WO2020034624A1 - 一种基于区块链的商品交易方法 - Google Patents

一种基于区块链的商品交易方法 Download PDF

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WO2020034624A1
WO2020034624A1 PCT/CN2019/077109 CN2019077109W WO2020034624A1 WO 2020034624 A1 WO2020034624 A1 WO 2020034624A1 CN 2019077109 W CN2019077109 W CN 2019077109W WO 2020034624 A1 WO2020034624 A1 WO 2020034624A1
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commodity
information
product
subsystem
platform
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French (fr)
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齐爱民
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齐爱民
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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
    • G06Q30/06—Buying, selling or leasing transactions
    • G06Q30/0601—Electronic shopping [e-shopping]
    • G06Q30/0641—Shopping interfaces
    • 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
    • G06Q30/018—Certifying business or products
    • G06Q30/0185—Product, service or business identity fraud
    • 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
    • G06Q30/02—Marketing; Price estimation or determination; Fundraising
    • G06Q30/0281—Customer communication at a business location, e.g. providing product or service information, consulting
    • 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
    • G06Q30/06—Buying, selling or leasing transactions
    • 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
    • G06Q30/06—Buying, selling or leasing transactions
    • G06Q30/0601—Electronic shopping [e-shopping]
    • G06Q30/0611—Request for offers or quotes
    • 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
    • G06Q30/06—Buying, selling or leasing transactions
    • G06Q30/0601—Electronic shopping [e-shopping]
    • G06Q30/0633—Lists, e.g. purchase orders, compilation or processing
    • G06Q30/0635—Processing of requisition or of purchase orders

Definitions

  • the present invention relates to the field of commodity transactions, and in particular, to a commodity transaction method based on a blockchain.
  • E-commerce is a business activity centered on the exchange of goods by means of information network technology; it can also be understood as electronic transactions on the Internet, intranet, and value-added network (VAN).
  • Carrying out trading activities and related service activities is the electronic, networked, and informatized aspects of traditional business activities.
  • commodity transactions are generally completed through the BS system. Users use a browser to complete a series of links such as product selection, order placement, payment, seller delivery, and receipt confirmation.
  • the server-side program processes these user's operating.
  • the centralized platform can of course design a series of price calculation modes for merchants, such as a single price, such as the price of a combination of products, such as modifying the price based on the number of orders.
  • these calculation models are very limited, and the platform cannot cover everything, and design and implement ideal price calculation models for all businesses.
  • Patent No. 108109017A discloses a commodity transaction system based on a blockchain smart contract.
  • the system includes a buyer terminal, a seller terminal, and a blockchain.
  • the blockchain stores a smart contract.
  • the seller terminal chooses to set the price of the product.
  • the pricing model includes a fixed price model, a dynamic pricing model, and a sealed bidding model; the buyer terminal chooses to enter the corresponding commodity transaction process according to the pricing model of the product.
  • the knowledge of the commodity trading system removes the central words, but the commodity transaction is more complicated than the existing traditional browse and click purchase.
  • the buyer cannot select the product based on the browsing, and can only enter the required product to retrieve and purchase, which is very inconvenient and brings users It is very inconvenient to have a bad shopping experience, and at the same time, it is impossible to find the seller by identifying the product. In terms of commodity trading methods, it still cannot meet the needs of users.
  • the invention provides a blockchain-based commodity transaction method, which solves the technical problems of inconvenient blockchain commodity transactions and the inability to conduct offline to online promotion transactions.
  • a blockchain-based commodity transaction method includes the following steps.
  • Step 1 The seller uploads the product information to the blockchain transaction subsystem through the buyer client;
  • Step 2 The commodity display platform obtains the commodity information of the commodity trading subsystem from the blockchain trading subsystem and displays it;
  • Step 3 The buyer enters the product information through the buyer platform to find or select the desired product by browsing the product display platform;
  • Step 4 The buyer communicates the commodity transaction information with the buyer via the blockchain subsystem through the buyer platform;
  • Step 5 The two parties determine the purchase and sale, and the blockchain trading system transmits the commodity transaction information to the commodity display platform;
  • Step 6 The commodity display platform stores the commodity transaction information and transmits the order information to the identification code generation subsystem;
  • Step 7 The identification code generation subsystem generates an identification code and transmits it to the seller's platform; the seller prints the identification code and pastes the identification code for delivery;
  • Step 8 The user receives the goods to identify the identification code through the product identification code identification subsystem
  • Step 9 Forward the information through the third-party real-time communication system, or browse the product display platform directly.
  • the blockchain commodity transaction subsystem in step 1 includes several commodity industry transaction sub-chain systems.
  • the commodity industry transaction sub-chain system is connected to the seller platform, the buyer platform, and the commodity display platform.
  • a commodity industry transaction sub-chain system is used for Stores the product information and authenticity verification codes of the industry passed in from the seller's platform, and is used to complete the industry purchase and sale transactions.
  • step 7 The process of generating the product identification code by the identification code generation subsystem in step 7 is:
  • the platform product information is used as the first layer of security code information, and the product authenticity verification code is used as the second layer of security code information.
  • the product identification code identification subsystem in step 8 includes a code scanning identification module, a verification archive certification acquisition module, an information transmission module, and an information forwarding module.
  • the code scanning identification module and verification archive certification acquisition module are both connected to the information transmission module.
  • the information forwarding module is connected to a third-party real-time communication subsystem, and the code scanning identification module is configured to call a camera to scan the product identification code on the product, and parse and obtain the product authenticity verification code and platform product information of the product identification code And transmitting the authenticity verification code of the product to the information transmission module; the information transmission module is used to receive the authenticity verification code of the product from the scan code identification module, and transmit the authenticity verification code of the commodity to the blockchain commodity transaction subsystem
  • receive the archive certification instruction returned by the blockchain commodity transaction subsystem, and transmit the archive certification instruction to the verification archive certification acquisition module receive the file certificate passed in by the verification archive certification acquisition module, and pass it to the blockchain commodity transaction subsystem
  • the verification archive certification acquisition module is configured to receive an archive certification instruction from the information transmission module and
  • step 9 the product display platform obtains the data of the platform product information forwarded by the third-party real-time communication subsystem in real time, and statistics the data.
  • the forwarder receives a transaction reward.
  • the present invention uses a commodity display platform to combine with a blockchain commodity trading subsystem, so that when conducting a commodity transaction, it is possible to perform a peer-to-peer transaction on the blockchain system.
  • users can display through the commodity display platform
  • the product identification code is generated by the identification code generation subsystem.
  • the product identification code contains the authenticity verification code of the product and platform product information.
  • the authenticity verification code of the product can verify the authenticity of the product, and the platform product information can It is used by the third-party real-time communication subsystem for forwarding, so that users can conduct product transactions from offline to online, so that more users can understand the product information of the product display platform and purchase products.
  • FIG. 1 is a flowchart of the present invention.
  • the present invention is a commodity transaction method based on a blockchain, as shown in FIG. 1,
  • Step 1 The seller uploads the product information to the blockchain transaction subsystem through the buyer client.
  • Product information includes the name of the product, the price of the product, or the price range of the product and detailed information about the product. Upload the product images by the seller or the other party. This information is transmitted to the blockchain transaction subsystem for storage, and is generally transmitted to the industry transaction chain system for storage.
  • Step 2 The commodity display platform obtains the commodity information of the commodity trading subsystem from the blockchain trading subsystem and displays it.
  • the commodity display platform and the information obtained in the blockchain trading subsystem are real-time. Generally, it is sent every 5 minutes to request content. If there is new content in the blockchain trading subsystem, the new content is passed to the commodity. Display platform, when there is no new content, the feedback has no content update.
  • Step 3 The buyer enters the product information through the buyer platform to find or select the desired product by browsing the product display platform.
  • products are selected through a product display platform, because browsing will make users more able to receive and better integrate with existing shopping methods, making the user experience better.
  • the buyer enters the product information search through the buyer platform the information on the product display platform is retrieved and passed to the buyer platform, thereby reducing the data pressure of the blockchain transaction subsystem.
  • Step 4 The buyer communicates the commodity transaction information with the buyer via the blockchain subsystem through the buyer platform. Buyers and sellers communicate peer-to-peer through the blockchain system. Negotiations on prices and mailing methods are similar to existing offline transactions, which makes the user's shopping experience better.
  • Step 5 The two parties determine the purchase and sale, and the blockchain transaction system transmits the commodity transaction information to the commodity display platform. After the two parties have confirmed the transaction, the buyer remits the money to the account designated by the blockchain trading system, and the blockchain trading system transmits information such as the need for shipping to the commodity display platform.
  • Step 6 The commodity display platform stores commodity transaction information and transmits the order information to the identification code generation subsystem.
  • the merchandise display platform acts as a transit information platform to deliver information.
  • the identification code generation subsystem processes the order information and generates an identification code.
  • Step 7 The identification code generation subsystem generates an identification code and transmits it to the seller's platform; the seller prints the identification code and pastes the identification code for shipment.
  • Step 8 The user receives the goods and identifies the identification code through the product identification code identification subsystem.
  • Step 9 Forward the information through the third-party real-time communication system, or browse the product display platform directly.
  • the blockchain commodity transaction subsystem is connected to the seller platform, the buyer platform, and the commodity display platform.
  • the blockchain commodity transaction subsystem is used to store the commodity information passed in by the seller platform and pass the commodity information to the commodity display platform.
  • the seller's platform and buyer's platform to conduct buying and selling transactions and store the authenticity verification code of the product.
  • the seller's platform is connected to the product display platform.
  • the seller's platform is used for users to upload the product information that they need to sell, and pass it to the blockchain commodity transaction subsystem. At the same time, it is used to communicate transactions with buyers and manage the submitted product information.
  • the buyer's platform is connected to the merchandise display platform.
  • the buyer's platform is used to browse the merchandise, communicate with the buyer and complete the transaction of the merchandise; the input end of the identification code generation subsystem is connected to the merchandise display platform, and the output end is connected to the seller's platform.
  • the identification code generation subsystem is used to receive the commodity transaction order data, product authenticity verification code, and platform product information from the product display platform, and at the same time generate the product identification code from the product authenticity verification code and platform product information, and at the same time, the identification code Pass to seller platform.
  • the product identification code identification subsystem is used to identify and analyze the product identification code, obtain the authenticity verification code of the product and the verification code stored in the blockchain commodity transaction subsystem to verify and return the verification result.
  • the platform product information is obtained in real time through a third party.
  • the communication subsystem forwards the platform product information.
  • the third-party real-time communication subsystem is used to forward the platform product information obtained from the product identification code for users to browse and purchase products using the buyer platform.
  • the blockchain commodity transaction subsystem includes several commodity industry transaction sub-chain systems.
  • the commodity industry transaction sub-chain system is connected to the seller platform, the buyer platform, and the commodity display platform, and a commodity industry transaction sub-chain system is used to store the seller platform.
  • the incoming product information of the industry and the authenticity verification code of the product are used to complete the purchase and sale transactions in the industry.
  • the process of generating the product identification code by the identification code generation subsystem is:
  • the platform product information is used as the first layer of security code information, and the product authenticity verification code is used as the second layer of security code information.
  • the commodity identification code identification subsystem includes a code scanning identification module, a verification and archival certification acquisition module, an information transmission module, and an information forwarding module. Both the code scanning identification module and the verification and archival certification acquisition module are connected to the information transmission module.
  • the information forwarding module is connected to a third-party real-time communication subsystem.
  • the scan code recognition module is used to call the camera to scan the product identification code on the product, parse and obtain the product authenticity verification code and platform product information of the product identification code, and transmit the product authenticity verification code to the information transmission module; said information transmission
  • the module is used to receive the authenticity verification code of the product passed by the scan code identification module, and transmit the verification code of the authenticity of the product to the blockchain commodity transaction subsystem, receive the archived certification instruction returned by the blockchain commodity transaction subsystem, and The archive certification instruction is transmitted to the verification archive certification acquisition module, and the file certificate transmitted by the verification archive certification acquisition module is received and transmitted to the blockchain commodity transaction subsystem.
  • the verification archive certification acquisition module is used to receive the archive certification instructions transmitted by the information transmission module, and execute the archive certification instructions to call the camera to take pictures of the verified products to obtain photos, at the same time obtain the specific address and time of the verified products, and verify the specifics of the photos with the photos.
  • the address and time are sent to the blockchain commodity transaction subsystem through the information transmission module.
  • the information forwarding module is used to forward the platform product information to the third-party real-time communication subsystem.
  • the commodity display platform obtains the data of the platform product information forwarded by the third-party real-time communication subsystem in real time, and statistics the data. When the forwarded platform product information completes the commodity transaction, the forwarder receives a transaction reward.

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Abstract

本发明提供一种基于区块链的商品交易方法，属于商品交易领域，卖货方通过买方客户端把商品信息上传到区块链交易子系统。商品展示平台从区块链交易子系统中获取商品交易子系统的商品信息并展示。买方通过买方平台输入商品信息查找或者通过浏览商品展示平台选定需要的产品。买方通过买方平台经区块链子系统与买方进行沟通商品交易信息。双方确定买卖，区块链交易系统把商品交易信息传给商品展示平台。商品展示平台存储商品交易信息并把订单信息传给标识码生成子系统。标识码生成子系统生成标识码并传给卖方平台；卖方打印标识码贴标识码进行发货。用户收货通过商品标识码识别子系统对标识码进行识别。

Description

一种基于区块链的商品交易方法 技术领域
本发明涉及商品交易领域，特别是涉及一种基于区块链的商品交易方法。
背景技术
电子商务是以信息网络技术为手段，以商品交换为中心的商务活动；也可理解为在互联网(Internet)、企业内部网(Intranet)和增值网(VAN，Value Added Network)上以电子交易方式进行交易活动和相关服务的活动，是传统商业活动各环节的电子化、网络化、信息化。在目前传统的中心化系统中，商品交易一般通过BS系统来完成，用户使用浏览器完成商品选择、下订单、支付、卖家发货、收货确认这一系列环节，服务器端的程序处理这些用户的操作。然而在传统的中心化系统中，中心化平台固然可以为商家设计一系列价格计算模式，如单一价格，如商品组合价格，如根据订单数量修改价格等。但是，这些计算模式非常有限，平台不可能面面俱到，为所有商家设计实现理想的价格计算模型。
公布号为108109017A的专利公开了基于区块链智能合约的商品交易系统，系统包括买家终端、卖家终端、区块链，所述区块链存储智能合约，所述卖家终端选择设置商品的定价模式，定价模式包括固定价格模式、动态定价模式、密封竞拍模式；买家终端根据商品的定价模式，选择进入相对应的商品交易流程。该商品交易系统知识去掉中心话，但是商品交易与现有的传统浏览点击购买相比较复杂，买方不能根据浏览进行选择商品，只能输入需要的商品检索后进行购买，非常不方便，给用户带来不好的购物体验，同时也不能进行商品的标识进行找到卖家，非常不方便。在商品的交易方式方法上还是不能满足用户的需求。
发明内容
本发明提供一种基于区块链的商品交易方法，解决现有区块链商品交易不方便，同时不能线下到线上进行推广交易的技术问题。
本发明通过以下技术方案解决上述问题：
一种基于区块链的商品交易方法，包括如下步骤，
步骤1：卖货方通过买方客户端把商品信息上传到区块链交易子系统；
步骤2：商品展示平台从区块链交易子系统中获取商品交易子系统的商品信息并展示；
步骤3：买方通过买方平台输入商品信息查找或者通过浏览商品展示平台选定需 要的产品；
步骤4：买方通过买方平台经区块链子系统与买方进行沟通商品交易信息；
步骤5：双方确定买卖，区块链交易系统把商品交易信息传给商品展示平台；
步骤6：商品展示平台存储商品交易信息并把订单信息传给标识码生成子系统；
步骤7：标识码生成子系统生成标识码并传给卖方平台；卖方打印标识码贴标识码进行发货；
步骤8：用户收货通过商品标识码识别子系统对标识码进行识别；
步骤9：通过第三方实时通信系统转发通过转发信息或者直接浏览商品展示平台。
所述步骤1中区块链商品交易子系统包括若干个商品行业交易子链系统，商品行业交易子链系统分别与卖方平台、买方平台和商品展示平台连接，一个商品行业交易子链系统用于存储卖方平台传入的该行业商品信息和商品真伪验证码，用于完成该行业买卖交易。
所述步骤7中标识码生成子系统生成商品标识码的过程为：
使用双联防伪技术进行生成，平台商品信息作为第一层的防伪码信息，商品真伪验证码作为第二层防伪码信息。
所述步骤8中的商品标识码识别子系统包括扫码识别模块、验证存档证明获取模块、信息传送模块和信息转发模块，所述扫码识别模块和验证存档证明获取模块均与信息传送模块连接，所述信息转发模块与第三方实时通信子系统连接，所述扫码识别模块用于调取摄像头扫描商品上的商品标识码，解析获取商品标识码的商品真伪验证码和平台商品信息，并把商品真伪验证码传给信息传送模块；所述信息传送模块用于接收扫码识别模块传入的商品真伪验证码，并把商品真伪验证码传给区块链商品交易子系统，接收区块链商品交易子系统传回的存档证明指令，并把存档证明指令传给验证存档证明获取模块，接收验证存档证明获取模块传入的档证明并传给区块链商品交易子系统；所述验证存档证明获取模块用于接收信息传送模块传入的存档证明指令，执行存档证明指令调取摄像头对验证的商品进行拍照获取照片，同时获取验证商品的具体地址和时间，把照片验证商品的具体地址和时间一起通过信息传送模块发给区块链商品交易子系统；所述信息转发模块用以把平台商品信息转发到第三方实时通信子系统。
所述步骤9中商品展示平台实时获取第三方实时通信子系统转发的平台商品信息的数据，并对数据进行统计，当转发的平台商品信息完成商品交易后，转发者获得交易奖励。
本发明实现的有益效果是：
本发明通过使用商品展示平台与区块链商品交易子系统进行结合，从而使得在进行商品交易时能够很好的进行在区块链系统上进行点对点的交易，同时用户可以通过商品展示平台进行展示买方需要卖的商品，同时通过标识码生成子系统生成商品标识 码，商品标识码内含有商品真伪验证码和平台商品信息，商品真伪验证码可以进行商品的真伪验证，平台商品信息可以用于第三方实时通信子系统转发，从而使得用户可以从线下到线上进行商品交易，使得更多的用户进行了解商品展示平台的商品信息和购买商品。
附图说明
图1为本发明流程图。
具体实施方式
以下结合实施例对本发明作进一步说明。
本发明是一种基于区块链的商品交易方法，如图1所示，
步骤1：卖货方通过买方客户端把商品信息上传到区块链交易子系统。商品信息包括商品的名称，商品的而价格或者商品价格区间和商品的详细信息等。通过卖货方自己上传或者通过另外一方上传商品图片等。这些信息传给区块链交易子系统进行存储，一般是传给行业交易链系统进行存储。
步骤2：商品展示平台从区块链交易子系统中获取商品交易子系统的商品信息并展示。商品展示平台从而区块链交易子系统中获取信息是实时的，一般是每个5分钟进行发去请求获取内容，区块链交易子系统内当有新内容的话，把新的内容传给商品展示平台，当没有新内容时，反馈无内容更新。
步骤3：买方通过买方平台输入商品信息查找或者通过浏览商品展示平台选定需要的产品。一般是通过商品展示平台进行选定商品，因为通过浏览的方式会使得用户更能接收，更能很好的与现有的购物方式接轨，使得用户的体验更好。同时买方通过买方平台输入商品信息查找时，通过检索商品展示平台上的信息传给买方平台，从而减少区块链交易子系统的数据压力。
步骤4：买方通过买方平台经区块链子系统与买方进行沟通商品交易信息。买方和卖方通过区块链系统进行点对点的进行沟通，价格上的谈定，邮寄方式等，均与现有的线下交易相似，从而使得用户购物体验更好。
步骤5：双方确定买卖，区块链交易系统把商品交易信息传给商品展示平台。双方确定交易后，买方把款项汇到区块链交易系统指定的账户，区块链交易系统把需要发货等信息传给商品展示平台。
步骤6：商品展示平台存储商品交易信息并把订单信息传给标识码生成子系统。商品展示平台作为中转信息平台对信息进行传递。标识码生成子系统对订单信息进行处理和生成标识码。
步骤7：标识码生成子系统生成标识码并传给卖方平台；卖方打印标识码贴标识码进行发货。
步骤8：用户收货通过商品标识码识别子系统对标识码进行识别。
步骤9：通过第三方实时通信系统转发通过转发信息或者直接浏览商品展示平台。
区块链商品交易子系统分别与卖方平台、买方平台和商品展示平台连接，所述区块链商品交易子系统用于存储卖方平台传入的商品信息，并把商品信息传给商品展示平台，同时供卖方平台和买方平台进行买卖交易和存储商品真伪验证码。卖方平台与商品展示平台连接，卖方平台用于供用户上传需要卖的商品信息，并传给区块链商品交易子系统，同时用于与买家沟通交易事项，并管理提交的商品信息。买方平台与商品展示平台连接，买方平台用于浏览商品，并与买家沟通交易事项和完成商品交易事项；所述标识码生成子系统的输入端与商品展示平台连接，输出端与卖方平台连接，标识码生成子系统用于接收商品展示平台传入的商品交易订单数据、商品真伪验证码和平台商品信息，同时把商品真伪验证码和平台商品信息生成商品标识码，同时把标识码传给卖方平台。商品标识码识别子系统用于识别解析商品标识码，获取商品真伪验证码与区块链商品交易子系统内存储的验证码进行验证并返回验证结果，同时获取平台商品信息，通过第三方实时通信子系统进行对平台商品信息进行转发。第三方实时通信子系统用于对从商品标识码获取的平台商品信息进行转发供用户浏览和使用买方平台购买商品。
所述区块链商品交易子系统包括若干个商品行业交易子链系统，商品行业交易子链系统分别与卖方平台、买方平台和商品展示平台连接，一个商品行业交易子链系统用于存储卖方平台传入的该行业商品信息和商品真伪验证码，用于完成该行业买卖交易。所述标识码生成子系统生成商品标识码的过程为：
使用双联防伪技术进行生成，平台商品信息作为第一层的防伪码信息，商品真伪验证码作为第二层防伪码信息。
所述商品标识码识别子系统包括扫码识别模块、验证存档证明获取模块、信息传送模块和信息转发模块。扫码识别模块和验证存档证明获取模块均与信息传送模块连接。信息转发模块与第三方实时通信子系统连接。扫码识别模块用于调取摄像头扫描商品上的商品标识码，解析获取商品标识码的商品真伪验证码和平台商品信息，并把商品真伪验证码传给信息传送模块；所述信息传送模块用于接收扫码识别模块传入的商品真伪验证码，并把商品真伪验证码传给区块链商品交易子系统，接收区块链商品交易子系统传回的存档证明指令，并把存档证明指令传给验证存档证明获取模块，接收验证存档证明获取模块传入的档证明并传给区块链商品交易子系统。验证存档证明获取模块用于接收信息传送模块传入的存档证明指令，执行存档证明指令调取摄像头对验证的商品进行拍照获取照片，同时获取验证商品的具体地址和时间，把照片验证商品的具体地址和时间一起通过信息传送模块发给区块链商品交易子系统。信息转发模块用以把平台商品信息转发到第三方实时通信子系统。所述商品展示平台实时获取第三方实时通信子系统转发的平台商品信息的数据，并对数据进行统计，当转发的平台商品信息完成商品交易后，转发者获得交易奖励。
以上已对本发明创造的较佳实施例进行了具体说明，但本发明并不限于实施例，熟悉本领域的技术人员在不违背本发明创造精神的前提下还可做出种种的等同的变型或替换，这些等同的变型或替换均应包含在本发明的保护范围之内。

Claims (5)

  1. 一种基于区块链的商品交易方法，其特征在于，包括如下步骤，
    步骤1：卖货方通过买方客户端把商品信息上传到区块链交易子系统；
    步骤2：商品展示平台从区块链交易子系统中获取商品交易子系统的商品信息并展示；
    步骤3：买方通过买方平台输入商品信息查找或者通过浏览商品展示平台选定需要的产品；
    步骤4：买方通过买方平台经区块链子系统与买方进行沟通商品交易信息；
    步骤5：双方确定买卖，区块链交易系统把商品交易信息传给商品展示平台；
    步骤6：商品展示平台存储商品交易信息并把订单信息传给标识码生成子系统；
    步骤7：标识码生成子系统生成标识码并传给卖方平台；卖方打印标识码贴标识码进行发货；
    步骤8：用户收货通过商品标识码识别子系统对标识码进行识别；
    步骤9：通过第三方实时通信系统转发通过转发信息或者直接浏览商品展示平台。
  2. 根据权利要求1所述的一种基于区块链的商品交易方法，其特征在于：所述步骤1中区块链商品交易子系统包括若干个商品行业交易子链系统，商品行业交易子链系统分别与卖方平台、买方平台和商品展示平台连接，一个商品行业交易子链系统用于存储卖方平台传入的该行业商品信息和商品真伪验证码，用于完成该行业买卖交易。
  3. 根据权利要求1所述的一种基于区块链的商品交易方法，其特征在于：所述步骤7中标识码生成子系统生成商品标识码的过程为：
    使用双联防伪技术进行生成，平台商品信息作为第一层的防伪码信息，商品真伪验证码作为第二层防伪码信息。
  4. 根据权利要求1所述的一种基于区块链的商品交易方法，其特征在于：所述步骤8中的商品标识码识别子系统包括扫码识别模块、验证存档证明获取模块、信息传送模块和信息转发模块，所述扫码识别模块和验证存档证明获取模块均与信息传送模块连接，所述信息转发模块与第三方实时通信子系统连接，所述扫码识别模块用于调取摄像头扫描商品上的商品标识码，解析获取商品标识码的商品真伪验证码和平台商品信息，并把商品真伪验证码传给信息传送模块；所述信息传送模块用于接收扫码识别模块传入的商品真伪验证码，并把商品真伪验证码传给区块链商品交易子系统，接收区块链商品交易子系统传回的存档证明指令，并把存档证明指令传给验证存档证明获取模块，接收验证存档证明获取模块传入的档证明并传给区块链商品交易子系统；所述验证存档证明获取模块用于接收信息传送模块传入的存档证明指令，执行存档证明指令调取摄像头对验证的商品进行拍照获取照片，同时获取验证商品的具体地址和 时间，把照片验证商品的具体地址和时间一起通过信息传送模块发给区块链商品交易子系统；所述信息转发模块用以把平台商品信息转发到第三方实时通信子系统。
  5. 根据权利要求1所述的一种基于区块链的商品交易方法，其特征在于：所述步骤9中商品展示平台实时获取第三方实时通信子系统转发的平台商品信息的数据，并对数据进行统计，当转发的平台商品信息完成商品交易后，转发者获得交易奖励。
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CN108269072A (zh) * 2016-12-30 2018-07-10 深圳瀚德创客金融投资有限公司 用于区块链的交易处理方法和网络节点

Patent Citations (3)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN108269072A (zh) * 2016-12-30 2018-07-10 深圳瀚德创客金融投资有限公司 用于区块链的交易处理方法和网络节点
CN107886397A (zh) * 2017-11-07 2018-04-06 齐爱民 一种商品分销数据处理方法及其系统
CN108109017A (zh) * 2018-01-11 2018-06-01 杭州秘猿科技有限公司 基于区块链智能合约的商品交易系统

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