JPH0133351Y2 - - Google Patents

Description

DETAILED DESCRIPTION OF THE INVENTION The present invention relates to a film-covered stacked slip.

Department stores, transportation businesses, various factories, etc. use multiple stacked slips, and if you write on the top slip, the carbon between the slips or the carbon on the back will cause the top two to disappear.
It is written on the following slips at the same time, and one of them
A type of slip is used in which one slip is attached to the delivered item and the remaining slip is used as a delivery slip, delivery proof slip, work slip, etc.

Conventionally, in this type of slip, a plurality of stacked paper slips are used in an exposed state, and characters are written on the slips before they are covered with a film. The delivery slip attached to the product is then covered with a film to prevent it from getting wet or dirty. To cover the film, place a delivery slip showing the delivery address on top of the product, and then place a bag-shaped vinyl film made separately from the slip, one side coated with glue and a release paper attached to the glue-coated side. This was done by pressing and fixing the slip onto the product using the glue-coated surface of the film while peeling off the release paper from the glue-coated surface. However, the work of pasting such slips onto products using adhesive film is inefficient, and improvements have been desired.

In order to solve this problem, the present applicant has developed a method to improve work efficiency by using slips that are covered with a film from the beginning and attaching the slips covered with the film to the product. Various proposals have been made. For example, the proposals of JP-A-59-43000 and JP-A-59-143691 belong to this category, although they are still at the stage before the application is published.

The present invention has the same purpose as these proposals, namely, to provide a film-covered slip that protects the slip by covering it with a film, improves the workability of attaching it to the product, and makes the slip easy to handle. The purpose is to

The film-covered slip of the present invention that meets this purpose is
In a resin bag that is heat-sealed on three sides, a delivery slip is placed on the top layer and an emergency sampling type slip is placed on the bottom layer, and the stacked slips are stacked together without being glued. Store the bag without fixing it, and glue the top layer of the delivery slip to the top film of the bag, and glue the end of the bottom layer of the non-sampling slip on the back of the bag to the bottom film of the bag. It consists of a sampling slip with perforations along the glued part, glue applied to the lower surface of the lower film of the bag, and the glued surface removably covered with release paper.

With a slip structured in this way, the stacked slips can be covered with a film bag by machine before being attached to the product, and all that is required is to remove the release paper and then attach it to the product. This makes it easier to attach the slip to the product than in the past, improving work efficiency.

Further, the film-covered slip according to the present invention is in a separate state in the film bag, except for the slip and the carbon paper that are glued together.
It is easy to take out the slip film from the bag.
That is, in the film-covered slips that have already been proposed, all of the stacked slips were glued to the film at the left end, so a perforation line was placed on the slip along the left end glued part, and the slip could be separated at the perforation line. It was becoming like that. However, despite the presence of the perforation line, it was anticipated that there would be cases where it would not always be easy to take out the slip from the bag, and there was a risk that the slip would tear at parts other than the perforation line when the slip was pulled out. Since the slips, except for the delivery slip on the top layer and the non-sampling slip on the bottom layer, are not fastened to the film at the left end, they are easier to take out than in the past.

Furthermore, by exposing the right end of the slip from the bag, a pulling force can be applied to that part with one's fingers, making it extremely easy to take out the slip.

Preferred embodiments of the film-covered slip of the present invention will be described below with reference to the drawings.

1 and 2 show an embodiment of the present invention. In the figure, 10 is a stack of slips. The slip 11 may have carbon paper glued to it, or may not have carbon paper. Slip 11
The top layer is the delivery slip 12 to be delivered to the destination.
There is a non-sampling slip 13 at the bottom layer which is cut out at the destination.

The stacking slip 10 includes the upper film 14 from the top and bottom,
It is covered with a lower film 15. The upper film 14 and the lower film 15 are heat-sealed at positions along the left end and top and bottom of the stacked slip 10 to form a three-sided sealed bag. 16 is upper and lower film 1
4 and 15 are shown. The heat-sealed portion 16 of the bag and the stacked slip 10 are not fixed to each other, and the slip can be taken out from the right side of the bag sealed on three sides.

The upper film 14 is pasted on the delivery slip 12 located at the top layer of the stacked slip 10 at the left and right positions of the slip 11 by gluing portions 17 extending in the vertical direction of the slip 11. Therefore, the delivery slip 12 cannot be removed from the bag consisting of the upper and lower films 14 and 15.

The lowest layer slip 13 is pasted onto the lower film 15 at a gluing section 18 at a position on the left side of the slip. A perforation line 19 is inserted into the bottom slip 13 at a position along the glued part 18, and the right side of the perforation line 19 can be cut with the perforation line 19 to allow removal from the bag. However, this removal is usually performed after the item has been delivered to the destination.

The slip 13 at the bottom layer may be made up of a transfer sheet and a greeting or explanatory text folded in two or four, and such slips are also included in the concept of the slip of the present invention.

The stacked slips 10, except for the topmost slip 12, have their right ends exposed from the upper film 14 to the right. On the other hand, the lower film 15 is the stacking slip 1
It covers the entire lower part of 0 including the right edge of the slip.

Glue 20 is applied to the lower surface of the lower film 15, and a release paper 21 is removably attached to the portion where the glue 20 is applied.

10 stacked slips separated from each other as shown above
When mechanically covering with a film, a stacked slip 10 is formed as shown in FIG. In FIG. 3, the slip 11 is initially extended to the right of the perforation line 22, and is pasted with glue 23 at the right end of this extended portion. Gluing may be replaced by staple binding. One unit of the slips 11 to be superimposed in this manner is stitched together, the upper film 14 and the lower film 15 are applied from above and below, and the upper and lower films 14 and 15 are heat-sealed, and the upper and lower slips and the upper and lower layers are bonded together. Lower film 14,
15 is fixed with glue, and then the slip 1 is attached with perforation line 22.
1 is cut out to form the film-covered slip shown in FIG.

To attach the film-covered slip configured as described above to the product, first, the release paper 21 is attached to the lower film 1.
This is done by applying the glue 20 coated surface to the product with the glue 20 coated surface facing the product. Therefore, the slip 11 is already covered between the upper and lower films 14 and 15 before the product is attached, and since the slip is not covered with a film when the product is attached, it is difficult to attach the slip to the product. Covering with a film is much easier than before, and workability is improved. That is, the slip is coated with a film before it is attached to the product,
Moreover, since the film coating can be mechanized, work efficiency is improved. Also, Ichitan Film 14, 15
In order to take out the slips 11 covered with the film from within the films 14 and 15, each slip 11 is not fixed to the films 14 and 15 except for the delivery slip 12 and the non-sampling slip 13, which do not need to be taken out. Can be easily removed from the film bag,
The slip 11 will not come apart when taken out.
Furthermore, when taking out the slip 11 from inside the films 14 and 15, the right end of the slip 11 is located at the upper film 1.
Since it is exposed from 4, it is easy to remove slip 1 from that part.
1, you can apply the pulling force with your fingers, making it easier to pull out.

As described above, when using the film-covered slip of the present invention, it is possible to easily attach the slip to the product, and it is also easy to remove slips other than delivery slips and non-sampling slips from the bag consisting of the upper and lower films. become. In this case, if the right end of the slip protrudes to the right of the bag, the slip can be taken out even more easily.

[Brief explanation of the drawing]

FIG. 1 is a plan view of a film-covered slip according to an embodiment of the present invention, FIG. 2 is a sectional view of FIG. 1, and FIG. It is a sectional view. 10... superimposed slip, 11... slip, 12...
...Delivery slip, 13...Emergency sampling slip, 14...
. . . Upper film, 15 .

Claims (1)

[Scope of utility model registration request] In a resin bag that is heat-sealed on three sides, the delivery slip is placed on the top layer, and the non-sampling type slip is placed on the bottom layer, and the stacked slips are stacked without gluing. Store the bag without fixing it, and glue the top layer of the delivery slip to the top film of the bag, and glue the end of the bottom layer of the non-sampling slip on the back of the bag to the bottom film of the bag. A film-covered slip characterized in that perforations are made on the sampling slip along the glued part, glue is applied to the lower surface of the lower film of the bag, and the glue-applied surface is removably covered with release paper.