JPH0538954Y2 - - Google Patents

Description

[Detailed Description of the Invention] [Industrial Field of Application] The present invention relates to a delivery slip that is attached to a delivered item and allows delivery management to be performed based on the written delivery information.

[Conventional technology]

Conventionally, as shown in FIGS. 6 to 8, this type of delivery slip 1 is a one-side open type in which an envelope top sheet 20 and an envelope bottom sheet 3 are sealed at three peripheries via an adhesive 4. A predetermined number of slips 6 are removably bound together with an adhesive 4 in the envelope section 5, and a plurality of slips 6 are attached to the short side sealing section 20a of the upper envelope sheet 20. It had a structure in which a number of duplicate slips 7 were bound together with an adhesive 8 interposed therebetween.
and the copy slip 7, the top envelope 20, and the copy slip 6.
A copy structure of the carbon system is adopted between the delivery slip 7 and the delivery information written in the information entry section 7a provided on the top copy slip 7 (for example, delivery address and name, client's address and name, delivery item details) etc.) are provided in the information writing section 7b of the lower copy slip, the information writing section 20b of the top envelope 2, which are provided so as to overlap with this information writing section 7a, and the information on the upper copy slip 6. It is also copied to the writing section 6a at the same time. The method of attaching it to the delivered item is as follows:
An adhesive material 9 is applied to the back surface of the envelope bottom paper 3, and this adhesive material 9 is removably covered with a release paper 10.

[The problem that the idea attempts to solve]

However, in the above-mentioned conventional delivery slip, the copy slip, envelope top paper, etc. are made of thin paper for ease of writing, and the back side of each copy slip, envelope top paper, and copy slip is made of thin paper. As shown in FIG. 7, since the copying structure includes carbon copying agent layers 7c, 20c, and 6b coated with a carbon copying agent, the carbon copying agent layer is on the front side of the upper paper of the envelope. It was transparent, which spoiled the appearance of the top of the envelope, and also made it difficult to read the fields and notes printed on the top of the envelope. In particular, problems have been caused by the deterioration of the appearance and the difficulty in reading the information on the top of the envelope, which is located at the top of the page during the delivery process and the delivery information is read (Figure 8 shows the state of the back of the envelope). show). Furthermore, since the envelope cover paper is attached to the delivered item until the delivered item reaches its destination, it is easily damaged and the delivery information may be lost.

Therefore, it has been a challenge to improve the durability of delivery slips by changing the appearance of envelope paper without compromising writability.

[Means to solve the problem]

The present invention was made in consideration of the above-mentioned conventional problems, and is a one-sided opening type that is made by sealing the three peripheries of the upper envelope and the lower envelope, which have a delivery information writing section on the front side. In a delivery slip having a duplication configuration in which a predetermined number of receipt slips are removably provided in the envelope portion of the envelope, and entries from the upper paper side of the envelope are copied and entered on the receipt slip in the envelope portion, the back side of the upper paper of the envelope is The present invention solves the conventional problems by providing a delivery slip characterized by providing an aluminum vapor deposited layer and providing a carbon copying agent layer on the aluminum vapor deposited layer corresponding to a predetermined information writing area on the upper paper of the envelope. .

[Effect]

In this invention, the aluminum vapor-deposited layer on the back side of the top paper of the envelope acts as a light-shielding layer to prevent the carbon copying agent layer from standing out on the top paper side of the envelope, and the carbon copying agent layer is placed on the envelope through the aluminum vapor-deposition layer. Becomes coated with paper.

〔Example〕

Next, the present invention will be explained in detail based on the embodiments shown in FIGS. 1 to 5. It should be noted that parts having the same structure as those of the conventional example described above are given the same reference numerals, and the explanation thereof will be omitted.

In the delivery slip 1 of the present invention, the back side of the envelope top paper 2 is covered with the exception of the back side of the short-side sealing part 2a, that is, the back side of the binding part with the uppermost copy that is sealed with the envelope bottom paper. An aluminum vapor-deposited layer 11 is provided on the entire back surface except for (see FIG. 2).
The short side sealed portion 2a and the long side sealed portion 2c
An envelope portion 5 is provided which is sealed with an adhesive 4 applied thereto. Further, during this sealing, the end of the copy slip 6 is interposed between the short side sealing portion 2a and the sealing portion of the bottom envelope sheet 3, and the envelope top sheet and the envelope bottom sheet are stitched together.

The aluminum vapor-deposited layer 11 is provided with a carbon copying agent layer 2b formed by coating a carbon copying agent on a portion corresponding to the information writing section 2d on the front side of the envelope top paper 2, and is located at the top. The information written in the information writing section 7a of the copy slip 7 is copied up to the information writing section 2d of the envelope top sheet 2, and the carbon copying agent layer 2b makes the information written in the information writing section 7a of the copy slip 7 face the envelope top sheet 2 in the envelope section 5. The information is also copied on the information writing section 6a of the backing piece 60 (see FIG. 3).

The short-side sealed portion 2a, which is not provided with the aluminum vapor deposition layer 11, is made so that the front and back sides can be seen through due to the transparency of the envelope paper itself. A cross-shaped register 12 is provided from the back side of the sealing part 2a at the same time as the carbon copying agent forming the carbon copying agent layer 2b is applied, and from the front side of the sealing part 2a, a cross-shaped register 12 is provided by the carbon copying agent. A cross-shaped register 13 is provided by printing at the same time as printing on the front surface of the envelope top paper 2 (see FIG. 2). Said register 1
Reference numeral 2 serves as a guide for indicating the position of the carbon copying agent layer 2b, and reference mark 13 also serves as a guide for indicating the position of the information writing section 2b.By looking through the sealing section 2a, the aluminum vapor deposition The positional correspondence between the carbon layer 2b with the layer 11 disposed therebetween and the information writing section 2d can be easily confirmed, and it becomes easy to find defective envelope top sheets with large positional deviations. This register is not limited to the above-mentioned cross shape, and various shapes such as ◯ and △ can be adopted as appropriate.

In the above-mentioned embodiment, since the aluminum vapor deposition layer is not provided on the back surface of the sealing part 2a, the sealing part 2a and the end of the receipt slip 6 are directly and firmly bonded together with an adhesive. Envelope section 5
The receipt slip 6 can be easily extracted from the paper. To prevent the upper layer of two-layer paper from being peeled off without adhesion between the adhesive part of the receipt and the top paper of the envelope when separating the receipt on the upper side of the envelope. In addition, if aluminum vapor deposition is not performed on the sealing section 2c as well as the sealing section 2a, the three surrounding sealing sections of the envelope section 5 will be more firmly bonded to each other, thereby preventing damage to the envelope section. (See Figure 4). Since it is sufficient that the registers 12 and 13 can be seen through the sealed portion, the transparent surface can be made small so that only the registers 12 and 13 can be seen, contrary to the above-described configuration (see Fig. 5). . Furthermore, in order to provide a surface that can be seen through, in addition to the method of not performing aluminum vapor deposition as described above, the thickness of the aluminum vapor deposition may be made thin so that the surface can be seen through.

[Effect of idea]

As described above, according to the present invention, the delivery slip is formed by sealing three edges of the top envelope paper and the bottom envelope paper, which have delivery information written on the front side, and has a predetermined number of copies that can be freely removed inside the envelope section with an opening on one side, and in the delivery slip having a copying configuration in which information written on the top envelope paper is copied and written onto the copy paper inside the envelope section, an aluminum vapor deposition layer is provided on the back side of the envelope top paper, and a carbon copying agent layer is provided on the aluminum vapor deposition layer corresponding to the predetermined information writing section of the envelope top paper, so that the carbon copying agent layer is concealed by the aluminum vapor deposition layer, making the delivery information and contact information written on the surface of the envelope top paper clear, and a gloss is given to the surface of the envelope top paper, improving the texture of the envelope top paper and also improving the durability of the envelope top paper.

In addition, since the carbon copying agent layer is provided on the aluminum vapor deposition layer, the carbon copying agent layer can be peeled off from the aluminum vapor deposition layer extremely smoothly during copying, making it possible to make clear copy entries, which has excellent practical effects. It is something.

[Brief explanation of drawings]

Fig. 1 is an explanatory diagram showing an exploded state of one embodiment of a delivery slip according to the present invention, Fig. 2 is an explanatory diagram showing the back side of an envelope cover sheet in one embodiment, and Fig. 3 is an explanatory diagram showing the essentials of one embodiment. FIG. 4 and FIG. 5 are explanatory diagrams showing other embodiments. FIG. 6 is an explanatory diagram showing the conventional example in an exploded state. FIG. 7 is an explanatory diagram showing the conventional example in cross section. The explanatory diagram, FIG. 8, shows the top paper of a conventional envelope. 1...Delivery slip, 2...Envelope cover, 2d, 6
a, 7a... Information writing section, 2b, 6b, 7c...
Carbon copying agent layer, 3... Envelope bottom paper, 5... Envelope portion, 11... Aluminum vapor deposited layer.

Claims (1)

[Scope of Claim for Utility Model Registration] Prescribed slips are extracted from an envelope with an opening on one side, which is formed by sealing the upper and lower envelopes on three sides, which have a delivery information section on the front side. In the delivery slip, which has a copy structure in which the entries from the top paper side of the envelope are copied and entered on a receipt inside the envelope, an aluminum vapor-deposited layer is provided on the back side of the top paper of the envelope, and A delivery slip characterized in that a carbon copying agent layer is provided on an aluminum vapor-deposited layer corresponding to a predetermined information writing section.