WO2017100988A1 - 商品订单的生成方法、装置和系统 - Google Patents

商品订单的生成方法、装置和系统 Download PDF

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Publication number
WO2017100988A1
WO2017100988A1 PCT/CN2015/097330 CN2015097330W WO2017100988A1 WO 2017100988 A1 WO2017100988 A1 WO 2017100988A1 CN 2015097330 W CN2015097330 W CN 2015097330W WO 2017100988 A1 WO2017100988 A1 WO 2017100988A1
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WO
WIPO (PCT)
Prior art keywords
commodity
electronic transaction
order
information
voucher
Prior art date
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PCT/CN2015/097330
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English (en)
French (fr)
Inventor
张毅
Original Assignee
深圳市银信网银科技有限公司
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Application filed by 深圳市银信网银科技有限公司 filed Critical 深圳市银信网银科技有限公司
Priority to PCT/CN2015/097330 priority Critical patent/WO2017100988A1/zh
Priority to CA2995899A priority patent/CA2995899C/en
Publication of WO2017100988A1 publication Critical patent/WO2017100988A1/zh

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    • G—PHYSICS
    • G06—COMPUTING; CALCULATING OR COUNTING
    • G06Q—INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES; SYSTEMS OR METHODS SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES, NOT OTHERWISE PROVIDED FOR
    • G06Q30/00—Commerce

Definitions

  • the present invention relates to the field of electronic commerce technologies, and in particular, to a method, device and system for generating a commodity order.
  • the commodities circulating in the market are generally produced by the manufacturers on the basis of research and development and sales, and then the products are sold in the market through direct sales or distribution. Buyers usually only choose the products that the manufacturer has already produced for purchase.
  • a method for generating a commodity order comprising:
  • a production order containing the transaction content is generated based on the commodity electronic transaction voucher.
  • the step of generating the commodity electronic transaction voucher based on the order information and the item information includes:
  • the step of generating the commodity electronic transaction voucher based on the order information and the item information includes:
  • Determining, according to the transaction instruction, one or more sales terminals are the transaction terminals, and updating the commodity electronic transaction voucher according to the transaction instruction and the transaction terminal.
  • the step of transmitting the commodity electronic transaction voucher to the selling end comprises:
  • Pre-storing the electronic transaction voucher of the commodity encrypting the electronic transaction voucher of the commodity by using the first key to obtain the first encrypted data to be sent, and encrypting the first key by using the second key to obtain the to-be-sent Second, encrypt the data.
  • the step of sending the commodity electronic transaction voucher to the sales end includes:
  • the electronic transaction voucher obtained by the decryption is compared with the pre-stored electronic transaction voucher. If the same, the comparison verification is passed, otherwise the comparison verification fails.
  • a device for generating a commodity order comprising:
  • a voucher generating module configured to generate a commodity electronic transaction voucher according to the order information and the commodity information
  • An order generation module is configured to generate a production order containing the transaction content according to the commodity electronic transaction voucher.
  • the credential generation module includes:
  • the method further includes:
  • a sending module configured to send the commodity electronic transaction voucher to the sales end
  • the transaction module is configured to determine, according to the transaction instruction, one or more sales terminals as the transaction end, and update the commodity electronic transaction voucher according to the transaction instruction and the transaction terminal.
  • the method further includes:
  • an encryption module configured to pre-store the electronic transaction voucher of the commodity, encrypt the commodity electronic transaction voucher by using a first key to obtain first encrypted data to be sent, and encrypt the first key by using a second key Obtaining the second encrypted data to be transmitted.
  • the method further includes:
  • a decryption module 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 voucher;
  • the verification module is configured to compare and verify the electronic transaction voucher obtained by the decryption with the pre-stored electronic transaction voucher. If the same, the comparison verification is passed, otherwise the comparison verification fails.
  • a commodity order generation system includes a voucher generation server and an order generation server connected to each other through a network;
  • the voucher generation server is configured to generate a commodity electronic transaction voucher according to the order information and the commodity information;
  • the order generation server is configured to generate a production order containing the transaction content based on the commodity electronic transaction voucher.
  • the credential generation server is further configured to provide standardized demand information of the merchandise, and to receive the order instruction, and select at least one demand information to generate the order information according to the order instruction.
  • the sending server is configured to send the commodity electronic transaction voucher to a sales end
  • the transaction server is configured to determine, according to the transaction instruction, one or more sales terminals as the transaction terminals, and update the commodity electronic transaction voucher according to the transaction instruction and the transaction terminal.
  • the method further includes an encryption server connected to the credential generation server and the order generation server through a network;
  • the encryption server is configured to pre-store the commodity electronic transaction voucher, encrypt the commodity electronic transaction voucher by using a first key to obtain first encrypted data to be sent, and use the second key to perform the first key Encryption obtains the second encrypted data to be transmitted.
  • the method further includes: a decryption server and a verification server connected to the credential generation server and the order generation server through a network;
  • 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;
  • the verification server is configured to compare and verify the electronic transaction voucher obtained by the decryption and the pre-stored electronic transaction voucher. If the verification is the same, the comparison verification is passed, otherwise the comparison verification fails.
  • One or more computer storage media containing computer executable instructions for executing a method of generating a merchandise order, the method comprising the steps of:
  • a production order containing the transaction content is generated based on the commodity electronic transaction voucher.
  • the step of generating the commodity electronic transaction voucher based on the order information and the item information includes:
  • the step of generating the commodity electronic transaction voucher based on the order information and the item information includes:
  • Determining, according to the transaction instruction, one or more sales terminals are the transaction terminals, and updating the commodity electronic transaction voucher according to the transaction instruction and the transaction terminal.
  • the step of transmitting the commodity electronic transaction voucher to the selling end comprises:
  • Pre-storing the electronic transaction voucher of the commodity encrypting the electronic transaction voucher of the commodity by using the first key to obtain the first encrypted data to be sent, and encrypting the first key by using the second key to obtain the to-be-sent Second, encrypt the data.
  • the step of sending the commodity electronic transaction voucher to the sales end includes:
  • the electronic transaction voucher obtained by the decryption is compared with the pre-stored electronic transaction voucher. If the same, the comparison verification is passed, otherwise the comparison verification fails.
  • the method, device and system for generating the above-mentioned commodity order by generating a production order according to the order information, performing analysis based on a large amount of data of the order information, purposeful and directional production, optimizing resource integration, improving production efficiency, and reducing production cost .
  • FIG. 1 is a block diagram showing the architecture of a product order generation system in an embodiment
  • FIG. 2 is a flow chart of a method for generating a merchandise order in an embodiment
  • Figure 3 is a block diagram showing the structure of a commodity order generating apparatus of an embodiment
  • FIG. 4 is a structural block diagram of a device for generating a commodity order in another embodiment
  • Figure 5 is a block diagram showing the internal structure of a credential generating module in an embodiment
  • FIG. 6 is a schematic diagram showing the internal structure of a server in an embodiment.
  • a commodity order generating system includes a credential generating server 110, an order generating server 120, and a sending server 130 connected to each other through a network.
  • a transaction server 140 an encryption server 150, a decryption server 160, and a verification server 170; wherein the voucher generation server 110, the order generation server 120, the transmission server 130, the transaction server 140, the encryption server 150, the decryption server 160, and the verification server 170 It is connected through a local area network and connected to the Internet 190 through a firewall 180.
  • the voucher generation server 110 is configured to generate a commodity electronic transaction voucher based on the order information and the item information.
  • the merchandise information includes: payment information, vendor information, insurance information, logistics information, merchandise attribute information, and merchandise transaction rule information.
  • the product information includes product name, product specification, certification information, payment information, vendor information, insurance information, logistics information, product attribute information, and/or commodity transaction rule information.
  • the collection information record includes information such as the receiving bank, the payee, the payment account number, and the status of the payment;
  • the information of the manufacturer information record is the information of the product provider, such as the name of the manufacturer, the contact number and the address, and the like, and may also include the agent information of the product if necessary;
  • the insurance information is information about an insurance company that underwrites the goods provided by the commodity provider;
  • Logistics information includes receiving address, consignee contact information, delivery information, etc.
  • the commodity attribute information dynamically records the attribution of the commodity. For example, when the commodity electronic transaction certificate is generated, the commodity owner is the manufacturer or the agent. When the commodity is sold, the commodity belongs to the sales end, and when the commodity is traded, the commodity belongs to the consumer;
  • the merchandise transaction rule information defines the details of the rules of the consumer in the transaction process with the merchandise provider
  • the voucher generation server 110 uses the payment information, the manufacturer information, the insurance information, the logistics information, the product attribute information, the commodity transaction rule information, and other information related to the product as the product information, and generates the product as the unique identifier of the product based on the product information.
  • the electronic transaction voucher, the commodity electronic transaction voucher is the voucher for commodity circulation and transaction, the commodity electronic transaction voucher corresponds to one commodity, or one type of commodity, the commodity may be a tangible commodity or an intangible service; the commodity electronic transaction voucher may be two
  • the dimension code is displayed in the form of a URL link, and the consumer opens the commodity electronic transaction voucher by scanning the QR code or opening the URL link through the browser to view the product information.
  • the commodity electronic transaction voucher includes a web address, a picture or a two-dimensional code, which stores the corresponding product information, and, for example, the commodity electronic transaction voucher includes a two-dimensional code in the form of a picture.
  • the commodity electronic transaction voucher includes a product information profile and a purchase link.
  • the voucher generation server 110 After the commodity electronic transaction voucher is generated, the voucher generation server 110 generates an original electronic transaction voucher based on the merchandise electronic transaction voucher, and generates one or more copies of the voucher electronic transaction voucher, and the original voucher transaction voucher is stored in the voucher generation server 110.
  • the final valid certificate a copy of the electronic transaction voucher of the commodity is distributed to the sales end, and the consumer can view the commodity information through the copy of the electronic transaction voucher of the commodity; for example, the original of the electronic transaction voucher and the commodity information of the electronic transaction voucher are real-time according to the sales status.
  • the original record of the electronic transaction voucher of the commodity includes all the information of the commodity information, and the copy of the electronic transaction voucher of the commodity records the manufacturer information, the insurance information, and the commodity attribute information in the commodity information.
  • the voucher generation server 110 is established by the bank to ensure the accuracy of the merchandise information, the bank's intervention ensures that the transaction process is more fair, the bank obtains the merchandise information from the merchandise provider such as the manufacturer or the agent, and the bank passes the voucher.
  • the generation server 110 generates commodity electronic transaction credentials for the commodity information.
  • the credential generation server 110 is further configured to provide standardized demand information of the merchandise, and to receive the order instruction, and select at least one demand information to generate the order information according to the order instruction.
  • Standardized demand information such as the attributes of the product, such as color, size, material and shape, etc.
  • the manufacturer can split the attributes of the product into standardized demand information corresponding to the demand information, and provide standardized demand information of the goods at the sales end;
  • the consumer issues the order information through the sales terminal, the voucher generation server 110 receives the order instruction, and selects one or more demand information according to the order instruction to generate the order information; for example, the voucher generation server 110 selects a plurality of demand information, and the plurality of demand information corresponds to the product.
  • the different attributes of the voucher generation server 110 combine or combine the plurality of demand information to obtain different order information.
  • the consumer logs in through the webpage or downloads the app, and the order information and the merchandise information of the merchandise to be purchased are sent to the voucher generation server 110 through the network, and the voucher generation server 110 according to the order information of the consumer electronic voucher.
  • the order generation server 120 is configured to generate a production order containing the transaction content according to the commodity electronic transaction voucher.
  • the production order contains transaction content, product information, and ordering information, and the ordering information includes demand information.
  • the order generation server 120 parses a plurality of demand information, and sorts according to the attributes of the items in the demand information. For example, the color attribute of the cup, the blue cup demand information is the most, and the order is red and green, and the manufacturer can sort according to the order. The result is priority production and stocking.
  • the production order is sent to the manufacturer to direct the manufacturer to produce and stock up.
  • the sending server 130 is configured to send the commodity electronic transaction certificate to the selling end.
  • the sending server 130 sends the commodity electronic transaction voucher to the selling end.
  • the selling end includes a network intermediary, a distributed e-commerce, the network intermediaries as an intermediate distribution center of the commodity electronic transaction voucher, and the network intermediaries may be a virtual network.
  • Information distributed e-commerce is a sales merchant, and distributed e-commerce is qualified to obtain sales through registration;
  • the sending server 130 sends the commodity electronic transaction credential of the different merchandise provider to the virtual network entity, or the virtual electronic network downloads the merchandise electronic transaction credential from the sending server 130, and the distributed e-commerce can be ordered according to the order status.
  • the virtual network entity proposes a purchase request, and the virtual network entity sends the corresponding commodity electronic transaction voucher to the distributed e-commerce; in another embodiment, the sending server 130 can send the commodity electronic transaction voucher of the different commodity provider to the distributed E-commerce, reduce intermediate circulation links and improve efficiency.
  • the sending server 130 is further configured to send the commodity electronic transaction voucher to the selling end according to the ordering information, obtain the terminal identifier of the selling end, and update the commodity electronic transaction voucher according to the terminal identifier of the selling end.
  • the consumer orders the merchandise through the sales end
  • the sending server 130 sends the merchandise electronic transaction voucher to the sales end corresponding to the consumer's order merchandise according to the order information.
  • the terminal identifier is the unique identification information of the sales end, and the different sales terminals have different terminal identifiers. For example, after the sending server 130 distributes the commodity electronic transaction credential to the virtual network entity, the terminal identifier of the virtual network entity is obtained, and the terminal of the virtual network entity is obtained. The identifier is written into the electronic transaction voucher of the commodity, and the commodity attribute information of the electronic transaction voucher of the commodity is updated, and when the electronic voucher of the commodity is forwarded to the distributed e-commerce, the terminal identifier of the distributed e-commerce is obtained, and the terminal identifier of the distributed e-commerce is written into the commodity.
  • the commodity attribute information of the electronic transaction voucher is updated, and the electronic transaction voucher of the commodity is updated, so that by looking at the electronic transaction voucher of the commodity, it can be known which circulation link of the electronic transaction voucher of the commodity is located at this time, and the inventory of the intermediate electronic warehouse of the virtual network entity can also be counted. And the inventory of distributed e-commerce shelves.
  • the transaction server 140 is configured to determine, according to the transaction instruction, one or more sales terminals as the transaction terminals, and update the commodity electronic transaction voucher according to the transaction instruction and the transaction terminal.
  • receiving a transaction instruction For example, receiving a transaction instruction, obtaining purchase information, determining, according to the transaction instruction, that one or more sales terminals are network transaction terminals, acquiring a terminal identifier of the network transaction terminal; and writing the purchase information and the terminal identifier of the network transaction terminal into the Commodity electronic transaction voucher.
  • the consumer logs in through the browser or the mobile phone APP, orders the corresponding product, and confirms the purchase on the generated electronic transaction voucher, the consumer fills in the receiving address, contact information and other information, after the transaction is successful,
  • the transaction server 140 obtains the registered account of the consumer, writes the registered account information of the consumer into the commodity attribute information of the commodity electronic transaction voucher, and writes the delivery address and the contact information into the logistics information of the electronic transaction voucher of the commodity, and according to the consumer.
  • the payment record updates the payment information, the product provider delivers the goods according to the status of the electronic transaction voucher, and writes the shipped logistics information into the logistics information of the electronic transaction voucher for the consumer to view, for example, after the purchase is successful, the electronic product
  • the transaction voucher is associated with the registered account of the consumer.
  • the transaction server 140 purchases the merchandise of the consumer.
  • Distributed e-commerce as the network transaction end the end of the network transaction end Identification documents written in electronic trading commodities, commodity provider may be settled under the trade turnover of electronic trading terminal identification documents and distributed electricity supplier.
  • the encryption server 150 is configured to pre-store the commodity electronic transaction voucher, encrypt the commodity electronic transaction voucher by using a first key to obtain first encrypted data to be sent, and use the second key to pair the first key. Encryption is performed to obtain second encrypted data to be transmitted.
  • the commodity electronic transaction voucher is pre-stored to the encryption server 150 or the voucher generation server 110 or the database, and the commodity electronic transaction voucher information is AES encrypted by using the randomly generated AES key to obtain the first encrypted data; and the ECC system public key pair is adopted.
  • the randomly generated AES key is subjected to ECC encryption to obtain second encrypted data; the encryption server 150 stores the commodity electronic transaction certificate and the key used to encrypt the commodity electronic transaction certificate, and provides verification; for example, the payee account information is also available Important data information such as commodity amount and transaction rules are ECC encrypted.
  • the commodity electronic transaction voucher and the AES key are separately encrypted, and the encrypted data is packaged and sent to the sales end.
  • the electronic transaction voucher and the AES key are transmitted to ensure data security, prevent data from being stolen, prevent the electronic transaction voucher from being forged, and protect the rights of the product provider and the consumer.
  • the decryption server 160 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.
  • the encrypted file is decrypted, thereby obtaining the commodity electronic transaction voucher.
  • the second encrypted data is decrypted by using the ECC system public key to obtain an AES key
  • the first encrypted data is decrypted by using the decrypted AES key to obtain a commodity electronic transaction certificate.
  • the verification server 170 is configured to compare and verify the commodity electronic transaction voucher obtained by the decryption and the pre-stored commodity electronic transaction voucher. If the same, the comparison verification passes, otherwise the comparison verification fails.
  • the verification server 170 compares the electronic transaction voucher obtained by the decryption with the pre-stored electronic transaction voucher. If the verification is the same, the comparison verification is passed, and the subsequent operation is continued. Otherwise, the comparison verification fails, and an alarm signal is generated. The sales end can know whether the electronic transaction certificate of the commodity is true and accurate through the verification result.
  • the above-mentioned product order generation system generates a production order based on the order information, analyzes a large amount of data based on the order information, and has targeted, directional production, optimizes resource integration, improves production efficiency, reduces production cost, and is effective. Prevent transaction data from being stolen and prevent data from being forged.
  • FIG. 2 is a flow chart of a method for generating a merchandise order in a preferred embodiment.
  • Figure 2 depicts the method of generating a merchandise order. As shown in Figure 2, the method includes:
  • Step 100 provides standardized demand information for the product.
  • Step 200 Receive a order instruction, and select at least one demand information according to the order instruction to generate order information.
  • Standardized demand information such as the attributes of the product, such as color, size, material and shape, etc.
  • the manufacturer can split the attributes of the product into standardized demand information corresponding to the demand information, and provide standardized demand information of the goods at the sales end; Forming order information based on the demand information selected or input by the consumer at the sales end, selecting one or more demand information according to the order instruction; for example, selecting a plurality of demand information, the plurality of demand information corresponding to different attributes of the product, and the plurality of demand information Combine or separately to obtain different ordering information.
  • Step 300 generating a commodity electronic transaction voucher based on the order information and the product information.
  • the merchandise information includes: payment information, vendor information, insurance information, logistics information, merchandise attribute information, and merchandise transaction rule information.
  • the product information includes product name, product specification, certification information, payment information, vendor information, insurance information, logistics information, product attribute information, and/or commodity transaction rule information.
  • the collection information record includes information such as the receiving bank, the payee, the payment account number, and the status of the payment;
  • the information of the manufacturer information record is the information of the product provider, such as the name of the manufacturer, the contact number and the address, and the like, and may also include the agent information of the product if necessary;
  • the insurance information is information about an insurance company that underwrites the goods provided by the commodity provider;
  • Logistics information includes receiving address, consignee contact information, delivery information, etc.
  • the commodity attribute information dynamically records the attribution of the commodity. For example, when the commodity electronic transaction certificate is generated, the commodity owner is the manufacturer or the agent. When the commodity is sold, the commodity belongs to the sales end, and when the commodity is traded, the commodity belongs to the consumer;
  • the merchandise transaction rule information defines the details of the rules of the consumer in the transaction process with the merchandise provider
  • the payment information, the manufacturer information, the insurance information, the logistics information, the product attribute information, the commodity transaction rule information, and other information related to the product are used as the product information, and the electronic transaction voucher of the commodity as the unique identifier of the product is generated according to the product information.
  • the commodity electronic transaction voucher is the voucher for commodity circulation and transaction.
  • the commodity electronic transaction voucher corresponds to one commodity, or one type of commodity.
  • the commodity may be a tangible commodity or an intangible service; the commodity electronic transaction voucher may be in the form of a two-dimensional code.
  • the consumer opens the merchandise electronic transaction voucher by scanning the QR code or opening the web link through the browser to view the product information.
  • the commodity electronic transaction voucher includes a web address, a picture or a two-dimensional code, which stores the corresponding product information, and, for example, the commodity electronic transaction voucher includes a two-dimensional code in the form of a picture.
  • the commodity electronic transaction voucher includes a product information profile and a purchase link.
  • an original electronic transaction voucher is generated according to the electronic transaction voucher of the commodity, and one or more copies of the electronic transaction voucher of the commodity are generated, and the original electronic transaction voucher is saved as the final valid voucher.
  • a copy of the electronic transaction voucher is distributed to the sales end, and the consumer can view the product information through a copy of the electronic transaction voucher; for example, the original of the electronic transaction voucher and the commodity information of the electronic transaction voucher are synchronized in real time according to the sales status;
  • the original record of the commodity electronic transaction voucher includes all the information of the commodity information, and the copy of the electronic transaction voucher of the commodity records the manufacturer information, the insurance information and the commodity attribute information in the commodity information.
  • Step 400 Generate a production order containing the transaction content according to the commodity electronic transaction voucher.
  • the production order contains transaction content, product information, and ordering information, and the ordering information includes demand information.
  • the plurality of demand information is parsed, and the items are sorted according to the attributes of the items in the demand information. For example, the color attribute of the cup, the blue cup demand information is the most, and the order is red and green, and the manufacturer can prioritize the production according to the sorting result. And stocking.
  • the production order is sent to the manufacturer to direct the manufacturer to produce and stock up.
  • Step 500 pre-storing the commodity electronic transaction voucher, encrypting the commodity electronic transaction voucher by using a first key to obtain first encrypted data to be sent, and encrypting the first key by using a second key to obtain The second encrypted data sent.
  • the commodity electronic transaction voucher is pre-stored, and the commodity electronic transaction voucher information is AES encrypted by using the randomly generated AES key to obtain the first encrypted data; the randomly generated AES key is ECC encrypted by using the ECC system public key. Obtaining the second encrypted data; pre-storing the electronic transaction voucher of the commodity, providing verification; for example, performing ECC encryption on important data information such as the payee account information, the commodity amount, and the transaction rule.
  • the commodity electronic transaction voucher and the AES key are separately encrypted, and the encrypted data is packaged and sent to the sales end.
  • the electronic transaction voucher and the AES key are transmitted to ensure data security, prevent data from being stolen, prevent the electronic transaction voucher from being forged, and protect the rights of the product provider and the consumer.
  • Step 600 sending the commodity electronic transaction voucher to the sales end.
  • the encrypted electronic transaction voucher in the above step is sent to the selling end, for example, the first encrypted data and the second encrypted data are packaged and sent to the selling end.
  • the sales end includes a network intermediary, a distributed e-commerce, and the network intermediaries are intermediate distribution centers of commodity electronic transaction voucher, the network intermediaries may be virtual network entities or network channels, and the network intermediaries set up an intermediate electronic warehouse.
  • the intermediate electronic warehouse is used for temporarily storing the electronic transaction voucher of the commodity, or providing the electronic transaction voucher forwarding service of the commodity, and the distributed e-commerce can obtain the inventory information of the electronic transaction voucher of the commodity from the intermediate electronic warehouse;
  • the distributed e-commerce is the sales merchant, the distributed electric The merchant is qualified to obtain sales through registration;
  • the commodity electronic transaction voucher of the different commodity provider is sent to the virtual network entity, or the commodity electronic transaction voucher is downloaded by the virtual network entity, and the distributed e-commerce can submit the purchase demand to the virtual network entity according to the subscription condition.
  • the virtual network entity sends the corresponding commodity electronic transaction voucher to the distributed e-commerce; in another embodiment, the commodity electronic transaction voucher of different commodity providers can be sent to the distributed e-commerce, reducing intermediate circulation links and improving efficiency .
  • the commodity electronic transaction voucher is sent to the selling end according to the ordering information, and the terminal identifier of the selling end is obtained; and the commodity electronic transaction voucher is updated according to the terminal identifier of the selling end.
  • the consumer orders the merchandise through the sales end, and sends the merchandise electronic transaction voucher to the sales end corresponding to the consumer's order merchandise according to the order information.
  • the terminal identifier is the unique identification information of the sales end, and different sales terminals have different terminal identifiers. For example, after the commodity electronic transaction voucher is distributed to the virtual network entity, the terminal identifier of the virtual network entity is obtained, and the terminal identifier of the virtual network entity is written.
  • the commodity electronic transaction voucher updates the commodity attribute information of the commodity electronic transaction voucher, and when the commodity electronic transaction voucher is forwarded to the distributed e-commerce, obtains the terminal identifier of the distributed e-commerce, and writes the distributed e-commerce terminal identifier into the commodity electronic transaction voucher
  • the commodity attribute information is updated, and the electronic transaction voucher of the commodity is updated, so that by looking at the electronic transaction voucher of the commodity, it can be known which circulation link of the electronic transaction voucher of the commodity is located at this time, and the inventory of the intermediate electronic warehouse of the virtual network entity can also be counted, and distributed. Inventory of e-commerce shelves.
  • Step 700 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 voucher.
  • the encrypted file is decrypted, thereby obtaining the commodity electronic transaction voucher.
  • the second encrypted data is decrypted by using the ECC system public key to obtain an AES key
  • the first encrypted data is decrypted by using the decrypted AES key to obtain a commodity electronic transaction certificate.
  • Step 800 comparing and verifying the electronic transaction voucher obtained by the decryption with the pre-stored electronic transaction voucher of the commodity, if the same, the comparison verification is passed, otherwise the comparison verification fails.
  • the electronic transaction voucher obtained by the decryption and the pre-stored electronic voucher are compared for verification. If the verification is the same, the comparison is passed, and the subsequent operation is continued. Otherwise, the verification fails, and an alarm is generated. signal. The sales end can know whether the electronic transaction certificate of the commodity is true and accurate through the verification result.
  • Step 900 Determine, according to the transaction instruction, one or more sales terminals as the transaction terminals, and update the commodity electronic transaction voucher according to the transaction instruction and the transaction terminal.
  • receiving a transaction instruction For example, receiving a transaction instruction, obtaining purchase information, determining, according to the transaction instruction, that one or more sales terminals are network transaction terminals, acquiring a terminal identifier of the network transaction terminal; and writing the purchase information and the terminal identifier of the network transaction terminal into the Commodity electronic transaction voucher.
  • the consumer logs in through the browser or the mobile phone APP, orders the corresponding product, and confirms the purchase on the generated electronic transaction voucher, the consumer fills in the receiving address, contact information and other information, after the transaction is successful, Obtain the registered account of the consumer, write the registered account information of the consumer into the commodity attribute information of the electronic transaction voucher of the commodity, and write the delivery address and contact information into the logistics information of the electronic transaction voucher of the commodity, and according to the payment record of the consumer
  • the payment information is updated, the product provider delivers the goods according to the status of the electronic transaction voucher, and the logistics information of the delivery is written into the logistics information of the electronic transaction voucher for the consumer to view, for example, after the purchase is successful, the electronic transaction voucher of the commodity and The consumer's registered account is associated.
  • the terminal identifier of the network transaction terminal is written into the commodity electronic transaction Commodity provider may be settled under the trade turnover of electronic trading terminal identification documents and distributed electricity supplier.
  • the above-mentioned method for generating a product order generates a production order based on the order information, analyzes a large amount of data based on the order information, and has targeted, directional production, optimizes resource integration, improves production efficiency, reduces production cost, and is effective. Prevent transaction data from being stolen and prevent data from being forged.
  • FIG. 3 is a block diagram showing the structure of a commodity order generating apparatus of a preferred embodiment.
  • a commodity order generating device is applied to the verification of goods in online shopping, and includes: a voucher generating module 410 and an order generating module 420. among them:
  • the voucher generating module 410 is configured to generate a commodity electronic transaction voucher according to the order information and the commodity information;
  • the order generation module 420 is configured to generate a production order containing the transaction content based on the commodity electronic transaction voucher.
  • Fig. 4 is a block diagram showing the structure of a commodity order generating apparatus in another embodiment.
  • a commodity order generating apparatus includes: a credential generating module 410, an order generating module 420, an encryption module 430, a sending module 440, a decrypting module 450, a checking module 460, and a transaction module 470. among them:
  • the encryption module 430 is configured to pre-store the commodity electronic transaction voucher, encrypt the commodity electronic transaction voucher by using a first key to obtain first encrypted data to be sent, and encrypt the first key by using a second key. Obtaining the second encrypted data to be transmitted.
  • the sending module 440 is configured to send the commodity electronic transaction voucher to the selling end.
  • the decryption module 450 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 voucher;
  • the verification module 460 is configured to compare and verify the electronic transaction voucher obtained by the decryption and the pre-stored electronic transaction voucher. If the verification is the same, the comparison verification is passed, otherwise the comparison verification fails.
  • the transaction module 470 is configured to determine, according to the transaction instruction, one or more sales terminals as the transaction terminals, and update the commodity electronic transaction voucher according to the transaction instruction and the transaction terminal.
  • FIG. 5 is a block diagram showing the internal structure of the credential generating module 410 in a preferred embodiment.
  • the voucher generation module 410 includes a provisioning request unit 510 and a receiving ordering unit 520. among them:
  • the receiving ordering unit 520 is configured to receive a ordering instruction, and select at least one piece of demand information according to the ordering instruction to generate the ordering information.
  • the above-mentioned product order generating device generates a production order based on the order information, analyzes a large amount of data based on the order information, and has targeted, directional production, optimizes resource integration, improves production efficiency, reduces production cost, and is effective Prevent transaction data from being stolen and prevent data from being forged.
  • FIG. 6 is a schematic diagram showing the internal structure of a server in an embodiment.
  • the server includes a processor, a storage medium, a memory, a display screen, an input device, and a network interface connected through a system bus.
  • the storage medium of the server stores an operating system, a database, and a product order generating device
  • the database stores a production order, a commodity electronic transaction voucher, a key, and verification data
  • the commodity order generating device is used to implement the product. How to generate an order.
  • the server's processor is used to provide computing and control capabilities that support the operation of the entire server.
  • the memory of the server provides an environment for the operation of the generating device of the merchandise order in the storage medium.
  • the display screen of the server may be a liquid crystal display or an electronic ink display.
  • the input device may be a touch layer covered on the display screen, or may be a button, a trackball or a touchpad provided on the terminal housing, or may be an external device. Keyboard, trackpad or mouse.
  • the network interface of the server is used to communicate with an external terminal via a network connection, such as receiving a request sent by the terminal and returning data to the terminal.
  • the server can be implemented with a stand-alone server or a server cluster consisting of multiple servers.
  • the storage medium may be a magnetic disk, an optical disk, or a read-only storage memory (Read-Only) Memory, ROM), etc.

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Abstract

一种商品订单的生成方法、装置和系统，所述方法包括：根据订购信息和商品信息生成商品电子交易凭证(300)；根据商品电子交易凭证生成包含交易内容的生产订单(400)。上述商品订单的生成方法、装置和系统，通过根据订购信息生成生产订单，基于订购信息的大量数据做出分析，有目的地、有方向性的生产，优化资源整合，提高生产效率，降低生产成本。

Description

商品订单的生成方法、装置和系统
【技术领域】
本发明涉及电子商务技术领域，特别是涉及一种商品订单的生成方法、装置和系统。
【背景技术】
目前，市场上流通的商品一般都是厂家根据研发情况以及销售情况主动生产的，然后再通过直销或分销的方式将商品在市场上进行销售。购买者通常只能选择厂家已经生产出来的商品进行购买。
随着网络技术的发展，电子商务也在不断发展，传统商品所使用的各种实物也被图片、文字等电子化取代，消费者可选择购买商品的种类也越来越广泛。然而，依然无法解决购买者只能选择厂家已经生产出来的商品进行购买的问题，消费者无法根据自己的意愿定制所需购买的商品，个性化需求得不到满足。这样的结果是，生产厂家生产的部分商品往往得不到消费者青睐，使得这些商品堆积严重，给生产厂家造成库存压力，造成生产厂家的成本上升。
【发明内容】
基于此，有必要针对购物过程中购买者无法根据自己的意愿定制所需购买的商品，个性化需求得不到满足的问题，提供一种商品订单的生成方法、装置和系统、计算机存储介质，能满足购物过程中的个性化需求。
一种商品订单的生成方法，包括：
根据订购信息和商品信息生成商品电子交易凭证；
根据商品电子交易凭证生成包含交易内容的生产订单。
在一个实施例中，所述根据订购信息和商品信息生成商品电子交易凭证的步骤之前包括：
提供商品的标准化的需求信息；
接收订购指令，根据订购指令选择至少一个需求信息生成订购信息。
在一个实施例中，所述根据订购信息和商品信息生成商品电子交易凭证的步骤之后包括：
将所述商品电子交易凭证发送至销售端；
根据交易指令确定一个或多个销售端为成交端，并根据交易指令和所述成交端更新所述商品电子交易凭证。
在一个实施例中，所述将所述商品电子交易凭证发送至销售端的步骤之前包括：
预存所述商品电子交易凭证，采用第一密钥对所述商品电子交易凭证进行加密获得待发送的第一加密数据，采用第二密钥对所述第一密钥进行加密获得待发送的第二加密数据。
在一个实施例中，所述将所述商品电子交易凭证发送至销售端的步骤之后包括：
采用第二密钥对第二加密数据解密获得第一密钥，采用第一密钥对第一加密数据解密获得商品电子交易凭证；
将解密获得的商品电子交易凭证和预存的商品电子交易凭证进行对比校验，如相同，则对比校验通过，否则对比校验失败。
一种商品订单的生成装置，包括：
凭证生成模块，用于根据订购信息和商品信息生成商品电子交易凭证；
订单生成模块，用于根据商品电子交易凭证生成包含交易内容的生产订单。
在一个实施例中，所述凭证生成模块包括：
提供需求单元，用于提供商品的标准化的需求信息；
接收订购单元，用于接收订购指令，根据订购指令选择至少一个需求信息生成订购信息。
在一个实施例中，还包括：
发送模块，用于将所述商品电子交易凭证发送至销售端；
交易模块，用于根据交易指令确定一个或多个销售端为成交端，并根据交易指令和所述成交端更新所述商品电子交易凭证。
在一个实施例中，还包括：
加密模块，用于预存所述商品电子交易凭证，采用第一密钥对所述商品电子交易凭证进行加密获得待发送的第一加密数据，采用第二密钥对所述第一密钥进行加密获得待发送的第二加密数据。
在一个实施例中，还包括：
解密模块，用于采用第二密钥对第二加密数据解密获得第一密钥，采用第一密钥对第一加密数据解密获得商品电子交易凭证；
校验模块，用于将解密获得的商品电子交易凭证和预存的商品电子交易凭证进行对比校验，如相同，则对比校验通过，否则对比校验失败。
一种商品订单的生成系统，包括通过网络相互连接的凭证生成服务器和订单生成服务器；
所述凭证生成服务器用于根据订购信息和商品信息生成商品电子交易凭证；
所述订单生成服务器用于根据商品电子交易凭证生成包含交易内容的生产订单。
在一个实施例中，所述凭证生成服务器还用于提供商品的标准化的需求信息，并用于接收订购指令，根据订购指令选择至少一个需求信息生成订购信息。
在一个实施例中，还包括通过网络与凭证生成服务器、订单生成服务器连接的发送服务器和交易服务器；
所述发送服务器用于将所述商品电子交易凭证发送至销售端；
所述交易服务器用于根据交易指令确定一个或多个销售端为成交端，并根据交易指令和所述成交端更新所述商品电子交易凭证。
在一个实施例中，还包括通过网络与凭证生成服务器、订单生成服务器连接的加密服务器；
所述加密服务器用于预存所述商品电子交易凭证，采用第一密钥对所述商品电子交易凭证进行加密获得待发送的第一加密数据，采用第二密钥对所述第一密钥进行加密获得待发送的第二加密数据。
在一个实施例中，还包括通过网络与凭证生成服务器、订单生成服务器连接的解密服务器和校验服务器；
所述解密服务器用于采用第二密钥对第二加密数据解密获得第一密钥，采用第一密钥对第一加密数据解密获得商品电子交易凭证；
所述校验服务器用于将解密获得的商品电子交易凭证和预存的商品电子交易凭证进行对比校验，如相同，则对比校验通过，否则对比校验失败。
一个或多个包含计算机可执行指令的计算机存储介质，所述计算机可执行指令用于执行一种商品订单的生成方法，所述方法包括以下步骤：
根据订购信息和商品信息生成商品电子交易凭证；
根据商品电子交易凭证生成包含交易内容的生产订单。
在一个实施例中，所述根据订购信息和商品信息生成商品电子交易凭证的步骤之前包括：
提供商品的标准化的需求信息；
接收订购指令，根据订购指令选择至少一个需求信息生成订购信息。
在一个实施例中，所述根据订购信息和商品信息生成商品电子交易凭证的步骤之后包括：
将所述商品电子交易凭证发送至销售端；
根据交易指令确定一个或多个销售端为成交端，并根据交易指令和所述成交端更新所述商品电子交易凭证。
在一个实施例中，所述将所述商品电子交易凭证发送至销售端的步骤之前包括：
预存所述商品电子交易凭证，采用第一密钥对所述商品电子交易凭证进行加密获得待发送的第一加密数据，采用第二密钥对所述第一密钥进行加密获得待发送的第二加密数据。
在一个实施例中，所述将所述商品电子交易凭证发送至销售端的步骤之后包括：
采用第二密钥对第二加密数据解密获得第一密钥，采用第一密钥对第一加密数据解密获得商品电子交易凭证；
将解密获得的商品电子交易凭证和预存的商品电子交易凭证进行对比校验，如相同，则对比校验通过，否则对比校验失败。
上述商品订单的生成方法、装置和系统，通过根据订购信息生成生产订单，基于订购信息的大量数据做出分析，有目的地、有方向性的生产，优化资源整合，提高生产效率，降低生产成本。
【附图说明】
图1为一个实施例中商品订单的生成系统的架构框图；
图2为一个实施例中商品订单的生成方法的流程图；
图3为一个实施例的商品订单的生成装置的结构框图；
图4为另一个实施例中商品订单的生成装置的结构框图；
图5为一个实施例中凭证生成模块的内部结构框图；
图6为一个实施例中服务器的内部结构示意图。
【具体实施方式】
为了使本发明的目的、技术方案及优点更加清楚明白，以下结合附图及实施例，对本发明进行进一步详细说明。应当理解，此处所描述的具体实施例仅仅用以解释本发明，并不用于限定本发明。
图1为一个较佳实施例中商品订单的生成系统的架构框图，如图1所示，一种商品订单的生成系统包括通过网络相互连接的凭证生成服务器110、订单生成服务器120、发送服务器130、交易服务器140、加密服务器150、解密服务器160和校验服务器170；其中，凭证生成服务器110、订单生成服务器120、发送服务器130、交易服务器140、加密服务器150、解密服务器160和校验服务器170通过局域网相连，并通过防火墙180与因特网190连接。
所述凭证生成服务器110用于根据订购信息和商品信息生成商品电子交易凭证。
在一个实施例中，例如商品信息包括：收款信息、厂商信息、保险信息、物流信息、商品属性信息和商品交易规则信息。例如，商品信息包括产品名称、产品规格、认证信息、收款信息、厂商信息、保险信息、物流信息、产品属性信息和/或商品交易规则信息等。
其中，收款信息记录内容包括收款银行、收款人、收款账号和收款状态等信息；
厂商信息记录内容为商品提供者信息，例如生产厂商名称、联系电话和地址等，必要时还可以包括提供该商品的代理商信息；
保险信息为对所述商品提供者所提供的商品进行承保的保险公司相关信息；
物流信息包括收货地址、收货人联系方式、配送信息等；
商品属性信息动态记录商品归属，如当商品电子交易凭证生成时，商品归属人为生产厂家或代理商，商品销售时，商品归属销售端，当商品交易后，商品归属人为消费者；
商品交易规则信息定义消费者在与商品提供者在交易过程中的各个规则细节；
例如，凭证生成服务器110将收款信息、厂商信息、保险信息、物流信息、商品属性信息、商品交易规则信息及其他与商品相关的信息作为商品信息，并根据商品信息生成作为商品唯一标识的商品电子交易凭证，商品电子交易凭证为商品流通和交易的凭证，商品电子交易凭证对应一个商品，或一类商品，商品可以是有形的商品，也可以是无形的服务；商品电子交易凭证可以是二维码形式展现，或以网址链接展现，消费者通过扫描二维码或通过浏览器打开网址链接而打开商品电子交易凭证，从而查看商品信息。例如，商品电子交易凭证包括一网址、图片或者二维码，其存储所对应的商品信息，又如，商品电子交易凭证包括一图片形式的二维码。又如，商品电子交易凭证包括商品信息简介及购买连接。
例如，商品电子交易凭证在生成后，凭证生成服务器110根据商品电子交易凭证生成一个商品电子交易凭证正本，并生成一个或多个商品电子交易凭证副本，商品电子交易凭证正本保存于凭证生成服务器110，作为具有最终有效凭证，商品电子交易凭证副本分发至销售端，消费者可以通过商品电子交易凭证副本查看商品信息；例如，商品电子交易凭证正本与商品电子交易凭证副本的商品信息根据销售状态实时同步；为保障交易安全，例如商品电子交易凭证正本记录包括商品信息的所有信息，商品电子交易凭证副本记录商品信息中的厂商信息、保险信息和商品属性信息。
在一个实施例中，凭证生成服务器110由银行建立，可保证商品信息的准确性，银行的介入保证交易过程更为公正，银行从商品提供者如生产厂商或代理商获取商品信息，银行通过凭证生成服务器110将商品信息生成商品电子交易凭证。
在一个实施例中，所述凭证生成服务器110还用于提供商品的标准化的需求信息，并用于接收订购指令，根据订购指令选择至少一个需求信息生成订购信息。
标准化的需求信息如商品的属性，比如颜色、尺寸、材质和形状等，生产厂家可将商品的属性拆分成与需求信息对应的标准化的需求信息，在销售端提供商品的标准化的需求信息；消费者通过销售端发出订购信息，凭证生成服务器110接收订购指令，并根据订购指令选择一个或多个需求信息生成订购信息；例如，凭证生成服务器110选择多个需求信息，多个需求信息对应商品的不同属性，凭证生成服务器110将多个需求信息组合或分别组合，获得不同的订购信息。
例如，消费者通过网页或者下载APP登陆，将所需要购买的商品的订购信息和商品信息通过网络发送至凭证生成服务器110，凭证生成服务器110根据消费者的订购信息商品电子交易凭证。
所述订单生成服务器120用于根据商品电子交易凭证生成包含交易内容的生产订单。
生产订单中包含交易内容、商品信息和订购信息，订购信息包含需求信息。
在一个实施例中，订单生成服务器120解析多个需求信息，根据需求信息中商品的属性进行排序，例如，杯子的颜色属性，蓝色杯子需求信息最多，依次是红色、绿色，厂家可根据排序结果进行优先生产和备货。
在一个实施例中，订单生成服务器120生成生产订单后，将生产订单发送至生产厂商，指导生产厂商生产和备货。
所述发送服务器130用于将所述商品电子交易凭证发送至销售端。
发送服务器130将商品电子交易凭证发送至销售端，在一个实施例中，销售端包括网络中间商、分布式电商，网络中间商作为商品电子交易凭证的中间集散地，网络中间商可以是虚拟网络实体或网络渠道，网络中间商设置中间电子仓库，中间电子仓库用于暂存商品电子交易凭证，或提供商品电子交易凭证转发服务，分布式电商可从中间电子仓库获得商品电子交易凭证的库存信息；分布式电商为销售商户，分布式电商通过注册获得销售资格；
在一个实施例中，发送服务器130将不同的商品提供者的商品电子交易凭证发送至虚拟网络实体，或由虚拟网络实体从发送服务器130下载商品电子交易凭证，分布式电商可根据订购情况向虚拟网络实体提出进货需求，虚拟网络实体将相应的商品电子交易凭证发送至分布式电商；在另一个实施例中，发送服务器130可将不同的商品提供者的商品电子交易凭证发送至分布式电商，减少中间流通环节，提高效率。
在一个实施例中，发送服务器130还用于根据订购信息将所述商品电子交易凭证发送至销售端，获取所述销售端的终端标识；根据所述销售端的终端标识更新所述商品电子交易凭证。
例如，消费者通过销售端订购商品，发送服务器130根据订购信息将商品电子交易凭证发送至消费者订购商品对应的销售端。
终端标识是销售端的唯一识别信息，不同的销售端具有不同的终端标识，例如，发送服务器130将商品电子交易凭证分发至虚拟网络实体后，获取虚拟网络实体的终端标识，将虚拟网络实体的终端标识写入商品电子交易凭证，更新商品电子交易凭证的商品属性信息，当商品电子交易凭证转发至分布式电商，获取分布式电商的终端标识，将分布式电商的终端标识写入商品电子交易凭证的商品属性信息，更新商品电子交易凭证，这样，通过查看商品电子交易凭证可得知此时商品电子交易凭证位于哪个流通环节，同时也可统计虚拟网络实体的中间电子仓库的库存，以及分布式电商的货架的库存。
所述交易服务器140用于根据交易指令确定一个或多个销售端为成交端，并根据交易指令和所述成交端更新所述商品电子交易凭证。
例如接收交易指令，获取购买信息，根据交易指令确定一个或多个销售端为网络成交端，获取所述网络成交端的终端标识；将所述购买信息和所述网络成交端的终端标识写入所述商品电子交易凭证。
在一个实施例中，消费者通过浏览器或手机APP登陆，订购相应的商品，并在生成的商品电子交易凭证上确认购买后，消费者填写收货地址、联系方式等信息，交易成功后，交易服务器140获取消费者的注册账号，将消费者的注册账号信息写入商品电子交易凭证的商品属性信息，并将收货地址、联系方式写入商品电子交易凭证的物流信息，并根据消费者的付款记录更新收款信息，商品提供者根据商品电子交易凭证的状态发货，并将发货的物流信息写入商品电子交易凭证的物流信息，供消费者查看，例如购买成功后，商品电子交易凭证与消费者的注册帐号关联，此时只有购买了商品的消费者才可查看对应的商品电子交易凭证，其他消费者无法查看该商品电子交易凭证；同时交易服务器140将消费者购买商品的分布式电商做为网络成交端，将网络成交端的终端标识写入商品电子交易凭证，商品提供者可根据成交的商品电子交易凭证的终端标识与分布式电商进行结算。
所述加密服务器150用于预存所述商品电子交易凭证，采用第一密钥对所述商品电子交易凭证进行加密获得待发送的第一加密数据，采用第二密钥对所述第一密钥进行加密获得待发送的第二加密数据。
例如，将商品电子交易凭证预存至加密服务器150或凭证生成服务器110或数据库，采用随机生成的AES密钥对商品电子交易凭证信息进行AES加密，得到第一加密数据；采用ECC系统公钥对所述随机生成的AES密钥进行ECC加密，得到第二加密数据；加密服务器150存储商品电子交易凭证和用于加密商品电子交易凭证的密钥，提供验证；例如，还可以对收款人账号信息、商品金额、交易规则等重要数据信息进行ECC加密。
通过对商品电子交易凭证和AES密钥分别加密，并将加密后的数据打包发送至销售端。
通过加密后传送商品电子交易凭证和AES密钥，保证数据安全性，防止数据被窃密，防止商品电子交易凭证被伪造，保障商品提供者和消费者的权益。
所述解密服务器160用于采用第二密钥对第二加密数据解密获得第一密钥，采用第一密钥对第一加密数据解密获得商品电子交易凭证。
当虚拟网络实体和分布式电商接收到商品电子交易凭证的加密文件后后，对加密文件进行解密，从而获得商品电子交易凭证。例如，采用ECC系统公钥对第二加密数据解密获得AES密钥，采用解密获得的AES密钥对第一加密数据解密获得商品电子交易凭证。
所述校验服务器170用于将解密获得的商品电子交易凭证和预存的商品电子交易凭证进行对比校验，如相同，则对比校验通过，否则对比校验失败。
校验服务器170将解密获得的商品电子交易凭证和预存的商品电子交易凭证进行比对校验，如相同，则比对校验通过，继续后续操作，否则比对校验失败，生成报警信号。销售端可通过校验结果获知商品电子交易凭证是否真实、准确。
上述商品订单的生成系统，通过根据订购信息生成生产订单，基于订购信息的大量数据做出分析，有目的地、有方向性的生产，优化资源整合，提高生产效率，降低生产成本，且可有效防止交易数据被窃、防止数据伪造。
图2为一个较佳实施例中商品订单的生成方法的流程图。图2描述了商品订单的生成方法。如图2所示，该方法包括：
步骤100，提供商品的标准化的需求信息。
步骤200，接收订购指令，根据订购指令选择至少一个需求信息生成订购信息。
标准化的需求信息如商品的属性，比如颜色、尺寸、材质和形状等，生产厂家可将商品的属性拆分成与需求信息对应的标准化的需求信息，在销售端提供商品的标准化的需求信息；基于消费者在销售端选择或输入的需求信息，根据订购指令选择一个或多个需求信息生成订购信息；例如，选择多个需求信息，多个需求信息对应商品的不同属性，将多个需求信息组合或分别组合，获得不同的订购信息。
步骤300，根据订购信息和商品信息生成商品电子交易凭证。
在一个实施例中，例如商品信息包括：收款信息、厂商信息、保险信息、物流信息、商品属性信息和商品交易规则信息。例如，商品信息包括产品名称、产品规格、认证信息、收款信息、厂商信息、保险信息、物流信息、产品属性信息和/或商品交易规则信息等。
其中，收款信息记录内容包括收款银行、收款人、收款账号和收款状态等信息；
厂商信息记录内容为商品提供者信息，例如生产厂商名称、联系电话和地址等，必要时还可以包括提供该商品的代理商信息；
保险信息为对所述商品提供者所提供的商品进行承保的保险公司相关信息；
物流信息包括收货地址、收货人联系方式、配送信息等；
商品属性信息动态记录商品归属，如当商品电子交易凭证生成时，商品归属人为生产厂家或代理商，商品销售时，商品归属销售端，当商品交易后，商品归属人为消费者；
商品交易规则信息定义消费者在与商品提供者在交易过程中的各个规则细节；
例如，将收款信息、厂商信息、保险信息、物流信息、商品属性信息、商品交易规则信息及其他与商品相关的信息作为商品信息，并根据商品信息生成作为商品唯一标识的商品电子交易凭证，商品电子交易凭证为商品流通和交易的凭证，商品电子交易凭证对应一个商品，或一类商品，商品可以是有形的商品，也可以是无形的服务；商品电子交易凭证可以是二维码形式展现，或以网址链接展现，消费者通过扫描二维码或通过浏览器打开网址链接而打开商品电子交易凭证，从而查看商品信息。例如，商品电子交易凭证包括一网址、图片或者二维码，其存储所对应的商品信息，又如，商品电子交易凭证包括一图片形式的二维码。又如，商品电子交易凭证包括商品信息简介及购买连接。
例如，商品电子交易凭证在生成后，根据商品电子交易凭证生成一个商品电子交易凭证正本，并生成一个或多个商品电子交易凭证副本，将商品电子交易凭证正本保存，作为具有最终有效凭证，商品电子交易凭证副本分发至销售端，消费者可以通过商品电子交易凭证副本查看商品信息；例如，商品电子交易凭证正本与商品电子交易凭证副本的商品信息根据销售状态实时同步；为保障交易安全，例如商品电子交易凭证正本记录包括商品信息的所有信息，商品电子交易凭证副本记录商品信息中的厂商信息、保险信息和商品属性信息。
步骤400，根据商品电子交易凭证生成包含交易内容的生产订单。
生产订单中包含交易内容、商品信息和订购信息，订购信息包含需求信息。
在一个实施例中，解析多个需求信息，根据需求信息中商品的属性进行排序，例如，杯子的颜色属性，蓝色杯子需求信息最多，依次是红色、绿色，厂家可根据排序结果进行优先生产和备货。
在一个实施例中，生成生产订单后，将生产订单发送至生产厂商，指导生产厂商生产和备货。
步骤500，预存所述商品电子交易凭证，采用第一密钥对所述商品电子交易凭证进行加密获得待发送的第一加密数据，采用第二密钥对所述第一密钥进行加密获得待发送的第二加密数据。
例如，将商品电子交易凭证预存，采用随机生成的AES密钥对商品电子交易凭证信息进行AES加密，得到第一加密数据；采用ECC系统公钥对所述随机生成的AES密钥进行ECC加密，得到第二加密数据；预存商品电子交易凭证，提供验证；例如，还可以对收款人账号信息、商品金额、交易规则等重要数据信息进行ECC加密。
通过对商品电子交易凭证和AES密钥分别加密，并将加密后的数据打包发送至销售端。
通过加密后传送商品电子交易凭证和AES密钥，保证数据安全性，防止数据被窃密，防止商品电子交易凭证被伪造，保障商品提供者和消费者的权益。
步骤600，将所述商品电子交易凭证发送至销售端。
例如，将上述步骤中经过加密的商品电子交易凭证发送至销售端，例如，将第一加密数据和第二加密数据打包发送至销售端。
在一个实施例中，销售端包括网络中间商、分布式电商，网络中间商作为商品电子交易凭证的中间集散地，网络中间商可以是虚拟网络实体或网络渠道，网络中间商设置中间电子仓库，中间电子仓库用于暂存商品电子交易凭证，或提供商品电子交易凭证转发服务，分布式电商可从中间电子仓库获得商品电子交易凭证的库存信息；分布式电商为销售商户，分布式电商通过注册获得销售资格；
在一个实施例中，将不同的商品提供者的商品电子交易凭证发送至虚拟网络实体，或由虚拟网络实体下载商品电子交易凭证，分布式电商可根据订购情况向虚拟网络实体提出进货需求，虚拟网络实体将相应的商品电子交易凭证发送至分布式电商；在另一个实施例中，可将不同的商品提供者的商品电子交易凭证发送至分布式电商，减少中间流通环节，提高效率。
在一个实施例中，根据订购信息将所述商品电子交易凭证发送至销售端，获取所述销售端的终端标识；根据所述销售端的终端标识更新所述商品电子交易凭证。
例如，消费者通过销售端订购商品，根据订购信息将商品电子交易凭证发送至消费者订购商品对应的销售端。
终端标识是销售端的唯一识别信息，不同的销售端具有不同的终端标识，例如，将商品电子交易凭证分发至虚拟网络实体后，获取虚拟网络实体的终端标识，将虚拟网络实体的终端标识写入商品电子交易凭证，更新商品电子交易凭证的商品属性信息，当商品电子交易凭证转发至分布式电商，获取分布式电商的终端标识，将分布式电商的终端标识写入商品电子交易凭证的商品属性信息，更新商品电子交易凭证，这样，通过查看商品电子交易凭证可得知此时商品电子交易凭证位于哪个流通环节，同时也可统计虚拟网络实体的中间电子仓库的库存，以及分布式电商的货架的库存。
步骤700，采用第二密钥对第二加密数据解密获得第一密钥，采用第一密钥对第一加密数据解密获得商品电子交易凭证。
当虚拟网络实体和分布式电商接收到商品电子交易凭证的加密文件后后，对加密文件进行解密，从而获得商品电子交易凭证。例如，采用ECC系统公钥对第二加密数据解密获得AES密钥，采用解密获得的AES密钥对第一加密数据解密获得商品电子交易凭证。
步骤800，将解密获得的商品电子交易凭证和预存的商品电子交易凭证进行对比校验，如相同，则对比校验通过，否则对比校验失败。
在一个实施例中，将解密获得的商品电子交易凭证和预存的商品电子交易凭证进行比对校验，如相同，则比对校验通过，继续后续操作，否则比对校验失败，生成报警信号。销售端可通过校验结果获知商品电子交易凭证是否真实、准确。
步骤900，根据交易指令确定一个或多个销售端为成交端，并根据交易指令和所述成交端更新所述商品电子交易凭证。
例如接收交易指令，获取购买信息，根据交易指令确定一个或多个销售端为网络成交端，获取所述网络成交端的终端标识；将所述购买信息和所述网络成交端的终端标识写入所述商品电子交易凭证。
在一个实施例中，消费者通过浏览器或手机APP登陆，订购相应的商品，并在生成的商品电子交易凭证上确认购买后，消费者填写收货地址、联系方式等信息，交易成功后，获取消费者的注册账号，将消费者的注册账号信息写入商品电子交易凭证的商品属性信息，并将收货地址、联系方式写入商品电子交易凭证的物流信息，并根据消费者的付款记录更新收款信息，商品提供者根据商品电子交易凭证的状态发货，并将发货的物流信息写入商品电子交易凭证的物流信息，供消费者查看，例如购买成功后，商品电子交易凭证与消费者的注册帐号关联，此时只有购买了商品的消费者才可查看对应的商品电子交易凭证，其他消费者无法查看该商品电子交易凭证；同时将消费者购买商品的分布式电商做为网络成交端，将网络成交端的终端标识写入商品电子交易凭证，商品提供者可根据成交的商品电子交易凭证的终端标识与分布式电商进行结算。
上述商品订单的生成方法，通过根据订购信息生成生产订单，基于订购信息的大量数据做出分析，有目的地、有方向性的生产，优化资源整合，提高生产效率，降低生产成本，且可有效防止交易数据被窃、防止数据伪造。
图3为一个较佳实施例的商品订单的生成装置的结构框图。如图3所示，一种商品订单的生成装置，应用于网络购物中商品的验证，包括：凭证生成模块410和订单生成模块420。其中：
凭证生成模块410用于根据订购信息和商品信息生成商品电子交易凭证；
订单生成模块420用于根据商品电子交易凭证生成包含交易内容的生产订单。
图4为另一个实施例中商品订单的生成装置的结构框图。如图4所示，一种商品订单的生成装置，包括：凭证生成模块410、订单生成模块420、加密模块430、发送模块440、解密模块450、校验模块460和交易模块470。其中：
加密模块430用于预存所述商品电子交易凭证，采用第一密钥对所述商品电子交易凭证进行加密获得待发送的第一加密数据，采用第二密钥对所述第一密钥进行加密获得待发送的第二加密数据。
发送模块440用于将所述商品电子交易凭证发送至销售端。
解密模块450用于采用第二密钥对第二加密数据解密获得第一密钥，采用第一密钥对第一加密数据解密获得商品电子交易凭证；
校验模块460用于将解密获得的商品电子交易凭证和预存的商品电子交易凭证进行对比校验，如相同，则对比校验通过，否则对比校验失败。
交易模块470用于根据交易指令确定一个或多个销售端为成交端，并根据交易指令和所述成交端更新所述商品电子交易凭证。
图5为一个较佳实施例中凭证生成模块410的内部结构框图。如图5所示，凭证生成模块410包括提供需求单元510、接收订购单元520。其中：
提供需求单元510，用于提供商品的标准化的需求信息；
接收订购单元520，用于接收订购指令，根据订购指令选择至少一个需求信息生成订购信息。
上述商品订单的生成装置，通过根据订购信息生成生产订单，基于订购信息的大量数据做出分析，有目的地、有方向性的生产，优化资源整合，提高生产效率，降低生产成本，且可有效防止交易数据被窃、防止数据伪造。
图6为一个实施例中服务器的内部结构示意图。如图6所示，该服务器包括通过系统总线连接的处理器、存储介质、内存、显示屏、输入装置和网络接口。其中，该服务器的存储介质存储有操作系统、数据库和商品订单的生成装置，数据库中存储生产订单、商品电子交易凭证、密钥、及校验数据等，该商品订单的生成装置用于实现商品订单的生成方法。该服务器的处理器用于提供计算和控制能力，支撑整个服务器的运行。该服务器的内存为存储介质中的商品订单的生成装置的运行提供环境。该服务器的显示屏可以是液晶显示屏或者电子墨水显示屏等，输入装置可以是显示屏上覆盖的触摸层，也可以是终端外壳上设置的按键、轨迹球或触控板，也可以是外接的键盘、触控板或鼠标等。该服务器的网络接口用于据以与外部的终端通过网络连接通信，比如接收终端发送的请求以及向终端返回数据等。服务器可以用独立的服务器或者是多个服务器组成的服务器集群来实现。
本领域普通技术人员可以理解实现上述实施例方法中的全部或部分流程，是可以通过计算机程序来指令相关的硬件来完成，所述的程序可存储于一非易失性计算机可读取存储介质中，该程序在执行时，可包括如上述各方法的实施例的流程。其中，所述的存储介质可为磁碟、光盘、只读存储记忆体（Read-Only Memory，ROM）等。
以上所述实施例仅表达了本发明的几种实施方式，其描述较为具体和详细，但并不能因此而理解为对本发明专利范围的限制。应当指出的是，对于本领域的普通技术人员来说，在不脱离本发明构思的前提下，还可以做出若干变形和改进，这些都属于本发明的保护范围。因此，本发明专利的保护范围应以所附权利要求为准。

Claims (15)

  1. 一种商品订单的生成方法，其特征在于，包括：
    根据订购信息和商品信息生成商品电子交易凭证；
    根据商品电子交易凭证生成包含交易内容的生产订单。
  2. 根据权利要求1所述的商品订单的生成方法，其特征在于，所述根据订购信息和商品信息生成商品电子交易凭证的步骤之前包括：
    提供商品的标准化的需求信息；
    接收订购指令，根据订购指令选择至少一个需求信息生成订购信息。
  3. 根据权利要求1所述的商品订单的生成方法，其特征在于，所述根据订购信息和商品信息生成商品电子交易凭证的步骤之后包括：
    将所述商品电子交易凭证发送至销售端；
    根据交易指令确定一个或多个销售端为成交端，并根据交易指令和所述成交端更新所述商品电子交易凭证。
  4. 根据权利要求3所述的商品订单的生成方法，其特征在于，所述将所述商品电子交易凭证发送至销售端的步骤之前包括：
    预存所述商品电子交易凭证，采用第一密钥对所述商品电子交易凭证进行加密获得待发送的第一加密数据，采用第二密钥对所述第一密钥进行加密获得待发送的第二加密数据。
  5. 根据权利要求4所述的商品订单的生成方法，其特征在于，所述将所述商品电子交易凭证发送至销售端的步骤之后包括：
    采用第二密钥对第二加密数据解密获得第一密钥，采用第一密钥对第一加密数据解密获得商品电子交易凭证；
    将解密获得的商品电子交易凭证和预存的商品电子交易凭证进行对比校验，如相同，则对比校验通过，否则对比校验失败。
  6. 一种商品订单的生成装置，其特征在于，包括：
    凭证生成模块，用于根据订购信息和商品信息生成商品电子交易凭证；
    订单生成模块，用于根据商品电子交易凭证生成包含交易内容的生产订单。
  7. 根据权利要求6所述的商品订单的生成装置，其特征在于，所述凭证生成模块包括：
    提供需求单元，用于提供商品的标准化的需求信息；
    接收订购单元，用于接收订购指令，根据订购指令选择至少一个需求信息生成订购信息。
  8. 根据权利要求6所述的商品订单的生成装置，其特征在于，还包括：
    发送模块，用于将所述商品电子交易凭证发送至销售端；
    交易模块，用于根据交易指令确定一个或多个销售端为成交端，并根据交易指令和所述成交端更新所述商品电子交易凭证。
  9. 根据权利要求8所述的商品订单的生成装置，其特征在于，还包括：
    加密模块，用于预存所述商品电子交易凭证，采用第一密钥对所述商品电子交易凭证进行加密获得待发送的第一加密数据，采用第二密钥对所述第一密钥进行加密获得待发送的第二加密数据。
  10. 根据权利要求9所述的商品订单的生成装置，其特征在于，还包括：
    解密模块，用于采用第二密钥对第二加密数据解密获得第一密钥，采用第一密钥对第一加密数据解密获得商品电子交易凭证；
    校验模块，用于将解密获得的商品电子交易凭证和预存的商品电子交易凭证进行对比校验，如相同，则对比校验通过，否则对比校验失败。
  11. 一种商品订单的生成系统，其特征在于，包括通过网络相互连接的凭证生成服务器和订单生成服务器；
    所述凭证生成服务器用于根据订购信息和商品信息生成商品电子交易凭证；
    所述订单生成服务器用于根据商品电子交易凭证生成包含交易内容的生产订单。
  12. 根据权利要求11所述的商品订单的生成系统，其特征在于，所述凭证生成服务器还用于提供商品的标准化的需求信息，并用于接收订购指令，根据订购指令选择至少一个需求信息生成订购信息。
  13. 根据权利要求11所述的商品订单的生成系统，其特征在于，还包括通过网络与凭证生成服务器、订单生成服务器连接的发送服务器和交易服务器；
    所述发送服务器用于将所述商品电子交易凭证发送至销售端；
    所述交易服务器用于根据交易指令确定一个或多个销售端为成交端，并根据交易指令和所述成交端更新所述商品电子交易凭证。
  14. 根据权利要求13所述的商品订单的生成系统，其特征在于，还包括通过网络与凭证生成服务器、订单生成服务器连接的加密服务器；
    所述加密服务器用于预存所述商品电子交易凭证，采用第一密钥对所述商品电子交易凭证进行加密获得待发送的第一加密数据，采用第二密钥对所述第一密钥进行加密获得待发送的第二加密数据。
  15. 根据权利要求14所述的商品订单的生成系统，其特征在于，还包括通过网络与凭证生成服务器、订单生成服务器连接的解密服务器和校验服务器；
    所述解密服务器用于采用第二密钥对第二加密数据解密获得第一密钥，采用第一密钥对第一加密数据解密获得商品电子交易凭证；
    所述校验服务器用于将解密获得的商品电子交易凭证和预存的商品电子交易凭证进行对比校验，如相同，则对比校验通过，否则对比校验失败。
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