CN111832677A - Wine bottle traceability anti-counterfeiting system and method based on TDAS - Google Patents
Wine bottle traceability anti-counterfeiting system and method based on TDAS Download PDFInfo
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Abstract
The invention discloses a wine bottle traceability anti-counterfeiting system based on TDAS (time domain analysis), which comprises an IOT (internet of things) module, an RFID (radio frequency identification) module and an authentication traceability platform, wherein the RFID module and the IOT module are integrally packaged in a wine bottle cap; the IOT module contains magnetic switch, and magnetic switch and the cooperation of setting the magnetic sheet on the beverage bottle, and magnetic switch triggers the IOT module and sends the message to the platform of tracing to the source of authentication. The IOT module sends a message to the authentication tracing platform; and the authentication traceability platform obtains the time and longitude and latitude positioning of the circulation node of the wine by the base station code in the message. The method has the advantages that the capping message and the uncapping message of the IOT module are triggered and sent only once, so that the uncapping operation of the wine can be guaranteed to be not copied, and the wine can be guaranteed not to be counterfeited; the authentication traceability platform acquires the logistics track of the wine through data acquisition and analysis of the timing message, so that the traceability of the circulation process of the wine is ensured, and the anti-counterfeiting effect is achieved.
Description
Technical Field
The invention relates to the technical field of wine authenticity identification, in particular to a wine bottle traceability anti-counterfeiting system and method based on TDAS.
Background
At present, fake wine is frequently mixed with old and new wine in the market, consumers become the most direct victims, and generally buy inferior and fake wine at a large price. The anti-counterfeiting technology adopted by the current enterprises is mainly various anti-counterfeiting codes matched with an authentication server, and consumers can inquire whether the corresponding anti-counterfeiting codes can pass the authentication of the authentication server through telephone inquiry or mobile phone code scanning login websites so as to judge the authenticity of wine. However, these anti-counterfeit codes are easily imitated in batches, and the consumer cannot effectively distinguish the authenticity by using the same anti-counterfeit code to authenticate the server.
Disclosure of Invention
The invention aims to provide a wine bottle traceability anti-counterfeiting system and method based on TDAS (time domain analysis), which are used for solving the problem that consumers cannot identify the authenticity of wine products because anti-counterfeiting technology in the prior art is easily imitated by adopting anti-counterfeiting codes.
The invention solves the problems through the following technical scheme:
the utility model provides a beverage bottle anti-fake system of tracing to source based on TDAS, includes IOT module, RFID module and authentication platform of tracing to the source, wherein:
the RFID module is integrally packaged in a wine bottle cap, records the unique code of the IOT module and is used for a consumer to read the unique code to authenticate the traceability platform;
the IOT module is integrally packaged in a bottle cap of a wine bottle and comprises a magnetic switch, the magnetic switch is matched with a magnetic sheet arranged on the wine bottle, and when the magnetic switch detects that the magnetic sheet exists, the magnetic switch triggers the IOT module to periodically send self state data, unique codes and base station codes of the forwarded messages of the communication operators at the positions to the authentication traceability platform; when the magnetic switch detects that the magnetic sheet disappears for the first time, the magnetic switch triggers the IOT module to send uncovering operation data, the IOT module unique code and a base station code of a forwarding message of a communication operator at the position of the IOT module to the authentication traceability platform.
The magnetic sheet is arranged at the bottle mouth of the wine bottle and is attached to the magnetic switch in the bottle cap of the wine bottle.
A wine bottle traceability anti-counterfeiting method based on TDAS comprises the following steps:
step S100: the IOT module is started, and when a magnetic switch in the IOT module detects the magnetic field of a magnetic sheet for the first time, the IOT module actively sends a wine bottle capping message to the authentication traceability platform; the cover message comprises a cover operation, a base station code of a communication operator at the position for forwarding the message, state data of the IOT module and a unique code of the IOT module; the state data of the IOT module comprises a debugging state, a storehouse state and a user state;
step S200: the IOT module actively sends timing messages, and sends the unique code and the state data of the IOT module and the base station code of the forwarded messages of the communication operators at the position to the authentication tracing platform according to the set fixed number;
step S300: when the bottle cap of the wine bottle is opened, the magnetic switch detects that the magnetic field of the magnetic sheet disappears for the first time, the magnetic switch triggers the IOT module to actively send a cap opening message to the authentication traceability platform, and the magnetic switch fails after the IOT module sends the cap opening message;
step S400: the authentication traceability platform analyzes the capping message, the timing message and the uncapping message sent by the IOT module, and obtains the longitude and latitude positioning of the capping message, the timing message and the uncapping message through the base station codes to obtain the time and the longitude and latitude positioning of the circulation node of the wine;
step S500: the consumer reads the information stored in the RFID module in the bottle cap through the NFC function to authenticate the traceability platform, and the authenticity of the wine is obtained.
Compared with the prior art, the invention has the following advantages and beneficial effects:
the invention ensures the irreproducibility of the opening and closing operation of the sealing cover of the wine by setting the opening and closing information of the IOT module to be triggered and sent only once, thereby ensuring that the wine can not be counterfeited; the authentication traceability platform acquires the logistics track of the wine through data acquisition and analysis of the timing message, so that the traceability of the circulation process of the wine is ensured, and the anti-counterfeiting effect is achieved.
Drawings
FIG. 1 is a block diagram of the system of the present invention;
FIG. 2 is a flow chart of the present invention.
Detailed Description
The present invention will be described in further detail with reference to examples, but the embodiments of the present invention are not limited thereto.
Example 1:
with reference to the attached drawing 1, a wine bottle traceability anti-counterfeiting system based on TDAS comprises an IOT module, an RFID module and an authentication traceability platform, wherein:
the RFID module is integrally packaged in a wine bottle cap, records the unique code of the IOT module and is used for a consumer to read the unique code to authenticate the traceability platform;
the IOT module is integrally packaged in a wine bottle cap and comprises a magnetic switch, when the wine bottle is packaged and capped, the magnetic switch part in the bottle cap is attached to the mouth part of the wine bottle, a magnetic sheet is pre-embedded at the mouth part, the magnetic switch is matched with the magnetic sheet arranged on the wine bottle, and when the magnetic switch detects that the magnetic sheet exists, the magnetic switch triggers the IOT module to periodically send self state data, unique codes and base station codes of the forwarded messages of the communication operators at the positions to the authentication traceability platform; when the magnetic switch detects that the magnetic sheet disappears for the first time, the magnetic switch triggers the IOT module to send uncovering operation data, the IOT module unique code and a base station code of a forwarding message of a communication operator at the position of the IOT module to the authentication traceability platform.
The IOT module mainly comprises a magnetic switch, a communication module and a core module. The magnetic switch obtains a switch conclusion signal by detecting the approach and the distance of a magnetic field, and the core module receives the switch conclusion signal and informs the communication module to actively send a cover opening and sealing message to the authentication platform.
When the communication module sends a message to the authentication platform, the communication module firstly sends a broadcast detection message, a nearby communication base station receives and identifies the detection message and then returns a communication base station code which can be communicated to the communication module, the communication module then sends a data message to the communication base station which can communicate, after the communication base station receives the identification data message, the message is forwarded to the operator platform, and then the operator platform forwards the message to the authentication platform.
Data message format: head | context-code;
the head contains the message version number and the unique identification number of the message
context is message content
code is used for coding communication base station
I is the message type and message content separator
Encoding separators for message content and base station
(ii) a Is the message end character.
Example 2:
referring to fig. 2, a wine bottle traceability anti-counterfeit method based on TDAS includes:
step S100: the IOT module is started, and when a magnetic switch in the IOT module detects the magnetic field of a magnetic sheet for the first time, the IOT module actively sends a wine bottle capping message to the authentication traceability platform; the cover message comprises a cover operation, a base station code of a communication operator at the position for forwarding the message, state data of the IOT module and a unique code of the IOT module; the state data of the IOT module comprises a debugging state, a storehouse state and a user state;
step S200: the IOT module actively sends timing messages, and sends the unique code and the state data of the IOT module and the base station code of the forwarded messages of the communication operators at the position to the authentication tracing platform according to the set fixed number;
step S300: when the bottle cap of the wine bottle is opened, the magnetic switch detects that the magnetic field of the magnetic sheet disappears for the first time, the magnetic switch triggers the IOT module to actively send a cap opening message to the authentication traceability platform, and the magnetic switch fails after the IOT module sends the cap opening message;
step S400: the authentication traceability platform analyzes the capping message, the timing message and the uncapping message sent by the IOT module, and obtains the longitude and latitude positioning of the capping message, the timing message and the uncapping message through the base station codes to obtain the time and the longitude and latitude positioning of the circulation node of the wine;
step S500: the consumer reads the information stored in the RFID module in the bottle cap through the NFC function to authenticate the traceability platform, and the authenticity of the wine is obtained.
The IOT module that the enterprise accessible authentication traceability platform used in will producing is managed, registers the relevance with RFID module and the only code of IOT module, perfects the wine model, batch, date of production etc. that the IOT module corresponds to can look over the longitude and latitude location position of the IOT module that is circulating in real time, whether have uncapped consumption, and its logistics track.
When buying wine, a consumer can scan the two-dimension code of the outer package to the authentication traceability platform by a mobile phone to authenticate, and can also read the information stored by the RFID module in the bottle cap by the NFC function to authenticate the authentication platform. The authentication platform can inquire basic information such as the model, batch, production date and the like of the corresponding wine through the unique code of the IOT module, and can also inquire whether the corresponding wine has a bottle opening action and the logistics track of the wine. Judging the authenticity of the wine from multiple dimensions.
Although the present invention has been described herein with reference to the illustrated embodiments thereof, which are intended to be preferred embodiments of the present invention, it is to be understood that the invention is not limited thereto, and that numerous other modifications and embodiments can be devised by those skilled in the art that will fall within the spirit and scope of the principles of this disclosure.
Claims (3)
1. The utility model provides a beverage bottle anti-fake system of tracing to source based on TDAS which characterized in that, includes IOT module, RFID module and authentication platform of tracing to the source, wherein:
the RFID module is integrally packaged in a wine bottle cap, records the unique code of the IOT module and is used for a consumer to read the unique code to authenticate the traceability platform;
the IOT module is integrally packaged in a bottle cap of a wine bottle and comprises a magnetic switch, the magnetic switch is matched with a magnetic sheet arranged on the wine bottle, and when the magnetic switch detects that the magnetic sheet exists, the magnetic switch triggers the IOT module to periodically send self state data, unique codes and base station codes of the forwarded messages of the communication operators at the positions to the authentication traceability platform; when the magnetic switch detects that the magnetic sheet disappears for the first time, the magnetic switch triggers the IOT module to send uncovering operation data, the IOT module unique code and a base station code of a forwarding message of a communication operator at the position of the IOT module to the authentication traceability platform.
2. The TDAS-based wine bottle traceability anti-counterfeiting system as claimed in claim 1, wherein the magnetic sheet is arranged at the mouth of the wine bottle and attached to the magnetic switch in the bottle cap of the wine bottle.
3. The TDAS-based wine bottle traceability anti-counterfeiting method realized by using the TDAS-based wine bottle traceability anti-counterfeiting system of claim 1 or 2, is characterized by comprising the following steps:
step S100: the IOT module is started, and when a magnetic switch in the IOT module detects the magnetic field of a magnetic sheet for the first time, the IOT module actively sends a wine bottle capping message to the authentication traceability platform; the cover message comprises a cover operation, a base station code of a communication operator at the position for forwarding the message, state data of the IOT module and a unique code of the IOT module; the state data of the IOT module comprises a debugging state, a storehouse state and a user state;
step S200: the IOT module actively sends timing messages, and sends the unique code and the state data of the IOT module and the base station code of the forwarded messages of the communication operators at the position to the authentication tracing platform according to the set fixed number;
step S300: when the bottle cap of the wine bottle is opened, the magnetic switch detects that the magnetic field of the magnetic sheet disappears for the first time, the magnetic switch triggers the IOT module to actively send a cap opening message to the authentication traceability platform, and the magnetic switch fails after the IOT module sends the cap opening message;
step S400: the authentication traceability platform analyzes the capping message, the timing message and the uncapping message sent by the IOT module, and obtains the longitude and latitude positioning of the capping message, the timing message and the uncapping message through the base station codes to obtain the time and the longitude and latitude positioning of the circulation node of the wine;
step S500: the consumer reads the information stored in the RFID module in the bottle cap through the NFC function to authenticate the traceability platform, and the authenticity of the wine is obtained.
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN113415531A (en) * | 2021-05-28 | 2021-09-21 | 贵州链格数字科技有限责任公司 | Intelligent monitoring system for wine sales monitoring |
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