JPS6127755Y2 - - Google Patents

Description

[Detailed explanation of the invention] This invention is a slip that is attached to the outside of various products or packages with the addressee, contents, etc. written on them and is used for the delivery of the products or packages. On one side of a multi-sheet slip having a separation line near the edge of one side, a transparent or A delivery slip in which a translucent film is polymerized, a pressure-sensitive adhesive is applied to the entire length and breadth of one side of the film in contact with the slip, and a release paper is affixed to the adhesive-coated surface. Regarding.

As shown in FIGS. 5 and 6, a conventionally known delivery slip of this type has adhesives 0c and 0 on both sides of the film 02 in the width direction.
Among the release papers 03, 03 pasted through c, the inner end portion 0 over an appropriate width of one of the release papers 03
3a from the film 02, and between the peeled inner end portion 03a of the release paper and the corresponding portion of the film 02, an end portion 01a closer to the outer side than the tearing line 0a of the multi-sheet slip 01 is separated. It is sandwiched and the sandwiched end portion 01a is adhesively fixed to the adhesive 0c of the film 02 portion.

In conventional delivery slips with such a configuration, one end of the film 02 in the width direction protrudes further outward than the outer side of the slip 01 on the tear line 0a side, making the entire slip wide in width and difficult to handle. Not only that, but the actual effective protection area of the film 02 for the slip becomes small, and in order to ensure sufficient slip protection performance, it is necessary to use a film 02 that is very large compared to the size of the slip 01. On the other hand, there was a trade-off problem in that if the size of the film 02 was made smaller due to cost issues, the slip protection performance would be reduced accordingly.

Moreover, after partially peeling off the release paper 03 pasted on the adhesive c-applied surface of the film 02, the outer end portion 01a of the slip 01 is aligned with the inner end portion 03a of the release paper. film 0
It requires a tedious work such as inserting and sandwiching between two parts, and it is very difficult to automate such work, and it is difficult to improve the manufacturing efficiency of delivery slips, that is, productivity. It is inconvenient to
Furthermore, the amount of release paper 03 is likely to vary locally, which is disadvantageous in terms of product yield.

The purpose of the present invention is to eliminate these conventional drawbacks.

In order to achieve the above object, the delivery slip according to the present invention, as detailed at the beginning, is such that an end portion of the slip closer to the outer side than the separation line wraps around one end of the film in the width direction. The film is folded and polymerized on the side opposite to the side that contacts the slip, and this folded and polymerized portion is adhesively fixed to the film via an adhesive means different from the adhesive. It is characterized by its structure.

According to the delivery slip according to the present invention having such a characteristic configuration, the folded portion formed on the outer side of the separation line side of the multi-sheet slip is used for stretching and folding the film and the slip. The film acts as a fulcrum, and by swinging the film around this fulcrum, the film and the slip are expanded as shown in Figure 3, exposing the entire surface for filling in the necessary information on the slip, making it possible to insert the slip into the slip without any difference from conventional methods. In addition, by swinging the film around the fulcrum, the film is folded and superimposed on the entry surface of the multi-sheet slip as shown in Figure 2, so that the separation line side of the slip itself can be Since the edges are folded back, the width of the entire delivery slip is that much smaller, and when using a slip of the same size as a conventional one, it is not only compact and easy to handle, but also covers the entire width of the film. is the effective protection area for slips, and therefore, by using a film that is slightly smaller than the size of the slip, the film cost can be kept as low as possible while ensuring sufficient slip protection performance by the film.

In addition, as a means for adhering and fixing the folded overlapping portion of the slip and the film, an adhesive other than the adhesive used to attach the release paper is used to bond the folded overlapping portion of the slip to the film on the opposite side of the film from the side that contacts the slip. Since both sides are glued and fixed at the surface, it is a tedious process that requires partially peeling off the release paper and inserting the edge of the slip between the release paper and the film, which is a tedious process that is difficult to automate. is not necessary, and the production efficiency of delivery slips can be easily improved by introducing an automatic adhesive means.

As described above, by simply devising a means of adhesively fixing one end of the slip in the width direction and one end of the corresponding film in the width direction, the entire slip can be made more compact and cost-reduced, and productivity can be improved. It has now become possible to achieve this goal.

Hereinafter, embodiments of the present invention will be described based on the drawings.

When constructing the delivery slip shown in FIGS. 1 and 2, the required number of sheets (for example,
The width of this slip 1 is placed on the surface of a multi-sheet slip 1 having a separation line a that can be separated one by one.
Polymerize a transparent (semi-transparent) plastic film 2 having a width L ₁ approximately equal to l ₁ and a vertical width L ₂ larger than the vertical width l ₂ of the slip 1;
One surface of this film 2, that is, one side that is in contact with the surface of the slip 1, and the entire vertical width of both sides in the width direction, are used to attach the slip 1 to a product, package, etc. via this film 2. Pressure adhesives c and c are applied, and release papers 3 and 3 are pasted on the surfaces to which these adhesives c and c are applied, respectively.

A crease b parallel or almost parallel to the separation line a is located approximately at the center in the width direction of the end portion 1a of the slip 1, which is located on the outer side of the separation line a such as using a perforation.
, and wrap the edge portion 1a of the slip 1 around one end side of the film 2 in the width direction, using the fold b as a fulcrum, on the opposite side of the surface of the film 2 that is in contact with the slip 1. The folded and overlapped portion 1a is adhesively fixed to the outer surface of the film 2 through an adhesive means different from the adhesive c, that is, an adhesive d.

The release papers 3, 3 are configured to be wider in width than the surfaces to which the adhesives c, c are applied so that they can be easily peeled off with the non-adhesive ends 3b, 3b released from the film 2. ing.

The material of the film 2 is PE, OP,
There are CP, PVC, etc., which can be selected appropriately depending on conditions such as purpose of use and cost.

As a means of adhering the folded overlapping portion 1a of the slip 1 and the film 2, other than adhesive d,
Heat welding, high frequency welding, etc. may also be used.

FIG. 3 shows the state in which required items are entered on the slip 1.

In the above-described embodiment, the adhesives c and c were applied to both sides of the film 2 in the width direction, but the adhesive c may be applied to the entire area of the film 2 as shown in FIG. .

Further, as a means for folding the folded portion 1a of the slip 1, in the above-described embodiment, a crease b is provided, but instead of this, a perforation or the like may be formed.

[Brief explanation of the drawing]

1 to 3 show an embodiment of the delivery slip according to the present invention, with FIG. 1 being a perspective view, and FIGS. 2 and 3 being longitudinal sectional views when folded and when filled out. FIG. 4 is a longitudinal sectional view showing another embodiment. FIGS. 5 and 6 are a perspective view and a vertical sectional view showing a conventional delivery slip. 1 is the slip, 1a is the folded part, 2 is the film,
3 is release paper.

Claims (1)

[Claims for Utility Model Registration] On one side of a multi-sheet slip 1 having a separation line a near the edge of one side, the slip 1 has a width L ₁ that is equal to or approximately equal to the width L ₁ of the slip 1, and A transparent or translucent film 2 having a vertical width L ₂ larger than the vertical width L ₂ of the slip 1 is polymerized, and one surface of the film 2 on the side in contact with the slip 1 is pressure-sensitive over the entire lengthwise width direction. A delivery slip on which an adhesive c is applied and a release paper 3 is attached to the adhesive c-applied surface, and the above-mentioned slip 1
An end portion 1a closer to the outer side than the separation line a of
is folded and polymerized on the side opposite to the side of the film 2 that contacts the slip 1 so as to wrap one end of the film 2 in the width direction, and this folded and overlapped portion 1a is made of a material other than the adhesive c. A delivery slip characterized in that the film 2 is adhesively fixed through adhesive means. The delivery slip according to claim 1, wherein the adhesive c is applied to substantially the entire area of the film 2. The delivery slip according to claim 1, wherein the adhesive c is applied to both sides of the film 2 in the width direction.