JP4420257B1 - Pallet for transportation and storage method of roll-shaped object - Google Patents

Abstract

A roll-shaped object can be transported without passing through a shaft and without being individually packed.
A sleeve member 3120 having a height higher than the length in the radial direction of a roll-shaped object is provided so as to surround a base material attached or placed on an upper surface of a main body portion 2110 in which a fork hole 114 is formed. The upper portion of the sleeve member is capped by a lid member 2100 which is disposed on the upper surface of the body and has a plate material 2130 of the same type as the base material attached to both surfaces of the base material of the same type as the upper surface material of the main body.
Of the plate members constituting the sleeve member 3120, a pair of opposed plate members 3121 has a notch 3124 for placing the end of the core material 3120 of a roll-like material, and the notch 3124 has a core material 3210. By placing the end portions, a long object is installed on the pair of plate materials 3121.
[Selection] Figure 14

Description

  The present invention relates to a pallet for transportation and a method for storing a roll-shaped object, and in particular, a method for storing a roll-shaped object in which a roll-shaped object obtained by winding a long object around a core material is stored and transported in a stored state. It relates to a transport pallet that can be used.

  Conventionally, when a roll-shaped product obtained by winding a long object around a core material is transported, the roll-shaped product is packaged and transported individually or in small units.

However, according to this method, a large amount of packaging material is required as a transportation material, and the material cost becomes high.
Moreover, since packaging is carried out little by little, the packaging process is increased and the operation cost is increased.

  In addition, there are more unpacking processes after transportation, resulting in higher work costs, disposal costs for disposal of large quantities of packaging materials, and generation of large amounts of greenhouse gases during incineration for disposal, When synthetic resin materials are used, there is a concern about the generation of toxic gases.

  Therefore, in order to reduce the amount of packaging material, an accommodation space is formed by standing a side plate on the pallet, a plurality of shafts are erected in the space, and the hollow portion of the core material of the roll-like material is used as a support column. There has been proposed a container for transporting roll products in which a plurality of rolls are stacked in a vertical direction so that the shaft passes (see Patent Document 1).

JP 2001-261042 A (paragraph numbers [0005] to [0011], FIG. 1)

  However, the above-described invention has a problem that a complicated operation of stacking a plurality of roll-like objects in the vertical direction so that the shaft standing in the container passes through the hollow portion of the core material of the roll-like object is required.

  This invention is made | formed in view of such a point, and accommodation of the roll-like thing which can accommodate a roll-like thing, without letting a shaft pass through a roll-like thing, and individual packing little by little It is an object to provide a method and a transportation pallet that can be transported in a stored state.

In the present invention, in order to solve the above problems, a main body in which a fork hole is formed in a transportation pallet that can be transported in a state in which a roll-shaped object obtained by winding a long object around a core material is stored with both ends thereof And a base material that is attached or placed on the top surface of the main body, and is disposed on the top surface of the main body so as to surround the base material, and has a height that is greater than the length in the radial direction of the roll. A pair of opposing members among the plate members constituting the sleeve member, comprising: a sleeve member; and a lid member in which a plate material of the same type as the base material is attached to both surfaces of a base material of the same type as the upper surface material of the main body portion. In order to place the end of the core of the roll-shaped material on the plate material so that the roll-shaped material is installed between the pair of plate materials at an interval longer than the radial length of the roll-shaped material. The main body and the base material. The sleeve member, and the shipping pallet to the cover member is characterized in that it is made of corrugated cardboard is provided.
Further, of the two opposing pairs of plates constituting the sleeve member, the same plate material as the plate material of the sleeve portion provided with the notch is assembled to a pair of plate materials not provided with the notch, and It is also possible to build a roll-like material.

  As a result, a sleeve member having a height higher than the radial length of the roll-like material is arranged on the upper surface of the main body so as to surround the base material attached or placed on the upper surface of the main body having the fork holes formed therein. Then, the upper portion of the sleeve member is covered with a lid member in which a plate material of the same type as the base material is attached to both surfaces of the base material of the same type as the upper surface material of the main body.

Of the plate members constituting the sleeve member, the pair of opposed plate members have notches for placing the end portions of the core material of the roll-like material at intervals longer than the radial length of the roll-like material. By placing the end of the core material of the long object in the notch, the long object is installed on the pair of plate members.
Further, of the two opposing pairs of plates constituting the sleeve member, the same plate material as the plate material of the sleeve portion provided with the notch is assembled to a pair of plate materials not provided with the notch, and It is also possible to build a roll-like material.

Further, in the present invention, in a transportation pallet that can be transported in a state in which a roll-shaped object obtained by winding a long object around a core material is housed, a main body part in which fork holes are formed, and an upper surface of the main body part A base material that is affixed or placed, a sleeve member that is disposed on the upper surface of the main body so as to surround the base material, and has a height that is greater than the length in the radial direction of the roll-like material, and the upper surface of the main body A cover member having the same type of plate material as that of the base material is provided on both surfaces of the same type of base material as the material, and at least a pair of plate materials among two opposing plate materials constituting the sleeve member, A partition plate having a height lower than that of the sleeve member is assembled, so that a plurality of storage portions for horizontally placing the roll-like object are formed, and the main body portion, the base material, the sleeve member, and the lid member are corrugated cardboard. Made with Shipping pallet, characterized in that there is provided.
Regarding the partition plates assembled in two opposing pairs of plate members constituting the sleeve member, desirably, one pair is at the same distance as the radial length of the roll-like material, and the other pair is the roll-like shape. It is assembled at the same interval as the winding width of the object.

  Accordingly, the sleeve member having a height higher than the radial length of the roll-shaped object is disposed on the upper surface of the main body so as to surround the base material attached or placed on the upper surface of the main body having the fork hole formed therein. Among the two opposing pairs of plate members constituting the sleeve member, a partition plate having a height lower than that of the sleeve member is assembled on at least one pair of plate members, so that a plurality of storage units for horizontally placing the roll-shaped object are provided. A lid member is formed, the roll-shaped object is stored in the storage unit, and the plate member of the same type as the base material is attached to both surfaces of the base material of the same type as the upper surface material of the main body unit, and is placed on the sleeve member. The

Further, in the present invention, in the storage method for storing a roll-shaped object obtained by winding a long object around the core material, leaving both ends, the sleeve member having a height greater than the length in the radial direction of the roll-shaped object is a fork hole. Is disposed on the upper surface of the main body portion so as to surround the base material that is attached to or placed on the upper surface of the main body portion, and the roll is applied to a pair of opposing plate materials of the sleeve member. In the notches formed at intervals longer than the length in the radial direction of the material, the end of the core material of the roll material is placed so that the roll material is installed between the pair of plate members, A method of storing a roll-shaped object, characterized in that a lid member in which a plate material of the same type as the base material is attached to both surfaces of a base material of the same type as the upper surface material of the main body is placed on the sleeve member Is provided.
Further, of the two opposing pairs of plates constituting the sleeve member, the same plate material as the plate material of the sleeve portion provided with the notch is assembled to a pair of plate materials not provided with the notch, and It is also possible to build a roll-like material.

Accordingly, the sleeve member having a height higher than the radial length of the roll-shaped object is disposed on the upper surface of the main body so as to surround the base material attached or placed on the upper surface of the main body having the fork hole formed therein. In the notches formed at intervals longer than the length in the radial direction of the roll-like material on the pair of opposing plate materials constituting the sleeve member, the roll-like material is between the pair of plate materials on which the notch is formed. The end of the core material of the roll-shaped material is placed so as to be installed, and the cover member in which the base material of the same type as the base material is attached to both surfaces of the base material of the same type as the upper surface material of the main body part is a sleeve member Placed on top.
Further, of the two opposing pairs of plates constituting the sleeve member, the same plate material as the plate material of the sleeve portion provided with the notch is assembled to a pair of plate materials not provided with the notch, and It is also possible to place the end of the core material of the roll-like material so that the roll-like material is installed on the sleeve member and to place the lid member on the sleeve member.

  Further, in the present invention, in the storage method for storing the roll-shaped object obtained by winding a long object around the core material, the sleeve member having a height higher than the length in the radial direction of the roll-shaped object is formed with a fork hole. At least one pair of plate members out of two opposing plate members that are disposed on the upper surface of the main body portion so as to surround the base material that is attached or placed on the upper surface of the main body portion, By assembling a partition plate having a height lower than that of the sleeve member, a plurality of storage portions for horizontally placing the roll-shaped material are formed, and the roll-shaped material is stored in the storage portion, and an upper surface material of the main body portion There is provided a method for storing a roll-shaped object, wherein a lid member, on which a plate material of the same type as the base material is pasted on both surfaces of a base material of the same type, is placed on the sleeve member.

  Accordingly, the sleeve member having a height higher than the radial length of the roll-shaped object is disposed on the upper surface of the main body so as to surround the base material attached or placed on the upper surface of the main body having the fork hole formed therein. A storage portion for horizontally placing the roll-shaped object is formed by assembling a partition plate having a height lower than that of the sleeve member on at least a pair of plate members of the two opposing pairs of plate members constituting the sleeve member. A plurality of formed lid members are stored in the storage unit, and a cover member in which a plate material of the same type as the base material is attached to both surfaces of the base material of the same type as the upper surface material of the main body unit is placed on the sleeve member Is done.

According to the transportation pallet and the method for storing a roll-shaped object of the present invention, the roll-shaped object is stored in the storage unit or is installed between the plate members constituting the sleeve, so that the roll-shaped object is fixed individually. It can be transported without using tools.
Thereby, compared with the conventional individual packaging and packaging for every small quantity unit, reduction of packaging material and efficiency improvement of packaging work are realizable. In addition, waste is reduced, and as a result, generation of toxic gases derived from greenhouse gases, synthetic resin materials, and the like at the time of disposal can be suppressed.

  And since the plate material is also affixed to the upper surface of the lid portion, when the upper portion of the sleeve is covered with the lid portion, the packaging work can be performed without worrying about the upper and lower surfaces of the lid member. , Work cost can be reduced.

  In addition, it is possible to stack according to the number of rolls to be transported at one time. In this case, members such as sleeves and lid members can be used in the same configuration at each stage, so depending on the transport amount Thus, an appropriate transportation form can be selected flexibly and easily.

  In addition, the required strength can be ensured even if it is made of cardboard by combining various members, and as a secondary effect of making all the members of cardboard, the weight and material cost of the entire transportation pallet are reduced. You can also.

  In addition, since the material is corrugated cardboard, even if it is necessary to replace the member due to damage, etc., the member can be easily and inexpensively manufactured, so it can be replaced immediately, and it can be operated without reducing transport performance. can do.

It is an upper perspective view of the pallet which concerns on this Embodiment. It is an upper perspective view of the pallet main-body part which concerns on this Embodiment. It is a figure which shows a mode that the roll-shaped object was mounted in the pallet main-body part. It is an upper perspective view of the state where the lid part of the pallet is floated. It is a figure which shows a mode that the pallet of this Embodiment was stacked. It is a top view of the lid member used when tying up with a string. It is a figure which shows a mode when the stacked pallet is tied with a string. It is an upper perspective view of the pallet which concerns on this Embodiment. It is a figure which shows a mode that the roll-shaped object was mounted in the pallet main-body part. It is an upper perspective view of the state where the lid part of the pallet is floated. It is a figure which shows a mode that the pallet of this Embodiment was stacked. It is an upper perspective view of the pallet which concerns on this Embodiment. It is a figure which shows a mode that the roll-shaped object was mounted in the pallet main-body part. It is an upper perspective view of the state where the lid part of the pallet is floated. It is a figure which shows a mode that the pallet of this Embodiment was stacked.

Hereinafter, embodiments of the present invention will be described in detail with reference to the drawings.
Hereinafter, the transportation pallets of the first to third embodiments are made of cheap and light cardboard. Since the basic unit is to store rolls side by side without stacking them, the design strength of each member such as sleeves and lid members can be reduced, so the necessary strength can be achieved even if all are made of cardboard. Can be secured.
However, other alternative materials can be used as appropriate according to the purpose.

[First Embodiment]
The transportation pallet according to the present embodiment will be described with reference to FIGS.
The overall structure of the pallet is shown.
The pallet 100 includes a pallet main body 110, a base material 116, a sleeve 120, and a lid 130.
The base material 116 is affixed or placed on the upper surface of the pallet main body 110, the sleeve 120 is placed around the base material 116, and the lid 130 is placed further on the sleeve 120.
Therefore, a sealed space defined by the upper plate 111, the sleeve 120, and the lid 130 is formed on the upper surface of the pallet main body 110.

The main body 110 is configured by sandwiching a leg 113 between a substantially square top plate 111 and bottom plate 112.
The leg portions 113 are provided at the four corners of the upper plate 111 and the bottom plate 112, the central portion of each side, and the central portion (not shown).
Accordingly, a fork hole 114 is formed on the side surface of the main body 110 so that the fork can be inserted from all directions.

The base material 116 is made of a plate material provided with a plurality of fitting holes 115 for fitting with a core material matched to the diameter of the core material 210 of the roll-shaped object 200.
The base material 116 is attached to or placed on the upper plate 111 of the main body 110.

The sleeve 120 is made of a plate material whose length in the height direction is equal to the length of the core material of the long material of the roll-shaped material 200.
The sleeve 120 is placed so as to surround the peripheral portion of the base material 116 that is pasted or placed on the upper surface of the pallet main body 110, and the base material 116 is pasted or placed on the upper plate 111. It is fixed in the surface direction of the upper plate 111 due to the difference in level.

The lid portion 130 is made of a plate material having the same hole plate as the base material attached on both sides.
The lid 130 closes the opening at the top of the sleeve 120 by the lid 130. At that time, the hole plate on the lower surface of the lid 130 is fitted into the opening, so that the lid 130 is in the surface direction. Fixed to.
As described above, when the opening of the upper portion of the sleeve 120 is blocked, the fitting hole of the hole plate on the lower surface of the lid portion 130 is located at a position corresponding to the fitting hole 115 of the base material 116 on the upper surface of the pallet main body portion 110. Is formed.

  The roll-shaped object 200 is limited to a part having a certain length visually recognized from both ends of the core material by using a core material longer than the winding width of the long object. As the roll-shaped object 200, for example, a film obtained by winding a film around a core material can be considered.

In the storage method, first, the core material of the roll-shaped material is fitted in the plurality of fitting holes 115 provided in the base material 116 on the upper surface of the main body so that the axial direction of the core material of the roll-shaped material becomes the vertical direction. Is placed on the upper surface of the pallet body 110.
Thereby, the roll-shaped object 200 is fixed in the surface direction of the upper plate 111 on the upper surface of the main body.
Next, the opening at the top of the sleeve 120 is sealed with the lid 130, and at that time, the sleeve 120 is placed on the upper surface of the main body in the fitting hole of the hole plate attached to the lower surface of the lid 130. The core material 210 of the roll-shaped object 200 is fitted.
Thereby, since the core material 210 of the roll-shaped object 200 is fixed from above and below by the fitting hole, the roll-shaped object 200 can be transported without using an individual fixture or the like.

Further, as shown in FIG. 1, since a hole plate is attached to the upper surface of the lid portion 130, the upper portion of the sleeve 120 is covered with the lid portion 130, and then the sleeve 120 is further disposed thereon. Can be stacked by fitting the core material 210 of the roll-shaped object 200 into the fitting hole and capping with the lid member 130.
FIG. 5 is a diagram illustrating a state in which the pallets of the present embodiment are stacked. This figure shows a state where five stages are stacked on the pallet main body 110.

  According to the configuration of the pallet of the present embodiment, when the number of rolls 200 to be transported at a time is small, it can be transported without stacking, and when the number of rolls 200 to be transported at a time is large. Since they can be stacked and transported, it is possible to flexibly cope with the number of rolls 200 transported at a time.

  Further, even when multi-stage stacking is used, the sleeve 120 and the lid member 130 can use members having the same configuration, so that an increase in cost due to multi-stage stacking can be reduced.

  In addition, since the basic unit is to store the roll-like objects side by side without being stacked, the design strength of each member such as the sleeve 120 and the lid member 130 can be reduced compared to the case where the roll container is originally designed as a large container.

  Therefore, the required strength can be ensured even if all are made of cardboard as in the invention of the present embodiment.

  Further, as a secondary effect of producing all the members with corrugated cardboard, the weight and material cost of the entire transport container can be reduced.

  In addition, since the material is corrugated cardboard, it can be easily replaced at low cost even if the member is damaged or when it is necessary to replace the member due to odor or dirt. It can be operated without degrading transportation performance.

In addition, when a sense of stability is uneasy when stacked as shown in FIG. 5, a string may be tied to the fork hole 114 of the pallet main body 110.
FIG. 6 is a plan view of a lid member used when tying with a string.
As shown in FIG. 6, a cut 131 is provided at a predetermined position on the outer periphery of the base material constituting the lid member 130. The notches 131 are provided as a pair, and are stacked without deforming the base material of the lid member 130 by applying a string to the position of the tongue-like portion 132 formed between the pair of notches 131. You can bind pallets.

FIG. 7 shows a state in which stacked pallets are tied.
At this time, the string 101 is applied to the vicinity of the end of the adjacent fork hole 114 in the separation direction side so as to avoid contact as much as possible when the fork is inserted into the fork hole 114. In addition, the notch 131 and the tongue-like portion 132 provided in the lid member 130 are provided at positions corresponding to one where the string 101 is applied, so that when the lid member 130 is placed on the sleeve, the fork hole 114 is provided. It is provided at a position corresponding to the vicinity of the end portion on the side in the separation direction.
Although FIG. 7 shows a state in which the string 101 is tied in one direction, the string 101 may be tied in a more direct direction if more stability is desired. In addition, in the stacked pallets, since the base material pasted on the top surface of the lid member placed on the top is unnecessary, the base material is pasted on only one side of the lid member placed on the top. What is attached may be used with the surface to which the base material is attached facing downward.
[Second Embodiment]

Next, a second embodiment of the present invention will be described. The transportation pallet of the present embodiment is formed by combining a sleeve with an outer peripheral plate, and the inside of the sleeve is further partitioned in one direction by a partition plate at the same interval as the radial direction length of the roll-shaped object. This configuration is the same as the configuration shown in the first embodiment, except that the configuration is such that a roll-like object is horizontally placed in the storage portion.
For this reason, about the component similar to the said 1st Embodiment, the same code | symbol is attached | subjected etc., and the description is abbreviate | omitted suitably.

The transportation pallet according to the present embodiment will be described with reference to FIGS.
The overall structure of the pallet is shown.
The pallet 2100 includes a pallet main body 2110, a base material 2116, a sleeve 2120, a partition plate, and a lid 2130.
A base material 2116 is affixed or placed on the top surface of the pallet main body 2110, a sleeve 2120 is placed around it, a partition plate is assembled on the sleeve, and a lid 2130 is placed on the top. The
Therefore, a sealed space defined by the upper plate of the pallet main body 2110, the sleeve 2120, and the lid 2130 is formed on the upper surface of the pallet main body 2110, and the partition plates are arranged inside this space.

Unlike the first embodiment, the base material 2116 is composed of a plate 2116 in which no fitting hole is formed.
The base material 2116 is attached to or placed on the upper surface of the upper plate of the main body 2110.

The sleeve 2120 is made of a plate material whose length in the height direction is equal to the length in the radial direction of the roll-shaped object 200.
The sleeve 2120 is formed by combining the outer peripheral plates 2121 and 2122 with the combination grooves 2123 formed in the respective outer peripheral plates, surrounds the peripheral portion of the base material 2116 on the upper surface of the pallet main body 2110, and the height thereof is a roll. It is placed so as to be equal to the length in the radial direction of the object.
Then, the base material 2116 is fixed in the surface direction of the upper plate 2111 by a step due to being attached or placed on the upper plate 2111.
The height of the sleeve is set so that the lower surface of the lid member 2130 does not contact the roll-shaped object 2200 when the lid is covered with the lid member 2130.
FIG. 9 shows a pallet in which a combination groove 2123 is formed in the outer peripheral plate 2121 so that four storage portions are formed.

The partition plate 2124 is combined with the combination groove 2123 formed in the outer peripheral plate 2121 at the same interval as the length in the radial direction of the roll-shaped object 2200 to form a storage portion for storing the roll-shaped object 2200.
Note that the height of the partition plate 2124 is slightly lower than the height of the sleeve 2120. This is because the plate attached to the lower surface of the lid member 2130 is fitted into the opening at the top of the sleeve 2120.

The lid 2130 is made of a plate material in which a plate similar to the plate affixed or placed on the upper surface of the main body is affixed on both sides.
By covering the upper portion of the sleeve 2120 with the lid portion 2130, the plate attached to the lower surface of the lid portion 2130 is fitted into the opening portion of the upper portion of the sleeve 2120. Thereby, the cover part 2130 is fixed to the surface direction.
The lid 2130 closes the opening at the top of the sleeve 2120 by the lid 2130. At that time, a hole plate on the lower surface of the lid 2130 is fitted into the opening, so that the lid 2130 has a surface direction. Fixed to.

  The roll-shaped object 2200 to be stored is preferably the same in the winding width of the long object and the length of the core material. As the roll-shaped object 2200, for example, a film obtained by winding a film around a core material can be considered.

With respect to the storage method, first, a roll-like object is placed in a storage portion formed by the sleeve 2120 and the partition plate, and then the opening at the top of the sleeve 2120 is closed by the lid portion 2130.
As described above, since the roll-shaped object 2200 is accommodated in the storage unit, the roll-shaped object 2200 can be transported without using an individual fixture or the like.

Further, as shown in FIG. 6, since a plate is also attached to the upper surface of the lid portion 2130, the upper portion of the sleeve 2120 is covered with the lid portion 2130, and the sleeve 2120 is further placed thereon. In addition, by combining the partition plates 2122, a storage portion can be formed, a roll-like object 2200 can be stored in the storage portion, and the lid member 2130 can be used to cover the multi-stage stacking.
FIG. 11 is a diagram illustrating a state in which the pallets of the present embodiment are stacked. This figure shows a state where five stages are stacked on the pallet main body 2110.

  According to the pallet configuration of the present embodiment, when the number of rolls 2200 transported at a time is small, the rolls can be transported without stacking, and when the number of rolls 2200 transported at a time is large. Since they can be stacked and transported, it is possible to respond flexibly according to the number of rolls 2200 transported at one time.

  In addition, since the sleeve 2120 (peripheral plates 2121 and 2122), the partition plate 2124, and the lid member 2130 can use members having the same configuration, the cost increase due to the multi-stage stacking can be reduced. be able to.

  In addition, since the basic unit is to store the roll-shaped objects side by side without being stacked, the design strength of each member such as the sleeve 2120 and the lid member 2130 can be lowered compared with the case where the roll container is originally designed as a large container.

  Therefore, the required strength can be ensured even if all are made of cardboard as in the invention of the present embodiment.

  Further, as a secondary effect of producing all the members with corrugated cardboard, the weight and material cost of the entire transport container can be reduced.

  In addition, since the material is corrugated cardboard, it can be easily replaced at low cost even if the member is damaged or when it is necessary to replace the member due to odor or dirt. It can be operated without degrading transportation performance.

The sleeve 2120 according to the present embodiment includes outer peripheral plates 2121 and 2122, and forms a storage portion for storing the roll-shaped object 2200 in a row by combining the partition plate 2124 in parallel with the outer peripheral plate 2122. However, when the length of the roll-shaped object 2200 in the winding width direction is short, a plurality of rows of roll-shaped objects 2200 can be accommodated by assembling a partition plate parallel to the outer peripheral plate 2121 with respect to the sleeve 2120. You may make it form a storage part in this.
[Third Embodiment]

  Next, a third embodiment of the present invention will be described. The transportation pallet of the present embodiment is the same as the configuration shown in the second embodiment, except that an erection groove for laying a core material of a roll-like object is formed on the partition plate. is there. For this reason, about the component similar to the said 2nd Embodiment, the same code | symbol is attached | subjected and the description is abbreviate | omitted suitably.

The transportation pallet according to the present embodiment will be described with reference to FIGS.
The overall structure of the pallet is shown.
The pallet 3100 includes a pallet body 2110, a sleeve 3120, and a lid 2130.
A base material 2116 is affixed or placed on the upper surface of the pallet main body 2110, a sleeve 3120 is placed around the base material 2116, and a lid 2130 is placed thereon.
Therefore, a sealed space defined by the upper plate of the pallet main body 2110, the sleeve 3120, and the lid 2130 is formed on the upper surface of the pallet main body 2110.

The sleeve 3120 is composed of a plate material 3122 and a plate material 3121 having a notch, the length of the sleeve 3120 being equal to the length of the roll-shaped object 3200 in the radial direction.
The notch 3124 of the plate 3121 functions as an installation groove for installing both ends of the core material 3210 of the roll-shaped object 3200.
This sleeve 3120 is formed by combining the partition plates 3121 and 3122 with the combination grooves 3123 formed in each partition plate, and the peripheral portion of the base material 2116 attached to or placed on the upper surface of the pallet main body 2110 is formed. It surrounds and it is mounted so that the height may become equivalent to the length of the radial direction of the roll-shaped object 3200. FIG.
And it fixes to the surface direction of an upper board by the level | step difference by the base material 2116 being affixed on the upper board, or mounting.
FIG. 13 shows a pallet in which four installation grooves 3124 are formed in the plate material 3121 so that four rolls 3200 are installed.

  The roll-like material 3200 is limited to one in which portions having a certain length are visually recognized from both ends of the core material by using a core material longer than the winding width of the long material. As the roll-shaped material 3200, for example, a film obtained by winding a film around a core material can be considered.

With respect to the storage method, first, the roll-shaped object is placed so that both ends of the core material 3210 of the roll-shaped object 3200 are laid on the notch 3124 of the plate material 3121 constituting the sleeve, and then the opening at the upper part of the sleeve Cover with a lid.
As described above, since the roll-like object is fixed and fits in the storage portion, the roll-like object can be transported without using an individual fixture or the like.

As in the second embodiment described above, since a plate is also attached to the upper surface of the lid portion, the upper portion of the sleeve 3120 is covered with the lid portion, and the sleeve 3120 is further placed thereon. Then, the roll-shaped object 3200 is installed and stored in the partition plate 3121 and covered with a lid member, so that multistage stacking can be performed.
FIG. 15 is a diagram illustrating a state in which the pallets of the present embodiment are stacked.
As shown in FIG. 15, a state in which five stages are stacked on the pallet main body 2110 is shown.

  According to the pallet configuration of the present embodiment, when the number of rolls 3200 transported at a time is small, the rolls can be transported without stacking, and when the number of rolls 3200 transported at a time is large. Since they can be stacked and transported, it is possible to flexibly cope with the number of rolls 3200 transported at a time.

  In the present embodiment, the interval between the partition plates 3121 is particularly problematic, but this point can be flexibly dealt with.

  Furthermore, even if the stacking is performed in multiple stages, the sleeve 3120 (partition plates 3121 and 3122) and the lid member 2130 can use members having the same configuration, so that an increase in cost due to the stacking in multiple stages can be reduced.

  In addition, since the basic unit is to store the roll-shaped objects side by side without being stacked, the design strength of each member such as the sleeve 3120 and the lid member 2130 can be reduced compared with the case where the roll container is originally designed as a large container.

  Therefore, the required strength can be ensured even if all are made of cardboard as in the invention of the present embodiment.

  Further, as a secondary effect of producing all the members with corrugated cardboard, the weight and material cost of the entire transport container can be reduced.

  In addition, since the material is corrugated cardboard, it can be easily replaced at low cost even if the member is damaged or when it is necessary to replace the member due to odor or dirt. It can be operated without degrading transportation performance.

Although the sleeve 3120 of the present embodiment is configured by the partition plates 3121 and 3122, it has been described that the roll-shaped object 3200 is installed between the pair of partition plates 3121 in which the notches 3124 are formed. When the length of the core material 3210 of the roll-shaped object 3200 is short, a plurality of rows of the roll-shaped objects 3200 may be installed by assembling a partition plate parallel to the partition plate 3121 with respect to the sleeve 3120.
At this time, it is conceivable that a pair of partition plates assembled in the middle of the sleeve 3120 are spaced apart from each other so that the core members 3210 of the roll-shaped objects 3200 adjacent in the winding width direction do not contact each other.

DESCRIPTION OF SYMBOLS 100 Pallet 110 Pallet main-body part 111 Top plate 112 Bottom plate 113 Leg part 114 Fork hole 115 Fitting hole 116 Base material 120 Sleeve 130 Cover part

Claims (10)

In a transport pallet that can be transported in a state in which a roll-shaped object obtained by winding a long object around the core material is stored leaving both ends,
A main body with a fork hole formed;
A base material affixed or placed on the upper surface of the main body, and
A sleeve member disposed on the upper surface of the main body so as to surround the base material, and having a height higher than the length in the radial direction of the roll-shaped object;
A lid member in which a plate material of the same type as the base material is attached to both surfaces of a base material of the same type as the upper surface material of the main body part;
With
Among the plate members constituting the sleeve member, the pair of plate members facing each other are arranged so that the roll-like material is installed between the pair of plate materials at an interval longer than the radial length of the roll-like material. Having a notch for placing the end of the core of the object,
The transport pallet, wherein the main body, the base material, the sleeve member, and the lid member are made of cardboard.   A plate material in which notches identical to the plate material having the notches are formed, and the notches are formed, of two pairs of opposed plate materials constituting the sleeve member so that the roll-like objects are arranged in a plurality of rows. The pallet for transportation according to claim 1, wherein a plate material having a lower height is assembled to the sleeve member in parallel with the plate material having the notch.   2. The pallet for transportation according to claim 1, wherein the sleeve member is formed by assembling grooves formed in the height direction of the plate material. In a transportation pallet that can be transported in a state in which a roll-shaped object obtained by winding a long object on a core material is stored,
A main body with a fork hole formed;
A base material affixed or placed on the upper surface of the main body, and
A sleeve member disposed on the upper surface of the main body so as to surround the base material, and having a height higher than the length in the radial direction of the roll-shaped object;
A lid member in which a plate material of the same type as the base material is attached to both surfaces of a base material of the same type as the upper surface material of the main body part;
With
Of the two pairs of opposing plate members constituting the sleeve member, at least one pair of plate members is assembled with a partition plate having a height lower than that of the sleeve member, whereby a storage portion for horizontally placing the roll-shaped object is provided. Multiple formed,
The transport pallet, wherein the main body, the base material, the sleeve member, and the lid member are made of cardboard. Of the two pairs of opposing plate materials constituting the sleeve member,
One pair is assembled with a partition plate having a height lower than that of the sleeve member at the same interval as the radial length of the roll-shaped object,
In the other pair, a partition plate having a height lower than that of the sleeve member is assembled at the same interval as the length in the winding width direction of the roll-shaped object.
The transportation pallet according to claim 4, wherein a plurality of storage portions for horizontally placing the roll-like object are formed.   The transportation pallet according to claim 4, wherein the sleeve member is configured by assembling grooves formed in a height direction of the plate material. In a storage method of storing a roll-shaped object obtained by winding a long object around a core material leaving both ends,
A sleeve member having a height higher than the length in the radial direction of the roll-like object is disposed on the upper surface of the main body so as to surround the base material attached or placed on the upper surface of the main body having a fork hole formed therein. ,
Of the plate members constituting the sleeve member, the roll-like material is installed between the pair of plate materials in notches formed in a pair of opposing plate materials at intervals longer than the radial length of the roll-like material. So that the end of the core of the roll is placed,
Storing a roll-shaped object, wherein a lid member in which a plate material of the same type as the base material is attached to both surfaces of a base material of the same type as the upper surface material of the main body is placed on the sleeve member Method.   The method for storing a roll-shaped object according to claim 7, wherein the main body, the base material, the sleeve member, and the lid member are made of cardboard. In a storage method for storing a roll-shaped object obtained by winding a long object around a core material,
A sleeve member having a height higher than the length in the radial direction of the roll-like object is disposed on the upper surface of the main body so as to surround the base material attached or placed on the upper surface of the main body having a fork hole formed therein. ,
Among the plate members constituting the sleeve member, a partition plate having a height lower than that of the sleeve member is assembled on a pair of opposed plate members at the same interval as the radial length of the roll-like material, thereby the roll. A plurality of storage parts for horizontally placing the objects are formed,
The roll-like object is stored in the storage part,
Storing a roll-shaped object, wherein a lid member in which a plate material of the same type as the base material is attached to both surfaces of a base material of the same type as the upper surface material of the main body is placed on the sleeve member Method.   The method for storing a roll-shaped object according to claim 9, wherein the main body, the base material, the sleeve member, and the lid member are made of corrugated cardboard.

Images