JPH0529893Y2 - - Google Patents

Description

[Detailed Description of the Invention] (Field of Industrial Application) The present invention relates to a delivery slip used for home delivery of products.

(Conventional technology) Traditionally, in the transportation industry such as home delivery services, various types of office processing slips have been combined with recipient slips, client slips, deliverer slips, etc. in order to maintain the accuracy of product delivery and streamline administrative processing. The shape is used. Various methods have been proposed to prevent the slips from becoming contaminated or unclear during handling, transportation, or storage in the distribution channels of these slips. For example, in Japanese Utility Model Publication No. 57-3010, a pressure-sensitive adhesive is applied to the back side of both ends of a transparent film that is wider than the slip above the slip body, and a release paper is polymerized on this pressure-sensitive adhesive surface. After filling out the form, the release paper is peeled off and the top slip of the slip is pasted with the adhesive on the back of the transparent film, which is then attached to the package. Insert a thinner slip binding between the transparent resin films, heat-seal the film along the binding side of the slip and the top and bottom, apply adhesive to the bottom of the lower film, and peel off the adhesive surface. Structure made of polymerized paper. Further, Japanese Utility Model Application Publication No. 60-67961 proposes a structure in which a release paper is attached via an adhesive to the upper and lower edges and the binding part of the backside of a matte-finished transparent film that protrudes from the slip binding.

(Problems that the invention aims to solve) When filling in the slip, the one in Utility Model Publication No. 57-3010 requires flipping over the transparent film at the top, which not only makes it less workable at the distribution site.
The release paper that is peeled off to attach the slip to the package has the disadvantage of being wasteful and time-consuming unless it is thrown away.

The method disclosed in Japanese Patent Application Laid-open No. 59-143691 requires upper and lower films and release paper in addition to the originally required slip, and has problems in handling and waste of resources due to the thick film.

In the method disclosed in JP-A No. 60-67961, it is difficult to polymerize release paper in this width shape on three sides extending outside the slip, so a single piece of release paper of the same size as the film is used. If a polymerized product is placed on top of a slip, the hard and thick release paper will generally be placed in the middle, making it difficult to write from the top, and if it is placed below the slip, the recorded image on the delivery slip, which should be clear, may become unclear. ,
Depending on where the baggage is attached, images printed on the baggage surface may overlap through the film, making it difficult to read the information on the slip. In any case, these proposals have the disadvantage that the release paper must be discarded, which is time consuming and wasteful.

In view of the conventional slips as described above, this invention eliminates any parts that are thrown away, creates clear delivery slips, protects slips from the external environment, improves handling, improves slip creation work, and reduces costs all at once. The purpose is to provide a new delivery slip that solves the problem.

(Means for solving the problem) The delivery slip of the present invention is a protection slip A and a protection slip A.
In the delivery slip that can be copied by stitching together a peel-off slip B of the same size and a slip binding C with a narrow top and bottom width from the slips A and B, the protection slip A is made of a writable opaque water-resistant sheet 1. An adhesive layer 2 is provided at a predetermined portion of the binding part and the top and bottom overhanging parts of the slip binding C on the back side, and the slip B with a peeling function has a self-coloring layer 4 that develops color under pressure on the surface of the base paper 5 and a protective layer. A peeling layer 3 is sequentially provided to be temporarily attached to the adhesive layer 2 of the slip A, and the slip binding C is made up of a plurality of slips integrated at the binding part, and has a protection slip A and a peeling function. The attached slip B is made up of a set by overlapping an adhesive layer and a release layer, and a slip binding C is attached to the lower side thereof.

The writable opaque waterproof sheet 1 of the protection slip A can be made of waterproof paper, synthetic paper, or opaquely treated waterproof resin film. The water-resistant resin film can be made opaque by kneading a pigment or the like or by solid printing on the front or back surface. In order to improve the writability, the surface may be matted after being opaquely treated, or the matte film may be opaquely treated. Furthermore, although it is not advantageous in terms of cost, it may be made by adhering or laminating a water-resistant resin film to the back surface of ordinary paper.

The adhesive layer 2 is provided entirely or partially on the back surface of the writable waterproof sheet located outside the slip body to be separated from the slip binding C at the perforation m. The method can be carried out by brush coating, coating machine, printing machine, etc.

The degree of opacity of the present invention is such that the clarity of the description on the protection slip is not impaired by the recording on the slip below the protection slip or the printing on the cargo when attached to the package. The pressure coloring layer on the base paper of the slip B with peeling function may be a layer that is almost colorless before writing and that develops color when pressure is applied.Specifically, it may be a layer that uses a diazo coupling reaction or a layer that uses a chelate reaction. It is possible to use those that utilize oxidation-reduction reactions, those that utilize acid-base reactions, and those that utilize acid-base reactions. From the viewpoint of availability and performance, the most preferred is a self-coloring carbonless layer, which is usually formed by mixing a microcapsule dispersion of a hydrophobic solution of a basic colorless dye and a dispersion of an acidic color developer and layering them all at once or one after another. It is convenient to use a coated product.

The peeling layer on the self-coloring layer may be formed by a commonly used peeling process such as silicone processing. Further, it is necessary to provide the release layer at least in a portion corresponding to the adhesive layer 2 provided on the protection slip A, and applying it to the entire surface is advantageous in terms of manufacturing work and temporary attachment work with the protection slip.

Slip binding C is made by stitching together one side of multiple slips with a thin top and bottom width from the protection slip A and the peeling slip B, and the other side is attached to the package using the adhesive 2 provided on the back of the protection slip A during use. When slip C is protected, it protrudes from one side of protected slip A, and normally the lower the slip, the more the protruding portion is. The slip C is pasted to the protected slip A or the peelable slip B at the pasting section 6 near the stitching section. The slip C is often pasted at a position where the topmost slip of the slip C protrudes from the protected slip A and where the protected slip A overhangs the left side of the pasting section 6. As shown in Fig. 2, the pasting method involves removing a considerable portion of the slip B with a peeling function on the pasting part 6, and then removing from the left end of the back of the protection slip A on top of it to the surface including the pasting part 6. Adhesive 2 applied with the width of
A method of pasting, or without providing a peeling layer on the part where release slip B is pasted, adhesive layer 2a on the back side of protection slip A is used to adhere protection slip A and slip C.
Examples include a method of pasting on the back side of the base paper 5 of the slip with a peelable function using an adhesive separately provided on the pasting part 6.

Further, each of the slips constituting the slip binding C is provided with a copyable layer except for the bottom slip. This copying method is the same as that of conventional slips, and can be either a carbonless system or a back carbon system, or both systems can be used together. Furthermore, in the carbonless system, a combination of an upper paper coated with colorless dye-containing microcapsules, a lower paper coated with a color developer, and an inner paper coated with both on the front and back sides may be used as needed, or both may be used in combination. A so-called self-coloring pressure-sensitive recording paper coated on the same side may also be used. On the other hand, in the case of a back carbon system, a carbon layer is provided on the back side of each vote.

A predetermined form according to necessity is printed on the surface of each of the protection slip A, the peelable slip B, and the slip binding C. If the protection slip A and the slip B with peeling function of the present invention are combined and subjected to crusher printing from above, a form can be printed on both in one process, which is extremely efficient. In addition, if a ticket stub is required for administrative purposes, slip binding C of detachment slip B
It is sufficient to print a predetermined form from the upper side by setting the left side projecting portion B' to a predetermined size. If such a thing is not necessary, the left sides of the peelable slip B and the slip binding C may be almost aligned and the slip binding C may be pasted without removing the overhanging portion.

(Function) When the predetermined information is filled in on the delivery slip of the present invention, it is copied onto all slips including slip B with a peeling function having a pressure coloring layer. Therefore, first, the slip B with a peeling function is peeled off from the back side of the protection slip A, and then it is attached to the surface of the package using the adhesive 2 on the back side of the protection slip A that appears. That is, the protection slip A is wider in the vertical direction than the slip binding C, and as the case may be, an overhanging part of the protection slip A is provided on the left side of the pasting part 6 of the slip binding C, so that if it is pasted to the package using this part,
The baggage surface and the protection slip form a bag, and the unprocessed slip binding C is stored inside the bag.

In this state, the delivery slip is transported together with the package, the unprocessed slips are separated as appropriate on the distribution route, and finally the protected slip A remains on the package as the destination slip. Note that the slip B with the peeling function that was peeled first is processed according to the intended purpose.

(Example) An example of the present invention will be described below with reference to the drawings. Figure 1 is a plan view, Figure 2 is a sectional view taken along the - line in Figure 1, Figure 3 is a sectional view taken along the - line in Figure 1, and Figure 4 is a sectional view taken along the - line in Figure 1.
The figure is a back view of protection slip A.

In this embodiment, the delivery slip consists of a protection slip A, a slip-off slip B and a slip binding C.

The slip binding C is made by gluing together four slips, each of which is longer as it goes down, using a pasting section 6 that aligns one end of each slip. Therefore, there is no adhesive on the top slip of slip binding C. Although not shown, a predetermined form is printed on the front side of each slip, and the back side except the bottom slip is made copyable using a back carbon or carbonless system. Furthermore, each slip is provided with perforations m adjacent to the pasting portion 6 to facilitate cutting of each slip.

Release slip B is a commercially available self-coloring pressure-sensitive copying paper whose surface is treated with resin and further coated with a release agent such as silicone. In this case, the pressure coloring layer and the release layer may be provided on the entire surface of the base paper, or may be provided only on the portion that contacts the adhesive 2.

The writable water-resistant sheet for protection slip A is made of an opaque synthetic resin film mixed with pigment, and has a matte finish on the surface, and as shown in Figure 4, the back of the sheet is coated from the edge on which slip binding C is pasted. The adhesive layer 2a is applied to the entire surface up to the perforation m provided in the binding C, and a thin layer is applied to at least a portion of the top and bottom overhanging from the slip binding C at a portion slightly away from the perforation m on the opposite side of the pasting part. Further, the adhesive layer 2b with a width of 2
An adhesive layer 2c having a wider width than b was applied to the other end at the same position as 2b.

The protective slip A and the peelable slip B are temporarily attached with adhesives 2a, 2b, and 2c, and the form is printed on both slips at once by classia printing. Alternatively, both slips may be printed separately and then temporarily attached. A bar code 8, slip serial number, etc. are printed on the left side of the slit k of the peelable slip B, so that it can be used as a stub B'.

Using the notch kk' provided in the peel-off slip B, this part was removed, and the slip binding C, which had already been printed, was pasted using the adhesive layer 21 that appeared, using the pasting part 6 to complete the delivery slip. .

(Effects of the invention) The delivery slip according to the invention has a structure in which a protection slip made of a wide writable opaque water-resistant sheet and a slip with a peel-off function are superimposed on the slip binding, so it can be used as a protection slip with one printing. 2 slips with peeling function
You can print on multiple sheets at the same time.

Everything can be effectively used as a slip, and there is no part to throw away, which simplifies the effective use of resources and the task of discarding.

The top slip, which serves as the delivery slip, is made of a writable, opaque, water-resistant sheet, so the slip is completely protected during the distribution route, and the record of the delivery slip is clear and will not be contaminated by the external environment. Even if there is printing on the pasting area, the information on the slip will not become difficult to read, and the ease of pasting work and customer service can be maintained at the same time, regardless of where the baggage is pasted.

Since the conventional simple protective sheet and release paper are all used as the slip, the thickness of the slip is two sheets thinner than the conventional one, making it easier to fill in and obtain clear records. It also has the effect of being advantageous in terms of storage.

In other words, it provides extremely large benefits to manufacturing, distribution channels, and customers.

[Brief explanation of the drawing]

Fig. 1 is a plan view of a delivery slip according to an embodiment of the present invention, Fig. 2 is a sectional view taken along the - line in Fig. 1, Fig. 3 is a sectional view taken along the - line, and Fig. 4 is a back view of the protected slip A. It is. A... Protection slip and delivery slip, B... slip with peeling function, B'... ticket stub, C... slip binding, 1... opaque writable waterproof sheet, 2, 7... adhesive layer,
3...Peeling layer, 4...Pressure coloring layer, 5...
...Base paper, 6...Adhesive part, m...Perforation, kk'...
...notch.

Claims (1)

[Scope of claim for utility model registration] (1) A protected slip A, a slip B with a peel-off function of the same size as the slip A, and a slip binding C with a thin top and bottom width from the slips A and B can be stitched together and copied. In the configured delivery slip, the protective slip A is formed by providing an adhesive layer on the back side of the writable opaque water-resistant sheet 1 at a predetermined portion of the binding portion of the slip binding C and the top and bottom overhanging portions, and has a peeling function. Attached slip B consists of a self-coloring layer 4 that develops color under pressure on the surface of a base paper 5, and a release layer 3 that is temporarily attached to the adhesive layer 2 of the protective slip A, and a slip binding C. is made up of a plurality of slips integrated at the stitching part, and a protected slip A and a slip B with a release function are stacked with an adhesive layer and a release layer to form a set, and a slip binding C is stitched to the bottom of the set. A delivery slip characterized by: (2) The delivery slip according to claim 1 of the utility model registration claim, wherein the self-coloring layer is a carbonless layer. (3) Set the protective slip A and slip B with a peeling function by overlapping the adhesive layer and the release layer, and shift the binding position of the slip binding C and fully fit the set slip on the left side of the slip binding C. Let it come out and staple it, slip B.
A notch is made in the position corresponding to the left end of the set slip C, and predetermined entry fields and machine-readable information such as barcodes are provided on the protruding portion of the set slip A and the peelable slip B. The delivery slip according to claim 1 or 2 of the utility model registration claim, which is characterized in that it can be used as a utility model registration claim.