KR20070061029A - Label waybill integrated radio frequency identification tag for home-delivery reuseable - Google Patents

Abstract

A reusable home-delivery label waybill integrated with an RFID tag is provided to raise efficiency of logistics information management by integrating the RFID tag and a label waybill, and reduce the RFID tag by collecting the RFID tag and a collection label to receive confirmation from a receiver after an article is delivered to the receiver. A printing paper layer(100) has the first surface layer(110) having a printable surface, and the second surface layer(130) having the printable surface and combined with the first surface layer along a part of a boundary of the first surface layer. A cutting line(160) is formed to the part of the boundary between the first and second surface layer. An adhesive layer is formed to a rear side, which is an area excluding the rear side of the first surface layer among the rear side of the printing paper layer, of the second surface layer. A release paper layer(300) is separably attached to the adhesive layer at the rear side of the printing paper layer. An RFID tag layer(170) is arranged to one side of the first surface layer and stores the logistics information.

Description

Label waybill integrated radio frequency identification tag for home-delivery reuseable}

1 is a plan view of a radio frequency identification tag integrated label waybill according to the present invention.

2 is a cross-sectional view taken along the line A-A of FIG.

3 is a cross-sectional view taken along line B-B in FIG.

4 is a sectional view taken along the line C-C in FIG.

* Explanation of symbols for main parts of drawings *

100: printing paper layer 110: first surface layer

110 ': label for recovery 130: second surface layer

130 ': Residual label 140: Separation surface layer

150: residual surface layer 160: perforation line

170: radio frequency identification tag layer 170 ': radio frequency identification label

171: printed layer 172: protective layer

174: integrated circuit chip 175: antenna

176: dielectric 200: pressure-sensitive adhesive layer

300: release layer 310: silicon layer

320: glass cognitive

The present invention relates to an integrated courier label waybill with a built-in radio frequency identification tag (RFID Tag), and more particularly, to a courier label waybill attached to a cargo recorded on a radio frequency identification tag at the same time as printing the logistics information required for the courier service. The present invention relates to a recyclable courier radio frequency identification tag integrated label waybill.

In recent years, the parcel delivery market is continuously expanding due to the activation of electronic commerce, and the parcel delivery technology is also developing. Accordingly, Internet shopping and home shopping have recently developed rapidly, and buyers often buy goods through them without visiting department stores or stores. At this time, most of the purchased items are consigned to the courier company rather than the general parcel freight is being quickly delivered to the buyer. The delivery of such goods, that is, freight is made from one company to another company, from enterprise to individual, from person to other person, and the package box of the freight is attached to the courier label for recording the delivery information.

The commonly used courier label waybill is printed on a label or a plastic container with the remaining labels and retrieval labels on two labels, and shipped from the box when the buyer receives the goods. This is done by tearing off the acceptance label.

On the other hand, radio frequency identification (RFID) technology is attracting attention as a major technology that can supplement and replace the function of the bar code, RFID tag is an appropriate amount of information, for example, individuals, packages Or have sufficient information to uniquely identify a list or the like and transmit it in operation.

In this way, by applying the radio frequency identification tag to the courier label waybill can be processed quickly and efficiently logistics information. In other words, a logistics ID can be promoted by assigning a unique ID to each logistics and recording the information on the radio frequency identification tag, and collectively recognizing the information recorded on the radio frequency identification tag through a reader.

However, although the price of the radio frequency identification tag is much lowered due to the continuous research and development, there is a problem that it is introduced into the logistics business such as courier because it is an expensive material to use and discard once.

Therefore, the present invention has been proposed to solve the above problems, by increasing the efficiency of logistics information management by integrating the radio frequency identification tag with the courier label waybill, the radio frequency identification tag was delivered to the recipient after the cargo is delivered. The purpose of the present invention is to provide a recyclable courier radio frequency identification tag integrated label waybill that can be recycled by collecting the radio frequency identification tag by collecting it together with a collection label to confirm the identification.

In order to achieve the above object, the present invention provides a first surface layer capable of printing on a surface, and a second surface capable of being printed on the surface and disposed along at least a portion of the first surface layer and bonded to the first surface layer. A printing paper layer having a surface layer and having a perforation line formed in at least a portion of a boundary between the first surface layer and the second surface layer; An adhesive layer formed on the back surface of the second surface paper layer, which is an area except the back surface of the first surface paper layer among the back surface of the printing paper layer; A release paper layer disposed on a rear surface of the printing paper layer and detachably attached to the adhesive layer; And a radio frequency identification tag integrated label invoice disposed on one side of the first surface layer and including a radio frequency identification tag layer in which logistics information is recorded.

Here, the second surface layer may be printed on one side of the surface and separated surface layer separated from the release layer; And separated from the separation surface layer between the separation surface layer and the first surface layer and disposed adjacent to one side of the first surface layer, wherein the release layer is separated from the second surface layer. Residual residual surface layer.

The printing paper layer according to the invention is made of art paper, the release paper layer is a silicon layer detachably attached to the adhesive layer; And a glass coated on the back of the silicon layer.

In addition, the first surface layer is made of a label for recovery and the label for radio frequency identification, and the second surface layer is made of a residual label.

Here, a perforation line is formed in at least a portion of a boundary between the radio frequency identification label and the retrieval label so that the retrieval label and the radio frequency identification label are separated from each other by the perforation line.

The radio frequency identification tag layer according to the present invention includes a printed layer, a protective layer, an integrated circuit chip, an antenna, and a dielectric material, and logistics information can be tracked through the radio frequency identification tag layer.

The above objects, features and advantages will become more apparent from the following detailed description taken in conjunction with the accompanying drawings. Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings.

1 is a plan view of a label incorporating a radio frequency identification tag integrated label according to the present invention, FIG. 2 is a sectional view taken along AA of FIG. 1, FIG. 3 is a sectional view taken along BB of FIG. 1, and FIG. According to the cross-sectional view.

The present invention is a courier label waybill 400 that is attached to the cargo recorded on the radio frequency identification tag (RFID Tag) at the same time printing the logistics information required for the courier service, as shown in Figures 1 to 4, A first surface layer 110 capable of printing on the surface, and a second surface capable of printing on the surface and arranged along at least a portion of the first surface layer 110 to be coupled with the first surface layer 110 A printing paper layer (100) having a surface layer (130) and having a perforation line (160) formed in at least a portion of a boundary between the first surface layer (110) and the second surface layer (130); An adhesive layer 200 formed on a rear surface of the second surface paper layer 130 which is an area except the rear surface of the first surface paper layer 110 among the back surface of the printing paper layer 100; A release paper layer 300 disposed on a rear surface of the printing paper layer 100 and detachably attached to the pressure-sensitive adhesive layer 200; And a radio frequency identification tag layer 170 disposed on one side of the first surface layer 110 and having logistics information recorded thereon.

In the present embodiment, the first surface layer 110 is composed of a recovery label 110 'and a radio frequency identification label 170', and the second surface layer 130 is a residual label 130 '. ) In other words, in the delivery information of the parcel delivery label 400 according to the present embodiment, the name, address, article name, specification, quantity, etc. of the recipient are recorded and the remaining label 130 'remains on the freight received by the recipient. And a receipt label confirming receipt of the goods by the recipient in addition to the recipient side information, a recovery label 110 'to be recovered to the delivery company, and a radio frequency identification label 170' on which logistics information is recorded.

Label waybill 400 according to the present invention is a printing paper layer 100 that can be printed on the surface, the pressure-sensitive adhesive layer 200 coated with a common acrylic solvent-type adhesive on the back of the printing paper layer 100, and the pressure-sensitive adhesive layer It is attached to the (200) and has a release paper layer 300, the surface of the silicon coating treatment.

Here, the printing paper layer 100 is preferably made of art paper or imitation paper, the release paper layer 300 is made of a silicon layer 310 and the glass (Glassine) paper 320, the printing paper layer 100 On the surface of), the sender, the recipient, the type of cargo, the cost, the place of final delivery and the part for recording the acknowledgment after receipt are printed.

In the present embodiment, the second surface layer 130 may be printed on one side of the surface and separated from the release layer 300; And a separation from the separation surface layer 140 between the separation surface layer 140 and the first surface layer 110 and adjacent to one side of the first surface layer 110, and the release layer 300. ) Is separated from the second surface layer 130 and includes a residual surface layer 150 remaining in the release layer 300.

In addition, the printing paper layer 100 may be formed of the first surface layer 110 and the first surface layer 110 and the second label 130 ', the radio frequency identification label 170' and the remaining label 130 '. It consists of two surface layers 130. As a result, the release layer 300 is removed from the printing layer 100 and the printing layer 100 is attached to the cargo and the cargo is transported. If the cargo arrives to the recipient without damage or loss, the receipt confirmation is confirmed from the recipient. The first surface layer 110, which is the received recovery label 110 'and the radio frequency identification label 170', is separated from the cargo and recovered, and then stored in an appropriate place until necessary.

As described above, the label invoice 400 has a first surface layer 110 that can be printed on the surface, and a perforated line 160 is formed on at least a portion of the first surface layer 110 that can be printed on the surface. An adhesive layer 200 formed on the back surface of the second surface paper layer 130 which is an area except for the back surface of the first surface paper layer 110 among the printed paper layer 100 and the back surface of the printing paper layer 100, and It is disposed on the back of the printing paper layer 100 includes a release paper layer 300 detachably attached to the pressure-sensitive adhesive layer 200. Accordingly, even when the adhesive layer 200 is not applied to the back surface of the first surface layer 110, when the printing layer 100 is attached to the cargo, the printing paper layer 100 closely adheres to the cargo. Can be attached.

In addition, the second surface layer 130 is composed of a separation surface layer 140 and a residual surface layer 150, the residual surface layer 150 is the second surface layer 130 and the first surface layer 110 Is separated from). Accordingly, when the printing paper layer 100 is separated from the release paper layer 300, the remaining surface paper layer 150 remains on the release paper layer 30, so that the remaining surface paper layer may be formed on the printing paper layer 100 attached to the cargo. A hole is formed in the part where 150) existed. Accordingly, it is possible to insert a finger or the like into the hole so that the label for recovery 110 'and the label for radio frequency identification 170' can be easily separated from the cargo. Here, the residual surface layer 150 is preferably disposed adjacent to at least one side of the first surface layer 110.

The label waybill 400 according to the present embodiment is a label for recovery (110 '), which is collected separately after shipment from the remaining label (130'), which is a part of the second surface layer (130) that is attached to the cargo and records the delivery information. In this case, by integrating the radio frequency identification label 170 ′, which is the radio frequency identification tag layer 170 in which the logistics information is recorded, the logistics label 110 ′ may increase the efficiency of the logistics information. In addition, the logistics information can be tracked through the radio frequency identification tag layer 170, thereby improving the efficiency of logistics management.

Here, the radio frequency identification tag layer 170 protects the integrated circuit chip 174 in the process of rolling the printed layer 171, the integrated circuit chip 174, and the same quality as the first surface layer 110. A protective layer 172, antenna 175, and a dielectric 176 having an insulating property to play a role.

The smart label (smart tag), which is the radio frequency identification tag, is thin and easy to use by attaching a radio frequency identification tag printed in a silkscreen manner to the back of the label having a sticky adhesive surface.

The smart tag method uses a print ink, powder powder of an optically soluble component, or synthetic resin. The resistance characteristic of the smart tag is dependent on the thickness of the coil, the width of the contact surface, the number of turns, and the like (2 kPa to 75 kPa). The operating frequency of the smart tag is 8MHz or more, and the smart tag method is advantageous in terms of cost since it is cheaper than a coil on chip method or a disk and coin method.

In this embodiment, a perforation line 160 is formed in at least a portion of the boundary between the radio frequency identification label 170 'and the recovery label 110' to identify the recovery label 110 'and the radio frequency. The labels 170 ′ are separated from each other by the perforation line 160. Accordingly, the recovery label 110 ′ and the radio frequency identification label 170 ′ recovered after delivery may be easily separated along the perforation line 160 so as to be easily removed at a time. Therefore, the information on the collection label 110 ′ may be stored, and the integrated circuit chip 174 of the radio frequency identification tag may be separated and recycled.

In other words, the radio frequency identification tag is intended to track the process from the shipment to the arrival of the courier, including the delivery and logistics information, and the role is delivered to the final recipient. However, in view of limited resources and economics, it is a great loss to discard the radio frequency identification tag without recovering the radio frequency identification tag. To solve this problem, a radio frequency is placed on a recovery label 110 'for confirming delivery after courier delivery. The identification tag may be integrated and recovered together, and then only the radio frequency identification tag may be separately collected and recycled.

The present invention described above is not limited to the above-described embodiment and the accompanying drawings, and various substitutions, modifications, and changes are possible within the scope without departing from the technical spirit of the present invention. It will be evident to those who have knowledge of.

According to the present invention as described above, by integrating a radio frequency identification tag (RFID Tag) with the courier label waybill can increase the efficiency of logistics information management, confirming that the radio frequency identification tag is delivered to the recipient after the shipment It is collected along with the label for recovery and facilitates the separation of the radio frequency identification tag from the label for recovery.

Claims (6)

A first surface layer printable on the surface and a second surface layer printable on the surface and disposed along at least a circumference of the first surface layer and bonded to the first surface layer, the first surface layer A printing paper layer having a perforation line formed in at least a portion of a boundary between the second surface paper layer and the second surface paper layer; An adhesive layer formed on the back surface of the second surface paper layer, which is an area except the back surface of the first surface paper layer among the back surface of the printing paper layer; A release paper layer disposed on a rear surface of the printing paper layer and detachably attached to the adhesive layer; And Radio frequency identification tag layer disposed on one side of the first surface layer and recorded the logistics information Radio frequency identification tag integrated label including a waybill. The method of claim 1, The second surface layer is A separation surface layer capable of printing on one side of the surface and separated from the release layer; And It is separated from the separation surface layer between the separation surface layer and the first surface layer and disposed adjacent to one side of the first surface layer, when separating the release layer from the second surface layer to the release layer Residual Surface Layer Radio frequency identification tag integrated label including a waybill. The method of claim 2, The release paper layer is a silicon layer detachably attached to the pressure-sensitive adhesive layer; And it comprises a glass attached to the back of the silicon layer, The printing paper layer is made of art paper Radio frequency identification tag integrated label waybill. The method of claim 3, The first surface layer is made of a label for recovery and a label for radio frequency identification, The second surface layer is made of a residual label Radio frequency identification tag integrated label waybill. The method of claim 4, wherein A perforation line is formed in at least a portion of a boundary between the radio frequency identification label and the retrieval label so that the retrieval label and the radio frequency identification label are separated from each other by the perforation line. Radio frequency identification tag integrated label waybill. The method of claim 1, Through the radio frequency identification tag layer it is possible to track logistics information, The radio frequency identification tag layer includes a printed layer, a protective layer, an integrated circuit chip, an antenna, and a dielectric. Radio frequency identification tag integrated label waybill.

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