CA2995899C - Merchandise order generation method, device, and system - Google Patents

Abstract

Provided are a merchandise order generation method, device, and system, said method comprising: according to purchase-order information and merchandise information, generating a merchandise electronic-transaction certificate (300); according to the merchandise electronic-transaction certificate, generating a production order containing transaction content (400). The described merchandise-order generation method, device, and system generates a production order according to purchase-order information and performs analysis on the basis of large amounts of purchase-order data; in this way, production takes place in a targeted and oriented manner, resource consolidation is optimized, production efficiency is improved, and production costs are reduced.

Description

Merchandise Order Generation Method, Device, And System [1] [Technical Field]

[2] The present invention relates to the technical field of E-commerce, and in particular, to a method, a device and a system for generating a commodity order.

[3] [Background Technology]

[4] At present, the commodity circulating in the market are generally produced by the manufacturers based on research and development and sales situations, and then the commodity are sold on the market through direct selling or distribution.
Buyers usually only choose the commodity that the manufacturer has produced to buy.

[5] With the development of network technology, E-commerce is also evolving. All kinds of real commodity used in traditional commodity are also replaced by electronic pictures, texts and so on. The types of commodity that consumers can choose to purchase are also becoming more and more widespread. However, it still cannot solve the problem that the purchaser can only choose the commodity that the manufacturer has already produced, and the consumers cannot customize the commodity they want to buy according to their own wishes, and the individualized demands cannot be met. As a result, some commodity produced by manufacturers are often not favoured by consumers, making the accumulation of these commodity serious, causing pressure on the manufacturer inventory, resulting in the cost of the manufacturer.

[6] [Summary of the Invention]

[7] Based on this, it is necessary to provide a method, a device and a system for generating a commodity order, in which the individual needs cannot be met when the purchaser cannot customize the required commodity according to his / her own desire during the shopping process, and the computer storage media, to meet the individual needs of the shopping process.

[8] A method for generating a commodity order, comprising:

[9] According to the order information and commodity information to generate electronic commodity transaction certificates;

[10] Generate a commodity order that includes the content of the transaction based on the commodity electronic transaction certificate.

[11] In one example, before the step of generating the commodity electronic transaction certificate based on the subscription information and the commodity information, the method includes:

[12] Provide standardized information on demand for the commodity;

[13] Receiving the order instruction, selecting at least one requirement information according to the order instruction to generate the order information.

[14] In one example, after the step of generating the commodity electronic transaction certificate based on the subscription information and the commodity information, the method includes:

[15] Delivering the commodity electronic transaction certificate to a sales terminal;

[16] It is determined according to the transaction instruction that one or more sales terminals are transaction terminals, and the electronic transaction certificates are updated according to the transaction instructions and the transaction certificate.

[17] In one example, before the step of delivering the commodity electronic transaction certificate to a sales terminal, the method includes:

[18] Pre-store the commodity electronic transaction certificate, encrypting the commodity electronic transaction certificate with a first key to obtain the first encrypted data to be delivered, and the second key is used to encrypt the first key to obtain the second encrypted data to be delivered.

[19] In one example, after the step of delivering the commodity electronic transaction certificate to a sales terminal, the method includes:

[20] The first key is obtained by using the second key to decrypt the second encrypted data, and the first key is used to decrypt the first encrypted data to obtain the commodity electronic transaction certificate;

[21] To decrypt the commodity obtained electronic transaction certificates and pre-stored commodity electronic transaction certificate comparison verification, as the same, the comparison verification passed, or contrast verification failed.

[22] A commodity order creating device comprising:

[23] A certificate generating module is used to generate a certificate for the electronic commodity according to the order information and the commodity information;

[24] An order generation module is used for generating a commodity order containing the transaction contents based on the commodity electronic transaction certificate.

[25] In one example, the certificate generation module includes:

[26] Provide a demand unit is used for providing standardized demand information for the commodity;

[27] A receiving and ordering unit is used to receive an order instruction, and select at least one piece of requirement information according to the order instruction to generate the order information.

,

[28] In one example, the method further includes:

[29] A delivering module is used to deliver the commodity electronic transaction certificate to a sales terminal;

[30] A transaction module is used to determine one or more sales terminals as the trading terminals according to the trading orders, and update the commodity electronic transaction certificates according to the trading orders and the transaction terminal.

[31] In one example, the method further includes:

[32] An encryption module, configured to pre-store the commodity electronic transaction certificate, encrypting the commodity electronic transaction certificate with a first key to obtain the first encrypted data to be delivered, and the second key is used to encrypt the first key to obtain the second encrypted data to be delivered.

[33] In one example, the method further includes:

[34] A decryption module is used to decrypt the second encrypted data by using the second key to obtain a first key, and decrypt the first encrypted data by using the first key to obtain the commodity electronic transaction certificate;

[35] The checking module is used to decrypt the commodity obtained electronic transaction certificates and pre-stored commodity electronic transaction certificate comparison verification, as the same, the comparison verification passed, or contrast verification failed.

[36] A commodity order generation system including a certificate generation server and an order generation server connected to each other through a network;

[37] The certificate generation server is used to generate a commodity electronic transaction certificate based on the subscription information and the commodity information;

[38] The order generation server is used to generate a commodity order containing the transaction content based on the commodity electronic transaction certificate.

[39] In one example, the certificate generation server is also used to provide standardized requirement information of the commodity and receive the order instruction, and select at least one requirement information according to the order instruction to generate the order information.

[40] In one example, a delivery server and a transaction server connected to a certificate generation server and an order generation server via a network are further included.

[41] The delivering server is used to deliver the commodity electronic transaction certificate to a sales terminal;

[42] The transaction server is used to determine one or more sales terminals as the trading terminals according to the trading orders, and update the commodity electronic transaction certificates according to the trading orders and the transaction terminal.

[43] In one example, an encryption server connected to a certificate generation server and an order generation server via a network;

[44] The encryption server is used to pre-store the commodity electronic transaction certificate, encrypting the commodity electronic transaction certificate with a first key to obtain the first encrypted data to be delivered, and the second key is used to encrypt the first key to obtain the second encrypted data to be delivered.

[45] In one example, a decryption server and a verification server connected to a certificate generation server and an order generation server via a network are further included.

[46] The decryption server is used to decrypt the second encrypted data by using the second key to obtain a first key, and decrypt the first encrypted data by using the first key to obtain the commodity electronic transaction certificate;

[47] The verification server is used to decrypt the commodity obtained electronic transaction certificates and pre-stored commodity electronic transaction certificate comparison verification, as the same, the comparison verification passed, or contrast verification failed.

[48] One or more computer storage media contains computer-executable instructions, the said computer executable instruction is used for executing a method for generating a commodity order, and the method comprises the following steps:

[49] According to the order information and commodity information to generate electronic commodity transaction certificates;

[50] Generate a commodity order that includes the content of the transaction based on the commodity electronic transaction certificate.

[51] In one example, before the step of generating the commodity electronic transaction certificate based on the subscription information and the commodity information, the method includes:

[52] Provide standardized information on demand for the commodity;

[53] Receiving the order instruction, selecting at least one requirement information according to the order instruction to generate the order information.

[54] In one example, after the step of generating the commodity electronic transaction certificate based on the subscription information and the commodity information, the method includes:

[55] Delivering the commodity electronic transaction certificate to a sales terminal;

[56] It is determined according to the transaction instruction that one or more sales terminals are transaction terminals, and the electronic transaction certificates are updated according to the transaction instructions and the transaction certificate.

[57] In one example, before the step of delivering the commodity electronic transaction certificate to a sales terminal, the method includes:

[58] Pre-store the commodity electronic transaction certificate, encrypting the commodity electronic transaction certificate with a first key to obtain the first encrypted data to be delivered, and the second key is used to encrypt the first key to obtain the second encrypted data to be delivered.

[59] In one example, after the step of delivering the commodity electronic transaction certificate to a sales terminal, the method includes:

[60] The first key is obtained by using the second key to decrypt the second encrypted data, and the first key is used to decrypt the first encrypted data to obtain the commodity electronic transaction certificate;

[61] To decrypt the commodity obtained electronic transaction certificates and pre-stored commodity electronic transaction certificate comparison verification, as the same, the comparison verification passed, or contrast verification failed.

[62] The method, the device and the system for generating the above-mentioned commodity order can generate the commodity order according to the order information, analyse based on a large amount of data of the order information, produce with purpose and direction, optimize the resource integration, improve the commodity efficiency, reduce manufacturing cost.

[63] [Brief Description]

[64] Figure 1 is an architectural diagram of a system for generating a commodity order in an example;

[65] Figure 2 is a flow chart of a method for generating a commodity order in an example;

[66] Figure 3 is a structural block diagram of a commodity order generating device of an example;

[67] Figure 4 is a structural block diagram of a commodity order generating device in another example;

[68] Figure 5 is a block diagram of the internal structure of a certificate generating module in one example;

[69] Figure 6 is a schematic diagram of the internal structure of a server in one example.

[70] [Description of the Preferred Examples]

[71] In order to make the purpose, the technical solution and advantages of the invention more clearly understood, the following explanations further explain the invention according to the attached drawings and examples. It should be understood that the specific example described herein are merely to illustrative the invention and is not intend to limit the invention.

[72] As shown in Figure 1, a system for generating a commodity order includes a certificate generating server 110, an order generating server 120, a ticket generating server 120, a delivery server 130, a transaction server 140, an encryption server 150, a decryption server 160, and a verification server 170, wherein the certificate generation server 110, the order generation server 120, the delivery server 130, the transaction server 140, the encryption server 150, the decryption server 160, the authentication server 170 is connected through a local area network and connected to the Internet 190 through a firewall 180.

[73] The certificate generation server 110 is used to generate a commodity electronic transaction certificate based on the subscription information and the commodity information.

[74] In an example, for example, the commodity information includes:
payment information, manufacturer information, insurance information, logistics information, commodity attribute information, and commodity trading rule information. For example, the commodity information includes commodity name, commodity specification, authentication information, payment information, manufacturer information, insurance information, logistics information, commodity attribute information and / or commodity trading rules information.

[75] Wherein, the receiving information record includes the receiving bank, the payee, the receiving account and receiving status and other information;

[76] Vendor information record contents include commodity provider information, such as manufacturer name, contact number and address, and may further include agent information providing the commodity if necessary;

[77] The insurance information is insurance company-related information that covers the commodity provided by the commodity provider;

[78] Logistics information, including receiving address, consignee contact information, delivery information, etc;

[79] The attribute information of a commodity dynamically records the ownership of the commodity, for example, when the commodity electronic transaction certificate is generated, the owner of the commodity is the manufacturer or the agent, the commodity is sold to the seller, and when the commodity is traded, the owner of the commodity is the consumer;

[80] Commodity Trading Rule Information defines the details of the rules that consumers have in their dealings with the commodity provider;

[81] For example, the certificate generation server 110 uses the receipt information, the manufacturer information, the insurance information, the logistics information, the commodity attribute information, the commodity transaction rule information, and other information related to the commodity as the commodity information and generates, as the commodity unique information identification of the electronic transaction certificates for electronic commodity, electronic certificates for the commodity circulation and trading certificates, electronic certificates for electronic commodity corresponding to a commodity, or a class of commodities, commodity can be tangible commodity, it can be intangible services; electronic commodity transaction certificates. It can be displayed in the form of QR code or displayed as a link to a website. Consumers can view the commodity information by scanning the QR code or by opening a URL link in the browser to open the electronic transaction certificate. For example, the electronic commodity transaction certificate includes a website, a picture or a QR code, which stores the corresponding commodity information. For another example, the electronic commodity certificate includes a QR code in the form of an image. In another example, the electronic transaction certificate includes introduction of commodity information and purchase connection.

[82] For example, after the electronic commodity transaction certificate is generated, the certificate generation server 110 generates an original electronic commodity certificate from the electronic commodity certificate and generates a copy of one or more electronic commodity certificates, and the original commodity electronic certificate is saved in the certificate. The generation server 110, as a copy of the electronic commodity transaction certificate with the final valid certificate, is distributed to the selling terminal. The consumer can view the commodity information through the electronic certificate copy of the electronic commodity. For example, the commodity information of the electronic commodity certificate and the copy of the electronic commodity certificate are based on the sales status is synchronized in real time. To ensure the transaction security, for example, the original record of the electronic transaction certificate includes all the information of the commodity information, the copy of the electronic transaction certificate of the electronic commodity records the manufacturer information, insurance information and commodity attribute information of the commodity information.

[83] In one example, the certificate generating server 110 is established by the bank to ensure the accuracy of the commodity information, the bank's guaranty transaction process is more fair, the bank obtains the commodity information from the commodity provider such as the manufacturer or the agent, the bank generates the commodity electronic transaction certificate for the commodity information via the certificate generation server 110.

[84] In one example, the certificate generation server 110 is also used to provide standardized requirement information of the commodity and receive the order instruction, and select at least one requirement information according to the order instruction to generate the order information.

[85] Standardized demand information such as commodity attributes such as colour, size, material, shape, etc. The manufacturer can split the attributes of a commodity into standardized demand information corresponding to the demand information, and provide the standardized demand information. The consumer issues order information through the sales terminal, and the certificate generating server 110 receives the order instruction and selects one or more pieces of requirement information according to the order instruction to generate the order information. For example, the certificate generating server 110 selects a plurality of requirement information and a plurality of requirements information corresponding to different attributes of the commodity, the certificate generating server 110 combines or separately combines multiple pieces of requirement information to obtain different subscription information.

[86] For example, the consumer logs in through the webpage or downloads the APP, and delivers the order information and commodity information of the commodity to be purchased to the certificate generating server 110 through the network. The certificate generating server 110 generates the electronic commodity transaction certificate according to the order information of the consumer.

[87] The order generation server 120 is used to generate a commodity order containing the transaction content based on the commodity electronic transaction certificate.

[88] The commodity order contains the transaction details, commodity information and order information, which contains the requirement information.

[89] In one example, the order generation server 120 parses multiple pieces of requirement information and sorts them according to the attributes of the pieces of commodity in the requirement information. For example, the colour attribute of the cup and the blue cup demand information are most, in turn, red and green, and the manufacturer sort according to the results of priority commodity and stocking.

[90] In one example, after the order generation server 120 generates the commodity order, the commodity order is delivered to the manufacturer to instruct the manufacturer for commodity and stocking.

[91] The delivering server 130 is used to deliver the commodity electronic transaction certificate to the selling terminal.

[92] The delivering server 130 delivers the electronic commodity transaction certificate to the selling terminal. In one example, the selling terminal includes a network middleman, a distributed electric dealer, and a network middleman as intermediate distributing centers for the electronic certificates of the electronic commodity. The network broker may be a virtual network entity or network channel, an intermediate broker sets up an intermediate electronic warehouse for temporarily storing electronic transaction certificates, or provides a commodity electronic transaction certificate forwarding service, and the distributed electric provider can obtain commodity electronic transactions from an intermediate electronic certificate inventory information; distributed E-commerce for the sales business, distributed E-commerce to obtain sales through registration qualifications;

[93] In one example, the distribution server 130 delivers the commodity electronic transaction certificate of a different commodity provider to the virtual network entity or the virtual network entity downloads the commodity electronic transaction certificate from the distribution server 130. The subscription situation makes a purchase request to the virtual network entity, and the virtual network entity delivers the corresponding commodity electronic transaction certificate to the distributed merchant. In another example, the delivering server 130 can deliver the commodity electronic transaction certificate of different commodity providers to distributed electricity providers, to reduce intermediate circulation, improve efficiency.

[94] In an example, the delivering server 130 is also used to deliver the commodity electronic transaction certificate to the selling terminal according to the subscription information to obtain the terminal ID of the seller; and update the commodity electronic according to the terminal ID of the seller transaction certificates.

[95] For example, when the consumer orders the commodity through the merchandising terminal, the delivering server 130 delivers the commodity electronic transaction certificate to the merchant corresponding to the consumer ordered commodity according to the subscription information.

[96] For example, after the delivering server 130 distributes the commodity electronic transaction certificate to the virtual network entity, the terminal server obtains the terminal identifier of the virtual network entity, and delivers the terminal identification of the virtual network. The terminal identification of the entity writes the electronic transaction certificate of the commodity and updates the commodity attribute information of the electronic transaction certificate of the electronic commodity. When the electronic transaction certificate of the commodity is forwarded to the distributed electronic commerce provider, the terminal identification of the distributed electronic commerce provider is obtained, write the commodity attribute information of the electronic transaction certificate of the commodity and update the certificates of the electronic transaction of the commodity, in this way, the commodity electronic transaction certificate can be used to know the circulation of the electronic transaction certificate at this time, and the inventory of the intermediate vault of the virtual network entity and the inventory of the distributed electricity supplier can also be counted.

[97] The transaction server 140 is used to determine one or more sales terminals as the trading terminals according to the trading orders, and update the commodity electronic transaction certificates according to the trading orders and the transaction terminal.

[98] For example, receiving a transaction instruction, acquiring purchase information, determining one or more selling terminals as a network transaction terminal according to the transaction instruction, and obtaining a terminal identifier of the network transaction terminal; and writing the purchase information and a terminal identifier of the network transaction terminal into the commodity electronic transaction certificates.

[99] In one example, after the consumer logs in through the browser or mobile phone APP to order the corresponding commodity and confirms the purchase on the generated commodity electronic transaction certificate, the consumer fills in the information such as the shipping address and the contact information, and the transaction after successful, the transaction server 140 acquires the registered account of the consumer, writes the registered account information of the consumer into the commodity attribute information of the electronic transaction certificate, and writes the receiving address and the contact information into the logistics information of the electronic transaction certificate. The payment information is updated according to the payment record of the consumer. The commodity supplier delivers the commodity according to the state of the commodity electronic transaction certificate and writes the logistics information of the shipment into the logistics information of the commodity electronic transaction certificate for the consumer to check, for example, after the purchase is successful, the commodity electronic transaction certificate is associated with the registered account of the consumer. At this time, only the consumer who purchased the commodity can view the corresponding electronic transaction certificate, and the other consumers cannot view the electronic transaction certificate of the commodity. At the same time, the transaction server 140 delivers the consumer distributed E-commerce to buy commodity as the network side of the transaction, the end of the network transaction terminal logo into the electronic commodity certificate, commodity provider can be settled under the trade turnover of electronic trading terminal identification certificates and distributed electricity supplier.

[100] The encryption server 150 is used to pre-store the commodity electronic transaction certificate, encrypting the commodity electronic transaction certificate with a first key to obtain the first encrypted data to be delivered, and the second key is used to encrypt the first key to obtain the second encrypted data to be delivered.

[1011 For example, the commodity electronic transaction certificate is pre-stored in the encryption server 150 or the certificate generating server 110 or the database, and the commodity electronic transaction certificate information is AES-encrypted using a randomly generated AES key to obtain the first encrypted data; key to encrypt the randomly generated AES key to obtain the second encrypted data; and the encryption server 150 stores the commodity electronic transaction certificate and the key for encrypting the commodity electronic transaction certificate, and provides verification; for example, it can also carry out ECC encryption on the account information, commodity amount, trading rules and other important data.
[102] By encrypting the electronic commodity transaction certificate and the AES key separately, the encrypted data is packaged and delivered to the sales terminal.
[103] Encrypt and transmit the electronic transaction certificate and AES key to ensure data security, prevent data from being stolen, prevent electronic transaction certificates from being forged and protect the rights and interests of the commodity suppliers and consumers.
[104] The decryption server 160 is used to decrypt the second encrypted data by using the second key to obtain a first key, and decrypt the first encrypted data by using the first key to obtain the commodity electronic transaction certificate.
[105] After the virtual network entity and the distributed electricity supplier receive the encrypted certificate of the commodity electronic transaction certificate, the encrypted certificate is decrypted to obtain the electronic transaction certificate of the commodity.
[106] For example, the ECC key is used to decrypt the second encrypted data to obtain the AES
key, and the first encrypted data is decrypted by using the decrypted AES key to obtain the commodity electronic transaction certificate. The verification server 170 is used to decrypt the commodity obtained electronic transaction certificates and pre-stored commodity electronic transaction certificate comparison verification, as the same, the comparison verification passed, or contrast verification failed.
[107] The verification server 170 compares the decrypted electronic transaction receipt with the pre-stored electronic transaction receipt, and if yes, then the verification is passed and the subsequent operation is continued; otherwise, the verification fails and the verification is generated alarm signals. The sales terminal can know whether the electronic transaction certificate of the commodity is true and accurate through the verification result.
[108] The above-mentioned commodity order generation system generates the commodity order according to the order information, analyses based on a large amount of data of the order information, and has purposeful and directional commodity, optimizes the resource integration, increases the commodity efficiency, reduces the commodity cost, and can effectively prevent the transaction data theft, to prevent data forgery.
[109] Figure 2 is a flowchart of a method for generating a commodity order in a preferred example. Figure 2 describes how to create a commodity order. As shown in Figure 2, the method includes:
[110] Step 100, providing standardized demand information for the commodity.
[111] Step 200: Receiving the order instruction, selecting at least one requirement information according to the order instruction to generate the order information.
[112] Standardized demand information such as commodity attributes such as colour, size, material, shape, etc. The manufacturer can split the attributes of the commodity into standardized demand information corresponding to the requirement information, and provide the standardized demand information; selecting one or more pieces of requirement information according to the order instruction to generate order information based on the demand information selected or input by the consumer on the selling terminal;
for example, selecting a plurality of requirement information, the plurality of requirement information corresponding to different attributes of the commodity, a combination of demand information or separately, access to different ordering information.
[113] Step 300: Generate a commodity electronic transaction certificate according to the order information and the commodity information.
[114] In an example, for example, the commodity information includes:
payment information, manufacturer information, insurance information, logistics information, commodity attribute information, and commodity trading rule information. For example, the commodity information includes commodity name, commodity specification, authentication information, payment information, manufacturer information, insurance information, logistics information, commodity attribute information and / or commodity trading rules information.
[115] Wherein, the receiving information record includes the receiving bank, the payee, the receiving account and receiving status and other information;
[116] Vendor information record contents include commodity provider information, such as manufacturer name, contact number and address, and may further include agent information providing the commodity if necessary;
[117] The insurance information is insurance company-related information that covers the commodity provided by the commodity provider;
[118] Logistics information, including receiving address, consignee contact information, delivery information, etc;

[119] The attribute information of a commodity dynamically records the ownership of the commodity, for example, when the commodity electronic transaction certificate is generated, the owner of the commodity is the manufacturer or the agent, the commodity is sold to the seller, and when the commodity is traded, the owner of the commodity is the consumer;
[120] Commodity Trading Rule Information defines the details of the rules that consumers have in their dealings with the commodity provider;
[121] For example, uses the receipt information, the manufacturer information, the insurance information, the logistics information, the commodity attribute information, the commodity transaction rule information, and other information related to the commodity as the commodity information and generates, as the commodity unique information identification of the electronic transaction certificates for electronic commodity, electronic certificates for the commodity circulation and trading certificates, electronic certificates for electronic commodity corresponding to a commodity, or a class of commodities, commodity can be tangible commodity, it can be intangible services; electronic commodity transaction certificates. It can be displayed in the form of QR code or displayed as a link to a website.
Consumers can view the commodity information by scanning the QR code or by opening a URL link in the browser to open the electronic transaction certificate. For example, the electronic commodity transaction certificate includes a website, a picture or a QR code, which stores the corresponding commodity information. For another example, the electronic commodity certificate includes a QR code in the form of an image.
In another example, the electronic transaction certificate includes introduction of commodity information and purchase connection.
[122] For example, after the electronic commodity transaction certificate is generated, generates an original electronic commodity certificate from the electronic commodity certificate and generates a copy of one or more electronic commodity certificates, and the original commodity electronic certificate is saved in the certificate. As a copy of the electronic commodity transaction certificate with the final valid certificate, is distributed to the selling terminal. The consumer can view the commodity information through the electronic certificate copy of the electronic commodity. For example, the commodity information of the electronic commodity certificate and the copy of the electronic commodity certificate are based on the sales status is synchronized in real time. To ensure the transaction security, for example, the original record of the electronic transaction certificate includes all the information of the commodity information, the copy of the electronic transaction certificate of the electronic commodity records the manufacturer information, insurance information and commodity attribute information of the commodity information.
[123] Step 400: Generate a commodity order containing the transaction content based on the commodity electronic transaction certificate.
[124] The commodity order contains the transaction details, commodity information and order information, which contains the requirement information.
[125] In one example, parses multiple pieces of requirement information and sorts them according to the attributes of the pieces of commodity in the requirement information. For example, the colour attribute of the cup and the blue cup demand information are most, in turn, red and green, and the manufacturer sort according to the results of priority commodity and stocking.
[126] In one example, after the commodity order is generated, the commodity order is delivered to the manufacturer to guide the manufacturer in commodity and stocking.
[127] Step 500: Pre-store the commodity electronic transaction certificate, encrypting the commodity electronic transaction certificate with a first key to obtain the first encrypted data to be delivered, and the second key is used to encrypt the first key to obtain the second encrypted data to be delivered.
[128] For example, the commodity electronic transaction certificate is pre-stored, and the commodity electronic transaction certificate information is AES-encrypted using a randomly generated AES key to obtain the first encrypted data; and the randomly generated AES key is encrypted by using the ECC system public key ECC encryption to obtain the second encrypted data; pre-stored electronic transaction certificates, to provide verification;
for example, it can also ECC key information such as payee account information, commodity amount, transaction rules and other information ECC.
[129] By encrypting the electronic commodity transaction certificate and the AES key separately, the encrypted data is packaged and delivered to the sales terminal.
[130] Encrypt and transmit the electronic transaction certificate and AES key to ensure data security, prevent data from being stolen, prevent electronic transaction certificates from being forged and protect the rights and interests of the commodity suppliers and consumers.
[131] Step 600: Deliver the commodity electronic transaction certificate to the selling terminal.
[132] For example, the encrypted electronic merchandise transaction certificate in the above step is delivered to the seller, for example, the first encrypted data and the second encrypted data are packaged and delivered to the seller.
[133] In one example, the selling terminal includes a network middleman, a distributed electric dealer, and a network middleman as intermediate distributing centers for the electronic certificates of the electronic commodity. The network broker may be a virtual network entity or network channel, an intermediate broker sets up an intermediate electronic warehouse for temporarily storing electronic transaction certificates, or provides a commodity electronic transaction certificate forwarding service, and the distributed electric provider can obtain commodity electronic transactions from an intermediate electronic certificate inventory information; distributed E-commerce for the sales business, distributed E-commerce to obtain sales through registration qualifications;
[134] In one example, delivers the commodity electronic transaction certificate of a different commodity provider to the virtual network entity or the virtual network entity downloads the commodity electronic transaction certificate. The subscription situation makes a purchase request to the virtual network entity, and the virtual network entity delivers the corresponding commodity electronic transaction certificate to the distributed merchant. In another example, deliver the commodity electronic transaction certificate of different commodity providers to distributed electricity providers, to reduce intermediate circulation, improve efficiency.
[135] In an example, it is also used to deliver the commodity electronic transaction certificate to the selling terminal according to the subscription information to obtain the terminal ID of the seller; and update the commodity electronic according to the terminal ID
of the seller transaction certificates.
[136] For example, when the consumer orders the commodity through the merchandising terminal, delivers the commodity electronic transaction certificate to the merchant corresponding to the consumer ordered commodity according to the subscription information.
[137] For example, after distributes the commodity electronic transaction certificate to the virtual network entity, the terminal server obtains the terminal identifier of the virtual network entity, and delivers the terminal identification of the virtual network. The terminal identification of the entity writes the electronic transaction certificate of the commodity and updates the commodity attribute information of the electronic transaction certificate of the electronic commodity. When the electronic transaction certificate of the commodity is forwarded to the distributed electronic commerce provider, the terminal identification of the distributed electronic commerce provider is obtained, write the commodity attribute information of the electronic transaction certificate of the commodity and update the certificates of the electronic transaction of the commodity, in this way, the commodity electronic transaction certificate can be used to know the circulation of the electronic transaction certificate at this time, and the inventory of the intermediate vault of the virtual network entity and the inventory of the distributed electricity supplier can also be counted.
[138] Step 700: The first key is obtained by using the second key to decrypt the second encrypted data, and the first key is used to decrypt the first encrypted data to obtain the commodity electronic transaction certificate;
[139] After the virtual network entity and the distributed electricity supplier receive the encrypted certificate of the commodity electronic transaction certificate, the encrypted certificate is decrypted to obtain the electronic transaction certificate of the commodity. For example, an ECC system public key is used to decrypt the second encrypted data to obtain an AES key, and the first encrypted data is decrypted by using the decrypted AES key to obtain the commodity electronic transaction certificate.
[140] In step 800, to decrypt the commodity obtained electronic transaction certificates and pre-stored commodity electronic transaction certificate comparison verification, as the same, the comparison verification passed, or contrast verification failed.
[141] In one example, compares the decrypted electronic transaction receipt with the pre-stored electronic transaction receipt, and if yes, then the verification is passed and the subsequent operation is continued; otherwise, the verification fails and the verification is generated alarm signals. The sales terminal can know whether the electronic transaction certificate of the commodity is true and accurate through the verification result.
[142] Step 900: It is determined according to the transaction instruction that one or more sales terminals are transaction terminals, and the electronic transaction certificates are updated according to the transaction instructions and the transaction certificate.
[143] For example, receiving a transaction instruction, acquiring purchase information, determining one or more selling terminals as a network transaction terminal according to the transaction instruction, and obtaining a terminal identifier of the network transaction terminal; and writing the purchase information and a terminal identifier of the network transaction terminal into the commodity electronic transaction certificates.
[144] In one example, after the consumer logs in through the browser or mobile phone APP to order the corresponding commodity and confirms the purchase on the generated commodity electronic transaction certificate, the consumer fills in the information such as the shipping address and the contact information, and the transaction after successful, acquires the registered account of the consumer, writes the registered account information of the consumer into the commodity attribute information of the electronic transaction certificate, and writes the receiving address and the contact information into the logistics information of the electronic transaction certificate. The payment information is updated according to the payment record of the consumer. The commodity supplier delivers the commodity according to the state of the commodity electronic transaction certificate and writes the logistics information of the shipment into the logistics information of the commodity electronic transaction certificate for the consumer to check, for example, after the purchase is successful, the commodity electronic transaction certificate is associated with the registered account of the consumer. At this time, only the consumer who purchased the commodity can view the corresponding electronic transaction certificate, and the other consumers cannot view the electronic transaction certificate of the commodity. At the same time, delivers the consumer distributed E-commerce to buy commodity as the network side of the transaction, the end of the network transaction terminal logo into the electronic commodity certificate, commodity provider can be settled under the trade turnover of electronic trading terminal identification certificates and distributed electricity supplier.
[145] The above-mentioned commodity order generation method generates the commodity order according to the order information, analyses based on a large amount of data of the order information, and has purposeful and directional commodity, optimizes the resource integration, increases the commodity efficiency, reduces the commodity cost, and can effectively prevent the transaction data theft, to prevent data forgery.
[146] Figure 3 is a structural block diagram of a commodity order generating device of a preferred example. As shown in Figure 3, a device for generating a commodity order is applied to the verification of the commodity in the online shopping. The device includes a certificate generating module 410 and an order generating module 420. Among them:
[147] The certificate generating module 410 is used to generate a certificate for the electronic commodity according to the order information and the commodity information;
[148] The order generating module 420 is used to generate a commodity order containing the transaction content according to the commodity electronic transaction certificate.
[149] Figure 4 is a structural block diagram of a commodity order generating device in another example. As shown in Figure 4, a commodity order generating device includes a certificate generating module 410, an order generating module 420, an encrypting module 430, a delivering module 440, a decrypting module 450, a checking module 460, and a trading module 470. Among them:
[150] The encryption module 430 is used to pre-store the commodity electronic transaction certificate, encrypting the commodity electronic transaction certificate with a first key to obtain the first encrypted data to be delivered, and the second key is used to encrypt the first key to obtain the second encrypted data to be delivered.
[151] The delivering module 440 is used to deliver the commodity electronic transaction certificate to the selling terminal.
[152] The decryption module 450 is used to decrypt the second encrypted data by using the second key to obtain a first key, and decrypt the first encrypted data by using the first key to obtain the commodity electronic transaction certificate;
[153] The verification module 460 is used to decrypt the commodity obtained electronic transaction certificates and pre-stored commodity electronic transaction certificate comparison verification, as the same, the comparison verification passed, or contrast verification failed.
[154] The transaction module 470 is used to determine one or more sales terminals as the trading terminals according to the trading orders, and update the commodity electronic transaction certificates according to the trading orders and the transaction terminal.
[155] Figure 5 is a block diagram of the internal structure of the certificate generating module 410 in a preferred example. As shown in Figure 5, the certificate generating module 410 includes a providing requirement unit 510 and a receiving order unit 520.
Among them:
[156] A demand unit 510 is provided for providing standardized demand information for commodity;
[157] The receiving and ordering unit 520 is used to receive an order instruction, and select at least one piece of requirement information according to the order instruction to generate the order information.
[158] The above-mentioned commodity order generation device generates the commodity order according to the order information, analyses based on a large amount of data of the order information, and has purposeful and directional commodity, optimizes the resource integration, increases the commodity efficiency, reduces the commodity cost, and can effectively prevent the transaction data theft, to prevent data forgery.
[159] Figure 6 is a schematic diagram of the internal structure of a server in one example. As shown in Figure 6, the server includes a processor, a storage medium, a memory, and a network interface connected via a system bus. The storage medium of the server stores an operating system, a database and a commodity order generating device. The database stores the commodity order, the electronic transaction certificate, the key and the verification data of the commodity, and the commodity order generating device is used to realize the commodity order generation method. The processor of the server is used to provide calculation and control capabilities to support the operation of the entire server. The server's memory provides an environment for the operation of the commodity order generator in the storage medium. The display screen of the server may be a liquid crystal display screen or an electronic ink display screen. The input device may be a touch layer covered on the display screen or a button, a trackball or a touch panel provided on the terminal housing, or an external keyboard, touch pad or mouse. The network interface of the server is used to communicate with an external terminal over a network connection, such as a request sent by the receiving terminal and to return data to the terminal. The server can be implemented as a separate server or a server cluster of multiple servers.
[160] The ordinary technicists in the field that can understand and implement all or part of the processes in the above mentioned method of the examples which can be accomplished by means of a computer program that can be stored in a non-volatile computer-readable storage medium. The program may, when executed, include flows of all examples as described above. Among them, the storage medium can be a magnetic disk, an optical disk, a read-only memory (ROM) or a random access memory (RAM), etc.
[161] The above-described examples show only a few methods of execution of the present invention, and its descriptions are comparatively specific and detailed, however, it can not to be construed as a limitation of the scope of the invention patent. It should be noted that various modifications and improvements can be made by those skilled in the field without departing from the inventive concept, which belong to the protection scope of the present invention. Accordingly, the protection scope of patent of the present invention should be measured by the appended claims.

Claims (113)

Claims:

1. A computer system for a commodity order generation in an electronic transaction, the system comprising:
a certificate generation server configured to generate an electronic commodity transaction certificate according to order information and commodity infomiation, wherein the certificate generation server is established by a financial system to ensure accuracy of the commodity information and guaranty transaction process fairly; and an order generation server configured to generate a commodity order for production that includes transaction content based on the electronic commodity transaction certificate, wherein the electronic commodity transaction certificate encrypted by an encryption server stores payer's information, logistics information for commodity delivery and payee's receiving information;
wherein the certificate generation server and the order generation server are connected to each other via a network.

2. The computer system of claim 1, wherein the certificate generation server is configured to:
provide standardized information about needs of commodity; and receive an order instruction to generate the order information according to at least one of requirement infonnation.

3. The computer system of claim 1, further includes a delivering server.

4. The computer system of claim 1, wherein the delivering server is configured to deliver the electronic commodity transaction certificate to a sales terminal.
Date Recue/Date Received 2021-09-14

5. The computer system of claim 1, further includes a transaction server.

6. The computer system of claim 1, wherein the transaction server is configured to determine at least one sales terminal as a transaction terminal according to the order instruction, to update the electronic commodity transaction certificate according to the order instruction and the transaction terminal.

7. The computer system of any one of claims 3 to 6, wherein the delivering server is connected to the certificate generation server and the order generation server respectively via the network.

8. The computer system of any one of claims 3 to 6, wherein the transaction server is connected to the certificate generation server via the network.

9. The computer system of any one of claims 3 to 6, wherein the transaction server is connected to the order generation server via the network.

10. The computer system of any one of claims 3 to 8, further includes an encryption server.

11. The computer system of claim 10, wherein the encryption server is configured to:
pre-store the commodity electronic transaction certificate;
encrypt the commodity electronic transaction certificate with a first key to obtain a to-be-delivered first encrypted data; and encrypt the first key with a second key to obtain a to-be-delivered second encrypted data.

12. The computer system of any one of claims 10 to 11, wherein the encryption server is connected to the certificate generation server via the network.

Date Recue/Date Received 2021-09-14

13. The computer system of any one of claims 10 to 11, wherein the encryption server is connected to the order generation server respectively via the network.

14. The computer system of any one of claims 10 to 13, further includes a decryption server.

15. The computer system of claim 14, wherein the decryption server is configured to:
decrypt the second encrypted data by using the second key to obtain the first key; and decrypt the first encrypted data by using the first key to obtain the commodity electronic transaction certificate.

16. The computer system of any one of claims 14 to 15, wherein the decryption server is connected to the certificate generation server via the network.

17. The computer system of any one of claims 14 to 15, wherein the decryption server is connected to the order generation server respectively via the network.

18. The computer system of any one of claims 10 to 13, further includes a verification server.

19. The computer system of claim 18, wherein the verification server is configured to:
verify whether the commodity electronic transaction certificate from decryption is the same as the pre-stored commodity electronic transaction certificate;
where if the commodity electronic transaction certificate from decryption is the same as the pre-stored commodity electronic transaction certificate, pass a verification; and where if the commodity electronic transaction certificate from decryption is different with the pre-stored commodity electronic transaction certificate, fail to pass the verification.

Date Recue/Date Received 2021-09-14

20. The computer system of any one of claims 18 to 19, wherein the verification server is connected to the certificate generation server via the network.

21. The computer system of any one of claims 18 to 19, wherein the verification server is connected to the order generation server respectively via the network.

22. The computer system of claim 1, wherein the commodity infommtion includes payment infomiation.

23. The computer system of claim 1, wherein the commodity infommtion includes manufacturer infomiation.

24. The computer system of claim 1, wherein the commodity infommtion includes insurance infomiation.

25. The computer system of claim 1, wherein the commodity information includes logistics infomiation.

26. The computer system of claim 1, wherein the commodity infommtion includes commodity attribute information.

27. The computer system of claim 1, wherein the commodity infommtion includes information of commodity trading mles.

28. The computer system of claim 22, wherein the payment infomiation includes a bank name for receiving payment.

29. The computer system of claim 22, wherein the payment infomiation includes a payee's name.

Date Recue/Date Received 2021-09-14

30. The computer system of claim 22, wherein the payment information includes a payee's bank account.

31. The computer system of claim 22, wherein the payment information includes status for receiving the payment.

32. The computer system of claim 23, wherein the manufacturer information includes information relative to a commodity provider.

33. The computer system of claim 24, wherein the insurance information includes information relative to a insurance company provided by the commodity provider.

34. The computer system of claim 25, wherein the logistics information includes a shipping address.

35. The computer system of claim 25, wherein the logistics information includes delivery information.

36. The computer system of claim 25, wherein the logistics information includes contact information relative to a receipt.

37. The computer system of claim 26, wherein the commodity attribute information includes an ownership of the commodity.

38. The computer system of claim 27, wherein the infonnation of commodity trading rules includes details of rules that consumers have in their dealings with the commodity provider.

39. The computer system of any one of claims 1 to 19, wherein the commodity electronic transaction certificate may be a QR code format.

Date Recue/Date Received 2021-09-14

40. The computer system of any one of claims 1 to 19, wherein the commodity electronic transaction certificate may be a URL link.

41. The computer system of claim 2, wherein the standardized information about needs of commodity includes commodity attributes.

42. The computer system of claim 41, wherein the commodity attributes includes the commodity's color.

43. The computer system of claim 41, wherein the commodity attributes includes the commodity's size.

44. The computer system of claim 41, wherein the commodity attributes includes the commodity's material.

45. The computer system of claim 41, wherein the commodity attributes includes the commodity's shape.

46. A computer implemented method for generating a commodity order in an electronic transaction, the method comprising:
generating an electronic commodity transaction certificate according to order information and commodity information, wherein the certificate generation server is established by a financial system to ensure accuracy of the commodity information and guaranty transaction process fairly; and generating a commodity order for production that includes transaction content based on the electronic commodity transaction certificate, wherein the electronic commodity transaction certificate encrypted by an encryption server stores payer's information, logistics information for commodity delivery and payee's receiving information.
Date Recue/Date Received 2021-09-14

47. The computer implemented method of claim 46 further includes:
providing standardized information about needs of commodity; and receiving an order instruction to generate the order information according to at least one of requirement information.

48. The computer implemented method of claim 47 further includes:
delivering the electronic commodity transaction certificate to a sales terminal; and determining at least one sales terminal as a transaction terminal according to the order instruction, to update the electronic commodity transaction certificate according to the order instruction and the transaction terminal.

49. The computer implemented method of claim 47 further includes:
pre-storing the commodity electronic transaction certificate;
encrypting the commodity electronic transaction certificate with a first key to obtain a to-be-delivered first encrypted data; and encrypting the first key with a second key to obtain a to-be-delivered second encrypted data.

50. The computer implemented method of claim 49 further includes:
decrypting the second encrypted data by using the second key to obtain the first key;
decrypting the first encrypted data by using the first key to obtain the commodity electronic transaction certificate; and Date Recue/Date Received 2021-09-14 verifying whether the commodity electronic transaction certificate from decryption is the same as the pre-stored commodity electronic transaction certificate;
where if the commodity electronic transaction certificate from decryption is the same as the pre-stored commodity electronic transaction certificate, passing a verification;
where if the commodity electronic transaction certificate from decryption is different with the pre-stored commodity electronic transaction certificate, failing to pass the verification.

51. The computer implemented method of claim 46, wherein the commodity information includes payment information.

52. The computer implemented method of claim 46, wherein the commodity information includes manufacturer information.

53. The computer implemented method of claim 46, wherein the commodity information includes insurance information.

54. The computer implemented method of claim 46, wherein the commodity information includes logistics information.

55. The computer implemented method of claim 46, wherein the commodity information includes commodity attribute information.

56. The computer implemented method of claim 46, wherein the commodity information includes infomiation of commodity trading rules.

57. The computer implemented method of claim 51, wherein the payment information includes a bank name for receiving payment.

Date Recue/Date Received 2021-09-14

58. The computer implemented method of claim 51, wherein the payment information includes a payee's name.

59. The computer implemented method of claim 51, wherein the payment information includes a payee's bank account.

60. The computer implemented method of claim 51, wherein the payment information includes status for receiving the payment.

61. The computer implemented method of claim 52, wherein the manufacturer information includes infomiation relative to a commodity provider.

62. The computer implemented method of claim 53, wherein the insurance information includes information relative to an insurance company provided by the commodity provider.

63. The computer implemented method of claim 54, wherein the logistics information includes a shipping address.

64. The computer implemented method of claim 54, wherein the logistics information includes delivery information.

65. The computer implemented method of claim 54, wherein the logistics information includes contact information relative to a receipt.

66. The computer implemented method of claim 55, wherein the commodity attribute information includes an ownership of the commodity.

67. The computer implemented method of claim 56, wherein the information of commodity trading rules includes details of rules that consumers have in their dealings with the commodity provider.

Date Recue/Date Received 2021-09-14

68. The computer implemented method of claim 46, wherein the commodity electronic transaction certificate may be a QR code format.

69. The computer implemented method of claim 46, wherein the commodity electronic transaction certificate may be a URL link.

70. The computer implemented method of claim 47, wherein the standardized information about needs of commodity includes commodity attributes.

71. The computer implemented method of claim 70, wherein the commodity attributes includes the commodity's color.

72. The computer implemented method of claim 70, wherein the commodity attributes includes the commodity's size.

73. The computer implemented method of claim 70, wherein the commodity attributes includes the commodity's material.

74. The computer implemented method of claim 70, wherein the commodity attributes includes the commodity's shape.

75. A computer device for generating a commodity order in an electronic transaction, the device comprising:
a certificate generating module configured to generate an electronic commodity transaction certificate according to order information and commodity information, wherein the certificate generation server is established by a financial system to ensure accuracy of the commodity information and guaranty transaction process fairly;
and Date Recue/Date Received 2021-09-14 an order generation module configured to generate a commodity order for production that includes transaction content based on the electronic commodity transaction certificate, wherein the electronic commodity transaction certificate encrypted by an enclyption server stores payer's information, logistics information for commodity delivery and payee's receiving information.

76. The computer device of claim 75, wherein the certificate generating module further includes a demand provision unit.

77. The computer device of claim 76, wherein the demand provision unit is configured to provide standardized information about needs of commodity.

78. The computer device of claim 75, wherein the certificate generating module further includes a receiving and ordering unit.

79. The computer device of claim 76, wherein the receiving and ordering unit is configured to receive an order instruction to generate the order information according to at least one of requirement information.

80. The computer device of claim 75, further includes a delivering module.

81. The computer device of claim 80, wherein the delivering module is configured to the electronic commodity transaction certificate to a sales terminal.

82. The computer device of claim 75, further includes a transaction module.

83. The computer device of claim 82, wherein the transaction module is configured to determine at least one sales terminal as a transaction terminal according to the order instruction, to update the electronic commodity transaction certificate according to the order instruction and the transaction terminal.
Date Recue/Date Received 2021-09-14

84. The computer device of any one of claims 80 to 83, further includes an encryption module.

85. The computer device of claim 84, wherein the encryption module is configured to:
pre-store the commodity electronic transaction certificate;
encrypt the commodity electronic transaction certificate with a first key to obtain a to-be-delivered first encrypted data; and encrypt the first key with a second key to obtain a to-be-delivered second encrypted data.

86. The computer device of any one of claims 84 to 85, further includes an decryption module.

87. The computer device of claim 86, wherein the decryption module is configured to:
decrypt the second encrypted data by using the second key to obtain the first key; and decrypt the first encrypted data by using the first key to obtain the commodity electronic transaction certificate.

88. The computer device of any one of claims 84 to 85, further includes a verification module.

89. The computer device of claim 88, wherein the verification module is configured to:
verify whether the commodity electronic transaction certificate from decryption is the same as the pre-stored commodity electronic transaction certificate;
where if the commodity electronic transaction certificate from decryption is the same as the pre-stored commodity electronic transaction certificate, pass a verification; and Date Recue/Date Received 2021-09-14 where if the commodity electronic transaction certificate from decryption is different with the pre-stored commodity electronic transaction certificate, fail to pass the verification.

90. The computer device of claim 75, wherein the commodity information includes payment infomiation.

91. The computer device of claim 75, wherein the commodity information includes manufacturer information.

92. The computer device of claim 75, wherein the commodity information includes insurance infomiation.

93. The computer device of claim 75, wherein the commodity infomiation includes logistics infomiation.

94. The computer device of claim 75, wherein the commodity information includes commodity attribute information.

95. The computer device of claim 75, wherein the commodity information includes information of commodity trading rules.

96. The computer device of claim 90, wherein the payment information includes a bank name for receiving payment.

97. T The computer device of claim 90, wherein the payment information includes a payee's name.

98. The computer device of claim 90, wherein the payment infomiation includes a payee's bank account.

Date Recue/Date Received 2021-09-14

99. The computer device of claim 90, wherein the payment information includes status for receiving the payment.

100.The computer device of claim 91, wherein the manufacturer information includes information relative to a commodity provider.

101.The computer device of claim 92, wherein the insurance information includes information relative to an insurance company provided by the commodity provider.

102.The computer device of claim 93, wherein the logistics information includes a shipping address.

103.The computer device of claim 93, wherein the logistics information includes delivery infonnation.

104.The computer device of claim 93, wherein the logistics information includes contact information relative to a receipt.

105.The computer device of claim 94, wherein the commodity attribute information includes an ownership of the commodity.

106.The computer device of claim 95, wherein the information of commodity trading rules includes details of rules that consumers have in their dealings with the commodity provider.

107.The computer device of claim 75, wherein the commodity electronic transaction certificate may be a QR code format.

108.The computer device of claim 75, wherein the commodity electronic transaction certificate may be a URL link.

Date Recue/Date Received 2021-09-14

109.The computer device of claim 77, wherein the standardized information about needs of commodity includes commodity attributes.

110.The computer device of claim 109, wherein the commodity attributes includes the commodity's color.

111.The computer device of claim 109, wherein the commodity attributes includes the commodity's size.

112.The computer device of claim 109, wherein the commodity attributes includes the commodity's material.

113.The computer device of claim 109, wherein the commodity attributes includes the commodity's shape.

Date Recue/Date Received 2021-09-14