A commodity transaction and anti-counterfeiting traceability method

Abstract

The application discloses a commodity transaction and anti-fake tracing method, comprising the following steps: constructing a platform for commodity transaction and anti-fake tracing management, and registering a producer and a purchaser of a commodity on the platform; putting the commodity on the platform by the producer, generating a unique identity code for each commodity by the platform, and storing the unique identity code in a database; generating a transaction order by the purchaser, wherein the transaction order contains M commodities, obtaining a user ID of the purchaser by the platform, and establishing a monitoring database for the M commodities, wherein the monitoring database is bound with the user ID; making M groups of labels; sorting the commodities according to the transaction order by the producer, and sequentially performing commodity packaging, logistics packaging and delivery; and transportation monitoring and goods receiving and checking. The application can effectively supervise the delivery, transportation and goods receiving of the commodity, prevent the identity label and the logistics label from being copied or utilized, reduce the difficulty and obstacle of checking the authenticity by the purchaser, and protect the rights and interests of the producer and the consumer.

Description

Technical Field

[0001] This invention relates to the fields of anti-counterfeiting and logistics monitoring, and in particular to a method for tracing and preventing counterfeiting in commodity transactions. Background Technology

[0002] Currently, when selecting anti-counterfeiting technologies for goods, most companies choose one-item-one-code traceability technology. However, this product traceability service provided by third-party platforms has increasingly revealed the following problems in practical applications:

[0003] 1. When a product traceability code is copied by someone else, resulting in two or more identical codes, the existing traceability system is unable to distinguish which is genuine and which is fake. If a fake code is scanned first, the system will report a genuine product as genuine, thus identifying the counterfeit as authentic. Conversely, if a genuine product is scanned later, the system will report multiple verifications as authentic, identifying the genuine product as counterfeit. This loophole provides a greater than 90% success rate for counterfeiters who copy genuine labels and packaging to pass off fakes as genuine. Specifically, this percentage is the inverse of the actual verification rate of traceability codes at the consumer end, as statistically analyzed by the system.

[0004] Second, when genuine product traceability codes and packaging are acquired and used by others to package counterfeit goods, the existing traceability system is completely unable to identify whether counterfeit goods are contained inside genuine packaging. As long as the genuine product traceability code has not been scanned and verified by consumers, the system will provide genuine product information to the counterfeit goods, thus identifying the counterfeit goods as genuine. This loophole provides a greater than 90% chance of success for counterfeiters who use genuine product labels and packaging to achieve their goal of passing off counterfeit goods as genuine; the specific percentage is the inverse of the actual verification rate of traceability codes at the consumer end, as statistically analyzed by the system.

[0005] Third, besides the poor effectiveness of existing third-party traceability services, the increased costs and manpower, and the potential for leakage of sensitive data, the most fundamental problem is that they cannot provide producers with traffic and management convenience support for selling their own products. Summary of the Invention

[0006] The purpose of this invention is to provide a commodity transaction and anti-counterfeiting traceability method that solves the above-mentioned problems, enables the management and traceability of traded goods, prevents the replacement of genuine products, and protects the rights and interests of producers and consumers.

[0007] To achieve the above objectives, the technical solution adopted by the present invention is as follows: a method for commodity transaction and anti-counterfeiting traceability, comprising the following steps;

[0008] (1) Construct a platform for commodity trading and anti-counterfeiting traceability management, where commodity manufacturers and buyers register on the platform;

[0009] Manufacturers prepare several data upload devices for entering identification labels, logistics labels and logistics waybills. They enter their device IDs on the platform to obtain authorization, and manufacturers can only upload data to the platform through authorized data upload devices.

[0010] (2) When a manufacturer lists its products on the platform, the platform generates a unique identification code for each product and stores it in the database of available identification codes;

[0011] (3) The buyer places an order to generate a transaction order, which contains M items. The platform obtains the buyer's user ID and establishes a monitoring database for each of the M items. The monitoring database is bound to the user ID.

[0012] (4) Make M group of labels, including steps (41)-(43);

[0013] (41) The manufacturer randomly obtains M identification codes and transfers these M identification codes into the used identification code database;

[0014] (42) Make a label set;

[0015] For each identification code, it is independently printed on at least two anti-counterfeiting labels, wherein the anti-counterfeiting labels are fluorescent anti-counterfeiting labels or reflective anti-counterfeiting labels with anti-counterfeiting patterns, and the anti-counterfeiting patterns are randomly and irregularly distributed.

[0016] Anti-counterfeiting labels containing identification codes and anti-counterfeiting patterns are used as identification labels. Multiple identification labels constitute a label group. The identification codes of the identification labels in the same label group are the same, but the anti-counterfeiting patterns are different.

[0017] (43) Following step (42), a total of M label groups are generated;

[0018] (5) The manufacturer sorts the goods according to the transaction order and packages them in sequence. The packaging of one item includes steps (51)-(52).

[0019] (51) Each item includes at least one product packaging layer, and at least one identification label is affixed to both the item and the product packaging layer. The identification labels are from the same label group, and one item corresponds to one label group.

[0020] (52) Use an authorized data uploading device to scan the product and the identification label on the product packaging layer in sequence;

[0021] For the first identity label, the platform determines whether the identity code it contains is one of the M identity codes in step (41). If so, it is stored in the monitoring database of the product; otherwise, it is not stored.

[0022] For the remaining identification tags, the platform compares them with the identification code in the first identification tag. If they match, the tag is stored in the monitoring database for that product; otherwise, it is not stored.

[0023] (6) Logistics packaging, including steps (61)-(63);

[0024] (61) The packaged goods in step (5) are placed in one or more logistics packaging layers. The platform generates a logistics code that corresponds one-to-one with the logistics packaging layer. The logistics code contains the identity code of all the goods therein.

[0025] (62) Print the logistics code on the anti-counterfeiting label, and use the anti-counterfeiting label containing the logistics code and anti-counterfeiting pattern as the logistics label and paste it on the logistics packaging layer;

[0026] (63) Use authorized data uploading devices to scan logistics labels, bind logistics labels to transaction orders, and store them in the monitoring database of all goods in the logistics packaging layer;

[0027] (7) When the manufacturer ships the goods, a logistics waybill corresponding to the logistics packaging layer is generated. The logistics waybill is scanned with an authorized data uploading device, the logistics waybill is bound to the transaction order, and they are stored in the monitoring database of all goods in the logistics packaging layer respectively.

[0028] (8) The logistics provider transports the logistics packaging layer, and the platform monitors the logistics packaging layer. If it detects that a device scans any identification label corresponding to the logistics packaging layer during transportation, it will issue an early warning signal.

[0029] (9) Upon arrival of the goods, the buyer shall check whether the logistics label is damaged. If it is damaged, the buyer shall refuse to accept the goods; otherwise, the buyer shall sign for the logistics packaging.

[0030] (10) Inspection, including steps (101)-(104);

[0031] (101) The buyer obtains authorization for a scanning device on the platform and uses the scanning device to upload the logistics label to the platform. The platform analyzes the logistics label. If the logistics code and anti-counterfeiting pattern on the logistics label are correct, the platform pushes the product details in the logistics packaging layer to the buyer.

[0032] (102) The buyer opens the logistics packaging layer and scans the identification labels on the product packaging layer in turn, and at least one identification label is uploaded for each product;

[0033] (103) Analyze the uploaded identification label to see if it is the identification label of a product in the logistics packaging layer. If so, confirm that the product is genuine.

[0034] (104) The platform analyzes all uploaded identity labels in turn until all products are confirmed to be genuine. Then the logistics packaging layer is inspected. The transaction order is completed when all logistics packaging layers corresponding to the transaction order are inspected.

[0035] As a preferred option: in step (1), during registration, the manufacturer's registration information shall at least include identity verification and product delivery range, and the buyer's registration information shall at least include mobile phone number;

[0036] The product delivery range refers to the areas where the products can be picked up by logistics companies, as marked by the manufacturer on the electronic map within the platform, including the manufacturer's production area, warehousing area, and / or sales area.

[0037] The device ID is a unique identifier for the device that uploads data to the platform, including but not limited to the phone number, unique serial number, password, or account specified by the manufacturer.

[0038] As a preferred option: In step (3), the user ID is a unique identifier for the platform to identify the buyer, including but not limited to the user's mobile phone number, email address, account, and password.

[0039] Preferably, the identification code includes, but is not limited to, a digital code, a one-dimensional code, or a two-dimensional code, and the identification code contains information such as the product category, variety, packaging, specifications, price, quantity, producer and time, inspector and time, shelf life, and / or batch information.

[0040] As a preferred option: In step (2), the goods are put on the shelves in batches according to category, variety, specification or batch.

[0041] As a preferred option, the identification label on the product packaging layer should be affixed to its opening, and the logistics label on the logistics packaging layer should also be affixed to its opening. Both the identification label and the logistics label can only be used once.

[0042] As a preferred option, step (7) also includes the logistics provider feeding back node information to the manufacturer when the goods are transferred through each node during the transportation process, and the manufacturer entering the node information into the monitoring database of all goods in the transaction order.

[0043] Compared with the prior art, the advantages of the present invention are: it eliminates the counterfeiting and replacement of goods from the following multiple perspectives.

[0044] 1. Data Upload Device Management: This invention authorizes the data upload devices of manufacturers. Only authorized devices can upload identification labels, logistics labels and logistics waybills. Other devices cannot upload data, thus preventing other people from uploading data on the platform.

[0045] 2. Product Quantity Management: For products listed by the manufacturer, a unique identification code is generated for each product. Each identification code is unique, but it is not yet associated with a specific product; all codes are simply stored in the available identification code database. Assuming the total number of listed products is N, N identification codes are generated. When a buyer places an order for M products, M identification codes are randomly selected from the available identification code database and transferred to the used identification code database. The available identification code database then has NM identification codes remaining. This method not only ensures that each product has a unique identification code but also prevents vulnerabilities caused by identification code leakage before the product is sold.

[0046] 3. Label Management: This invention employs a label set approach when packaging goods. First, the identification code is printed on the anti-counterfeiting label, which, together with the anti-counterfeiting pattern on the label, forms an identification label, which in turn forms a label set. This label set has the following characteristics:

[0047] (1) Each identification label is unique. This is because the anti-counterfeiting patterns in the anti-counterfeiting labels of this invention are randomly and irregularly distributed, and each anti-counterfeiting label is unique. After we print the identification code on the anti-counterfeiting label, the identification label formed by the combination of the identification code and the anti-counterfeiting pattern is unique.

[0048] (2) Identification labels in the same label group are related. This is because although the anti-counterfeiting patterns of identification labels in the same label group are different, the identification codes are the same.

[0049] 4. Packaging management.

[0050] (1) Product Packaging Management. Before the product is officially packaged, this invention does not generate a correspondence between label groups and products. Instead, it generates M label groups based on the quantity M of products in the transaction order, greatly saving operation time and improving operational efficiency. Only during the actual packaging process are the labels affixed and uploaded to the product's monitoring database, establishing a one-to-one correspondence between products and label groups. Furthermore, when entering multiple identity labels corresponding to a product, this invention also determines whether the multiple identity labels belong to the same label group, ensuring the correspondence between products and label groups.

[0051] (2) Logistics packaging management.

[0052] First, a transaction order may be split into one or more packages for shipment, meaning one package corresponds to one logistics packaging layer. The goods in the logistics packaging layer are not fixed. Therefore, for more flexible management, after the goods are loaded, a one-to-one logistics code is generated for each logistics packaging layer. Each logistics code contains the identification code information of all the goods in it. By scanning the logistics code, you can know which goods are included in that logistics packaging layer, which can prevent the goods from being swapped during the logistics process.

[0053] Secondly, the logistics code is also printed on the anti-counterfeiting label. Similarly, the logistics label composed of the logistics code and the anti-counterfeiting pattern is also unique.

[0054] Third, each layer of packaging also corresponds to a logistics waybill, making it convenient for both buyers and sellers to monitor the logistics information of the goods.

[0055] 5. Monitoring during transportation: If the identification label is scanned during the transportation process, the platform can monitor it.

[0056] 6. Goods Inspection Management. During inspection, the buyer scans the logistics labels to obtain the product details within that logistics packaging layer. At least one identification label must be entered for each product. Inspection of that logistics packaging layer is complete only when all products are verified as genuine. The transaction order is only completed when all logistics packaging layers have passed inspection. The device used by the buyer to enter the labels must also be authorized by the platform.

[0057] 7. Scanning Management. For each scan of an identity label or logistics label, the platform first compares the device ID or user ID with the identity label or logistics label. If the comparison is successful, it then compares the unique correspondences at each stage: manufacturer and shipping range, logistics provider and shipping time, and buyer and delivery address. If the correspondences at each stage are satisfied, a normal message is sent; otherwise, an abnormal warning message is sent.

[0058] Ultimately, this invention ensures that the identification and logistics labels cannot be copied or used, enabling goods to be delivered to the buyer without being replaced. It has anti-counterfeiting and traceability functions, reducing the difficulty and obstacles for buyers to verify authenticity. Attached Figure Description

[0059] Figure 1 This is a flowchart of the present invention;

[0060] Figure 2 This is a schematic diagram illustrating the relationship between transaction orders, logistics packaging layers, products, and product packaging layers in this invention.

[0061] Figure 3 This is a diagram illustrating the use of label sets;

[0062] Figure 4 This is a diagram illustrating the use of logistics labels. Detailed Implementation

[0063] The invention will now be further described with reference to the accompanying drawings.

[0064] Example 1: See Figures 1 to 4 A method for commodity transaction and anti-counterfeiting traceability includes the following steps;

[0065] (1) Construct a platform for commodity trading and anti-counterfeiting traceability management, where commodity manufacturers and buyers register on the platform;

[0066] Manufacturers prepare several data upload devices for entering identification labels, logistics labels and logistics waybills. They enter their device IDs on the platform to obtain authorization, and manufacturers can only upload data to the platform through authorized data upload devices.

[0067] (2) When a manufacturer lists its products on the platform, the platform generates a unique identification code for each product and stores it in the database of available identification codes;

[0068] (3) The buyer places an order to generate a transaction order, which contains M items. The platform obtains the buyer's user ID and establishes a monitoring database for each of the M items. The monitoring database is bound to the user ID.

[0069] (4) Make M group of labels, including steps (41)-(43);

[0070] (41) The manufacturer randomly obtains M identification codes and transfers these M identification codes into the used identification code database;

[0071] (42) Make a label set;

[0072] For each identification code, it is independently printed on at least two anti-counterfeiting labels, wherein the anti-counterfeiting labels are fluorescent anti-counterfeiting labels or reflective anti-counterfeiting labels with anti-counterfeiting patterns, and the anti-counterfeiting patterns are randomly and irregularly distributed.

[0073] Anti-counterfeiting labels containing identification codes and anti-counterfeiting patterns are used as identification labels. Multiple identification labels constitute a label group. The identification codes of the identification labels in the same label group are the same, but the anti-counterfeiting patterns are different.

[0074] (43) Following step (42), a total of M label groups are generated;

[0075] (5) The manufacturer sorts the goods according to the transaction order and packages them in sequence. The packaging of one item includes steps (51)-(52).

[0076] (51) Each item includes at least one product packaging layer, and at least one identification label is affixed to both the item and the product packaging layer. The identification labels are from the same label group, and one item corresponds to one label group.

[0077] (52) Use an authorized data uploading device to scan the product and the identification label on the product packaging layer in sequence;

[0078] For the first identity label, the platform determines whether the identity code it contains is one of the M identity codes in step (41). If so, it is stored in the monitoring database of the product; otherwise, it is not stored.

[0079] For the remaining identification tags, the platform compares them with the identification code in the first identification tag. If they match, the tag is stored in the monitoring database for that product; otherwise, it is not stored.

[0080] (6) Logistics packaging, including steps (61)-(63);

[0081] (61) The packaged goods in step (5) are placed in one or more logistics packaging layers. The platform generates a logistics code that corresponds one-to-one with the logistics packaging layer. The logistics code contains the identity code of all the goods therein.

[0082] (62) Print the logistics code on the anti-counterfeiting label, and use the anti-counterfeiting label containing the logistics code and anti-counterfeiting pattern as the logistics label and paste it on the logistics packaging layer;

[0083] (63) Use authorized data uploading devices to scan logistics labels, bind logistics labels to transaction orders, and store them in the monitoring database of all goods in the logistics packaging layer;

[0084] (7) When the manufacturer ships the goods, a logistics waybill corresponding to the logistics packaging layer is generated. The logistics waybill is scanned with an authorized data uploading device, the logistics waybill is bound to the transaction order, and they are stored in the monitoring database of all goods in the logistics packaging layer respectively.

[0085] (8) The logistics provider transports the logistics packaging layer, and the platform monitors the logistics packaging layer. If it detects that a device scans any identification label corresponding to the logistics packaging layer during transportation, it will issue an early warning signal.

[0086] (9) Upon arrival of the goods, the buyer shall check whether the logistics label is damaged. If it is damaged, the buyer shall refuse to accept the goods; otherwise, the buyer shall sign for the logistics packaging.

[0087] (10) Inspection, including steps (101)-(104);

[0088] (101) The buyer obtains authorization for a scanning device on the platform and uses the scanning device to upload the logistics label to the platform. The platform analyzes the logistics label. If the logistics code and anti-counterfeiting pattern on the logistics label are correct, the platform pushes the product details in the logistics packaging layer to the buyer.

[0089] (102) The buyer opens the logistics packaging layer and scans the identification labels on the product packaging layer in turn, and at least one identification label is uploaded for each product;

[0090] (103) Analyze the uploaded identification label to see if it is the identification label of a product in the logistics packaging layer. If so, confirm that the product is genuine.

[0091] (104) The platform analyzes all uploaded identity labels in turn until all products are confirmed to be genuine. Then the logistics packaging layer is inspected. The transaction order is completed when all logistics packaging layers corresponding to the transaction order are inspected.

[0092] Example 2: See Figures 1 to 4 Based on Example 1, we add the following technologies in sequence:

[0093] In step (1), during registration, the manufacturer's registration information must include at least identity verification and product delivery range, and the buyer's registration information must include at least a mobile phone number;

[0094] The product delivery range refers to the areas where the products can be picked up by logistics companies, as marked by the manufacturer on the electronic map within the platform, including the manufacturer's production area, warehousing area, and / or sales area.

[0095] The device ID is a unique identifier for the device that uploads data to the platform, including but not limited to the phone number, unique serial number, password, or account specified by the manufacturer.

[0096] In step (3), the user ID is a unique identifier for the platform to identify the buyer, including but not limited to the user's mobile phone number, email address, account, and password.

[0097] The identification code includes, but is not limited to, a digital code, a one-dimensional code, or a two-dimensional code, and the identification code contains information such as the product category, variety, packaging, specifications, price, quantity, producer and time, inspector and time, shelf life, and / or batch information.

[0098] In step (2), the goods are put on the shelves in batches according to category, variety, specification or batch.

[0099] The product packaging label is affixed to its opening, and the logistics label on the logistics packaging is also affixed to its opening. Both the product packaging label and the logistics label are for single use only.

[0100] Step (7) also includes that during the transportation process, when the logistics provider transfers through each node, it feeds back the node information to the manufacturer, and the manufacturer enters the node information into the monitoring database of all goods in the transaction order.

[0101] The management of data upload devices can also include location management as needed. For example, a location unit can be added to authorized data upload devices. When entering data, the platform must not only verify the device ID, but also the location information. Only when the data upload device is within the product delivery range will the uploaded data be accepted by the platform; otherwise, a warning signal will be issued.

[0102] In step (8), the platform monitors the logistics packaging layer. Specifically, when someone scans the identity label or logistics label, it will automatically link to the platform described in this invention and be recorded, making it convenient for the platform to trace.

[0103] In this embodiment, the platform also manages each scan of the identification label or logistics label. When a device scans the label, it automatically links to the platform described in this invention. Depending on the actual situation before shipment, during transportation, and upon arrival of the goods, the platform first compares the device ID or user ID with the identification label or logistics label. If the comparison is successful, it then compares the unique correspondences at each stage: manufacturer and shipping range, logistics provider and logistics time, and buyer and delivery address. If the correspondences at each stage are satisfied, a normal status message is provided; otherwise, an abnormal warning message is provided.

[0104] Example 3: See Figures 1 to 4 In Example 1 or 2, the product includes at least one product packaging layer, and each order also has at least one logistics packaging layer. In actual operation, we can set up multiple layers of packaging, such as outer packaging, outer packaging, whole package packaging, etc., according to the actual situation of the product, and generate corresponding packaging labels according to the actual number of packaging layers. Each packaging label should contain the identification code information of all products inside.

[0105] Example 4: Based on Example 1 or 2, we add a supervisor.

[0106] During registration: Supervisors need to provide the platform with their identity and law enforcement qualification certificates, a real-name authenticated phone number and / or ID and IP address of the device connected to the platform for commodity supervision and / or commodity identification tag scanning, detailed address, administrative division code, and other necessary information;

[0107] The platform reviews the necessary materials and information provided by the supervisors. Once the review is approved, the supervisors can carry out their supervisory work and activities on the platform.

[0108] The purchaser of this invention can also be a distributor. Similarly, they also need to register on the platform, remove the logistics packaging layer of the goods after receiving them, manage the goods, and use the platform-authorized identity label scanning device to scan the identity label and upload the sales information of the goods within their business location when selling them.

[0109] The above description is only a preferred embodiment of the present invention and is not intended to limit the present invention. Any modifications, equivalent substitutions, and improvements made within the spirit and principles of the present invention should be included within the protection scope of the present invention.

Claims

1. A method for commodity transaction and anti-counterfeiting traceability, characterized in that: Includes the following steps; (1) Construct a platform for commodity trading and anti-counterfeiting traceability management, where commodity manufacturers and buyers register on the platform; Manufacturers prepare several data upload devices for entering identification labels, logistics labels and logistics waybills. They enter their device IDs on the platform to obtain authorization, and manufacturers can only upload data to the platform through authorized data upload devices. (2) When a manufacturer lists its products on the platform, the platform generates a unique identification code that is the same as the number of products listed by the manufacturer and stores it in the database of available identification codes. (3) The buyer places an order to generate a transaction order, which contains M items. The platform obtains the buyer's user ID and establishes a monitoring database for each of the M items. The monitoring database is bound to the user ID. (4) Make M group of labels, including steps (41)-(43); (41) The manufacturer randomly obtains M identification codes and transfers these M identification codes into the used identification code database; (42) Make a label set; For each identification code, it is independently printed on at least two anti-counterfeiting labels, wherein the anti-counterfeiting labels are fluorescent anti-counterfeiting labels or reflective anti-counterfeiting labels with anti-counterfeiting patterns, and the anti-counterfeiting patterns are randomly and irregularly distributed. Anti-counterfeiting labels containing identification codes and anti-counterfeiting patterns are used as identification labels. Multiple identification labels constitute a label group. The identification codes of the identification labels in the same label group are the same, but the anti-counterfeiting patterns are different. (43) Following step (42), a total of M label groups are generated; (5) The manufacturer sorts the goods according to the transaction order and packages them in sequence. The packaging of one item includes steps (51)-(52). (51) Each item includes at least one product packaging layer, and at least one identification label is affixed to both the item and the product packaging layer. The identification labels are from the same label group, and one item corresponds to one label group. (52) Use an authorized data uploading device to scan the product and the identification label on the product packaging layer in sequence; For the first identity label, the platform determines whether the identity code it contains is one of the M identity codes in step (41). If so, it is stored in the monitoring database of the product; otherwise, it is not stored. For the remaining identification tags, the platform compares them with the identification code in the first identification tag. If they match, the tag is stored in the monitoring database for that product; otherwise, it is not stored. (6) Logistics packaging, including steps (61)-(63); (61) The packaged goods in step (5) are placed in one or more logistics packaging layers. The platform generates a logistics code that corresponds one-to-one with the logistics packaging layer. The logistics code contains the identity code of all the goods therein. (62) Print the logistics code on the anti-counterfeiting label, and use the anti-counterfeiting label containing the logistics code and anti-counterfeiting pattern as the logistics label and paste it on the logistics packaging layer; (63) Use authorized data uploading devices to scan logistics labels, bind logistics labels to transaction orders, and store them in the monitoring database of all goods in the logistics packaging layer; (7) When the manufacturer ships the goods, a logistics waybill corresponding to the logistics packaging layer is generated. The logistics waybill is scanned with an authorized data uploading device, the logistics waybill is bound to the transaction order, and they are stored in the monitoring database of all goods in the logistics packaging layer respectively. (8) The logistics provider transports the logistics packaging layer, and the platform monitors the logistics packaging layer. If any device scans any identification label corresponding to the logistics packaging layer during transportation, an early warning signal will be issued. (9) Upon arrival of the goods, the buyer shall check whether the logistics label is damaged. If it is damaged, the buyer shall refuse to accept the goods; otherwise, the buyer shall sign for the logistics packaging. (10) Inspection, including steps (101)-(104); (101) The buyer obtains authorization for a scanning device on the platform and uses the scanning device to upload the logistics label to the platform. The platform analyzes the logistics label. If the logistics code and anti-counterfeiting pattern on the logistics label are correct, the platform pushes the product details in the logistics packaging layer to the buyer. (102) The buyer opens the logistics packaging layer and scans the identification labels on the product packaging layer in turn, and at least one identification label is uploaded for each product; (103) Analyze the uploaded identification label to see if it is the identification label of a product in the logistics packaging layer. If so, confirm that the product is genuine. (104) The platform analyzes all uploaded identity labels in turn until all products are confirmed to be genuine. Then the logistics packaging layer is inspected. The transaction order is completed when all logistics packaging layers corresponding to the transaction order are inspected.

2. The commodity transaction and anti-counterfeiting traceability method according to claim 1, characterized in that: In step (1), during registration, the manufacturer's registration information must include at least identity verification and product delivery range, and the buyer's registration information must include at least a mobile phone number; The product delivery range refers to the areas where the products can be picked up by logistics companies, as marked by the manufacturer on the electronic map within the platform, including the manufacturer's production area, warehousing area, and / or sales area. The device ID is a unique identifier for the device that uploads data to the platform, including but not limited to the phone number, unique serial number, password, or account specified by the manufacturer.

3. The commodity transaction and anti-counterfeiting traceability method according to claim 1, characterized in that: In step (3), the user ID is a unique identifier for the platform to identify the buyer, including but not limited to the user's mobile phone number, email address, account, and password.

4. The commodity transaction and anti-counterfeiting traceability method according to claim 1, characterized in that: The identification code includes, but is not limited to, a digital code, a one-dimensional code, or a two-dimensional code, and the identification code contains information such as the product category, variety, packaging, specifications, price, quantity, producer and time, inspector and time, shelf life, and / or batch information.

5. The commodity transaction and anti-counterfeiting traceability method according to claim 1, characterized in that: In step (2), the goods are put on the shelves in batches according to category, variety, specification or batch.

6. The commodity transaction and anti-counterfeiting traceability method according to claim 1, characterized in that: The product packaging label is affixed to its opening, and the logistics label on the logistics packaging is also affixed to its opening. Both the product packaging label and the logistics label are for single use only.

7. The commodity transaction and anti-counterfeiting traceability method according to claim 1, characterized in that: Step (7) also includes that during the transportation process, when the logistics provider transfers through each node, it feeds back the node information to the manufacturer, and the manufacturer enters the node information into the monitoring database of all goods in the transaction order.

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