CN201392548Y - Product anti-counterfeiting logistics data associated electronic label combination - Google Patents

Abstract

The utility model belongs to the category of identification, and in particular relates to a product anti-counterfeit logistics data associated electronic label combination. Its characteristics are: a. At least one side wall of the outer packaging (1) is provided with a total box label (6) of a radio frequency identification electronic tag with a unique identification code; at least one side wall of the middle packaging (2) is provided with a logistics anti-counterfeiting label Sub-box label (7); box sticker (8) with logistics anti-counterfeiting label on at least one side wall of the small package (3); box sticker (8), sub-box label (7) and total box label (6) constitute a product label combination . B, the plaintext information of a plurality of small packaging boxes (8) is converted into ciphertext information, and the logistics anti-counterfeiting label sub-box label (7) of a plurality of middle packaging (2) is collected and written into; the logistics anti-counterfeiting of multiple middle packaging (2) The plaintext information and ciphertext information of the label sub-box label (7) are converted into ciphertext information together, and are summarized and written into the radio frequency identification electronic label general box label (6) of an outer package (1); the product on the box sticker (8) The information is collected to form the ciphertext information of the sub-box label (7), and the ciphertext information on the sub-box label (7) is summarized to form the ciphertext information of the radio frequency identification electronic label main box label (6), which constitutes the product anti-counterfeiting logistics data association as a whole. Electronic label combination.

Description

Product anti-counterfeiting logistics data associated electronic label combination

Technical field:

The utility model belongs to the category of identification, and in particular relates to a product anti-counterfeit logistics data associated electronic label combination.

Background technique:

The anti-counterfeiting technology of the paper substrate of the prior art (fluorescent fiber paper, fluorescent dot paper, safety thread paper, window paper, watermark paper, thermal paper); the anti-counterfeiting technology of the plastic film substrate (heat shrinkable film, laser laser Membrane, dielectric membrane); all have been quite mature.

However, usually the product manufacturer transmits the logistics anti-counterfeiting data to the label manufacturer, and the anti-counterfeiting label manufacturer produces the anti-counterfeiting label in batches at one time and returns it to the product manufacturer for use; that is, the logistics anti-counterfeiting label used on the outer packaging, medium packaging and small packaging All pre-printed. The problems caused by this are: the information may be untimely and inaccurate; there is a certain risk of leakage or loss; the logistics anti-counterfeiting mark also has the risk of leakage and loss during transportation; it is also impossible to establish a dynamic digital supervision process covering the whole process; Room for improvement.

Radio Frequency Identification (Radio Frequency Identification, abbreviated as RFID) is a non-contact automatic identification technology, which automatically identifies the target object through radio frequency signals, and obtains relevant data through external materials. The entire identification work does not require manual work. Intervention, can work in various harsh environments; RF power technology can identify high-speed moving, single or multiple objects more conveniently and quickly, and it stores a large amount of information; it is engaged in product anti-counterfeiting logistics data management, and establishes a dynamic system covering the entire process It is an ideal technical means for the digital supervision process; however, at present, the cost of all application of RF power electronic tags is relatively high, and it is still difficult to popularize in various industries.

Invention content:

The purpose of the invention of this utility model is to use the characteristics of the unique U ID (Unique Identifier) number in the electronic label chip, combine the ordinary anti-counterfeiting technology with the electronic label, realize the anti-counterfeiting technology with low cost, and combine the anti-counterfeiting technology and logistics technology Logistics technology program.

The technical scheme of the utility model is: to develop a product anti-counterfeiting logistics data associated electronic label combination, including anti-counterfeiting labels respectively arranged on the outer packaging, middle packaging and small packaging of the product. Medium packaging, a medium packaging contains multiple small packages, and the small packages contain products, of which:

a. At least one side wall of the outer packaging is provided with the main box label of the radio frequency identification electronic tag with a unique identification code; at least one side wall of the middle packaging is provided with the sub-box label of the logistics anti-counterfeiting label; Labeled box stickers; box stickers, sub-box labels and total box labels constitute a product label combination.

b. The plaintext information on multiple small packaging boxes is converted into ciphertext information, which is collected and written into the logistics anti-counterfeiting label sub-box label of one medium package; the logistics anti-counterfeiting label sub-box label information of multiple medium packaging boxes is converted together into ciphertext information, which is summarized and written into a radio frequency identification electronic tag main box label on the outer packaging; The ciphertext information of the main box label on the label constitutes a product anti-counterfeiting logistics data-associated electronic label combination as a whole.

The aforementioned product anti-counterfeiting logistics data-associated electronic tag combination is characterized in that at least one side wall of the outer package is preset with an embedding groove; the shape of the embedding groove matches the shape of the outer casing of the electronic tag provided with a unique identification code.

The above-mentioned product anti-counterfeiting logistics data-associated electronic tag combination is characterized in that the radio frequency identification electronic tag is an implanted chip composed of a base material layer, an antenna layer and an integrated chip layer, and the antenna layer and the integrated chip layer are electrically connected. connect.

The above-mentioned product anti-counterfeiting logistics data-associated electronic label combination is characterized in that the electronic label is composed of an implanted chip with a δ20-35mm, an outer shell with a δ25-45mm and a sealed package with a cover.

The aforementioned product anti-counterfeiting logistics data-associated electronic label combination is characterized in that the logistics anti-counterfeiting label is composed of a multi-layer laminated release paper layer, an adhesive layer, an aluminized film substrate layer, a logistics management information layer and Scratch-off layer construction on the surface.

The above-mentioned product anti-counterfeiting logistics data-associated electronic label combination is characterized in that the aluminized film substrate layer is set as a disposable PET aluminized film molded with a laser holographic anti-counterfeiting image.

The aforementioned product anti-counterfeit logistics data-associated electronic label combination is characterized in that the logistics management information layer is set as a barcode layer.

This technical solution is an organic combination of various technologies such as barcode, conventional anti-counterfeiting technology, digital anti-counterfeiting technology and radio frequency identification technology:

The bar code can be converted into binary information compatible with the computer, and the corresponding relationship between the bar code and the commodity information is established through the database. When the data of the bar code is uploaded to the control computer, the application program of the computer operates and processes the data. Conventional anti-counterfeiting technology, for example, when the box sticker is made of disposable PET aluminized film, the laser image will be destroyed after the box sticker is lifted, which can meet the requirement that the anti-counterfeiting label can only be used once.

Digital anti-counterfeiting technology uses modern digital encryption technology. The anti-counterfeiting number on each product is encrypted and unique, and the anti-counterfeiting number is stored in the control computer database. The plaintext information on the product label is converted into ciphertext information, which can save the space occupied by the data information in the label. The more important role is to establish the link between the electronic label and the multiple logistics anti-counterfeiting labels in the packaging unit through data encryption and association algorithms. The corresponding relationship realizes the anti-counterfeiting logistics query of each node.

Radio frequency identification technology, RFID uses the matched reader to control the radio frequency module to transmit the reading signal to the label, and accept the response of the label, decode the object identification information of the label, and combine the object identification information together with other relevant information on the label It is transmitted to the host computer for processing; the RFID printer can encode the RFID label and print barcode, text and graphics at the same time. Multiple barcode information can be directly packaged, encrypted, and input into the rewritable area of the RFID electronic label, so that the RPID label corresponds to the barcode label.

The utility model has the advantages of:

(1) Using the combination of RFID electronic tags and barcode labels can not only implement anti-counterfeiting logistics technology solutions that combine advanced anti-counterfeiting technology and logistics technology, but also make it easy to promote anti-counterfeiting and digital supervision solutions; and reduce the cost of all applications of RFID electronic tags resulting in high costs.

(2) Using the combination of RFID electronic tags and barcode tags, combining static digital information with dynamic digital information to meet the needs of different levels for anti-counterfeiting logistics and digital supervision.

It can enable manufacturers to realize information management, improve the efficiency of product entry and exit, avoid cross-selling, reduce losses caused by out-of-stock, improve the utilization rate of manufacturers' funds, and win a larger market share.

When consumers purchase goods, they can query the basic information of the product with the help of the information recorded on the electronic label, and identify the authenticity of the product in combination with the logistics anti-counterfeiting mark, effectively safeguarding their legitimate rights and interests.

Description of drawings:

Fig. 1 is a partial cross-sectional schematic view of the overall structure of the utility model; Fig. 2 is a side view of the outer packaging, showing a schematic diagram of the position of the embedded groove for accommodating the electronic label on the side wall of the outer packaging; Fig. 3 is a schematic diagram of the outer shell and cover of the electronic label; Fig. 4 is a schematic diagram of an implanted chip being sealed and packaged by an outer casing and a cover; FIG. 5 is a schematic diagram of an enlarged cross-sectional structure of a logistics anti-counterfeiting label.

Detailed ways:

Below in conjunction with accompanying drawing, set forth the embodiment of the present utility model: as shown in Fig. 1 partial sectional schematic diagram, a plurality of middle packing 2 is housed in an outer packing 1, a plurality of small packings 3 are housed in a middle packing 2, small packing 3 Contains products. At least one side wall of the small package 3 is provided with a box sticker 8 with a logistics anti-counterfeit label; at least one side wall of the middle package 2 is provided with a box label 7 with a logistics anti-counterfeit label; there is a liner 4 between the periphery of the outer package 1 and the middle package 2: prefabricated In the embedding groove 5 on the side wall of the outer package, the shape of the embedding groove 5 matches the shape of the outer casing 10 of the electronic tag provided with the unique identification code. Place the total case label 6 (entire electronic label) in the embedding groove 5 .

This technical solution is mainly used for packaging graded products, for example, there are multiple middle packages in each large outer package (such as a container), and there are multiple small packages in each middle package. The electronic label can be used as the total box label of the outer package (container): the middle package (such as a box) uses an anti-counterfeit logistics label as a sub-box label; the small package can use an anti-counterfeit logistics label as a box sticker: if the packaging cost allows, Electronic labels can also be used for box marking.

FIG. 2 shows a schematic diagram of the position of the embedding groove 5 accommodating the electronic label (ie, the total case label 6 ) on the side wall of the outer package 1 . As shown in FIG. 3 , the outer casing 10 and the cover 9 for accommodating the electronic tag before being packaged. In FIG. 4 , it shows a schematic diagram of a state where the implanted chip 11 is hermetically packaged by the outer casing 10 and the cover 9 . In Fig. 5, as a schematic diagram showing the structure of the anti-counterfeiting logistics label (that is, the box sticker and the middle box label), the enlarged cross-sectional schematic diagram is composed of a multi-layer laminated release paper layer 12, an adhesive layer 13, and an aluminized film substrate layer. 14. The logistics management information layer 15 and the scratch-off layer 16 on the surface are composed.

Example of use: (1) Print the logistics anti-counterfeiting information to the reserved area of the label through the printer, paste it on the surface of the small package of the product as a box sticker, and paste it on the surface of the middle package as a sub-package label: use online barcode data collection The device collects the barcode information on the box sticker and the box label;

(2) "Bundle" the collected barcode information together with the product number, batch number, production date, and expiration date with the UID number in the RFID tag chip to form a corresponding relationship, and upload it to the central database; or upload the collected The barcode information, together with the product serial number, batch number, production date, valid date and other information, is encrypted and correlated with the application software to form ciphertext information, which is written into the RFID tag through the online reader device;

(3) It is also possible to use a dedicated RFID online printer to print the encrypted information on the surface of the RFID label, use the RFID label as the total box label, and embed it into the preset embedding groove on the side wall of the large package to realize product anti-counterfeiting logistics Data association electronic tag combination.

(4) When the goods assembly line enters the electronic label and enters the magnetic field emitted by the reader to emit electromagnetic waves, it receives the radio frequency signal, and sends out the data information stored in the chip by virtue of the energy obtained by the induced current, and the reader reads the product packaging. After the total box label information is decoded, it is sent to the central information system for relevant data processing.

Using encryption algorithm, anti-counterfeiting number and UID number association algorithm, establish a new digital supervision database, make the electronic label and barcode form a corresponding relationship, and realize the digital supervision of the whole process of products from production, warehousing, logistics, sales, anti-counterfeiting and anti-counterfeiting.

This multi-level "one-to-many" data association relationship can be applied to many management aspects such as product sales, anti-counterfeiting, logistics, recall, return, seller classification, product tracking and tracing, consumer inquiries, and government supervision. . The components of the utility model are all prior art, and will not be described in detail. After testing, the expected purpose of the invention is successfully achieved.

Claims (7)

1. A product anti-counterfeiting logistics data associated electronic label combination, including anti-counterfeiting labels respectively set on the outer packaging, middle packaging and small packaging of the product, characterized in that one outer packaging contains multiple middle packaging, one middle packaging contains There are multiple packets containing the product, among which: At least one side wall of the middle package is provided with the sub-box mark of the logistics anti-counterfeiting label; On at least one side wall of the outer packaging, set the general box label of the radio frequency identification electronic tag with a unique identification code; At least one side wall of the small package is provided with a box sticker with a logistics anti-counterfeiting label; Box stickers, sub-box labels and total box labels constitute a product label combination. 2. According to the product anti-counterfeiting logistics data associated electronic label combination according to claim 1, it is characterized in that at least one side wall of the outer packaging is preset with an embedded groove; the shape of the embedded groove is the same as that of the electronic label with a unique identification code. The shape of the outer casing matches. 3. The product anti-counterfeiting logistics data-associated electronic label combination according to claim 1, characterized in that the radio frequency identification electronic label is an implanted chip composed of a substrate layer, an antenna layer and an integrated chip layer laminated and laminated, The antenna layer is electrically connected to the integrated chip layer. 4. The product anti-counterfeit logistics data-associated electronic label combination according to claim 1 or 2, characterized in that the electronic label is composed of an implanted chip with a δ20-35 mm, an outer shell with a δ25-45 mm and a sealed cover. 5. The product anti-counterfeiting logistics data-associated electronic label combination according to claim 1, characterized in that the logistics anti-counterfeiting label is composed of a multi-layer laminated release paper layer, an adhesive layer, and an aluminized film substrate layer, the logistics management information layer and the scratch-off layer on the surface. 6. The product anti-counterfeit logistics data-associated electronic label combination according to claim 5, characterized in that the base layer of the aluminized film is set as a disposable PET aluminized film molded with a laser holographic anti-counterfeit image. 7. The product anti-counterfeit logistics data-associated electronic label combination according to claim 5, characterized in that the logistics management information layer is set as a barcode layer.

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