a mistake in reading and writing information from occurring, as in the case of a conventional transport container arranged in close contact.

  An ID tag attachment member H1 in which an ID tag T is accommodated is attached to a card pressing strip C ′ of a card insertion member C disposed on the long side wall 2. Since the card K on which information is written and the barcode on which various information is stored can be attached, both the ID tag T and the card K can be disposed in the transport container. In addition, it is possible to increase the amount of information related to the transport container and the articles accommodated in the transport container without any change.

  11 and 12 show an ID tag mounting member H2 according to another embodiment of the present invention.

  In this embodiment, instead of the upper holding member H1 ′ constituting the ID tag attachment member H1 in the above-described embodiment, it extends substantially perpendicular to the inner vertical surface h1a ′ of the upper horizontal portion h1a constituting the frame member h1. The upper holding member having a substantially L-shaped planar shape, which is composed of a vertical portion h10 'and a horizontal portion h11' extending from the tip of the vertical portion h10 'toward the center portion of the ID tag mounting member H1. H2 ′ is formed.

  Further, in this embodiment, instead of the lower holding member H1 ″ constituting the ID tag attaching member H1 in the above-described embodiment, substantially perpendicular to the inner vertical surface h1b ′ of the lower horizontal portion h1b constituting the frame member h1. A lower part having a substantially L-shape in plan view, which is composed of an extending vertical part h10 "and a horizontal part h11" extending from the tip of the vertical part h10 "toward the center of the ID tag mounting member H1. A holding member H2 ″ is formed.

  A gap A2 formed by the vertical portion h10 ′ of the upper holding member H2 ′, the horizontal portion h11 ′ of the upper holding member H2 ′, and the upper horizontal portion h1a constituting the frame member h1, and the vertical portion h10 of the lower holding member H2 ″. As shown in FIG. 13, the card pressing strip C ′ is formed in the lower gap A3 formed by the horizontal portion h11 ”of the lower holding member H2” and the lower horizontal portion h1b constituting the frame member h1. The ID tag attaching member H1 can be attached to the card pressing strip C ′ of the card inserting member C provided on the long side wall 2 by inserting the ID tag.

  Of the pair of upper holding members H2 ′ formed on the inner vertical surface h1a ′ of the upper horizontal portion h1a constituting the frame member h1, the length of the horizontal portion h11 ′ constituting one upper holding member H2 ′ is set. The pair of lower holding members H2 formed on the inner vertical surface h1b ′ of the lower horizontal portion h1b constituting the frame member h1 and formed shorter than the length of the horizontal portion h11 ′ constituting the other upper holding member H2 ′. The length of the horizontal portion h11 ″ constituting one lower holding member H2 ″ can be shorter than the length of the horizontal portion h11 ′ constituting the other lower holding member H2 ″.

  The upper gap A2 formed in the other upper holding member H2 ′ having the long horizontal portion h11 ′ and the upper gap A3 formed in the other lower holding member H2 ″ having the long horizontal portion h11 ″ are laterally viewed. , One of the card pressing strips C ′ is inserted, and then the other card pressing strip C ′ is forced in the direction of the one card pressing strip C ′. The other card holding strip C ′ is made to have a side opening part and a short horizontal part h11 ″ of the upper gap A2 formed on the other upper holding member H2 ′ having the short horizontal part h11 ′. The other card holding strip H ′ is positioned at the side opening portion of the lower gap A3 formed in the other lower holding member H2 ″, and then the other card pressing strip C ′ is returned to the original substantially vertical position, Card holding strip C ′ has an upper gap A2 formed in the other upper holding member H2 ′ having the short horizontal part h11 ′ and a lower gap A3 formed in the other lower holding member H2 ″ having the short horizontal part h11 ″. It is configured to be inserted.

  When a load is applied to the horizontal portion h11 ′ constituting the upper holding member H2 ′ having a substantially L-shaped planar shape, the connecting corner portion between the horizontal portion h11 ′ and the vertical portion h10 ′ may be damaged. Therefore, as shown in FIG. 14, it is preferable to form the reinforcing ribs h12 at the connecting corners between the horizontal part h11 ′ and the vertical part h10 ′. By forming such a reinforcing rib h12, damage to the upper holding member H2 'can be prevented.

  Similarly, when a load is applied to the horizontal portion h11 ″ that constitutes the lower holding member H2 ″ having a substantially L-shaped planar shape, the connecting corner portion between the horizontal portion h11 ″ and the vertical portion h10 ″ is damaged. Therefore, as shown in FIG. 14, it is preferable to form reinforcing ribs h13 at the connecting corners of the horizontal portion h11 ″ and the vertical portion h10 ″. By forming such a reinforcing rib h13, damage to the upper holding member H2 ″ can be prevented.

  As described above, the ID tag mounting members H1 and H2 having the above-described configuration are attached to the card pressing strip C ′ of the card insertion member C disposed in the conventional transport container. As a result, a predetermined gap is formed between the ID tag T and the outer wall surface 2b of the long side wall 2 of the transport container. Therefore, the ID tag is disposed in close contact with the side wall. As in the case of the conventional transport container, it is possible to prevent the data communication efficiency of the ID tag from being lowered and the occurrence of errors in reading and writing information.

  Moreover, since it is comprised so that ID tag attachment members H1 and H2 may be attached to the card insertion member C currently arrange | positioned at the container for conveyance, in order to attach an ID tag, it changes to a container for conveyance. There is no need to add or perform special processing, and therefore it is possible to prevent an increase in the manufacturing cost of the transport container.

  Furthermore, since the card K can be further inserted into the card insertion member C to which the ID tag attachment members H1 and H2 are attached, the amount of information relating to the transport container and the articles stored in the transport container is increased. be able to.

  Furthermore, the ID tag attachment members H1 and H2 attached to the card insertion member C can be pulled out from the card pressing strip C ′ of the card insertion member C by moving the ID tag attachment members H1 and H2 upward. Therefore, the ID tag mounting members H1 and H2 can be attached only to the transporting containers that require the ID tag mounting members H1 and H2, respectively. Therefore, various uses of the conventional transporting containers can be used. Can be improved.

FIG. 1 is a perspective view of a state in which a transport container constituting the present invention is assembled. FIG. 2 is a perspective view in the middle of assembly or folding of the transport container constituting the present invention. FIG. 3 is a perspective view of a state in which the transport container constituting the present invention is folded. 4 is a partially enlarged perspective view of the transport container shown in FIG. FIG. 5 is a front perspective view of an ID tag attachment member attached to a transport container constituting the present invention. FIG. 6 is a back side perspective view of an ID tag attachment member attached to the transport container constituting the present invention. FIG. 7 is a partially enlarged perspective view of a state in which an ID tag attachment member is attached to a transport container constituting the present invention. FIG. 8 is a horizontal sectional view of an ID tag attached to an ID tag attachment member attached to a transport container constituting the present invention. FIG. 9 is a partially enlarged perspective view showing a state where an ID tag attaching member having an ID tag is attached to a transporting container constituting the present invention. FIG. 10 is a perspective view of a state in which the transport container constituting the present invention is assembled in a box shape. FIG. 11 is a front perspective view of an ID tag attachment member of another embodiment attached to a transport container constituting the present invention. FIG. 12 is a back side perspective view of an ID tag attachment member of another embodiment attached to the transport container constituting the present invention. FIG. 13 is a partially enlarged perspective view showing a state in which the ID tag attachment member of another embodiment is attached to the transporting container constituting the present invention. FIG. 14 is a perspective view of an ID tag attaching member of still another embodiment attached to the transport container constituting the present invention.

Explanation of symbols

C ・ ・ ・ ・ ・ ・ ・ ・ Card insertion member C ′ ・ ・ ・ Card holding strip H1, H2 ID tag mounting member K ・ ・ ・ ・ ・ ・ ・ ・ ・ ・ ・ Card 1 ············································································

Claims (3)

  A transport container, wherein an ID tag mounting member is attached to a card pressing strip of a card insertion member disposed on a side wall of the transport container.   The transport container according to claim 1, wherein an upper holding member and a lower holding member to which a card pressing strip of a card insertion member can be attached are formed on the ID tag attaching member.   The ID tag is configured to be sandwiched between an upper locking protrusion, a lower locking protrusion, and a bent portion of an elastic pressing piece formed on the ID tag mounting member. The transport container according to claim 1 or 2.

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