JPS6023117A - Manufacture of stacked package of article - Google Patents

Abstract

(57) [Summary] This bulletin contains application data before electronic filing, so abstract data is not recorded.

Description

DETAILED DESCRIPTION OF THE INVENTION The present invention relates to a method for manufacturing a stacked package of articles.

Conventionally, as shown in FIG.
There is a known method of packaging in plastic film such as shrinkable plastic film without using a plastic pallet.

However, this does not provide sufficient strength for the space in which the Hawklit lifting legs are inserted, and furthermore, moisture contained inside the plastic film may cause condensation on the inner surface of the plastic film, causing damage to the product or rust. It has disadvantages such as causing damage.

This invention eliminates the above-mentioned drawbacks, and the gist of the present invention is that the bottom surface 2 and both side surfaces 3, 3 of a space forming body 1, such as a cross-shaped space formed of a board material such as a styrofoam board or a corrugated board, are made of a corrugated board or a synthetic material. The center plate part 5 and the first new part G are formed from the molded plate 4 of 1jl fat hoko.

6, the upright plate parts 7, 7 are bonded to each other, and a base plate part 10 is formed in which outer new curved plate parts 9, 9 are provided through second bent parts 8, 8. 10 is inserted into a bag 12 made of a synthetic resin material and has an upper opening 11, and the bottom side surface part 13.13 of the bag 12 and the standing plate part 7.7 are glued together, and the lifting leg of the Hawk 7 is inserted. A space 14.14 is formed, and then a space forming body 1 such as a foamed polystyrene board and an outer new curved board part g,
(, 3), the articles 1G... are placed across the "-face portion 15 to form a stacked article Wi19 comprising a bottom article layer 17 and an upper article layer j8 stacked on the bottom article layer 17. ,
Next, the stacked article layer 19 is covered with the bag 12, and the upper opening of the bag J2 is squeezed to remove the air in the bag fjlS20 from the trachea 2.
1 through the suction waist or gas, and then the sealing part 22
The present invention relates to a method for manufacturing a stacked package of articles, characterized in that the present invention forms a stacked package of articles.

The bag 12 is formed of a Mfl absorbing film or a non-harboring film, and if it is made of a shrinkable film, the bag 12 is sealed and then heated with a heating device such as high-temperature air.
2 is to prevent the shrunken and stacked items 111 and 6 from collapsing. Further, the sealed portion 22 is formed by sandwiching and adhering with a heat) δ bonding and sandwiching portion 23.

Further, 24 is a first adhesive layer that adheres the space forming body 1 and the molded plate 1, and 25 is a second adhesive layer that adheres the molded plate 4 and the bag 12. 26 is the air suction number and 27 is the gas filled acid.

Further, after suctioning through the air pipe 21, gas may be filled to maintain the quality of the article.

In addition, the space forming body 1 illustrated in FIGS. 1, 2, and 3 in the figure
is formed from a foamed polystyrene board, and the space forming body 1 shown in FIG. It's something that doesn't exist.

The present invention has the above-mentioned structure, and the bottom surface 2 and both side surfaces 3, 3 of the space forming body 1, which is formed of a board material such as a styrofoam board or cardboard, are covered with a molded board 4 such as a cardboard or synthetic layer. The central plate part 5 formed in the above and the upright plate parts 7, 7 are bonded together via the first bent parts 6, 6, and the outer new curved plate parts 9, By forming the substrate section 10 provided with 9, the substrate section 10 on which the article is placed is formed.
It can be easily and inexpensively produced in large quantities, and it is also lightweight and extremely easy to handle. Further, the substrate section 10 is formed of a synthetic resin material and is inserted into a bag 12 having an upper opening 11.
The bottom side parts 13, 13 and the standing plate parts 7, 7 are glued together to form the insertion cavities 1, 1 for the Hawk Kri 7 and the Aoki Kakugaku. ] 4, it is easy to operate due to the fork grid 7, and the space forming body l such as a styrofoam plate and the outward bending plate part 1]
, 9'' - The articles 16... were placed over the inside 15 and stacked on the bottom article +'r7+8417 and the bottom article layer 17.
Product) V119 is formed by covering the product JF119 with a bag 12, tightening the upper opening 11 of the bag 12, and sucking the air inside the bag 20 through the air pipe 21, or filling it with gas and then sealing it. By forming the section 22, the strength of the space for inserting the landing gear of Balklift! 6 hours
It has many industrial effects, such as being able to eliminate problems such as corrosion or rusting and damage.

[Brief explanation of drawings]

Fig. 1 is a perspective view showing the relationship between the bag and the substrate part, Fig. 2 is a sectional view from a partial cutout Aj in Fig. 1, and Fig. 3 is a sectional view taken along line 13-B in Fig. 2. Figure ff14 is a perspective view showing the process of storing articles, Figure 5 is a partially cutaway perspective view showing the process of storing articles and suctioning air from the upper opening, and Figure 6M shows the process of sealing the upper opening. FIG. 7 is a perspective view of the package, FIG. 8 is a perspective view showing the relationship between the bag and the board in another embodiment, and FIG. 9 is a conventional package. be. 1... Space forming body 2... Bottom surface 3... Both 111
11 sides 4... Molded plate 5... Center plate part 6...
ml bending part 7... Erected plate part 8... Second bending part
9...Outward bending plate 10...Base part]1...Top opening 12...Bag 13...Bottom peripheral side part 14...
・Insertion space 15...Top part 16...Article 17
...Bottom article layer 18...Top article layer 19...Stacked article layer 20...Inside of bag 21...Empty (pipe 22...
...Sealing part 23...Hot melted molten glass (li2'l...
First adhesive layer 25... Second adhesive layer 26... Air suction device 27... Gas filling Maniso patent applicant Rengo Packaging System Co., Ltd. Figure 51''9 Figure

Claims (1)

[Claims] A medium-heat plate part 5 formed of a molded plate 4 of a corrugated board or synthetic resin on the bottom surface 2 and both sides 3° 3 of the space forming water 1 in a cross-shaped space 9 made of a temporary phase such as a styrofoam plate or cardboard.
and 11 the standing plate part erected via the bent parts 6, 6? , a base plate part 10 is formed with the outer bent plate parts 9, 9 via the second new curved part 8.8.The base plate part 10 is formed of a synthetic resin material and has an upper opening 11. The bag 12 is inserted into the bag 12, and the bottom circumferential side surface 13.13 of the bag 12 and the upright plate portions 7, 7
are glued to form the insertion spaces 14, 14 for the Hawklit row descending legs, and then the article 16 is glued over the space forming body 1 of the Styrofoam board @γ and the upper surface 15 of the outer bent plate parts 9, 9. ...
... is placed on the bottom article layer 1°7 and the bottom article layer 17.
The upper article layer 18 stacked on (liii)
i19, and then cover the stacked article layer 19 with the bag 12 and squeeze the "second part 1" 11 of the bag 12 to suck the air inside the bag 20 through the air pipe 21 or fill it with gas. A method for manufacturing a stacked package of articles, characterized in that a sealed portion 22 is then formed.