JP7130432B2 - Auction/successful bid product management system - Google Patents

Description

The present invention relates to an auction/successful bid product management system that manages auction products that are put up for auction at an auction site and successful bid products that have been successfully bid on.

A participant terminal operated by a participant, an auction organizer terminal operated by an operator, and an auction server connected to the participant terminal and the auction organizer terminal via a network. an auction start operation unit provided and operated to start an auction; and an auction server provided in an auction organizer terminal after an auction start signal is transmitted to the auction server by operating the auction start operation unit. A display section of the organizer's terminal that sequentially updates and displays the current price by sequentially transmitting prices sequentially increased from the starting price input in advance to the auction organizer's terminal as current price information from the auction organizer's terminal; After the auction start signal is transmitted to the auction server by operating the auction start operation unit, the prices sequentially increased from the start price previously input to the participant terminal from the auction server are sequentially transmitted as current price information. a participant terminal display section for sequentially updating and displaying the current price, and a participant bidding operation which is provided in the participant terminal and operated to make the participant bid at the current price displayed on the participant terminal display section. After the bid signal including the bid price information, which is the current price of the bid, is transmitted to the auction server by the operation of the participant bid operation unit, the organizer terminal display unit and the participant terminal display unit, the organizer terminal display unit, and the participant terminal display unit Bid price information is transmitted from the auction server to the terminals of the auction organizer and the terminals of the participants, so that a predetermined post-bid current price equal to or higher than the bid price is displayed as the current price, and is provided in the terminals of the auction organizer and the participants. and a non-successful bid operation unit operated when a bid is not made at the bid price submitted by the bidding operation unit, and the current price after bidding is displayed on the organizer terminal display unit and the participant terminal display unit. When the unsuccessful bid operation unit is operated in this state, the prices that are successively increased thereafter are sequentially displayed as the current prices, and the auction server displays the unsuccessful bids within a predetermined time after the participant bids are operated by the participant bid operation unit. When the successful bid operation unit is operated, an auction system is started in which the current price after the last bid is displayed as the current price on the display units of the terminals of the auction host and the terminals of the participants (see Patent Document 1). .

JP 2016-190442 A

The auction system disclosed in Patent Document 1 utilizes participant terminals, auction organizer terminals, and an auction server that are connected via the Internet, and the participants and the auction organizer conduct an auction on the Internet. In addition to online auctions in which a terminal and a server connected via the Internet are used for bidding, auctions in which a plurality of successful bidders (buyers) gather at an actual auction site and are put up for auction There is a physical bidding type auction in which the successful bidders bid on the price of the product and the highest bidder bids down.

In a physical auction where the auction is held at the auction site, the auctioned item is transported to the auction site, and on the day the auction is held, multiple successful bidders (buyers) gather at the auction site to track the progress of the auction. After the facilitator issues the product identifier such as the product number and product name of the auction product, the auctioneer moderates the auction and raises the auction price. After the auction item has been auctioned off, a repeater (ohm), who repeats the voice of the auctioneer, utters the successful bidder identifier for the successful bid item and the successful bid price for the successful bid item. The administrative clerk (auction assistant) writes the product number, product name, etc. spoken by the facilitator as the product identifier for the auction product on the form or tag, and the repeater (ohm) speaks the successful bidder as the successful bidder identifier. Write down the name and the successful bid price spoken by the repeater as the successful bid price word on the form or tag. The clerk attaches a form or a tag describing the name of the successful bidder, the successful bid price, such as the product number and product name, to the successful bid product.

After a plurality of auction items have been awarded, a clerical worker (auction assistant) sorts the successful bid items for each successful bidder (each buyer), and puts the successful bid items in a mailing box (inspection box) for each successful bidder. At the same time, each successful bidder creates a successful bid product details that describes the successful bid information such as the product number, product name, etc. of the successful bid product, the successful bidder name, the successful bid price, etc. Make one for each successful bidder. In addition, each successful bidder is requested to confirm the successful bid items stored in the mail box (inspection box), and each successful bidder confirms whether or not the successful bid items have been sold by a specific successful bidder.

In a physical auction type auction, it is possible to actually see the auctioned item and understand the condition of the auctioned item while bidding. , causing delays in the delivery of successful bid items to successful bidders. In addition, there are cases in which the successful bid items of other successful bidders are mixed with the successful bid items of a specific successful bidder, which makes the task of finding, returning, and refunding auctioned items that have not been successfully bid down extremely complicated, resulting in It is a cause that hinders the smooth trading of stocks. In addition, clerks (auction assistants) must individually manage multiple auction items and multiple successful bid items, which requires a great deal of time and effort. A mismatch occurs between the product and the successful bid information such as the product number, product name, successful bidder name, and successful bid price.

It is an object of the present invention to save the trouble of confirming the successful bid items by each successful bidder in a physical bidding type auction where bidding is conducted at an auction site, and to make it possible to confirm the successful bid items by the successful bidders. To provide an auction/successful bid product management system capable of quickly delivering a product to a person. Another object of the present invention is to provide a method for a specific successful bidder in a physical auction where bidding is conducted at an auction site, even if a successful bidder's successful bid product is included in a specific successful bidder's successful bid product. It is possible to easily find the successful bid product that other successful bidders have won before delivering the successful bid product to the buyer, and save the trouble of finding, returning, and refunding the auction product that has not been sold. To provide an auction/successful bid merchandise management system capable of smoothly buying and selling auction merchandise. Another object of the present invention is to enable easy management of auctioned products and successful bid products in a physical auction type auction in which bidding is conducted at an auction site, and to facilitate management of auctioned products, successful bid products, product numbers, product names, etc. To provide an auction/successfully-successfully-successful article management system capable of preventing occurrence of a mismatch with successful bid information such as a successful bidder's name and a successful bid price.

The premise of the present invention for solving the above-mentioned problems is an auction/successful bid product management system that manages auction products put up for auction in an auction hall and bids for and successful bid products.

A feature of the auction/successful bid product management system of the present invention based on the above premise is that the auction/successful bid product management system includes a plurality of tags individually attached to a plurality of auction products before being put up for auction, and an IC installed on each of the tags. A successful bidder comprising a reader for reading the unique identifiers of chips and a management computer for managing the unique identifiers of the IC chips, wherein the management computer identifies the successful bidder who has made a successful bid for the successful bid item while corresponding to the successful bid item. Successful bidder identification data storage means for storing specific data associated with the unique identifier of the IC chip, and IC chips of tags attached to a plurality of successful bid commodities sold by a specific successful bidder by bidding using a reader. identifier reading means for reading the unique identifier of the IC chip, identifier comparing means for comparing the unique identifier of the IC chip read by the identifier reading means and the unique identifier of the IC chip stored by the winning bidder specifying data storing means, and identifier comparing means As a result of comparing the unique identifiers of the IC chips, all of the unique identifiers of the IC chips installed on the tags of the plurality of successful bid items read by the identifier reading means are associated with the successful bidder specifying data stored by the successful bidder specifying data storage means. IC chips installed on the tags of the plurality of successful bid products read by a first inspection means for allowing shipment of a plurality of successful bid products when they match the unique identifiers of the attached IC chips, and the identifier reading means. If at least one of the unique identifiers does not match the unique identifier of the IC chip associated with the successful bidder specifying data stored by the successful bidder specifying data storage means, the shipment of a plurality of successful bid items is prohibited. 2 inspection means.

As an example of the auction/successful bid product management system of the present invention, the auction/successful bid product management system includes a check box having a reader installed therein, and the identifier reading means reads all of a plurality of successful bid products sold by a specific successful bidder. The tags are stored in the check boxes, and the unique identifiers of the IC chips attached to the tags of the successful bid commodities are collectively read using a reader installed in the check boxes.

As another example of the auction/successful bid product management system of the present invention, the auction/successful bid product management system includes the auction product identifier uttered by the auction organizer during the bidding at the auction hall and the successful bid product. an input device for inputting a successful bidder identifier and a successful bid price of a successful bid product to a management computer, the input device inputs the auction product identifier as auction product identification data to the management computer, and identifies a successful bidder. The management computer has a word input means for inputting words as successful bidder specifying data into the management computer and inputting words as winning bid prices into the management computer as winning bid price data, and the management computer tags the auction product specifying data specifying each auction product. (auction item specific data storage means for storing in a state associated with a unique identifier of an IC chip installed in an IC chip); a successful bid price data storage means for storing data associated with the identifier; the successful bidder specifying data storage means stores the successful bidder specifying words input by the word input means as the successful bidder specifying data, and inputs the winning bidder specifying words by the word input means; The auction product identifier thus obtained is recognized as auction product specification data.

As another example of the auction/successful bid product management system of the present invention, when the management computer determines that the second inspection means cannot ship the successful bid product, the successful bid product is attached with a tag having an IC chip with a unique identifier that does not match. non-matching product identification data output means for outputting non-matching product identification data.

As another example of the auction/successful bid product management system of the present invention, the auction organizer has a facilitator who monitors the progress of the auction, an auctioneer who moderates the auction, and a repeater who repeats the voice of the auctioneer. Then, the facilitator utters the auction product identifier for the auction product, the repeater utters the successful bidder identifier that has made a successful bid for the successful bid product and the contract price of the successful bid product. The bid price words uttered by the reply clerk are input into the management computer as auction commodity identification data, and the successful bidder identification words uttered by the repeater clerk are input into the management computer as successful bidder identification data. is entered into the management computer as successful bid price data.

As another example of the auction/successful product management system of the present invention, the auction product identifier uttered by the facilitator is input as voice data to a microphone that picks up the voice of the facilitator. The auction product specifier input to the microphone is input to the management computer as auction product specification data.

As another example of the auction/successful bid product management system of the present invention, the successful bidder specifying word and the successful bid price word uttered by the repeater are input as voice data into a microphone that picks up the voice of the repeater. The successful bidder identifier input to the microphone as voice data is input from the microphone to the management computer as successful bidder identification data, and the winning bid price descriptor input to the microphone as voice data is input to the management computer from the microphone as winning bid price data. .

As another example of the auction/successful bid product management system of the present invention, the auction/successful bid product management system includes a label printer that creates a label to be affixed to a tag, and the management computer inputs auction product specification data and a successful bid product through a word input means. label output means for outputting a label to be affixed to a tag from a label printer after the winning bidder identification data and the winning bid price data are input to the management computer, the winning bidder name of the winning bidder identification data and the winning bid price of the winning bid price data are displayed; including.

As another example of the auction/successful bid product management system of the present invention, the management computer includes product data storage means for storing the product data of the auction product before being put up for auction in a state associated with the unique identifier of the IC chip ; Auction product specification data, successful bidder specification data, and successful bid price data are input to the management computer by the input means, and when the first inspection means permits shipment of the successful bid product, the successful bidder wins the bid. a successful bid item description output means for outputting a successful bid item description displaying the successful bidder identification data, the successful bid price data, and the item data of the successful bid item.

As another example of the auction/successful bid product management system of the present invention, the product data of the auction product includes the exhibitor of the auction product, the name of the auction product, the photograph of the auction product, the bid price of the auction product, and a management computer. includes an auction product data output means for outputting the product data of the auction product before it is put up for auction.

As another example of the auction/successful bid product management system of the present invention, the successful bid product details output by the successful bid product details output means include the exhibitor of the successful bid product, the product name of the successful bid product, and the bid of the successful bid product. price is displayed.

According to the auction/successful bid product management system according to the present invention, as a result of the management computer comparing the unique identifiers of the IC chips by the identifier comparing means, the IC chips installed on the tags of the multiple successful bid products read by the identifier reading means. a first inspection means for permitting shipment of a plurality of successful bid products when all of the unique identifiers of the IC chips match the unique identifiers of the IC chips associated with the successful bidder specifying data stored by the successful bidder specifying data storage means. and at least one of the unique identifiers of the IC chips installed on the tags of the plurality of winning bidders read by the identifier reading means is associated with the winning bidder specifying data stored by the winning bidder specifying data storage means. Since it has a second inspection means for disallowing shipment of a plurality of successful bid products if they do not match the unique identifier, a specific successful bidder makes a successful bid in a physical auction type auction in which bidding is conducted at an auction site. It is possible to instantaneously determine whether or not a plurality of successful bid items have been successfully bid by the successful bidder by the unique identifier of the IC chip of the tag attached to the successful bid items, thereby facilitating confirmation work of the successful bid items by each successful bidder. It is possible to save time and effort, and to promptly deliver the successful bid items that the successful bidder has won to the true successful bidder.

Including a check box having a reader installed therein, the identifier reading means stores all of a plurality of successful bid commodities bidding by a specific successful bidder in the check box, and uses the reader installed in the check box to tag the successful bid commodities. The auction/successful bid product management system, which collectively reads the unique identifiers of the IC chips installed in the auction site, is attached to multiple successful bid products that a specific successful bidder has made a successful bid for in a physical auction where bidding is conducted at an auction site. The individual identifier of the IC chip of the tag of the successful bid product can be read at once from the check box, and the labor of individually reading the individual identifier of the IC chip installed in the tag of the successful bid product can be saved for each successful bid product. Since the auction/successful bid product management system uses the check boxes to read the individual identifiers of the IC chips of the tags attached to multiple successful bid products at once, multiple successful bid products won by a specific successful bidder can be identified by that successful bidder. can be judged at once by the unique identifier of the IC chip of the tag attached to each successful bidder whether or not the successful bidder has won a successful bid. It is possible to promptly deliver the successful bidders who have successfully bid on the successful bidders to the true successful bidders.

An input device for inputting into a management computer an auction product identifier for an auction product, a successful bidder identifier for a successful bidder, and a successful bid price for a successful bid product, uttered by an auction organizer during bidding at an auction site. The input device inputs an auction product identifier as auction product specification data into the management computer, inputs a successful bidder identifier into the management computer as successful bidder specification data, and inputs a successful bid price identifier into the management computer as successful bid price data. Auction product specification data storage means (Section 2 storage means), and a successful bid price data storage means for storing the successful bid price word of the successful bid item input by the word input means as the successful bid price data of the successful bid item in a state of being associated with the unique identifier of the IC chip, The auction/successful product for auction/successful bid product in which the bidder specifying word input by the word input means is stored as the successful bidder specifying data in the bidder specifying data storage means, and the auction product specifying word input by the word input means is recognized as the auction product specifying data. The management system uses the winning bidder specifying word input by the word input means as the winning bidder specifying data, and stores the winning bidder specifying data in a state of being associated with the unique identifier of the IC chip so that the winning bidder specifying data can be read by the identifier reading means. When the unique identifier of the IC chip and the unique identifier of the IC chip associated with the successful bidder specifying data stored by the successful bidder specifying data storage means are compared, a plurality of successful bid items won by a specified successful bidder are determined to be successful bidders. It is possible to instantaneously judge whether or not a person has won a successful bid by the unique identifier of the IC chip of the tag attached to the successful bid product. The auction/successful bid commodity management system inputs an auction commodity specifier as auction commodity specification data into the management computer, inputs a successful bidder specifier into the management computer as successful bidder specification data, and inputs a successful bid price into the management computer by means of a word input means. The information is input to the management computer as price data, and the management computer stores the successful bidder identifier as successful bidder identification data in a state associated with the unique identifier of the IC chip, and the successful bid price identifier of the successful bid product as the successful bid price data of the successful bid product. By storing in a state associated with the unique identifier of the IC chip and storing the auction item identifier as auction item identification data in a state associated with the unique identifier of the IC chip, the management computer identifies the auction item by the auction item identifier. The winning bidder can be identified by the successful bidder identifier, and the successful bid price can be identified by the successful bid price identifier.

Auction including mismatched product specification data output means for outputting mismatched product specification data for a successful bid product attached with a tag having an IC chip of a mismatched unique identifier when the management computer rejects shipment of the successful bid product in the second inspection means.・The successful bid product management system does not provide a unique identifier that does not match even if the successful bid product of another successful bidder is included in the successful bid product of a specific successful bidder in a physical bidding type auction where bidding is conducted at an auction site. By outputting the mismatched product specification data of the successful bid products to which the tag having the IC chip of the above has been attached, it is possible to easily specify the successful bid products that other successful bidders who are included in the successful bid products have made a successful bid, and the specific successful bidder It is possible to easily find a successful bid product that another successful bidder has won before the successful bid product is delivered to the customer. To smoothly buy and sell an auction product by saving the trouble and time required for finding, returning, or refunding an auction product that has not been successfully bid by an auction/successful bid product management system. can be done.

As the auction organizer, there are a facilitator who monitors the progress of the auction, an auctioneer who moderates the auction, and a repeater who repeats the voice of the auctioneer. A successful bidder specifying word for a successful bid product and a contract price for the successful bid product are uttered, and the auction product specifying word uttered by the facilitator is input to the management computer as auction product specifying data in the word input means, and read back. An auction/successful bid commodity management system for inputting a successful bidder identifying word uttered by a person in charge as successful bidder identifying data into a management computer and inputting a successful bid price word uttered by a repeater in the management computer as a winning bid price data into the management computer. The auction item specifying words uttered by the facilitator, the successful bidder specifying words uttered by the repetition clerk, and the winning bid price words uttered by the repetition clerk are input into the management computer, and the management computer uses the winning bidder specifying words as successful bidder specifying data. The auction item identifier is stored in association with the unique identifier of the IC chip, the contract price of the successful bid item is stored as successful bid price data of the successful bid item in association with the unique identifier of the IC chip, and the auction item identifier is auction item identification data. By storing the information associated with the unique identifier of the IC chip, the management computer can specify the auction product by the auction product identifier, the successful bidder by the successful bidder identifier, and the successful bid price The contract price can be specified by the word.

The auction product identifier uttered by the facilitator is input as voice data to a microphone that picks up the voice of the facilitator, and the auction product identifier input to the microphone as voice data is managed from the microphone as auction product specification data in the word input means. In the auction/successful product management system input to the computer, the auction product specific word input as voice data to the microphone is input as the auction product specific data from the microphone to the management computer, and the auction product specific data is transmitted via the microphone. can be directly input to the management computer by using the auction product specification data, saving labor and time required for manually inputting the auction product specification data, and allowing the management computer to specify the auction product by the auction product identifier input from the microphone. be able to.

The winning bidder specifying word and the winning bid price word uttered by the repeater are input as voice data to a microphone that picks up the voice of the repeater, and the winning bidder specifying word input to the microphone as voice data is converted to the winning bidder specifying data in the word input means. is input to the management computer from the microphone as voice data, and the winning bid price word input to the microphone as voice data is input to the management computer from the microphone as the winning bid price data. The winning bidder identifying data is input from the microphone to the management computer as successful bidder identifying data, and the winning bid price word input to the microphone as voice data is input to the management computer from the microphone as winning bid price data, whereby the winning bidder identifying data and the winning bidder are obtained. Price data can be directly input to the management computer via a microphone, saving the labor and time required for manually inputting successful bidder identification data and successful bid price data. A successful bidder can be identified by the successful bidder identifier, and the management computer can identify the successful bid price by the successful bid price identifier inputted from the microphone.

including a label printer for making a label to be attached to a tag, and after the management computer inputs the auction product identification data, the successful bidder identification data, and the successful bid price data to the management computer through the word input means, the successful bidder name of the successful bidder identification data; and a label output means for displaying the winning bid price of the winning bid price data and outputting a label to be affixed to the tag from a label printer. By outputting a label with the mark displayed on it from a label printer and attaching the label to the tag, the successful bidder and the winning bid price can be known by looking at the tag attached to the successful bid product. By using this, it is possible to easily manage the successful bid items in a physical auction type auction in which bidding is conducted at an auction site.

Commodity data storage means for storing commodity data of the auction commodity before being put up for auction by the management computer in a state of being associated with the unique identifier of the IC chip , and auction commodity specifying data, successful bidder specifying data and contract price data by the word input means. is input to the management computer, and if the first inspection means permits the shipment of the successful bid product, the successful bidder identification data, the successful bid price data, and the product data of the successful bid product that has been successfully bid on by a specific successful bidder. The auction/successful bid product management system including the successful bid product details output means for outputting the details of the successful bid product displaying the bid product details is displayed so that all of the unique identifiers of the IC chips installed in the tags of the multiple successful bid products read by the identifier reading means When the unique identifier of the IC chip associated with the winning bidder specifying data stored by the winning bidder specifying data storage means matches, the winning bidder specifying data, the successful bid price data and the product data are displayed to output the details of the successful bid product. By viewing the details of the successful bid product, the buyer can know the successful bidder, the successful bid price, and the product information of the successful bid product. In the auction/successful bid product management system, since the product data is stored in the management computer in a state associated with the unique identifier of the IC chip , the auction product and the successful bid product can be managed in the actual auction type auction where bidding is conducted at the auction site. Successful bid products can be easily managed, and occurrence of mismatches between auction products or successful bid products and successful bid information such as product numbers, product names, successful bidder names, and successful bid prices can be prevented.

Auction items in which the item data of the auction item includes the exhibitor of the auction item, the name of the auction item, the photograph of the auction item, and the bid price of the auction item, and the management computer outputs the item data of the auction item before it is put up for auction. The auction/successful bid product management system including the data output means outputs the exhibitor of the auction product before the auction, the product name of the auction product, the photograph of the auction product, and the bid price of the auction product, so that the successful bidder (buyer) ) can know the product data of the auction product before a successful bid, and can be used as a reference for determining the successful bid price of a specific auction product. In the auction/successful bid product management system, the seller of the auction product, the product name of the auction product, the photograph of the auction product, and the bid price of the auction product are stored in the management computer in a state associated with the unique identifier of the IC chip . In a physical bidding type auction in which bidding is conducted at an auction site, product data of auction products and successful bid products can be easily managed.

The auction/successful bid product management system displays the seller of the successful bid product, the product name of the successful bid product, and the bid price of the successful bid product in the details of the successful bid product output by the successful bid product details output means. By looking at the details of the successful bid product, it is possible to know the seller of the successful bid product, the product name of the successful bid product, and the bid price of the successful bid product. In the auction/successful bid product management system, since the exhibitor of the successful bid product, the product name of the successful bid product, and the bid price of the successful bid product are stored in the management computer in a state of being associated with the unique identifier of the IC chip , bidding at the auction site is possible. Auction items and successful bid items can be easily managed in a physical auction type auction in which a bid is made. Mismatches can be prevented from occurring.

The block diagram of the auction / successful bid goods management system shown as an example. The figure which shows an example of the auction (bidding) in an auction hall. The figure which shows an example of a check box. FIG. 4 is a diagram showing an example of a clock (auction item, successful bid item) put up for auction at an auction site; The figure which shows an example of the tag attached to the watch (auction product, successful bid product). FIG. 11 is a diagram showing an example of an entry box containing a watch (auction item) to be auctioned at an auction site; FIG. 10 is a diagram showing an example of an entry box containing watches (auction products) after entry procedures; The figure which shows an example of the label sticker (label) stuck on a tag. FIG. 10 is a diagram showing an example of a mailing box (inspection box) containing a watch (successful bid product) that has been bid down; The figure which shows an example of successful bid product details.

The details of the auction/successful bid product management system according to the present invention will be described below with reference to the accompanying drawings such as FIG. FIG. 2 is a diagram showing an example of an auction at the auction site 21, and FIG. 3 is a diagram showing an example of check boxes 13. As shown in FIG. FIG. 4 is a diagram showing an example of a clock 17 (auction product, successful bid product) put up for auction at the auction site 21. FIG. 5 shows a tag 11 attached to the clock 17 (auction product, successful bid product). It is a figure which shows an example.

In FIG. 3, the top opening 20 of the check box 13 is shown open. Although the clock 17 is shown as an auction product or a successful bid product put up for auction, there is no particular limitation on the auction product or successful bid product put up at the auction, and all kinds of multiple products put up for auction can be auctioned. It becomes an object of bidding (auction) using the successful bid product management system 10 .

The auction/successful bid product management system 10 manages a watch (auction product) put up at a predetermined auction and put up for bid at the auction site and a watch (successful bid product) that is successfully bid on. Auctions are held by auction organizers (auction organizers). As shown in FIG. 2, the auction organizer has a facilitator 29 who monitors the progress of the auction, an auctioneer 30 (auctioneer) who moderates the auction, and a repeater 31 (ohm) who repeats the voice of the auctioneer 30 (auctioneer). , there is a clerk (auction assistant) (not shown). In the auction, a plurality of successful bidders 32 (buyers) gather at the auction site at a predetermined auction date and time, and the successful bidders 32 bid against each other for the price of the auctioned watch (auction product) to find the highest price. The successful bidder 32 with a bid on the watch (auction product).

The auction/successful bid product management system 10 includes a plurality of tags 11 (tags) and a reader 12 (IC tag reader), a check box 13 (inspection box) and a label printer 14, an input device 15 (personal computer) and a management computer 16. is formed from The auction/successful bid product management system 10 is built in a management computer 16 managed by an auction organizer (business corporation) who provides (manages and operates) the system 10 .

These tags 11 (tags) are individually attached to a variety of watches 17 (auction items) before being auctioned. An IC chip 18 is installed and fixed to the tags 11 as shown in FIG. The reader 12 is installed in the check box 13 and its controller is connected to the management computer 16 via an interface (wired or wireless) (not shown). The reader 12 reads the unique identifier of the IC chip 18 installed on those tags 11 and transmits the read unique identifier of the IC chip 18 to the management computer 16 .

The check box 13 is a hexahedral box, the top wall 19 of which the reader 12 is installed can be turned, and the top opening 20 can be opened and closed. The check box 13 is installed in an office (not shown) of the auction site 21 . In the check box 13, the top opening 20 can be opened by turning the top wall 19 upward, and the top opening 20 can be closed by turning the top wall 19 downward from the opened state of the top opening 20. be able to.

A display 23 (touch panel) connected to the management computer 16 via an interface (wired or wireless) (not shown) is installed on the front wall 22 of the check box 13 . After the top wall 19 is turned upward to open the top opening 20, the check box 13 accommodates a mailing box 26 (inspection box) containing a plurality of watches 17 (successful bid items). . The display 23 (touch panel) displays the inspection result of the watch 17 (successful bid product) inspected in the check box 13 .

The label printer 14 creates a label seal 24 (label) to be attached to the tag 11 . The label printer 14 is installed in the office of the auction site 21, and its control unit is connected to the management computer 16 via an interface (wired or wireless) (not shown). Based on a command from the management computer 16, the label printer 14 outputs a label sticker 24 indicating the name of the successful bidder of the clock 17 (successful bid product) and the successful bid price of the clock 17 (successful bid product).

The input device 15 and the management computer 16 are computers that have a central processing unit (CPU or MPU) and memory (main memory and cache memory) and operate by an independent operating system (OS) (the management computer 16 is a virtual machine). including), and is equipped with a large-capacity storage area (large-capacity hard disk, etc.). Input devices such as a keyboard and a mouse, and output devices such as a display and a printer are connected to the input device 15 and the management computer 16 via interfaces.

The input device 14 is installed in the auction hall 21 or an office of the auction hall 21, and is connected to the management computer 16 via an interface (wired or wireless) (not shown). The input device 14 inputs the auction item identifier of the clock 17 (auction item) uttered by the auction organizer (facilitator 29, auctioneer 30, repeater 31) during the auction at the auction site 21, and the clock 17 (a successful bid item). ) and the successful bid price of the watch 17 (successful bid product) that has been successfully bid on are entered into the management computer 16 .

The management computer 16 manages the unique identifiers of the IC chips 18 installed on the tags 11, thereby enabling the watch 17 put up for auction (auction product) and the watch 17 (successful bid) to be auctioned off (successful bid product). ). The management computer 16 is installed in the office of the auction site 21, but may be installed in a data center (including a cloud) contracted by the auction organizer. An application for executing each means of the auction/successful bid product management system 10 is installed in the management computer 16 . In the large-capacity storage area of the management computer 16, an auction product database, a successful bid product database, and a product information database are created.

The management computer 16 has various server functions such as a DNS server function, a database server function, a Web server function, a mail server function, and a document server function. It is possible to access and log in to an unspecified number of servers and mobile communication terminals (smartphones, tablets, etc.) with no access restrictions, and to send various data related to auctions to an unspecified number of servers and mobile communication terminals. be able to.

FIG. 6 is a diagram showing an example of entry boxes 25a to 25e containing clocks 17 (auction products) to be auctioned at the auction site 21, and FIG. 7 shows clocks 17 (auction products) after entry procedures. is a diagram showing an example of an entry box 25a that accommodates . FIG. 8 is a diagram showing an example of the label sticker 24 (label) attached to the tag 11, and FIG. 9 is an example of a mailing box 26 (inspection box) containing the watch 17 (successful bid product) that was bid down. It is a figure which shows. FIG. 10 is a diagram showing an example of the details of a successful bid product.

In an auction using the auction/successful bid product management system 10, a plurality of various watches 17 (auction products) put up for auction from second-hand purchase shops (buyers) and individual exhibitors are displayed at the auction site the day before the auction date. 21 is carried in. The tags 11 attached to the watches 17 are managed and stored in a state in which the first to n-th tags 11 are arranged in a line. Numbers 1 to n are displayed (printed) on these tags 11 .

A clerk (auction assistant) who is the auction organizer uses an IC tag reader/writer (not shown) or an IC tag reader (not shown) connected to the management computer 16 via an interface (wired or wireless) (not shown). ), and writes a unique identifier (a unique identifier such as an ID number) in the IC chip 18 installed on each tag 11 . The clerk takes out the first tag 11, sets the IC chip 18 installed on the tag 11 in an IC tag reader/writer or an IC tag reader, and Write an identifier. This procedure is repeated to write unique identifiers (unique identifiers such as ID numbers) to the IC chips 18 installed in the second to nth tags 11 . The unique identifiers written in the IC chips 18 of those tags 11 are sent to the management computer 16 .

The management computer 16 converts a unique identifier transmitted from an IC tag reader/writer or an IC tag reader into an IC chip specific identifier (individual identifier of the IC chip 18 or a unique identifier generated independently) that identifies the IC chip 18 (tag 11). Store (store) in a large-capacity storage area in an associated state. The unique identifier (unique identifier such as an ID number) written in the IC chip 18 is memorized (stored) in the large-capacity storage area of the management computer 16 as a serial number. The 1st to nth tags 11 with unique identifiers written in the IC chips 18 are again managed and stored in a state of being arranged in a line.

Next, a clerical worker (auction assistant) inputs product data of each watch 11 (auction product) brought into the auction site 21 before being auctioned to the management computer 16 from the input device 15 . The product data of the clock 11 (auction product) includes the exhibitor of each watch 11 (auction product) (the name of the exhibitor of the individual seller and the name of the purchase shop), the product name of each watch 11 (auction product) (model name, manufacturer name, store name), a photograph of each watch 11 (auction product) (the photograph is taken with a digital camera and then input to the input device 15), and a bid price of each watch 11 (auction product). be. In addition, the product data includes all data related to the exhibitor and the clock 11 (auction product).

An example of the product data entry procedure for each clock 17 put up for sale is as follows. A clerk (auction assistant) logs into the management computer 16 via the input device 15 . When the input device 15 logs in to the management computer 16, a data input screen is output (displayed) on a display connected to the input device 15, although not shown. The data input screen outputs (displays) an entry input button, a product data input button, a buyer input button, an auction data input button, a successful bid product description output button, and a cancel button. When the cancel button is clicked, the input device 15 logs out of the management computer 16 and the data input screen is closed (the same applies to the cancel button below).

When the clerk clicks the product data input button, a product data input screen (not shown) is output (displayed) on the display connected to the input device 15 . The product data input screen includes an exhibitor input area for entering the exhibitor of each watch 11 (auction product) (the name of the exhibitor of an individual exhibitor or the name of the purchase shop), and the product name of each watch 11 (auction product). A product name input area for inputting information (including model name, manufacturer name, and store name), a bid price input area for inputting a bid price for each clock 11 (auction product), and a clock for inputting a photograph of the clock 11 (auction product) A photo input area, an input button, a clear button, a return button, and a cancel button are output (displayed). When the clear button is clicked, the data input to each input area is cleared (erased), and data is input to the input area again (same for the clear button below). Clicking the back button returns to the previous screen (the same goes for the back button below).

The clerk enters the exhibitor name of the clock 11 (auction product) in the exhibitor input area, enters the product name of the clock 11 (auction product) in the product name input area, and enters the watch 11 (auction product) in the bid price input area. In addition to inputting the bid price of the auction item, a photograph of the clock 11 (auction item) is input in the clock photograph input area. An entry form stating the name of the exhibitor, product name, and desired bid price is submitted in advance from the exhibitor to the auction organizer. After entering each data in the input areas, the clerk clicks the input button. When the input button is clicked, the product data input to each input area is transmitted from the input device 15 to the management computer 16 .

The product data (including product data input date and time) of the clock 17 transmitted (input) from the input device 15 is associated with the unique identifier of the IC chip 18 and the clock identification number (auction product identification data) of the clock 17, which will be described later. It is stored (stored) in the merchandise information database in the large-capacity storage area of the management computer 16 (merchandise data storage means). After inputting (storing) the product data, a tag 11 corresponding to each clock 17 (each auction product) is attached to each clock 17 .

When the product data is input or the tag 11 is attached, a clock identification number (auction product identification data) for identifying each clock 17 (each auction product) is set in the clocks 17 . The watch specific number is stored (stored) in the auction product database in the large-capacity storage area of the management computer 16 in association with the unique identifier written in the IC chip 18 of the specific tag 11 (auction product specific data storage). means). The entry number is used as the watch identification number. In addition to the entry number, a unique identifier uniquely generated by the input device 15 or the management computer 16 or a predetermined serial number can be used as the clock identification number.

An example of an entry number is, for example, when second-hand purchase shop A sells 23 watches 17, as shown in FIG. However, if second-hand dealer B sells 15 clocks 17, two fourth and fifth entry boxes 25d and 25e for second-hand dealer B are prepared. Each of the entry boxes 25a to 25e has 10 clocks 17 as one unit, and a maximum of 10 clocks 17 are accommodated in each of the entry boxes 25a to 25e. There is no particular limit to the number of clocks 17 accommodated in the entry boxes 25a-25e.

The first entry box 25a for the A second-hand purchase store accommodates ten watches 17 exhibited by the A second-hand purchase store. The watch 17 accommodated in the first entry box 25a is assigned (set) with a watch specific number (auction product specific data) of entry numbers 1-1 to 1-10. The second entry box 25b for second-hand dealer A stores the next ten watches 17 exhibited by second-hand dealer A. Clocks 17 accommodated in the second entry box 25b are given (set) watch identification numbers (auction product identification data) of entry numbers 2-1 to 2-10. The third entry box 25c for second-hand dealer A stores the following three watches 17 exhibited by second-hand dealer A. Clock identification numbers (auction commodity identification data) of entry numbers 3-1 to 3-3 are assigned (set) to the clocks 17 accommodated in the third entry box 25c.

The fourth entry box 25d for B second-hand purchase store accommodates ten watches 17 exhibited by B second-hand purchase store. Clock identification numbers (auction product identification data) of entry numbers 4-1 to 4-10 are given (set) to the clocks 17 accommodated in the fourth entry box 25d. The fifth entry box 25e for B second-hand purchase store accommodates the following five watches 17 exhibited by B second-hand purchase store. Clocks 17 accommodated in the fifth entry box 25e are given (set) watch identification numbers (auction item identification data) of entry numbers 5-1 to 5-5.

A clerical worker (auction assistant) makes an entry (registration) for each clock 17 put up for auction. An example of the entry procedure (entry number input procedure) for each exhibited watch 17 is as follows. The clerk clicks the entry input button on the data input screen output (displayed) on the display of the input device 15 . When the entry input button is clicked, an entry screen (not shown) is output (displayed) on the display connected to the input device 15 . An entry start button, a return button, and a cancel button are output (displayed) on the entry screen.

The clerk clicks the entry start button to start entry for each watch 17 (each auction product). When the entry start button is clicked, an entry number input screen is output (displayed) on the display connected to the input device 15 . The entry number input screen outputs (displays) an entry number input area (auction item specific data input area), a decision button, a clear button, a return button, and a cancel button.

The clerical staff first takes out one clock 17 from the first entry box 25a for second-hand purchase shop A, and enters the clock identification number (auction product identification data) 1-1 of the clock 17 on the entry number input screen. Enter in the number input area. After entering the watch identification number (auction product identification data) 1-1 in the entry number input area, the clerk clicks the OK button. When the enter button is clicked, the clock identification number (auction item identification data) 1-1 entered in the entry number input area is transmitted from the input device 15 to the management computer 16. FIG.

When the clock identification number (auction product identification data) 1-1 is transmitted (inputted) from the input device 15 to the management computer 16, the management computer 16 displays the clock identification number (entry number) on the display connected to the input device 15. 1-1 is output (displayed), and the tag number 1, the unique identifier written in the IC chip 18, the set button, the return button, and the cancel button are output (displayed).

When the clerk clicks the setting button, the watch identification number (auction product identification data) 1-1, which is the entry number, is associated with the unique identifier of the IC chip 18, and the large-capacity storage area of the management computer 16 is displayed. (auction product specific data storage means), and an entry OK message and a confirmation button are displayed on a display connected to the management computer 16 . The clerk clicks the confirmation button displayed on the display, takes out the first tag 11, attaches the first tag 11 to the watch 17, and then attaches the first tag as shown in FIG. The watch 17 attached with the tag 11 is stored in the first entry box 25a. When the confirmation button is clicked, the entry number input screen is output (displayed) on the display of the input device 15 again.

The office clerk takes out the next one watch 17 without the tag 11 from the first entry box 25a for second-hand purchase shop A, and enters 1-2 of the watch identification number (auction item identification data) of the clock 17. Enter in the entry number entry area on the entry number entry screen. After entering the watch identification number (auction item identification data) 1-2 in the entry number input area, when the clerks click the OK button, the watch identification number (auction item identification data) 1- entered in the entry number input area will be displayed. 2 is sent from the input device 15 to the management computer 16 .

When the clock identification number (auction product identification data) 1-2 is transmitted (inputted) from the input device 15 to the management computer 16, the management computer 16 displays the clock identification number (entry number) on the display connected to the input device 15. 1-2 is output (displayed), and the tag number 1, the unique identifier written in the IC chip 18, the set button, the return button, and the cancel button are output (displayed).

When the clerk clicks the setting button, the watch identification number (auction item identification data) 1-2, which is the entry number, is associated with the unique identifier of the IC chip 18, and the large-capacity storage area of the management computer 16 is displayed. (auction product specific data storage means), and an entry OK message and a confirmation button are displayed on a display connected to the management computer 16 . The clerk clicks the confirmation button displayed on the display, takes out the second tag 11, attaches the second tag 11 to the watch 17 (auction product), and then removes the second tag 11. The attached clock 17 is accommodated in the first entry box 25a. When the confirmation button is clicked, the entry number input screen is output (displayed) on the display of the input device 15 again. The office clerk enters (registers) in the management computer 16 all the watches 17 (auction products) put up for auction by the second-hand dealers A and B according to the above-described procedure.

A clerical worker (auction assistant) inputs (registers) buyer data of successful bidders 32 (buyers) participating in the auction from the input device 15 to the management computer 16 . The buyer data of the successful bidder 32 (buyer) includes the successful bidder name (buyer name), successful bidder code (buyer code), successful bidder address (buyer address), successful bidder contact information ( buyer contact information such as phone number and email address). In addition, the buyer data includes all data related to the winning bidder 32 (buyer).

An example of the registration (entry) procedure of the successful bidder 32 (buyer) is as follows. The clerk clicks the buyer input button on the data input screen output (displayed) on the display of the input device 15 . When the buyer input button is clicked, a buyer input screen (not shown) is output (displayed) on the display connected to the input device 15 . The buyer input screen includes a buyer name input area for inputting the successful bidder name (buyer name) of the successful bidder 32 (buyer), a buyer code input area for inputting the successful bidder code (buyer code), and a successful bidder address (buyer address). A buyer address input area for inputting , a buyer contact input area for inputting successful bidder contact information (buyer contact information), a register button, a clear button, a return button, and a cancel button are output (displayed).

The clerk enters the successful bidder name (buyer name) in the buyer name input area, the successful bidder code (buyer code) in the buyer code input area, and the successful bidder address (buyer address) in the buyer address input area. At the same time, enter the winning bidder contact information (buyer contact information) in the buyer contact input area. The successful bidder name (buyer name), successful bidder code (buyer code), successful bidder address (buyer address), and successful bidder contact information (buyer contact information) will be sent from the successful bidder 32 (buyer). has been submitted in advance to the auctioneer.

After entering each data in these input areas, the clerk clicks the register button. When the registration button is clicked, the data entered in each input area is transmitted from the input device 15 to the management computer 16 . The buyer data (including the buyer data input date and time) transmitted (input) from the input device 15 is stored (stored) in the large-capacity storage area of the management computer 16 (buyer data storage means). Buyer data stored in the management computer 16 in the past is accumulated in the large-capacity storage area.

Successful bidders 32 (buyers) (sellers) who participate in the auction access and log in to the management computer 16 using the URL of the management computer 16 from their mobile communication terminals such as smartphones and tablets. It is possible to browse the product data of the entered watch 17 (auction product). As an example of the product data browsing procedure, when a smartphone logs in to the management computer 16, an auction browsing screen (not shown) is displayed on the touch screen of the smartphone.

The auction viewing screen displays a search screen for each second-hand purchase shop that sells items in the auction. For example, when a second-hand purchase store A is searched for on the search screen, a list of product data of each watch 17 exhibited (entry) by the second-hand purchase store A is output (displayed) on the touch screen of the smartphone. When the successful bidder 32 (buyer) selects the product data of a specific clock 17 from the list of product data of the clock 17, the selected product data of the clock 17 is output (displayed) on the touch screen of the smartphone (auction product data output means).

The successful bidder 32 (buyer) can confirm the product data of the selected watch 17 on the touch screen of the smartphone. By looking at the product data of each watch 17, the successful bidder 32 (buyer) can determine the seller (Second hand purchase shop A) of each watch 17 (auction product), the product name (manufacturer name) of each watch 17 (auction product), ), a photograph of each watch 17 (auction product), and the bid price of each watch 17 (auction product), which can be used as a reference for determining a successful bid price for a specific watch 17 (auction product).

The auction/successful bid product management system 10 includes the exhibitor of each watch 17 (auction product), the product name of each watch 17 (auction product), the photograph of each watch 17 (auction product), and the bid for each watch 17 (auction product). Since the price is stored in the management computer 16 in a state of being associated with the unique identifier of the IC chip 18, the price of the clock 17 (auction item or successful bid item) can be reduced in a physical auction type auction where the auction is held at the auction site 21. Merchandise data can be easily managed.

On the day of the auction, the first to n-th entry boxes 25 containing watches 17 (auction products) with tags 11 attached are transported to the auction hall 21, and are housed in the entry boxes 25 at the auction hall 21 at the auction start time. The bidding (auction) for the clock 17 is started. A plurality of mailing boxes 26 (inspection boxes) for each successful bidder (for each buyer) are prepared at the auction site 21 . Also, the input device 15 and the management computer 16 are in operation. The facilitator 29 clicks the auction data input button on the data input screen displayed on the display of the input device 15 .

When the clerk clicks the auction data input button, an auction data input screen (not shown) is output (displayed) on the display connected to the input device 15 . The auction data input screen includes a clock specifier input area (auction product specifier input area), a successful bidder specifier input area, a successful bid price specifier input area, a watch specifier send button (auction product specifier send button), a successful bidder A specific word/bid price word send button, a clear button, a back button, and a cancel button are displayed.

In the bidding (auction) of the clock 17 (auction item) at the auction site 21, the facilitator 29 selects the clock 17 (the first item) with the clock identification number (auction item identification data) 1-1 accommodated in the first entry box 25a. The watch 17 with the tag 11 attached is taken out from the first entry box 25a, and the watch 17 is placed on the auction table 27 set up in the auction hall 21. product identifier) (the word 1-1).

Facilitator 29 has a microphone 28 to pick up the voice, as shown in FIG. Microphone 28 is connected to management computer 16 via an interface (wired or wireless) (not shown). A watch specifier (auction item specifier) (1-1) uttered by the facilitator 29 is input as voice data to the microphone 28 that picks up the facilitator 29's voice. A watch specifier (auction item specifier) (1-1) input to the microphone 28 as voice data is transmitted from the microphone 28 to the management computer 16 and input to the management computer 16 (speech input means). In the word input means, the clock specifying word (auction item specifying word) (1-1) uttered by the facilitator 29 is input to the management computer 16 through the microphone 28 as the clock specifying number (auction item specifying data) (1-1). be.

The watch specifier (auction product specifier) (1-1) uttered by the facilitator 29 is output (sounded) from the microphone 28 to the headphone (speaker) attached to the clerk (auction assistant). After the clerk inputs the clock specifier (auction product specifier) (1-1) output to the headphone into the clock specifier input area (auction product specifier input area) displayed on the display of the input device 15, , click the watch specifier send button (auction item specifier send button).

When the clerk clicks the watch specifier send button (auction product specifier send button), the clock specifier (auction product specifier) entered in the clock specifier input area (auction product specifier input area) (1-1) ) is sent from the input device 15 to the management computer 16 . A watch specifier (auction item specifier) (1-1) uttered by the facilitator 29 is input from the input device 15 to the management computer 16 (word input means). In the word input means, the clock specifying word (auction product specifying word) (1-1) uttered by the facilitator 29 is input from the input device 15 to the management computer 16 as the watch specifying number (auction product specifying data) (1-1). be done.

The management computer 16 recognizes the clock identifier (auction product identifier) (1-1) input from the microphone 28 or the input device 15 as a clock identification number (auction product identification data) (1-1), and The unique identifier (unique identifier) of the IC chip 18 installed on the first tag 11 corresponding to the specific number (auction product specific data) (1-1) is extracted from the auction product database in the large-capacity storage area, and the clock A specific number (auction item specific data) (1-1) and a unique identifier of the IC chip 18 are temporarily stored (stored) in the cache memory.

After the facilitator 29 utters the clock identifier (auction item identifier) (1-1) of the clock 17 (auction item) and places the clock 17 on the auction table 27, the auctioneer 30 (auctioneer) acts as moderator. A new auction is started. The successful bidders 32 (buyers) successively present the auction prices of the watches 17 (auction products) to which the first tag 11 is attached, and the auctioneer 30 takes the lead while raising the auction prices. Successful bidders 32 (buyers) bid for the watch 17 (auction product) of the first tag 11 placed on the auction table 27, and the highest bidder 32 (buyer) wins the price. Auction clock 17.

When a bid (auction) is established, a repeater 31 (ohm) repeats the winning bidder specifying words (words of the winning bidder's name) and the winning bid price words (words of the winning bid price) uttered by the auctioneer 30 . The repeater 31 uses the bidder specifier (words of the successful bidder's name) who made a successful bid for the watch 17 (successful bid product) of (1-1) the watch specifier (auction product specifier) to which the first tag 11 is attached. The contract price (words of the contract price) of the watch 17 (successful bid product) that has been successfully bid is uttered.

The winning bidder specifying words and winning bid price words uttered by the repeater 31 are input as voice data to the microphone 28 that picks up the voice of the repeater 31 . The successful bidder identifier and the successful bid price of the clock 17 of the first tag 11 input as voice data to the microphone 28 are transmitted from the microphone 28 to the management computer 16 and input to the management computer 16 (speech input means). In the word input means, the winning bidder specifying words uttered by the repetition clerk 31 are inputted from the microphone 28 to the management computer 16 as successful bidder specifying data, and the winning bid price words uttered by the repetition clerk 31 are inputted from the microphone 28 to the management computer as winning bid price data. 16.

The winning bidder specifying words and winning bid price words uttered by the repeater 31 are output (sounded) from the microphone 28 to headphones (speakers) attached to the clerks (auction assistants). The clerk inputs the winning bidder specifying word of the clock 17 (successful bid product) of the first tag 11 output to the headphone into the winning bidder specifying word input area displayed on the display of the input device 15, and enters the successful bid price word. is entered in the successful bid price entry area displayed on the display of the input device 15, and then the successful bidder identifier/send bid price button is clicked.

When the clerk clicks the successful bidder identifier/send bid price button, the winning bidder identifier entered in the successful bidder identifier entry area and the winning bid price entered in the successful bid price entry area are sent from the input device 15. It is sent to the management computer 16 . The winning bidder specifying words and winning bid price words of the clock 17 (successful bid product) of the first tag 11 uttered by the repeater 31 are input from the input device 15 to the management computer 16 (word input means). In the word input means, the successful bidder specifying words uttered by the repetition clerk 31 are input from the input device 15 to the management computer 16 as successful bidder specifying data, and the winning bid price words uttered by the repetition clerk 31 are input from the input device 15 as winning bid price data. It is input to the management computer 16 .

The management computer 16 recognizes the successful bidder identification word of the clock 17 (successful bid product) of the first tag 11 input from the microphone 28 or the input device 15 as the successful bidder identification data. The management computer 16 extracts the clock identification number (auction product identification data) (1-1) temporarily stored in the cache memory and the unique identifier of the IC chip 18 from the clock identification number (auction product identification data) (1-1). 1) The unique identifier of the IC chip 18 corresponding to 1) is specified, and the successful bidder specifying data for specifying the successful bidder 32 (buyer) of the clock 17 (successful bid product) input from the microphone 28 or the input device 15 is the first. The information is stored (stored) in the successful bid product database in the large-capacity storage area in association with the unique identifier of the IC chip 18 installed in the tag 11 (storage means for specifying data of the successful bidder). Since the watch identification number (auction item identification data) (1-1) is associated with the unique identifier of the IC chip 18, the successful bidder identification data is the watch 17 attached with the first tag 11 (successful bid item). ).

The management computer 16 recognizes the successful bid price of the clock 17 (successful bid product) of the first tag 11 input from the microphone 28 or the input device 15 as successful bid price data. The management computer 16 extracts the clock identification number (auction product identification data) (1-1) temporarily stored in the cache memory and the unique identifier of the IC chip 18 from the clock identification number (auction product identification data) (1-1). 1) The unique identifier of the IC chip 18 corresponding to 1) is specified, and the successful bid price data specifying the successful bid price of the clock 17 (successful bid product) input from the microphone 28 or the input device 15 is set on the first tag 11. The data is stored (stored) in the successful bid product database in the large-capacity storage area in association with the unique identifier of the IC chip 18 (storage means for successful bid price data).

Since the watch identification number (auction product identification data) (1-1) is associated with the unique identifier of the IC chip 18, the watch 17 (successful bid product) attached with the first tag 11 to which the bid price data was successfully bid. corresponds to After storing the successful bidder identification data and the successful bid price data, the management computer 16 erases the watch identification number (auction item identification data) (1-1) and the unique identifier of the IC chip 18 from the cache memory.

The management computer 16 receives auction product specification data, successful bidder specification data, and successful bid price data from the microphone 28 and the input device 15 by the word input means, stores the successful bidder specification data and successful bid price data, and then specifies successful bidders. The name of the winning bidder corresponding to the data is extracted from the buyer data, and the name of the winning bidder of the winning bidder identification data of the watch 17 with the watch identification number (auction item identification data) (1-1) to which the first tag 11 is attached and A label creation signal for the label sticker 24 (label) indicating the winning bid price of the winning bid price data is sent to the label printer 14 .

The label printer 14, as shown in FIG. (label output means). The clerk affixes the label sticker 24 output from the label printer 14 to the first tag 11 . After the auction of the watch 17 (successful bid product) with the watch identification number (auction product identification data) 1-1 to which the first tag 11 is attached (after the bid is established), the facilitator 29: As shown in FIG. 9, the watch 19 is placed in a mailing box 26 (inspection box) for the successful bidder 32 (buyer) who has lost the bid.

After placing the watch 17 (successful bid product) with the first tag 11 attached in the mail box 26 (inspection box), the facilitator 29 checks the watch identification number (auction product identification data) contained in the first entry box 25a. ) Take out the clock 17 of 1-2 (the clock 17 attached with the second tag 11) from the first entry box 25a, place the clock 17 on the auction table 27 installed in the auction hall 21, and proceed. The attendant 29 utters the watch specifier (auction product specifier) (the words 1-2) of the watch 17 (auction product).

A watch specifier (auction item specifier) (1-2) uttered by the facilitator 29 is input as voice data to the microphone 28 that picks up the facilitator 29's voice. A watch specifier (auction item specifier) (1-2) input to the microphone 28 as voice data is transmitted from the microphone 28 to the management computer 16 and input to the management computer 16 (speech input means). In the word input means, the clock specifying word (auction item specifying word) (1-2) uttered by the facilitator 29 is input to the management computer 16 through the microphone 28 as the clock specifying number (auction item specifying data) (1-2). be.

The watch specifier (auction item specifier) (1-2) uttered by the facilitator 29 is output (pronounced) from the microphone 28 to the headphone (speaker) attached to the clerk (auction assistant). After the clerk inputs the clock specifier (auction product specifier) (1-2) output to the headphone into the clock specifier input area (auction product specifier input area) displayed on the display of the input device 15, , click the watch specifier send button (auction item specifier send button).

When the clerk clicks the watch specifier send button (auction product specifier send button), the clock specifier (auction product specifier) entered in the clock specifier input area (auction product specifier input area) (1-2) is displayed. ) is sent from the input device 15 to the management computer 16 . A watch specifier (auction item specifier) (1-2) uttered by the facilitator 29 is input from the input device 15 to the management computer 16 (word input means). In the word input means, the clock specifying word (auction product specifying word) (1-2) uttered by the facilitator 29 is input from the input device 15 to the management computer 16 as the watch specifying number (auction product specifying data) (1-2). be done.

The management computer 16 recognizes the clock identifier (auction product identifier) (1-2) input from the microphone 28 or the input device 15 as a clock identification number (auction product identification data) (1-2), and The unique identifier (unique identifier) of the IC chip 18 installed in the second tag 11 corresponding to the specific number (auction product specific data) (1-2) is extracted from the auction product database in the large-capacity storage area, and the clock A specific number (auction product specific data) (1-2) and a unique identifier of the IC chip 18 are temporarily stored (stored) in the cache memory.

After the facilitator 29 utters the clock identifier (auction item identifier) (1-2) of the clock 17 (auction item) and places the clock 17 on the auction table 27, the auctioneer 30 (auctioneer) acts as moderator. A new auction is started. The successful bidders 32 (buyers) successively present the auction prices of the clocks 17 (auction products) to which the second tag 11 is attached, and the auctioneer 30 takes the lead while raising the auction prices. The successful bidders 32 (buyers) compete with each other for the price of the clock 17 (auction item) of the second tag 11 placed on the auction table 27, and the highest bidder 32 (buyer) bids the price. Auction clock 17.

When a bid (auction) is established, a repeater 31 (ohm) repeats the winning bidder specifying words (words of the winning bidder's name) and the winning bid price words (words of the winning bid price) uttered by the auctioneer 30 . The repeater 31 uses the bidder specifier (words of the successful bidder's name) who made a successful bid for the watch 17 (successful bid product) of the watch specifier (auction product specifier) (1-2) to which the second tag 11 is attached. The contract price (words of the contract price) of the watch 17 (successful bid product) that has been successfully bid is uttered.

The winning bidder specifying words and winning bid price words uttered by the repeater 31 are input as voice data to the microphone 28 that picks up the voice of the repeater 31 . The successful bidder identifier and the successful bid price of the clock 17 of the second tag 11 input as voice data to the microphone 28 are transmitted from the microphone 28 to the management computer 16 and input to the management computer 16 (speech input means). In the word input means, the winning bidder specifying words uttered by the repetition clerk 31 are inputted from the microphone 28 to the management computer 16 as successful bidder specifying data, and the winning bid price words uttered by the repetition clerk 31 are inputted from the microphone 28 to the management computer as winning bid price data. 16.

The winning bidder specifying words and winning bid price words uttered by the repeater 31 are output (sounded) from the microphone 28 to headphones (speakers) attached to the clerks (auction assistants). The clerk inputs the winning bidder specifying word of the clock 17 (successful bid product) of the second tag 11 output to the headphone into the winning bidder specifying word input area displayed on the display of the input device 15, and enters the successful bid price word. is entered in the successful bid price entry area displayed on the display of the input device 15, and then the successful bidder identifier/send bid price button is clicked.

When the clerk clicks the successful bidder identifier/send bid price button, the winning bidder identifier entered in the successful bidder identifier entry area and the winning bid price entered in the successful bid price entry area are sent from the input device 15. It is sent to the management computer 16 . The successful bidder specifying words and the successful bid price words of the clock 17 (successful bid product) of the second tag 11 uttered by the repeater 31 are input from the input device 15 to the management computer 16 (word input means). In the word input means, the successful bidder specifying words uttered by the repetition clerk 31 are input from the input device 15 to the management computer 16 as successful bidder specifying data, and the winning bid price words uttered by the repetition clerk 31 are input from the input device 15 as winning bid price data. It is input to the management computer 16 .

The management computer 16 recognizes the successful bidder identification word of the clock 17 (successful bid product) of the second tag 11 input from the microphone 28 or the input device 15 as the successful bidder identification data. The management computer 16 extracts the clock identification number (auction product identification data) (1-2) temporarily stored in the cache memory and the unique identifier of the IC chip 18 from the clock identification number (auction product identification data) (1-2). 2) Identify the unique identifier of the IC chip 18 corresponding to 2). The information is stored (stored) in the successful bid product database in the large-capacity storage area in association with the unique identifier of the IC chip 18 installed in the tag 11 (storage means for specifying data of the successful bidder). Since the watch identification number (auction product identification data) (1-2) is associated with the unique identifier of the IC chip 18, the successful bidder identification data is the watch 17 attached with the second tag 11 (successful bid product). ).

The management computer 16 recognizes the successful bid price of the clock 17 (successful bid product) of the second tag 11 input from the microphone 28 or the input device 15 as successful bid price data. The management computer 16 extracts the clock identification number (auction product identification data) (1-2) temporarily stored in the cache memory and the unique identifier of the IC chip 18 from the clock identification number (auction product identification data) (1-2). 2) to specify the unique identifier of the IC chip 18 corresponding to the second tag 11, and set the winning bid price data specifying the winning bid price of the clock 17 (successful bid product) input from the microphone 28 or the input device 15 to the second tag 11; The data is stored (stored) in the successful bid product database in the large-capacity storage area in association with the unique identifier of the IC chip 18 (storage means for successful bid price data).

Since the watch identification number (auction product identification data) (1-2) is associated with the unique identifier of the IC chip 18, the watch 17 (successful bid product) attached with the second tag 11 to which the bid price data was successfully bid. corresponds to After storing the successful bidder identification data and successful bid price data, the management computer 16 erases the watch identification number (auction product identification data) (1-2) and the unique identifier of the IC chip 18 from the cache memory.

The auction/successful bid product management system 10 uses the word input means to input the watch specifier (auction product specifier) uttered by the facilitator 29, the successful bidder specifier uttered by the repeater 31, and the successful bid price word uttered by the repeater 31. is input to the management computer 16, and the management computer 16 stores the successful bidder identification word as successful bidder identification data in a state associated with the unique identifier of the IC chip 18, and the successful bid price word of the clock 17 (successful bid product) as the clock 17 is stored as the successful bid price data associated with the unique identifier of the IC chip 18, and the clock identifier (auction product identifier) is associated with the unique identifier of the IC chip 18 as clock specification data (auction product specification data). By storing, the management computer 16 can specify the clock 17 (auction product) by the watch specifier (auction product specifier), and can specify the successful bidder 32 (buyer) by the successful bidder specifier. , the winning bid price of the watch 17 can be specified.

The management computer 16 receives auction product specification data, successful bidder specification data, and successful bid price data from the microphone 28 and the input device 15 by the word input means, stores the successful bidder specification data and successful bid price data, and then specifies successful bidders. The name of the winning bidder corresponding to the data is extracted from the buyer data, and the name of the winning bidder of the winning bidder identification data of the watch 17 with the watch identification number (auction item identification data) (1-2) to which the first tag 11 is attached and A label creation signal for the label sticker 24 (label) indicating the winning bid price of the winning bid price data is sent to the label printer 14 .

The label printer 14 creates a label sticker 24 displaying the successful bidder's name, the winning bid price, and the watch identification number 1-2 according to the label creation signal sent from the management computer 16, and outputs the label sticker 24 (label output means ). The clerk affixes the label sticker 24 output from the label printer 14 to the second tag 11 . After the auction of the watch 17 (successful bid product) with the watch identification number (auction product identification data) 1-2 to which the second tag 11 is attached (after the bid is established), the facilitator 29: The watch 19 is housed in a mailing box 26 (inspection box) for the successful bidder 32 (buyer) who has lost the bid.

The auction/successful bid product management system 10 outputs from the label printer 14 a label 24 on which the name of the successful bidder in the successful bidder identification data, the winning bid price in the bid price data, and the watch identification number (auction product identification data) are displayed. 24 is affixed to the tag 11, the successful bidder 32 (buyer) and the successful bid price can be known by looking at the tag 11 attached to the watch 17 (successful bid product) that has made a successful bid, and the tag 11 can be used. This makes it possible to easily manage the winning watch 17 (successful bid product) in a physical bidding type auction where bidding is conducted at the auction site 21 .

At the auction site 21, the watch identification number (auction item identification data) to which the first tag 11 is attached (auction item identification data) 1-1 for the clock 17 and the watch identification number (auction item identification data) to which the second tag 11 is attached. The procedure explained in the auction of the watch 17 in 1-2 is repeated until the auction of all the watches 17 (auction items) is completed. After the bidding (auction) of all the watches 17 (auction products) is completed, the mail boxes 26 (inspection boxes) sorted (classified) for each successful bidder 32 (each buyer) are carried to the check boxes 13 . A mail box 26 (inspection box) contains a plurality of auctioned watches 17 (auction products). A tag 11 with a label sticker 24 attached thereto is attached to the watch 17 (auction product) housed in a mail box 26 (inspection box).

A clerk (auction assistant) brings each mailing box 26 (each inspection box) to the check box 13 and pivots the top wall 19 of the check box 13 upward to open the top opening 20 and the interior of the check box 13. The mail box 26 (inspection box) is stored in the top wall 19 and the top opening 20 is closed by rotating the top wall 19 downward. For example, if the successful bidder 32 (buyer) is an A successful bidder (A buyer) to an X successful bidder (X buyer), the A successful bidder (A The mail box 26 (inspection box) for the buyer) to the mail box 26 (inspection box) for the X successful bidder (X buyer) are stored in the check boxes 13 in order.

The office worker puts (accommodates) the mail box 26 (inspection box) for the A successful bidder (A buyer) in the check box 13, and then starts the check (inspection) displayed on the display 23 (touch panel) of the check box 13. Click (tap) the button. When the check (inspection) start button is clicked (tapped), the management computer 16 reads the unique identifier of the IC chip 18 of the tag 11 attached to the clock 17 (auction product) inside the mail box 26 (inspection box). A signal is sent to the reader 12 placed on the check box 13 .

The reader 12 that has received the reading signal of the unique identifier of the IC chip 18 installed in the tag 11 is stored inside the mail box 26 (inspection box) for the A successful bidder (A buyer) (specific successful bidder). The unique identifier of the IC chip 18 of the tag 11 attached to the watches 17 (a plurality of auction products) is read (identifier reading means). The reader 12 transmits the read unique identifier of the IC chip 18 to the management computer 16 . In the identifier reading means, a mailing box 26 (inspection box) for the A successful bidder (A buyer) containing all of the plurality of watches 17 (successful bid items) that were successfully sold by the A successful bidder (A buyer) (specific successful bidder). is stored in the check box 13, and the reader 12 installed in the check box 13 is used to collectively read the unique identifiers of the IC chips 18 installed in the tags 11 of those watches 17 (these successful bid products).

The auction/successful bid product management system 10 is a system for managing IC chips of tags 11 attached to a plurality of watches 17 (successful bid products) won by a specific successful bidder 32 in a physical auction where bidding is conducted at an auction site 21. 18 individual identifiers can be read at once from the check boxes 13, and the individual identifiers of the IC chips 18 installed on the tags 11 of the watches 17 (successful bid products) can be read individually for each watch 17 (each successful bid product). It can save you the trouble of reading.

The management computer 16 compares the unique identifier of the IC chip 18 read by the reader 12 (identifier reading means) with the unique identifier of the IC chip 18 stored by the winning bidder specifying data storage means (identifier comparing means). As a result of comparing the unique identifiers of the IC chips 18 by the identifier comparing means, the management computer 16 reads all of the unique identifiers of the IC chips 18 installed on the tags 11 of the watches 17 (successful bid items) read by the identifier reading means. matches the unique identifier of those IC chips 18 associated with the successful bidder specifying data stored by the successful bidder specifying data storage means, all items contained in the mailing box 26 (inspection box) for the A successful bidder (A buyer) is determined to be the watch 17 (successful bid product) that was successfully bid by A successful bidder (A buyer) (specific successful bidder 32), and A successful bidder (A buyer) (specific successful bidder 32) and placed in the mailing box 26 (inspection box) for the A successful bidder (A buyer) (first inspection means).

The management computer 16 displays all the watches 17 (successful bid items) contained in the mail box 26 (inspection box) for the A successful bidder (A buyer) and the A successful bidder (A buyer) (specific successful bidder 32). A message indicating that the clock 17 (successful bid product) received matches the A successful bidder (A buyer). A message indicating the check box 13 and a confirmation button are output (displayed) on the display 23 (touch panel) of the check box 13 . After clicking (tapping) the confirmation button, the clerk (auction assistant) pivots the top wall 19 of the check box 13 upward to open the top opening 20, thereby opening the mailing box for the A successful bidder (A buyer). 26 (inspection box) is taken out from inside the check box 13 . The mailing box 26 (inspection box) for the A successful bidder (A buyer) is mailed to the A successful bidder (A buyer).

The management computer 16 receives clock specification data (auction product specification data), successful bidder specification data, and successful bid price data from the word input means, and ships the watch 17 (successful bid product) that has been successfully bid on by the first inspection means. is allowed, the successful bid item details 33 of the watches 17 (successful bid items) that have been successfully bid by the A successful bidder (A buyer) (specific successful bidder 32) are output (successful bid item description output means). As shown in FIG. 10, the successful bid product details 33 include successful bidder identification data (successful bidder name), successful bid price data (successful bid price), product data (seller of watch 17, product name of watch 17, product name of watch 17). The bidding price for the photo and watch 17) is displayed.

Note that the successful bid product details 33 can be output on the day after the auction. To output the successful bid product details 33 on the day after the auction, the successful bid product details output button on the data input screen displayed on the display of the input device 15 is clicked. When the successful bid item description output button is clicked, a condition input screen is output (displayed) on the display of the input device 15 . The condition input screen displays a date input area, a successful bidder input area (buyer input area), a statement output button, a clear button, a return button, and a cancel button. After entering the date of the auction in the date input area and entering the successful bidder 32 (buyer) in the successful bidder input area (buyer input area), click the statement output button. When the detail output button is clicked, the management computer 16 outputs the successful bid product details 33 of the watch 17 (successful bid product) that the successful bidder 32 (buyer) with the entered date has made a successful bid (successful bid product details output means). .

The auction/successful bid product management system 10 stores all of the unique identifiers of the IC chips 18 installed in the tags 11 of the clocks 17 (successful bid products) read by the identifier reading means by the successful bidder identification data storage means. If it matches with the unique identifier of the IC chip 18 associated with the bidder identification data, the successful bidder identification data, the successful bid price data and the merchandise data are output, and the successful bidder 32 (buyer) wins the bid. By looking at the product details 33, the successful bidder, the winning bid price, the product data, the seller of the winning watch 17 (successful bid product), the product name of the watch 17 (successful bid product), the watch 17 You can know the bid price of (successful bid product).

The auction/successful bid product management system 10 includes the product data of the clock 17 (auction product, successful bid product), the exhibitor of the clock 17 (auction product, successful bid product), the product name of the clock 17 (auction product, successful bid product), the clock 17 (auction item, successful bid item) is stored in the management computer 16 in a state associated with the unique identifier of the IC chip 18. The clock 17 (auction product, successful bid product) can be easily managed. It is possible to prevent the occurrence of a mismatch between the exhibitor of the product, the successful bid product), the product name of the clock 17 (auction product, successful bid product), and the bid price of the clock 17 (auction product, successful bid product).

After the inspection by the check box 13 of the mail box 26 (inspection box) for the A successful bidder (A buyer) is completed, the clerical worker (auction assistant) checks the mail box 26 (inspection box) for the B successful bidder (A buyer). box) in the check box 13, click (tap) the check (inspection) start button displayed on the display 23 (touch panel) of the check box 13, and the B successful bidder (A The watch 17 (successful bid product) housed in the mail box 26 (inspection box) for the buyer) is inspected. The clerks are accommodated in all the mail boxes 26 (inspection boxes) from the mail box 26 (inspection box) for the A successful bidder (A buyer) to the mail box 26 (inspection box) for the X successful bidder (X buyer). The watch 17 (successful bid product) is inspected.

As a result of comparing the unique identifiers of the IC chips 18 by the identifier comparing means, the management computer 16 selects the unique identifiers of the IC chips 18 installed on the tags 11 of the watches 17 (successful bid items) read by the identifier reading means. does not match the unique identifier of the IC chip 18 associated with the successful bidder specifying data stored by the successful bidder specifying data storage means, it is stored in the mailing box 26 (inspection box) for the A successful bidder (A buyer). of the watches 17 (successful bidders) that have been sold are not the watches 17 (successful bidders) that were bid by the A successful bidder (A buyer) (specific successful bidder 32), and the A successful bidder (Buyer A) Makes it impossible to ship a plurality of watches 17 (successful bid items) that have been bid by (specific successful bidder 32) and placed in a mailing box 26 (inspection box) for the A successful bidder (A buyer) ( second inspection means).

When the management computer 16 determines in the second inspection means that the clock 17 (successful bid product) contained in the mailing box 26 (inspection box) for the A successful bidder (A buyer) cannot be shipped, the IC of the mismatched unique identifier Outputs (displays) the non-matching clock identification number (non-matching product identification data) of the clock 17 (successful bid product) to which the tag 11 having the chip 18 is attached on the display 23 (touch panel) of the check box 13 (non-matching product identification data output means). .

In the non-matching product identification data output means, the management computer outputs the clock 17 (successful bid product) housed in the mail box 26 (inspection box) for the A successful bidder (A buyer) and the A successful bidder (A buyer) (specified successful bidder). ) does not match the watch 17 (successful bid product) that was successfully bid on by ), and a plurality of watches 17 (successful bid product) contained in the mail box 26 (inspection box) for the A successful bidder (A buyer). A message indicating that shipment is not possible and a mismatched watch identification number (mismatched product identification data) of a clock 17 (successful bid product) attached with a tag 11 having an IC chip 18 with a mismatched unique identifier (for example, a second tag 11 attached The clock 17 of the non-matching clock identification number (non-matching product identification data) 1-2 and a confirmation button are displayed on the display 23 (touch panel) of the check box 13. FIG.

After clicking (tapping) the confirmation button, the clerk (auction assistant) pivots the top wall 19 of the check box 13 upward to open the top opening 20 to open the mailing box for the A successful bidder (A buyer). 26 (inspection box) is taken out from inside the check box 13 . The clerical worker checks the mismatched watch identification number (mismatched product identification data) displayed on the display 23 (touch panel) of the check box 13 (dismatched clock identification number (dismatched product identification data) attached with the second tag 11 1-2 The clock 17) of A successful bidder (A buyer) is confirmed, and the clock 17 (successful bid product) of the mismatched clock identification number (dismatched product identification data) that the A successful bidder (A buyer) has not made a bid for is sent to the mail box 26 for the A successful bidder (A buyer). (Inspection box). The clerical staff will send the clock 17 (successful bid product) of the mismatched watch identification number (mismatched product identification data) that the successful bidder (Buyer A) has not made a bid for from the mailing box 26 (inspection box) for the successful bidder A (Buyer A). After taking it out, the mailing box 26 (inspection box) for the A successful bidder (A buyer) is stored again in the check box 13 and inspected.

The auction/successful bid product management system 10 is installed on the tags 11 of a plurality of watches 17 (successful bid products) read by the identifier reading means as a result of the management computer 16 comparing the unique identifiers of the IC chips 18 by the identifier comparing means. When all of the unique identifiers of the IC chips 18 match the unique identifiers of the IC chips 18 associated with the successful bidder specifying data stored by the successful bidder specifying data storage means, the plurality of watches 17 (successful bid items) that have been successfully bid are shipped. and at least one of the unique identifiers of the IC chips 18 installed on the tags 11 of the clocks 17 (successful bid items) read by the identifier reading means is stored in the successful bidder identification data storage means. a second inspection means for disallowing shipment of a plurality of watches 17 (successful bid items) that have been successfully bid on if they do not match the unique identifiers of the IC chips 18 associated with the successful bidder identification data stored by the auction site; 21, it is determined whether or not a plurality of watches 17 (successful bid items) that a specific successful bidder 32 (buyer) has made a successful bid for are the watches 17 (successful bid items) that the successful bidder 32 has made a successful bid for. The unique identifier of the IC chip 18 of the tag 11 attached to the successful bidder (successful bidder) can be instantly determined, and the trouble of confirming the clock 17 (successful bidder) by each successful bidder 32 can be saved. Those clocks 17 (successful bid items) that 32 has won can be promptly delivered to the true successful bidder 32 .

10 Auction/successful bid product management system 11 Tag (tag)
12 reader (IC tag reader)
13 Check box (inspection box)
14 label printer 15 input device (personal computer)
16 Management computer 17 Clock (auction product, successful bid product)
18 IC chip 19 top wall 20 top opening 21 auction hall 22 front wall 23 display (touch panel)
24 label sticker (label)
25 Entry Boxes 25a to 25e 1st to 5th Entry Boxes 26 Mailing Box (Inspection Box)
27 auction table 28 microphone 29 facilitator 30 auctioneer
31 Repeater (Om)
32 successful bidder (buyer)
33 successful bid product details

Claims (11)

In an auction/successful bid product management system that manages auction products that are put up for auction at an auction site and are bid on and successful bid products that have been successfully bid on in the auction,
The auction/successful bid product management system includes a plurality of tags individually attached to a plurality of auction products before being put up for auction, a reader for reading unique identifiers of IC chips installed on the tags, and a unique identifier of the IC chips. a management computer that manages identifiers;
A successful bidder identification data storage means in which the management computer stores successful bidder identification data for identifying a successful bidder who has made a successful bid for the successful bid item in association with the unique identifier of the IC chip while corresponding to the successful bid item. identifier reading means for using the reader to read unique identifiers of IC chips of tags attached to a plurality of successful bid items that have been successfully bid by a specific successful bidder in the auction; and an IC read by the identifier reading means. identifier comparing means for comparing the unique identifier of the chip with the unique identifier of the IC chip stored by the successful bidder specifying data storage means; and the identifier reading means reads the result of comparison of the unique identifier of the IC chip by the identifier comparing means. When all of the unique identifiers of the IC chips attached to the tags of the plurality of successful bid items match the unique identifiers of the IC chips associated with the successful bidder specifying data stored by the successful bidder specifying data storage means, the successful bidder at least one of a first inspection means for permitting the shipment of the plurality of successful bid items that have been purchased, and at least one of the unique identifiers of the IC chips installed on the tags of the plurality of successful bid items read by the identifier reading means is the successful bidder. a second inspection means for disallowing shipment of the plurality of successful bid commodities when they do not match the unique identifiers of the IC chips associated with the successful bidder identification data stored by the identification data storage means; Auction/successful bid product management system. The auction/successful bid product management system includes a check box having the reader installed therein, and the identifier reading means stores all of a plurality of successful bid products bid by a specific successful bidder in the check box. 2. The auction/successful bid commodity management system according to claim 1, wherein the installed reader is used to collectively read the unique identifiers of the IC chips installed on the tags of the successful bid commodities. In the auction/successful bid product management system, the auction product identifier of the auction product uttered by the auction organizer during the bidding at the auction venue, the successful bidder identifier of the successful bid product, and the successful bid price of the successful bid product. The input device inputs the auction item specifying word as the auction item specifying data to the management computer, and inputs the successful bidder specifying word as the successful bidder specifying data into the management computer. The bid price is input to the management computer, and the bid price data is input to the management computer as bid price data. auction product identification data storage means for storing in a state associated with the unique identifier of the IC chip; a successful bid price data storage means for storing in association with the unique identifier, wherein the successful bidder specifying data storage means stores the successful bidder specifying word input by the word input means as the successful bidder specifying data; 3. The auction/successful bid commodity management system according to claim 1 or 2, wherein the auction commodity specifier input by the term input means is recognized as the auction commodity specifier data. Unmatched product specification data for outputting mismatched product specification data for the successful bid product to which a tag having an IC chip with a unique identifier that is not matched is attached when the management computer determines that the second inspection means cannot ship the successful bid product. 4. The auction/successful bid product management system according to claim 3, further comprising output means. The auction organizer includes a facilitator who monitors the progress of the auction, an auctioneer who moderates the auction, and a repeater who repeats the auctioneer's voice, and the facilitator is the auction item of the auction item. A specific word is uttered, the repeater utters the successful bidder identifying word that has made a successful bid for the successful bid item and the contract price of the successful bid item, and the word input means specifies the auction item uttered by the facilitator. The bid price words uttered by the repetition clerk are input into the management computer as the auction product identification data, and the successful bidder identification words uttered by the repetition clerk are input to the management computer as the successful bidder identification data. 5. The auction/successful bid product management system according to claim 3, wherein the successful bid price data is input to the management computer. The auction product identifier uttered by the facilitator is input as voice data to a microphone that picks up the voice of the facilitator, and the word input means inputs the auction product identifier input to the microphone as the voice data. 6. The auction/successful bid commodity management system according to claim 5, wherein said auction commodity identification data is input from said microphone to said management computer. The successful bidder specifying word and the successful bid price word uttered by the repeater are input as voice data to the microphone that picks up the voice of the repeater, and the word input means inputs the voice data to the microphone. The winning bidder specifying word is input from the microphone to the management computer as the winning bidder specifying data, and the winning bid price word input to the microphone as the voice data is input from the microphone to the management computer as the winning bid price data. The auction/successful bid product management system according to claim 6. The auction/successful bid product management system includes a label printer that creates a label to be attached to the tag, and the management computer transfers the auction product identification data, the successful bidder identification data, and the successful bid price data through the word input means. A label output means for outputting a label to be affixed to the tag after the winning bidder name of the winning bidder identification data and the winning bid price of the winning bid price data are displayed and output from the label printer after the winning bidder identification data and the winning bid price are displayed. The auction/successful bid product management system according to any one of claims 3 to 7. The management computer stores product data of the auction product before being put up for auction in a state of being associated with the unique identifier of the IC chip ; When the specific data and the successful bid price data are input to the management computer, and the first inspection means permits the shipment of the successful bid product that has been successfully bid on by the specific successful bidder, 9. The auction/successful bid product management system according to claim 8, further comprising successful bid product details output means for outputting a successful bid product details displaying the successful bidder identification data, the successful bid price data, and the product data.


The product data of the auction product includes the exhibitor of the auction product, the product name of the auction product, the photograph of the auction product, and the bid price of the auction product, and the management computer controls the auction product before the auction. 10. The auction/successful bid product management system according to claim 9, further comprising auction product data output means for outputting the product data of the above. 11. The auction system according to claim 10, wherein the successful bid product details output by said successful bid product details output means display the exhibitor of the successful bid product, the product name of the successful bid product, and the bid price of the successful bid product. Bid product management system.

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