JPH052576B2 - - Google Patents

Description

DETAILED DESCRIPTION OF THE INVENTION [Field of Industrial Application] The present invention relates to a method of printing an address and notification information corresponding to the address on a form for a sealed letter, folding and gluing the printed envelope to form a sealed letter.

[Conventional technology]

Conventionally, envelope forms that allow the addressee and notification information of envelopes to be directly printed using impact printers or non-impact printers have been printed in a Z-shape, as disclosed in Publication of Utility Model Publication No. 56-9638. A sealed letter was formed by folding the envelope and gluing the side edges together, and the recipient could tear out a predetermined part and open the envelope.

[Problem that the invention seeks to solve]

However, in the case of a sealed letter made of the above-mentioned conventional sealed letter form, in order for the recipient of the sealed letter to confirm the notification information printed on the inside paper of the envelope or the inner side of the bottom paper of the envelope, at least three seals around the envelope are required. It was necessary to cut out a portion, open the envelope, and open the envelope to check it.

For this reason, it takes time to open the sealed letter, and since the bag does not retain its shape after opening, other pieces of paper, etc. that have been kept for checking notification information, etc., must be inserted inside the sealed letter and stored together. It was impossible and inconvenient.

Also, Publication No. 6168 of 1972,
Publication No. 21446 and Japanese Utility Model Publication No. 54-2904, etc., describe envelopes in which the inserted paper can be removed by opening one end of the envelope, but these conventional envelopes all have an enclosed paper inside the envelope. Since the paper is structured so that information is printed by copying through the top paper of the envelope, it is difficult to print notification information with a non-impact printer, which is difficult to copy and print. This was inconvenient due to the restrictions of

[Means for solving problems]

The present invention has been made in view of the above-mentioned conventional circumstances, and includes an upper envelope paper strip having an address printing area connected to one side through a folding perforation with the lower envelope paper strip in the center, and a folding perforation machine on the other side. The inner envelope paper strips having the notification information printed portion corresponding to the addressee are arranged in a row through the eyes, and the side of the lower envelope paper strip and the inner envelope paper strip on the folding perforation side is opposite to the folding perforation of the upper envelope paper strip. Perforations for opening are provided on each of the side edges, and at least the upper and lower sides of the back of the upper paper of the envelope, the back of the side of the opening perforation, the upper and lower sides of the back of the lower paper of the envelope, and the folding perforation of the inner paper of the envelope. An envelope in which a sealing part is provided on the side of the surface, and an adhesive that does not adhere under normal conditions but adheres by applying adhesive conditions such as heat, pressure, water, etc. is provided in the predetermined sealing part. Print information such as the addressee printed on the addressee printing area on the front side of the top paper piece of the envelope and notification information corresponding to the addressee printed on the notification information printing area on the front side of the paper piece inside the envelope is printed on the envelope form on the envelope. Fold the paper piece to the back side of the bottom paper piece of the envelope, fold the top paper piece of the envelope to the surface of the inner paper piece of the envelope, apply adhesive conditions to the adhesive in the sealing part, and seal the top paper piece of the envelope, the paper piece inside the envelope, and the bottom paper piece of the envelope. This invention solves the disadvantages of the conventional method by producing an envelope from which the paper pieces inside the envelope can be easily taken out.

[Effect]

In the present invention, it is possible to easily print the notification information corresponding to the address on the top of the envelope and the address inside the envelope using not only an impact printer but also a non-impact printer such as a xerography method or an inkjet method. To provide a sealed letter in which the sealed letter can be easily opened and the paper inside the sealed letter can be taken out, and the shape of the bag part can be kept even after opening.

〔Example〕

Next, the present invention will be explained in detail based on the embodiments shown in FIGS. 1 to 8.

In the figure, reference numeral 1 denotes a form for an envelope, and the form 1 for an envelope consists of an upper envelope piece 2, a lower envelope piece 3, and an inner envelope piece 4, which are formed to have approximately the same size. The upper envelope paper piece 2 has an address printing part 20 on its surface, which is connected to one side of the lower envelope paper piece 3 via the folding perforation 5, and the inner envelope paper piece 4
has a notification information entry section 40 on its surface, and is continuous with a folding perforation 5 on the side opposite to the top paper piece 2 side of the envelope. Then, as shown in FIG. 3, the addressee on the upper envelope 2 is exposed, and the inner envelope 4 is folded so that it is positioned between the upper envelope 2 and the lower envelope 3. This covers the notification information corresponding to the addressee printed on the notification information entry section 40 of.

In addition, as shown in Figure 1, each of the three pieces of paper has perforations for opening and tearing, and the recipient can cut open a piece of the envelope to create a strip of paper inside the envelope with a section for writing notification information. It is designed so that it can be pulled out. That is, the folding perforation 5 of the envelope sheet 2
An opening perforation 6 is bored on the opposite side of the opening perforation 6, and the outside of the opening perforation 6 is used as a cutout part, and the folding perforation 5 side is located on the inner envelope paper piece 4 side of the lower envelope paper piece 3. There are opening perforations 6 on each side of the envelope and on the side of the folding perforation 5 side of the inner envelope piece 4.
, and both sides of the folding perforation 5 are used as cutout portions. Furthermore, perforations 7 for cutting are provided on both the upper and lower sides of the inner envelope piece 4. The cutting perforation 7 is a long perforation in the cut portion, and is provided so that the piece of paper 4 inside the envelope can be easily removed. In addition, perforation 7 for cutting
The ratio of the cut portion to the tie portion is appropriately determined depending on the paper quality, paper thickness, size, etc. of the inner paper piece 4 of the envelope.

Each of the three pieces of paper has a sealed portion 8 at a predetermined location.
An adhesive 8' is applied to the sealed portion 8, and the sealed letter form is folded to form the sealed portions of the three pieces of paper, which are adhered to each other with adhesive to form a sealed letter 9. That is, in the upper envelope piece 2, the sealing part 8 is provided on the side of the opening perforation 6 on the back side and on the upper and lower sides of the back surface, and in the lower envelope paper piece 3, the sealing part 8 is provided on the upper and lower sides of the back surface. is provided. Furthermore, in the inner envelope piece 4, there are sealing parts 8 on the side (cutout part) on the side of the opening perforation 6 on the front side, the upper and lower sides on the side of the cutting perforation 7 on the back side, and the upper and lower sides on the side of the cutting perforation 7 on the back side. It is set up. As shown in FIG. 3, when the letter form 1 is folded along the folding perforations 5, 5, the adhesive 8' of the facing sealing portions 8 adheres the paper sides.
Note that the adhesive does not adhere in a normal state, but adheres by applying adhesive conditions such as heat, pressure, and water. Further, the adhesive may be applied to either one of the facing sealing parts.

Next, a method for manufacturing a sealed letter formed from the sealed letter form having the above structure will be explained.

The envelope form 1 is as shown in Fig. 5A.
After the addressee and the notification information corresponding to the addressee are printed (arrow A) on the address printing part 20 and the notification information entry part 40 on the surfaces of the upper envelope paper piece 2 and the inner envelope paper piece 4, respectively, using a printer, a roller or the like is then assembled. The first folding is performed from the folding perforation 5 at the border between the lower envelope piece 3 and the inner envelope piece 4 through a folding device consisting of a folding device, and then,
Fold the envelope a second time from the folding perforation 5 at the boundary between the upper envelope piece 2 and the lower envelope piece 3, overlap the three pieces (see Figure 5 B), and apply the adhesive conditions of heat and pressure (arrow B). ), or water or the like is added to the adhesive 8' to seal the sealing part 8 between the envelope top paper piece 2 and the inner envelope paper piece 4.
Then, the sealing parts 8 of the inner envelope paper piece 4 and the lower envelope paper piece 3 are glued together to create an envelope 9 shown in FIG. 2, which is then sent.

The recipient of the sealed letter 9 opens one end of the sealed letter 9 through the opening perforation 6 as shown in FIG.
By grasping the edge of the envelope and pulling it, you can separate the sealed parts of the upper and lower envelope pieces 2 and 3 on the upper and lower sides of the inner envelope piece 4 from the cutting perforations 7 on the upper and lower sides of the inner envelope piece 4. By pulling out the paper piece 4 inside the envelope, it is possible to check the notification information printed on the notification information printing section 40 of the paper piece 4 inside the envelope.

In addition, in the above envelope form, as shown in FIG. 6, the lower side of the inner envelope paper piece 4 is cut off to make the vertical dimension of the inner envelope paper piece 4 smaller than the vertical dimension of the upper envelope paper piece 2 and the lower envelope paper piece 3. The sealing part 8 and the perforation for cutting 7 may be provided only on the upper side of the paper piece 4 inside the envelope, and the envelope 9 is made by folding the envelope form and sealing the corresponding sealing parts to each other. When cut open at the cutout 6, the inner envelope piece 4 can be easily taken out by simply cutting off the cutout perforation 7 on the upper side. Furthermore, as shown in FIG. 7, the upper side of the inner envelope paper piece 4 is cut off to make the vertical dimension of the inner envelope paper piece 4 smaller than the vertical dimension of the upper envelope paper piece 2 and the lower envelope paper piece 3. The sealed part 8 and the perforation 7 for cutting may be provided only on the lower side, and when the envelope form is folded and the corresponding sealed parts are sealed together, the sealed letter 9 is cut open at the perforation 6 for opening. The envelope piece 4 can be easily taken out by simply cutting off the cutting perforation 7 on the lower side. Then, as shown in FIG. 8, both upper and lower sides of the inner envelope paper piece 4 are cut off to make the vertical dimension of the inner envelope paper piece 4 smaller than the vertical dimension of the upper envelope paper piece 2 and the lower envelope paper piece 3, so that the inner envelope paper piece 4 is The upper and lower sides may be provided so that they are not sealed to the sealed parts of the upper and lower paper pieces of the envelope, and the perforations for opening the envelope 9 are formed by folding the envelope form and sealing the corresponding sealed parts to each other. By cutting it open at 6, the inner piece of paper 4 can be easily taken out.

The opening perforation 6 of the inner envelope piece 4 is the same as the opening perforation 6 on the opposite side of the folding perforation of the upper envelope piece 2 and the folding perforation 5 of the lower envelope piece 3.
It may be provided on the end side (closer to the folding perforation 5) than the opening perforation 6 on the side; in this case, the envelope 9
By grasping both ends of the envelope and pulling it to the left and right, the inner envelope piece 4 can be pulled out at the same time as the envelope is opened.After being pulled out, the inner envelope piece 4 is separated from the sealing part 8 through the opening perforation 6 and stored. It is something to do.

In addition, for envelope forms, those with sealing parts on both the upper and lower sides of the paper strip inside the envelope, those with sealing parts on the upper side, and those with sealing parts on the lower side can be selected appropriately depending on the printer. If the edges of the envelope form on the printer insertion side are straight, alignment will be good and insertion into the printer and printing will be good.

[Effects of the Invention] Therefore, according to the present invention, since the address printed part on the upper paper piece of the envelope and the notification information printed part on the inner paper piece of the envelope are located on the same plane, it is possible to eliminate the need for copying and writing. With an impact printer, the addressee can be printed on the top paper strip of the envelope, and the notification information corresponding to the addressee can be printed on the inside paper strip of the envelope, making printing work easier and more efficient, and making envelope sending work more efficient. It is possible.

In addition, when opening an envelope, you can check the notification information corresponding to the address on the envelope by opening only one end and pulling out the piece of paper inside the envelope that contains the notification information corresponding to the addressee. Information can be easily confirmed.

Furthermore, since the bag retains its shape even after the envelope is opened, it is possible to insert and store the extracted pieces of paper inside the envelope again, and to insert other memos, forms, etc. related to the notification information into one piece. It can be stored.

[Brief explanation of the drawing]

FIG. 1 is an explanatory diagram showing one embodiment of the envelope form according to the present invention, FIG. 2 is a perspective view of an envelope made of the envelope envelope, FIG. 3 is an explanatory diagram of a sectional view taken along the line of FIG. 5 is an explanatory diagram showing the opened state of a sealed letter in which the present invention is implemented; FIGS. It is an explanatory view showing another example of a form for an envelope in. 1... Envelope form, 2... Envelope top paper piece, 3... Envelope bottom paper piece, 4... Envelope inner paper piece, 5... Folding perforation, 6... Opening perforation, 7... Cutting perforation, 8... Sealing part , 8′...Adhesive.

Claims (1)

[Claims] 1. An envelope with a lower envelope piece in the center, an upper envelope piece with an address printed part on one side through a folding perforation, and a notification information printed part corresponding to the addressee on the other side through a folding perforation. The paper strips are arranged in a row, and opening perforations are provided on the side of the lower envelope paper strip and the inner envelope paper strip on the side of the folding perforation, and on the side of the upper envelope paper strip on the side opposite to the folding perforation, and at least Sealing parts are provided on the upper and lower sides of the back of the upper envelope, the back of the opening side, the upper and lower sides of the back of the lower envelope, and the side of the folding perforation of the inner envelope. Printed on the address printing area on the surface of the paper piece on the envelope form, which is provided with an adhesive that does not adhere but adheres by applying adhesive conditions such as heat, pressure, water, etc. to the predetermined sealing area. Print information such as notification information corresponding to the addressee printed on the address and notification information printing area on the front side of the paper inside the envelope, and then fold the inside paper piece of the envelope onto the back side of the bottom paper piece of the envelope and insert the top paper piece of the envelope into the inside paper piece of the envelope. A method for manufacturing an envelope, comprising folding the envelope back to its surface, applying adhesive conditions to the adhesive in the sealing part, and sealing an upper envelope paper piece, an inner envelope paper piece, and a lower envelope paper piece.