JP2014164442A - Auction bid information management method, auction system, auction terminal, auction machine server device, and program - Google Patents

Abstract

PROBLEM TO BE SOLVED: To appropriately discriminate participants who actually perform auction transactions regarding a technology for managing bid information on auctions.SOLUTION: A log collection part 217-3 in a purchase store terminal 217 collects identification information on an auction, and bid information including bid prices, participants, and modes showing discrimination of bid-up and sellout for every bid of the auction as a log of the auction for every auction. A terminal control part 217-1 (auction participation rate calculation part) in the purchase store terminal 217 calculates a rate of bids with different price zones of the participant in the auction as an auction participation rate for every mode for every auction and every participant who participates in the auction on the basis of the logs of the auction, and outputs its calculation result as totalization bid data 200-3. An auction machine control part 200-1 in an auction machine server device 200 totalizes the respective auction participation rates for every mode for every predetermined holding unit and every participant on the basis of the totalization bid data 200-3, and outputs its totalization result to an auction business server as auction result data. Since the auction participation rates for every mode can be totalized, shill bids can be appropriately excluded.

Description

  The present invention relates to an apparatus, a method, a system, and a program for managing bid bidding information.

  In recent years, a lot of bidding terminal devices that can be used for bidding by a participant have been introduced in many galleries. In addition to a large number of bidding terminal devices, the sage system includes a sageman operation terminal device for the sage person to proceed with sledge, and a coordinator operation terminal device for the coordinator to adjust the price during the stake. , A bidder server device (slip control device) that accepts a bid by a participant operating a bidding terminal device, and notifies the bidding situation to the coordinator operation terminal device, etc., and information on the exhibit that is the subject of the bidding In general, it is provided with a display device for displaying a current price or the like. Recently, there is a seri venue where a terminal device can be connected via the Internet so that people who do not visit the seri venue can also participate in the seri.

  There are places where there are a lot of exhibits in the venue. For example, in a venue where a used car is used as an exhibit, it is common to use hundreds to thousands of used cars a day. Since it is necessary to send such a large number of exhibits (used cars), it is essential to install a system at the venue where the exhibition takes place. This is because the seri system can quickly and accurately identify the person (bidder) who bids for the presented price. As a result, at the venue where the system is introduced, the average time required for the exhibition per exhibit is about 20 seconds. In addition, there are many venues that perform in parallel on multiple lanes so that more exhibits can be sent.

  In the event, the seller wants many customers to buy, so usually he wants many customers to visit. If many customers come, many exhibitors will gather. In addition, there is a need on the side of the operator who wants as many customers as possible to make a successful bid in order to obtain profits from a successful bid fee and brokerage fee. In order to form such a virtuous circle, exhibitors and the like often perform activities to attract many new customers by soliciting many so-called Sakura customers.

  On the other hand, in order to attract customers, the bank operator provides member services such as free gifts to member customers who often participate in bidding and successful bids.

  In this case, in order to exclude the so-called cherry from the member service, it is required to appropriately determine the customers who actually traded.

  Conventionally, the auction server refers to the information in the map DB based on the current position and address from the communication terminal, and checks the reliability of the transmission source, thereby eliminating false entries and false bids. A technique is known (for example, Patent Document 1).

  Another object of the present invention is to collect a detailed log such as a terminal name of a shop terminal device according to the present invention, thereby leading to a countermeasure for a complaint regarding the presence / absence of a bid from a customer.

JP 2012-137901 A

  However, it is not possible to make a decision as to whether or not it is a cherry blossom for a bidding that a member participates in at a conference venue, and the above-mentioned conventional technology cannot make a decision. Therefore, it is difficult to determine whether or not it is a cherry tree.

  Therefore, the present invention is characterized in that it is possible to appropriately discriminate participants who have actually traded.

  In an example of the aspect, the bidding terminal device in which a participant participates in bidding and bidding, and each device that participates in the bidding process is received by receiving progress information from the bidding server device that controls the progression of the bidding. In addition, the log collection unit that collects the identification information of the bid and the bid price for each bid of the bid, the participant, and the mode indicating the rise or sellout as the log of the bid, and the log of the bid On the basis of this, the ratio of bids with different price ranges within the threshold for each participant participating in the event is calculated as the participation rate for each mode. And a participation rate calculation unit for outputting the result as the bidding data for aggregation.

  According to the present invention, it is possible to appropriately determine participants who have actually made a transaction.

It is a block diagram of the sliding system by this embodiment. It is a figure which shows the detailed structure of a banknote work system. It is a figure which shows the detailed structure of a bridle machine system. It is a figure which shows the control sequence of the sari generally communicated between a sledge machine server and a shop terminal device. It is a figure which shows the data structural example of the log which a log collection part collects. It is a flowchart which shows the log collection process by the purchasing store terminal device, and the bidding data calculation process for a total. It is a flowchart which shows the re-tabulation process of the bid data for tabulation by the machine. It is a flowchart which shows the management process of the cutting result data by a cutting business server. It is explanatory drawing of the calculation process of the bid data for aggregation.

Hereinafter, embodiments for carrying out the present invention will be described in detail with reference to the drawings.
FIG. 1 is a configuration diagram of a sliding system according to an embodiment of the present invention.

  In this system, for example, a used car (vehicle) is used as an exhibit. As shown in FIG. 1, the sliding system 1 is roughly divided into a sliding business system 10 that manages basic information for performing sliding, and a sliding machine system 20 that actually performs sliding. 10 and the elevator system 20 are connected by a network 30.

  For example, two business server devices 110, two video server devices 120, a business terminal device 131, a member management terminal device 132, and an exhibition slip registration terminal device 133 including a standby system in preparation for a system failure. , A search terminal device 134, a visitor registration terminal device 135, a ticketing terminal device 136, and a network 140 connecting them. The network 140 includes a large number of hubs 141 and communication lines 142 that connect the hubs 141, the hub 141 and the terminal devices 131 to 136, and the hub 141 and the server devices 110 and 120.

  The business terminal device 131 is a terminal used by the operation staff of the line to check the status of each line and register the exhibition vehicle.

  The member management terminal device 132 is a terminal for performing registration, deletion, change of registration information, and the like of members who can participate in the banquet.

  The exhibition form registration terminal device 133 is used for registration of an exhibition form describing detailed information (vehicle name, manufacturer, color, etc.) of the exhibit (herein, used car) to be exhibited in the line.

The sari search terminal device 134 is used to search for sari information.
The visitor registration terminal device 135 is a terminal for confirming a member who has visited the venue. For example, the membership card 4 is used to confirm whether or not the member is a visiting member.

  The ticket issuing terminal device 136 is used for issuing printed matter such as a meal ticket provided as a service to the visiting member.

  The two server processing server devices 110 are used for storing data related to members, data related to services, etc., performing business operations, and the like.

  The two video server devices 120 are used to store video data to be provided to participants such as exhibition slip data.

  The reason why two each of the service server device 110 and the video server device 120 are installed is to realize higher safety by setting one as an operation system and the other as a standby configuration. In addition, the network 140 is also duplexed in order to realize higher security.

  The machine system 20 is similar to the machine system, and each terminal device such as two machine servers 200 including the standby system, machine server 200, machine / adjuster operation terminal 214, shop terminal 217, etc. An operation workstation 201 having a maintenance function in the machine system such as an operation status and a log check, a linked PC (personal computer) 211, two display control PCs 212 and 213, a user / adjuster operation terminal device 214, A purchasing store terminal device 217 comprising a large number of purchasing store operation terminal devices 215 and a plurality of seated vehicle search terminal devices 216, a slide status display monitor 221, an exhibit store display monitor 222, two gutter server devices 200, and each terminal device A network 230 for connecting the 211 to 217 is provided.

  The two network server devices 200 and the two web service server devices 110 and the video server devices 120 are connected by the network 30. This network 30 is duplexed by two hubs 31 and a plurality of communication lines 32 connected to each hub 31. Similarly to the networks 140 and 30, the network 230 is duplicated by a large number of hubs 231 and a plurality of communication lines 232 connected to each hub 231.

  The cooperation PC 211 enables participation (bidding and exhibition) of members who are in places other than the venue. With the cooperation PC 211, the member can participate in the sari through the Internet, for example.

  The display control PC 212 controls display of an image to be displayed on the connected sled state display monitor 221 and the like. The slide status display monitor 221 is a large-sized display device that displays information such as an exhibition ticket of a used car that has been exhibited at the presently displayed, a current price, and the like.

  The display control PC 213 controls display of images on the connected exhibit store display monitor 222 and the like. The exhibit store display monitor 222 is a large display device that displays the current price and the bidding status for the exhibitor (exhibit store). The display control PC 213 functions as an exhibition store terminal device.

  The user / adjuster operation terminal device 214 allows the user to proceed with the movement while looking at the operator's console screen 223 displayed on the display, and the adjustment person can adjust the price during the movement. To do.

  The purchase shop operation terminal device 215 is for a member to participate in the sari, and is installed in a seat for the seri participant. The purchase shop operation terminal device 215 includes a card reader for reading information recorded on the member card 4 and a bidding switch (both not shown) for bidding.

  The seat vehicle search terminal device 216 looks at the slide status display screen 224 and the vehicle search screen 225 that are displayed on the display, and the participant of the slide selects the desired vehicle among the vehicles (exhibits) that have been exhibited in the slide. It can be used to search for and apply for an absence application requesting agent participation at the venue, and it is installed in the seat for the participants. The seat vehicle search terminal device 216 is actually a PC, for example, and is equipped with a display device 217 and a keyboard or connected to search for a vehicle or apply for an absence application. Similarly to the purchase store operation terminal device 215, a card reader for reading information recorded on the member card 4 is provided.

  The above-described purchase store operation terminal device 215, seat vehicle search terminal device 216, and some linkage PCs 211 constitute a purchase store terminal device 217 that allows members to participate in bidding.

  The two machine server devices 200 perform the progress of the call, update the price to be presented, etc., in accordance with the instruction from the caller / coordinator operation terminal device 214. Also, authentication of members who use the purchase store terminal device 217 and acceptance of bids using them are performed. The number of bids received is notified to the seritor / adjuster operation terminal device 214 for judgments such as price changes and determination of successful bidders.

FIG. 2 is a diagram showing a detailed configuration of the banking work system 10 of FIG.
The call business system 10 is a central system for managing the call, and is controlled by the call business server apparatus 110. Seri work server device 110 includes a slip work control unit 110-1, a slip data management unit 110-2, a slip machine relay unit 110-3, a web system 110-4, a slip database 110-5, and a slip result management unit 110-. 6 is provided.

  The call business control unit 110-1 controls the overall operation of the call business server apparatus 110. Although not particularly shown, this function is realized, for example, as a function in which the CPU (central control processing device) constituting the business server device 110 reads the control program stored in the external storage device 203 to the main storage device and executes it. Is done. Although not particularly illustrated, this control program is downloaded from an external server by inserting a portable recording medium into a portable recording medium driving device mounted on the drag server device 200 or via a network interface, for example. By doing so, it can be installed in the external storage device.

  The seri data management unit 110-2 stores the member information (name, credit, etc.) for managing the serials and the information on the used cars (car name, price, state, exhibitor, etc.) used for the seri To store. The seri database 110-5 manages seri information, market price information, member information, and the like as a database, and is stored in, for example, an external storage device that configures the seri-business server device 110. Although not particularly illustrated, this function is realized, for example, as a function for the CPU to read and execute a database control program stored in the external storage device to the main storage device.

  Further, when the request data management unit 110-2 receives a request for request data from the request task control unit 110-1, the request data management unit 110-2 returns information registered in the request database 110-5. The slip data management unit 110-2 transmits the information returned from the slip database 110-5 to the slip machine relay unit 110-3.

  The elevator relay unit 110-3 transmits the information on the exhibited vehicle (vehicle information, price information, etc.) to the elevator server device 200 in the elevator system 20 of FIG. 1, and the elevator server device of FIG. Communication hardware such as a network card that receives the result information from 200.

  The slip result management unit 110-6 stores the slip result data sent from the scraper server device 200 in the slipper system 20 of FIG. 1 in a database or the like as the slip result data 110-7. Details of this will be described later.

  The Web system 110-4 is a user interface that connects a user (member staff, a dealer participation dealer) and the server apparatus 200 of FIG. 1, and displays operation screens for various controls using HTTP (Hypertext Transfer Protocol). Provide using the communication protocol.

  The member authentication unit 110-4-1 in the Web system 110-4 performs member authentication by referring to the member information with respect to the login of the user from each terminal device.

  The absence application function unit 110-4-2 in the Web system 110-4 allows the user to apply for a request of “how many cars will be offered as a proxy” as an absence application. Absent application information is input to the slip database 110-5 from the slip task control unit 110-1 via the slip data management unit 110-2, and is transmitted to the slip machine server device 200 of FIG. 1 together with the slip data.

  In the above-described configuration, the staff who operates the slip is the business terminal device 131, the member management terminal device 132, the exhibition slip registration terminal device 133, the slip search terminal device 134, the visitor registration terminal device 135, or the ticket issuing terminal device of FIG. The web browser software is operated from the terminal device 201 constituting 136 to log in to the web system 110-4 of the transaction server device 110 via the member authentication unit 110-4-1. The logged-in staff will check the status of each slide, register the exhibition vehicle, and manage member information.

  When the attendee participates in the event, the visitor control unit 110-1 transmits the event that the visitor has visited by holding the member card over the check-in terminal 202. The calling task control unit 110-1 transmits the information of the members who have visited, from the calling machine relay unit 110-3 to the calling machine system 20 in FIG.

  The dealer who participates in the line operates the Web browser software from the dealer terminal 203 and logs in to the Web system 110-4 of the line business server apparatus 110 via the member authentication unit 110-4-1. The logged-in dealer can check the vehicle information, the state of the message, the exhibition slip, the transaction status of the vehicle that he / she has submitted / successfully made, etc.

  FIG. 3 is a diagram showing a detailed configuration of the sliding machine system 20 of FIG. The elevator machine 20 is a system that actually uses a used car, for example, and is controlled by the elevator server apparatus 200. The elevator server device 200 includes an elevator controller 200-1 and a telegram communication unit 200-2.

  The machine control unit 200-1 receives the vehicle information and the information of the members who have visited from the telephone service system 10 of FIGS. 1 and 2 through the telegram communication unit 200-2. The received member information is written in the member table 200-4.

  Also, the machine control unit 200-1 uses the information (price, video, etc.) of the used car that has been put on the line as a terminal for each line participating dealer, the dealer terminal 217, or the dealer who has made an exhibition on the line. To the exhibition point terminal 300, which is a terminal for use.

  Based on this electronic message, the bidding machine control unit 200-1 performs counting of bids of each dealer and progression of bidding.

  The function of the elevator machine control unit 200-1 is not particularly illustrated, but is realized as a function in which, for example, the CPU in the elevator machine 200 reads and executes a control program stored in the external storage device to the main storage device. . Although not particularly illustrated, this control program is downloaded from an external server by inserting a portable recording medium into a portable recording medium driving device mounted on the drag server device 200 or via a network interface, for example. By doing so, it can be installed in the external storage device.

  In addition to the elevator server device 200, the elevator machine 20 includes a purchase store terminal device 217 and an exhibit store terminal device 300.

  The purchasing store terminal device 217 is a terminal that participates in a bid and performs a bid. The purchase shop terminal device 217 is a display / bidding device linked externally through the purchase shop operation terminal device 215 or the seat vehicle search terminal device 216, which is a display / bidding terminal device for purchase shops, as shown in FIG. A generic term for some of the linked PCs 211 that are terminal devices. Purchasing store terminal device 217 has, as a common configuration, terminal control unit 217-1, bidding control unit 217-2, log collection unit 217-3, telegram communication unit 217-4, slide status display unit 217-5, and member. An authentication unit 217-6 is provided.

  The terminal control unit 217-1 controls the overall operation of the store terminal device 217. The terminal control unit 217-1 communicates with the elevator server device 200 through the telegram communication unit 217-4, and controls the bidding control unit 217-2 and the slide status display unit 217-5 according to the communicated telegram.

  Although not particularly illustrated, the function of the terminal control unit 217-1 is realized, for example, as a function in which the CPU in the store terminal device 217 reads and executes a control program stored in the external storage device to the main storage device. Although not particularly illustrated, this control program is downloaded, for example, by inserting a portable recording medium into a portable recording medium driving device mounted in the purchase shop terminal device 217 or from an external server via a network interface. By doing so, it can be installed in the external storage device.

The bidding control unit 217-2 controls the bidding operation by the user.
The slip status display unit 217-5 displays information on the slip currently being applied. The slip status display unit 217-5 receives real-time slip information from the scraper server device 200 and in particular slip progress information from a web system (not shown) and displays it as a slip status display screen 224 in FIG.

  The log collection unit 217-3 receives the message progress information from the message server device 200, and for each message that the device participates, the message identification information (the date, the number of times, the exhibition number, etc.) The bidding information including the bidding price for each bidding bid, the membership number (participant), the mode indicating the rise or sellout, and the name of the terminal bidding is collected as a log of the bidding. The collected log is recorded in an external storage device in the shop terminal device 217, for example, although not shown in particular, and the log content can be confirmed from the operation workstation 201. As a result, for example, when there is an inquiry (complaint) that a bid has been made or a successful bid is received from a member who has bid, it is possible to investigate the actual condition of the bid by checking the terminal name on the log Become.

  On the other hand, the terminal control unit 217-1 performs the following operation based on the log collected by the log collection unit 217-3. The terminal control unit 217-1 raises the ratio of bids with different price ranges for each member participating in the device and each member number (participant) participating in the device. It is calculated as the participation rate for each sold-out mode. Terminal control unit 217-1 notifies the result of the participation rate calculation to bidding server data 200 via telegram communication unit 217-4 as tabulation bid data 200-3. That is, the terminal control unit 217-1 functions as a sliding participation rate calculation unit.

  In the elevator machine 200, the elevator controller 200-1 receives the bidding data for counting 200-3 via the telegram communication unit 200-2. The machine control unit 200-1 operates as a line participation rate totaling unit, and for each predetermined holding unit (for example, every holding date or every holding time) and each membership number (participant), each setting for each mode described above. Aggregate participation rates. The transfer machine control unit 200-1 transmits the totaled result as the transfer result data to the transfer business server apparatus 110 in the transfer business system 10 shown in FIGS. In the call business server device 110, the call result management unit 110-6 receives the call result data via the call machine relay unit 110-3 and the call job control unit 110-1, and stores the result data, for example, in an external storage (not particularly shown). The result data 110-7 is stored in the database in the apparatus.

  The member authentication unit 217-6 accesses the membership server device 200 to access the membership table 200-4 in the same device, and receives information on the members to bid from the purchasing terminal device 217 to the guidance device server device 200. Notice.

  The exhibition store terminal device 300 is a terminal used by the owner of a used car that is going to rest. The exhibition store terminal device 300 is a generic name of the display control PC 213 that is a display / bid terminal device for an exhibition store and a part of the linkage PC 211 that is an adjustment terminal device linked from the outside through the Internet or the like shown in FIG. is there. Exhibition store terminal device 300 includes terminal control unit 300-1, slip adjustment unit 300-2, slip state display unit 300-3, and telegram communication unit 300-4 as a common configuration.

  The terminal control unit 300-1 controls the overall operation of the exhibition store terminal 300. The terminal control unit 300-1 communicates with the server device 200 through the telegram communication unit 300-4, and controls the line adjustment unit 300-2 and the line status display unit 300-3 according to the communicated telegram.

  Although not particularly illustrated, the function of the terminal control unit 300-1 is realized, for example, as a function in which the CPU in the exhibition store terminal device 300 reads and executes the control program stored in the external storage device to the main storage device. Although not particularly shown, this control program is downloaded, for example, by inserting a portable recording medium into a portable recording medium driving device mounted on the exhibition store terminal device 300 or from an external server via a network interface. By doing so, it can be installed in the external storage device.

  The line adjustment unit 300-2 adjusts the start price of the line. In general, a venue staff called a coordinator often performs the progression of the slip, and the exhibitor instructs the coordinator to change the price from the slip adjustment unit 300-2.

The slip status display section 300-3 displays information on the slip currently being applied to the slip.
FIG. 4 is a diagram showing a control sequence of a message generally communicated between the machine server device 200 and the shop terminal device 217 shown in FIG.

  First, a rope control unit 200-1 (hereinafter simply referred to as “slip machine server device 200”) in the bar machine server device 200 is connected to a terminal control unit 217-1 (hereinafter simply referred to as “purchase”) in the shop terminal device 217. The basic information is sent to the store terminal device 217). The basic salary information is, for example, information such as the date of the event, the number of times of the event, and the height of the lift (step S401).

  Next, the machine server device 200 notifies the shop terminal device 217 of the message information based on the notification from the service server device 110 shown in FIG. The slip information is, for example, an exhibition number, a start price, etc. (step S402).

  Thereafter, the user of the purchase shop terminal 217 starts bidding. When the user inputs bidding information from the bidding control unit 217-2 in the purchase shop terminal 217 of FIG. 3, the bidding information is sent from the terminal control unit 217-1 via the telegram communication unit 271-4 to the ticket server. The device 200 is notified. The bid information is, for example, an exhibition number, a member number, a bid price, etc. (step S403). The user of the purchase shop terminal 217 makes bids whenever necessary while viewing the bargain status display screen 224 (FIG. 1) displayed in the bargain status display unit 217-5, and notifies the bidder server apparatus 200 of bid information.

  Based on the bidding information from the purchase shop terminal 217, the bidding machine control unit 200-1 in the bidding machine server apparatus 200 updates the bidding situation, and notifies the purchase shop terminal apparatus 217 of it (step S404). The bid situation is, for example, an exhibition number, a current price, or the like. When receiving the bidding status from the message server device 200 via the terminal control unit 217-1 from the telegram communication unit 217-4, the barring status display unit 217-5 in the purchase shop terminal device 217 receives the barring status according to the contents. The display screen 224 is updated.

  When the bidding is finally performed, the bidding control unit 200-1 in the bidding machine server device 200 notifies the purchasing terminal 217 of bidding information (step S405). The successful bid information is, for example, an exhibition number, a final price, or the like. When receiving the successful bid information from the message server device 200 via the terminal control unit 217-1 from the telegram communication unit 217-4, the display status display unit 217-5 in the purchase store terminal device 217 displays the content of the display. The screen is displayed on the screen 224 and the display is finished.

  FIG. 5 is a diagram illustrating a data configuration example of a bidding information log collected by the log collecting unit 217-3 in the purchase shop terminal device 217. The log collection unit 217-3 performs basic information (step S401), basic information (step S402), bidding information (step S402) communicated between the server device 200 and its own device as illustrated in FIG. Based on the bidding status (step S404) and the successful bid information (step S405), a bidding information log is collected.

  In the example of FIG. 5, the log collection unit 217-3 has “Date”, “Time”, “Exhibition number”, “Mode”, “Time”, “Bid price”, “Current price”, “Member number”. ”And“ terminal name ”are collected as logs. Here, “the date”, “the number of times”, and “exhibition number” indicate the identification information of the line. “Mode”, “Time”, “Bid price”, “Current price”, “Member number”, and “Terminal name” indicate bid information of the bid.

  In addition, the log collection unit 217-3 also collects successful bid information data. This data is, for example, “exhibition number”, “start price”, “final price”, “lifting width”, etc., as shown in FIG.

  The control processing of the shop terminal device 217 including the log collection processing described above by the log collection unit 217-3, and the control processing of the machine server device 200 and the work server device 110 executed in response thereto are described below. This will be described in detail.

  FIG. 6 is a flowchart showing log collection processing and tabulation bid data calculation processing by the purchase store terminal device. FIG. 7 is a flowchart showing a recounting process of the bidding data for aggregation by the machine. FIG. 8 is a flowchart showing the management processing of the cutting result data by the cutting business server. FIG. 9 is an explanatory diagram of the calculation processing of the bidding data for aggregation.

  First, log collection processing and tabulation bid data calculation processing by the shop terminal device 217 will be described below according to the flowchart of FIG. 6 and the description of FIG.

  First, the log collection unit 217-3 executes log collection processing in the format as described with reference to FIG. 5 and uses the log as bidding data, for example, an external storage device in the store terminal device 217, although not particularly illustrated. (Step S601 in FIG. 6).

  In the bidding data indicating the log collected as illustrated in FIG. 5, the terminal control unit 217-1 has information on the same price range for a portion that changes at the same bidding price and current price, for example, 501. For example, the data is shaped as shown in FIG. 9A (step S602 in FIG. 6). This is because, in calculating the bidding ratio of a member, for example, when the member repeatedly hits the bidding switch from the store terminal device 217, a large number of the same information as indicated by 501 in FIG. 5 can be registered. Such information is put together and optimized.

  Next, as a part of the processing of step S603 in FIG. 6, the terminal control unit 217-1 takes the member number of each member that participated in the device and the member number (participant) that participated in the device. The ratio of bids with different price ranges in the bargain is calculated as the barrage participation rate for each mode of raising and selling.

For example, in the log shaped as shown in FIG. 9A, first, the total number of bids from the start price to the final price at the time of a successful bid is eight. On the other hand, the member A who operated the device has participated in the entire lifting regardless of the “lifting” and “sold-out” modes. Therefore, first, the overall participation rate is calculated as 50% by the following equation.

Seri participation rate (total) = 4 times / 8 times x 100 = 50%

Next, as shown in FIG. 9A, the number of bids for only “lifting” from the start price to the final price at the time of a successful bid is three. On the other hand, as for the participation status of only the “lifting” of the member A who operates the own device, the bidding is once. Therefore, the participation rate in “lifting” is calculated as 33.3% by the following equation.

Participation rate (lifting) = 1 time ÷ 3 times × 100 = 33.3%

Furthermore, from FIG. 9A, the number of bids for only “sold out” from the start price to the final price at the time of a successful bid is five. On the other hand, as for the participation situation only by “sold out” of the member A who operates the own device, the bidding is three times. Accordingly, the participation rate at “sold out” is calculated as 60% by the following equation.

Seri participation rate (sold out) = 3 times ÷ 5 times × 100 = 60%

  Based on the above calculation process, the terminal control unit 217-1 generates tabulation bid data having a data format as shown in FIG. 9B, for example, as part of the process in step S603 of FIG. . Then, the terminal control unit 217-1 transmits the tabulation bid data to the machine server device 200 via the message communication unit 217-4.

  Next, recounting processing of bidding data for tabulation by the bidding machine server device 200 will be described below according to the flowchart of FIG. 7 and the description of FIG.

  In the elevator machine 200, the elevator controller 200-1 receives the above-mentioned data as tabulation bid data 200-3 via the telegram communication unit 200-2. The data is stored in an external storage device in the device 200.

  Seri machine control unit 200-1 is transmitted from all the purchase shop terminal devices 217 (the purchase shop operation terminal device 215, the seat vehicle search terminal device 216, and some of the linked PCs 211 in FIG. 1). Alternatively, all the bidding data for aggregation 200-3 (FIG. 9B) for one holding time are all combined (step S701 in FIG. 7). As a result, tabulated bid data 200-3 as shown in FIG. 9C is obtained.

When the combination of the bidding data for counting 200-3 for one day or one holding time is completed, the machine control unit 200-1 sorts the data by the member number, and further sorts the data by the following formula for each sorted member number. The participation rate for one day or one event is calculated (step S702 in FIG. 7).

Slip-up participation rate = Sum of participation rate of "lift-up" ÷ Number of items on the day (currently held)

Participation rate of “Sell-out” = Total sum of “Sell-out” stake participation rate ÷ Number of items on the day (currently held)

As a result, for example, a tabulation result as illustrated in FIG. 9D is obtained.

  The machine control unit 200-1 in the machine server apparatus 200 transmits the results totaled in this way as the machine result data to the work server apparatus 110 (step S703 in FIG. 7).

  Next, the management processing of the cutting result data by the cutting business server apparatus 110 will be described below according to the flowchart of FIG.

  In the slip service server device 110, the slip result management unit 110-6 receives the slip result data from the slip server server device 200 via the slip device relay unit 110-3 and the slip task control unit 110-1. The cut result management unit 110-6 records the received data as the cut result data 110-7, for example, in a database in the external storage device in the call business server device 110 (not shown) (step S801 in FIG. 8). ).

  Thereafter, the operator of the sari searches for, for example, the holding times by accessing the database of the seri result data 110-7 from the terminal device 201 of FIG. 2 (for example, the business terminal device 131 of FIG. 1). When referring to the participation rate, the operator of the connection can refer not only to the participation rate related to raising, but also to the participation rate related to selling out. In the participation rate for selling out, so-called Sakura is unlikely to bid for selling out, so the participation of Sakura bidding is excluded. As a result, the operator of the seri can properly identify the participants who actually traded, eliminate the Sakura bids, extract members with a high seri participation rate, and provide a special member service. It becomes.

DESCRIPTION OF SYMBOLS 1 Line system 10 Line business system 20 Line machine system 30, 140, 230 Network 110 Line business server apparatus 120 Image | video server apparatus 131 Business terminal apparatus 132 Member management terminal apparatus 133 Exhibition slip registration terminal apparatus 134 Line search terminal apparatus 135 Visitor registration Terminal device 136 Ticketing terminal device 141 Hub 142, 232 Communication line 200 Slicer server device 201 Terminal device 202 Check-in terminal 203 Dealer terminal 211 Cooperation PC (personal computer)
212, 213 Display control PC
214 Seriman / Coordinator Operation Terminal Device 215 Numerous Purchasing Store Operation Terminal Devices 216 Seat Vehicle Search Terminal Device 217 Purchasing Store Terminal Device 221 Slip Status Display Monitor 222 Exhibit Store Display Monitor 110-1 Seri Work Control Unit 110-2 Slip Data Management unit 110-3 Slip relay unit 110-4 Web system 110-5 Slip database 110-6 Slip result management unit 110-7 Slip result data 200-1 Slip control unit 200-2, 217-4, 300-4 Telegram communication unit 200-3 Bidding data for aggregation 200-4 Member data 217-1, 300-1 Terminal control unit 217-2 Bidding control unit 217-3 Log collection unit 217-5, 300-3 Sled status display unit 217- 6 Member Authentication Department 300-2 Slice Adjustment Department

Claims (8)

A bidding terminal device in which participants participate in bidding and bidding,
By receiving the progress information of the slip from the server device that controls the progress of the slip, for each of the slips that the device participates in, the identification information of the slip, the bid price for each bid bid, participation And a log collection unit that collects a mode indicating a distinction between raising and selling as a log of the sale,
Based on the log of the message, the ratio of bids with different price ranges within the threshold of the participant for each mode that the device participates in and for each mode participates in the mode. And a participation rate calculation unit that outputs the calculation result as bidding data for aggregation,
A bidding terminal device characterized by comprising: A server device that controls the progress of a screen by communicating with a bidding terminal device in which a participant participates in the screen and bids;
By receiving the total bidding data from the bidding terminal device, the total participation rate for each mode is totaled for each predetermined holding unit and for each participant, and the total result is output as the total result data. With a participation rate counting section,
A server machine device characterized by that. The predetermined holding unit is the number of times or days of the event.
3. The bid bidding information management method according to claim 2. A bidding terminal device in which participants participate in bidding and bidding, a bidding server device that controls the progress of the bidding by communicating with the bidding terminal device, information about the bidding, information about the bidding, and In a system including a business server device that controls information related to exhibitors,
In the bidding terminal device,
By receiving the progress information of the bar from the bar machine server device, for each bar that the device participates in, the bar identification information and the bid price, the participant, and the bar A log collection unit that collects bidding information including a mode indicating a sell-out distinction as a log of the transaction;
Based on the log of the message, the ratio of bids with different price ranges within the threshold of the participant for each mode that the device participated in and for each mode. And a participation rate calculation unit that outputs the calculation result as bidding data for aggregation,
With
In the machine server device,
By receiving the total bidding data from the bidding terminal device, the total participation rate for each mode is totaled for each predetermined holding unit and for each participant, and the total result is output as the total result data. Seri participation rate totaling department,
In the service business server device,
A response result management unit for receiving the response result data from the request server device and managing the database;
Seri system characterized by that. Collecting the bidding information including the identification information of the bidding and bidding information including the bidding price for each bidding of the bidding, the participants, and the mode indicating the rise or sellout for each bidding,
Based on the log of the sari, for each sari and for each participant who participated in the sari, the ratio of bids with different price ranges within the sari of the participant is calculated as a stake participation rate for each mode, The calculation result is output as bidding data for aggregation,
Based on the bidding data for aggregation, for each predetermined holding unit and for each participant, the participation rate for each mode is aggregated, and the aggregation result is output as the result data.
A bidding information management method characterized by that. Log collection step for collecting, as a log of the bid, identification information of the bid and bidding information including a bid price for each bid, a participant, and a mode indicating whether the price is raised or sold out When,
Based on the log of the sari, for each sari and for each participant who participated in the sari, the ratio of bids with different price ranges within the sari of the participant is calculated as a stake participation rate for each mode, A participation rate calculating step for outputting the calculation result as bidding data for aggregation;
Based on the bidding data for aggregation, for each predetermined holding unit and for each participant, total participation rate for each mode, and a total participation rate summarizing step for outputting the totaled result as the result data;
A program that causes a computer to execute. A computer that is a bidding terminal device where participants participate in bidding and bidding,
By receiving the progress information of the slip from the server device that controls the progress of the slip, for each of the slips that the device participates in, the identification information of the slip, the bid price for each bid bid, participation Bidding information including a mode that indicates whether the person is a lifter or sellout, and a log collecting step for collecting the log as a log of the bid,
Based on the log of the message, the ratio of bids with different price ranges within the threshold of the participant for each mode that the device participates in and for each mode participates in the mode. A participation rate calculation step of calculating as a rate, and outputting the calculation result as bidding data for aggregation;
A program for running A computer that is a server device that controls the progress of a screen by communicating with a bidding terminal device in which participants participate in the screen and bid.
By receiving the total bidding data from the bidding terminal device, the total participation rate for each mode is totaled for each predetermined holding unit and for each participant, and the total result is output as the total result data. Slice participation rate counting step,
A program to be executed.