TWM529218U - Authentication structure of drinks bottle packaging - Google Patents

Description

Beverage bottle packaging certification structure

This creation is about a bottle and bottle packaging certification structure that can easily determine the authenticity of a beverage brand and has the advantage of counterfeiting.

According to famous brand drinks (such as alcoholic beverages), in order to maintain their goodwill, they often need to select materials carefully and invest a lot of manpower or equipment to maintain product quality. Sometimes they have to invest huge advertising fees to improve their market access. Reputation. The method of packaging the conventional beverage is generally to fill the bottle in a bottle (such as a glass bottle), and after sealing the bottle cap through the bottle mouth, a shrink film (plastic heat shrinkable film) is wrapped on the outside of the bottle cap to complete Packed, and the shrink film was not disassembled, confirming that the drink was not unsealed. Although the packaging method of the conventional beverage can be printed by the brand label on the bottle or the trademark printed on the shrink film for the consumer to identify as an option, it is sometimes difficult to ensure the authenticity of the source of the product by the identification of the brand label or the trademark alone. . In recent years, some unscrupulous people often use the same packaging method to counterfeit well-known brand drinks (such as fake wine) to obtain illegal benefits. Because the counterfeit packaging technology of the same method is continuously improved, only a few can be really wrapped in the appearance of the packaging. It is difficult to distinguish the degree of authenticity, the endless results of mis-purchase and accidental drinking, endangering the health of consumers, and has caused great economic benefits to counterfeit manufacturers; the solution to this problem is that the beverage packaging cannot be copied or Not easy to be counterfeited.

The main purpose of the present invention is to provide a beverage bottle packaging certification structure, the beverage produced is filled in a bottle, and a shrink cap is covered by a bottle cap on the bottle mouth. On the outer surface of the bottle cap, it is confirmed that the beverage package is not unsealed; the improvement is that an electronic label is attached to a film surface of the shrink film, and the electronic label is etched on one side of an insulating film sheet. a high frequency antenna and a narrow frequency antenna; the ultra high frequency antenna is formed on an intermediate surface of the insulating film sheet, and has a hole breaking circuit portion electrically connected with a radio frequency identification RFID first a chip; the narrow-band antenna is formed on the outer surface of the insulating film sheet around the UHF antenna, and has a circuit contact portion electrically connected to the second radio frequency identification chip. And matching the second ID of the second chip with the first ID identification code of the first chip and as an auxiliary authentication code of the first ID identification code; when the beverage completes the bottle packaging on the packaging line , packaging production line After the sub-tag reading device reads the first ID identification code of the first radio frequency identification RFID chip on the electronic tag from a long distance, through editing and recording, each bottle of the factory bottle can be quickly authenticated; thereby, The mobile electronic tag reading tool on the side of the beverage sales channel is the second ID of the RFID chip on the electronic tag read by the close-up on the shrink film, and only needs to be queried or compared with the factory authentication data. Yes, it is easy to judge the authenticity of the beverage brand, and get counterfeiting to eliminate the benefits.

The second objective of the present invention is to provide a beverage bottle packaging certification structure, wherein the bottle cap is a metal material cover, and the UHF antenna on the electronic tag is formed at one end of the broken hole circuit portion. The capping surface of the cap is formed by attaching the face to the cap to form a second UHF antenna capable of amplifying the electromagnetic wave signal, so that the electronic tag reading device can be The first ID identification code of the first wafer is read at a longer distance for authentication.

A further object of the present invention is to provide a beverage bottle packaging certification structure, wherein the UHF antenna on the electronic tag is divided and etched on one side of the broken hole portion to form a linear bandwidth adjustment portion. Adjusting the magnetic wave signal bandwidth of the UHF antenna by the length, width or shape of the bandwidth adjusting portion, so that the electronic tag reading device reads the first ID identification code of the first chip on the electronic tag, and increases the magnetic wave signal reading. Time sensitivity.

10‧‧‧ Bottleware

11‧‧‧ caps

20‧‧‧Shrink film

30‧‧‧Electronic label

31‧‧‧Insulating film

32‧‧‧UHF antenna

320‧‧‧Breaking Circuit Department

321‧‧‧Face on the face

322‧‧‧Bandwidth adjustment department

33‧‧‧Narrowband antenna

330‧‧‧Circuit Contact Department

40‧‧‧First chip

50‧‧‧second chip

Figure 1 is a schematic structural view of the present embodiment

Figure 2 is a schematic view showing the structure of an electronic label on the shrink film of the present invention.

Figure 3 is a schematic diagram of the structure of the electronic tag of the present creation

The present invention is directed to the above object, and the preferred embodiment is described in detail with reference to the accompanying drawings.

A beverage bottle packaging certification structure, as shown in Figures 1, 2, and 3, is a beverage (to be sold) filled in a bottle 10, and a bottle cap 11 is placed on the bottle mouth of the bottle 10 A shrink film 20 is wrapped on the outer surface of the cap 11 to complete the beverage package, and the shrink film 20 is not unpacked, and it is confirmed that the sold beverage package is not unsealed; the improvement is that a film of the shrink film 20 is The surface of the PI plastic film 30 is etched with a copper film UHF antenna 32 and a thin line shaped narrow frequency antenna 33; The UHF antenna 32 is formed on the intermediate surface of the insulating film sheet 31 and has a hole breaking circuit portion 320. The hole breaking circuit portion 320 is electrically connected. A radio frequency identification RFID first chip 40 is formed with the UHF antenna 32; the narrowband antenna 33 is formed on the outer surface of the insulating film sheet 31 around the UHF antenna 32, and has a a circuit contact portion 330 electrically connected to the radio frequency identification second chip 50 forming a loop with the narrowband antenna 33, and a second ID identifier of the second wafer 50, and the same The first ID identification code of the first wafer 40 is matched and used as an auxiliary authentication code of the first ID identification code; when the beverage completes the packaging of the bottle 10 on the packaging line, the electronic label reading device on the packaging line (not shown) After reading the first ID identification code of the radio frequency identification RFID first chip 40 on the electronic tag 30 from a long distance, by editing and recording, each bottle of the factory bottle can be quickly authenticated; thereby, the beverage sales The mobile electronic tag reading tool (not shown, such as a mobile phone) on the path end is read by the second ID of the RFID chip 2 on the electronic tag 30 read from the shrink film 20 at a close distance, only Query with factory certification data The comparison (double code check) can easily determine the authenticity of the beverage brand and obtain the counterfeiting effect; if it can not read any ID identification code from the shrink film 20, it can also determine that the beverage is produced by the original factory. counterfeit.

According to the above embodiment, in the first and second embodiments, the cap 11 is a metal material cover, and the UHF antenna 32 on the electronic tag 30 is formed at one end of the hole loop portion 320. The cap surface of the cap 11 is placed on the surface 321 , and the cap portion 11 is formed by the applicator portion 321 to abut against the cap 11 to form a second UHF antenna capable of amplifying the electromagnetic wave signal, so that the electronic tag is read. The picking device (not shown) can read the first ID identification code of the first wafer 40 for remote authentication for authentication.

According to the above embodiment, in FIG. 2 and FIG. 3, the UHF antenna 32 on the electronic tag is formed on the side of the hole breaking circuit portion 320 by a etch and a high The linear bandwidth adjustment unit 322 matched by the frequency antenna 32 adjusts the magnetic wave signal bandwidth of the UHF antenna 32 by the length, width or shape of the bandwidth adjustment unit 322, so that the electronic tag reading device (not shown) The first ID identification code of the first wafer 40 on the electronic tag 30 is read to increase the sensitivity of the magnetic wave signal reading.

The above description is intended to be illustrative, and not restrictive, and many modifications, variations or equivalents may be made without departing from the spirit and scope of the invention. , but all will fall within the scope of this creation.

20‧‧‧Shrink film

30‧‧‧Electronic label

40‧‧‧First chip

50‧‧‧second chip

Claims (3)

The invention relates to a beverage bottle packaging certification structure, in which a beverage produced is filled in a bottle, a cap is placed on the bottle mouth of the bottle, and a shrink film is wrapped on the outer surface of the bottle to confirm the drink. The package is not unsealed; the main improvement is that an electronic label is attached to a film surface of the shrink film, and the electronic label is etched with a UHF antenna and a narrow frequency on one side of the insulating film sheet. An antenna; the UHF antenna is formed on an intermediate surface of the insulating film sheet, and has a hole breaking circuit portion electrically connected to a radio frequency identification RFID first chip; the narrow frequency antenna, Forming on the peripheral surface of the insulating film sheet around the UHF antenna, having a circuit contact portion electrically connected to a radio frequency identification second chip, and the second chip a second ID identification code, and matching with the first ID identification code of the first chip, and as an auxiliary authentication code of the first ID identification code; when the beverage is finished in the packaging line, the electronic label reading on the packaging production line Take the device from a distance After reading the first ID identification code of the first RFID chip of the RFID tag on the electronic tag, through editing and recording, each bottle of the factory can be quickly authenticated; thereby, the mobile electronic device of the beverage sales channel The label reading tool is the second ID identification code of the second radio frequency identification RFID chip on the electronic label read by the close-up on the shrink film, and only needs to be inquired or compared with the factory certification data, that is, the beverage can be easily determined. The label is authentic, and the counterfeiting is eliminated. According to the invention of claim 1, the bottle cap is a metal material cover, and the UHF antenna on the electronic tag is formed at one end of the broken hole circuit portion. The capping surface of the cap is formed by attaching the face to the cap to form a second UHF antenna capable of amplifying the electromagnetic wave signal, so that the electronic tag reading device can read the first distance at a long distance. The first ID of the wafer is authenticated. According to the invention, the bottle and bottle packaging certification structure according to the first aspect of the patent application, wherein the UHF antenna on the electronic tag has a linear bandwidth adjustment section formed on one side of the hole breaking circuit portion. Adjusting the magnetic wave signal bandwidth of the UHF antenna by the length, width or shape of the bandwidth adjusting portion, so that the electronic tag reading device reads the first ID identification code of the first chip on the electronic tag, and increases the magnetic wave signal reading. Time sensitivity.