JP2005132020A - Distribution and transportation slip - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To require no much labor even when distribution and transportation information is made an entry by handwriting and surely effectively utilize a releasing paper. <P>SOLUTION: In a distribution and transportation slip comprising a receipt strip 10, a tag 20 and a releasing paper 30, in which the distribution and transportation information made an entry in the information entry region 11 of the receipt strip 10 is transferred through a back carbon printing layer 40a formed on the rear surface of the information entry region 11 to the information transferring region 21 of the tag 20, the back carbon printing layer 40 is formed on the rear surface of the information transferring region 21 and further an information transferring region 31, to which the distribution and transportation information made an entry in the information entry region 11 of the receipt strip 10 is to be transferred, is provided in a region opposite to the back carbon printing layer 40 of the releasing paper 30 and furthermore the tag 20 and the releasing paper 30 are releasably bonded together with each other through a self-adhesive layer 50b and a silicone layer 60, both of which are laminated onto a region with no back carbon printing layer 40 formed therein. <P>COPYRIGHT: (C)2005,JPO&NCIPI

Description

  The present invention relates to a delivery slip having a copying function and configured to be pastable on a delivery item.

  FIGS. 3A and 3B are diagrams showing a configuration example of a conventional delivery slip, in which FIG. 3A is a diagram showing a laminated structure, and FIG. 3B is a diagram of the holding piece 510 shown in FIG. (C) is the figure which looked at the receiving piece 520 shown to (a) from the arrow A direction, (d) is the figure which looked at the tag 530 shown to (a) from the arrow A direction.

  In this conventional example, as shown in FIG. 3, an information entry area 511 for entering delivery information including the delivery destination of the delivery item, the name and address of the shipper, the telephone number, the item name of the delivery item, etc. on one side. Are provided, and a back piece 510 on which the back carbon print layer 560a is formed on the back surface of the area where the information entry area 511 is provided, and the back carbon with respect to the surface on which the back carbon print layer 560a is formed. An information copying area 521 is provided in an area facing the back carbon printing layer 560a when the printing layer 560a is bonded to a part of the area where the printing layer 560a is not formed and is bonded to the holding piece 510. A receiving piece 520 having a back carbon printing layer 560b formed on the back surface of the area where the copy area 521 is provided, and a back carbon printing layer 560b of the receiving piece 520 A region facing the back carbon printed layer 560b when adhered to the receiving piece 520 by the adhesive layer 570b in a part of the region where the back carbon printed layer 560b is not formed on the formed surface An information copy area 531 is provided on the other side, and a tag 530 configured to be attached to a delivery item by an adhesive layer 580 laminated on the other side, and a silicon layer 540 is laminated on one side, and the silicon layer 540 and It is composed of a label 530 and a release paper 550 that is detachably bonded by an adhesive layer 580.

  The copy 510 has an information entry area 511, a management number 512a for managing a delivery item, and barcode information 512b in which the barcode is expressed as a barcode. A telephone number 513 for inquiring the delivery status of the delivery is described.

  In addition, the receiving piece 520 is provided with an information copy area 521, a receiving mark pressing area 523 for the recipient of the delivery to press the receiving mark, and a bar similar to the copy piece 510. Code information 522 is described.

  In the tag 530, an information copy area 531 is provided, and bar code information 532 similar to the copy piece 510 and the receiving piece 520 is described.

  Below, the usage method of the delivery slip comprised as mentioned above is demonstrated.

  When a delivery item to be delivered is brought into a store such as a collection branch or a convenience store of a delivery company by the delivery shipper, first, the information entered in the copy slip copy 510 at the collection branch or store is first entered. For the area 511, entry of delivery information including the delivery destination of the delivery item, the name and address of the shipper, a telephone number, the item name of the delivery item, and the like is requested.

  When the delivery information including the delivery destination of the delivery item, the name and address of the sender, the telephone number, the item name of the delivery item, etc. is entered in the information entry area 511, the release sheet 550 is detached from the delivery slip. Then, the delivery slip from which the release paper 550 has been peeled off is affixed to the delivery by the adhesive layer 580, and the recording piece 510 is peeled off from the delivery slip and handed over to the delivery shipper. The holding piece 510 is bonded to the receiving piece 520 by the pressure-sensitive adhesive layer 570a. However, since the bonding area is narrow, the holding piece 510 can be easily peeled off from the receiving piece 520.

  At this time, the receiving piece 520 appears in the delivery slip attached to the delivery item, but in the information copy area 521 provided in the receiving piece 520, the information provided in the copy piece 510 is displayed. The delivery information entered in the entry area 511 is copied by the back carbon printing layer 560a formed on the back surface of the recording piece 510. This is because when the delivery information is entered in the information entry area 511 of the recording piece 510, the pressure due to the entry of the delivery information is transmitted to the receiving piece 520 side, and the carbon of the back carbon print layer 560a is in accordance with this pressure in the information copy area 521. It is caused by being transferred to

  After that, when the delivery item with the delivery slip attached is delivered to the delivery destination, the recipient of the delivery item presses the receipt stamp in the receipt stamp pressing area 523 of the receiving piece 520. The receiving piece 520 whose receiving mark is pressed in the receiving mark pressing area 523 is detached from the tag 530, and it is managed that the delivery company brings the receiving piece 520 home and the delivery is delivered to the delivery destination. The receiving piece 520 is also bonded to the tag 530 by the pressure-sensitive adhesive layer 570b, but can be easily peeled off from the tag 530 because the bonding area is narrow. At this time, in the delivery slip affixed to the delivery item, the tag 530 is displayed, but in the information copy area 531 provided in the tag 530, the information entry area provided in the recording piece 510 The delivery information entered in 511 is copied by the back carbon printing layer 560b formed on the back surface of the receiving piece 520. This occurs because the carbon of the back carbon print layer 560b is transferred to the information copy area 531 according to the pressure due to the entry of the delivery information to the information entry area 511 of the recording piece 510, similarly to the information copy area 521 described above.

  In the delivery slip as described above, since it is configured to be able to be affixed to the delivery by the adhesive layer laminated on one side, the release paper is placed on the side on which the adhesive layer is laminated in the state before use. It is adhered so that it can be peeled off. And when affixing on a delivery thing, a release paper will be peeled and it will affix on a delivery thing. In this way, release paper is used only to maintain the adhesiveness of the adhesive layer and to prevent the delivery slip from being affixed to anything other than the delivery items before the delivery slip is in use. After the delivery slip is affixed to the delivery, the delivery slip is discarded, which causes unnecessary costs and waste.

  In view of this, a delivery slip is considered in which delivery information is printed on the back side of the release paper so that the release paper can be used effectively (see, for example, Patent Document 1). In this delivery slip, the same delivery information is printed by a thermal printer on the slip piece and release paper, which is the outermost surface of the delivery slip, and the release paper is used as a back-up piece when this delivery slip is affixed to the delivery. By doing so, the release paper can be used effectively.

Further, a color developing layer and a developer layer are provided between the release slip and the silicon layer of the delivery slip as shown in FIG. 3, and the delivery information entered in the delivery slip is also copied on the release slip. The delivered delivery slip is considered (for example, refer to Patent Document 2). In this delivery slip, when delivery information is entered in the slip piece that is the outermost surface of the delivery slip, the pressure due to the entry of the delivery information is transmitted to the coloring layer and developer layer via the adhesive layer and silicon layer. Thereby, the delivery information is copied on the release sheet. Thus, if the release paper is used as a recording piece when the delivery slip is attached to the delivery, the release paper can be used effectively.
Japanese Patent Laid-Open No. 11-326881 JP 11-28876 A

  However, as described above, it is necessary to print the delivery information on both sides of the delivery slip in the delivery slip that can effectively use the release paper by printing the delivery information on the back surface of the release paper. In addition, if you do not use a printer that can print on both sides, you cannot print delivery information. If you write delivery information in a delivery slip by hand, you must write the delivery information on both sides of the delivery slip. There is a problem that it takes time and effort.

  In addition, in the delivery slip configured to provide a color developing layer and a developer layer between the release paper and the silicon layer of the delivery slip, and the delivery information entered in the delivery slip is also copied to the release paper, The pressure due to the entry of the delivery information is transmitted to the coloring layer and the developer layer through the adhesive layer and the silicon layer, whereby the delivery information is copied to the release paper. If there is an interposition, the pressure due to the entry of the delivery information is not sufficiently transmitted to the color developing layer and the developer layer, and the delivery information may not be clearly copied on the release paper.

  The present invention has been made in view of the problems of the conventional techniques as described above, and even if the delivery information is entered by handwriting, the release paper can be used without trouble. An object of the present invention is to provide a delivery slip that can be used effectively without fail.

In order to achieve the above object, the present invention provides:
An information entry area for entering information is provided on one side, a pressure-sensitive adhesive layer is laminated on the other side, and a piece of paper configured to be attached to a delivery item by the pressure-sensitive adhesive layer, and silicon on one side A delivery slip comprising a release paper, wherein layers are laminated, and the silicon layer and the pressure-sensitive adhesive layer releasably adhere to the paper piece on the surface on which the silicon layer is laminated,
The paper piece has a back carbon printing layer formed on the back surface of the area where the information entry area is provided, and the adhesive layer is laminated only in an area where the back carbon printing layer is not formed,
The release paper is characterized in that the silicon layer is laminated only in a region that does not face the back carbon print layer when the release paper is overlaid with the paper piece.

In addition, an information entry area for entering information on one side is provided, and a first paper piece in which a first back carbon printing layer is formed on the back surface of the area where the information entry area is provided; The first back carbon print is bonded to at least a part of a region where the first back carbon print layer is not formed on the surface of the first paper piece on which the first back carbon print layer is formed. A first information copying area is provided in an area facing the layer, and an adhesive layer is laminated on a surface where the first information copying area is not provided, and the adhesive layer is configured to be able to be attached to a delivery item. A second paper piece and a release paper in which a silicon layer is laminated on one side, and the silicon layer and the adhesive layer are peelably bonded to the second paper piece on the surface on which the silicon layer is laminated. And at least delivery In the vote,
In the second paper piece, the second back carbon printing layer is formed on the back surface of the area where the first information copying area is provided, and only in the area where the second back carbon printing layer is not formed. Adhesive layer is laminated,
When the release paper is overlapped with the second paper piece, a second information copy area is provided in an area facing the second back carbon print layer, and the second information copy area is provided. The silicon layer is laminated only on a region where the second information copy region is not provided on the formed surface.

In addition, an information entry area for entering information is provided on one side, a pressure-sensitive adhesive layer is laminated on the other side, and a piece of paper configured to be affixed to a delivery by the pressure-sensitive adhesive layer; A delivery slip comprising a release layer bonded to the paper piece in a peelable manner by the silicon layer and the adhesive layer on the surface on which the silicon layer is laminated,
In the paper piece, a copy layer consisting of one of a color former layer and a developer layer is formed on the back surface of the area where the information entry area is provided, and only in the area where the copy layer is not formed. Adhesive layer is laminated,
The release paper has a copy-receiving layer formed of the other of the color developer layer and the developer layer formed in a region facing the copy layer when overlapped with the piece of paper, and the copy layer The silicon layer is stacked only in a region that does not face.

In addition, an information entry area for entering information is provided on one side, and a first layer composed of one of a color former layer and a developer layer is provided on the back surface of the area provided with the information entry area. A first paper piece on which a copy layer is formed, and at least a part of a region where the first copy layer is not formed on a surface of the first paper piece on which the first copy layer is formed; A first copy layer composed of the other of the color developer layer and the developer layer is formed in a region that is bonded and faces the first copy layer, and the first copy layer is formed. The adhesive layer is laminated on the non-adhesive surface, and the second paper piece is configured so that it can be attached to the delivery by the adhesive layer. The silicon layer is laminated on one surface, and the silicon layer is laminated on the surface. A release paper that is releasably adhered to the second paper piece by the silicon layer and the adhesive layer. In the delivery slip to be having even without,
The second paper piece has a second copy layer formed of one of a color developer layer and a developer layer formed on the back surface of the region where the first copy layer is formed. The pressure-sensitive adhesive layer is laminated only in the area where the copy layer is not formed,
When the release paper is overlapped with the second paper piece, a second copy layer composed of the other one of the color developer layer and the developer layer is formed in a region facing the second copy layer. The silicon layer is formed only in a region where the second copy layer is not formed on the surface where the second copy layer is formed.

  Further, the first paper piece is formed with perforations for separating a region not bonded to the second paper piece from another region.

  In the present invention configured as described above, an information entry area for entering delivery information is provided on one side, and the release paper is detachably bonded to the other side by an adhesive layer and a silicon layer. When the delivery information is entered in the information entry area for the piece of paper, the pressure generated by the delivery information being entered in the information entry area is transmitted to the release paper side. Here, a back carbon printing layer is formed on the back surface of the information entry area of the paper piece, and the adhesive layer and the silicon layer do not face the back carbon printing layer when the release paper and the paper piece are overlapped. Since they are stacked only in the area, the delivery information entered in the information entry area of the piece of paper is copied onto the release paper.

  In this way, the delivery information entered on the piece of paper that constitutes the delivery slip is copied to the release paper without going through the adhesive layer and the silicon layer, so when the delivery slip is pasted on the delivery, If the peeled release paper is used as a backup piece, even if the delivery information is written by hand, the delivery information written on the piece of paper will be clearly copied on the release paper, saving time. The release paper can be used effectively.

  In addition, an information entry area for entering information on one side is provided, and a first paper piece in which a first back carbon printing layer is formed on the back surface of the area where the information entry area is provided; The surface of the paper piece on which the first back carbon printing layer is formed is adhered to at least a part of the region where the first back carbon printing layer is not formed, and faces the first back carbon printing layer. A first information copying area is provided in the area, an adhesive layer is laminated on a surface where the first information copying area is not provided, and the second information layer is configured to be attached to a delivery by the adhesive layer. A piece of paper and a silicon layer laminated on one side, and at least a release paper that is releasably bonded to the second piece of paper by the silicon layer and the adhesive layer on the side on which the silicon layer is laminated In the delivery slip, the second piece of paper Then, the second back carbon printing layer is formed on the back surface of the area where the first information copying area is provided, and the adhesive layer is laminated only on the area where the second back carbon printing layer is not formed, Further, when the release paper is overlapped with the second paper piece, a second information copy area is provided in an area facing the second back carbon print layer, and the second information copy area is provided. In the case where the silicon layer is laminated only in the area where the second information copy area is not provided, the delivery information is entered in the information entry area provided in the first piece of paper. The pressure generated by the delivery information being entered in the information entry area is transmitted to the second piece of paper, and the delivery information entered in the information entry area is formed on the back surface of the information entry area of the first piece of paper. 1 back carbon printing layer The release paper is copied by the second back carbon printing layer provided on the back surface of the first information copy area of the second paper piece and copied to the first information copy area provided on the second paper piece. Is copied to the second information copy area provided in the.

  Thus, since the delivery information entered on the first piece of paper constituting the delivery slip is copied to the release paper without going through the adhesive layer and the silicon layer, when the delivery slip is pasted on the delivery, If the release paper released from the delivery slip is used as a backup piece, even if the delivery information is written by hand, the delivery information entered on the piece of paper will be clearly copied on the release paper. The release paper can be effectively used without applying the toner.

  Further, if a perforation is formed in the first paper piece for separating the region not bonded to the second paper piece from the other region, a delivery slip consisting of the first paper piece and the second paper piece can be obtained. After being used by being affixed to the delivery, only the necessary area of the first piece of paper can be separated from the delivery.

  As described above, in the present invention, the delivery information entered on the paper piece constituting the delivery slip is copied on the release paper without going through the adhesive layer and the silicon layer. If you use the release paper peeled off from the delivery slip when pasting as a copy, the delivery information written on the piece of paper will be clearly copied onto the release paper even if the delivery information is written by hand. In other words, the release paper can be effectively used without taking time and effort.

  In addition, in the configuration in which the delivery information written on the first paper piece which is the outermost surface among a plurality of paper pieces constituting the delivery slip is copied to the release paper without going through the adhesive layer and the silicon layer However, if the release paper peeled off from the delivery slip when this delivery slip is affixed to the delivery is used as a copy, the delivery information entered on the piece of paper will be saved even if the delivery information is handwritten. The paper is clearly copied on the release paper, and the release paper can be effectively used without taking time and effort.

  Further, in the first paper piece, in which the perforation for separating the area not bonded to the second paper piece from the other area is formed, the delivery including the first paper piece and the second paper piece After the slip is attached to the delivery item and used, only the necessary area of the first piece of paper can be separated from the delivery item.

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

(First embodiment)
FIG. 1 is a diagram showing a first embodiment of a delivery slip according to the present invention, where (a) is a diagram showing a laminated structure, and (b) is a diagram showing a receiving piece 10 shown in (a) from the direction of arrow A. FIG. 5C is a view of the tag 20 shown in FIG. 5A as viewed from the direction of the arrow A, and FIG. 8D is a view of the release paper 30 shown in FIG.

  In this embodiment, as shown in FIG. 1, an information entry area 11 for entering delivery information including the delivery destination of the delivery item, the name and address of the shipper, the telephone number, the item name of the delivery item, etc. is provided on one side. A receiving piece 10 which is a first paper piece in which a first back carbon printing layer 40a is formed on the back surface of the area where the information entry area 11 is provided, and a back carbon printing layer 40a of the receiving piece 10 is formed. In the region facing the back carbon printing layer 40a when adhered to the receiving piece 10 with the adhesive layer 50a in a part of the region where the back carbon printing layer 40a is not formed, A first information copy area 21 is provided in which the delivery information entered in the information entry area 11 of the receiving piece 10 is copied by the back carbon print layer 40a, and the back of the area where the information copy area 21 is provided. A second paper piece in which a second back carbon printing layer 40b is formed and an adhesive layer 50b is laminated in a region where the back carbon printing layer 40b is not formed on the surface on which the back carbon printing layer 40b is formed. The delivery information entered in the information entry area 11 of the receiving piece 10 is in an area facing the back carbon print layer 40b when it is overlapped with a certain tag 20 and the surface on which the back carbon print layer 40b is formed. A second information copy area 31 to be copied by the back carbon printing layer 40b is provided, and the silicon layer 60 is laminated only on the area where the information copy area 31 is not provided among the surfaces provided with the information copy area 31. The release layer 30 is detachably bonded to the tag 20 by the silicon layer 60 and the adhesive layer 50b.

  The receiving piece 10 is provided with an information entry area 11 and bar code information 12 in which a management number for managing a delivery item is expressed as a barcode. A receipt stamp pressing area 13 is provided for the recipient to press the receipt stamp.

  Further, the tag 20 is provided with an information copy area 21 and barcode information 22 similar to that of the receiving piece 10 is described.

  In addition, the release paper 30 is provided with an information copy area 31, and a management number 32a for managing a delivery item and barcode information 32b expressed as a barcode are described. A telephone number 33 for inquiring the delivery status of the delivery is described.

  Below, the usage method of the delivery slip comprised as mentioned above is demonstrated.

  When a delivery item is brought into a store such as a collection branch or convenience store of a delivery company by the shipper of the delivery item, first, the information entered in the delivery slip receiving piece 10 is entered at the collection branch or store. The area 11 is requested to fill in the delivery information including the delivery destination of the delivery item, the name and address of the shipper, the telephone number, the item name of the delivery item, and the like.

  When the delivery information including the delivery destination of the delivery item, the name and address of the sender, the telephone number, the item name of the delivery item, etc. is entered in the information entry area 11 by the sender of the delivery item, the release sheet 30 is peeled off from the delivery slip. Then, the delivery slip from which the release paper 30 is peeled off is affixed to the delivery by the adhesive layer 50b. At this time, on the release paper 30, the delivery information entered in the information entry area 11 of the receiving piece 10 is copied to the information copy area 31 by the back carbon printing layer 40 b formed on the back surface of the tag 20. The release paper 30 with the delivery information copied to the copy area 31 is handed over to the delivery person as a copy. This is because when the delivery information is entered in the information entry area 11 of the receiving piece 10, the pressure due to the entry of the delivery information is transmitted to the tag 20 side, and the carbon of the back carbon printed layer 40b is transferred to the information copying area 31 according to this pressure. It is caused by being transcribed.

  After that, when the delivery item with the delivery slip is delivered to the delivery destination, the receipt stamp is pressed in the receipt stamp pressing area 13 of the receiving piece 10 by the recipient of the delivery item. The receiving piece 10 having the receiving mark pressed in the receiving mark pressing area 13 is peeled off from the tag 20, and it is managed that the delivery company brings back the paper piece including this area and the delivery is delivered to the delivery destination. . The receiving piece 10 is bonded to the tag 20 by the adhesive layer 50a. However, since the bonding area is narrow, the receiving piece 10 can be easily peeled off from the tag 20.

  At this time, in the delivery slip affixed to the delivery item, the tag 20 is displayed. In the information copy area 21 provided in the tag 20, the information entry area provided in the receiving piece 10 is displayed. 11 is copied by the back carbon printed layer 40a formed on the back surface of the receiving piece 10. This occurs because the carbon of the back carbon print layer 40a is transferred to the information copy area 21 in accordance with the pressure due to the entry of the delivery information to the information entry area 11 of the receiving piece 10 as in the information copy area 31 described above.

(Second Embodiment)
2A and 2B are diagrams showing a second embodiment of the delivery slip of the present invention. FIG. 2A is a diagram showing a laminated structure, and FIG. 2B is a diagram showing the receiving piece 110 shown in FIG. (C) is a view of the tag 120 shown in (a) as seen from the direction of arrow A, and (d) is a view of the release paper 130 shown in (a) as seen from the direction of arrow A.

  In this embodiment, as shown in FIG. 2, an information entry area 111 for entering delivery information including the delivery destination of the delivery item, the name and address of the sender, the telephone number, the item name of the delivery item, etc. is provided on one side. A receiving piece 110, which is a first paper piece in which a first back carbon printing layer 140a is formed on the back surface of the area where the information entry area 111 is provided, and a back carbon printing layer 140a of the receiving piece 110 are formed. In the region where the back carbon printed layer 140a is not formed, the adhesive piece 150a is adhered to the surface, and when the adhesive layer is adhered to the receiving piece 110, the receiving piece 110 is disposed in the region facing the back carbon printed layer 140a. The first information copy area 121 is provided in which the delivery information entered in the information entry area 111 is copied by the back carbon print layer 140a. The second back carbon printed layer 140b is formed on the back surface of the region where the 1 is provided, and the adhesive layer 150b is formed on the region where the back carbon printed layer 140b is not formed on the surface where the back carbon printed layer 140b is formed. The information entry area of the receiving piece 110 is located in the area facing the back carbon printed layer 140b when it is superimposed on the surface of the tag 120, which is the stacked second paper piece, and the surface on which the back carbon printed layer 140b is formed. The second information copy area 131 where the delivery information entered in 111 is copied by the back carbon print layer 140b is provided, and the area where the information copy area 131 is not provided among the faces provided with the information copy area 131 The silicon layer 160 is laminated only on the surface, and the silicon layer 160 and the adhesive layer 150b are peeled off from the tag 120. And a capable adhered release paper 130..

  The receipt piece 110 is provided with an information entry area 111, bar code information 112 in which a management number for managing the delivery is expressed as a barcode, and the delivery piece 110 A receipt stamp pressing area 113 is provided for the recipient to press the receipt stamp. In addition, a perforation 114 is formed in the receiving piece 110 for separating an area that is not bonded to the tag 120 with the adhesive layer 150a from other areas. By this perforation 114, the information entry area 111, the barcode information 112, and the receipt stamp pressing area 113 can be separated from other areas.

  The tag 120 has an information copy area 121 and bar code information 122 similar to that of the receiving piece 110.

  The release paper 130 is provided with an information copy area 131, a management number 132a for managing a delivery item, and barcode information 132b in which the barcode is expressed as a barcode. A telephone number 133 for inquiring the delivery status of the delivery is described.

  Below, the usage method of the delivery slip comprised as mentioned above is demonstrated.

  When a delivery item to be delivered is brought into a store such as a delivery company's collection branch or convenience store by the delivery shipper, first, the information entered in the delivery slip receiving piece 110 is entered at the collection branch or store. In the area 111, entry of delivery information including the delivery destination of the delivery item, the name and address of the shipper, a telephone number, the item name of the delivery item, and the like is requested.

  When the delivery information including the delivery destination of the delivery item, the name and address of the sender, the telephone number, the item name of the delivery item, etc. is entered in the information entry area 111 by the sender of the delivery item, the release paper 130 is peeled from the delivery slip. Then, the delivery slip from which the release paper 130 is peeled off is affixed to the delivery by the adhesive layer 150b. At this time, on the release paper 130, the delivery information entered in the information entry area 111 of the receiving piece 110 is copied to the information copy area 131 by the back carbon printing layer 140b formed on the back surface of the tag 120, The release sheet 130 with the delivery information copied to the copy area 131 is handed over to the delivery person as a copy. This is because when the delivery information is entered in the information entry area 111 of the receiving piece 110, the pressure due to the entry of the delivery information is transmitted to the tag 120 side, and the carbon of the back carbon printed layer 140b is transferred to the information copy area 131 according to this pressure. It is caused by being transcribed.

  After that, when the delivery item with the delivery slip attached is delivered to the delivery destination, the recipient of the delivery item presses the receipt stamp in the receipt stamp pressing area 113 of the receiving piece 110. In the receiving piece 110 in which the receiving mark is pressed in the receiving mark pressing area 113, the information entry area 111, the barcode information 112, and the receiving mark pressing area 113 in the receiving piece 110 are separated from other areas by the perforation 114. Thus, it is managed that the delivery company brings back a piece of paper including this area and the delivery is delivered to the delivery destination. Here, in the receiving piece 110, a perforation 114 for separating an area of the receiving piece 110 that is not bonded to the tag 120 with the adhesive layer 150a from other areas is formed, and an information entry area is also provided. 111, the bar code information 112 and the reception mark pressing area 113 are not bonded to the tag 120, and therefore, by cutting the receiving piece 110 along the perforation 114, the information entry area 111, the barcode The area including the information 112 and the receipt stamp pressing area 113 can be separated from the delivery slip.

  At this time, in the delivery slip affixed to the delivery item, the tag 120 appears, but in the information copy area 121 provided in the tag 120, the information entry area provided in the receiving piece 110 The delivery information entered in 111 is copied by the back carbon printed layer 140a formed on the back surface of the receiving piece 110. This occurs because the carbon of the back carbon print layer 140a is transferred to the information copying area 121 according to the pressure due to the entry of the delivery information to the information writing area 111 of the receiving piece 110, similarly to the information copying area 131 described above.

  In the above-described two embodiments, the delivery slip has a three-layer structure including the receiving pieces 10 and 110, the tags 20 and 120, and the release papers 30 and 130. By adopting a configuration in which 10 and 110 are included, a two-layer structure of a tag and release paper can be obtained. In that case, a receipt stamp pressing area for pressing the receipt stamp is provided in the tag, and further includes an area including at least the receipt stamp pressing area and an area in which a management number for managing the delivery is described. If a perforation is formed to separate from the other area, it will be described in the separated area by cutting the tag along this perforation when the delivery is delivered to the destination. The fact that the delivery item has been delivered to the delivery destination can be managed by the management number and the receipt stamp.

  It is also conceivable that the above-mentioned delivery slip has a structure of four or more layers by incorporating a paper piece having the same structure as the tags 20 and 120 between the receiving pieces 10 and 110 and the tags 20 and 120.

  The delivery information entered in the information entry areas 11 and 111 is copied to the information copy areas 21, 31, 121, and 131 by the back carbon layers 40a, 40b, 140a, and 140b. Instead of 40a, 40b, 140a, 140b, one of the color former layer and the developer layer is formed as a copy layer, and the color developer layer and the developer layer are formed in the information copy areas 21, 31, 121, 131. By forming the other of the colorant layers as a layer to be copied, when the delivery information is entered in the information entry areas 11 and 111, the color former layer and the developer are applied according to the pressure of the delivery information entry. It is also conceivable that the delivery information entered in the information entry areas 11, 111 is copied to the information copy areas 21, 31, 121, 131 by causing the layers to react with each other.

It is a figure which shows 1st Embodiment of the delivery slip of this invention, (a) is a figure which shows a laminated structure, (b) is the figure which looked at the receiving piece shown to (a) from the arrow A direction, ( (c) is the figure which looked at the tag shown to (a) from the arrow A direction, (d) is the figure which looked at the release paper shown to (a) from the arrow A direction. It is a figure which shows 2nd Embodiment of the delivery slip of this invention, (a) is a figure which shows a laminated structure, (b) is the figure which looked at the receiving piece shown to (a) from the arrow A direction, ( (c) is the figure which looked at the tag shown to (a) from the arrow A direction, (d) is the figure which looked at the release paper shown to (a) from the arrow A direction. It is a figure which shows one structural example of the conventional delivery slip, (a) is a figure which shows a laminated structure, (b) is the figure which looked at the holding piece shown to (a) from the arrow A direction, (c) is ( The figure which looked at the receiving piece shown to a) from the arrow A direction, (d) is the figure which looked at the tag shown to (a) from the arrow A direction.

Explanation of symbols

10, 110 Receiving piece 11, 111 Information entry area 12, 22, 32b, 112, 122, 132b Barcode information 13, 113 Receipt stamp pressing area 20, 120 Tag 21, 21, 121, 131 Information copying area 30, 130 Separation Paper 32a, 132a Control number 33, 133 Telephone number 40a, 40b, 140a, 140b Back carbon printing layer 50a, 50b, 150a, 150b Adhesive layer 60, 160 Silicon layer 114 Perforation

Claims (5)

An information entry area for entering information is provided on one side, a pressure-sensitive adhesive layer is laminated on the other side, and a piece of paper configured to be attached to a delivery item by the pressure-sensitive adhesive layer, and silicon on one side A delivery slip comprising a release paper, wherein layers are laminated, and the silicon layer and the pressure-sensitive adhesive layer releasably adhere to the paper piece on the surface on which the silicon layer is laminated,
The paper piece has a back carbon printing layer formed on the back surface of the area where the information entry area is provided, and the adhesive layer is laminated only in an area where the back carbon printing layer is not formed,
The delivery slip, wherein the release paper has the silicon layer laminated only in a region that does not face the back carbon print layer when the release paper is overlapped with the paper piece. An information entry area for entering information on one side is provided, and a first piece of paper having a first back carbon printed layer formed on the back surface of the area where the information entry area is provided; A surface of the paper piece on which the first back carbon print layer is formed is adhered to at least a part of a region where the first back carbon print layer is not formed, and the first back carbon print layer is attached to the first back carbon print layer. A first information copying area is provided in an opposite area, an adhesive layer is laminated on a surface where the first information copying area is not provided, and the adhesive layer is configured to be attached to a delivery item. A piece of paper and a release paper that is peelably bonded to the second piece of paper by the silicon layer and the adhesive layer on the surface on which the silicon layer is laminated. At least on the delivery slip Stomach,
In the second paper piece, the second back carbon printing layer is formed on the back surface of the area where the first information copying area is provided, and only in the area where the second back carbon printing layer is not formed. Adhesive layer is laminated,
When the release paper is overlapped with the second paper piece, a second information copy area is provided in an area facing the second back carbon print layer, and the second information copy area is provided. A delivery slip characterized in that the silicon layer is laminated only in an area where the second information copy area is not provided on the provided surface. An information entry area for entering information is provided on one side, a pressure-sensitive adhesive layer is laminated on the other side, and a piece of paper configured to be attached to a delivery item by the pressure-sensitive adhesive layer, and silicon on one side A delivery slip comprising a release paper, wherein layers are laminated, and the silicon layer and the pressure-sensitive adhesive layer releasably adhere to the paper piece on the surface on which the silicon layer is laminated,
In the paper piece, a copy layer consisting of one of a color former layer and a developer layer is formed on the back surface of the area where the information entry area is provided, and only in the area where the copy layer is not formed. Adhesive layer is laminated,
The release paper has a copy-receiving layer formed of the other of the color developer layer and the developer layer formed in a region facing the copy layer when overlapped with the piece of paper, and the copy layer A delivery slip, wherein the silicon layer is laminated only in a region that is not opposed. An information entry area for entering information is provided on one surface, and a first copy layer comprising one of a color former layer and a developer layer on the back surface of the area provided with the information entry area The first paper piece on which the first copy layer is formed and the surface of the first paper piece on which the first copy layer is formed are bonded to at least a part of the region where the first copy layer is not formed. In the region facing the first copy layer, the first copy layer composed of the other one of the color developer layer and the developer layer is formed, and the first copy layer is not formed. A pressure-sensitive adhesive layer is laminated on the surface, and the second paper piece is configured so that it can be attached to a delivery item by the pressure-sensitive adhesive layer. A silicon layer is laminated on one surface, and the silicon layer is laminated on the surface. Less release paper adhered to the second paper piece so as to be peelable by the silicon layer and the adhesive layer. In the delivery slip, which also have,
The second paper piece has a second copy layer formed of one of a color developer layer and a developer layer formed on the back surface of the region where the first copy layer is formed. The pressure-sensitive adhesive layer is laminated only in the area where the copy layer is not formed,
When the release paper is overlapped with the second paper piece, a second copy layer composed of the other one of the color developer layer and the developer layer is formed in a region facing the second copy layer. A delivery slip characterized in that the silicon layer is laminated only in an area where the second copy layer is not formed on the surface on which the second copy layer is formed. . In the delivery slip according to claim 2 or claim 4,
The delivery slip, wherein the first paper piece is formed with a perforation for separating an area not bonded to the second paper piece from another area.

Images