JPH089014Y2 - Pallet packaging - Google Patents

Description

DETAILED DESCRIPTION OF THE INVENTION [Industrial field of application] The present invention relates to a pallet package of containers used for transporting empty cans and bottles.

[Prior Art] As a technique for efficiently transporting and storing articles such as empty cans and bottles before filling the contents, target parts are grouped in a certain unit (envelope assembly described later) and palletized. It is known that a pallet is placed on a table called a pallet, and the pallet is packaged, and a fork of a forklift is inserted into a fork insertion port of the pallet for lifting and handling.

In the conventional pallet packing method shown in FIG. 6, a plurality of envelopes 12 such as empty cans are stacked and placed on the pallet 2, and a separate sheet 3 such as cardboard is sandwiched between the adjacent tiers. To prevent damage, place the plate-like body that is the top frame 6 on the uppermost envelope, and tie it together with the band 103 with the envelope group sandwiched between the pallet 2 and the top frame 6, The whole is covered with a heat-sensitive shrinkable resin film 8 and heat-shrinkable to complete shrink-wrapping.

[Problems to be Solved by the Invention] As described above, in the conventional packaging body, when a plurality of groups of the envelope bodies 12 such as empty cans are stacked on the pallet 2 through the separate sheet 3, the separate sheets are separated. An empty space 104 in which the envelope 12 does not exist is generated between the even-angled part 3 and the peripheral surface of the envelope aggregate 102. However, since the even corners of the separate sheet 3 project in this void, when the package is shrink-wrapped,
The shrink film may break through the even corners of the separate sheet 3, and as a result, the envelope may fall off and the cleanliness of the envelope 12 may decrease.
In addition, the belt 103 that binds the envelope 12 includes an envelope 1 such as an empty can.
There was a case where the printed pattern or the like on the outer peripheral surface of the envelope was damaged by coming into contact with the outer peripheral surface of No. 2.

This invention has been made in view of the circumstances as described above, it is easy to put a large number of envelopes in an envelope aggregate, and the separate sheet does not project to the even corners, Therefore, it is an object of the present invention to provide a package in which the shrink film in the case of shrink wrapping is not damaged and the printed pattern on the outer peripheral surface of the envelope is not damaged.

[Means for Solving the Problem] In response to this purpose, the pallet package of the present invention is
It is a pallet package in which at least one step of stacking a separate sheet and one or more encapsulating body aggregates is placed on a pallet, and a top frame is stacked on the top of the pallet for banding. The encapsulant assembly includes a plurality of encapsulants in which the upper and lower ends of the annular frame are aligned with each other and the vertical direction of the frame and the vertical direction of the encapsulant are aligned in the frame. The frame is characterized by being foldable.

[Operation] A separate sheet is placed on a pallet, and a plurality of envelope aggregates are placed next to each other on the same plane side by side. In this way, the separate sheet and the envelope aggregate are repeatedly piled up, and Place the top frame on the top, band it from the top of the top frame, and finally shrink-wrap the whole to complete the package.

In each encapsulating body aggregate, the encapsulating body is housed in the frame body, and there is no belt for directly binding the encapsulating bodies. Since the frame body can have any shape, the even corner portion of the frame body can be made to substantially coincide with the even corner portion of the separate sheet. Therefore, since the frame body also supports the shrink film at the even corners of the package, the shrink film is not damaged by the separate sheet.

[Embodiment] Hereinafter, the details of the present invention will be described with reference to the drawings illustrating an embodiment.

In FIG. 1, 1 is a pallet package. The pallet package 1 has a plurality of stages 5 of envelopes, which are formed by stacking a separate sheet 3 and a plurality of envelope aggregates 4 on a pallet 2, and further, a top frame 6 is placed thereon. The top frame 6 is banded using a band 7 from above. Shrink wrapping with a shrink film 8 is applied on the pallet package 1 as needed.

The step 5 of the envelope body includes the separate sheet 3 and the plurality of envelope body aggregates 4 mounted thereon. The separate sheet 3 has a rectangular or square plan view shape that is substantially the same as the contour of the pallet 2.

The plurality of envelope body aggregates 4 are placed on the separate sheet 3 adjacent to each other in the same plane.

Each envelope assembly 4 is a frame body 11 located on the outermost side.
And an envelope 12 housed in the frame 11.

The frame 11 is made of cardboard paper or the like, and has an annular shape with upper and lower ends opened. It is preferable that the height of the frame body 11 is substantially equal to the height of the envelope body 12, but it may be slightly higher or slightly lower than the height of the envelope body 12.
The frame 11 is made of cardboard or the like and is foldable as described above. In this embodiment, the frame body 11 has a rectangular ring shape in a plan view from above and below.

The envelope body 12 is housed in the frame body 11 in a substantially dense manner with the up and down direction of the frame body 11 and the up and down direction of the envelope body 12 aligned with each other.

In this embodiment, 6 encapsulant aggregates 4 are included in each of the encasing stages 5.

When manufacturing the pallet package constructed as described above, the pallet 2 is set on the lift, and the separate sheet 3 is supplied and placed thereon. On the other hand, a predetermined number of the large number of envelopes 12 obtained from the can manufacturing process or the like is supplied to the annular frame body 11 to surround the predetermined number of the envelopes 12 and thereby the envelope aggregates 4 Is formed.

A plurality of the encapsulated body aggregates 4 thus configured (this first
6 pieces in the illustrated embodiment) are extruded on the separate sheet 3. In this way, the step 5 of the envelope is formed. The steps 5 of the next envelope are successively fed onto the steps 5 of one envelope.

After stacking a predetermined number of steps 5 of the envelopes, the top frame 6 is put on the steps 5 and banding is performed on the top frame 6 to form the pallet package 1. As described above, the pallet package 1 is shrink-wrapped if necessary.

[Effect of the Invention] In the pallet package 1 configured as described above,
In each envelope assembly 4, the envelope 12 is the frame 11
And is not directly bound by the belt as in the conventional case. Therefore, the printed pattern on the outer peripheral surface of the envelope 12 is not damaged.

Further, since the frame body can have an arbitrary shape, the frame body can be formed in a shape like a quadrangle in a plan view such that its even corner portion substantially matches the even corner portion of the separate sheet. In this case, there is no void in the even corner portion 13 of the pallet package 1 near the even corner portion of the separate sheet 3 and the even corner portion of the separate sheet 3 does not project. Even if the shrink wrapping is applied to 1, the frame body 11 also supports the shrink film, so the shrink film 8 is not pierced by the even corners of the separate sheet 3, and dust, insects, etc. may be mixed. There is no. Moreover, the number of components of the pallet package 1 is reduced, and the cost of the carton can be reduced.
There is no possibility that the load on the canister will be lost due to vibration during transportation.

Further, in particular, since the frame body of the pallet package of the present invention is open at the upper and lower ends, there are few materials to be used, there is no manufacturing cost, and it is possible to fold it at the boundary of each side. It is possible to reduce the storage space of the frame body after use, and it is also advantageous in transportation.

[Brief description of drawings]

FIG. 1 is a perspective explanatory view of a pallet package, FIG. 2 is a perspective explanatory view of a step of an envelope, FIG. 3 is a perspective explanatory view of an envelope aggregate, and FIG. 4 is a perspective explanatory view of a frame. 5 is a plan view of the frame body, and FIG. 6 is a front explanatory view of a conventional pallet package. DESCRIPTION OF SYMBOLS 1 ... Pallet packing body, 2 ... Pallet, 3 ... Separate sheet, 4 ... Encapsulation body assembly, 5 ... Encapsulation step, 6 ... Top frame, 7 ... Band, 8 ... Shrink film, 11 ...
Frame, 12 ... Encapsulation

Claims (2)

[Scope of utility model registration request] 1. A pallet having at least one step formed by stacking a separate sheet and one or more encapsulating body aggregates, and being banded with a top frame placed on the top. A pallet package, wherein the encapsulation assembly includes a plurality of encapsulation bodies in an annular frame body with upper and lower ends opened and the frame body in the vertical direction of the frame body and the vertical direction of the enclosure body. A pallet package that is stored and the frame is foldable 2. The pallet package according to claim 1, wherein the height of the frame is substantially the same as the height of the envelope.