JP2019144795A - Reuse merchandise distribution managing system and reuse merchandise distribution managing method - Google Patents

Abstract

To provide a reuse merchandise distribution managing system capable of detecting a stolen merchandise in the distribution of reuse merchandises, and of preventing the stolen merchandise from being distributed in a reuse market.SOLUTION: A reuse merchandise distribution managing system includes: illegal merchandise identifier storing means for storing, when a clock (reuse merchandise) is a stolen merchandise, a unique serial number to a clock W as an illegal merchandise identifier; illegal merchandise determining means for determining, when the clock is distributed, whether or not the clock subjected to the distribution is the stolen merchandise while referring to the illegal merchandise identifier stored by the illegal merchandise identifier storing means; and illegal merchandise message output means for outputting an illegal merchandise message when the illegal merchandise determining means determines that the clock subjected to the distribution is a stolen merchandise.SELECTED DRAWING: Figure 1

Description

  The present invention relates to a reuse product distribution management system and a reuse product distribution management method for managing distribution of a plurality of reuse products having unique product identifiers.

  In response to a request from the seller terminal, the seller registration screen is transmitted to the seller terminal, the exhibition information input according to the seller registration screen is received from the seller terminal, a unique product number is given, and stored as product data in the storage unit At the same time, the product order screen is created based on the product data in response to a request from the buyer's terminal, and the product order screen is sent to the buyer's terminal, and the product number of the item to be purchased and the store name of the recipient store The order information entered by the buyer including, is received from the buyer terminal, recorded in the product data corresponding to the product number, and the order information is notified to the seller terminal corresponding to the recorded product data including the product number Has been disclosed (see Patent Document 1).

JP 2007-257243 A

  The reuse merchandise brokerage system disclosed in the above-mentioned Patent Document 1 is that the reuse product is a fraudulent product such as a stolen product, a fake product, a replica, a copy product, an embargoed product, a defective product, an intellectual property infringing product, or the like. The fraudulent product may be distributed to the reuse market and the fraudulent product may be bought and sold, and the credit quality of the reused product is lowered, and the reused product cannot be bought and sold with confidence. Once fraudulent products enter the reuse market, it is difficult to stop the distribution of fraudulent products in the reuse market, and it is impossible to secure the transaction of reused products, and it is impossible to build a safe and secure reuse market.

  In addition, the reuse merchandise brokerage system disclosed in Patent Document 1 can know the merchandise data input by the seller when buying and selling the reuse goods, but centrally manages the merchandise data necessary for buying and selling each reuse goods. Product data necessary for buying and selling each reused product cannot be output each time, and product data necessary for buying and selling each reused product cannot be known. In addition, distribution history data necessary for buying and selling each reused product cannot be managed centrally, and distribution history data for reused products necessary for buying and selling each reused product cannot be output each time. Cannot know the distribution history data of reused goods necessary for buying and selling goods.

  An object of the present invention is to provide a reuse product distribution management system capable of detecting illegal products in the distribution of reuse products, preventing the distribution of unauthorized products to the reuse market, and preventing the buying and selling of those illegal products, and The purpose is to provide a distribution management method for reuse products. Another object of the present invention is to provide a reuse merchandise distribution management system and a reuse merchandise distribution management method capable of ensuring the safety of transactions of reuse merchandise and building a safe and secure reuse market. Another object of the present invention is to be able to centrally manage the product data necessary for buying and selling each reused product, and outputting the product data of each reused product necessary for the distribution and buying and selling of each reused product for each distribution. Another object of the present invention is to provide a reuse product distribution management system and a reuse product distribution management method capable of knowing product data of reuse products necessary for distribution and sales of each reuse product for each distribution. Another object of the present invention is to be able to centrally manage distribution history data necessary for buying and selling each reuse product, and to output distribution history data for each reuse product for each sale. Another object of the present invention is to provide a reuse product distribution management system and a reuse product distribution management method capable of knowing distribution history data of reuse products necessary for buying and selling of each reuse product for each distribution.

  The first premise of the present invention for solving the above-mentioned problem is a reuse merchandise distribution management system that manages the distribution of a plurality of various reuse merchandise having unique merchandise identifiers.

  The reuse product distribution management system according to the first premise of the present invention is characterized in that the reuse product distribution management system stores an original product identifier of an unauthorized product as an unauthorized product identifier when the reuse product is an unauthorized product. An identifier storage unit, an unauthorized product determination unit that determines whether a reuse product to be distributed corresponds to an unauthorized product while referring to the unauthorized product identifier stored by the unauthorized product identifier storage unit when the reuse product is distributed; When the means determines that the reuse product to be distributed corresponds to an unauthorized product, an unauthorized product message output unit is provided for outputting an unauthorized product message.

  As an example of the reuse merchandise distribution management system of the present invention, the reuse merchandise distribution management system includes an identifier input means for inputting the merchandise identifier of the reuse merchandise to be distributed when the reuse merchandise is distributed. The product identifier input by the input means and the unauthorized product identifier stored by the unauthorized product identifier storage means are compared, and if the product identifier matches the unauthorized product identifier, it is determined that the reuse product to be distributed corresponds to the unauthorized product. .

  As another example of the reuse merchandise distribution management system of the present invention, the reuse merchandise distribution management system includes a unique identifier generating means for generating a unique identifier indicating the merchandise identifier of the reuse merchandise, and a unique identifier generating means for generating the product identifier of the reuse merchandise. The reuse product distribution management system includes at least one of a barcode representing the unique identifier and an IC chip storing the unique identifier. By attaching the tag to the reuse product and reading the barcode displayed on the tag, the product identifier of the reuse product associated with the unique identifier is specified, or by reading the unique identifier stored in the IC chip, the unique identifier Reuse associated with The product identifier of the product is identified.

  Another example of the reuse merchandise distribution management system according to the present invention is a stolen product in which an illegal product is illegally stolen, and the reuse product to be distributed is referred to as the stolen product while referring to the illegal product identifier. Judgment is made as to whether or not the illegal product message output means outputs the stolen product message.

  As another example of the reuse merchandise distribution management system of the present invention, the reuse merchandise distribution management system includes a merchandise identifier receiving means for sequentially receiving a merchandise identifier of a stolen product from a predetermined provider, and the illegal merchandise identifier storage means is a merchandise identifier. The product identifier of the stolen product sequentially received by the receiving means is stored and updated as an illegal product identifier.

  As another example of the reuse merchandise distribution management system according to the present invention, the reuse merchandise distribution management system stores the merchandise data of the reuse merchandise necessary for the distribution of the reuse merchandise in a state associated with the merchandise identifier or the unique identifier. Means and product data output means for outputting product data corresponding to the product identifier or the unique identifier when the reuse product is distributed.

  As another example of the reuse merchandise distribution management system of the present invention, the merchandise data output means outputs the merchandise data corresponding to the merchandise identifier indicated by the unique identifier represented by the barcode, or stored in the IC chip. Product data corresponding to the product identifier indicated by the unique identifier is output.

  As another example of the reuse merchandise distribution management system of the present invention, the reuse merchandise distribution management system stores the distribution history data of the reuse merchandise necessary for the distribution of the reuse merchandise in a state associated with the merchandise identifier or the unique identifier. Data storage means and distribution history data output means for outputting distribution history data corresponding to the product identifier or the unique identifier when the reused product is distributed.

  As another example of the reuse merchandise distribution management system of the present invention, the distribution history data output means outputs distribution history data corresponding to the merchandise identifier indicated by the unique identifier represented by the barcode, or stores it in the IC chip. Distribution history data corresponding to the product identifier indicated by the unique identifier is output.

  As another example of the reuse merchandise distribution management system of the present invention, the reuse merchandise is distributed at the time of buying / selling the reuse merchandise between the company and the company, when buying / selling the reuse merchandise between the company and the individual user, When buying and selling goods.

  As another example of the reuse product distribution management system of the present invention, buying and selling of a reuse product in a company versus a company is an auction of reuse products in a company and a company. The buying and selling of reused products in the company refers to buying and selling of reused products between companies and individual users and individual users versus individual users using a predetermined website.

  As another example of the reuse merchandise distribution management system of the present invention, in the reuse merchandise distribution management system, a unique identifier is assigned to a predetermined communication terminal from at least one of a barcode displayed on the tag and an IC chip attached to the tag. When the reuse product corresponding to the unique identifier registered in the communication terminal is stolen, the unique identifier of the reuse product stolen together with a predetermined theft signal is transmitted from the communication terminal to the reuse product distribution management system. The reuse merchandise distribution management system includes a unique identifier receiving unit that sequentially receives the unique identifier of the stolen product transmitted from the communication terminal, and the unique identifier of the stolen product that the unauthorized product identifier storage unit sequentially receives by the unique identifier receiving unit indicates The product identifier is stored and updated as an illegal product identifier.

  As another example of the reuse product distribution management system of the present invention, the communication terminal is a communication terminal of a company that distributes reuse products to the market, a portable communication terminal of an individual user who buys and sells reuse products, and the reuse product distribution management system Then, the theft signal and the unique identifier of the stolen reuse product are transmitted from the communication terminal of the company or the portable communication terminal of the individual user to the communication terminal of the reuse product distribution management system.

  The second premise of the present invention for solving the above-mentioned problem is a reuse product distribution management method for managing distribution of various types of reuse products having unique product identifiers.

  The reuse product distribution management method of the present invention in the second premise is that the reuse product distribution management method stores an original product identifier of an unauthorized product as an unauthorized product identifier when the reuse product is an unauthorized product. An identifier storage step, a fraud product determination step of determining whether a reuse product to be distributed corresponds to a fraudulent product while referring to the fraudulent product identifier stored in the fraudulent product identifier storage step, and a fraud product determination And having a fraudulent product message output step of outputting a fraudulent product message when it is determined that the reuse product to be distributed corresponds to the fraudulent product.

  As an example of the reuse merchandise distribution management method of the present invention, the reuse merchandise distribution management method includes a merchandise identifier input process of inputting a merchandise identifier of a reuse merchandise to be distributed when the reuse merchandise is distributed. The product identifier input in the identifier input step is compared with the unauthorized product identifier stored in the unauthorized product identifier storage step, and it is determined that the reuse product to be distributed corresponds to the unauthorized product when the product identifier matches the unauthorized product identifier. To do.

  As another example of the reuse merchandise distribution management method of the present invention, the reuse merchandise distribution management method includes a unique identifier generating process for generating a unique identifier indicating a merchandise identifier of the reuse merchandise, and a unique identifier generating process for generating the product identifier of the reuse merchandise. Tag attachment that attaches a tag including at least one of a product identifier storage step for storing the product in a state associated with the unique identifier generated by the method and an IC chip storing the barcode representing the unique identifier and the unique identifier to the reuse product In the reuse product distribution management method, the product identifier of the reuse product associated with the unique identifier is identified by reading the barcode displayed on the tag, or the unique identifier stored in the IC chip is read. The resource associated with the unique identifier Over scan product identifier of the product is identified.

  Another example of the reuse merchandise distribution management method of the present invention is a stolen product in which an illegal product is illegally stolen, and the reuse product to be distributed becomes a stolen product while the illegal product judgment process refers to the illegal product identifier. Judgment is made and the fraudulent product message output step outputs a stolen product message.

  As another example of the reuse merchandise distribution management method of the present invention, the reuse merchandise distribution management method includes a merchandise identifier receiving step of sequentially receiving a merchandise identifier of a stolen product from a predetermined provider, and the illegal merchandise identifier storage step is a merchandise identifier. The product identifier of the stolen product sequentially received in the receiving process is stored and updated as an unauthorized product identifier.

  As another example of the reuse merchandise distribution management method of the present invention, the reuse merchandise distribution management method stores the merchandise data of the reuse merchandise necessary for the distribution of the reuse merchandise in a state associated with the merchandise identifier or the unique identifier. And a product data output step of outputting product data corresponding to the product identifier or the unique identifier when the reuse product is distributed.

  As another example of the reuse merchandise distribution management method of the present invention, the merchandise data output process outputs the merchandise data corresponding to the merchandise identifier indicated by the unique identifier represented in the barcode, or stored in the IC chip. Product data corresponding to the product identifier indicated by the unique identifier is output.

  As another example of the reuse merchandise distribution management method of the present invention, the reuse merchandise distribution management method stores the distribution history data of the reuse merchandise necessary for the distribution of the reuse merchandise in a state associated with the merchandise identifier or the unique identifier. A data storage step and a distribution history data output step of outputting distribution history data corresponding to the product identifier or the unique identifier when the reuse product is distributed.

  As another example of the reuse merchandise distribution management method of the present invention, the distribution history data output step outputs distribution history data corresponding to the merchandise identifier indicated by the unique identifier represented in the barcode, or stores it in the IC chip. Distribution history data corresponding to the product identifier indicated by the unique identifier is output.

  As another example of the reuse product distribution management method of the present invention, the reuse product is distributed when the company-to-company reuses the product, the company-to-individual user purchases the reuse product, the individual user-to-individual user reuse When buying and selling goods.

  As another example of the reuse product distribution management method of the present invention, buying and selling of a reuse product in a company vs. company is an auction of reuse product in a company vs. company. The buying and selling of reused products by users refers to buying and selling of reused products by companies and individual users and individual users and individual users using a predetermined website.

  As another example of the reuse merchandise distribution management method of the present invention, the reuse merchandise distribution management method uses a unique identifier from a barcode displayed on a tag and an IC chip attached to the tag as a predetermined communication. When a reuse product corresponding to the unique identifier registered in the communication terminal is stolen by the unique identifier registration process registered in the terminal and the unique identifier registration process, the unique identifier of the reuse product stolen together with a predetermined theft signal A unique identifier transmitting step for transmitting from the communication terminal to the reuse merchandise distribution management system; and a unique identifier receiving step for sequentially receiving the unique identifier of the stolen product transmitted from the communication terminal. Identification indicated by the unique identifier of stolen goods received sequentially by The stores update as an unauthorized product identifier.

  As another example of the reuse product distribution management method of the present invention, the communication terminal is a communication terminal of a company that distributes reuse products to the market, a portable communication terminal of an individual user who buys and sells reuse products, and a product identifier transmission step Then, the theft signal and the unique identifier of the stolen reuse product are transmitted from the communication terminal of the company or the portable communication terminal of the individual user to the communication terminal of the reuse product distribution management system.

  According to the reuse product distribution management system and the use product distribution management method according to the present invention, when the reuse product is an unauthorized product, the unique product identifier of the unauthorized product is stored as an unauthorized product identifier, and the unauthorized product is illegally distributed when the reuse product is distributed. While referring to the product identifier, it is determined whether the reuse product to be distributed corresponds to an unauthorized product, and if it is determined that the reuse product to be distributed corresponds to an unauthorized product, an unauthorized product message is output. It is possible to inform the user that the reuse product is an unauthorized product, and by viewing the unauthorized product message, the reuse product is found to be an unauthorized product, and the unauthorized product can be detected in the distribution of the reuse product in the reuse market. Distribution of products to the reuse market can be prevented. The reuse merchandise distribution management system and the use merchandise distribution management method can prevent the buying and selling of such illegal products, and only the genuine reuse products can be distributed to the reuse market, and the genuine reuse products can be bought and sold in the reuse market. be able to. The reuse product distribution management system and the use product distribution management method can prevent the distribution of illegal products and the purchase and sale of illegal products in the reuse market. And a safe and secure reuse market.

  When distributing a reuse product, enter the product identifier of the reuse product to be distributed, compare the entered product identifier with the stored illegal product identifier, and if the product identifier and the illegal product identifier match, reuse the distribution target The reuse product distribution management system and reuse product distribution management method that determines that a product falls under the category of an unauthorized product is entered when the reuse product is distributed, and if the entered product identifier matches the unauthorized product identifier, Since the product is judged as a fraudulent product, the fraudulent product is not overlooked in the distribution of the reuse product in the reuse market, and the fraudulent product can be reliably detected in the distribution of the reuse product in the reuse market. Can be prevented. Since the reuse product distribution management system and the reuse product distribution management method determine whether or not the reuse product is an illegal product when the reuse product is distributed, whether or not the reuse product is an unauthorized product every time it is distributed in the reuse market. Judgment can be made and distribution of illegal products in the reuse market can be reliably prevented. The reuse merchandise distribution management system and the reuse merchandise distribution management method can prevent the buying and selling of these illegal products, distribute only genuine reuse products to the reuse market, and buy and sell genuine reuse products in the reuse market. be able to.

  A unique identifier indicating a product identifier of a reuse product is generated, stored in a state in which the product identifier of the reuse product is associated with the generated unique identifier, and at least one of a barcode representing the unique identifier and an IC chip storing the unique identifier A tag with one is attached to a reuse product, and the barcode displayed on the tag is read to identify the product identifier of the reuse product associated with the unique identifier, or the unique identifier stored in the IC chip is read The reuse product distribution management system and the reuse product distribution management method in which the product identifier of the reuse product associated with the unique identifier is identified by reading the barcode displayed on the tag and the IC chip attached to the tag, Reuse associated with a unique identifier Since goods item identifier is identified, it is possible to immediately identify a product identifier during distribution reuse product, reuse products during distribution reuse products can immediately determine whether a fraudulent product. The reuse product distribution management system and reuse product distribution management method uses the barcode displayed on the tag and the IC chip attached to the tag to immediately determine whether the reuse product is an illegal product. In the distribution of reused products, illegal products can be reliably seen through, and the distribution of unauthorized products to the reuse market can be prevented, and the buying and selling of these unauthorized products can be reliably prevented. The reuse product distribution management system and the reuse product distribution management method use the tag attached to the reuse product to determine whether the reuse product is illegal or not when distributing the reuse product. It is possible to immediately determine whether the product is a fraudulent product each time it is performed, and it is possible to reliably prevent distribution of the fraudulent product in the reuse market and to buy and sell genuine reuse products in the reuse market.

  The fraudulent product was stolen illegally stolen, it was judged whether the reused product to be distributed was a stolen product while referring to the illegal product identifier, and the reused product to be distributed was judged to be a stolen product In this case, the reuse product distribution management system and the reuse product distribution management method for outputting a stolen product message can be found by looking at the stolen message, and the reuse product can be found in the reuse market in the reuse market. It is possible to prevent the theft goods from being distributed to the reuse market and to prevent the theft goods from being bought and sold. The reuse merchandise distribution management system and the reuse merchandise distribution management method can prevent the distribution of stolen goods in the reuse market and the buying and selling of stolen goods. And a safe and secure reuse market.

  A reuse product distribution management system and a reuse product distribution management method for sequentially receiving a product identifier of a stolen product from a predetermined provider and storing and updating the sequentially received product identifier of the stolen product as an unauthorized product identifier include a predetermined provider (for example, The product identifiers of stolen goods provided by investigators, government agencies, member companies, sponsored companies, etc.) are stored and updated as fraudulent product identifiers, so it is possible to sequentially obtain fraudulent product identifiers of stolen goods with extremely high reliability. It is possible to determine whether or not the reuse product is a stolen product based on the latest theft information. The reuse product distribution management system and the reuse product distribution management method determine whether or not the reuse product is a stolen product based on an unauthorized product identifier of a highly reliable stolen product provided by a predetermined provider. In the distribution of reuse products in the reuse market, it is possible to reliably see the stolen goods, prevent theft goods from being distributed to the reuse market, and reliably prevent the sale of the stolen goods. The reuse merchandise distribution management system and the reuse merchandise distribution management method can prevent the distribution of stolen goods in the reuse market and the buying and selling of stolen goods. And a safe and secure reuse market.

  Reuse product distribution management system that stores product data of reuse products necessary for distribution of reuse products in association with product identifiers or unique identifiers, and outputs product data corresponding to product identifiers or unique identifiers when distributing reuse products The reuse product distribution management method uses the unique product identifier and unique identifier of the reuse product, and can centrally manage the product data required for the distribution and sale of each reuse product. It is possible to save the trouble of inputting various product data of the product, and to smoothly distribute each reuse product in the reuse market. The reuse product distribution management system and the reuse product distribution management method can output the product data of the reuse product necessary for the distribution and sale of each reuse product for each distribution, and are necessary for the distribution and sale of each reuse product. You can know the product data of various reuse products every time you distribute. The reuse product distribution management system and the reuse product distribution management method can know the product data of the reuse product necessary for the distribution and sale of each reuse product for each distribution, so it is possible to trade each reuse product with confidence in the reuse market. can do.

  Reuse product distribution management system for outputting product data corresponding to the product identifier indicated by the unique identifier represented by the bar code, or outputting product data corresponding to the product identifier indicated by the unique identifier stored in the IC chip, and reuse The merchandise distribution management method uses a bar code representing a unique identifier or an IC chip storing a unique identifier, and reads the bar code to immediately obtain merchandise data corresponding to the merchandise identifier indicated by the unique identifier represented in the bar code. Product data corresponding to the product identifier indicated by the unique identifier stored in the IC chip can be immediately output by reading the IC chip. The reuse merchandise distribution management system and the reuse merchandise distribution management method immediately receive the merchandise data corresponding to the merchandise identifier indicated by the unique identifier represented by the barcode or the merchandise data corresponding to the merchandise identifier indicated by the unique identifier stored in the IC chip. Since it is possible to output, it is possible to immediately know the product data of the reuse product necessary for the distribution and sale of each reuse product, and to smoothly and reliably trade each reuse product in the reuse market. .

  Reuse product distribution that stores the distribution history data of reuse products necessary for the distribution of reuse products in association with product identifiers or unique identifiers, and outputs distribution history data corresponding to product identifiers or unique identifiers during distribution of reuse products The management system and the reuse product distribution management method can manage the distribution history data necessary for the distribution and sale of each reuse product using the unique product identifier and unique identifier of the reuse product. It is possible to save the trouble of inputting various distribution history data of reuse products during distribution, and to smoothly distribute each reuse product in the reuse market. The reuse product distribution management system and the reuse product distribution management method can output the distribution history data of the reuse product necessary for the distribution and sale of each reuse product for each circulation of the reuse product. It is possible to know the distribution history data of necessary reuse products for each distribution. Since the reuse product distribution management system and reuse product distribution management method can know the distribution history data of reuse products necessary for the distribution and sale of each reuse product for each distribution, each reuse product can be smoothly and reused in the reuse market. You can trade with confidence.

  A reuse product distribution management system that outputs distribution history data corresponding to the product identifier indicated by the unique identifier represented by the barcode, or outputs distribution history data corresponding to the product identifier indicated by the unique identifier stored in the IC chip. The reuse merchandise distribution management method uses a barcode representing a unique identifier or an IC chip storing a unique identifier, and immediately outputs distribution history data corresponding to the unique identifier represented by the barcode by reading the barcode. The distribution history data corresponding to the unique identifier stored in the IC chip can be immediately output by reading the IC chip. The reuse merchandise distribution management system and the reuse merchandise distribution management method can immediately output distribution history data corresponding to the unique identifier represented by the barcode and distribution history data corresponding to the unique identifier stored in the IC chip. It is possible to know the distribution history data of reuse products necessary for the distribution and sale of reuse products for each distribution, and it is possible to trade each reuse product smoothly and safely in the reuse market.

  Reuse product distribution management system and reuse product distribution management when reused product is distributed when company-to-company reused product is sold, when company-to-individual user buys and sells reused product The method can detect illegal products when buying and selling reused products between companies and companies, when buying and selling reused products between companies and individual users, and when buying and selling reused products between individual users and individual users. It is possible to prevent the sale of fraudulent products at the time of buying and selling or buying and selling reuse products between companies and individuals, and when buying and selling reuse products between individuals and individuals. Reuse products in It is possible to buy and sell to all.

  A company that uses a predetermined website for buying and selling of reused products between companies and companies is an auction of reused products between companies and companies, and buying and selling of reused products between companies and individual users and buying and selling of reused products between individual users and individual users The reuse product distribution management system and the reuse product distribution management method, which is the sale of reuse products between individual users and individual users versus individual users, are used at the auction of reuse products between companies and companies, and at companies vs. individual users and individual users vs. individual users. Unauthorized products can be detected when buying and selling reused products using a given website, and at the auction of reused products at a company-to-company or at a given website for a company-to-individual user and individual user-to-individual user At the time of buying and selling of reuse products that use the site it is possible to prevent the buying and selling of illegal goods, it is possible to safely buy and sell business-to-business and business-to individual users, the reuse items in individual user-to-individual users.

  A unique identifier is registered in a predetermined communication terminal from at least one of the barcode displayed on the tag and the IC chip attached to the tag, and a reuse product corresponding to the unique identifier registered in the communication terminal is stolen. In this case, the unique identifier of the reused product stolen with a predetermined theft signal is transmitted from the communication terminal to the reuse product distribution management system, and the unique identifier of the stolen product transmitted from the communication terminal is sequentially received and sequentially received. A reuse merchandise distribution management system and a reuse merchandise distribution management method for storing and updating a merchandise identifier indicated by a unique identifier of a stolen merchandise item as an illegal merchandise identifier is obtained by specifying a unique identifier from a bar code displayed on a tag or an IC chip attached to the tag. Even if the tag is lost, When a reuse product corresponding to a unique identifier registered in a communication terminal can be secured, the unique identifier of the reuse product stolen with a predetermined theft signal can be managed from the communication terminal. By transmitting to the system, the product identifier corresponding to the unique identifier of the stolen product can be immediately stored as an illegal product identifier, and the distribution of the stolen product to the reuse market and the sale of the stolen product can be prevented quickly. .

  A communication terminal is a communication terminal of a company that distributes reuse products to the market, and a portable communication terminal of an individual user who buys and sells reuse products. From a communication terminal of a company or a portable communication terminal of an individual user to a communication terminal of a reuse product distribution management system A reuse product distribution management system and a reuse product distribution management method for transmitting a stolen signal and a unique identifier of a stolen reuse product are used in the case of a company or individual user possessing a reuse product with a tag being stolen. In this case, the unique identifier of the reused product stolen together with a predetermined theft signal is transmitted from the communication terminal or portable communication terminal to the communication terminal of the reused product distribution management system, so that the product identifier corresponding to the unique identifier of the stolen product is obtained. It can be immediately stored as an illegal product identifier, and The distribution and of stolen goods buying and selling of vinegar market can be quickly prevent.

The figure which shows an example of the utilization form of a reuse merchandise distribution management system. The figure explaining an example of serial number (product identifier) reception of the clock W (theft item). The figure which shows an example of the purchase form of the watch W (a new article or reuse goods), and the utilization form of an auction. The flow figure explaining an example of purchase of timepiece W (new article or reuse goods). The figure which shows an example of the tag attached to the watch W (reuse goods). The flowchart which shows an example of the serial number (product identifier) registration procedure in the purchaser D. The flowchart which shows an example of the merchandise data registration procedure in the purchaser D. The flow figure explaining an example of an auction of clock W (youth goods). The flowchart which shows an example of a goods data output procedure. The figure which shows an example of a merchandise information display screen. The flowchart which shows an example of the merchandise data registration procedure in the auction operator E. The figure which shows an example of the utilization form of sale of the watch W (reuse goods). The flow figure explaining an example of sale of clock W (reuse goods). The figure which shows another example of a merchandise information display screen. The flowchart which shows an example of the merchandise data registration procedure in a seller. The flowchart explaining an example of the prior registration of a unique identifier.

  The details of the reuse merchandise distribution management system and the reuse merchandise distribution management method according to the present invention will be described with reference to the accompanying drawings such as FIG. 1 showing an example of the usage form of the reuse merchandise distribution management system. It is. The reuse product distribution management system and the reuse product distribution management method monitor the distribution of illegal products in the reuse market by managing the distribution of various types of reuse products with unique product identifiers, and buying and selling illegal products in the distribution process. To prevent it.

  Taking a watch W having a serial number (product identifier) as an example of a reuse product, taking as an example a watch W (stolen product) stolen as an unauthorized product, and a stolen product (illegal product) of the stolen watch W The reuse merchandise distribution management system and the reuse merchandise distribution management method will be described with the investigation organization B as an example of the serial number provider. In addition to the watch W, the reuse product includes any reuse product having a unique product identifier such as a serial number or an individual identification number. In addition to stolen goods, fraudulent goods include counterfeits, replicas, copy goods, embargoed goods, defective goods, intellectual property rights infringing goods, and the like. The provider of the serial number of the stolen product of the watch W includes good faith providers such as government agencies, member businesses, and supporting companies in addition to the investigating agency B.

  The reuse merchandise distribution management system is constructed in the data center 10 (including the cloud) contracted by the system provider A (business corporation) that provides (manages and manages) the system. In addition, the reuse merchandise distribution management system may be constructed in the system provider server 11 installed in the office of the system provider A that manages and manages it. A QR code (registered trademark) (barcode) creation application is installed in the data center 10 or the system provider server 11.

  In the reuse merchandise distribution management system (reuse merchandise distribution management method), QR code is used, but other SP codes of QR code, Vericode, Maxicode, CP code, DataMatrix, Code1, AztecCode, Super Code, It is also possible to use an existing two-dimensional barcode such as Ultra Code or a new two-dimensional barcode developed in the future. Also, a one-dimensional barcode can be used instead of a two-dimensional barcode.

  The reuse merchandise distribution management system (reuse merchandise distribution management method) includes a purchaser server 12 in which a system execution application for executing the reuse merchandise is installed at a business site of the purchaser D of the reuse merchandise (clock W), and a reuse merchandise (clock). W) The auction operator server 13 installed at the auction site of the auction operator E who manages and operates the auction of the auction, the dealer server 14 installed at the business office of the seller F of the reuse product (clock W), the website ( Smartphones owned by the website operator server 15 of the website operator G that manages and operates the EC site), the investigation agency server 16 installed in the investigation agency B in each country, and the buyer H (company or individual user) who purchases reuse products 17 is installed.

  The purchaser D, the auction operator E, the seller F, the website operator G, and the buyer H (enterprise or individual user) conclude a system use contract with the system provider A, and become a system member operator or individual member. Thus, an application for executing the reuse merchandise distribution management system is provided, and a service provided by the reuse merchandise distribution management system can be received. The system usage agreement may not be concluded with buyer H (company or individual user). In this case, buyer H (company or individual user) provides a service provided by the reuse product distribution management system at the time of purchasing the reuse product. Can not receive.

  In FIG. 1, one purchaser server 12, one auction operator server 13, one seller server 14, one website operator server 15, one investigator server 16, one Although a smartphone 17 is illustrated, in an actual reuse merchandise distribution management system (reuse merchandise distribution management method), a plurality of purchaser server 12, auction operator server 13, dealer server 14, website operator server 15. There are an investigation organization server 16 and a smartphone 17. In addition, the buyer H (company or individual user) can purchase a reuse product by using a personal computer or a tablet owned by the purchaser in addition to the smartphone 17.

  The purchaser server 12, the auction operator server 13, the seller server 14, the website operator server 15, and the investigation agency server 16 are the establishments of the buyer D, the auction operator E, the seller F, and the website operator G. Or in each investigator B, or in data centers (including the cloud) contracted by these distributors D to G and each investigator B. The system provider server 11, the purchaser server 12, the auction operator server 13, the seller server 14, the website operator server 15, and the investigation agency server 16 include a central processing unit (CPU or MPU) and memory (main memory and cache). And a computer (including a virtual machine) that is operated by an independent operating system (OS) and has a large-capacity storage area (such as a large-capacity hard disk). In the mass storage area of the system provider server 11, a theft information database, a product information database, and a customer information database are created.

  The system provider server 11, purchaser server 12, auction operator server 13, seller server 14, website operator server 15, investigation agency server 16, DNS server function, database server function, Web server function, mail server function , Which has various server functions such as a document server function, and passes through a plurality of DNS servers connected to the Internet 18 and uses the Internet 18 and has no unspecified number of servers and mobile communication terminals (smartphones) And a search engine can be used on the Internet 18. The smartphone 17 can connect to the Internet 18 using a web browser stored in a memory, and use the Internet 18 to access and log in to an unspecified number of other servers and mobile communication terminals that have no access restrictions. And various search engines can be used on the Internet 18.

  In the customer information database created in the storage area of the system provider server 11, server specific information (the purchaser server 12, the auction operator server 13, the seller server 14, the website operator server 15, and the investigation agency server 16) Server identifier) and URL, communication terminal identification information (communication terminal identifier) and URL of the smartphone 17, seller C (company or individual user such as owner or occupant), buyer D, auction operator E, dealer F, The mail address and individual information of the website operator G are stored (stored).

  In the product information database created in the storage area of the system provider server 11, the purchase price of various types of watches W (reuse products) and the product data of various types of watches W (reuse products) are serial numbers ( Stored (stored) in a state associated with the product identifier. The purchase price of the watch W (reusable product) varies depending on the model (model) and date of manufacture of the watch W, and is updated to the latest one at any time. The model (model) and date of manufacture of the watch W are specified by the serial number (product identifier) of the watch W. The product data of the watch W includes the manufacturer of the watch W, the date of manufacture of the watch W, the series name of the watch W, the price when the watch W is new, and the like.

  For the server identification information and communication terminal identification information, the IP address, MAC address, URL, mail address, cookie information, individual identification number, etc. can be used, and a unique identifier for identifying them can be used. Can do. The individual information of seller C (company or individual user such as owner or occupant), purchaser D, auction operator E, seller F, and website operator G includes an operator code (buyer code, auction business). Company code, distributor code, website operator code) or personal user code, business operator or personal user ID number or password, business or personal user's corporate name or name, name, business operator or personal user address or There are a residence, a telephone number (a fixed telephone number or a mobile phone number) of a business person or a personal user, a FAX number of a business person or a personal user, and an age or sex of a personal user.

  FIG. 2 is a diagram for explaining an example of receiving the serial number (product identifier) of the watch W (theft item). The serial number (product identifier) of the stolen watch W (stolen product) is transmitted from the investigation agencies in each country to the system provider. Although countries A to C are illustrated in FIG. 2, the countries are not limited, and include all countries that provide the product identifier of the watch W (theft item). When an investigation organization in each country submits a theft report of the watch W from an individual or each company, or when it knows that the watch W is a stolen product, it uses the investigation organization servers 16a to 16c. The system provider A is provided with the serial number (product identifier) of (theft product).

  The person in charge of each investigation institution connects to the Internet 18 after starting the system execution application in each investigation institution server 16a-16c. Next, the system provider server 11 is accessed and logged in using the URL of the system provider server 11. After logging into the system provider server 11, the serial number (product identifier) of the watch W (theft product) and various stolen product data of the watch W (theft product) are transmitted to the system provider server 11 (product identifier first transmission). Means (product identifier first transmission step)). Note that the serial number (product identifier) of the watch W (theft product) and various stolen product data of the watch W (theft product) are stored in the investigation agency servers 16a to 16c.

  The stolen product data of the watch W (stolen product) includes the manufacturer of the stolen watch W, the name (series name) of the stolen watch W, the price of the stolen watch W when it is new, and theft The date of manufacture of the watch W, the date and time of theft, the place of theft, the owner or occupant data of the stolen watch W, the data providing country name, and the like are included. If the serial number provider of watch W (stolen product) includes a government agency, member company, sponsoring company, etc., the serial number (product identifier) of watch W (stolen product) or watch W (stolen product) Various kinds of stolen product data are transmitted to the system provider server 11 from servers such as government offices, member companies, and sponsoring companies.

  The system provider server 11 receives the serial number (product identifier) of the watch W (stolen product) and various product data of the watch W (stolen product) transmitted from the investigation agency servers 16a to 16c (product identifier receiving means). (Product identifier receiving step)). The system provider server 11 stores (stores) the received serial number (product identifier) of the watch W (theft product) as an unauthorized product identifier in the theft information database (an unauthorized product identifier storage unit (an unauthorized product identifier storage step)). ), And stores (stores) various theft data of the watch W (theft goods) in the theft information database in a state associated with the serial number (product identifier). The system provider server 11 generates a unique identifier (GUID or the like) when receiving the serial number of the watch W (theft), and the unauthorized product identifier (serial number) of the watch W (theft) and the watch W (theft). ) May be stored (stored) in the theft information database in a state in which it is associated with the unique identifier.

  The serial number (product identifier) of the watch W (stolen product) and various stolen product data of the watch W (stolen product) are sequentially transmitted from the investigation agency servers 16a to 16c to the system provider server 11. The system provider server 11 sequentially receives the serial number (product identifier) of the watch W (stolen product) and various stolen product data of the watch W (stolen product) from the investigation agency servers 16a to 16c, and the sequentially received watch W Each time a serial number (product identifier) of (stolen product) is received, it is stored and updated as an illegal product identifier, and every time various types of stolen product data of the sequentially received clock W (stolen product) are received and updated. In the theft information database of the system provider server 11, the unauthorized product identifier (serial number) of the watch W (theft product) and various theft data of the watch W (theft product) sequentially transmitted from the investigation agency servers 16 a to 16 c. Is accumulated.

  FIG. 3 is a diagram showing an example of purchase of a watch W (new or reused product) and an auction usage mode. FIG. 4 is a flowchart for explaining an example of purchase of a watch W (new or reused product). . FIG. 5 is a diagram illustrating an example of a tag 19 attached to the watch W (reuse product), and FIG. 6 is a flowchart illustrating an example of a serial number (product identifier) registration procedure in the purchaser D. FIG. 7 is a flowchart showing an example of a product data registration procedure in the purchaser D. In the following description, it is assumed that the system execution application is activated in the system provider server 11, the purchaser server 12, the auction operator server 13, the seller server 14, the website operator server 15, and the smartphone 17.

  As shown in FIG. 3, the watch W (new or reused product (used product)) is bought by the buyer D from the seller C (company or individual user such as owner or occupant) and then the auction operator E. Auctioned by. The watch W (new or reused product) is picked up by the seller F when a predetermined seller F makes a successful bid through an auction. The purchaser D is a trader who specializes in purchasing watches W (new or reused products), and the dealer F is a trader who specializes in selling watches W (reused products).

  When seller C of watch W (new or reused product) (company or individual user such as owner or occupant) sells watch W, seller C visits store of buyer D as shown in FIG. The purchaser D is requested to purchase the watch W, and the watch W to be sold is presented to the purchaser D. The purchaser server 12 of the purchaser D is logged in to the system provider server 11 via the Internet 18 when the system execution application is activated.

  After confirming the seller C's intention to sell, the purchaser D hands over a purchase card (not shown) to the seller C and requests entry of necessary items on the purchase card. The necessary information on the purchase card includes the date of purchase request, the company name and name of seller C, address or residence, email address, contact phone number (fixed phone number, mobile phone number), FAX number, age and gender There are a series name of the watch W, a serial number (product identifier) of the watch W, and the like, but necessary items can be arbitrarily set. When the watch W is a reuse product (used product) purchased from the dealer F, the purchase card includes the name of the seller of the watch W (reuse product), the purchase price of the watch W (reuse product), and the watch W ( Enter the date of purchase of the reuse product.

  Seller C gives purchase card in which necessary information is filled to purchaser D. The purchaser D obtains the serial number (product identifier) of the actual watch W and the serial number (product identifier) of the watch W written on the purchase card when purchasing the watch W (new or reuse product) (when distributing the reuse product). ) And the serial number (product identifier) (including purchase request date) of the watch W is input to the purchaser server 12. The serial number (product identifier) (including the purchaser name, purchaser code, and purchase request date) of the input clock W is transmitted from the purchaser server 12 to the system provider server 11.

  The serial number (product identifier) of the watch W transmitted from the purchaser server 12 is input to the system provider server 11 (product identifier input means (product identifier input step)). The system provider server 11 receives the serial number (product identifier) (product identifier) of the watch W input by the identifier input means (product identifier input process) when purchasing the watch W (new or reused product) (when distributing the reuse product). The serial number (product identifier) of the watch W is compared with the unauthorized product identifier stored in the theft information database by the unauthorized product identifier storage means (illegal product identifier storage step). ) And the fraudulent merchandise identifier match, it is determined that the watch W (reuse merchandise) to be purchased (distributed) is a stolen merchandise (illegal merchandise) (unauthorized merchandise judgment means (fraud merchandise judgment process).

  If the tag 19 described later is attached to the watch W (use product), the QR code 20 or the tag 19 displayed on the tag 19 by the bar code reader or IC tag reader / writer connected to the purchaser server 12 is used. The installed IC chip 21 is read, and the unique identifier acquired from the IC chip 21 or the QR code 20 is transmitted from the purchaser server 12 to the system provider server 11. The system provider server 11 specifies the serial number (product identifier) of the watch W indicated by the unique identifier transmitted from the auction operator server 13 (product identifier input means (product identifier input step)), and supports the unique identifier. The serial number (product identifier) of the watch W to be compared is compared with the unauthorized product identifier stored by the unauthorized product identifier storage means (illegal product identifier storage step), and the watch W (reuse product) to be purchased (distributed) is stolen. It is determined whether or not it corresponds to (unauthorized product) (unauthorized product determination means (unauthorized product determination step).

  When the system provider server 11 determines that the purchase target (distribution target) watch W (reuse product) corresponds to the stolen product (illegal product), the system provider server 11 displays the stolen product message (unauthorized product) on the display connected to the purchaser server 12. Message) is output (displayed) (unauthorized product message output means (unauthorized product message output step)). In addition to characters and images indicating stolen goods, the fraudulent product message can also be conveyed by voice. The purchaser D who sees the stolen product message (illegal product message) informs the seller C that the watch W (new or reused product) cannot be purchased, and informs the investigating agency of the discovery of the watch W (stolen product).

  In the reuse product distribution management system and the reuse product distribution management method, the serial number (product identifier) of the watch W is input at the time of purchase (distribution) of the watch W (new or reused product), and the input serial number (product identifier) Is matched with the illegal product identifier, the purchase target (distribution target) watch W is determined to be a stolen product (illegal product). Therefore, in the purchase (distribution) of the watch W (new or reused product), the stolen product (illegal product). Is not overlooked, and the purchase (distribution) of watches W (new or reused products) can be surely overlooked stolen goods (illegal products), preventing the purchase (distribution) of stolen goods (illegal products). In addition, the purchaser D can purchase a genuine watch W.

  When the system provider server 11 compares the serial number (product identifier) of the input watch W with the stored unauthorized product identifier, and the serial number (product identifier) of the watch W does not match the unauthorized product identifier, The purchase target (distribution target) watch W (reuse product) is determined not to be an unauthorized product (unauthorized product determination means (illegal product determination step). The system provider server 11 determines the purchase target (distribution target) watch W. When it is determined that (reuse product) does not correspond to an unauthorized product, a purchase OK message is output (displayed) on a display connected to the purchaser server 12 (purchase OK message output means (purchase OK message output step)). The OK message can be transmitted by voice in addition to characters and images indicating the OK message.

  The purchaser D who sees the purchase OK message presents the purchase price of the watch W (new or reused product) to be purchased to the seller C. The purchase price of the watch W to be purchased is stored in the product information database of the system provider server 11. The system provider server 11 extracts the purchase price of the watch W corresponding to the input serial number (product identifier) of the watch W to be purchased from the product information database, and the purchase price is connected to the purchaser server 12. Output (display) on the display. When seller C accepts the purchase at the presented purchase price, a sales contract is established. The purchaser D gives a copy of the purchase card concurrently serving as a contract to the seller C, and passes the purchase amount (cash) to the seller C.

  Next, the purchaser D specifies the generation of the unique identifier and the QR code (barcode) indicating the generated unique identifier while specifying the cell size, the number of cells, the image format, etc. for generating the QR code (barcode). The system provider server 11 is requested through the purchaser server 12 for generation. The system provider server 11 generates a unique identifier in accordance with a request from the purchaser server 12 (unique identifier generation means (unique identifier generation step)), and generates and generates a QR code (bar code) representing the generated unique identifier. The unique identifier and the QR code are transmitted to the purchaser server 12. The system provider server 11 temporarily stores the generated unique identifier in the cache memory.

  The purchaser D uses a printer connected to the purchaser server 12 to create a tag 19 that displays (prints) the received QR code 20. As shown in FIG. 5, a QR code 20 representing a unique identifier is displayed (printed) on the surface of the tag 19, and an IC chip 21 is fixedly installed. The purchaser D uses an IC tag reader / writer (not shown) connected to the purchaser server 12 to write a unique identifier to the IC chip 21 installed in the tag 19. Note that only the QR code 20 may be displayed on the tag 19, and only the IC chip 21 may be installed and fixed.

  Next, the purchaser D uses a barcode reader (not shown) connected to the purchaser server 12 to read the QR code 20 displayed on the tag 19 with the barcode reader, and represents the unique that the QR code 20 represents. The identifier is transmitted to the system provider server 11. Alternatively, the IC tag reader / writer connected to the purchaser server 12 is used, the unique identifier stored in the IC chip 21 installed in the tag 19 is read by the IC tag reader / writer, and the unique identifier is read by the system provider server 11. Send to. When receiving the unique identifier from the purchaser server 12, the system provider server 11 inputs the serial number of the serial number (product identifier) of the watch W purchased on the display connected to the purchaser server 12, as shown in FIG. Display the screen.

  The purchaser D inputs the serial number (product identifier) of the watch W purchased in the serial number input area of the serial number input screen, and then clicks (tap) the registration button. When the registration button is clicked (tapped), the system provider server 11 stores (stores) the input serial number (product identifier) in the product information database in a state associated with the unique identifier (product identifier storage means (product identifier) Memory step)).

  After storing the serial number (product identifier) in the product information database, the system provider server 11 displays the product data of the watch W purchased and the product / customer data input screen of the customer data as shown in FIG. 12 is displayed on the display connected to 12. A product data input area and a customer data input area are displayed on the product / customer data input screen. The purchaser D inputs various product data of the watch W (reuse product) in the product data input area of the product / customer data input screen, and inputs various customer data of the seller C in the customer data input area.

  The purchaser D inputs product data and customer data in the product data input area and customer data input area, and then clicks (tap) a registration button. When the registration button is clicked (tapped), the system provider server 11 converts the input product data and customer data (including the purchaser code and purchase date / time) into at least one of a serial number (product identifier) and a unique identifier. Are stored (stored) in a product information database or a customer information database (product data storage means (product data storage step)).

  The product data input in the product data input area includes the manufacturer of the watch W, the date of manufacture of the watch W, the series name of the watch W, the price when the watch W is new, and the purchase price of the watch W. The customer data input to the customer data input area includes the name, name, address or residence of seller C, telephone number (fixed telephone number or mobile telephone number), FAX number, e-mail address, age, gender, and the like.

  When the watch W is a reuse product and the purchaser D purchases the watch W (reuse product) for the second time or later, the display connected to the purchaser server 12 includes a product data input area and a customer data input area. The distribution history data input area is displayed. Distribution history data such as primary to n-order purchasers, primary to n-order purchase prices, and primary to n-order purchase dates and times are input to the distribution history data input area. In the customer data input area, various types of customer history data of the primary to n-th seller C are input. The system provider server 11 stores (stores) the input distribution history data and customer history data in the product information database and the customer information database in a state of being associated with at least one of the serial number (product identifier) and the unique identifier. (Distribution history data storage means (distribution history data storage step)). After the purchase procedure of the watch W (reuse product) is completed, the purchaser D attaches the tag 19 to the watch W purchased and sends the watch W to the auction operator E.

  FIG. 8 is a flowchart illustrating an example of an auction for a watch W (use product), and FIG. 9 is a flowchart illustrating an example of a product data output procedure. FIG. 10 is a diagram illustrating an example of a product information display screen, and FIG. 11 is a flowchart illustrating an example of a product data registration procedure in the auction operator E. The watch W (use product) to which the tag 19 is attached is put into an auction at an auction site of an auction company E that manages and manages the auction of reuse products, and is awarded to a predetermined seller 14 by the auction.

  After the purchased watch W (youth product) is sent from the purchaser D to the auction operator E, the auction operator E is attached to the watch W by the IC tag reader / writer connected to the auction operator server 13. The IC chip 21 of the tag 19 is read, or the QR code 20 displayed on the tag 19 is read by a bar code reader connected to the auction operator server 13.

  The auction operator server 13 acquires the unique identifier stored in the IC chip 21, temporarily stores the unique identifier in the cache memory, or acquires the unique identifier indicated by the QR code 20, and stores the unique identifier. Store temporarily in cache memory. Next, as shown in FIG. 8, the auction operator server 13 transmits the unique identifier acquired from the IC chip 21 or the QR code 20 to the system provider server 11. The unique identifier transmitted from the auction operator server 13 is input to the system provider server 11.

  The system provider server 11 specifies the serial number (product identifier) of the watch W indicated by the unique identifier transmitted from the auction operator server 13 (product identifier input means (product identifier input step)), and supports the unique identifier. The serial number (product identifier) of the watch W to be compared with the unauthorized product identifier stored by the unauthorized product identifier storage means (illegal product identifier storage step), and the watch W (reuse product) to be auctioned (distributed) is stolen. It is determined whether or not it corresponds to (unauthorized product) (unauthorized product determination means (unauthorized product determination step).

  If the system provider server 11 determines that the serial number (product identifier) and the unauthorized product identifier match and the watch W (reuse product) for the auction (distribution target) is a stolen product (illegal product), A stolen product message (unauthorized product message) is output (displayed) on a display connected to the merchant server 12 or the auction operator server 13 (unauthorized product message output means (unauthorized product message output step)), and a product information output button is displayed. Output (display).

  When the product information output button output on the display of the purchaser server 12 or the auction operator server 13 is clicked, the system provider server 11 corresponds to the unique identifier or the serial number (product identifier) indicated by the unique identifier. Customer data, distribution history data, and theft data are extracted from the product information database, customer information database, and theft information database, and the extracted product data, customer data, distribution history data, and theft data are acquired by the purchaser server 12 and the auction operator server 13. (Product data transmission means (product data transmission process)), (distribution history data transmission means (distribution history data transmission process)).

  On the display of the purchaser server 12 or the auction operator server 13, a product information display screen 22 displaying the product data, customer data, distribution history data, and theft data transmitted from the system provider server 11 is output (displayed). (Product data output means (product data output process)), (distribution history data output means (distribution history data output process)). The auction operator server 13 transmits the product data, customer data, distribution history data, and theft data received from the system provider server 11 to the seller server 14. A product information display screen 22 displaying product data, customer data, distribution history data, and theft data transmitted from the auction operator server 13 is output (displayed) on the display of the dealer server 14 (product data output means) (Product data output step)), (Distribution history data output means (Distribution history data output step)). Note that product data, customer data, distribution history data, and theft data may be directly transmitted from the system provider server 11 to the seller server 14.

  On the product information display screen 22, as shown in FIG. 10, a product information display area displaying the manufacturer of the watch W (reuse product), the date of manufacture, the series name, the price when new, the purchase price, and the watch W (Reuse product) Seller C's name and name, address or whereabouts, phone number (fixed phone number or mobile phone number), FAX number, customer information display area displaying email address, image display displaying clock W image An area, a state display area displaying the state of the clock W, a theft date, and a theft information display area displaying a police station having jurisdiction are displayed.

  Note that the information displayed on the product information display screen 22 is not limited to those in FIG. 10, and other information may be displayed, and specific information (for example, personal information) among those information in FIG. 10 may be displayed. ) May not be displayed. The auction operator E who sees the stolen product message (illegal product message) and the product information display screen 22 informs the purchaser D and the dealer F that the watch W (reuse product) cannot be auctioned, and also displays the watch W (theft). Report to the investigative agency.

  The reuse merchandise distribution management system and the reuse merchandise distribution management method are for the auction target (distribution target) when the serial number (product identifier) matches the illegal product identifier at the time of auction (distribution) of the watch W (new or reused product). Since the watch W is determined to be a stolen product (illegal product), the stolen product (illegal product) is not overlooked in the auction (distribution) of the watch W (reuse product), and the auction (distribution) of the watch W (reuse product) ), The stolen product (illegal product) can be reliably seen through, and the auction (distribution) of the stolen product (illegal product) can be prevented, and the auction operator E can auction the genuine watch W. Can do.

  As a result of comparing the serial number (product identifier) of the watch W corresponding to the unique identifier with the stored illegal product identifier, the system provider server 11 does not match the serial number (product identifier) of the watch W with the illegal product identifier. In this case, it is determined that the auction target (distribution target) watch W (reuse product) does not correspond to an unauthorized product (unauthorized product determination means (unauthorized product determination process). When it is determined that the watch W (reuse product) does not correspond to an unauthorized product, an auction OK message is output (displayed) on a display connected to the purchaser server 12 or the auction operator server 13 (auction OK message output means ( Auction OK message output process)), output product information output button Display) to. Auction OK message, other characters and images indicative thereof, it can also be conveyed by voice.

  When the product information output button output on the display of the purchaser server 12 or the auction operator server 13 is clicked, the system provider server 11 corresponds to the unique identifier or the serial number (product identifier) indicated by the unique identifier. Customer data and distribution history data are extracted from the product information database and customer information database, and the extracted product data, customer data, and distribution history data are transmitted to the purchaser server 12 and the auction operator server 13 (product data transmission means (product Data transmission step)), (distribution history data transmission means (distribution history data transmission step)). On the display of the purchaser server 12 or the auction operator server 13, a product information display screen displaying product data, customer data, and distribution history data transmitted from the system provider server 11 is output (displayed) (product data). Output means (product data output step)), (distribution history data output means (distribution history data output step)).

  The auction operator server 13 transmits the product data, customer data, and distribution history data received from the system provider server 11 to the seller server 14. The display of the merchant server 14 outputs (displays) a product information display screen displaying product data, customer data, and distribution history data transmitted from the auction business server 13 (product data output means (product data output Step)), (distribution history data output means (distribution history data output step)). Note that product data, customer data, and distribution history data may be transmitted directly from the system provider server 11 to the seller server 14. On the product information display screen, a product information display area, a customer information display area, an image display area, and a status display area excluding the theft information display area from the product information display screen 22 of FIG. 10 are displayed.

  After confirming the auction OK message, the auction operator E places an auction target (distribution target) watch W (reuse product) on the auction. In the auction, a predetermined seller F makes a successful bid for a watch W (reuse product), and the watch W (reuse product) is purchased from the purchaser D. After the auction is established, the auction operator E transmits auction establishment data from the auction operator server 13 to the system provider server 11. After the auction procedure for the watch W (reusable product) is completed, the auction operator E sends the successful watch W (including the tag 19) to the seller F.

  Upon receiving the auction establishment data, the system provider server 11 displays the product / customer / history data input screen for the product data and customer data of the watch W for which the auction has been established and distribution history data, as shown in FIG. The information is displayed on a display connected to the server 13. On the product / customer / history data input screen, a product data input area, a customer data input area, and a distribution history data input area are displayed. Auction operator E inputs various product data of watch W (reuse product) in the product data input area of the product / customer / history data input screen, and various customers of watch W (reuse product) in the customer data input area. In addition to inputting data, various distribution history data of the watch W (reuse product) is input to the distribution history data input area. The same data as those at the time of purchase of the watch W among the product data, customer data, and distribution history data can be omitted.

  The auction operator E inputs product data, customer data, and history data in the product data input area, customer data input area, and distribution history data input area, and then clicks (tap) a registration button. When the registration button is clicked (tapped), the system provider server 11 converts the input product data, customer data, and distribution history data (including the auction operator code and auction date / time) into a serial number (product identifier), a unique identifier, Are stored (stored) in a product information database or customer information database in a state associated with at least one of them (product data storage means (product data storage process)), (distribution history data storage means (distribution history data storage process)) .

  The product data input to the product data input area includes an auction successful bid price and an auction successful bid date and time in addition to those at the time of purchase of the watch W. The customer data input to the customer data input area is the same as that at the time of purchase of the watch W. The distribution history data input to the distribution history data input area includes the primary to n-th auction successful bid price and the primary to n-th auction successful bid date and time in addition to those at the time of purchase of the watch W.

  FIG. 12 is a diagram illustrating an example of a usage form of sales of a watch W (reuse product), and FIG. 13 is a flowchart illustrating an example of sales of a watch W (reuse product). FIG. 14 is a diagram illustrating another example of the product information display screen, and FIG. 15 is a flowchart illustrating an example of a product data registration procedure in the seller F. The watch W (youth product) that has been won by the auction is sent to the seller F who has made a successful bid, and sold to the buyer H (enterprise or individual user) from the seller F. The dealer F sells the winning watch W (youth product) using an independently operated website (EC site) on the Internet 18.

  After the awarded watch W (youth product) is sent from the auction operator E to the seller F, the seller F sends the watch W (youth product) to the website operator G that manages the website (EC site). ) On the website (EC site). The website operator G posts the watch W (youth product) on the website (EC site) based on the request from the dealer F. Buyer H (company or individual user) accesses and logs in to the website (EC site) using his / her smartphone 17 and browses various reuse products posted on the website (EC site) You can purchase reuse products you want to purchase.

  A buyer H (company or individual user) who wants to purchase a watch W (reuse product) posted on the website (EC site) accesses and logs in to the website (EC site) using the smartphone 17 possessed by the buyer. , While proceeding to the purchase procedure of the website (EC site) while designating the watch W. In the purchase procedure, for example, the purchaser H (enterprise or individual user) designates the watch W desired to purchase, and then taps the purchase request icon displayed on the touch screen of the smartphone 17.

  When buyer H taps the purchase request icon, purchase request information of watch W (reuse product) is transmitted from smartphone 17 to website provider server 15 of website provider G, and the purchase request information is also transferred to website provider. The data is transmitted from the server 15 to the dealer server 14 of the dealer F. When the purchase request information is transmitted to the dealer server 14, a display connected to the dealer server 14 displays a tag data reading message and a tag data transmission message attached to the watch W (reuse product). The

  The merchant F reads the IC chip 21 of the tag 19 attached to the watch W by the IC tag reader / writer connected to the merchant server 14 according to the data read message and the data transmission message, or reads the merchant server 14 to the merchant server 14. The QR code 20 displayed on the tag 19 is read by the connected barcode reader.

  The merchant server 14 acquires the unique identifier stored in the IC chip 21 and temporarily stores the unique identifier in the cache memory, or acquires the unique identifier indicated by the QR code 20, and caches the unique identifier. Store temporarily in memory. Next, as shown in FIG. 13, the merchant server 14 transmits the unique identifier acquired from the IC chip 21 or the QR code 20 to the system provider server 11. The unique identifier transmitted from the merchant server 14 is input to the system provider server 11.

  The system provider server 11 corresponds to the unique identifier while specifying the serial number (product identifier) of the watch W indicated by the unique identifier transmitted from the seller server 14 (product identifier input means (product identifier input step)). The serial number (product identifier) of the watch W is compared with the unauthorized product identifier stored by the unauthorized product identifier storage means (illegal product identifier storage step), and the watch W (reused product) to be sold (distributed) is stolen ( It is determined whether or not it corresponds to (illegal product) (unauthorized product determination means (unauthorized product determination step).

  If the system provider server 11 determines that the serial number (product identifier) and the unauthorized product identifier match and the watch W (reuse product) for the auction (distribution target) is a stolen product (illegal product), Output (display) a stolen product message (illegal product message) on a display connected to the merchant server 14 or website provider server 15 (unauthorized product message output means (unauthorized product message output step)) and product information output button Is output (displayed).

  When the product information output button output on the display of the merchant server 14 or the website operator server 15 is clicked, the system provider server 11 corresponds to the serial number (product identifier) indicated by the unique identifier or the unique identifier. , Customer data, distribution history data, and theft data are extracted from the product information database, customer information database, and theft information database, and the extracted product data, customer data, distribution history data, and theft data are extracted from the seller server 14 and website operators. (Product data transmission means (product data transmission process)) (Distribution history data transmission means (distribution history data transmission process)).

  A product information display screen 23 displaying the product data, customer data, distribution history data, and theft data transmitted from the system provider server 11 is output (displayed) on the display of the merchant server 14 or the website provider server 15. (Product data output means (product data output process)), (distribution history data output means (distribution history data output process)). The website operator server 15 transmits the product data, customer data, distribution history data, and theft data received from the system provider server 11 to the smartphone 17 possessed by the buyer H. A product information display screen 23 displaying product data, customer data, distribution history data, and theft data transmitted from the website operator server 15 is output (displayed) on the touch screen of the smartphone 17 (product data output means) (Product data output step)), (Distribution history data output means (Distribution history data output step)). Note that product data, customer data, distribution history data, and theft data may be directly transmitted from the system provider server 11 to the smartphone 17 of the buyer H.

  On the product information display screen 23, as shown in FIG. 14, the successful bid information display area displaying the successful bid date of the watch W (reuse product) and the successful bid price of the watch W (reuse product), the clock W (reuse product) Maker, date of manufacture, series name, new product price, purchase price, sales price, product information display area displaying the date of sale, name, name and address of seller C of watch W (reuse product) Or a customer information display area that displays a residence, a telephone number (a fixed telephone number or a mobile phone number), a FAX number, an e-mail address, an image display area that displays an image of the clock W, a status display area that displays the status of the clock W, The theft date display area showing the theft date and the police station in charge.

  Note that the information displayed on the product information display screen 23 is not limited to those in FIG. 14, and other information may be displayed, and specific information (for example, personal information) among those information in FIG. 14 may be displayed. ) May not be displayed. The website operator G who saw the stolen product message (illegal product message) and the product information display screen 23 informs the seller F and the buyer H (company or individual user) that the watch W (reuse product) cannot be sold. At the same time, the investigator is informed of the discovery of the watch W (theft).

  The reuse merchandise distribution management system and the reuse merchandise distribution management method are as follows. When a watch W (reuse product) is sold (during distribution), the serial number (product identifier) matches the illegal product identifier. Since W is determined to be a stolen product (illegal product), the sale (distribution) of the watch W (reuse product) will not cause the overlook of the stolen product (illegal product), and the sale (distribution) of the watch W (reuse product). The stolen product (unauthorized product) can be reliably seen through, and the sale (distribution) of the stolen product (unauthorized product) can be prevented in advance, and a genuine watch W can be sold at the seller F.

  As a result of comparing the serial number (product identifier) of the watch W corresponding to the unique identifier with the stored illegal product identifier, the system provider server 11 does not match the serial number (product identifier) of the watch W with the illegal product identifier. In this case, it is determined that the watch W (reuse product) to be sold (distribution target) does not correspond to an unauthorized product (unauthorized product determination means (illegal product determination process). When it is determined that the watch W (reusable product) does not correspond to an unauthorized product, a sales OK message is output (displayed) on a display connected to the seller server 14 or the website operator server 15 (sales OK message output means) (Sales OK message output process)), output (display) the product information output button. Other characters and images shown may be conveyed by voice.

  When the product information output button output on the display of the merchant server 14 or the website operator server 15 is clicked, the system provider server 11 corresponds to the serial number (product identifier) indicated by the unique identifier or the unique identifier. And customer data and distribution history data are extracted from the product information database and customer information database, and the extracted product data, customer data, and distribution history data are transmitted to the seller server 14 and the website operator server 15 (product data transmitting means) (Product data transmission step)), (Distribution history data transmission means (Distribution history data transmission step)). A product information display screen displaying product data, customer data, and distribution history data transmitted from the system provider server 11 is output (displayed) on the display of the dealer server 14 or the website provider server 15 (product). Data output means (product data output step)), (distribution history data output means (distribution history data output step)).

  The website operator server 15 transmits the product data, customer data, and distribution history data received from the system provider server 11 to the smartphone 17 of the buyer H. A product information display screen displaying product data, customer data, and distribution history data transmitted from the website operator server 15 is output (displayed) on the touch screen of the smartphone 17 (product data output means (product data output) Step)), (distribution history data output means (distribution history data output step)). Note that product data, customer data, and distribution history data may be directly transmitted from the system provider server 11 to the smartphone 17 of the buyer H. On the product information display screen, a successful bid information display area, a product information display area, a customer information display area, an image display area, and a status display area excluding the theft information display area from the product information display screen 22 of FIG. 14 are displayed.

  After confirming the sales OK message, the website operator G informs the seller F that the watch W (reuse product) to be sold (distributed) has been sold to the buyer H. The website operator server 15 transmits the sales establishment data of the watch W (reuse product) to be sold (distributed) to the system provider server 11, the dealer server 14, and the smartphone 17 of the buyer H. After the procedure for selling the watch W (reuse product) is completed, the seller F sends the watch W (including the tag 19) to the buyer H together with the payment method.

  Upon receipt of the sales establishment data, the system provider server 11 displays the merchandise data and customer data of the watch W for which sale has been established, and the merchandise / customer / history data input screen for distribution history data as shown in FIG. 14 is displayed on the display connected to 14. On the product / customer / history data input screen, a product data input area, a customer data input area, and a distribution history data input area are displayed. The seller F inputs various product data of the watch W (reuse product) in the product data input area of the product / customer / history data input screen, and various customer data of the watch W (reuse product) in the customer data input area. And various distribution history data of the watch W (reuse product) are input to the distribution history data input area. Of the product data, customer data, and distribution history data, the same data as those at the time of the auction of the watch W can be omitted.

  The dealer F inputs product data, customer data, and history data in the product data input area, customer data input area, and distribution history data input area, and then clicks (tap) a registration button. When the registration button is clicked (tapped), the system provider server 11 converts the input product data, customer data, and distribution history data (including the sales company code and the sales date / time) into a serial number (product identifier), a unique identifier, Are stored (stored) in a product information database or customer information database in a state associated with at least one of them (product data storage means (product data storage process)), (distribution history data storage means (distribution history data storage process)) .

  The product data input to the product data input area includes a sales price and a sales date in addition to those at the time of the auction of the watch W. The customer data input to the customer data input area is the same as that at the time of the auction of the watch W. The distribution history data input to the distribution history data input area includes primary to n-order sales prices and primary to n-order sales dates in addition to those at the time of the auction of the watch W.

  The reuse product distribution management system and the reuse product distribution management method use the unique serial number (product identifier) or unique identifier of the watch W (reuse product) and distribute (buy, auction, Product data and customer data for each watch W (each reused product) required for sales) can be centrally managed, and when each watch W (each reused product) is distributed (at the time of purchase, at auction, at the time of sale) In addition, it is possible to save the time and effort for the purchaser D, the auction operator E, the seller F, and the website operator G to input various product data and customer data of the watch W each time. Each reuse product) can be distributed smoothly.

  The reuse product distribution management system and the reuse product distribution management method distribute the product data and customer data of each watch W (each reuse product) necessary for the distribution (purchase, auction, sale) of each watch W (each reuse product). Each watch W (every purchase, every auction, every sale) can be output immediately, and each watch W required for distribution (purchase, auction, sale) of each watch W (each reuse product) Product data and customer data of each reuse product can be known for each distribution (at the time of purchase, at the time of auction, at the time of sale). The reuse product distribution management system and the reuse product distribution management method distribute the product data and customer data of each watch W (each reuse product) necessary for the distribution (purchase, auction, sale) of each watch W (each reuse product). Since it is possible to know each time, it is possible to trade (buy, auction, sell) each watch W (each reuse product) with peace of mind in the reuse market.

  The reuse product distribution management system and the reuse product distribution management method use a QR code (bar code) that represents a unique identifier and an IC chip that stores the unique identifier, and read the QR code (bar code) to obtain a QR code (bar code). The product data and customer data of the watch W (reuse product) corresponding to the serial number (product identifier) of the watch W indicated by the unique identifier shown in the code) can be immediately output, and the IC can be read by reading the IC chip. Product data and customer data corresponding to the serial number (product identifier) of the watch W indicated by the unique identifier stored in the chip can be immediately output.

  The reuse merchandise distribution management system and the reuse merchandise distribution management method include product data and customers of the watch W (reuse product) corresponding to the serial number (product identifier) of the watch W indicated by the unique identifier represented by the QR code (bar code). Since the product data and customer data of the watch W (reuse product) corresponding to the serial number (product identifier) of the watch W indicated by the unique identifier stored in the data and IC chip can be output immediately, the QR code (bar code ) And IC chips, the product data and customer data of each watch W (each reuse product) necessary for the distribution (purchase, auction, sale) of each watch W (each reuse product) is distributed for each distribution. I can know.

  FIG. 16 is a flowchart illustrating an example of pre-registration of a unique identifier. The buyer H (purchaser) who purchased the watch W (reuse product) from the seller F receives the QR code 20 (bar code) displayed on the tag 19 attached to the watch W (reuse product) sent from the seller F. Is taken with a smartphone 17 (mobile communication terminal) or an owned tablet (mobile communication terminal), and the unique identifier represented in the QR code 20 is stored in the storage area of the smartphone 17 or tablet using the QR code reader of the smartphone 17 or tablet. Store (memorize). Alternatively, the IC chip 21 installed in the tag 19 is read by the IC tag reader / writer, and the unique identifier stored in the IC chip 21 is stored (stored) in the storage area of the smartphone 17, the tablet, or the personal computer (communication terminal) owned. . The unique identifier of the purchased watch W (reuse product) is registered in the smartphone 17, tablet, or personal computer (unique identifier registration means (unique identifier registration step)). When a unique identifier is stored (registered) in the smartphone 17, tablet, or personal computer, a system icon representing the reuse merchandise distribution management system is displayed on the touch screen of the smart phone 17 or tablet, or the display of the personal computer.

  When the purchased watch W (reuse product) is stolen, the buyer H taps (clicks) a system icon displayed on the smartphone 17, the tablet, or the personal computer. When a system icon is tapped (clicked), an emergency transmission screen (not shown) is displayed on the touch screen of the smartphone 17 or the tablet or the display of the personal computer. On the emergency transmission screen, a theft data transmission button and a cancel button are displayed. Tap (click) the cancel button to return to the system icon.

  When the buyer H who has stolen the purchased watch W (reuse product) taps (clicks) the theft data transmission button of the smartphone 17, the unique identifier of the watch W (reuse product) stolen with a predetermined theft signal is displayed on the smartphone. 17, a tablet, and a personal computer are transmitted to the system provider server 11 (reuse product distribution management system) (unique identifier transmission means (unique identifier transmission step)).

  The system provider server 11 receives the theft signal and the unique identifier of the watch W (theft item) transmitted from the smartphone 17, the tablet, and the personal computer (unique identifier receiving means (unique identifier receiving step)). Upon receiving the theft signal and the unique identifier, the system provider server 11 identifies the serial number (product identifier) of the watch W (theft product) corresponding to the unique identifier from the received unique identifier, and identifies the identified serial number (product (Identifier) is stored (stored) in the theft information database as an unauthorized product identifier (including transmission (theft) date and time) (illegal product identifier storage means (unauthorized product identifier storage step). Is transmitted to the smartphone 17, the tablet, and the personal computer.

  The theft signal and unique identifier of the watch W (theft item) are sequentially transmitted from the smartphone 17, the tablet, and the personal computer of the buyer H to the system provider server 11. The system provider server 11 sequentially receives the theft signal and the unique identifier from the smartphone 17 of the buyer H, the tablet, and the personal computer, and invalidates the serial number (product identifier) corresponding to the unique identifier of the watch W (theft product) received sequentially. Store and update as product identifier. In the theft information database of the system provider server 11, an unauthorized product identifier (serial number) of the clock W (theft product) corresponding to the unique identifier sequentially transmitted from the smartphone 17, the tablet, or the personal computer of the buyer H is stored.

  In the reuse product distribution management system and the reuse product distribution management method, a unique identifier is received from the QR code 20 barcode displayed on the tag 19 attached to the watch W (reuse product) or the IC chip 21 attached to the tag 19 on the smartphone 17 ( By registering in the communication terminal), tablet (communication terminal), and personal computer (communication terminal), even if the tag 19 is lost, the unique identifier can be secured (saved) in the smartphone 17, tablet, or personal computer. When the watch W (reuse product) corresponding to the unique identifier registered in the tablet, the tablet, or the personal computer is stolen, the unique identifier of the watch W (theft product) stolen together with a predetermined theft signal is assigned to the smartphone 17 or tablet, System provider server 11 from PC (reuse The serial number (product identifier) corresponding to the unique identifier of the watch W (stolen product) can be immediately stored as an unauthorized product identifier, and the watch W (stolen product) can be reused. Distribution to the market, buying and selling stolen goods, and auctions can be prevented quickly and in advance.

DESCRIPTION OF SYMBOLS 10 Data center 11 System provider server 12 Purchaser server 13 Auction operator server 14 Seller server 15 Website operator server 16 Investigation organization server 17 Smartphone (communication terminal)
18 Internet 19 Tag 20 QR Code (Barcode)
21 IC chip 22 Product information display screen 23 Product information display screen A System provider search B Investigation agency C Seller D Purchaser E Auction operator F Seller G Website operator H Buyer W Watch (reuse goods)

Claims (26)

In the reuse product distribution management system that manages the distribution of various reuse products with unique product identifiers,
The reuse product distribution management system, when the reuse product is an unauthorized product, an unauthorized product identifier storage means for storing an original product identifier of the unauthorized product as an unauthorized product identifier; An unauthorized product determination unit that determines whether a reuse product to be distributed corresponds to an unauthorized product while referring to the unauthorized product identifier stored by the identifier storage unit, and the reuse product to be distributed is an unauthorized product by the unauthorized product determination unit. A reuse merchandise distribution management system, comprising: fraudulent merchandise message output means for outputting a fraudulent merchandise message when it is determined to fall under.   The reuse product distribution management system includes an identifier input unit that inputs a product identifier of the reuse product to be distributed when the reuse product is distributed, and the unauthorized product determination unit inputs the product identifier input by the identifier input unit. The unauthorized product identifier stored in the unauthorized product identifier storage unit is compared, and when the product identifier matches the unauthorized product identifier, it is determined that the reuse product to be distributed corresponds to the unauthorized product. Reusable product distribution management system described in 1.   The reuse merchandise distribution management system stores a unique identifier generating unit that generates a unique identifier indicating a product identifier of the reuse product, and stores the product identifier of the reuse product in a state associated with the unique identifier generated by the unique identifier generating unit. In the reuse merchandise distribution management system, a tag including at least one of a barcode representing the unique identifier and an IC chip storing the unique identifier is attached to the reuse merchandise. The product identifier of the reuse product associated with the unique identifier is identified by reading the barcode displayed on the tag, or the unique identifier stored in the IC chip is read into the unique identifier. Associated reuse Reuse product distribution management system according to claim 1 or claim 2 goods item identifier is identified.   The fraudulent product is a stolen product illegally stolen, and the fraudulent product determination means determines whether the reuse product to be distributed corresponds to the stolen product while referring to the fraudulent product identifier. 4. The reuse merchandise distribution management system according to claim 1, wherein the message output means outputs a stolen product message.   The reuse merchandise distribution management system includes a merchandise identifier receiving unit that sequentially receives a merchandise identifier of the stolen product from a predetermined provider, and the illegal merchandise identifier storage unit stores the stolen product sequentially received by the merchandise identifier receiving unit. The reuse merchandise distribution management system according to claim 4, wherein the merchandise identifier is stored and updated as an illegal merchandise identifier.   The reuse product distribution management system stores product data of the reuse product necessary for distribution of the reuse product in a state associated with the product identifier or the unique identifier, and when the reuse product is distributed, The reuse product distribution management system according to any one of claims 3 to 5, further comprising product data output means for outputting the product data corresponding to the product identifier or the unique identifier.   The product data output means outputs product data corresponding to the product identifier indicated by the unique identifier represented in the barcode, or product data corresponding to the product identifier indicated by the unique identifier stored in the IC chip. The reuse merchandise distribution management system according to claim 6 for outputting.   The reuse product distribution management system stores distribution history data of the reuse product necessary for distribution of the reuse product in a state associated with the product identifier or the unique identifier, and distribution of the reuse product. 8. The reuse merchandise distribution management system according to claim 3, further comprising distribution history data output means for outputting distribution history data corresponding to the merchandise identifier or the unique identifier.   The distribution history data output means outputs distribution history data corresponding to the product identifier indicated by the unique identifier represented in the barcode, or the distribution history data corresponding to the product identifier indicated by the unique identifier stored in the IC chip. The reuse merchandise distribution management system according to claim 8 which outputs history data.   The time when the reuse product is distributed is the time when the reuse product is bought and sold in a company-to-business, the time when the reuse product is bought and sold in a company-to-individual user, and the time when the reuse product is bought and sold in an individual user-to-individual user. Item 10. A reuse product distribution management system according to any one of Items 9 to 9.   The buying and selling of the reuse product in the company-to-company is an auction of the reuse product in the company-to-business, and the buying and selling of the reuse product in the company-to-individual user and the buying and selling of the reuse product in the individual user-to-individual user are: The reuse merchandise distribution management system according to claim 10, wherein the merchandise is an individual user and a sale of the reuse merchandise for the individual user vs. an individual user using a predetermined website.   In the reuse merchandise distribution management system, the unique identifier is registered in a predetermined communication terminal from at least one of the barcode displayed on the tag and the IC chip attached to the tag, and is registered in the communication terminal. When the reuse product corresponding to the unique identifier is stolen, the communication device transmits a unique identifier of the stolen reuse product together with a predetermined theft signal from the communication terminal to the reuse product distribution management system. The management system includes a unique identifier receiving unit that sequentially receives the unique identifier of the stolen product transmitted from the communication terminal, and the unauthorized product identifier storage unit receives the unique identifier of the stolen product that is sequentially received by the unique identifier receiving unit. The stored product identifier is stored and updated as an unauthorized product identifier. Reuse product distribution management system according to any one of claims 11 to.   The communication terminal is a communication terminal of a company that distributes the reuse product to the market, and a portable communication terminal of an individual user who buys and sells the reuse product. In the reuse product distribution management system, the communication terminal of the company or the individual user The reuse merchandise distribution management system according to claim 12, wherein the mobile phone terminal transmits the theft signal and the unique identifier of the stolen reuse merchandise to the communication terminal of the reuse merchandise distribution management system. In the reuse product distribution management method for managing the distribution of various reuse products having unique product identifiers,
In the reuse product distribution management method, when the reuse product is an unauthorized product, an unauthorized product identifier storage step of storing an original product identifier of the unauthorized product as an unauthorized product identifier, and when the reuse product is distributed, The fraudulent product determination step for determining whether the reuse product to be distributed corresponds to the fraudulent product while referring to the fraudulent product identifier stored in the identifier storage step, and the reuse product to be distributed by the fraudulent product determination step And a fraudulent merchandise message output step of outputting a fraudulent merchandise message when it is determined that the item is applicable to the reuse merchandise distribution management method.   The reuse product distribution management method includes a product identifier input step of inputting a product identifier of the reuse product to be distributed when the reuse product is distributed, and the unauthorized product determination step is input by the product identifier input step. A product identifier is compared with the unauthorized product identifier stored in the unauthorized product identifier storage step, and when the product identifier matches the unauthorized product identifier, it is determined that the reuse product to be distributed corresponds to an unauthorized product. Item 2. A reuse merchandise distribution management method according to Item 1.   The reuse product distribution management method stores a unique identifier generating step for generating a unique identifier indicating a product identifier of the reuse product, and stores the product identifier of the reuse product in association with the unique identifier generated by the unique identifier generation step. A product identifier storage step, and a tag attachment step of attaching a tag including at least one of a barcode representing the unique identifier and an IC chip storing the unique identifier to the reuse product, the reuse product In the distribution management method, the product identifier of the reuse product associated with the unique identifier is specified by reading the barcode displayed on the tag, or the unique identifier stored in the IC chip is read. Before associated with the unique identifier Reuse product distribution management method according to claim 14 or claim 15 Reuse items product identifier is identified.   The fraudulent product is a stolen product illegally stolen, and the fraudulent product determination step determines whether the reuse product to be distributed corresponds to the stolen product while referring to the fraudulent product identifier. The reuse product distribution management method according to any one of claims 14 to 16, wherein the message output step outputs a stolen product message.   The reuse merchandise distribution management method includes a merchandise identifier receiving step of sequentially receiving the merchandise identifier of the stolen product from a predetermined provider, and the illegal merchandise identifier storage step is performed for the stolen product received sequentially by the merchandise identifier receiving step. The reuse merchandise distribution management method according to claim 17, wherein the merchandise identifier is stored and updated as an illegal merchandise identifier.   The reuse product distribution management method stores the product data of the reuse product necessary for distribution of the reuse product in a state associated with the product identifier or the unique identifier, and when the reuse product is distributed, The reuse product distribution management method according to any one of claims 16 to 18, further comprising a product data output step of outputting the product data corresponding to the product identifier or the unique identifier.   The product data output step outputs product data corresponding to the product identifier indicated by the unique identifier represented by the barcode, or product data corresponding to the product identifier indicated by the unique identifier stored in the IC chip. The reuse merchandise distribution management method according to claim 19 for outputting.   A distribution history data storage step in which the reuse product distribution management method stores distribution history data of the reuse product necessary for distribution of the reuse product in a state associated with the product identifier or the unique identifier; and distribution of the reuse product 21. A reuse merchandise distribution management method according to claim 16, further comprising a distribution history data output step of outputting distribution history data corresponding to the merchandise identifier or the unique identifier.   The distribution history data output step outputs distribution history data corresponding to the product identifier indicated by the unique identifier represented by the barcode, or the distribution corresponding to the product identifier indicated by the unique identifier stored in the IC chip. The reuse merchandise distribution management method according to claim 21, wherein the history data is output.   The time when the reuse product is distributed is the time when the reuse product is bought and sold in a company-to-business, the time when the reuse product is bought and sold in a company-to-individual user, and the time when the reuse product is bought and sold in an individual user-to-individual user. Item 23. The reuse merchandise distribution management method according to any one of Items 22.   The buying and selling of the reuse product in the company-to-company is an auction of the reuse product in the company-to-business, and the buying and selling of the reuse product in the company-to-individual user and the buying and selling of the reuse product in the individual user-to-individual user are: 24. The reuse merchandise distribution management method according to claim 23, wherein the reuse merchandise is for sale and sale of the company vs. individual user and the individual user vs. individual user using a predetermined website.   The reuse merchandise distribution management method includes a unique identifier registration step of registering the unique identifier in a predetermined communication terminal from at least one of a barcode displayed on the tag and an IC chip attached to the tag; When the reuse product corresponding to the unique identifier registered in the communication terminal by the unique identifier registration step is stolen, a unique identifier of the stolen reuse product together with a predetermined theft signal is distributed from the communication terminal to the reuse product distribution. A unique identifier transmitting step for transmitting to the management system; and a unique identifier receiving step for sequentially receiving the unique identifier of the stolen product transmitted from the communication terminal, wherein the unauthorized product identifier storing step is sequentially received by the unique identifier receiving step. The product identifier indicated by the unique identifier of the stolen product Reuse product distribution management method according to any one claims 14 to 24 for storing updated as product identifiers.   The communication terminal is a communication terminal of a company that distributes the reuse product to the market, a portable communication terminal of an individual user who buys and sells the reuse product, and the product identifier transmission step includes the communication terminal of the company or the personal user 26. The reuse merchandise distribution management method according to claim 25, wherein the stolen signal and the unique identifier of the stolen reuse merchandise are transmitted from a portable communication terminal to a communication terminal of the reuse merchandise distribution management system.

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