Anti-counterfeiting system and method of selectively reusable bottle
By setting up interlayer space and trigger modules inside and outside the bottle, the detection and anti-counterfeiting data of whether the bottle is turned on and recording the anti-counterfeiting data, the problem of the existing anti-counterfeiting methods of bottled wine is easily counterfeited, and efficient authenticity identification and circulation traceability functions are provided, which improves the safety and credibility of the product.
Patent Information
- Application Number
- CN202510048318.5
- Authority / Receiving Office
- CN · China
- Patent Type
- Applications(China)
- Current Assignee / Owner
- Filing Date
- 2025-01-13
- Publication Date
- 2025-04-25
AI Technical Summary
The existing anti-counterfeiting methods of bottled wine are easily counterfeited, the labels are easily damaged, and the anti-counterfeiting code is inconvenient to check, making it difficult for consumers to distinguish the authenticity of the wine and lack a sense of security.
A bottle anti-counterfeiting system that can be optionally reused is designed, including the interlayer space between the inner and outer bottle bodies, the interlayer space is filled with protective detection media, equipped with a space information sharing module and a trigger module, so as to realize the accurate detection of whether the bottle is turned on and the recording and upload of anti-counterfeiting data through linkage.
It realizes the authenticity of bottles and materials in the bottle, provides the function of circulation traceability of bottles, has the characteristics of reuse, is convenient to load anti-counterfeiting data and can be replicated, eliminates the replacement of columns in the middle, and improves the safety and credibility of the product.
Smart Images
Figure CN119887242A_ABST
Abstract
Description
Technical Field
[0001] The invention relates to the technical field of bottled material anti-counterfeiting, and in particular to an anti-counterfeiting system and method for selectively reusable bottles. Background Art
[0002] In the process of filling bottles with liquids such as wine, there are very high requirements for product anti-counterfeiting. Taking bottled wine as an example, blending, counterfeiting, and imitation of bottled wine occur from time to time. It is difficult for ordinary consumers to distinguish the authenticity of the bottled wine they buy. How to adopt effective anti-counterfeiting methods has become an urgent problem to be solved. At present, the anti-counterfeiting method of wine is mainly achieved through anti-counterfeiting labels and anti-counterfeiting codes. This anti-counterfeiting method is easy to counterfeit, and the label is easy to be damaged. It is inconvenient to check the anti-counterfeiting code, which makes it very inconvenient to check the authenticity of the wine and it is difficult for consumers to feel safe. Summary of the invention
[0003] The object of the present invention is to provide a selectively reusable bottle anti-counterfeiting system and method in order to solve the above-mentioned problem.
[0004] To achieve the above-mentioned purpose, the technical solution adopted by the present invention is: an anti-counterfeiting system for selectively reusable bottles, comprising a main system, an information loading client, a bottle and an anti-counterfeiting processing device; the anti-counterfeiting processing device is arranged in the bottle, the information loading client and the main system are communicatively connected, the bottle comprises an inner bottle body and an outer bottle body sleeved on the outer side of the inner bottle body, an interlayer space is arranged between the inner bottle body and the outer bottle body, the interlayer space is filled with a protective detection medium, and the inner bottle body and the outer bottle body are provided with a linkage opening; the anti-counterfeiting processing device comprises a connecting component, a power module, a processor, an air-to-air information sharing module and a trigger module for detecting whether the bottle has been opened, the connecting component is the linkage opening between the inner bottle body and the outer bottle body, the connecting component passes through the interlayer space, the linkage opening between the inner bottle body and the outer bottle body is sealed by the connecting component and the three-dimensional wrapping of the inner bottle body by the interlayer space is realized, the power module, the processor, the air-to-air information sharing module and the trigger module are arranged in the interlayer space, and the processor is communicatively connected with the information loading client through the air-to-air information sharing module.
[0005] As a further improvement of the above technical solution, the information loading client is a smart phone, the main system is a server, the protective detection medium is an inert gas, the trigger module adopts a pressure sensor, and the power module is a lithium battery.
[0006] The present invention also provides an anti-counterfeiting method for a selectively reusable bottle based on the anti-counterfeiting system, comprising the following steps: Step 1: Aggregate, correlate and process the multi-dimensional information to generate anti-counterfeiting data and integrate it with the processor; Step 2: The processor integrating the anti-counterfeiting data is interconnected with the main system, and then the anti-counterfeiting data can be shared or exchanged with the information loading client as needed; Step 3: The bottle loaded with and integrated with anti-counterfeiting data is used as a transaction unit. The anti-counterfeiting data integrated in the transaction unit is non-replicable, and the actions of opening, breaking, drilling, etc. of the bottle to obtain the material contained in the bottle in a normal or abnormal manner will trigger the change, recording and uploading of the anti-counterfeiting data to the main system, and the data accumulation of the main system is irreversible, non-editable, and non-erasable; Step 4: The customer shares or interacts with the main system through the information loading client and then downloads and checks to realize authenticity identification; Step 5: The process of delivery, return to the factory, etc. that is separated from the manufacturer and the customer is recorded and tracked by the information loading client instead of the main system, and uploaded to the main system at any time as needed.
[0007] On the basis of the above technical solution, the present invention can also be improved as follows: As a further improvement of the above technical solution, after the bottle is packaged, the anti-counterfeiting data of the bottle is written into the processor and stored by the processor, and the anti-counterfeiting data is stored in the main system; the anti-counterfeiting data is checkable and traceable, and is used to prove the authenticity of the bottle. Each bottle has unique anti-counterfeiting data, which is generated by an encryption algorithm and obtained through secondary encryption, verification and audit by the system. It is not limited to the identification code, and each link of the anti-counterfeiting system shares and loads; the associated data of the anti-counterfeiting data includes but is not limited to factory information, production process, product characteristics, logistics information, user information, buyer information, ID number, telephone number, etc., which is stored in the background server for product anti-counterfeiting activation, product traceability and other inquiries; it supports the accumulation of return data, or paid on-site accumulation of anti-counterfeiting data.
[0008] As a further improvement of the above technical solution, the information loading client is held by the consumer and the consumer registers with the main system with real name; when registering, the consumer downloads the manufacturer's dedicated APP through the information loading client, and the APP can be implemented using existing technology; real-name registration requires the registration of the consumer's identity information, including name, telephone number and ID number.
[0009] As a further improvement of the above technical solution, the processor receives the detection signal output by the trigger module, and the processor identifies the detection voltage signal. If the detected pressure value of the protective detection medium is a pressure value pre-set in the processor, the processor determines that the bottle is in an initial packaging state that has not been opened. The consumer establishes a pairing connection with the wireless information sharing module through the information loading client, the processor sends anti-counterfeiting data to the information loading client and the processor obtains the real-name registration information of the information loading client, and the processor stores the obtained real-name registration information; the consumer sends the obtained anti-counterfeiting data to the main system, and the main system compares and finds a consistent result, and then feeds back the comparison success information to the information loading client.
[0010] As a further improvement of the above technical solution, the processor receives the detection signal output by the trigger module, and the processor identifies the detection voltage signal. If the detected pressure value of the protective detection medium is less than the pressure value pre-set in the processor, the processor determines that the bottle has been opened. The consumer establishes a pairing connection with the remote information sharing module through the information loading client. The processor sends a pseudocode and the real-name registration information obtained previously to the information loading client. The information loading client sends the pseudocode to the main system and the main system compares it. If there is any inconsistency, the main system obtains the real-name registration information obtained previously from the information loading client and issues an alarm. After the consumer sends the pseudocode to the main system, the main system compares and verifies it and then feeds back an alarm message of counterfeit goods. The pseudocode is sent to the main system together with the real-name registration information obtained previously.
[0011] The beneficial effects of the present invention are as follows: through the above-mentioned selectively reusable bottle anti-counterfeiting system and the bottle anti-counterfeiting method based on the above-mentioned system, the key is that the medium between the inner and outer bottle bodies fully physically isolates the three-dimensional space of the product in the inner bottle body, and is equipped with an isolation space medium and a trigger module linkage to achieve indiscriminate opening triggering and record; on the other hand, it can accurately detect whether the bottle is opened and form accurate detection information for recording, and consumers can quickly and directly obtain corresponding information, thereby effectively identifying the authenticity of the bottle and the liquid material filled in the bottle; on the other hand, when the liquid material filled in the bottle is identified as a fake, the circulation information of the bottle can be obtained, thereby tracing the circulation of the bottle. The bottle has the characteristics of being reusable, and the anti-counterfeiting data is more convenient to load and can be repeatedly accumulated. The process of returning to the manufacturer can also be used as a link of anti-counterfeiting data loading and tracing, refilling, and the manufacturer reloads the accumulated anti-counterfeiting information. In short, it realizes special bottles, special chains, and special supply, and eliminates the middle of stealing, and even omits steps other than the production and consumer parties, and opens special supply channels. BRIEF DESCRIPTION OF THE DRAWINGS
[0012] The present invention is further described below in conjunction with the accompanying drawings and embodiments.
[0013] Figure 1is a schematic diagram of an anti-counterfeiting system for selectively reusable bottles provided by a preferred embodiment of the present invention; Figure 2 It is a schematic structural diagram of the bottle of the present invention; Figure 3 It is a schematic structural diagram of the anti-counterfeiting processing device of the present invention; In the figure: 11. Inner bottle body; 12. Outer bottle body; 13. Connecting parts; 14. Power module; 15. Processor; 16. Remote information sharing module; 17. Trigger module; 2. Information loading client; 3. Main system. DETAILED DESCRIPTION
[0014] The present invention will now be further described in detail in conjunction with the accompanying drawings and embodiments. The accompanying drawings are simplified schematic diagrams that only illustrate the basic structure of the present invention in a schematic manner, and therefore only show the components related to the present invention.
[0015] like Figures 1 to 3 As shown, a preferred embodiment of the present invention provides an anti-counterfeiting system for selectively reusable bottles, comprising a main system 3, an information loading client 2, a bottle and an anti-counterfeiting processing device; the anti-counterfeiting processing device is arranged in the bottle, the information loading client 2 is communicatively connected with the main system 3, wherein the information loading client 2 is a smart phone; the main system 3 is a server of the manufacturer; of course, it can also be a third-party server commissioned by the manufacturer.
[0016] The bottle includes an inner bottle body 11 and an outer bottle body 12 sleeved on the outer side of the inner bottle body 11. An interlayer space is provided between the inner bottle body 11 and the outer bottle body 12. The interlayer space is filled with a protective detection medium. The protective detection medium is non-toxic and harmless and does not react with the material to cause pollution. The protective detection medium can be an inert gas, but is not limited to an inert gas. Normal opening, violent opening, and abnormal opening of the bottle will cause a change in the pressure P2 of the protective detection medium in the interlayer space. The inner bottle body 11 can be used to hold liquid materials such as wine and beverages. Both the inner bottle body 11 and the outer bottle body 12 are provided with a linkage opening, and the linkage opening of the inner bottle body 11 is aligned with the linkage opening of the outer bottle body 12.
[0017] In this embodiment, the anti-counterfeiting device is arranged on the neck of the bottle, including a connecting component 13, a power module 14, a processor 15, an air-space information sharing module 16, and a trigger module 17 for detecting whether the bottle has been opened or damaged. The connecting component 13 is inserted at the linkage opening of the inner bottle body 11 and the outer bottle body 12, and the connecting component 13 runs through the interlayer space. The linkage opening of the inner bottle body 11 and the outer bottle body 12 is sealed by the connecting component 13. The connecting component 13 is used as a trigger. Pulling out the connecting component 13 will cause the pressure P2 of the protective detection medium in the interlayer space to change; the power module 14, the processor 15, the air-space information sharing module 16 and the trigger module 17 are arranged in the interlayer space. The trigger module 17 is used as a trigger mechanism of the processor 15. Assuming that the pressure of the protective detection medium is used as a trigger embodiment, different pressures are set on both sides of the trigger when the bottle is packaged. Normal opening or abnormal opening will cause the pressure difference on both sides of the trigger to change, thereby triggering at least two actions of the trigger: 1. The displacement action causes the processor to be triggered; 2. The displacement causes the processing to record the trigger process and scale. The processor is connected to the information loading client through the remote information sharing module.
[0018] The trigger module 17 can use a pressure sensor to detect the pressure P2 of the protective detection medium in the bottle, and determine whether the bottle is opened by detecting the change of the pressure P2 of the protective detection medium in the bottle; the trigger module 17 cooperates with the connecting component 13 to accurately detect whether the bottle is opened and generate a corresponding detection signal; the processor 15 is connected to the information loading client 2 through the air information sharing module 16, and the power module 14 supplies power to the processor 15, the air information sharing module 16 and the trigger module 17. The air information sharing module 16 uses a Bluetooth module, the processor 15 uses an existing chip, and the power module 14 can be a lithium battery. The processor 15 cannot receive the detection signal sent by the trigger module 17, that is, the detection signal is shielded, and it will also be recorded and sent continuously at a frequency until it is successful. The detection signal is interrupted, and the information loading client 2 prompts an abnormality. The record can be checked after recovery. Violent disassembly and damage of the anti-counterfeiting treatment device is an irreversible behavior. After violent damage, it means that the bottle and the liquid material in the bottle are invalid.
[0019] In this embodiment, the anti-counterfeiting device is arranged on the neck of the bottle, and the location of the anti-counterfeiting device is not limited to the neck of the bottle, and can also be arranged at any other location of the bottle. The number of anti-counterfeiting devices is not limited to one, and can be multiple.
[0020] After the liquid material in the bottle is packaged, the protective detection medium is sealed in the interlayer space between the inner bottle body 11 and the outer bottle body 12. The trigger module 17 detects the protective detection medium pressure P2 in the interlayer space and sends a detection signal to the processor 15. The processor 15 recognizes the detection signal, and the detection signal represents the pressure value of the protective detection medium. If the detected pressure value of the protective detection medium is a pressure value preset in the processor 15, the processor 15 determines that the bottle is in an initial packaging state that has not been opened.
[0021] Understandably, whether the bottle is opened normally with the connecting component 13 or opened abnormally by force or other means, the pressure P2 of the protective detection medium in the interlayer space will be reduced. When the connecting component 13 is pulled out and the connecting component 13 is separated from the inner bottle body 11 and the outer bottle body 12, the protective detection medium filled in the interlayer space leaks. At this time, the bottle is opened, and the pressure P2 of the protective detection medium in the interlayer space is reduced. The trigger module 17 detects the pressure P2 of the protective detection medium in the interlayer space and sends a detection signal to the processor 15. The processor 15 recognizes the detection signal. If the detected pressure value of the protective detection medium is less than the pressure value preset in the processor 15, the processor 15 determines that the bottle has been opened and the bottle is filled with liquid materials again. Regardless of whether the liquid material after opening is the original one, it is identified as a fake.
[0022] Accordingly, the present invention also provides an anti-counterfeiting method for bottles based on the above system, comprising the following steps: Step 1: Aggregate, associate and process the multi-dimensional information to generate anti-counterfeiting data and integrate it with the processor 15; Step 2: The processor 15 integrating the anti-counterfeiting data is communicated with the main system 3, and then the anti-counterfeiting data can be shared or exchanged with the information loading client 2 as needed; Step 3: The bottle with the anti-counterfeiting data loaded and integrated is used as a transaction unit. The anti-counterfeiting data integrated in the transaction unit is non-replicable. The normal or abnormal opening, breaking, drilling, etc. of the bottle to obtain the material contained in the bottle will trigger the change, recording and uploading of the anti-counterfeiting data to the main system 3. The data accumulation in the main system 3 is irreversible, non-editable and non-erasable. Step 4: The customer loads the information to the client 2 and shares it with the main system 3 or interacts with it and then downloads and checks it to realize the authenticity identification; Step 5: The bottle has the function of returning to the factory for refilling, reloading, and accumulating anti-counterfeiting data, so that the bottle can be reused, which is environmentally friendly and reduces resource waste. It also strengthens the anti-counterfeiting function as a unique feature. The process of shipping, returning to the factory, and other processes that are separated from the manufacturer and the customer are recorded and tracked by the information loading client 2 instead of the main system 3, and uploaded to the main system 3 at any time as needed; Step 6: By arranging a processor 15 on the bottle to load the integrated anti-counterfeiting data, the anti-counterfeiting data is unique and can be checked, traced and identified, so that the product can be controlled, tracked and identified.
[0023] Specifically, after the bottle is packaged, the anti-counterfeiting data of the bottle is written to the processor 15 and stored by the processor 15, and the anti-counterfeiting data is stored in the main system 3; wherein, the anti-counterfeiting data is searchable and traceable, and is used to prove the authenticity of the bottle, and each bottle has unique anti-counterfeiting data. The anti-counterfeiting data is generated by an encryption algorithm, and is obtained by secondary encryption, verification, and auditing through the system. It is not limited to the identification code, and the anti-counterfeiting system of each link is shared and loaded, and multi-dimensional information (producer, agent, transporter, consumer, etc.) improves the anti-counterfeiting recognition degree; the associated data of the anti-counterfeiting data includes factory information, production process, commodity characteristics, logistics information, user information, buyer information, ID number, telephone number, etc. (at the same time, it supports the combination of various parameters, and the docking key can be set between the information sharing of each step), which is stored in the background server for product anti-counterfeiting activation, product traceability and other inquiries; it supports the accumulation of return data, or the paid accumulation of anti-counterfeiting data on the spot.
[0024] Specifically, the information loading client 2 is held by the consumer and the consumer registers with the main system 3 under real name; when registering, the consumer needs to download a manufacturer-specific APP through the information loading client 2, and the APP can be implemented using existing technology; the consumer here can be the final consumer or the intermediate dealer, and the real-name registration requires the identity information of the registered consumer, including name, telephone number and ID number (if it is a dealer, it can also be the organization code of the business license).
[0025] Specifically, the processor 15 receives the detection signal output by the trigger module 17, and the processor 15 identifies the detection voltage signal. If the detected pressure value of the protective detection medium is a pressure value pre-set in the processor 15, the processor 15 determines that the bottle is in an initial packaging state that has not been opened. The consumer establishes a pairing connection with the wireless information sharing module 16 through the information loading client 2, and the processor 15 sends anti-counterfeiting data to the information loading client 2 and the processor 15 obtains the real-name registration information of the information loading client 2. The processor 15 stores the obtained real-name registration information; the consumer sends the obtained anti-counterfeiting data to the main system 3, and after the main system 3 compares and finds consistency, it feeds back the comparison success information to the information loading client 2.
[0026] After the anti-counterfeiting data is sent to the information loading client 2, it is not the real anti-counterfeiting data itself, but the encrypted and packaged information. The information is displayed on the information loading client 2 in the form of a text prompt, such as displaying the words "identification verification code" to consumers, so as to prevent the leakage of anti-counterfeiting data. Consumers forward the information to the main system 3 for decryption and then verification; of course, before the processor 15 sends the anti-counterfeiting data to the information loading client 2, the consumer needs to make a request through the APP of the information loading client 2; each consumer will obtain the real-name registration information in this step; thereby forming a complete circulation data chain, which is conducive to traceability.
[0027] If the detected pressure value of the protective detection medium is less than the pressure value preset in the processor 15, the processor 15 determines that the bottle has been opened. The consumer establishes a pairing connection with the remote information sharing module 16 through the information loading client 2. The processor 15 sends a pseudocode and the real-name registration information obtained previously to the information loading client 2. The information loading client 2 sends the pseudocode to the main system 3 and the main system 3 compares it. If there is any inconsistency, the main system 3 obtains the real-name registration information obtained previously from the information loading client 2 and issues an alarm. The pseudocode is a set of information randomly generated by the processor 15 and does not represent any substantial information. After the consumer sends the pseudocode to the main system 3, the main system 3 compares and verifies it and then feeds back an alarm message of counterfeit goods. The pseudocode is sent to the main system 3 together with the real-name registration information obtained previously.
[0028] The key to the above-mentioned selectively reusable bottle anti-counterfeiting system and the bottle anti-counterfeiting method based on the above-mentioned system is that the medium between the inner and outer bottle bodies fully physically isolates the three-dimensional space of the product in the inner bottle body, and is equipped with an isolation space medium and a trigger module to realize indiscriminate opening triggering and record; on the other hand, it can accurately detect whether the bottle is opened and form accurate detection information for recording, and consumers can quickly and directly obtain the corresponding information, thereby effectively identifying the authenticity of the bottle and the liquid material filled in the bottle; on the other hand, when the liquid material filled in the bottle is identified as a fake, the circulation information of the bottle can be obtained, thereby tracing the circulation of the bottle. The bottle has the characteristics of being reusable, and the anti-counterfeiting data is more convenient to load and can be repeatedly accumulated. The process of returning to the manufacturer can also be used as a link of anti-counterfeiting data loading and tracing, refilling, and the manufacturer reloads the accumulated anti-counterfeiting information. In short, it realizes special bottles, special chains, and special supply, and eliminates the middle of stealing and replacing, and even omits steps other than the production and consumer parties, and opens special supply channels.
[0029] Any details not mentioned in the above specific embodiments of the present invention belong to the known technologies in the art and can be implemented with reference to the known technologies.
[0030] The above is based on the ideal embodiment of the present invention. Through the above description, relevant personnel can make various changes and modifications without departing from the technical concept of the present invention. The technical scope of the present invention is not limited to the content in the specification, and the technical scope must be determined according to the scope of the claims.
Claims
1. An anti-counterfeiting system for selectively reusable bottles, comprising a main system, an information loading client, a bottle and an anti-counterfeiting processing device; the anti-counterfeiting processing device is arranged in the bottle, the information loading client is communicatively connected with the main system, the bottle comprises an inner bottle body and an outer bottle body sleeved on the outer side of the inner bottle body, an interlayer space is arranged between the inner bottle body and the outer bottle body, the interlayer space is filled with a protective detection medium, and the inner bottle body and the outer bottle body are both provided with a linkage opening; the anti-counterfeiting processing device comprises a connecting component, a power module, a processor, an air-to-air information sharing module and a trigger module for indicating whether the bottle has been opened or damaged, the connecting component is inserted into At the linkage opening of the inner bottle body and the outer bottle body, a connecting component runs through the interlayer space, and the linkage opening of the inner bottle body and the outer bottle body is sealed by the connecting component. The power module, the processor, the air-space information sharing module and the trigger module are arranged in the interlayer space. The trigger module is used as a trigger mechanism of the processor. Assuming that the protection detection medium pressure is used as a trigger embodiment, different pressures are set on both sides of the trigger when the bottle is packaged. Normal opening or abnormal opening will cause the pressure difference on both sides of the trigger to change, thereby triggering at least two actions of the trigger, 1. The displacement action causes the processor to be triggered; 2. The displacement causes the processing to record the trigger process and scale. The processor is connected to the information loading client through the air-space information sharing module.
2. The anti-counterfeiting system for selectively reusable bottles according to claim 1, characterized in that: The remote information sharing module adopts a Bluetooth module, the information loading client is a smart phone, the main system is a server, the protective detection medium is an inert gas, the trigger module adopts a pressure sensor, and the power module is a lithium battery.
3. An anti-counterfeiting method for selectively reusable bottles according to the anti-counterfeiting system of claim 1 or 2, comprising the following steps: Step 1: Aggregate, correlate and process the multi-dimensional information to generate anti-counterfeiting data and integrate it with the processor; Step 2: The processor with integrated anti-counterfeiting data is interconnected with the main system, and then the anti-counterfeiting data can be shared or exchanged with the information loading client as needed; based on the anti-counterfeiting data, the customer can set it himself or the system can randomly generate a puzzle corresponding to the bottle, the answer or solution of which only the customer knows, and the authenticity is identified by filling in the blanks shared by the client and the main system.
4. Step 3: The bottle loaded with and integrated with anti-counterfeiting data is used as a transaction unit. The anti-counterfeiting data integrated in the transaction unit is non-replicable. The normal or abnormal opening, breaking, drilling, etc. of the bottle to obtain the material contained in the bottle will lead to the excitation of the pressure, physical properties, phase state, stability and other excitation elements of the filling medium between the inner bottle body and the outer bottle body, and trigger the change, recording and uploading of the anti-counterfeiting data to the main system. The data accumulation of the main system is irreversible, non-editable and non-erasable. Step 4: The customer can selectively 1. indicate the excitation state of the excitation element; 2. fill in the blanks with anti-counterfeiting information; 3. load the information to the client and share it with the main system or download and check it after interaction to realize authenticity identification; Step 5: The process of delivery, return to the factory, etc. that is separated from the manufacturer and the customer is recorded and tracked by the information loading client instead of the main system, and uploaded to the main system at any time as needed.
5. The anti-counterfeiting method for selectively reusable bottles according to claim 3, characterized in that: After the bottle is packaged, the anti-counterfeiting data of the bottle is written into the processor and stored by the processor, and the anti-counterfeiting data is stored in the main system; the anti-counterfeiting data is checkable and traceable, and is used to prove the authenticity of the bottle. Each bottle has unique anti-counterfeiting data, which is generated by an encryption algorithm and obtained through secondary encryption, verification and audit by the system. It is not limited to the identification code, and the anti-counterfeiting system of each link shares and loads; the associated data of the anti-counterfeiting data includes but is not limited to factory information, production process, product characteristics, logistics information, user information, buyer information, ID number, telephone number, etc., which is stored in the background server for product anti-counterfeiting activation, product traceability and other inquiries; it supports the accumulation of return data, or paid on-site accumulation of anti-counterfeiting data.
6. The anti-counterfeiting method for selectively reusable bottles according to claim 4, characterized in that: The information loading client is held by the consumer and the consumer registers with the main system in real name; when registering, the consumer downloads the manufacturer's dedicated APP through the information loading client, and the APP can be implemented using existing technology; real-name registration requires the registration of the consumer's identity information, including name, telephone number and ID number.
7. The anti-counterfeiting method for selectively reusable bottles according to claim 5, characterized in that: The processor receives a trigger signal of the trigger module caused by the excitation of the excitation element between the inner and outer bottle bodies. If there is no trigger, the processor determines that the bottle is in the initial packaging state that has not been opened. The consumer establishes a pairing connection with the remote information sharing module through the information loading client. The processor sends anti-counterfeiting data to the information loading client and obtains the real-name registration information of the information loading client. The processor stores the obtained real-name registration information; the consumer sends the obtained anti-counterfeiting data to the main system. After the main system compares and finds a consistent result, it feeds back the comparison success information to the information loading client.
8. The anti-counterfeiting method for selectively reusable bottles according to claim 5, characterized in that: The processor receives a trigger signal of the trigger module caused by the excitation of the excitation elements between the inner and outer bottle bodies. If there is a trigger, the processor determines that the bottle has been opened. The consumer establishes a pairing connection with the remote information sharing module through the information loading client. The processor sends a pseudocode and the real-name registration information obtained previously to the information loading client. The information loading client sends the pseudocode to the main system and the main system compares it. If there is any inconsistency, the main system obtains the real-name registration information obtained previously from the information loading client and issues an alarm. After the consumer sends the pseudocode to the main system, the main system compares and verifies it and then feeds back an alarm message of counterfeit goods. The pseudocode is sent to the main system together with the real-name registration information obtained previously.