CA2986832C - System and method for dynamic processing and verifying of product data information - Google Patents

Abstract

A product data information processing method and system. The method comprises the following steps: dynamically collecting product data information (S10); performing security processing on said product data information; on the basis the processed product data information, generating a product dynamic information record certificate (S13); issuing the product dynamic information record certificate (S14). The described product data information at least comprises product origin information, product parameter information, transaction rule information, and account information. In this way, the product dynamic information record certificate functions as a vehicle. Each state in the e-commerce process may be dynamically embedded into the product dynamic information record certificate, then "electronic certificates" may be created therefrom by means of security processing. These "electronic certificates" may move between various electronic devices via the internet, thus making for a new product-transaction method. This allows a product independently and efficiently to move across the internet, resulting in a transaction means that is smart, independent, and product-focused.

Description

Title: SYSTEM AND METHOD FOR DYNAMIC PROCESSING AND VERIFYING OF
PRODUCT DATA INFORMATION
[1] Technical Field

[2] The present invention relates to the internet field, and more particularly to a processing method product data information and system.
[31 Background Technology [4] With the breakthrough of network, communication and information technology, e-commerce came into being and developed rapidly, changing people's life rapidly and promoting the evolution of social business form. However, the overall economy is still free from the threshold of e-commerce, the product is more in kind to be placed in the physical store, or placing the product in a picture way in the network store, forming a "shop-based" sales model. The credit of the purchased products, quality, authenticity are sold by the physical store or the size of network shops (network stores, the central platform for e-commerce), reputation and other factors as the main basis of discrimination, to a considerable extent, dilute the quality of the product itself and the factors of the manufacturer.
For example, in real life, it is hard for people to believe that the brand of goods sold on the stall is genuine, so people usually buy the original genuine in a specialty store. Because the buyers are more willing to believe that the products sold in the specialty store are genuine, that is, the traditional purchase and sale mainly depends on particular sales sites for "shop-based"
product transactions. The actual situation is that the brand stores, and even large-scale e-commerce platform sell fake goods of high imitation are often disclosed and found in newspapers and other media.
[51 Internet transactions are a way of remote online transactions of back-to-back between both of buying and selling, in view of this, it is necessary to design a product can be integrated under the transaction items of all the real information in the network of e-commerce, complete transaction rules and service transactions related systems or devices , To create an environment that can give products intelligent autonomous transactions, making the existing transaction model depart from the "shop-based" to achieve "material-based"
transaction model, to achieve direct purchase without intermediaries on the network, producers and buyers can reach agreement directly. To protect consumers can purchase on the network genuine products provided by the original factory to eliminate online shopping counterfeiting. At the same time, a large number of real economic producers can be attached to the product in the independent intellectual transactions of dynamic information record certificates to achieve the direct marketing in the whole Date Recue/Date Received 2020-11-20

3 PCT/CN2015/077 domains.
[6] Summary of the Invention [7] The main object of the present invention is to provide a processing method and system for the product data information, which is intended to convert a commodity into a standardized, electronic document that can be distributed intelligently, independently and efficiently on the internet realizing intelligent self-dealing, forming a central combined with items and their electronic documents, which can make the goods producers or providers come to the purchaser directly, and distributed in the parties, a seller, before reach an agreement with buyers, does not need to purchase or distribute goods, but by a transaction model that producer or provider of the goods deliver directly to the buyer.
[8] In order to achieve the above-mentioned objects, the present invention provides a product data information processing method comprising the steps of:
[9] Collecting product data information including at least product source information, product parameter information, transaction rule information, and settlement information;
[10] Carrying out security processing on the product data information and generating a product dynamic information record certificate based on the processed product data information;
[11] Issuing the record certificate of product dynamic information.
[12] According to the same inventive concept, the present invention also provides a product data information processing system comprising a data collection unit, a data processing unit, and an issuing unit, which are sequentially connected, wherein:
[13] The said data collection unit is configured to collect product data information, including at least product source information, product parameter information, transaction rule information, and settlement information;
[14[ The said data processing unit is configured to securely process the product data information and generate a product dynamic information record certificate based on the processed product data information;
[15] The said issuing unit is configured to issue the product dynamic information record certificate.
[16] The present invention provides a product data information processing method and system of the present invention, by collecting product data information and producing dynamic information record certificates after securely processing product data information and distributing product dynamic information record certificate to the outside, so that the purchaser through the product dynamic information record certificate will be able to learn all the data information of the goods , and can make a deal directly. Thus, based on the record certificate of the commodity's dynamic information, the various status of the E-commerce are dynamically embedded into the product dynamic information record certificate, and then the "electronic certificate" is formed by the security processing, and the original product's record certificate of dynamic information showing the dynamic changes keep moving forward, so as to ensure that the "electronic certificate" can present its content remaining consistency, integrity and timeliness, these "electronic certificates" can be circulating in a variety of electronic devices through the internet, and realizing a new way of trading commodity. In this way, you can get rid of the restrictions of specific sales positions, change the credit of original relying on a third-party platform, the occurrence of transactions of the model which takes E-commerce or online shop as the central, relying on the properties of the goods themselves, to make goods circulate automatically and efficiently on the internet, to achieve intelligent independent transactions, forming the transaction model which take goods as the central of the transaction.
[17] Brief Description [18] Figure 1 is a flowchart of a first example of the commodity data processing method of the present invention;
[19] Figure 2 is a flowchart of a second example of the commodity data information processing method of the present invention;
[20] Figure 3 is a flowchart of a third example of the commodity data information processing method of the present invention;
[21] Figure 4 is a flowchart of a fourth example of the commodity data processing method of the present invention;
[22] Figure 5 is a flowchart of a fifth example of the commodity data information processing method of the present invention;
[23] Figures 6A and 6B are a flowchart of an example of a commodity data processing method according to the present invention;
[24] Figure 7 is a module schematic diagram of a first example of the commodity data processing system of the present invention;
[25] Figure 8 is a module schematic diagram of a second example of the product data processing system of the present invention;
[26] Figure 9 is a block diagram showing a third example of the commodity data processing system of the present invention;
[27] Figure 10 is a module schematic diagram of a fourth example of the commodity data processing system of the present invention;
[28] Figure 11 is a module schematic diagram showing a fifth example of the product data Date Recue/Date Received 2020-11-20 information processing system of the present invention.
[29] [Description of the Preferred Examples]
[30] It is to be understood that the specific examples described herein are merely illustrative of the invention but not intended to limit the invention.
[31] The present invention provides a commodity data information processing method and system for the purpose of realizing a new "electronic identity" for the product (product or service) on the internet while binding the "electronic identity" an "electronic butler"
(cashier) of the all-intelligent system. The invention collects the commodity information and carries out the security processing of the product data information after generating the product dynamic information record certificate, and finally releases the commodity dynamic information record certificate so that the purchaser can acquire the all the date information of the product through the dynamic information record certificate of the product, and can make a deal directly. The use of dynamic information record certificates of goods to make products or services to achieve the "purchase and sale directly connected", that is delivered directly from the factory , automatic collection, to ensure genuine sales from the source of the product then, making the transaction more secure and reliable; The security of the data information can ensure the quality of the goods; by making the product data information into the product dynamic information record certificate, and to guide the physical distribution of the product to the stipulated receiving office by record certificate of product dynamic information to make the payment of remittance reliable, and ensuring the purchase of both sides the legitimate rights and interests, to achieve e-commerce in the back-to-back "single-handedly hand delivery"; the use of dynamic information record certificates can also be used to the produced products or manufacturing products and services, and carrying out pre-sale releasing, which improves the rate of return of funds; at the same time product dynamic information record can change the business reputation which relies on third-party E-business platform (or network shop)originally, see the picture, the transaction completed in a model which takes the E-business platform as the central, to make products can circulate on the internet automatically and intelligently, to achieve intelligent independent transactions, forming the transaction model which takes products as the central.
[32] The commodity data information processing method of the invention mainly comprises the following steps: firstly collects the commodity data information; then carries on the safe processing to the commodity data information and generates the commodity dynamic information record document according to the processed commodity data information;
finally releases the commodity movement Information record voucher. Among them. the

4 product data security processing, including to check and encrypt the product data information and other processing measures to ensure the authenticity and security of the data and to ensure the safety of follow-up transactions.
[33] Hereinafter, the technical solution of the present invention will be described in detail with reference to specific examples.
[34] Referring to Figure 1, proposing the first example of the product data information processing method of the present invention, which includes the following steps:
[35] Step S10: Collecting dynamically of product data information.
[36] It should be noted that the product of the present invention may be a physical product or a service. In the present example, give priority to commodity as physical product. The product data information includes at least product source information, product parameter information, transaction rule information, and settlement information. Product source information can be the product manufacturers, vendors, distributors, operators, etc., usually, in the first generation of product dynamic information record certificates when the product source information only includes the manufacturer, but follow-up can join the seller, Distributors, operators and other information to achieve the dynamic collection of information and updates. Product parameter information includes the product's physical parameters, chemical parameters, specifications, geometric parameters, production parameters and other attributes of any one or any combination. Transaction rules information, including any one or any combination of information such as the transaction price of the commodity, the transaction mode, the transaction location, the transaction time, and the like. Settlement information, including at least the collection account information, can also include settlement currency, settlement exchange rate, and settlement period and so on. In the invention, the collection of the product data information is not static, but dynamic, that is, the dynamic collection and updating of the product data information is realized by continuously collecting the dynamically changing transaction information with the transaction process of the product moving on. Of course, the settlement information also includes information such as storage, distribution, transportation, linking or downloading, distribution, etc., as required.
[37] In some examples, the product source information includes information such as the provider or operator of the service when the commodity is a service, and the product parameter information includes the specific contents of the service, etc.
[38] Alternatively, the data collection may be performed by receiving the input port inputting one by one or product data information imported by batch import. For example, the manufacturer manually enters the product data information individually or sequentially through the input port. The different product data information is inputting through different input ports, or the product data is imported in batches through ERP. After collecting the product data information, the product data information can be pre-processed, and then according to certain specifications to make processed product data to be classified and sorted, making the corresponding data packets.
[39] Alternatively, you can also collect the product data through the internet (such as the major Internet stores, forums, etc.), and pre-processing, through statistical analysis, and then according to certain specifications to make processed product data to be classified and sorted, making the corresponding data packets.
[40] By collecting the above-mentioned product source information and product parameter information, a commodity can be pre-processed in the virtual network world, a complete record of an ontology product information, thus forming a primitive "electronic identity."
Through the further collection of settlement information and transaction rules information, which can form a preliminary "electronic housekeeper" in the "electronic identity", when the user needs to purchase the goods, you can view the product "electronic identity", which can reach a deal directly with the product "electronic steward-.
[41] Further, it is also possible to add commodity data information according to actual needs and practical application scenarios. For example, you can also add both logistics information and insurance information or any one of them, so that it can provide further protection for automatic transactions.
[42] To sum up, by collecting the above-mentioned product data information, can realize a complete record of detailed information related to the automatic trading of goods, which is easy to achieve autonomous automation transactions, and to get rid of a variety of e-commerce platform and portal restrictions.
[43] Step S11: Check the product data information.
[44] The present example performs safe processing of the product data information by the verification Step.
[45] The verification in Step S 1 1 of this Step includes two aspects. On the one hand, it is determined whether the source of the product data information is true, that is, whether the product data information is from the authenticated port, for example, whether or not it is from a legitimate license manufacturers, operators or agents and other units or institutions.
In this way, you can prevent fake business from false propaganda, and to curb the sale of infringing products to ensure that the "genuine" source. On the other hand, it is verified that the contents of the collected product data information are true, that is, to check individually the product data information such as product source information, product parameter information, transaction rule information, settlement information, logistics information, insurance information. For example, to check whether the specifications of the product information collected are in line with the relevant industry standards, and whether the goods can be legally circulated in the market, so that the stolen goods can be prevented from happening on the internet.
[46] The way of specific verification is not limited to check directly the entire data packet of product data information, that is, all the product data information, it can also be part of the information in the packet, or the specified information in the packet.
[47] If performing quick calibration, when the manufacturer sell what it produces, only need to verify whether the receiving account information is the recipient's account.
When the goods generated and sold for different subjects, only need to check whether the receiving account information is the distributors' account number. In short, the core of the quick check is to verify whether the collection account information and institutions providing the goods are the same one, in actual operation, often transfer the main body to the banking system through bank credit to ensure that the authenticity and validity of the information verification. It is understandable that, when needed, the authenticity of the information can be verified by the National Credit and even the League of Nations to provide the most advanced data source for the credit of the whole society, thus enabling the credit function.
[48] Step S12: Determine whether or not to pass the check.
[49] When the product data information is checked, the process just proceeds to Step S13, and the product data information to be checked can be classified and recorded at the same time.
In some examples, prior to recording, a process of data processing may also be added, that is, the product data information is further digitized, such as converting the format of the commodity data information, dividing the data size, and compressing it separately, thereby reducing data volume, easy to achieve multi-threaded data transmission and so on. At the same time, the recorded product data information is stored to the server (local server or cloud server).
[50] When the product data information is not passing the verification, then the product dynamic information record won't be generated, and the process returns to Step S 10 to recollect the product data information for verification. Further, you can also give feedback for the verification results, suggesting that the information is not verified, to be re-collected after the information and then check. Or further, to the product data information which didn't pass verification, will also be classified and recorded, establishing log for follow-up evidence improving system performance.
[51] Step S13: Generate a product dynamic information record certificate based on the product data information.
[52] In this Step S13, the data information of the product to be verified is digitized to generate a product dynamic information record certificate. In this scenario, the generated product dynamic information record certificates are preferably exist in the form of pictures, of course, according to different needs, the product dynamic information record certificates can also exist in some other forms.
[53] Step S14: Issuing the record certificate of product dynamic information.
[54] In this Step S14, the product dynamic information record certificate can be directly output to an external device or shared to the internet, that is, the product dynamic information record certificate is directly displayed on the internet. The external device can be a server or other electronic product. You can also store the dynamic information record certificate in the local or cloud server, and then link the address published in the internet, other users can use the link address to obtain the dynamic information record certificate of the product.
The index information may be generated based on the product dynamic information record certificate, and the index information may be distributed to the internet, and the other users obtain dynamic information record certificate of the product based on the index information.
[55] The product data information processing method of the present invention dynamically embeds the respective states of the electronic commerce into the dynamic information record certificate of product by the dynamic information record certificate of product, and then forms the "electronic certificate" through the secure processing, in the above process, the dynamic change of dynamic information record certificate of the original product continues to change, which ensures the consistency, completeness and timeliness of the contents of the "electronic certificate". These "electronic certificates" can be circulated in various electronic devices realizing a new way of e-commerce.
[56] The present example realizes the security processing in such a manner that the product data information is checked, and the product dynamic information record certificate is generated for the data information of the checked product. Otherwise, the product dynamic information record certificate is not generated, to realize the safety filter of goods quality and the identity (legitimacy, to prevent infringement of goods), making the transaction more secure and reliable.
[57] Referring to Figure 2, proposing the second example of the product data information processing method of the present invention, which includes the following steps:
[58] Step S20: Collecting dynamically of product data information.
[59] Step S21: Check the product data information.

[60] Steps S20 and S21 in the present example are the same as steps S10 and S H in the first example, and will not be described here.
[61] Step S22: The verification result is recorded, and the verification result is written into the product data information.
[62] In this Step S22, the product data information that has been verified and the product data information that has not been verified are sorted and recorded, that is, to record separately which information is checked and which information is not checked, and establish the log information of the checked results, and write the product data information for easy taking follow-up evidence, and warning buyers to improve system performance.
[63] Preferably, it is also possible to add a data processing process, that is, to digitally process the verified product data, such as converting the format of the product data information, dividing the data size, and compressing the data, thereby reducing the data's volume, which can make it easy to achieve multi-threaded data transmission and so on. At the same time, store the verified product data information to the server (local server or cloud server).
[64] Step S23: Generate a product dynamic information record certificate based on the product data information.
[65] In the present example, the product dynamic information record certificate is generated by digitizing the checked product data information regardless of whether or not the product data information is finally verified. In this scenario, the generated product dynamic information record certificates are preferably exist in the form of pictures, of course, according to different needs, the product dynamic information record certificates can also exist in some other forms. The product dynamic information record certificate in the present example includes at least product source information, product parameter information, transaction rule information, settlement information, and further includes product data such as logistics information and insurance information, and the product data in the present example, the dynamic information record certificate also includes the result of the verification to prompt the buyer of the product's data information, which has passed the check, and has not been verified, the buyer is given a risk indication, and the buyer evaluates whether or not to purchase the product.
[66] Step S24: Release the record certificate of product dynamic information.
[67] In Step S24, the product dynamic information record certificate can be directly output to an external device or shared to the internet, that is, the product dynamic information record certificate is directly displayed on the interne. You can also store the dynamic information record certificate in the local or cloud server, and then link the address published in the internet, other users can use the link address to obtain the dynamic information record certificate of the product. The index information may be generated based on the product dynamic information record certificate, and the index information may be distributed to the internet, and the other users obtain dynamic information record certificate of the product based on the index information.
[68] The present example also implements the security processing by checking the product data information, and also writes the final verification result into the product data information so that the final generated product dynamic information record certificate includes the check results to prompt the buyer for risk tips, the buyer can determine automatically whether or not to purchase the goods according to the check results, while ensuring the safety and reliability of the transaction, to ensure the flexibility of the transaction at the same time.
[69] Referring to Figure 3, proposing the third example of the product data information processing method of the present invention, which includes the following steps:
[70] Step S30: Collecting dynamically of product data information.
[713 This Step S30 is the same as Step SI 0 in the first example, and will not be described again here.
[72] Step S31: The product data information is encrypted.
[73] The present example performs secure processing of the product data information by the encryption Step.
[74] In this Step 531, a key for encryption is generated in advance, and the key may be generated by the digest information of the product data information or the random number generated randomly. The generated key is then stored in the same physical location as the collected product data information on the server (local or cloud server).
[751 Then, the generated key is used to encrypt the product data information, and the encryption algorithm can be an asymmetric encryption algorithm or a symmetric encryption algorithm.
Common asymmetric encryption algorithms are RSA, Elgamal, backpack algorithm, Rabin, DH, ECC (elliptic curve encryption algorithm). Common symmetric encryption algorithms are DES algorithm, 3DES algorithm, AES and RS algorithm, RC2, RC4, RCS
and Blowfish. Which specific encryption algorithm should be taken, can be adjusted flexibly according to the actual needs.
[76] Finally, the encrypted product data information is stored separately to the cloud server or the local server.
[77] Step S32: Generate a product dynamic information record certificate based on the product data information.
[78] In Step S32, the data information of the encrypted product is digitized to generate a product dynamic information record certificate. In this scenario, the generated product dynamic information record certificates are preferably exist in the form of pictures, of course, according to different needs, the product dynamic information record certificates can also exist in some other forms. The record certificate of product dynamic information in the present example includes at least product source information, product parameter information, transaction rule information, settlement information, and further includes product data information such as logistics information and insurance information.
[79] Step S33: Release the record certificate of product dynamic information.
[80] In this Step S33, the product dynamic information record certificate can be directly output to an external device or shared to the internet, that is, the product dynamic information record certificate is directly displayed on the internet. You can also store the dynamic information record certificate in the local or cloud server, and then link the address published in the internet, other users can use the link address to obtain the dynamic information record certificate of the product. The index information may be generated based on the product dynamic information record certificate, and the index information may be distributed to the internet, and the other users obtain dynamic information record certificate of the product based on the index information.
[81] The present example realizes the security processing in such a manner that the product data information is encrypted to prevent the product data information from being stolen and tampered in the transmission process, ensuring the security and authenticity of the product data information, and ensuring that the transaction is more secure and reliable.
[82] Referring to Figure 4, proposing the forth example of the product data information processing method of the present invention, which includes the following steps:
[83] Step S40: Collecting dynamically of product data information.
[84] Step S41: Check the product data information.
[85] Step S42: The verification result is recorded, and being written into the product data information.
[86] The steps S40 to S42 in the present example are the same as steps S20 to S22 in the second example, and are not to be described here again.
[87] Step S43: Encrypt the product data information.
[88] The present example takes a combination of verification and encryption to securely process the product data information.
[89] In this Step S43, a key for encryption is generated in advance, which may be generated by the digest information of the verified product data information, or may be a random number generated randomly. And then stores the generated key and the verified product data information in the same physical location in the server (local or cloud server).
[90] Then, the generated key is used to encrypt the product data information, and the encryption algorithm can be an asymmetric encryption algorithm or a symmetric encryption algorithm.
Common asymmetric encryption algorithms are RSA, Elgamal, backpack algorithm, Rabin, DH, ECC (elliptic curve encryption algorithm). Common symmetric encryption algorithms are DES algorithm, 3DES algorithm, AES and RS algorithm, RC2, RC4, and Blowfish. Which specific encryption algorithm should be taken, can be adjusted flexibly according to the actual needs.
[91] Finally, the encrypted product data information is stored separately to the cloud server or the local server.
[92] Step S44: Generate a product dynamic information record certificate based on the product data information.
[93] In Step S44, the data information of the encrypted product is digitized to generate a record certificate of product dynamic information. In this scenario, the generated product dynamic information record certificates are preferably exist in the form of pictures, of course, according to different needs, the product dynamic information record certificates can also exist in some other forms. The product dynamic information record certificate in the present example includes at least product source information, product parameter information, transaction rule information, settlement information, and further includes product data such as logistics information and insurance information, and the product data in the present example, the dynamic information record certificate also includes the result of the verification to prompt the buyer of the product's data information, which has passed the check, and has not been verified, the buyer is given a risk indication, and the buyer evaluates whether or not to purchase the product.
[94] Step S45: the record certificate of product dynamic information.
[95] In Step S45, the product dynamic information record certificate can be directly output to an external device or shared to the internet, that is, the product dynamic information record certificate is directly displayed on the internet. You can also store the dynamic information record certificate in the local or cloud server, and then link the address published in the internet, other users can use the link address to obtain the dynamic information record certificate of the product. The index information may be generated based on the product dynamic information record certificate, and the index information may be distributed to the internet, and the other users obtain dynamic information record certificate of the product based on the index information.
[96] The present example realizes the security processing by double processing the combination of checksum and encryption of the product data information. On the one hand, to verify the product data information, and the verification result is written into the product data, so that the final product dynamic information record certificate contains the check results, realizes reminding the buyer of risks; On the other hand, to encrypt the product data information of verification to prevent the product data in the transmission process from stolen and tampered, to ensure the safety and authenticity of product data information.
Provide a double guarantee for the safety and reliability of the transaction.
[97] Referring to Figure 5, proposing the fifth example of the product data information processing method of the present invention, which includes the following steps:
[98] Step S50: Collecting dynamically of product data information.
[99] Step S51: Check the product data information.
[100] Steps 100 and S51 in the present example are the same as steps SIO
and Sll in the first example, and will not be described here again.
[101] Step S52: Determine whether or not to pass the check.
[102] When the product data information is qualified for check, the process just proceeds to Step S13, and the product data information to be checked can be classified and recorded at the same time. In some examples, prior to recording, a process of data processing may also be added, that is, the product data information is further digitized, such as converting the format of the commodity data information, dividing the data size, and compressing it separately, thereby reducing data volume, easy to achieve multi-threaded data transmission and so on. At the same time, the recorded product data information is stored to the server (local server or cloud server).
[103] When the product data information is not passing the verification, then the product dynamic information record won't be generated, and the process returns to Step SIO to recollect the product data information for verification. Further, you can also give feedback for the verification results, suggesting that the information is not verified, to be re-collected after the information and then check. Or further, to the product data information which didn't pass verification, will also be classified and recorded, establishing log for follow-up evidence improving system performance.
[104] Step S53: The product data information is encrypted.
[105] This Step S53 is similar to Step S43 in the fourth example, which will not be described again.
[106] Step S54: Generate a product dynamic information record certificate based on the product data information.
[107] In Step S54, to digitize the data information of the product encrypted to generate a product dynamic information record certificate. In this scenario, the generated product dynamic information record certificates are preferably exist in the form of pictures, of course, according to different needs, the product dynamic information record certificates can also exist in some other forms.
[108] Step S55: Release the record certificate of product dynamic information.
[109] In this Step 555,the product dynamic information record certificate can be directly output to an external device or shared to the internet, that is, the product dynamic information record certificate is directly displayed on the internet. You can also store the dynamic information record certificate in the local or cloud server, and then link the address published in the internet, other users can use the link address to obtain the dynamic information record certificate of the product. The index information may be generated based on the product dynamic information record certificate, and the index information may be distributed to the internet, and the other users obtain dynamic information record certificate of the product based on the index information.
[110] The present example realizes the security processing by double processing the combination of checksum and encryption of the product data information. On the one hand, to verify the product data information, and generate the record certificate of product dynamic information for the product data information that has passed the verification. Otherwise, the product dynamic information record certificate won't be allowed to generate, thus realizing the security filter of quality and identity of the product (legitimacy, Infringing goods), making the transaction more secure and reliable; on the other hand, encrypt the verified product data information to prevent the product data in the transmission process from stolen and tampered, to ensure the safety and authenticity of product data information.
Provide a double guarantee for the safety and reliability of the transaction.
[111] Figures 6A and 6B are an example of a product data processing method of the present invention. As shown in Figures 6A and 6B, the entry of commodity data such as commodity information (including commodity source information and commodity parameter information), transaction rule information, settlement information, logistics information, insurance information, etc., is first performed, where the logistics information and the insurance information are optional product data information. Then, each kind of commodity data information is verified separately, and the data which failed to pass the check will be re-collected. When all the commodity data information is checked, the data of the verification is classified and stored in the cloud storage system (cloud), for those unqualified data, you can also record them in classifications, to establish log for easy follow-up evidence and improve system performance. And then generates the key, stores together the generated key and the data Date Recue/Date Received 2020-11-20 (i.e., the verified product data information), encrypts the data with the key, and stores the encrypted data (encrypted product data information) in the cloud. Finally, according to the encrypted data (encrypted commodity data information) to generate record certificate of commodity dynamic information, and issuing record certificate of the product dynamic information The present invention also provides a product data information processing system which is a system for realizing the above-described method, and will be described in detail with reference to specific examples.
[112] Referring to Figure 7, a first example of the product data information processing system of the present invention is proposed, which includes a data collecting unit, a data processing unit, and a issuing unit connected in sequence.
[113] Data collection unit: set to dynamically collect product data information. Optionally, after collecting the product data information, the product data information can be pre-processed, and then according to certain specifications to make processed product data to be classified and sorted, making the corresponding data packets.
[114] The product data information includes at least product source information, product parameter information, transaction rule information, and settlement information. The source information of the product may be the manufacturer, the seller, the dealer, the operator, etc., of the product, or the provider, the operator, etc. of the service. Normally, the product source information includes only the first generation of the product dynamic information record of the manufacturers, but follow-up can be joined by vendors, distributors, operators and other information to achieve the dynamic collection of information and updates. Product parameter information, including the following parameters of product: the physical parameters, chemical parameters, specifications, geometric parameters, production parameters and other attributes of any one or any combination, or including the specific content of the service. Transaction rule information includes the transaction price of goods, Transaction methods, Transaction locations, Transaction time, etc. Settlement information, including at least the collection account information, can also include settlement currency, settlement exchange rate, and settlement period and so on. In the invention, the collection of the product data information is not static, but dynamic, that is, the dynamic collection and updating of the product data information is realized by continuously collecting the dynamically changing transaction information with the transaction process of the product moving on.
[115] The data collection unit includes a product collection module, a transaction rule module and a settlement module. The data collection unit can collect data by receiving the product data information inputted from the input port of each unit module. Wherein the product collection module is arranged to collect the product source information and the product parameter information, the transaction rule module is set to collect the transaction rule information, and the settlement module is set to collect the settlement information. For example, the manufacturer enters the product data information individually or sequentially through the input ports (i.e., the product collection module, the transaction rule module and the input module of the settlement module). The different product data information is inputted through different input ports.
[116] Further, as a preferred example, the data collection unit of the present example may further include an - EPP interface module, which is configured to collect product data information in bulk or non-batch. For example, the manufacturer can import the product data information in batches through the input port of the ERP interface module.
[117] Further, you can also collect dynamically the product data information through the internet (such as the major Internet stores, forums, etc.), and pre-processing, through statistical analysis, and then according to certain specifications to make processed product data to be classified and sorted to make the corresponding data packets.
[118] By collecting the above-mentioned product source information and product parameter information, a commodity can be pre-processed in the virtual network world, a complete record of a ontology commodity information, thus forming a primitive "electronic identity." Through the further collection of settlement information and transaction rules information, which can form a preliminary "electronic housekeeper" in the "electronic identity", when the user needs to purchase the goods, you can view the product "electronic identity", which can reach a deal directly with the product "electronic steward".
[119] Further, it is also possible to add commodity data information according to actual needs and practical application scenarios. For example, you can also add both logistics information and insurance information or any one of them, so that it can provide further protection for automatic transactions. Thus, as a preferred example, the data collection unit of the present example may further include a logistics interface module and an insurance interface module, wherein the logistics interface module is arranged to collect the logistics information and the insurance interface module is set to collect the insurance information.
[120] To sum up, by collecting the above-mentioned product data information, can realize a complete record of detailed information related to the automatic trading of goods, which is easy to achieve autonomous automation transactions, and to get rid of a variety of e-commerce platform and portal restrictions.
[121] The data processing unit is configured to securely process the product data information and generate a record certificate of product dynamic information based on the processed product data information; In the present example, the data processing unit includes a check module and a generation module which are connected to each other.
[122] For the verification module, it is set to verify the product data information, including verifying the authenticity of the source and the content of the product data information, that is, to realize the security processing of the present example by verifying the product data information. When verifying the module, on the one hand, to determine whether the source of the product data information is true, that is, whether the product data information is from the authenticated port, for example, whether or not it is from a legitimate license manufacturers, operators or agents and other units or institutions. In this way, you can prevent fake business from false propaganda, and to curb the sale of infringing products to ensure that the "genuine" source. On the other hand, it verifies whether or not the contents of the collected product data information are true, that is, to check individually the product data information such as product source information, product parameter information, transaction rule information, settlement information, logistics information, insurance information. For example, to check whether the specifications of the collected product parameter information conform to the relevant industry standards, whether the goods can be legally circulated in the market, so that the stolen goods can be prevented from happening on the internet.
[123] The way of specific verification is not limited to check directly the entire data packet of product data information, it can also be part of the information in the packet, or the specified information in the packet.
[124] If performing quick calibration, when the manufacturer sell what it produces, only need to verify whether the receiving account information is the recipient's account.
When the goods generated and sold for different subjects, only need to check whether the receiving account information is the distributors' account number. In short, the core of the quick check is to verify whether the collection account information and institutions providing the goods are the same one, in actual operation, often transfer the main body to the banking system through bank credit to ensure that the authenticity and validity of the information verification. It is understandable that, when needed, the authenticity of the information can be verified by the National Credit and even the League of Nations to provide the most advanced data source for the credit of the whole society.
[125] When the product data information is verified, the verification module transfers the product data information to the generation module while storing the product data in a local or cloud server, and further, before the transmission or storage, the data processing unit can be further used to digitize the product data information such as converting the format of the product data information and dividing the data size, respectively, to reduce the volume of the data, and to realize the multi-thread data transmission.
[126] When the product data information is unqualified from the verification, the verification module does not transmit the product data information to the generation module. Further, the verification result can be fed back at the same time, indicating which information is not verified. Or further, to the product data information which didn't pass verification, will also be classified and recorded, establishing log for follow-up evidence improving system performance.
[127] The generation module is configured to generate a product dynamic information record certificate based on the processed product data information. Specifically, the generating module receives the verified product data information delivered by the verification module and digitizes it to generate the record certificate of product dynamic information. In this scenario, the generated product dynamic information record certificates are preferably exist in the form of pictures, of course, according to different needs, the product dynamic information record certificates can also exist in some other forms. The record certificate of product dynamic information in the present example includes at least product source information, product parameter information, transaction rule information, settlement information, and further includes product data information such as logistics information and insurance information.
[128] Release Unit: the issuing unit is configured to issue the record certificate of product dynamic information.
[129] The issuing unit includes a distribution interface module and a service interface module, wherein the distribution interface module and the service interface module are preferably connected to the internet respectively. In actual use, the publishing unit publishes the record certificate of product dynamic information through the distribution interface module and the service module. It can be output directly to the external device, or to the internet, that is, to display directly the record certificate of product dynamic information. You can also store the dynamic information record certificate in the local or cloud server, and then link the address published in the internet, other users can use the link address to obtain the dynamic information record certificate of the product. The index information may be generated based on the product dynamic information record certificate, and the index information may be distributed to the internet, and the other users obtain dynamic information record certificate of the product based on the index information.
[130] The product data information processing system of the present invention dynamically embeds the respective states of the electronic commerce into the dynamic information record certificate of product by the dynamic information record certificate of product, and then forms the "electronic certificate" through the secure processing, in the above process, the dynamic change of dynamic information record certificate of the original product continues to change, which ensures the consistency, completeness and timeliness of the contents of the "electronic certificate". These "electronic certificates" can be circulated in various electronic devices realizing a new way of e-commerce.
[131] The present example realizes the security processing in such a manner that the product data information is checked, and the product dynamic information record certificate is generated for the data information of the checked product. Otherwise, the product dynamic information record certificate is not generated, to realize the safety filter of goods quality and the identity (legitimacy, to prevent infringement of goods), making the transaction more secure and reliable.
[132] Referring to Figure 8, proposing a second example of the product data information processing system of the present invention. The difference between the present example and the first example is that the data processing unit differs from data processing unit. The data processing unit of the present example includes a check module, recording module and generating module.
[133] For the recording module, it is set to record the verification result, and the verification result is written into the product data information. Specifically, the recording module respectively records the product data information and the unmarked product data information, that is, to record those information which passed the check and the others which don't pass the check, and the log information of the verification result is established, to write commodity data information for easy follow-up evidence, and to warn buyers, improving system performance. Then, the recording module transmits the checked product data information (i.e., the product data information in which the verification result is written) to the generation module. At the same time, the verified product data information is stored to the server (local server or cloud server).
[134] To digitize the checked product data information to generate record certificate product dynamic information. In the present example, the generated product dynamic information record certificates are preferably exist in the form of pictures, of course, according to different needs, the product dynamic information record certificates can also exist in some other forms. The product dynamic information record certificate in the present example includes at least product source information, product parameter information, transaction rule information, settlement information, and further includes product data such as logistics information and insurance information, and the product data in the present example, the WO 2016/172933 PCT/C\2015/077 dynamic information record certificate also includes the result of the verification to prompt the buyer of the product's data information, which has passed the check, and has not been verified, the buyer is given a risk indication, and the buyer evaluates whether or not to purchase the product.
[135] The present example also implements the security processing by checking the product data information, and also writes the final verification result into the product data information so that the final generated product dynamic information record certificate includes the check results to prompt the buyer for risk tips, the buyer can determine automatically whether or not to purchase the goods according to the check results, while ensuring the safety and reliability of the transaction, to ensure the flexibility of the transaction at the same time.
[136] Referring to Figure 9, proposing the third example of the product data information processing system of the present invention. The difference of the present example between the first example and the second example is that the data processing unit differs from data processing unit. The data processing unit of the present example includes an encryption module connected with one another and generating module.
[137] For the encryption module, it is set to encrypt the product data information, that is, the present example realizes the security processing by encrypting the product data information. In the process of encryption, the encryption module generates a key for encryption in advance, which may be generated by the digest information of the product data information or a random number generated randomly. The generated key is then stored in the same physical location as the collected product data information on the server (local or cloud server).
[138] Subsequently, using the generated key to encrypt the product data information, and the encryption algorithm can be an asymmetric encryption algorithm or a symmetric encryption algorithm. Common asymmetric encryption algorithms are RSA.
Elgamal, backpack algorithm. Rabin, Da ECC (elliptic curve encryption algorithm).
Common symmetric encryption algorithms are DES algorithm, 3DES algorithm, AES and RS
algorithm, RC2, RC4, RCS and Blowfish. Which specific encryption algorithm should be taken, can be adjusted flexibly according to the actual needs.
[139] After the encryption is complete, the encryption module transmits the encrypted product data to the generating module to generate the record certificate of product dynamic information. At the same time, the encryption module also stores the encrypted product data separately to the cloud server or the local server.
[140] The present example realizes the security processing in such a manner that the product data information is encrypted to prevent the product data information from being stolen and tampered in the transmission process, ensuring the security and authenticity of the product data information, and ensuring that the transaction is more secure and reliable.
[141] Referring to Figure 10, provides a fourth example of the product data processing system according to the present invention. The difference between the present example and the foregoing example is that the data processing unit differs from one another.
The data processing unit in the present example includes a check module, a recording module, an encryption module and a generating module, that is, the present example combines the checksum encryption to securely process the product data information.
[142] Specifically, the verification module carries on the verification processing to the product data information, the recording module writes the verification result into the product data information, and transmits the verified product data information to the encryption module, the encryption module encrypts the product data information and transmits it to the generating module, and the generating module digitizes the encrypted product data information to generate the record certificate of product dynamic information .
[143] In the present example, the generated product dynamic information record certificates are preferably exist in the form of pictures, of course, according to different needs, the product dynamic information record certificates can also exist in some other forms.
The product dynamic information record certificate in the present example includes at least product source information, product parameter information, transaction rule information, settlement information, and further includes product data such as logistics information and insurance information, and the product data in the present example, the dynamic information record certificate also includes the result of the verification to prompt the buyer of the product's data information, which has passed the check, and has not been verified, the buyer is given a risk indication, and the buyer evaluates whether or not to purchase the product.
[144] The present example realizes the security processing by double processing the combination of checksum and encryption of the product data information. On the one hand, to verify the product data information, and the verification result is written into the product data, so that the final product dynamic information record certificate contains the check results, realizes reminding the buyer of risks; On the other hand, to encrypt the product data information of verification to prevent the product data in the transmission process from stolen and tampered, to ensure the safety and authenticity of product data information.
Provide a double guarantee for the safety and reliability of the transaction.
[145] Referring to Figure 11, provides a fifth example of the product data processing system according to the present invention. The difference between the present example and the first example is that the data processing unit differs from one another. The data processing unit in the present example includes a check module connected by turn, an encryption module and a generating module, that is, the present example combines the checksum encryption to securely process the product data information.
[146] Specifically, the verification module cheeks the product data information, and when the product data information passes the verification, the product data information is transmitted to the encryption module, otherwise the product data information will not be transmitted to the encryption module. The encryption module encrypts the verified product data information and transmits it to the generating module, and generates the module to digitize the encrypted product data information to generate the record certificate of product dynamic information.
[147] The present example realizes the security processing by double processing the combination of checksum and encryption of the product data information. On the one hand, to verify the product data information, and generates the record certificate of product dynamic information for the product data information that has passed the verification.
Otherwise, the product dynamic information record certificate won't be allowed to generate, thus realizing the security filter of quality and identity of the product (legitimacy, Infringing goods), making the transaction more secure and reliable; on the other hand, encrypt the verified product data information to prevent the product data in the transmission process from stolen and tampered, to ensure the safety and authenticity of product data information.
Provide a double guarantee for the safety and reliability of the transaction.
[148] It should be noted that the product data information processing system provided by the above examples is the same as the example of the product data information processing method, and the specific implementation process thereof is described in detail with reference to the method example and the technical features of the method example in the examples are applicable proportionately, thus will not be described here.
[149] It will be understood by the ordinary skill in the field that the realization of all or part of the steps of the method described above may be controlled by a program to control the associated hardware completion, which may be stored in a computer-readable storage medium. The storage medium may be ROM / RAM, a magnetic disk, an optical disk, etc.
[150] The preferred examples of the present invention have been described above with reference to the accompanying drawings, which are not to limit the scope of the present invention.
without departing from the scope and spirit of the invention, there are various modifications to realize the example, such as the character of one example may be implemented in another example, and then another example occurs Any modifications, equivalents, and modifications that come within the technical concept of the invention are intended to be within the right scope of the invention.

Claims (69)

Claims:

1. A system for dynamic product data information processing in e-commerce transactions, the system comprising:
a memory for storing a plurality of processor-executable instructions, including:
a data collection unit configured to collect dynamic product data information of a product, wherein the product data information includes at least product source information, product parameter information, transaction rule information, and settlement information;
a data processing unit configured to securely process the product data information to generate a dynamic information record certificate for the product based on the product data information, wherein the dynamic information record certificate is a standardized electronic document distributed over the Internet to directly purchase the product; and an issuing unit configured to issue the dynamic information record certificate over the Internet, whereby the dynamic information certificate is obtained for evaluation by a purchaser in an e-commerce transaction, wherein the dynamic information record certificate is directly displayed on a purchaser's device; and a processor operably connected to the memory for executing the data collection unit, the data processing unit and the issuing unit.

2. The system of claim 1, wherein the data processing unit further includes a verifying module.

3. The system of claim 2, wherein the verifying module is configured to verify a source and contents of the product data information.

Date Recue/Date Received 2022-07-4

4. The system of claim 3, wherein the verifying module is configured to transmit the product data information to a generating module when the product data information is verified.

5. The system of claim 4, wherein the data processing unit further includes the generating module.

6. The system of claim 5, wherein the generating module is configured to generate the dynamic information record certificate of the product based on the product data information.

7. The system of claim 6, wherein the data processing unit further includes a recording module.

8. The system of claim 7, wherein the recording module is configured to:
record a result of a verification;
write the result of the verification into the product data information; and transmit the product data inforrnation to the generating module.

9. The system of any one of claims 1 to 8, wherein the secure process includes encrypting the product data information.

10. The system of claim 9, wherein encrypting the product data information includes:
extracting digest information from the product data information to generate a key for storing the product data information and the key together; and Date Recue/Date Received 2022-07-04 encrypting the product data information by using the key and storing the encrypted product data information.

11. The system of claim 10, wherein the key for encryption is generated by an encryption module in the data processing unit in advance of encrypting the product data information.

12. The system of any one of claims 10 to 11, wherein the key is generated using the digest information of the product data information.

13. The system of any one of claims 10 to 11, wherein the key is generated using random numbers.

14. The system of any one of claims 10 to 13, wherein the key is stored together with the collected product data information at a local server.

15. The system of any one of claims 10 to 13, wherein the key is stored together with the collected product data information on a cloud server.

16. The system of any one of claims 10 to 15, wherein the key is generated by an asymmetric encryption algorithm.

17. The system of any one of claims 10 to 15, wherein the key is generated by a symmetric encryption algorithm.

18. The system of any one of claims 1 to 17, wherein the product source information includes product manufacturer's information.

19. The system of any one of claims 1 to 18, wherein the product source information includes vendor's information.

Date Recue/Date Received 2022-07-4

20. The system of any one of claims 1 to 19, wherein the product source information includes distributor's information.

21. The system of any one of claims 1 to 20, wherein the product source information includes operator's information.

22. The system of any one of claims 1 to 21, wherein the product parameter information includes product's physical parameters.

23. The system of any one of claims 1 to 22, wherein the product parameter information includes product's chemical parameters.

24. The system of any one of claims 1 to 23, wherein the product parameter information includes product's specifications.

25. The system of any one of claims 1 to 24, wherein the product parameter information includes product's geometric parameters.

26. The system of any one of claims 1 to 25, wherein the product parameter information includes product's production parameters.

27. The system of any one of claims 1 to 26, wherein the transaction rule information includes product's transaction price.

28. The system of any one of claims 1 to 27, wherein the transaction rule information includes a transaction mode.

29. The system of any one of claims 1 to 28, wherein the transaction rule information includes a transaction location.

Date Recue/Date Received 2022-07-04

30. The system of any one of claims 1 to 29, wherein the transaction rule information includes a transaction time.

31. The system of any one of claims 1 to 30, wherein the settlement information includes collection account informration.

32. The system of any one of claims 1 to 31, wherein the settlement information includes a settlement currency.

33. The system of any one of claims 1 to 32, wherein the settlement information includes a settlement exchange rate.

34. The system of any one of claims 1 to 33, wherein the settlement information includes a settlement period.

35. The system of any one of claims 1 to 34, wherein the product data information is performed by receiving an input port inputting one by one.

36. The system of any one of claims 1 to 34, wherein the product data information is imported by a batch import.

37. A computer-implemented product data information processing method for an e-commerce transaction, the method comprising:
a data collection unit collecting dynamic product data information of a product, wherein the product data information includes at least product source information, product parameter information, transaction rule information, and settlement information;

Date Recue/Date Received 2022-07-04 a data processing unit securely processing the product data information to generate a dynamic information record certificate for the product based on the product data information, wherein the dynamic information record certificate is a standardized electronic document distributed over the Internet to directly purchase the product; and an issuing unit issuing the dynamic information record certificate over the Internet, whereby the dynamic information certificate is obtained for evaluation by a purchaser in an e-commerce transaction, wherein the dynamic information record certificate is directly displayed on a purchaser's device.

38. The method of claim 37, wherein collecting dynamic product data information includes:
receiving the product data information from a port inputted one by one or batch imported;
Or collecting the product data information dynamically via the Internet.

39. The method of claim 37, wherein the secure process includes verifying a source of the product data information and an authenticity of content of the product data information.

40. The method of claim 39 further includes transmitting the product data information to a generating module when the product data information is verified.

41. The method of claim 40 further includes:
recording a result of the secure process;
writing the result of a verification into the product data information; and transmitting the product data information to the generating module.

Date Recue/Date Received 2022-07-4

42. The method of any one of claims 37 to 41, wherein the secure process includes encrypting the product data information.

43. The method of claim 42, wherein encrypting the product data information includes:
extracting digest information from the product data information to generate a key for storing the product data information and the key together; and encrypting the product data information by using the key and storing the encrypted product data information.

44. The method of claim 43, wherein the key for encryption is generated in advance of encrypting the product data information.

45. The method of any one of claims 43 to 44, wherein the key is generated using the digest information of the product data information.

46. The method of any one of claims 43 to 44, wherein the key is generated using random numbers.

47. The method of any one of claims 43 to 46, wherein the key is stored together with the collected product data information at a local server.

48. The method of any one of claims 43 to 46, wherein the key is stored together with the collected product data information on a cloud server.

49. The method of any one of claims 43 to 48, wherein the key is generated by an asymmetric encryption algorithm.

50. The method of any one of claims 43 to 48, wherein the key is generated by a symmetric encryption algorithm.
Date Regue/Date Received 2022-07-04

51. The method of any one of claims 37 to 50, wherein the product source information includes product manufacturer's information.

52. The method of any one of claims 37 to 51, wherein the product source information includes vendor's information.

53. The method of any one of claims 37 to 52, wherein the product source information includes distributor's information.

54. The method of any one of claims 37 to 53, wherein the product source information includes operator's information.

55. The method of any one of claims 37 to 54, wherein the product parameter information includes product's physical parameters.

56. The method of any one of claims 37 to 55, wherein the product parameter information includes product's chemical parameters.

57. The method of any one of claims 37 to 56, wherein the product parameter information includes product's specifications.

58. The method of any one of claims 37 to 57, wherein the product parameter information includes product's geometric parameters.

59. The method of any one of claims 37 to 58, wherein the product parameter information includes product's production parameters.

60. The method of any one of claims 37 to 59, wherein the transaction rule information includes product's transaction price.

Date Recue/Date Received 2022-07-04

61. The method of any one of claims 37 to 60, wherein the transaction rule information includes a transaction mode.

62. The method of any one of claims 37 to 61, wherein the transaction rule information includes a transaction location.

63. The method of any one of claims 37 to 62, wherein the transaction rule information includes a transaction time.

64. The method of any one of claims 37 to 63, wherein the settlement information includes collection account inforziati on.

65. The method of any one of claims 37 to 64, wherein the settlement information includes a settlement currency.

66. The method of any one of claims 37 to 65, wherein the settlement information includes a settlement exchange rate.

67. The method of any one of claims 37 to 66, wherein the settlement information includes a settlement period.

68. The method of any one of claims 37 to 67, wherein the product data information is performed by receiving an input port inputting one by one.

69. The method of any one of claims 37 to 68, wherein the product data information is imported by a batch import.

Date Regue/Date Received 2022-07-04