JP4528050B2 - envelope - Google Patents

Description

  The present invention relates to an envelope formed by stacking three paper pieces and bonding the overlapped paper pieces at the peripheral edge.

  Conventionally, when an important delivery is shipped, a delivery record mail that can confirm that the delivery has been delivered to the recipient has been used. In such a delivery record mail, the address and name of the recipient are written, and a delivery card with an area for pressing the recipient's receipt stamp is affixed to the back of the delivery, and the delivery Is received by the recipient, a receipt stamp is pressed on the delivery card, and then the delivery card is peeled off from the delivery and taken back by the delivery person. As a result, it is possible to confirm that the delivery has been delivered to the recipient.

  Here, in the delivery record mail as described above, there is a system to reduce the postage fee if the delivery certificate is affixed to the delivery item at the delivery source of the delivery item. There has been considered a technique in which a delivery certificate is separably provided on a part of an envelope when an envelope to be delivered is created at a shipping source (see, for example, Patent Document 1). In this technique, a delivery card can be separated and formed on a piece of paper that is one end of three connected pieces of paper, and destination information is printed on the piece of paper that is connected to the piece of paper. First, the paper piece on which the destination information is printed and the paper piece on the side of the two paper pieces connected to the paper piece on which the delivery certificate is not provided are folded and bonded via the connecting portion. In these two pieces of paper, an adhesive is applied to three sides across the two pieces of paper, and the two pieces are adhered to each other by this adhesive. Thereby, the area | region where an enclosure thing is enclosed is formed. After that, the two pieces of glued paper are folded so that the paper piece on which the destination information is not printed and the paper piece on which the delivery card is provided are opposed to each other, and the peelable adhesive applied to the paper piece on which the delivery card is provided To bond them together.

  In this way, the paper piece on which the destination information is printed and the adjacent paper piece are bonded with an adhesive to form an area where the inclusion is enclosed, and the paper piece provided with the delivery certificate can be peeled off. Since it is bonded to another piece of paper by the agent, the delivery card can be easily separated from the envelope and collected. In addition, as described above, by printing a delivery certificate together with the destination information on the envelope that is the delivery item at the delivery source of the delivery item, the destination information described in the envelope and the address of the recipient described in the delivery certificate Manual matching with names and names is unnecessary.

Further, in recent years, in an envelope produced by overlapping a plurality of paper pieces as described above, a perforation for opening is previously punched over a side portion orthogonal to the folding portion of the paper pieces, thereby A device that can be easily opened is considered (for example, see Patent Document 2). When the delivery certificate as described above is provided on the envelope having such a configuration, after the delivery certificate is cut off from the envelope, the side portion at a position orthogonal to the folding portion is removed by the perforation, and the envelope is opened. The inclusion enclosed in the inside is taken out.
JP 2000-318741 A JP 2003-136865 A

  However, as described above, perforations for opening are pre-pierced over one side of an envelope in which three pieces of paper are overlapped and configured so that a delivery slip can be separated on one piece of paper. In the case where it can be opened easily, the delivery certificate is cut off from the envelope, and then the perforation is cut to remove a part and open the envelope. For this reason, there is a problem that the removed portion of the waste is generated.

  The present invention has been made in view of the problems of the prior art as described above, in an envelope formed by stacking three paper pieces and bonding the overlapped paper pieces at the peripheral edge. An object of the present invention is to provide an envelope that can be easily opened but does not generate dust.

In order to achieve the above object, the present invention provides:
The first, second and third paper pieces are overlapped in this order, and the overlapped paper pieces are bonded to each other at the peripheral edge, and an envelope is formed.
In the first paper piece, an information entry portion is formed in a separable manner, and two first pieces of paper are provided so as to have a start position at a position in contact with both side edges of the information entry portion and an end in the paper piece. 1 cut line is formed,
In the second piece of paper, a second cut line is formed so as to face the first cut line and connect the start ends of the first cut line in a region facing the information entry portion. ,
Between the second paper piece and the third paper piece, an enclosure portion in which an enclosure is enclosed is formed.

Further, the information entry part is formed with a separation start part in part,
In the two first cut lines, an interval in the separation direction upstream of the information entry portion from the separation start portion is wider than an interval in the separation direction downstream of the information entry portion from the separation start portion. It is formed so that it may become.

Further, the envelope paper has three paper pieces connected to each other, is folded so that the paper pieces overlap each other, and an envelope is formed by bonding the peripheral edges of the folded paper pieces,
The paper piece constituting the back side of the envelope of each of the paper pieces is partitioned and formed with an information entry portion, and a position in contact with both side edges of the information entry portion is used as a starting edge within the piece of paper. Two first cut lines are formed having ends,
Of each of the paper pieces, the second cut line is opposed to the first cut line when the paper piece is folded when the paper piece is positioned between the two paper pieces when folded. In addition, the first cut lines are connected to each other within the region facing the information entry portion.

  In the present invention configured as described above, after the information entry portion is separated, the information entry portion is formed on the second piece of paper together with the first cut line formed on the first piece of paper that is partitioned. By cutting the second cut line thus formed, the envelope is opened, and the enclosed matter enclosed in the envelope is taken out. At this time, the first cut line is cut from the start edge in contact with both side edges of the information entry portion. The first cut line is the first piece of paper on which the first cut line is formed. Since it has a terminal end inside, even if the first cut line is completely cut, there is no region to be separated from the first piece of paper, and thus no dust is generated. In addition, since the second cut line is formed so as to face the first cut line, similarly, even if the second cut line is completely cut, the second cut line There are no areas to be separated, so no debris is produced.

  As described above, in the present invention, the first, second, and third paper pieces are overlapped in this order, and the overlapped paper pieces are bonded at the peripheral edge, The piece of paper is formed in such a manner that the information entry section is separable, and the two first cut lines have a start position at the positions in contact with both side edges of the information entry section and a termination in the piece of paper. In the second piece of paper, the second cut line is formed so as to face the first cut line and connect the first cut line between the start ends of the second paper piece in the region facing the information entry portion. In addition, since the enclosure part in which the inclusion is enclosed is formed between the second paper piece and the third paper piece, the envelope can be easily opened, and the first and second envelopes can be opened. Separate from the piece of paper even when the tear line is completely cut Frequency is not to occur, thereby, causing no dust.

  Also, a separation start part is formed in a part of the information entry part, and the two first cut lines indicate that the distance from the separation start part to the upstream side in the separation direction of the information entry part is the information entry from the separation start part. When the information entry portion is separated from the separation start portion, the first and second cutouts are accompanied with the separation operation when the information entry portion is separated from the separation start portion. It can be avoided that the line is cut.

  Embodiments of the present invention will be described below with reference to the drawings.

  1A and 1B are diagrams showing an embodiment of an envelope paper for producing an envelope of the present invention. FIG. 1A is a diagram showing the configuration of the front surface, and FIG. 1B is a diagram showing the configuration of the back surface.

  In this embodiment, as shown in FIG. 1, the first paper piece 10, the third paper piece 20, and the second paper piece 30 are connected via folding lines 40a and 40b that become connecting portions. Thus, adhesives 60a and 60b are respectively applied to regions on both sides of the back surface in the connecting direction. The folding lines 40a and 40b may be formed by perforations, for example.

  Of the three paper pieces 10, 20, and 30, the envelope paper 1 is placed on the surface of the paper piece 20 that is located in the center of the connected state and forms the envelope surface when folded through the folding lines 40 a and 40 b. Address information 21 such as the address and name of the recipient of the created envelope is printed.

  Further, a delivery certificate which is an information entry part is formed on the paper piece 10 which is connected to the paper piece 20 through the fold line 40a and forms the back surface of the envelope when folded through the fold lines 40a and 40b. 11a and 11b are detachably partitioned, and each of the delivery certificates 11a and 11b communicates with the micro perforation 12, and the delivery certificates 11a and 11b are attached to the adhesive 60a from the side where the adhesive 60b is applied. Cuts 13a and 13b, which are separation start portions for separating from the paper piece 10 by the micro perforation 12, are formed toward the coated side. Of the two delivery certificates 11a and 11b, one delivery certificate 11a is collected when the envelope created by the envelope paper 1 is received by the recipient, and the other delivery certificate 11b is the envelope. Along with the recipient. These delivery certificates 11a and 11b are printed with the address and name of the recipient of the envelope included in the destination information 21 printed on the piece of paper 20 on the surface, and for pressing the receipt stamp of the recipient. An area is provided, and bar code information for managing the delivery certificate is printed. Coupon information 14 is printed on the back side of the delivery card 11b. Further, two perforations, which are first cut lines having a start point at a position in contact with the side edge of the delivery certificate 11a and a terminal end on the side where the adhesive 60b in the paper piece 10 is applied to the start end. 15a and 15 are formed. In the two perforations 15a and 15b, the interval between the start ends in contact with the side edges of the delivery note 11a is narrower than the interval between the end points. That is, it is formed so that the interval on the upstream side in the separation direction of the delivery certificates 11a and 11b from the notches 13a and 13b is wider than the interval on the downstream side in the separation direction of the delivery certificates 11a and 11b from the notches 13a and 13b. .

  Further, the envelope paper 1 is folded on the surface of the paper piece 30 that is connected to the paper piece 20 through the fold line 40b and is folded between the two paper pieces 10 and 20 when folded through the fold lines 40a and 40b. When folded through lines 40a and 40b, advertisement information 31a and 31b are printed in areas facing delivery certificates 11a and 11b, respectively, and are attached to the folding line 40b side through advertisement information 31a and 31b. The agent 32a is applied, and the adhesive 32b is applied to the side opposite to the folding line 40b via the advertisement information 31a and 31b. Further, a perforation 33 serving as a second cut line is formed so as to face the perforations 15a and 15b when folded through the folding lines 40a and 40b. The perforation 33 is formed such that the end facing the start ends of the perforations 15a and 15b is connected in a region facing the delivery certificate 11a, and a cut 34 is formed in the connected portion. .

  When using the envelope paper 1 configured as described above to produce a sealed letter in which an inclusion is enclosed in an envelope, first, address information 21, delivery certificates 11a and 11b, coupon information 14 are provided on a continuous sheet. And the advertisement information 31a, 31b are printed, and the perforations 15a, 15b, 33, the micro perforations 12, and the cuts 13a, 13b, 34 are formed. Adhesives 60a and 60b are respectively applied to the regions in a line shape.

  Next, with respect to the continuous paper to which the adhesives 60a and 60b are applied, the inclusion is placed on the area that becomes the paper piece 20 for each envelope paper 1.

  Next, while the adhesives 32a and 32b are applied in a line on the surface of the region to be the paper piece 30 for each envelope paper 1, the region to be the paper piece 30 is folded through the fold line 40b. The region 10 is folded through the fold line 40a, and the paper piece 10 and the paper piece 30 are bonded to each other by the adhesives 32a, 32b, 60a, and 60b for each envelope paper 1.

  After that, the continuous paper that is folded through the folding lines 40a and 40b and the paper pieces 10, 20, and 30 are bonded to each other is cut for each envelope paper 1 so that the envelope is formed in the envelope made of the envelope paper 1. A sealed letter is produced.

  2A and 2B are diagrams showing a configuration of a sealed letter produced using the envelope paper 1 shown in FIG. 1, in which FIG. 2A is a diagram showing a surface, and FIG. 2B is a diagram AA ′ shown in FIG. Sectional drawing and (c) are figures which show a back surface.

  As shown in FIG. 2, the sealed letter produced using the envelope paper 1 shown in FIG. 1 passes through folding lines 40a and 40b so that the envelope paper 1 formed by connecting three pieces of paper 10, 20, and 30 is wound. The paper pieces 10, 20, 30 are successively folded and overlapped in the order of the paper piece 10, the paper piece 30, and the paper piece 20, and are applied to regions along both sides in the winding direction of the inner side surface of the envelope paper 1. Are sealed, and an enclosure 70 is enclosed in an enclosure formed between the paper piece 20 and the paper piece 30. Further, in the paper piece 10 constituting the back side of the envelope, the delivery slips 11a and 11b are detachably defined by the micro perforation 12 and the cuts 13a and 13b, and the position in contact with the delivery slip 11a is the starting end. An advertisement printed in a region facing the delivery slips 11a, 11b of the paper piece 30 facing the paper piece 10 when the perforations 15a, 15 having end points are formed in the paper piece 10 and folded through the folding line 40a. It is bonded to the paper piece 20 by the adhesive 32a applied to the outside of the wrapping shape rather than the information 31a, 31b.

  Below, the usage method of the sealed letter comprised as mentioned above is demonstrated.

  FIG. 3 is a diagram for explaining a method of using a sealed letter produced using the envelope paper 1 shown in FIG.

  The sealed letter produced using the envelope paper 1 shown in FIG. 1 is delivered to the recipient according to the destination information 21 printed on the paper piece 20.

  After the sealed letter is delivered to the recipient, in order to separate one of the delivery certificates 11a and 11b provided on the paper strip 10 from the paper strip 10, a finger or the like is placed on the cut 13a formed on the paper strip 10. When the delivery card 11a is inserted and rolled up (FIG. 3 (a)), the delivery card 11a is separated from the paper piece 10 by the micro perforation 12 and separated. Here, in the delivery certificate 11a, the region where the adhesive 60b of the delivery certificate 11a is applied in the direction connecting the side along the region where the adhesive 60a is applied and the side along the region where the adhesive 60b is applied. Since the notch 13a is provided on the side along the side, the separation is performed from the side along the region where the adhesive 60b is applied toward the side along the region where the adhesive 60a is applied. On the other hand, the perforations 15a and 15b formed on the paper piece 10 are coated with the adhesive 60b so that the position at which the perforations 15a and 15b are in contact with the delivery certificate 11a starts and the distance between the two perforations 15a and 15b increases from the start. It extends to the side along the region. Therefore, even when the delivery note 11a is separated from the paper piece 10 by the micro perforation 12, the perforations 15a and 15b are not cut along with the separation operation.

  When the delivery card 11a is completely separated from the paper piece 10, the advertisement information 31a printed in the area facing the delivery card 11a of the paper piece 30 becomes visible (FIG. 3B). At this time, a part of the perforation 33 formed on the paper piece 30 and the cut 34 communicating with the perforation 33 are exposed to the outside. Further, at this time, the paper piece 10 provided with the delivery certificate 11a is separated from the paper piece 30 opposed to the paper piece 10 by the adhesive 32a applied to the outer side of the wrapping shape rather than the area facing the delivery cards 11a and 11b. Therefore, there is no possibility that the envelope will be opened or that the enclosed material enclosed in the envelope will be visible from the outside. Further, since the adhesive 32b is applied to the inner side of the wrapping shape of the paper piece 30 facing the paper piece 10 than the region facing the delivery proofs 11a and 11b, the envelope even after the delivery proof 11a is separated. The encapsulated material 70 enclosed inside does not fall out.

  Thereafter, the recipient stamps the stamped area provided on the delivery note 11a separated from the paper piece 10, and the delivery note 11a is collected by the delivery person.

  Further, when the delivery slip 11b remaining on the paper strip 10 is separated from the paper strip 10 by the recipient of the sealed letter in the same manner as the delivery slip 11a, the advertisement information 31b printed on the area facing the delivery slip 11b of the paper strip 30 is visually recognized. A possible state is reached (FIG. 3C). In this embodiment, by forming the micro perforations 12 around the delivery certificates 11a and 11b, the delivery certificates 11a and 1b can be separated from the paper piece 10. However, the present invention is not limited to the micro perforations 12. Any material such as a general perforation or a half slit may be used. However, the delivery perforations 11 a and 11 b can be more easily separated from the paper piece 10 by the micro perforation 12. At this time, since the coupon information 14 is printed on the back surface of the delivery certificate 11b, the delivery certificate 11b can also be used as a coupon.

  Thereafter, when the recipient of the sealed letter inserts a finger or the like into the cut 34 formed in the paper piece 30 and lifts the paper piece 30 (FIG. 3D), the paper piece 30 is cut through the perforation 33. At the same time, the paper piece 10 is cut through the perforations 15a and 15b, and the inclusion 70 enclosed inside is taken out (FIG. 3 (e)). At this time, since the ends of the perforations 15a, 15b, and 30 are provided in the paper pieces 10 and 30, respectively, they are separated from the paper pieces 10 and 30 even when the perforations 15a, 15b, and 33 are completely cut. There is no area to do so, and no dust is generated.

  In this embodiment, the envelope paper 1 formed by connecting the three paper pieces 10, 20, 30 is sequentially folded via the folding lines 40 a, 40 b so that the paper piece 10, the paper piece 30, and the paper piece 20 are overlapped in this order. The peripheral portions of the paper pieces 10, 20, and 30 are bonded to each other by the adhesives 60 a and 60 b applied to the regions along both sides of the inner surface in the winding state of the envelope paper 1. An envelope having an encapsulated portion has been described as an example, but an envelope formed by stacking three pieces of paper and bonding the overlapped pieces of paper at the peripheral edge, and the envelope of the three pieces of paper An information entry portion is formed in a separable section on the back side of the paper, and a position in contact with both side edges of the information entry portion is set as a start end, and the end is in the piece of paper. The first cut line is formed, and among the three pieces of paper, the second cut line faces the first cut line on a piece of paper located between the two pieces of paper constituting the front and back of the envelope. And, if it is formed by connecting between the start ends of the first cut line in the region facing the information entry part, what is formed by folding the three connected paper pieces into Z-fold, Three paper pieces that are not connected may be overlapped and bonded at the peripheral edge.

It is a figure which shows one Embodiment of the envelope paper for producing the envelope of this invention, (a) is a figure which shows the structure of the surface, (b) is a figure which shows the structure of a back surface. It is a figure which shows the structure of the sealed letter produced using the envelope paper shown in FIG. 1, (a) is a figure which shows the surface, (b) is AA 'sectional drawing shown to (a), (c ) Is a diagram showing the back surface. It is a figure for demonstrating the usage method of the sealed letter produced using the envelope paper shown in FIG.

Explanation of symbols

1 Envelope paper 10, 20, 30 Paper piece 11a, 11b Delivery certificate 12 Micro perforation 13a, 13b, 34 Notch 14 Coupon information 15a, 15b, 33 Perforation 21 Address information 31a, 31b Advertisement information 32a, 32b, 60a, 60b Adhesion Agents 40a, 40b Folding line 70 Inclusion

Claims (3)

The first, second and third paper pieces are overlapped in this order, and the overlapped paper pieces are bonded to each other at the peripheral edge, and an envelope is formed.
In the first paper piece, an information entry portion is formed in a separable manner, and two first pieces of paper are provided so as to have a start position at a position in contact with both side edges of the information entry portion and an end in the paper piece. 1 cut line is formed,
In the second piece of paper, a second cut line is formed so as to face the first cut line and connect the start ends of the first cut line in a region facing the information entry portion. ,
An envelope in which an enclosure portion in which an enclosure is enclosed is formed between the second paper piece and the third paper piece. The envelope of claim 1,
The information entry part is partly formed with a separation start part,
In the two first cut lines, an interval in the separation direction upstream of the information entry portion from the separation start portion is wider than an interval in the separation direction downstream of the information entry portion from the separation start portion. It is formed so that it may become. Envelope characterized by the above-mentioned. Envelope paper which has three paper pieces connected, is folded so that the paper pieces overlap, and forms an envelope by bonding the peripheral edges of the folded paper pieces,
The paper piece constituting the back side of the envelope of each of the paper pieces is partitioned and formed with an information entry portion, and a position in contact with both side edges of the information entry portion is used as a starting edge within the piece of paper. Two first cut lines are formed having ends,
Of each of the paper pieces, the second cut line is opposed to the first cut line when the paper piece is folded when the paper piece is positioned between the two paper pieces when folded. And an envelope paper formed by connecting the first cut lines between the start ends in a region facing the information entry portion.

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