WO2018003055A1 - Portable terminal commercialization process management device and portable terminal commercialization process management method - Google Patents

Portable terminal commercialization process management device and portable terminal commercialization process management method Download PDF

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Publication number
WO2018003055A1
WO2018003055A1 PCT/JP2016/069419 JP2016069419W WO2018003055A1 WO 2018003055 A1 WO2018003055 A1 WO 2018003055A1 JP 2016069419 W JP2016069419 W JP 2016069419W WO 2018003055 A1 WO2018003055 A1 WO 2018003055A1
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WO
WIPO (PCT)
Prior art keywords
terminal
information
mobile terminal
identifier
bid
Prior art date
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PCT/JP2016/069419
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French (fr)
Japanese (ja)
Inventor
慎一郎 藤崎
Original Assignee
株式会社オークネット
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
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Publication date
Application filed by 株式会社オークネット filed Critical 株式会社オークネット
Priority to PCT/JP2016/069419 priority Critical patent/WO2018003055A1/en
Priority to JP2016556346A priority patent/JPWO2018003055A1/en
Publication of WO2018003055A1 publication Critical patent/WO2018003055A1/en

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    • G—PHYSICS
    • G06—COMPUTING; CALCULATING OR COUNTING
    • G06Q—INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES; SYSTEMS OR METHODS SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES, NOT OTHERWISE PROVIDED FOR
    • G06Q50/00—Systems or methods specially adapted for specific business sectors, e.g. utilities or tourism
    • G06Q50/10—Services

Definitions

  • the present invention relates to a mobile terminal commercialization process management device and a mobile terminal commercialization process management method.
  • mobile terminals such as smartphones and tablet terminals are popular with a wide range of people.
  • mobile devices are frequently remodeled and new models are sold one after another.
  • mobile terminal sellers purchase mobile terminals that they are currently using from consumers, and reduce the sales price by applying the price to the purchase price of the new model, which stimulates replacement demand. ing.
  • the purchased mobile terminal is sold in the secondhand market, and the purchase price is collected.
  • Such a large amount of mobile terminals will be collected under the seller or its agent.
  • a seller or the like needs to perform a commercialization work so that these mobile terminals can be resold.
  • the commercialization work needs to perform at least an individual mobile terminal data erasing process and an individual mobile terminal grading process while performing inventory management and process management.
  • the data erasure process is necessary from the viewpoint of protecting personal information.
  • the grading process is a process of ranking individual mobile terminals necessary for negotiations when reselling mobile terminals.
  • Sellers etc. need to perform these processes on a considerable amount of mobile terminals so that they do not come off or leak.
  • Patent Document 1 an apparatus that purchases a mobile terminal from a user of the mobile terminal and that automatically performs a data erasing process and a grading process has been proposed (for example, Patent Document 1).
  • Patent Document 1 is limited to the user performing the erasing process and the grading process individually, and cannot manage the process of commercializing a plurality of portable terminals at once.
  • the present invention provides a rank indicating the grade of the mobile terminal for each identifier uniquely assigned to the mobile terminal, and a start of each commercialization process including a process of deleting the personal information of the mobile terminal or A terminal database for storing process management information indicating completion; an inspection result file for storing inspection results of the portable terminal inspected for each identifier by inspection item; an input / output unit for inputting and outputting information; Updating the terminal database based on an identifier reading unit that reads the identifier attached to the portable terminal, the identifier input by the identifier reading unit, and a code indicating the start or completion of each step; Read management information from the terminal database and display a management screen showing the progress of each process on the input / output unit, Serial and from the inspection result file for each identifier read the test results to provide a mobile terminal commercialization process management apparatus and a control unit for determining the rank.
  • a mobile terminal commercialization process management apparatus and a mobile terminal commercialization process management method that can collectively manage the process of commercializing a plurality of mobile terminals.
  • the block diagram which shows the structure of a portable terminal commercialization process management apparatus The figure which shows the data structure of a terminal database. The figure which shows the data structure of a test result file. The figure which shows a rank criteria. The figure which shows the data structure of a transaction file. The figure which shows the data structure of an exhibition details database. The figure which shows the data structure of a bid file. The figure which shows the data structure of a successful bid file. The figure which shows the data structure of an invoice file. The figure which shows the correspondence of the work flow by an operator, and operation
  • movement of a merchandising server The flowchart which shows the operation
  • the following portable terminal commercialization process management device and portable terminal commercialization process management method are provided.
  • a terminal database that stores a rank indicating the grade of the mobile terminal for each identifier uniquely assigned to the mobile terminal, and process management information indicating the start or completion of each commercialization process including the personal information erasing process of the mobile terminal
  • An inspection result file that stores the inspection results of the mobile terminal inspected in the inspection step for each identifier by inspection item;
  • An input / output unit for inputting / outputting information;
  • An identifier reading unit for reading the identifier attached to the portable terminal;
  • the terminal database is updated based on the identifier input by the identifier reading unit and a code indicating the start or completion of each process, and the process management information is read from the terminal database to indicate the progress status of each process.
  • a control unit that displays a management screen to be displayed on the input / output unit, reads the inspection result from the inspection result file for each identifier, and determines the rank;
  • a mobile terminal commercialization process management device comprising:
  • the terminal database is Further storing terminal information that is information relating to the state of the mobile terminal;
  • the controller is The mobile terminal commercialization process management device according to [1], wherein the terminal information is read from the terminal database, the bid related information is generated, and stored in the exhibition details database.
  • a bid processing control unit which is a control unit for performing the bid processing;
  • An exhibition details database for storing bid-related information, which is information for bidding, Further comprising
  • the terminal database is Further storing terminal information that is information relating to the state of the mobile terminal;
  • the controller is Read the terminal information from the terminal database to generate the bid related information,
  • the bid processing control unit The portable terminal commercialization process management device according to [1], wherein the bid related information is stored in the exhibition details database.
  • the bid processing control unit Accept bids from bidder terminals connected via the public network,
  • the successful bidder is determined from the bids,
  • the mobile terminal commercialization process management device according to [3], wherein a successful bid file for storing information related to successful bids is generated.
  • the bid processing control unit The portable terminal according to [4], wherein an invoice file storing invoice information is generated based on the successful bid file, and the invoice file is transmitted to the bidder terminal in response to a request from the bidder terminal.
  • Merchandising process management device Merchandising process management device.
  • the mobile terminal Based on the identifier input by the identifier reading unit that reads the identifier attached to the mobile terminal and the code indicating the start or completion of each commercialization process including the personal information erasing process of the mobile terminal, the mobile terminal Update the terminal database storing the rank indicating the grade of the mobile terminal for each identifier assigned uniquely, and the process management information indicating the start or completion of each process, Read the process management information from the terminal database and display a management screen showing the progress of each process on the input / output unit, A portable terminal commercialization process management method for reading the inspection result for each identifier from the inspection result file storing the inspection result of the portable terminal inspected for each identifier in the inspection step, and determining the rank.
  • the mobile terminal commercialization process management method wherein the successful bidder is determined from the bids and a successful bid file for storing information related to the successful bid is generated.
  • FIG. 1 is a block diagram showing the configuration of the mobile terminal commercialization process management device 10.
  • the mobile terminal merchandising process management apparatus 10 includes a merchandising server 100, a bar code reader 105 that is an identifier reading unit, and a bar code printer 106 that is an identifier output unit.
  • the merchandising server 100 can be connected to the bidder terminal 20 via the public communication line network 30 such as the Internet.
  • the merchandising server 100 is a so-called server computer, and includes a control unit 101, an input / output unit 102, a storage unit 103, and a communication unit 104.
  • the control unit 101 includes a CPU (central processing unit) that is an arithmetic device.
  • the input / output unit 102 includes input / output devices such as a keyboard, a display or a touch panel, and a mouse.
  • input / output devices such as a keyboard, a display or a touch panel, and a mouse.
  • One or more input / output units 102 are arranged under the administrator, and one or more input / output units 102 are arranged under each worker. These input / output units 102 may be so-called client computers.
  • the storage unit 103 includes a storage device such as a memory and a hard disk drive.
  • the storage unit 103 includes a terminal database (hereinafter referred to as terminal D / B 103A), an inspection result file 103B, a transaction file 103C, an exhibition details database (hereinafter referred to as exhibition details D / B 103D), and a bid file 103E.
  • terminal D / B 103A terminal database
  • inspection result file 103B a transaction file
  • 103C an exhibition details database
  • bid file 103E an exhibition details database
  • the successful bid file 103F and the invoice file 103G are stored.
  • the terminal D / B 103A has a barcode No. which is an identifier individually assigned to the mobile terminal received for commercialization. For each, management information, terminal information, rank, and process management information are stored.
  • the inspection result file 103B has a barcode No. Every time, the inspection result for each inspection item of the portable information terminal is stored.
  • Transaction file 103C has a barcode number. For each, management information, terminal information, and rank are stored.
  • the exhibition details D / B 103D stores bid information, terminal information, and rank for each exhibition details ID that is an identifier uniquely assigned to each exhibition.
  • the bidding file 103E stores bidding information and bidding price for each bidding ID that is an identifier uniquely assigned to each bidding.
  • the successful bid file 103F stores successful bid information, terminal information, rank, and successful bid amount for each successful bid ID that is an identifier uniquely assigned to each successful bid.
  • the invoice file 103G has an invoice number, which is an identifier assigned uniquely to each invoice. Each time, successful bid information, terminal information, rank, and successful bid amount are stored.
  • the communication unit 104 communicates with the bidder terminal 20 via the public communication network 30 in addition to communicating with the external device.
  • the barcode reader 105 reads the barcode, decodes it, and outputs it to the control unit 101.
  • Bar code printer 106 is a barcode number. Is encoded into a barcode to form an image on a label.
  • the bidder terminal 20 is a so-called personal computer or a so-called tablet terminal, and includes a control unit including an arithmetic device such as a CPU, an input / output unit including an input / output device such as a keyboard, display or touch panel, and a mouse, and storage such as a memory.
  • a storage unit including the device, and a communication unit that communicates with the commercialization server 100 via the public communication network 30.
  • FIG. 2 is a diagram showing a data structure of the terminal D / B 103A.
  • the terminal D / B 103A has a barcode No.
  • management information that is information for identifying and managing a mobile terminal for process management
  • terminal information that is information related to the state of the mobile terminal
  • a rank that is a class determined by the state of the terminal
  • each process And process management information including information indicating whether or not the process has been completed.
  • the management information includes, for example, a supplier code that is an identifier that is uniquely assigned to the supplier, and a tray number that is an identifier that is uniquely assigned to the tray on which the mobile terminal is placed during commercialization. And a box No. which is an identifier uniquely assigned to the box in which the mobile terminal is stored. And including.
  • the terminal information includes the manufacturer of the mobile terminal, the model number of the mobile terminal, the carrier indicating the communication carrier of the mobile terminal, the IMEI (International Mobile Equipment Identity) that is an identifier uniquely assigned to each mobile terminal, and the color of the mobile terminal And including.
  • IMEI International Mobile Equipment Identity
  • the process management information includes, for example, an acceptance process completion flag indicating completion of the acceptance process of the portable terminal, an acceptance process completion date and time indicating the completion date and time of the acceptance process, a charging process completion flag indicating completion of the charging operation of the portable terminal, Charging completion date and time indicating the completion date and time of charging work, erasing process completion flag indicating completion of personal data erasing processing of the mobile terminal, erasing process completion date and time indicating completion date and time of erasing processing, and completion of grading of the mobile terminal A grading process completion flag shown, and a grading completion date and time showing the grading completion date and time.
  • the process management information may further include a staff ID indicating the worker in charge for each process.
  • FIG. 3 shows the data structure of the inspection result file 103B.
  • the inspection result file 103 ⁇ / b> B has a barcode No. Every time, a point which is a test result quantified for each test item such as an operation history of the mobile terminal, an appearance status, a failure history such as a submergence reaction is stored.
  • 0 points are stored when the button operation is good, 10 points are stored when the vibrator operation cannot be performed at all, and 5 points are stored when there is a small scratch on the liquid crystal panel.
  • FIG. 4 is a diagram showing rank determination criteria. As shown in FIG. 4, the rank is determined based on the total sum of the inspection results of the inspection items.
  • rank A is given if the total sum of inspection results is 19 points or less. As the total sum of the inspection results is lower, a better rank is given.
  • FIG. 5 shows the data structure of the transaction file 103C.
  • the transaction file 103C contains the barcode No. extracted from the terminal D / B 103A.
  • transaction data including management information extracted from the terminal D / B 103A, terminal information, and rank is stored.
  • FIG. 6 is a diagram showing a data structure of the exhibition details D / B 103D.
  • the exhibition details D / B 103D includes, as bid related information that is information for bidding, bid information, terminal information, and rank, which are basic information related to bidding, for each exhibition details ID. Store.
  • the bid information includes a bidder ID that is uniquely assigned to the bidder and a product ID that is uniquely assigned to the mobile terminal.
  • FIG. 7 shows the data structure of the bid file 103E.
  • the bidding file 103E stores bidding information including a bidding person ID and a product ID, which are identifiers uniquely assigned to bidding persons, and a bidding price for each bidding ID.
  • FIG. 8 shows the data structure of the successful bid file 103F.
  • the successful bid ID stores successful bid information that is information related to a successful bid, terminal information, rank, and successful bid amount.
  • the successful bid information includes the bidder ID of the bidder who has made a successful bid, the product ID of the mobile terminal that has made a successful bid, and the barcode No. of the mobile terminal that has made a successful bid. And including.
  • FIG. 9 shows the data structure of the invoice file 103G.
  • the invoice file 103G includes an invoice number. Each time, successful bid information, terminal information, rank, and successful bid amount are stored.
  • FIG. 10 is a diagram showing a correspondence relationship between the work flow by the worker and the operation of the merchandising server 100.
  • the operation by the control unit 101 of the merchandising server 100 will be described as the operation of the merchandising server 100.
  • Each process is performed by a different worker, and is sequentially performed according to the flow work procedure.
  • step S1 an operator performs an acceptance process.
  • the merchandising server 100 receives the barcode number.
  • the bar code printer 106 controls the bar code number. Is output to the label.
  • the worker attaches the label to the portable terminal, reads the barcode with the barcode reader 105, and reads the barcode indicating the start of the receiving process with the barcode reader.
  • the bar code reader 105 reads the read bar code No. Then, a code indicating the start of the acceptance process is input to the commercialization server 100.
  • the barcode No When the merchandising server 100 inputs a code indicating the start of the acceptance process, the barcode No. Based on the above, the flag indicating the start of the acceptance process is stored in the acceptance process completion flag of the terminal D / B 103A, and the date and time of the acceptance process start is stored in the acceptance process completion date and time.
  • the bar code reader 105 reads the supplier code read and the tray number. Are input to the merchandising server 100.
  • the merchandising server 100 receives the input supplier code, tray No. Is the barcode number. Are stored in the terminal D / B 103A.
  • the worker When the acceptance process is completed, the worker reads the barcode with the barcode reader 105 and also reads the barcode indicating the completion of the acceptance process with the barcode reader 105.
  • step D1 the barcode reader 105 reads the barcode number read. And a code indicating the completion of the acceptance process are input to the merchandising server 100.
  • the merchandising server 100 receives the entered barcode number. Based on the above, the flag indicating the completion of the reception process is stored in the reception process completion flag of the terminal D / B 103A, and the date and time of completion of the reception process is stored in the reception process completion date and time.
  • step S2 the worker performs a charging process.
  • the operator reads the barcode with the barcode reader 105 and reads the barcode indicating the start of the charging process with the barcode reader.
  • the bar code reader 105 reads the read bar code No. Then, a code indicating the start of the charging process is input to the commercialization server 100.
  • the barcode No When the merchandising server 100 inputs a code indicating the start of the charging process, the barcode No. Based on the above, the flag indicating the start of the charging process is stored in the charging process completion flag of the terminal D / B 103A, and the date and time of starting the charging process is stored in the charging process completion date and time.
  • the worker then connects the mobile terminal to the charger and performs the charging process.
  • the operator reads the barcode with the barcode reader 105 and also reads the barcode indicating the completion of the charging process with the barcode reader 105.
  • step D2 the barcode reader 105 reads the read barcode number. And a code indicating completion of the charging process are input to the commercialization server 100.
  • the merchandising server 100 receives the entered barcode number. Based on the above, the flag indicating the completion of the charging process is stored in the charging process completion flag of the terminal D / B 103A, and the date and time of completion of the charging process is stored in the charging process completion date and time.
  • step S3 the worker performs an information acquisition process.
  • the operator reads the barcode with the barcode reader 105 and reads the barcode indicating the start of the information acquisition process with the barcode reader.
  • the bar code reader 105 reads the read bar code No. Then, a code indicating the start of the information acquisition process is input to the commercialization server 100.
  • the barcode No When the merchandising server 100 inputs a code indicating the start of the information acquisition process, the barcode No. Based on the information acquisition process, a flag indicating the start of the information acquisition process is stored in the information acquisition process completion flag of the terminal D / B 103A, and the information acquisition process start date is stored in the information acquisition process completion date.
  • the operator operates the mobile terminal, acquires various types of information, and inputs the information to the commercialization server 100 via the input / output unit 102 to perform the information acquisition process.
  • This information acquisition step can be performed using software.
  • information acquisition software is installed in the input / output unit 102 which is a client computer, and the input / output unit 102 is connected to the portable terminal by a cable.
  • the input / output unit 102 acquires various types of information including IMEI using information acquisition software.
  • the information acquisition software outputs IMEI to the input / output unit 102 as a barcode.
  • the operator scans this barcode and causes the merchandising server 100 to store the IMEI in the terminal D / B 103A.
  • commercially available software such as Blancco 5 Mobile provided by Blancco Oy Ltd. in Finland can be used.
  • the worker When the information acquisition process is completed, the worker reads the barcode with the barcode reader 105 and reads the barcode indicating the completion of the information acquisition process with the barcode reader 105.
  • step D3 the barcode reader 105 reads the read barcode number.
  • a code indicating completion of the information acquisition process is input to the merchandising server 100.
  • the merchandising server 100 receives the entered barcode number.
  • the information acquisition process completion flag is stored in the information acquisition process completion flag of the terminal D / B 103A, and the information acquisition process completion date is stored in the information acquisition process completion date.
  • step S4 the worker performs a sorting process.
  • the operator reads the barcode with the barcode reader 105 and reads the barcode indicating the start of the sorting process with the barcode reader.
  • the bar code reader 105 reads the read bar code No. Then, a code indicating the start of the sorting process is input to the commercialization server 100.
  • the merchandise server 100 receives the barcode No. Based on the above, a flag indicating the start of the sorting process is stored in the sorting process completion flag of the terminal D / B 103A, and the sorting process start date and time is stored in the sorting process completion date and time.
  • the worker then performs the sorting process by sorting the mobile terminals according to, for example, the model, color, acceptance / non-acceptance, presence / absence of submersion reaction, and the like.
  • the sorting result is input to the merchandising server 100 by separately scanning a barcode, and stored in the terminal D / B 103A. Also in the subsequent steps, when a fatal defect in commercialization is found in the mobile terminal, the barcode indicating the reason is scanned, and the mobile terminal is “leaved” from the commercialization work.
  • the operator reads the barcode with the barcode reader 105 and also reads the barcode indicating the completion of the sorting process with the barcode reader 105.
  • step D4 the barcode reader 105 reads the barcode number read.
  • a code indicating completion of the sorting process is input to the merchandising server 100.
  • the merchandising server 100 receives the entered barcode number. Based on the above, a flag indicating completion of the sorting process is stored in the sorting process completion flag of the terminal D / B 103A, and the sorting process completion date and time is stored in the sorting process completion date and time.
  • step S5 the operator performs an erasing process.
  • the operator reads the barcode with the barcode reader 105 and reads the barcode indicating the start of the erasing process with the barcode reader.
  • the bar code reader 105 reads the read bar code No. Then, a code indicating the start of the erasing process is input to the commercialization server 100.
  • the barcode No When the merchandising server 100 inputs a code indicating the start of the erasing process, the barcode No.
  • the flag indicating the start of the erasing process is stored in the erasing process completion flag of the terminal D / B 103A, and the erasing process start date and time is stored in the erasing process completion date and time.
  • the worker then performs an erasure process that completely erases personal information from the mobile terminal. Even if the mobile terminal performs so-called all reset, personal information is not completely erased and may be read by a third party.
  • the worker connects the portable terminal to a personal computer for erasing provided separately with information peripheral software installed using a cable.
  • the erasing personal computer completely erases the personal information by overwriting random data in the storage device of the portable terminal a plurality of times by the information peripheral software.
  • this information peripheral software for example, commercially available software such as Blancco 5 Mobile provided by Blancco Oy Ltd. of Finland can be used.
  • the operator When the erasing process is completed, the operator reads the barcode with the barcode reader 105 and reads the barcode indicating the completion of the erasing process with the barcode reader 105. The operator also inputs whether or not the erasure is successful by scanning a separately provided barcode with the barcode reader 105 into the commercialization server 100.
  • the merchandising server 100 stores in the terminal D / B 103A whether or not the inputted erasure success is possible.
  • step D5 the barcode reader 105 reads the barcode number read. And a code indicating completion of the erasing process are input to the merchandising server 100.
  • the merchandising server 100 receives the entered barcode number. Based on the above, the flag indicating the completion of the erasing process is stored in the erasing process completion flag of the terminal D / B 103A, and the date and time of the erasing process completion is stored in the erasing process completion date and time.
  • step S6 the worker performs an inspection process.
  • the operator reads the barcode with the barcode reader 105 and reads the barcode indicating the start of the inspection process with the barcode reader.
  • the bar code reader 105 reads the read bar code No. Then, a code indicating the start of the inspection process is input to the commercialization server 100.
  • the bar code No When the merchandising server 100 inputs a code indicating the start of the inspection process, the bar code No.
  • the flag indicating the start of the inspection process is stored in the inspection process completion flag of the terminal D / B 103A, and the inspection process start date is stored in the inspection process completion date.
  • the worker then inspects the state of the mobile terminal by operating the mobile terminal or visually checking it.
  • the operator inputs the inspection result to the commercialization server 100 by scanning the barcode corresponding to each inspection result by the barcode reader 105.
  • the merchandising server 100 displays the inspection result as a barcode number. And stored in the inspection result file 103B.
  • the operator reads the barcode with the barcode reader 105 and reads the barcode indicating the completion of the inspection process with the barcode reader 105.
  • the rank is displayed on the input / output unit 102. The worker sorts mobile terminals for each rank.
  • step D6 the barcode reader 105 reads the barcode number read.
  • a code indicating completion of the inspection process is input to the merchandising server 100.
  • the merchandising server 100 receives the entered barcode number.
  • the flag indicating the completion of the inspection process is stored in the inspection process completion flag of the terminal D / B 103A, and the inspection process completion date and time is stored in the inspection process completion date and time.
  • step S7 the worker performs a boxing process.
  • the operator uses a barcode No. Is read by the barcode reader 105, and a barcode indicating the start of the boxing process is read by the barcode reader.
  • the bar code reader 105 reads the read bar code No.
  • a code indicating the start of the boxing process is input to the commercialization server 100.
  • the boxing may be carried out one by one or plural, for example, 100 pieces.
  • the bar code No When the merchandising server 100 inputs a code indicating the start of the boxing process, the bar code No. Based on the above, the flag indicating the start of the boxing process is stored in the boxing process completion flag of the terminal D / B 103A, and the date of starting the boxing process is stored in the boxing process completion date.
  • the worker then boxes the mobile terminal.
  • the operator reads the barcode with the barcode reader 105 and also reads the barcode indicating the completion of the boxing process with the barcode reader 105.
  • step D7 the barcode reader 105 reads the barcode number read.
  • a code indicating completion of the boxing process is input to the merchandising server 100.
  • the merchandising server 100 receives the entered barcode number. Based on the above, the flag indicating the completion of the boxing process is stored in the boxing process completion flag of the terminal D / B 103A, and the date of completion of the boxing process is stored in the boxing process completion date.
  • step A2 the administrator can display a management screen on a display unit such as a display of the input / output unit 102 at an arbitrary timing to check the progress of each process.
  • step A3 the merchandising server 100 performs a grading operation and assigns the rank of each mobile terminal to a barcode number. And stored in terminal D / B 103A.
  • step A4 the merchandising server 100 performs bidding processing or individual sales processing for accepting bids from the bidder terminal 20 connected via the public communication line network 30.
  • the winning bid price is stored in the winning bid price of the invoice file 103G in the case of the bidding process, and the selling price in the individual selling process.
  • step S8 the worker performs a shipping process.
  • the operator reads the barcode with the barcode reader 105 and reads the barcode indicating the start of the delivery process with the barcode reader.
  • the bar code reader 105 reads the read bar code No. And a code indicating the start of the shipping process and the invoice No. Are input to the merchandising server 100.
  • the barcode No When the merchandising server 100 inputs a code indicating the start of the shipping process, the barcode No.
  • the flag indicating the start of the delivery process is stored in the delivery process completion flag of the terminal D / B 103A, and the delivery process start date is stored in the delivery process completion date.
  • the worker When the delivery process is completed, the worker reads the barcode with the barcode reader 105 and reads the barcode indicating the completion of the delivery process with the barcode reader 105.
  • step D8 the barcode reader 105 reads the barcode number read. And a code indicating completion of the delivery process are input to the merchandising server 100.
  • the merchandising server 100 receives the entered barcode number.
  • the flag indicating the completion of the delivery process is stored in the delivery process completion flag of the terminal D / B 103A, and the delivery process completion date is stored in the delivery process completion date.
  • step A5 the merchandising server 100 performs invoice issuance processing.
  • FIG. 11 is a flowchart showing the management screen display operation of the merchandising server 100. As shown in FIG. 11, in step 1101, the merchandising server 100 reads process management information from the terminal D / B 103A.
  • step 1102 the merchandising server 100 determines the number of mobile terminals for each process, specifically the barcode number. Count the number of
  • step 1103 the merchandising server 100 displays the management screen 1201 on the display unit of the input / output unit 102.
  • FIG. 12 is a diagram illustrating an example of the management screen 1201.
  • the management screen 1201 includes a graph display column 1202 that displays a graph indicating the progress of each process, a detailed display column 1203 that indicates the number of portable terminals for each state of each process, and a portable for each state.
  • a total display column 1204 for displaying the total number of terminals.
  • a graph indicating the number of mobile terminals in which each process has been started and a graph indicating the number of mobile terminals in which each process has been completed, which are indicated by hatching, are displayed for each process. Is done.
  • start, in process, completion, return, damage, etc. are displayed as states. These states are displayed on the terminal D / B 103A with the barcode No. Stored for each.
  • FIG. 13 is a flowchart showing the grading operation of the merchandising server 100. As shown in FIG. 13, in step 1301, the merchandising server 100 determines that the barcode No. Is input from any one of the terminal D / B 103A, the barcode reader 105, and the input / output unit 102.
  • step 1302 the merchandising server 100 receives the input barcode number. Based on the above, the inspection result file 103B is searched, the points of each process which are inspection results are read out and added up.
  • step 1303 the merchandising server 100 determines the rank based on the total value.
  • step 1304 the merchandising server 100 stores the determined rank in the terminal D / B 103A.
  • FIG. 14 is a flowchart showing the operation of the bid / invoice issuing process of the merchandising server 100.
  • the merchandising server 100 bids, that is, stores the barcode No. Is input from either the barcode reader 105 or the input / output unit 102.
  • the merchandising server 100 generates a transaction file 103C from the terminal D / B 103A.
  • the transaction file 103C may be a so-called CSV (comma-separated value) file.
  • step 1403 the merchandising server 100 stores the contents of the transaction file 103C in the exhibition details D / B 103D for each exhibition details ID.
  • step 1404 the merchandising server 100 generates a bidding file 103E for each bidding ID based on the information input from the bidding terminal 20.
  • step 1405 the merchandising server 100 determines whether or not a predetermined time has elapsed since the bidding file 103E was generated, that is, since there was a bidding from a bidder. If it is determined that the predetermined time has elapsed (Y in Step 1405), the merchandising server 100 proceeds to Step 1406. If it is determined that the predetermined time has not elapsed (N in Step 1405), the merchandising server 100 returns to Step 1405.
  • the merchandising server 100 determines a successful bidder. Specifically, the bidding price is read from each bidding file 103E based on the product ID, and the bidding person ID of the bidding file 103E storing the highest bidding price among the read bidding prices is read as a successful bidder.
  • the merchandising server 100 generates a successful bid file 103F.
  • the bidding information is read from the bidding file 103E of the successful bidder, and the barcode No. is displayed from the exhibition details D / B based on the product ID included in the bidding information.
  • the terminal information and rank are read out to generate successful bid information, terminal information, and rank, and the bidding price in the bidding file 103E of the successful bidder is set as the successful bid price.
  • step 1408 the merchandising server 100 generates an invoice file 103G.
  • the contents of the invoice file 103G are stored in the invoice no. Is the same as the content of the successful bid file 103F.
  • the merchandising server 100 transmits the invoice file 103G to the bidder terminal 20 in response to a request from the bidder terminal 20.
  • FIG. 15 is a flowchart showing the operation of the individual sales / invoice issuing process of the merchandising server 100.
  • the merchandising server 100 determines the barcode No. of the mobile terminal that bids. Is input from either the barcode reader 105 or the input / output unit 102.
  • step 1502 the merchandising server 100 inputs the sales price determined by the negotiation etc. from the input / output unit 102 and stores it in the memory.
  • step 1503 the merchandising server 100 generates the invoice file 103G and stores the sales price stored in the memory in the winning bid amount.
  • the merchandising server 100 inputs the product ID and the sales destination from the input / output unit 102, and stores the sales destination as the winning bidder ID in the product ID and the winning bidder ID of the invoice file. Further, the merchandising server 100 reads the terminal information and rank from the exhibition details D / B 103D based on the merchandise ID, and stores them in the terminal information trunk of the invoice file 103G.
  • the merchandising server 100 transmits the invoice file 103G to the bidder terminal 20 in response to a request from the bidder terminal 20.
  • the identifier reading unit can use a wireless tag reader / writer in addition to the barcode reader 105.
  • the identifier output unit can use a label printer including a wireless tag reader / writer.
  • the contents of the inspection result file 103B can be stored in the terminal D / B 103A, and the inspection result file 103B can be omitted.
  • the merchandising server 100 has both a process management function and a bidding function. In order to reduce the load, the merchandising server 100 may use a different bid function.
  • FIG. 16 is a diagram illustrating a configuration of the mobile terminal commercializing apparatus 10 provided with the bid server 200. As illustrated in FIG. 16, the mobile terminal commercializing apparatus 10 includes a commercializing server 100 and a bid server 200.
  • the configuration of the commercialization server 100 is the same as the configuration of the commercialization server 100 shown in FIG. 1 except that the terminal D / B 103A, the inspection result file 103B, and the transaction file 103C are stored in the storage unit 103.
  • the bid server 200 includes a control unit 201 that is a bid processing control unit, an input / output unit 202, a storage unit 203, and a communication unit 204.
  • the control unit 201, the input / output unit 202, the storage unit 203, and the communication unit 204 have the same configurations as the control unit 101, the input / output unit 102, the storage unit 103, and the communication unit 104.
  • the storage unit 203 is different from the storage unit 103 in that it stores the exhibition details D / B 103D, the successful bid file 103F, the bid file 103E, and the invoice file 103G.
  • the bidding terminal 20 is connected to the bidding server 200 via the public communication line network 30.
  • the merchandising server 100 may be connected to the bidding server 200 via the public communication line network 30.
  • the operation of the bidding server 200 performs the bidding / invoice issuance processing and the individual sales / invoice issuance processing performed by the merchandising server 100 shown in FIG.
  • the bidding / invoice issuing process has been described with reference to FIG. 14, and the individual sales / invoice issuing process has been described with reference to FIG.
  • the bidding server 200 receives the transaction file 103C transmitted from the merchandising server 100 and generates the exhibition details D / B 103D.
  • the mobile terminal commercialization process management apparatus 10 manages information that identifies and manages a mobile terminal for each identifier that is uniquely assigned to the mobile terminal, and information about the status of the mobile terminal.
  • the terminal D / B 103A for storing the terminal information, the rank indicating the grade of the portable terminal, and the process management information indicating the start or completion of each commercialization process including the erasing process of the personal information of the portable terminal, and the portable terminal
  • An inspection result file 103B for storing the inspection results of the portable terminal inspected in the inspection step for each assigned identifier by inspection item, an input / output unit 102 for inputting / outputting information, and a bar which is an identifier attached to the portable terminal
  • the terminal D based on the identifier reading unit that reads the code, the identifier input by the identifier reading unit, and the code indicating the start or completion of each process B is updated, the process management information is read from the terminal D / B 103A, the management screen 1201 showing the
  • control unit 101 reads terminal information from the terminal D / B 103A, generates bid related information, and stores it in the exhibition details D / B 103D.
  • control unit 101 generates an invoice file 103G for storing invoice information based on the successful bid file 103F, and transmits the invoice file 103G to the bidder terminal 20 in response to a request from the bidder terminal 20. .

Abstract

[Problem] To provide a portable terminal commercialization process management device and a portable terminal commercialization process management method, which make it possible to collectively manage a plurality of portable terminal commercialization task processes. [Solution] A portable terminal commercialization process management device 10 comprises: a terminal database 103A that stores, for each identifier, a rank indicating the rank of a portable terminal and process management information indicating the start or completion of each commercialization process; an inspection results file 103B that stores, by inspection item, inspection results of a portable terminal inspected in an inspection process, for each identifier; an input/output unit 102; an identifier reading unit (bar code reader 105) that reads an identifier; and a control unit 101 that updates the terminal database 103A on the basis of the identifier input by the identifier reading unit and a code indicating the start or completion of each process, reads the process management information from the terminal database 103A, displays on the input/output unit 102 a management screen 1201 indicating the progress status for each process, and determines a ranking by reading the inspection results from the inspection results file 103B for each identifier.

Description

携帯端末商品化工程管理装置及び携帯端末商品化工程管理方法Mobile terminal commercialization process management device and mobile terminal commercialization process management method
　本発明は、携帯端末商品化工程管理装置及び携帯端末商品化工程管理方法に関するものである。 The present invention relates to a mobile terminal commercialization process management device and a mobile terminal commercialization process management method.
　昨今、スマートフォンやタブレット端末のような携帯端末は幅広い世代の人々に人気がある。加えて、携帯端末はモデルチェンジが頻繁に行われ、新機種が次々と販売される。 Recently, mobile terminals such as smartphones and tablet terminals are popular with a wide range of people. In addition, mobile devices are frequently remodeled and new models are sold one after another.
　携帯端末の需要者は、できるだけ安く新機種を購入したいと考えることが多い。他方、携帯端末の販売者は、できるだけ早期に新機種に買い替えてほしいと考えている。 Demand for mobile terminals often wants to purchase a new model as cheaply as possible. On the other hand, mobile terminal sellers want to buy a new model as soon as possible.
　そこで、携帯端末の販売者は、需要者からその需要者が現在使用している携帯端末を買い取り、その代金分を新機種の購入価格に充当することによって販売価格を引き下げ、買い替え需要を喚起している。買い取られた携帯端末は中古市場において販売され、買い取り代金が回収される。 Therefore, mobile terminal sellers purchase mobile terminals that they are currently using from consumers, and reduce the sales price by applying the price to the purchase price of the new model, which stimulates replacement demand. ing. The purchased mobile terminal is sold in the secondhand market, and the purchase price is collected.
　このような、販売者或いはその代理店の下には相当量の携帯端末が集められることになる。販売者等はこれらの携帯端末を再販売できるようにするための商品化作業を行う必要がある。 Such a large amount of mobile terminals will be collected under the seller or its agent. A seller or the like needs to perform a commercialization work so that these mobile terminals can be resold.
　商品化作業は、在庫管理及び工程管理を行いながら、少なくとも個別の携帯端末のデータ消去工程と、個別の携帯端末のグレーディング工程と、を行う必要がある。データ消去工程は個人情報を保護する観点から必要となる。グレーディング工程は携帯端末を再販売する際の商談に必要となる個別の携帯端末のランク分けを行う工程である。 The commercialization work needs to perform at least an individual mobile terminal data erasing process and an individual mobile terminal grading process while performing inventory management and process management. The data erasure process is necessary from the viewpoint of protecting personal information. The grading process is a process of ranking individual mobile terminals necessary for negotiations when reselling mobile terminals.
　販売者等はこれらの工程を相当量の携帯端末に対して、抜けや漏れがないように行う必要がある。 Sellers etc. need to perform these processes on a considerable amount of mobile terminals so that they do not come off or leak.
　この点に関し、携帯端末のユーザから携帯端末を買い取る装置であって、自動的にデータ消去工程と、グレーディング工程と、を行う装置が提案されている（例えば、特許文献１。）。 In this regard, an apparatus that purchases a mobile terminal from a user of the mobile terminal and that automatically performs a data erasing process and a grading process has been proposed (for example, Patent Document 1).
　しかし、特許文献１に記載の装置は、ユーザが個別に消去工程とグレーディング工程を行うにとどまり、複数の携帯端末の商品化作業の工程を一括して管理することは出来ない。 However, the apparatus described in Patent Document 1 is limited to the user performing the erasing process and the grading process individually, and cannot manage the process of commercializing a plurality of portable terminals at once.
日本国　特開２０１６－３５７５８号公報Japanese Unexamined Patent Publication No. 2016-35758
　従って、複数の携帯端末の商品化作業の工程を一括して管理できる携帯端末商品化工程管理装置及び携帯端末商品化工程管理方法が求められている。 Accordingly, there is a need for a mobile terminal commercialization process management device and a mobile terminal commercialization process management method that can collectively manage the process of commercializing a plurality of mobile terminals.
　上記課題を解決するため、本発明は、携帯端末に固有に割り当てられる識別子ごとに前記携帯端末の等級を示すランク、及び前記携帯端末の個人情報の消去工程を含む商品化の工程ごとの開始または完了を示す工程管理情報を格納する端末データベースと、前記識別子ごとに検査工程において検査された前記携帯端末の検査結果を検査項目別に格納する検査結果ファイルと、情報を入出力する入出力部と、　前記携帯端末に付された前記識別子を読み取る識別子読取部と、前記識別子読取部によって入力された前記識別子、及び前記工程ごとの開始又は完了を示すコードに基づいて前記端末データベースを更新し、前記工程管理情報を前記端末データベースから読み出して前記工程ごとの進捗状況を示す管理画面を前記入出力部に表示し、前記識別子ごとに前記検査結果ファイルから前記検査結果を読み出して前記ランクを判定する制御部と、を備える携帯端末商品化工程管理装置を提供する。 In order to solve the above problems, the present invention provides a rank indicating the grade of the mobile terminal for each identifier uniquely assigned to the mobile terminal, and a start of each commercialization process including a process of deleting the personal information of the mobile terminal or A terminal database for storing process management information indicating completion; an inspection result file for storing inspection results of the portable terminal inspected for each identifier by inspection item; an input / output unit for inputting and outputting information; Updating the terminal database based on an identifier reading unit that reads the identifier attached to the portable terminal, the identifier input by the identifier reading unit, and a code indicating the start or completion of each step; Read management information from the terminal database and display a management screen showing the progress of each process on the input / output unit, Serial and from the inspection result file for each identifier read the test results to provide a mobile terminal commercialization process management apparatus and a control unit for determining the rank.
　本発明によれば、複数の携帯端末の商品化作業の工程を一括して管理できる携帯端末商品化工程管理装置及び携帯端末商品化工程管理方法を提供することができる。 According to the present invention, it is possible to provide a mobile terminal commercialization process management apparatus and a mobile terminal commercialization process management method that can collectively manage the process of commercializing a plurality of mobile terminals.
携帯端末商品化工程管理装置の構成を示すブロック図。The block diagram which shows the structure of a portable terminal commercialization process management apparatus. 端末データベースのデータ構造を示す図。The figure which shows the data structure of a terminal database. 検査結果ファイルのデータ構成を示す図。The figure which shows the data structure of a test result file. ランク判定基準を示す図。The figure which shows a rank criteria. トランザクションファイルのデータ構成を示す図。The figure which shows the data structure of a transaction file. 出品明細データベースのデータ構成を示す図。The figure which shows the data structure of an exhibition details database. 応札ファイルのデータ構成を示す図。The figure which shows the data structure of a bid file. 落札ファイルのデータ構成を示す図。The figure which shows the data structure of a successful bid file. インボイスファイルのデータ構成を示す図。The figure which shows the data structure of an invoice file. 作業者による業務の流れと商品化サーバの動作の対応関係を示す図。The figure which shows the correspondence of the work flow by an operator, and operation | movement of a merchandising server. 商品化サーバの管理画面表示動作を示すフローチャート。The flowchart which shows the management screen display operation | movement of a merchandising server. 管理画面の例を示す図。The figure which shows the example of a management screen. 商品化サーバのグレーディング動作を示すフローチャート。The flowchart which shows the grading operation | movement of a merchandising server. 商品化サーバの入札・インボイス発行処理の動作を示すフローチャート。The flowchart which shows the operation | movement of the bid / invoice issuing process of a merchandising server. 商品化サーバの個別販売・インボイス発行処理の動作を示すフローチャート。The flowchart which shows the operation | movement of the separate sales and invoice issuing process of a merchandising server. 入札サーバを設けた携帯端末商品化装置の構成を示す図。The figure which shows the structure of the portable terminal commercialization apparatus which provided the bid server.
　以下、本発明の一実施形態にかかる携帯端末商品化工程管理装置及び携帯端末商品化工程管理方法の例を、図面を参照しながら説明する。 Hereinafter, an example of a mobile terminal commercialization process management device and a mobile terminal commercialization process management method according to an embodiment of the present invention will be described with reference to the drawings.
　本発明によれば、以下の携帯端末商品化工程管理装置及び携帯端末商品化工程管理方法が提供される。 According to the present invention, the following portable terminal commercialization process management device and portable terminal commercialization process management method are provided.
［１］ [1]
　携帯端末に固有に割り当てられる識別子ごとに前記携帯端末の等級を示すランク、及び前記携帯端末の個人情報の消去工程を含む商品化の工程ごとの開始または完了を示す工程管理情報を格納する端末データベースと、
　前記識別子ごとに検査工程において検査された前記携帯端末の検査結果を検査項目別に格納する検査結果ファイルと、
　情報を入出力する入出力部と、
　前記携帯端末に付された前記識別子を読み取る識別子読取部と、
　前記識別子読取部によって入力された前記識別子、及び前記工程ごとの開始又は完了を示すコードに基づいて前記端末データベースを更新し、前記工程管理情報を前記端末データベースから読み出して前記工程ごとの進捗状況を示す管理画面を前記入出力部に表示し、前記識別子ごとに前記検査結果ファイルから前記検査結果を読み出して前記ランクを判定する制御部と、
を備える携帯端末商品化工程管理装置。 A terminal database that stores a rank indicating the grade of the mobile terminal for each identifier uniquely assigned to the mobile terminal, and process management information indicating the start or completion of each commercialization process including the personal information erasing process of the mobile terminal When,
An inspection result file that stores the inspection results of the mobile terminal inspected in the inspection step for each identifier by inspection item;
An input / output unit for inputting / outputting information;
An identifier reading unit for reading the identifier attached to the portable terminal;
The terminal database is updated based on the identifier input by the identifier reading unit and a code indicating the start or completion of each process, and the process management information is read from the terminal database to indicate the progress status of each process. A control unit that displays a management screen to be displayed on the input / output unit, reads the inspection result from the inspection result file for each identifier, and determines the rank;
A mobile terminal commercialization process management device comprising:
［２］ [2]
　入札のための情報である入札関連情報を格納する出品明細データベースをさらに備え、
　前記端末データベースは、
　前記携帯端末の状態に関する情報である端末情報をさらに格納し、
　前記制御部は、
　前記端末データベースから前記端末情報を読み出して前記入札関連情報を生成し、前記出品明細データベースに格納する［１］に記載の携帯端末商品化工程管理装置。 It further comprises an exhibition details database for storing bid related information that is information for bidding,
The terminal database is
Further storing terminal information that is information relating to the state of the mobile terminal;
The controller is
The mobile terminal commercialization process management device according to [1], wherein the terminal information is read from the terminal database, the bid related information is generated, and stored in the exhibition details database.
［３］ [3]
入札処理を行う制御部である入札処理制御部と、
　入札のための情報である入札関連情報を格納する出品明細データベースと、
をさらに備え、
　前記端末データベースは、
　前記携帯端末の状態に関する情報である端末情報をさらに格納し、
　前記制御部は、
　前記端末データベースから前記端末情報を読み出して前記入札関連情報を生成し、
　前記入札処理制御部は、
　前記入札関連情報を前記出品明細データベースに格納する［１］に記載の携帯端末商品化工程管理装置。 A bid processing control unit which is a control unit for performing the bid processing;
An exhibition details database for storing bid-related information, which is information for bidding,
Further comprising
The terminal database is
Further storing terminal information that is information relating to the state of the mobile terminal;
The controller is
Read the terminal information from the terminal database to generate the bid related information,
The bid processing control unit
The portable terminal commercialization process management device according to [1], wherein the bid related information is stored in the exhibition details database.
［４］ [4]
　前記入札処理制御部は、
　公衆通信回線網を介して接続する応札者端末から応札を受け入れ、
　前記応札の中から落札者を判定し、
　落札に関する情報を格納する落札ファイルを生成する［３］に記載の携帯端末商品化工程管理装置。 The bid processing control unit
Accept bids from bidder terminals connected via the public network,
The successful bidder is determined from the bids,
The mobile terminal commercialization process management device according to [3], wherein a successful bid file for storing information related to successful bids is generated.
［５］ [5]
　前記入札処理制御部は、
　前記落札ファイルに基づいてインボイスの情報を格納するインボイスファイルを生成し、前記応札者端末からの要求に応じて前記インボイスファイルを前記応札者端末に送信する［４］に記載の携帯端末商品化工程管理装置。 The bid processing control unit
The portable terminal according to [4], wherein an invoice file storing invoice information is generated based on the successful bid file, and the invoice file is transmitted to the bidder terminal in response to a request from the bidder terminal. Merchandising process management device.
［６］ [6]
　携帯端末に付された識別子を読み取る識別子読取部によって入力された前記識別子、及び前記携帯端末の個人情報の消去工程を含む商品化の工程ごとの開始又は完了を示すコードに基づいて、携帯端末に固有に割り当てられる前記識別子ごとに前記携帯端末の等級を示すランク、及び前記工程ごとの開始または完了を示す工程管理情報を格納する端末データベースを更新し、
　前記工程管理情報を前記端末データベースから読み出して前記工程ごとの進捗状況を示す管理画面を入出力部に表示し、
　前記識別子ごとに検査工程において検査された前記携帯端末の検査結果を検査項目別に格納する検査結果ファイルから前記識別子ごとに前記検査結果を読み出して前記ランクを判定する携帯端末商品化工程管理方法。 Based on the identifier input by the identifier reading unit that reads the identifier attached to the mobile terminal and the code indicating the start or completion of each commercialization process including the personal information erasing process of the mobile terminal, the mobile terminal Update the terminal database storing the rank indicating the grade of the mobile terminal for each identifier assigned uniquely, and the process management information indicating the start or completion of each process,
Read the process management information from the terminal database and display a management screen showing the progress of each process on the input / output unit,
A portable terminal commercialization process management method for reading the inspection result for each identifier from the inspection result file storing the inspection result of the portable terminal inspected for each identifier in the inspection step, and determining the rank.
［７］ [7]
　前記携帯端末の状態に関する情報である端末情報をさらに格納する前記端末データベースから前記端末情報を読み出して入札のための情報である入札関連情報を生成し、
　前記入札関連情報を出品明細データベースに格納する［６］に記載の携帯端末商品化工程管理方法。 Read the terminal information from the terminal database that further stores terminal information that is information relating to the state of the mobile terminal to generate bid related information that is information for bidding,
The mobile terminal commercialization process management method according to [6], wherein the bid related information is stored in an exhibition details database.
［８］ [8]
　公衆通信回線網を介して接続する応札者端末から応札を受け入れる［７］に記載の携帯端末商品化工程管理方法。 The mobile terminal commercialization process management method according to [7], wherein a bid is accepted from a bidder terminal connected via a public communication line network.
［９］ [9]
　前記応札の中から落札者を判定し、落札に関する情報を格納する落札ファイルを生成する［８］に記載の携帯端末商品化工程管理方法。 The mobile terminal commercialization process management method according to [8], wherein the successful bidder is determined from the bids and a successful bid file for storing information related to the successful bid is generated.
［１０］ [10]
　前記落札ファイルに基づいてインボイスの情報を格納するインボイスファイルを生成し、前記応札者端末からの要求に応じて前記インボイスファイルを前記応札者端末に送信する［９］に記載の携帯端末商品化工程管理方法。 The portable terminal according to [9], wherein an invoice file that stores invoice information is generated based on the successful bid file, and the invoice file is transmitted to the bidder terminal in response to a request from the bidder terminal. Merchandising process management method.
　図１は、携帯端末商品化工程管理装置１０の構成を示すブロック図である。図１に示すように、携帯端末商品化工程管理装置１０は、商品化サーバ１００と、識別子読取部であるバーコードリーダ１０５と、識別子出力部であるバーコードプリンタ１０６と、を備える。商品化サーバ１００は、インターネットのような公衆通信回線網３０を介して応札者端末２０と接続することができる。 FIG. 1 is a block diagram showing the configuration of the mobile terminal commercialization process management device 10. As shown in FIG. 1, the mobile terminal merchandising process management apparatus 10 includes a merchandising server 100, a bar code reader 105 that is an identifier reading unit, and a bar code printer 106 that is an identifier output unit. The merchandising server 100 can be connected to the bidder terminal 20 via the public communication line network 30 such as the Internet.
　商品化サーバ１００は、いわゆるサーバコンピュータであり、制御部１０１と、入出力部１０２と、記憶部１０３と、通信部１０４と、を備える。 The merchandising server 100 is a so-called server computer, and includes a control unit 101, an input / output unit 102, a storage unit 103, and a communication unit 104.
　制御部１０１は、演算装置であるＣＰＵ（central processing unit）を含む。 The control unit 101 includes a CPU (central processing unit) that is an arithmetic device.
　入出力部１０２は、キーボード、ディスプレイ又はタッチパネル、マウスなどの入出力装置を含む。入出力部１０２は、管理者のもとに１台以上、各作業者のもとにそれぞれ１台以上配置される。これらの入出力部１０２はいわゆるクライアントコンピュータであってもよい。 The input / output unit 102 includes input / output devices such as a keyboard, a display or a touch panel, and a mouse. One or more input / output units 102 are arranged under the administrator, and one or more input / output units 102 are arranged under each worker. These input / output units 102 may be so-called client computers.
　記憶部１０３は、メモリ、ハードディスクドライブなどの記憶装置を含む。記憶部１０３は、端末データベース（以下、端末Ｄ／Ｂ１０３Ａという。）と、検査結果ファイル１０３Ｂと、トランザクションファイル１０３Ｃと、出品明細データベース（以下、出品明細Ｄ／Ｂ１０３Ｄという。）と、応札ファイル１０３Ｅと、落札ファイル１０３Ｆと、インボイスファイル１０３Ｇと、を記憶する。 The storage unit 103 includes a storage device such as a memory and a hard disk drive. The storage unit 103 includes a terminal database (hereinafter referred to as terminal D / B 103A), an inspection result file 103B, a transaction file 103C, an exhibition details database (hereinafter referred to as exhibition details D / B 103D), and a bid file 103E. The successful bid file 103F and the invoice file 103G are stored.
　端末Ｄ／Ｂ１０３Ａは、商品化を行うために受け入れた携帯端末に個別に割り当てられる識別子であるバーコードＮｏ．ごとに、管理情報と、端末情報と、ランクと、工程管理情報と、を格納する。 The terminal D / B 103A has a barcode No. which is an identifier individually assigned to the mobile terminal received for commercialization. For each, management information, terminal information, rank, and process management information are stored.
　検査結果ファイル１０３Ｂは、バーコードＮｏ．ごとに、携帯情報端末の検査項目ごとの検査結果を格納する。 The inspection result file 103B has a barcode No. Every time, the inspection result for each inspection item of the portable information terminal is stored.
　トランザクションファイル１０３Ｃは、バーコードＮｏ．ごとに、管理情報と、端末情報と、ランクと、を格納する。 Transaction file 103C has a barcode number. For each, management information, terminal information, and rank are stored.
　出品明細Ｄ／Ｂ１０３Ｄは、出品ごとに固有に割り当てられる識別子である出品明細ＩＤごとに、入札情報と、端末情報と、ランクと、を格納する。 The exhibition details D / B 103D stores bid information, terminal information, and rank for each exhibition details ID that is an identifier uniquely assigned to each exhibition.
　応札ファイル１０３Ｅは、応札ごとに固有に割り当てられる識別子である応札ＩＤごとに、応札情報と、応札金額と、を格納する。 The bidding file 103E stores bidding information and bidding price for each bidding ID that is an identifier uniquely assigned to each bidding.
　落札ファイル１０３Ｆは、落札ごとに固有に割り当てられる識別子である落札ＩＤごとに、落札情報と、端末情報と、ランクと、落札金額と、を格納する。 The successful bid file 103F stores successful bid information, terminal information, rank, and successful bid amount for each successful bid ID that is an identifier uniquely assigned to each successful bid.
　インボイスファイル１０３Ｇは、インボイスごとに固有に割り当てられる識別子であるインボイスＮｏ．ごとに、落札情報と、端末情報と、ランクと、落札金額と、を格納する。 The invoice file 103G has an invoice number, which is an identifier assigned uniquely to each invoice. Each time, successful bid information, terminal information, rank, and successful bid amount are stored.
　通信部１０４は、外部機器との通信を行うほか、公衆通信回線網３０を介して応札者端末２０と通信を行う。 The communication unit 104 communicates with the bidder terminal 20 via the public communication network 30 in addition to communicating with the external device.
　バーコードリーダ１０５は、バーコードを読込み、デコードして制御部１０１に出力する。 The barcode reader 105 reads the barcode, decodes it, and outputs it to the control unit 101.
　バーコードプリンタ１０６は、バーコードＮｏ．をバーコードにエンコードしてラベルに画像形成する。 Bar code printer 106 is a barcode number. Is encoded into a barcode to form an image on a label.
　応札者端末２０は、いわゆるパーソナルコンピュータ或いはいわゆるタブレット端末であり、ＣＰＵなどの演算装置を含む制御部と、キーボード、ディスプレイ或いはタッチパネル、マウスなどの入出力装置を含む入出力部と、メモリなどの記憶装置を含む記憶部と、公衆通信回線網３０を介して商品化サーバ１００と通信を行う通信部と、を備える。 The bidder terminal 20 is a so-called personal computer or a so-called tablet terminal, and includes a control unit including an arithmetic device such as a CPU, an input / output unit including an input / output device such as a keyboard, display or touch panel, and a mouse, and storage such as a memory. A storage unit including the device, and a communication unit that communicates with the commercialization server 100 via the public communication network 30.
　図２は、端末Ｄ／Ｂ１０３Ａのデータ構造を示す図である。図２に示すように、端末Ｄ／Ｂ１０３Ａは、バーコードＮｏ．ごとに、工程管理のために携帯端末を識別して管理する情報である管理情報と、携帯端末の状態に関する情報である端末情報と、端末の状態によって定められる等級であるランクと、各工程が完了したか否かの情報を含む工程管理情報と、を格納する。 FIG. 2 is a diagram showing a data structure of the terminal D / B 103A. As shown in FIG. 2, the terminal D / B 103A has a barcode No. For each process, management information that is information for identifying and managing a mobile terminal for process management, terminal information that is information related to the state of the mobile terminal, a rank that is a class determined by the state of the terminal, and each process And process management information including information indicating whether or not the process has been completed.
　管理情報は、例えば、仕入れ先に固有に割り当てられる識別子である仕入れ先コードと、携帯端末が商品化作業の際に載置されるトレイに固有に割り当てられる識別子であるトレイＮｏ．と、携帯端末が収納される箱に固有に割り当てられる識別子であるボックスＮｏ．と、を含む。 The management information includes, for example, a supplier code that is an identifier that is uniquely assigned to the supplier, and a tray number that is an identifier that is uniquely assigned to the tray on which the mobile terminal is placed during commercialization. And a box No. which is an identifier uniquely assigned to the box in which the mobile terminal is stored. And including.
　端末情報は、携帯端末のメーカーと、携帯端末の型番と、携帯端末の通信キャリアを示すキャリアと、携帯端末ごとに固有に割り当てられる識別子であるＩＭＥＩ（International Mobile Equipment Identity）と、携帯端末の色と、を含む。 The terminal information includes the manufacturer of the mobile terminal, the model number of the mobile terminal, the carrier indicating the communication carrier of the mobile terminal, the IMEI (International Mobile Equipment Identity) that is an identifier uniquely assigned to each mobile terminal, and the color of the mobile terminal And including.
　工程管理情報は、例えば、携帯端末の受け入れ処理の完了を示す受入工程完了フラグと、受け入れ処理の完了日時を示す受入工程完了日時と、携帯端末の充電作業の完了を示す充電工程完了フラグと、充電作業の完了日時を示す充電完了日時と、携帯端末の個人データの消去処理の完了を示す消去工程完了フラグと、消去処理の完了日時を示す消去工程完了日時と、携帯端末のグレーディングの完了を示すグレーディング工程完了フラグと、グレーディングの完了日時を示すグレーディング完了日時と、を含む。工程管理情報はさらに、工程ごとに担当した作業者を示すスタッフＩＤを含んでいてもよい。 The process management information includes, for example, an acceptance process completion flag indicating completion of the acceptance process of the portable terminal, an acceptance process completion date and time indicating the completion date and time of the acceptance process, a charging process completion flag indicating completion of the charging operation of the portable terminal, Charging completion date and time indicating the completion date and time of charging work, erasing process completion flag indicating completion of personal data erasing processing of the mobile terminal, erasing process completion date and time indicating completion date and time of erasing processing, and completion of grading of the mobile terminal A grading process completion flag shown, and a grading completion date and time showing the grading completion date and time. The process management information may further include a staff ID indicating the worker in charge for each process.
　図３は、検査結果ファイル１０３Ｂのデータ構成を示す図である。図３に示すように、検査結果ファイル１０３Ｂは、バーコードＮｏ．ごとに、携帯端末の動作状態、外観状態、水没反応などの障害履歴などの検査項目ごとに数値化された検査結果であるポイントを格納する。 FIG. 3 shows the data structure of the inspection result file 103B. As shown in FIG. 3, the inspection result file 103 </ b> B has a barcode No. Every time, a point which is a test result quantified for each test item such as an operation history of the mobile terminal, an appearance status, a failure history such as a submergence reaction is stored.
　例えば、ボタン動作が良好であった場合には０ポイントが格納され、バイブ動作を全く行えない場合には１０ポイントが格納され、液晶パネルに小さな傷がある場合には５ポイントが格納される。 For example, 0 points are stored when the button operation is good, 10 points are stored when the vibrator operation cannot be performed at all, and 5 points are stored when there is a small scratch on the liquid crystal panel.
　図４は、ランク判定基準を示す図である。図４に示すように、各検査項目の検査結果の総合計に基づいてランクが判定される。 FIG. 4 is a diagram showing rank determination criteria. As shown in FIG. 4, the rank is determined based on the total sum of the inspection results of the inspection items.
　例えば、Ａランクは検査結果の総合計が１９ポイント以下であればＡランクが付与される。ランクは検査結果の総合計が低いほど良いランクが付与される。 For example, rank A is given if the total sum of inspection results is 19 points or less. As the total sum of the inspection results is lower, a better rank is given.
　図５は、トランザクションファイル１０３Ｃのデータ構成を示す図である。図５に示すように、トランザクションファイル１０３Ｃは、端末Ｄ／Ｂ１０３Ａから抽出したバーコードＮｏ．ごとに、端末Ｄ／Ｂ１０３Ａから抽出された管理情報と、端末情報と、ランクと、を含むトランザクションデータを格納する。 FIG. 5 shows the data structure of the transaction file 103C. As shown in FIG. 5, the transaction file 103C contains the barcode No. extracted from the terminal D / B 103A. For each, transaction data including management information extracted from the terminal D / B 103A, terminal information, and rank is stored.
　図６は、出品明細Ｄ／Ｂ１０３Ｄのデータ構成を示す図である。図６に示すように、出品明細Ｄ／Ｂ１０３Ｄは、入札のための情報である入札関連情報として、出品明細ＩＤごとに、入札に関する基本情報である入札情報と、端末情報と、ランクと、を格納する。 FIG. 6 is a diagram showing a data structure of the exhibition details D / B 103D. As shown in FIG. 6, the exhibition details D / B 103D includes, as bid related information that is information for bidding, bid information, terminal information, and rank, which are basic information related to bidding, for each exhibition details ID. Store.
　入札情報は、入札者に固有に割り当てられる入札者ＩＤと、携帯端末に固有に割り当てられる商品ＩＤと、を含む。 The bid information includes a bidder ID that is uniquely assigned to the bidder and a product ID that is uniquely assigned to the mobile terminal.
　図７は、応札ファイル１０３Ｅのデータ構成を示す図である。図７に示すように、応札ファイル１０３Ｅは、応札ＩＤごとに、応札者に固有に割り当てられる識別子である応札者ＩＤ及び商品ＩＤを含む入札情報と、応札金額と、を格納する。 FIG. 7 shows the data structure of the bid file 103E. As shown in FIG. 7, the bidding file 103E stores bidding information including a bidding person ID and a product ID, which are identifiers uniquely assigned to bidding persons, and a bidding price for each bidding ID.
　図８は、落札ファイル１０３Ｆのデータ構成を示す図である。図８に示すように、落札ファイル１０３Ｆは、落札ＩＤは、落札に関する情報である落札情報と、端末情報と、ランクと、落札金額と、を格納する。落札情報は、落札した入札者の応札者ＩＤと、落札した携帯端末の商品ＩＤと、落札した携帯端末のバーコードＮｏ．と、を含む。 FIG. 8 shows the data structure of the successful bid file 103F. As shown in FIG. 8, in the successful bid file 103F, the successful bid ID stores successful bid information that is information related to a successful bid, terminal information, rank, and successful bid amount. The successful bid information includes the bidder ID of the bidder who has made a successful bid, the product ID of the mobile terminal that has made a successful bid, and the barcode No. of the mobile terminal that has made a successful bid. And including.
　図９は、インボイスファイル１０３Ｇのデータ構成を示す図である。図９に示すように、インボイスファイル１０３Ｇは、インボイスＮｏ．ごとに、落札情報と、端末情報と、ランクと、落札金額と、を格納する。 FIG. 9 shows the data structure of the invoice file 103G. As shown in FIG. 9, the invoice file 103G includes an invoice number. Each time, successful bid information, terminal information, rank, and successful bid amount are stored.
　図１０は、作業者による業務の流れと商品化サーバ１００の動作の対応関係を示す図である。以下、商品化サーバ１００の制御部１０１による動作を商品化サーバ１００の動作として説明する。各工程はそれぞれ別の作業者によって実施され、流れ作業の要領によって順に実施される。 FIG. 10 is a diagram showing a correspondence relationship between the work flow by the worker and the operation of the merchandising server 100. Hereinafter, the operation by the control unit 101 of the merchandising server 100 will be described as the operation of the merchandising server 100. Each process is performed by a different worker, and is sequentially performed according to the flow work procedure.
　図１０に示すように、ステップＳ１において、作業者は受入工程を実施する。受入工程においては、ステップＡ１において商品化サーバ１００がバーコードＮｏ．を発番し、バーコードプリンタ１０６によってバーコードＮｏ．をラベルに出力する。 As shown in FIG. 10, in step S1, an operator performs an acceptance process. In the receiving process, in step A1, the merchandising server 100 receives the barcode number. The bar code printer 106 controls the bar code number. Is output to the label.
　作業者はラベルを携帯端末に貼付し、バーコードをバーコードリーダ１０５によって読み取るとともに、受入工程開始を示すバーコードをバーコードリーダによって読み取る。バーコードリーダ１０５は、読み取ったバーコードＮｏ．と、受入工程開始を示すコードを商品化サーバ１００に入力する。 The worker attaches the label to the portable terminal, reads the barcode with the barcode reader 105, and reads the barcode indicating the start of the receiving process with the barcode reader. The bar code reader 105 reads the read bar code No. Then, a code indicating the start of the acceptance process is input to the commercialization server 100.
　商品化サーバ１００は、受入工程開始を示すコードを入力すると、バーコードＮｏ．に基づいて端末Ｄ／Ｂ１０３Ａの受入工程完了フラグに受入工程開始を示すフラグを、受入工程完了日時に受入工程開始の日時を格納する。 When the merchandising server 100 inputs a code indicating the start of the acceptance process, the barcode No. Based on the above, the flag indicating the start of the acceptance process is stored in the acceptance process completion flag of the terminal D / B 103A, and the date and time of the acceptance process start is stored in the acceptance process completion date and time.
　作業者は、次いで仕入れ先コード、トレイＮｏ．を示すバーコードをバーコードリーダ１０５によって読み取る。バーコードリーダ１０５は、読み取った仕入れ先コードと、トレイＮｏ．とを商品化サーバ１００に入力する。 Next, the operator must enter the supplier code, tray number, etc. Is read by the barcode reader 105. The bar code reader 105 reads the supplier code read and the tray number. Are input to the merchandising server 100.
　商品化サーバ１００は、入力された仕入れ先コード、トレイＮｏ．をバーコードＮｏ．に基づいてそれぞれ端末Ｄ／Ｂ１０３Ａに格納する。 The merchandising server 100 receives the input supplier code, tray No. Is the barcode number. Are stored in the terminal D / B 103A.
　作業者は、受入工程が完了すると、バーコードをバーコードリーダ１０５によって読み取るとともに、受入工程完了を示すバーコードをバーコードリーダ１０５によって読み取る。 When the acceptance process is completed, the worker reads the barcode with the barcode reader 105 and also reads the barcode indicating the completion of the acceptance process with the barcode reader 105.
　ステップＤ１において、バーコードリーダ１０５は、読み取ったバーコードＮｏ．と受入工程完了を示すコードを商品化サーバ１００に入力する。 In step D1, the barcode reader 105 reads the barcode number read. And a code indicating the completion of the acceptance process are input to the merchandising server 100.
　商品化サーバ１００は、入力したバーコードＮｏ．に基づいて端末Ｄ／Ｂ１０３Ａの受入工程完了フラグに受入工程完了を示すフラグを、受入工程完了日時に受入工程完了の日時を格納する。 The merchandising server 100 receives the entered barcode number. Based on the above, the flag indicating the completion of the reception process is stored in the reception process completion flag of the terminal D / B 103A, and the date and time of completion of the reception process is stored in the reception process completion date and time.
　ステップＳ２において、作業者は充電工程を実施する。充電工程においては、作業者はバーコードをバーコードリーダ１０５によって読み取るとともに、充電工程開始を示すバーコードをバーコードリーダによって読み取る。バーコードリーダ１０５は、読み取ったバーコードＮｏ．と、充電工程開始を示すコードを商品化サーバ１００に入力する。 In step S2, the worker performs a charging process. In the charging process, the operator reads the barcode with the barcode reader 105 and reads the barcode indicating the start of the charging process with the barcode reader. The bar code reader 105 reads the read bar code No. Then, a code indicating the start of the charging process is input to the commercialization server 100.
　商品化サーバ１００は、充電工程開始を示すコードを入力すると、バーコードＮｏ．に基づいて端末Ｄ／Ｂ１０３Ａの充電工程完了フラグに充電工程開始を示すフラグを、充電工程完了日時に充電工程開始の日時を格納する。 When the merchandising server 100 inputs a code indicating the start of the charging process, the barcode No. Based on the above, the flag indicating the start of the charging process is stored in the charging process completion flag of the terminal D / B 103A, and the date and time of starting the charging process is stored in the charging process completion date and time.
　作業者は、次いで携帯端末を充電器に接続し、充電工程を実施する。 The worker then connects the mobile terminal to the charger and performs the charging process.
　作業者は、充電工程が完了すると、バーコードをバーコードリーダ１０５によって読み取るとともに、充電工程完了を示すバーコードをバーコードリーダ１０５によって読み取る。 When the charging process is completed, the operator reads the barcode with the barcode reader 105 and also reads the barcode indicating the completion of the charging process with the barcode reader 105.
　ステップＤ２において、バーコードリーダ１０５は、読み取ったバーコードＮｏ．と充電工程完了を示すコードを商品化サーバ１００に入力する。 In step D2, the barcode reader 105 reads the read barcode number. And a code indicating completion of the charging process are input to the commercialization server 100.
　商品化サーバ１００は、入力したバーコードＮｏ．に基づいて端末Ｄ／Ｂ１０３Ａの充電工程完了フラグに充電工程完了を示すフラグを、充電工程完了日時に充電工程完了の日時を格納する。 The merchandising server 100 receives the entered barcode number. Based on the above, the flag indicating the completion of the charging process is stored in the charging process completion flag of the terminal D / B 103A, and the date and time of completion of the charging process is stored in the charging process completion date and time.
　ステップＳ３において、作業者は情報取得工程を実施する。情報取得工程においては、作業者はバーコードをバーコードリーダ１０５によって読み取るとともに、情報取得工程開始を示すバーコードをバーコードリーダによって読み取る。バーコードリーダ１０５は、読み取ったバーコードＮｏ．と、情報取得工程開始を示すコードを商品化サーバ１００に入力する。 In step S3, the worker performs an information acquisition process. In the information acquisition process, the operator reads the barcode with the barcode reader 105 and reads the barcode indicating the start of the information acquisition process with the barcode reader. The bar code reader 105 reads the read bar code No. Then, a code indicating the start of the information acquisition process is input to the commercialization server 100.
　商品化サーバ１００は、情報取得工程開始を示すコードを入力すると、バーコードＮｏ．に基づいて端末Ｄ／Ｂ１０３Ａの情報取得工程完了フラグに情報取得工程開始を示すフラグを、情報取得工程完了日時に情報取得工程開始の日時を格納する。 When the merchandising server 100 inputs a code indicating the start of the information acquisition process, the barcode No. Based on the information acquisition process, a flag indicating the start of the information acquisition process is stored in the information acquisition process completion flag of the terminal D / B 103A, and the information acquisition process start date is stored in the information acquisition process completion date.
　作業者は、次いで携帯端末を操作し、各種の情報を取得して入出力部１０２を介して商品化サーバ１００に入力することによって情報取得工程を実施する。この情報取得工程はソフトウエアを用いて行うことができる。例えば、クライアントコンピュータである入出力部１０２に情報取得ソフトウエアをインストールしておき、この入出力部１０２を携帯端末とケーブルによって接続する。入出力部１０２は情報取得ソフトウエアによってＩＭＥＩを含む各種の情報を取得する。また、情報取得ソフトウエアは入出力部１０２にＩＭＥＩをバーコードによって出力する。作業者はこのバーコードをスキャンして商品化サーバ１００にＩＭＥＩを端末Ｄ／Ｂ１０３Ａに格納させる。情報取得ソフトウエアとしては、例えばフィンランド国のBlancco Oy Ltd.が提供するBlancco 5 Mobileなどの市販のものを使用することができる。 Next, the operator operates the mobile terminal, acquires various types of information, and inputs the information to the commercialization server 100 via the input / output unit 102 to perform the information acquisition process. This information acquisition step can be performed using software. For example, information acquisition software is installed in the input / output unit 102 which is a client computer, and the input / output unit 102 is connected to the portable terminal by a cable. The input / output unit 102 acquires various types of information including IMEI using information acquisition software. Further, the information acquisition software outputs IMEI to the input / output unit 102 as a barcode. The operator scans this barcode and causes the merchandising server 100 to store the IMEI in the terminal D / B 103A. As the information acquisition software, for example, commercially available software such as Blancco 5 Mobile provided by Blancco Oy Ltd. in Finland can be used.
　作業者は、情報取得工程が完了すると、バーコードをバーコードリーダ１０５によって読み取るとともに、情報取得工程完了を示すバーコードをバーコードリーダ１０５によって読み取る。 When the information acquisition process is completed, the worker reads the barcode with the barcode reader 105 and reads the barcode indicating the completion of the information acquisition process with the barcode reader 105.
　ステップＤ３において、バーコードリーダ１０５は、読み取ったバーコードＮｏ．と情報取得工程完了を示すコードを商品化サーバ１００に入力する。 In step D3, the barcode reader 105 reads the read barcode number. A code indicating completion of the information acquisition process is input to the merchandising server 100.
　商品化サーバ１００は、入力したバーコードＮｏ．に基づいて端末Ｄ／Ｂ１０３Ａの情報取得工程完了フラグに情報取得工程完了を示すフラグを、情報取得工程完了日時に情報取得工程完了の日時を格納する。 The merchandising server 100 receives the entered barcode number. The information acquisition process completion flag is stored in the information acquisition process completion flag of the terminal D / B 103A, and the information acquisition process completion date is stored in the information acquisition process completion date.
　ステップＳ４において、作業者は仕分け工程を実施する。仕分け工程においては、作業者はバーコードをバーコードリーダ１０５によって読み取るとともに、仕分け工程開始を示すバーコードをバーコードリーダによって読み取る。バーコードリーダ１０５は、読み取ったバーコードＮｏ．と、仕分け工程開始を示すコードを商品化サーバ１００に入力する。 In step S4, the worker performs a sorting process. In the sorting process, the operator reads the barcode with the barcode reader 105 and reads the barcode indicating the start of the sorting process with the barcode reader. The bar code reader 105 reads the read bar code No. Then, a code indicating the start of the sorting process is input to the commercialization server 100.
　商品化サーバ１００は、仕分け工程開始を示すコードを入力すると、バーコードＮｏ．に基づいて端末Ｄ／Ｂ１０３Ａの仕分け工程完了フラグに仕分け工程開始を示すフラグを、仕分け工程完了日時に仕分け工程開始の日時を格納する。 When the merchandising server 100 inputs the code indicating the start of the sorting process, the merchandise server 100 receives the barcode No. Based on the above, a flag indicating the start of the sorting process is stored in the sorting process completion flag of the terminal D / B 103A, and the sorting process start date and time is stored in the sorting process completion date and time.
　作業者は、次いで携帯端末を、例えば機種や色、受入可否、水没反応の有無などによって仕分けをすることにより仕分け工程を実施する。仕分けの結果は、別途バーコードをスキャンすることにより商品化サーバ１００に入力され、端末Ｄ／Ｂ１０３Ａに格納される。後続の工程においても、携帯端末に商品化に際しての致命的な欠陥が発見された場合には、その理由を示すバーコードがスキャンされ、その携帯端末は商品化作業から「離脱」される。 The worker then performs the sorting process by sorting the mobile terminals according to, for example, the model, color, acceptance / non-acceptance, presence / absence of submersion reaction, and the like. The sorting result is input to the merchandising server 100 by separately scanning a barcode, and stored in the terminal D / B 103A. Also in the subsequent steps, when a fatal defect in commercialization is found in the mobile terminal, the barcode indicating the reason is scanned, and the mobile terminal is “leaved” from the commercialization work.
　作業者は、仕分け工程が完了すると、バーコードをバーコードリーダ１０５によって読み取るとともに、仕分け工程完了を示すバーコードをバーコードリーダ１０５によって読み取る。 When the sorting process is completed, the operator reads the barcode with the barcode reader 105 and also reads the barcode indicating the completion of the sorting process with the barcode reader 105.
　ステップＤ４において、バーコードリーダ１０５は、読み取ったバーコードＮｏ．と仕分け工程完了を示すコードを商品化サーバ１００に入力する。 In step D4, the barcode reader 105 reads the barcode number read. A code indicating completion of the sorting process is input to the merchandising server 100.
　商品化サーバ１００は、入力したバーコードＮｏ．に基づいて端末Ｄ／Ｂ１０３Ａの仕分け工程完了フラグに仕分け工程完了を示すフラグを、仕分け工程完了日時に仕分け工程完了の日時を格納する。 The merchandising server 100 receives the entered barcode number. Based on the above, a flag indicating completion of the sorting process is stored in the sorting process completion flag of the terminal D / B 103A, and the sorting process completion date and time is stored in the sorting process completion date and time.
　ステップＳ５において、作業者は消去工程を実施する。消去工程においては、作業者はバーコードをバーコードリーダ１０５によって読み取るとともに、消去工程開始を示すバーコードをバーコードリーダによって読み取る。バーコードリーダ１０５は、読み取ったバーコードＮｏ．と、消去工程開始を示すコードを商品化サーバ１００に入力する。 In step S5, the operator performs an erasing process. In the erasing process, the operator reads the barcode with the barcode reader 105 and reads the barcode indicating the start of the erasing process with the barcode reader. The bar code reader 105 reads the read bar code No. Then, a code indicating the start of the erasing process is input to the commercialization server 100.
　商品化サーバ１００は、消去工程開始を示すコードを入力すると、バーコードＮｏ．に基づいて端末Ｄ／Ｂ１０３Ａの消去工程完了フラグに消去工程開始を示すフラグを、消去工程完了日時に消去工程開始の日時を格納する。 When the merchandising server 100 inputs a code indicating the start of the erasing process, the barcode No. The flag indicating the start of the erasing process is stored in the erasing process completion flag of the terminal D / B 103A, and the erasing process start date and time is stored in the erasing process completion date and time.
　作業者は、次いで携帯端末から個人情報を完全に消去する消去工程を実施する。携帯端末はいわゆるオールリセットを実施しても個人情報は完全には消去されず、第三者に読み取られる可能性がある。 The worker then performs an erasure process that completely erases personal information from the mobile terminal. Even if the mobile terminal performs so-called all reset, personal information is not completely erased and may be read by a third party.
　そこで、作業者は携帯端末を、情報末梢ソフトウエアがインストールされた別途設けられる消去用パーソナルコンピュータにケーブルを用いて接続する。消去用パーソナルコンピュータは情報末梢ソフトウエアによって携帯端末の記憶装置にランダムなデータを複数回上書きすることにより個人情報を完全に抹消する。この情報末梢ソフトウエアは、例えばフィンランド国のBlancco Oy Ltd.が提供するBlancco 5 Mobileなどの市販のものを使用することができる。 Therefore, the worker connects the portable terminal to a personal computer for erasing provided separately with information peripheral software installed using a cable. The erasing personal computer completely erases the personal information by overwriting random data in the storage device of the portable terminal a plurality of times by the information peripheral software. As this information peripheral software, for example, commercially available software such as Blancco 5 Mobile provided by Blancco Oy Ltd. of Finland can be used.
　作業者は、消去工程が完了すると、バーコードをバーコードリーダ１０５によって読み取るとともに、消去工程完了を示すバーコードをバーコードリーダ１０５によって読み取る。作業者は消去が成功したか否かも別途設けられるバーコードをバーコードリーダ１０５によってスキャンすることにより商品化サーバ１００に入力する。商品化サーバ１００は入力された消去成功の可否を端末Ｄ／Ｂ１０３Ａに格納する。 When the erasing process is completed, the operator reads the barcode with the barcode reader 105 and reads the barcode indicating the completion of the erasing process with the barcode reader 105. The operator also inputs whether or not the erasure is successful by scanning a separately provided barcode with the barcode reader 105 into the commercialization server 100. The merchandising server 100 stores in the terminal D / B 103A whether or not the inputted erasure success is possible.
　ステップＤ５において、バーコードリーダ１０５は、読み取ったバーコードＮｏ．と消去工程完了を示すコードを商品化サーバ１００に入力する。 In step D5, the barcode reader 105 reads the barcode number read. And a code indicating completion of the erasing process are input to the merchandising server 100.
　商品化サーバ１００は、入力したバーコードＮｏ．に基づいて端末Ｄ／Ｂ１０３Ａの消去工程完了フラグに消去工程完了を示すフラグを、消去工程完了日時に消去工程完了の日時を格納する。 The merchandising server 100 receives the entered barcode number. Based on the above, the flag indicating the completion of the erasing process is stored in the erasing process completion flag of the terminal D / B 103A, and the date and time of the erasing process completion is stored in the erasing process completion date and time.
　ステップＳ６において、作業者は検査工程を実施する。検査工程においては、作業者はバーコードをバーコードリーダ１０５によって読み取るとともに、検査工程開始を示すバーコードをバーコードリーダによって読み取る。バーコードリーダ１０５は、読み取ったバーコードＮｏ．と、検査工程開始を示すコードを商品化サーバ１００に入力する。 In step S6, the worker performs an inspection process. In the inspection process, the operator reads the barcode with the barcode reader 105 and reads the barcode indicating the start of the inspection process with the barcode reader. The bar code reader 105 reads the read bar code No. Then, a code indicating the start of the inspection process is input to the commercialization server 100.
　商品化サーバ１００は、検査工程開始を示すコードを入力すると、バーコードＮｏ．に基づいて端末Ｄ／Ｂ１０３Ａの検査工程完了フラグに検査工程開始を示すフラグを、検査工程完了日時に検査工程開始の日時を格納する。 When the merchandising server 100 inputs a code indicating the start of the inspection process, the bar code No. The flag indicating the start of the inspection process is stored in the inspection process completion flag of the terminal D / B 103A, and the inspection process start date is stored in the inspection process completion date.
　作業者は、次いで携帯端末の状態を、携帯端末を操作したり、目視確認したりすることにより検査する。作業者は検査結果を、バーコードリーダ１０５によって各検査結果に対応するバーコードをスキャンすることにより商品化サーバ１００に入力する。商品化サーバ１００は検査結果をバーコードＮｏ．ごとに検査結果ファイル１０３Ｂに格納する。 The worker then inspects the state of the mobile terminal by operating the mobile terminal or visually checking it. The operator inputs the inspection result to the commercialization server 100 by scanning the barcode corresponding to each inspection result by the barcode reader 105. The merchandising server 100 displays the inspection result as a barcode number. And stored in the inspection result file 103B.
　作業者は、検査工程が完了すると、バーコードをバーコードリーダ１０５によって読み取るとともに、検査工程完了を示すバーコードをバーコードリーダ１０５によって読み取る。検査工程が完了すると入出力部１０２にランクが表示される。作業者はランクごとに携帯端末を仕分ける。 When the inspection process is completed, the operator reads the barcode with the barcode reader 105 and reads the barcode indicating the completion of the inspection process with the barcode reader 105. When the inspection process is completed, the rank is displayed on the input / output unit 102. The worker sorts mobile terminals for each rank.
　ステップＤ６において、バーコードリーダ１０５は、読み取ったバーコードＮｏ．と検査工程完了を示すコードを商品化サーバ１００に入力する。 In step D6, the barcode reader 105 reads the barcode number read. A code indicating completion of the inspection process is input to the merchandising server 100.
　商品化サーバ１００は、入力したバーコードＮｏ．に基づいて端末Ｄ／Ｂ１０３Ａの検査工程完了フラグに検査工程完了を示すフラグを、検査工程完了日時に検査工程完了の日時を格納する。 The merchandising server 100 receives the entered barcode number. The flag indicating the completion of the inspection process is stored in the inspection process completion flag of the terminal D / B 103A, and the inspection process completion date and time is stored in the inspection process completion date and time.
　ステップＳ７において、作業者は箱詰め工程を実施する。箱詰め工程においては、作業者はバーコードＮｏ．をバーコードリーダ１０５によって読み取るとともに、箱詰め工程開始を示すバーコードをバーコードリーダによって読み取る。バーコードリーダ１０５は、読み取ったバーコードＮｏ．と、箱詰め工程開始を示すコードを商品化サーバ１００に入力する。ここで、箱詰めは1個ずつ箱詰めしても、複数個、例えば１００個ずつ箱詰めしてもよい。 In step S7, the worker performs a boxing process. In the boxing process, the operator uses a barcode No. Is read by the barcode reader 105, and a barcode indicating the start of the boxing process is read by the barcode reader. The bar code reader 105 reads the read bar code No. Then, a code indicating the start of the boxing process is input to the commercialization server 100. Here, the boxing may be carried out one by one or plural, for example, 100 pieces.
　商品化サーバ１００は、箱詰め工程開始を示すコードを入力すると、バーコードＮｏ．に基づいて端末Ｄ／Ｂ１０３Ａの箱詰め工程完了フラグに箱詰め工程開始を示すフラグを、箱詰め工程完了日時に箱詰め工程開始の日時を格納する。 When the merchandising server 100 inputs a code indicating the start of the boxing process, the bar code No. Based on the above, the flag indicating the start of the boxing process is stored in the boxing process completion flag of the terminal D / B 103A, and the date of starting the boxing process is stored in the boxing process completion date.
　作業者は、次いで携帯端末を箱詰めする。 The worker then boxes the mobile terminal.
　作業者は、箱詰め工程が完了すると、バーコードをバーコードリーダ１０５によって読み取るとともに、箱詰め工程完了を示すバーコードをバーコードリーダ１０５によって読み取る。 When the boxing process is completed, the operator reads the barcode with the barcode reader 105 and also reads the barcode indicating the completion of the boxing process with the barcode reader 105.
　ステップＤ７において、バーコードリーダ１０５は、読み取ったバーコードＮｏ．と箱詰め工程完了を示すコードを商品化サーバ１００に入力する。 In step D7, the barcode reader 105 reads the barcode number read. A code indicating completion of the boxing process is input to the merchandising server 100.
　商品化サーバ１００は、入力したバーコードＮｏ．に基づいて端末Ｄ／Ｂ１０３Ａの箱詰め工程完了フラグに箱詰め工程完了を示すフラグを、箱詰め工程完了日時に箱詰め工程完了の日時を格納する。 The merchandising server 100 receives the entered barcode number. Based on the above, the flag indicating the completion of the boxing process is stored in the boxing process completion flag of the terminal D / B 103A, and the date of completion of the boxing process is stored in the boxing process completion date.
　ステップＡ２において、管理者は任意のタイミングにて管理画面を入出力部１０２のディスプレイ等の表示部に表示させ、各工程の進捗を確認することができる。 In step A2, the administrator can display a management screen on a display unit such as a display of the input / output unit 102 at an arbitrary timing to check the progress of each process.
　ステップＡ３において、商品化サーバ１００はグレーディング動作を行い、各携帯端末のランクをバーコードＮｏ．ごとに端末Ｄ／Ｂ１０３Ａに格納する。 In step A3, the merchandising server 100 performs a grading operation and assigns the rank of each mobile terminal to a barcode number. And stored in terminal D / B 103A.
　ステップＡ４において、商品化サーバ１００は、公衆通信回線網３０を介して接続する応札者端末２０から応札を受け入れる入札処理又は個別販売処理を行う。この際、入札処理の場合には落札価格が、個別販売処理の場合には販売価格が、インボイスファイル１０３Ｇの落札価格に格納される。 In step A4, the merchandising server 100 performs bidding processing or individual sales processing for accepting bids from the bidder terminal 20 connected via the public communication line network 30. At this time, the winning bid price is stored in the winning bid price of the invoice file 103G in the case of the bidding process, and the selling price in the individual selling process.
　ステップＳ８において、作業者は出庫工程を実施する。出庫工程においては、作業者はバーコードをバーコードリーダ１０５によって読み取るとともに、出庫工程開始を示すバーコードをバーコードリーダによって読み取る。バーコードリーダ１０５は、読み取ったバーコードＮｏ．と、出庫工程開始を示すコードをと、インボイスＮｏ．と、を商品化サーバ１００に入力する。 In step S8, the worker performs a shipping process. In the delivery process, the operator reads the barcode with the barcode reader 105 and reads the barcode indicating the start of the delivery process with the barcode reader. The bar code reader 105 reads the read bar code No. And a code indicating the start of the shipping process and the invoice No. Are input to the merchandising server 100.
　商品化サーバ１００は、出庫工程開始を示すコードを入力すると、バーコードＮｏ．に基づいて端末Ｄ／Ｂ１０３Ａの出庫工程完了フラグに出庫工程開始を示すフラグを、出庫工程完了日時に出庫工程開始の日時を格納する。 When the merchandising server 100 inputs a code indicating the start of the shipping process, the barcode No. The flag indicating the start of the delivery process is stored in the delivery process completion flag of the terminal D / B 103A, and the delivery process start date is stored in the delivery process completion date.
　作業者は、次いで携帯端末を出庫する。 The worker then issues the mobile terminal.
　作業者は、出庫工程が完了すると、バーコードをバーコードリーダ１０５によって読み取るとともに、出庫工程完了を示すバーコードをバーコードリーダ１０５によって読み取る。 When the delivery process is completed, the worker reads the barcode with the barcode reader 105 and reads the barcode indicating the completion of the delivery process with the barcode reader 105.
　ステップＤ８において、バーコードリーダ１０５は、読み取ったバーコードＮｏ．と出庫工程完了を示すコードを商品化サーバ１００に入力する。 In step D8, the barcode reader 105 reads the barcode number read. And a code indicating completion of the delivery process are input to the merchandising server 100.
　商品化サーバ１００は、入力したバーコードＮｏ．に基づいて端末Ｄ／Ｂ１０３Ａの出庫工程完了フラグに出庫工程完了を示すフラグを、出庫工程完了日時に出庫工程完了の日時を格納する。 The merchandising server 100 receives the entered barcode number. The flag indicating the completion of the delivery process is stored in the delivery process completion flag of the terminal D / B 103A, and the delivery process completion date is stored in the delivery process completion date.
　ステップＡ５において、商品化サーバ１００はインボイス発行処理を行う。 In step A5, the merchandising server 100 performs invoice issuance processing.
　図１１は、商品化サーバ１００の管理画面表示動作を示すフローチャートである。図１１に示すように、ステップ１１０１において、商品化サーバ１００は、端末Ｄ／Ｂ１０３Ａから工程管理情報を読込む。 FIG. 11 is a flowchart showing the management screen display operation of the merchandising server 100. As shown in FIG. 11, in step 1101, the merchandising server 100 reads process management information from the terminal D / B 103A.
　ステップ１１０２において、商品化サーバ１００は、工程ごとに携帯端末の数、具体的にはバーコードＮｏ．の数をカウントする。 In step 1102, the merchandising server 100 determines the number of mobile terminals for each process, specifically the barcode number. Count the number of
　ステップ１１０３において、商品化サーバ１００は管理画面１２０１を入出力部１０２の表示部に表示する。 In step 1103, the merchandising server 100 displays the management screen 1201 on the display unit of the input / output unit 102.
　図１２は、管理画面１２０１の例を示す図である。図１２に示すように、管理画面１２０１は、各工程の進捗を示すグラフを表示するグラフ表示欄１２０２と、各工程の状態ごとの携帯端末の数を示す詳細表示欄１２０３と、状態ごとの携帯端末の合計数を表示する合計表示欄１２０４と、を含む。 FIG. 12 is a diagram illustrating an example of the management screen 1201. As shown in FIG. 12, the management screen 1201 includes a graph display column 1202 that displays a graph indicating the progress of each process, a detailed display column 1203 that indicates the number of portable terminals for each state of each process, and a portable for each state. A total display column 1204 for displaying the total number of terminals.
　グラフ表示欄１２０２においては、斜線によって示す、各工程が開始された携帯端末の数を示すグラフと、墨塗りによって示す、各工程が完了した携帯端末の数を示すグラフとが、工程ごとに表示される。 In the graph display column 1202, a graph indicating the number of mobile terminals in which each process has been started and a graph indicating the number of mobile terminals in which each process has been completed, which are indicated by hatching, are displayed for each process. Is done.
　詳細表示欄１２０３においては、状態として、例えば開始、作業中、完了、返品、損壊などが表示される。これらの状態は端末Ｄ／Ｂ１０３Ａに、バーコードＮｏ．ごとに格納される。 In the detail display column 1203, for example, start, in process, completion, return, damage, etc. are displayed as states. These states are displayed on the terminal D / B 103A with the barcode No. Stored for each.
　図１３は、商品化サーバ１００のグレーディング動作を示すフローチャートである。図１３に示すように、ステップ１３０１において、商品化サーバ１００は、バーコードＮｏ．を、端末Ｄ／Ｂ１０３Ａ、バーコードリーダ１０５、及び入出力部１０２のいずれかから入力する。 FIG. 13 is a flowchart showing the grading operation of the merchandising server 100. As shown in FIG. 13, in step 1301, the merchandising server 100 determines that the barcode No. Is input from any one of the terminal D / B 103A, the barcode reader 105, and the input / output unit 102.
　ステップ１３０２において、商品化サーバ１００は、入力されたバーコードＮｏ．に基づいて検査結果ファイル１０３Ｂを検索し、検査結果である各工程のポイントを読み出し、合算する。 In step 1302, the merchandising server 100 receives the input barcode number. Based on the above, the inspection result file 103B is searched, the points of each process which are inspection results are read out and added up.
　ステップ１３０３において、商品化サーバ１００は、合算値に基づいてランクを判定する。 In step 1303, the merchandising server 100 determines the rank based on the total value.
　ステップ１３０４において、商品化サーバ１００は、判定されたランクを端末Ｄ／Ｂ１０３Ａに格納する。 In step 1304, the merchandising server 100 stores the determined rank in the terminal D / B 103A.
　図１４は、商品化サーバ１００の入札・インボイス発行処理の動作を示すフローチャートである。図１４に示すように、ステップ１４０１において、商品化サーバ１００は、入札する、つまりオークションに出品する携帯端末のバーコードＮｏ．をバーコードリーダ１０５及び入出力部１０２のいずれかから入力する。 FIG. 14 is a flowchart showing the operation of the bid / invoice issuing process of the merchandising server 100. As shown in FIG. 14, in step 1401, the merchandising server 100 bids, that is, stores the barcode No. Is input from either the barcode reader 105 or the input / output unit 102.
　ステップ１４０２において、商品化サーバ１００は、端末Ｄ／Ｂ１０３Ａからトランザクションファイル１０３Ｃを生成する。トランザクションファイル１０３ＣはいわゆるＣＳＶ（comma-separated values）ファイルであってもよい。 In step 1402, the merchandising server 100 generates a transaction file 103C from the terminal D / B 103A. The transaction file 103C may be a so-called CSV (comma-separated value) file.
　ステップ１４０３において、商品化サーバ１００は、トランザクションファイル１０３Ｃの内容を出品明細Ｄ／Ｂ１０３Ｄに、出品明細ＩＤごとに格納する。 In step 1403, the merchandising server 100 stores the contents of the transaction file 103C in the exhibition details D / B 103D for each exhibition details ID.
　ステップ１４０４において、商品化サーバ１００は、応札者端末２０から入力された情報に基づいて応札ファイル１０３Ｅを応札ＩＤごとに生成する。 In step 1404, the merchandising server 100 generates a bidding file 103E for each bidding ID based on the information input from the bidding terminal 20.
　ステップ１４０５において、商品化サーバ１００は、応札ファイル１０３Ｅが生成されてから、つまり応札者からの応札があった時から、所定時間が経過したかを判定する。商品化サーバ１００は、所定時間が経過したと判定した場合（ステップ１４０５のＹ）、ステップ１４０６に進み、所定時間が経過していないと判定した場合（ステップ１４０５のＮ）、ステップ１４０５に戻る。 In step 1405, the merchandising server 100 determines whether or not a predetermined time has elapsed since the bidding file 103E was generated, that is, since there was a bidding from a bidder. If it is determined that the predetermined time has elapsed (Y in Step 1405), the merchandising server 100 proceeds to Step 1406. If it is determined that the predetermined time has not elapsed (N in Step 1405), the merchandising server 100 returns to Step 1405.
　ステップ１４０６において、商品化サーバ１００は落札者を決定する。具体的には、商品ＩＤに基づいて各応札ファイル１０３Ｅから応札金額を読み出し、読み出した応札金額のうち最も高い応札金額が格納されている応札ファイル１０３Ｅの応札者ＩＤを読出して落札者とする。 In step 1406, the merchandising server 100 determines a successful bidder. Specifically, the bidding price is read from each bidding file 103E based on the product ID, and the bidding person ID of the bidding file 103E storing the highest bidding price among the read bidding prices is read as a successful bidder.
　ステップ１４０７において、商品化サーバ１００は落札ファイル１０３Ｆを生成する。具体的には、落札者の応札ファイル１０３Ｅから応札情報を読出し、応札情報に含まれる商品ＩＤに基づいて出品明細Ｄ／ＢからバーコードＮｏ．、端末情報、及びランクを読み出して落札情報及び端末情報、ランクを生成し、落札者の応札ファイル１０３Ｅの応札金額を落札金額とする。 In step 1407, the merchandising server 100 generates a successful bid file 103F. Specifically, the bidding information is read from the bidding file 103E of the successful bidder, and the barcode No. is displayed from the exhibition details D / B based on the product ID included in the bidding information. The terminal information and rank are read out to generate successful bid information, terminal information, and rank, and the bidding price in the bidding file 103E of the successful bidder is set as the successful bid price.
　ステップ１４０８において、商品化サーバ１００はインボイスファイル１０３Ｇを生成する。インボイスファイル１０３Ｇの内容は、落札ファイル１０３Ｆの落札ＩＤの代わりにインボイスＮｏ．が格納されている他は落札ファイル１０３Ｆの内容と同様である。 In step 1408, the merchandising server 100 generates an invoice file 103G. The contents of the invoice file 103G are stored in the invoice no. Is the same as the content of the successful bid file 103F.
　商品化サーバ１００は、応札者端末２０からの要求に応じてインボイスファイル１０３Ｇを応札者端末２０に送信する。 The merchandising server 100 transmits the invoice file 103G to the bidder terminal 20 in response to a request from the bidder terminal 20.
　図１５は、商品化サーバ１００の個別販売・インボイス発行処理の動作を示すフローチャートである。図１５に示すように、ステップ１５０１において、商品化サーバ１００は、応札する携帯端末のバーコードＮｏ．をバーコードリーダ１０５及び入出力部１０２のいずれかから入力する。 FIG. 15 is a flowchart showing the operation of the individual sales / invoice issuing process of the merchandising server 100. As shown in FIG. 15, in step 1501, the merchandising server 100 determines the barcode No. of the mobile terminal that bids. Is input from either the barcode reader 105 or the input / output unit 102.
　ステップ１５０２において、商品化サーバ１００は、商談等によって決定した販売価格を入出力部１０２から入力し、メモリに格納する。 In step 1502, the merchandising server 100 inputs the sales price determined by the negotiation etc. from the input / output unit 102 and stores it in the memory.
　ステップ１５０３において、商品化サーバ１００は、インボイスファイル１０３Ｇを生成し、メモリに格納した販売価格を落札金額に格納する。 In step 1503, the merchandising server 100 generates the invoice file 103G and stores the sales price stored in the memory in the winning bid amount.
　商品化サーバ１００は、入出力部１０２から、商品ＩＤ及び販売先を入力し、販売先を落札者ＩＤとしてインボイスファイルの商品ＩＤ及び落札者ＩＤに格納する。さらに、商品化サーバ１００は、商品ＩＤに基づいて出品明細Ｄ／Ｂ１０３Ｄから端末情報とランクを読出し、それぞれインボイスファイル１０３Ｇの端末情報トランクに格納する。 The merchandising server 100 inputs the product ID and the sales destination from the input / output unit 102, and stores the sales destination as the winning bidder ID in the product ID and the winning bidder ID of the invoice file. Further, the merchandising server 100 reads the terminal information and rank from the exhibition details D / B 103D based on the merchandise ID, and stores them in the terminal information trunk of the invoice file 103G.
　商品化サーバ１００は、応札者端末２０からの要求に応じてインボイスファイル１０３Ｇを応札者端末２０に送信する。 The merchandising server 100 transmits the invoice file 103G to the bidder terminal 20 in response to a request from the bidder terminal 20.
　なお、識別子読取部は、バーコードリーダ１０５の他に無線タグリーダライタを用いることもできる。この場合、識別子出力部は無線タグリーダライタを備えるラベルプリンタを使用することができる。 The identifier reading unit can use a wireless tag reader / writer in addition to the barcode reader 105. In this case, the identifier output unit can use a label printer including a wireless tag reader / writer.
　また、検査結果ファイル１０３Ｂの内容を端末Ｄ／Ｂ１０３Ａに格納し、検査結果ファイル１０３Ｂを省略することもできる。 Also, the contents of the inspection result file 103B can be stored in the terminal D / B 103A, and the inspection result file 103B can be omitted.
　上述した例によっては、商品化サーバ１００は工程管理機能と、入札機能と、を併せ持っている。商品化サーバ１００は負荷を低減させるために入札機能を別のサーバにすることもできる。 Depending on the example described above, the merchandising server 100 has both a process management function and a bidding function. In order to reduce the load, the merchandising server 100 may use a different bid function.
　図１６は、入札サーバ２００を設けた携帯端末商品化装置１０の構成を示す図である。図１６に示すように、携帯端末商品化装置１０は、商品化サーバ１００と、入札サーバ２００と、を備える。 FIG. 16 is a diagram illustrating a configuration of the mobile terminal commercializing apparatus 10 provided with the bid server 200. As illustrated in FIG. 16, the mobile terminal commercializing apparatus 10 includes a commercializing server 100 and a bid server 200.
　商品化サーバ１００の構成は、記憶部１０３に端末Ｄ／Ｂ１０３Ａ、検査結果ファイル１０３Ｂ、及びトランザクションファイル１０３Ｃを記憶するほかは、図１に示した商品化サーバ１００構成と同様である。 The configuration of the commercialization server 100 is the same as the configuration of the commercialization server 100 shown in FIG. 1 except that the terminal D / B 103A, the inspection result file 103B, and the transaction file 103C are stored in the storage unit 103.
　入札サーバ２００は、入札処理制御部である制御部２０１と、入出力部２０２と、記憶部２０３と、通信部２０４と、を備える。制御部２０１と、入出力部２０２と、記憶部２０３と、通信部２０４は、制御部１０１、入出力部１０２、記憶部１０３、通信部１０４の構成と同様である。記憶部２０３は、出品明細Ｄ／Ｂ１０３Ｄ、落札ファイル１０３Ｆ、応札ファイル１０３Ｅ、及びインボイスファイル１０３Ｇを記憶する点において記憶部１０３と異なる。応札端末２０は公衆通信回線網３０を介して入札サーバ２００に接続する。商品化サーバ１００は公衆通信回線網３０を介して入札サーバ２００と接続してもよい。 The bid server 200 includes a control unit 201 that is a bid processing control unit, an input / output unit 202, a storage unit 203, and a communication unit 204. The control unit 201, the input / output unit 202, the storage unit 203, and the communication unit 204 have the same configurations as the control unit 101, the input / output unit 102, the storage unit 103, and the communication unit 104. The storage unit 203 is different from the storage unit 103 in that it stores the exhibition details D / B 103D, the successful bid file 103F, the bid file 103E, and the invoice file 103G. The bidding terminal 20 is connected to the bidding server 200 via the public communication line network 30. The merchandising server 100 may be connected to the bidding server 200 via the public communication line network 30.
　入札サーバ２００の動作は、図１に示した商品化サーバ１００が行っていた入札・インボイス発行処理、及び個別販売・インボイス発行処理を行う。入札・インボイス発行処理については図１４を用いて、個別販売・インボイス発行処理については図１５を用いて説明した。入札・インボイス発行処理においては、入札サーバ２００は、商品化サーバ１００が送信したトランザクションファイル１０３Ｃを受信して出品明細Ｄ／Ｂ１０３Ｄを生成する。 The operation of the bidding server 200 performs the bidding / invoice issuance processing and the individual sales / invoice issuance processing performed by the merchandising server 100 shown in FIG. The bidding / invoice issuing process has been described with reference to FIG. 14, and the individual sales / invoice issuing process has been described with reference to FIG. In the bidding / invoicing process, the bidding server 200 receives the transaction file 103C transmitted from the merchandising server 100 and generates the exhibition details D / B 103D.
　以上述べたように、本実施形態の携帯端末商品化工程管理装置１０は、携帯端末に固有に割り当てられる識別子ごとに携帯端末を識別して管理する情報である管理情報、携帯端末の状態に関する情報である端末情報、携帯端末の等級を示すランク、及び携帯端末の個人情報の消去工程を含む商品化の工程ごとの開始または完了を示す工程管理情報を格納する端末Ｄ／Ｂ１０３Ａと、携帯端末に割り当てられた識別子ごとに検査工程において検査された携帯端末の検査結果を検査項目別に格納する検査結果ファイル１０３Ｂと、情報を入出力する入出力部１０２と、携帯端末に付された識別子であるバーコードを読み取る識別子読取部と、識別子読取部によって入力された識別子、及び工程ごとの開始又は完了を示すコードに基づいて端末Ｄ／Ｂを更新し、工程管理情報を端末Ｄ／Ｂ１０３Ａから読み出して工程ごとの進捗状況を示す管理画面１２０１を入出力部１０２の表示装置に表示し、識別子ごとに検査結果ファイル１０３Ｂから検査結果を読み出してランクを判定する制御部と、を備える。 As described above, the mobile terminal commercialization process management apparatus 10 according to the present embodiment manages information that identifies and manages a mobile terminal for each identifier that is uniquely assigned to the mobile terminal, and information about the status of the mobile terminal. The terminal D / B 103A for storing the terminal information, the rank indicating the grade of the portable terminal, and the process management information indicating the start or completion of each commercialization process including the erasing process of the personal information of the portable terminal, and the portable terminal An inspection result file 103B for storing the inspection results of the portable terminal inspected in the inspection step for each assigned identifier by inspection item, an input / output unit 102 for inputting / outputting information, and a bar which is an identifier attached to the portable terminal The terminal D based on the identifier reading unit that reads the code, the identifier input by the identifier reading unit, and the code indicating the start or completion of each process B is updated, the process management information is read from the terminal D / B 103A, the management screen 1201 showing the progress of each process is displayed on the display device of the input / output unit 102, and the inspection result is read from the inspection result file 103B for each identifier. And a control unit for determining the rank.
　従って、複数の携帯端末の商品化作業の工程を一括して管理できる携帯端末商品化工程管理装置及び携帯端末商品化工程管理方法を提供することができるという効果がある。 Therefore, there is an effect that it is possible to provide a mobile terminal commercialization process management apparatus and a mobile terminal commercialization process management method that can collectively manage the process of commercializing a plurality of mobile terminals.
　また、本実施形態の携帯端末商品化工程管理装置１０は、制御部１０１が端末Ｄ／Ｂ１０３Ａから端末情報を読み出して入札関連情報を生成し、出品明細Ｄ／Ｂ１０３Ｄに格納する。 Further, in the mobile terminal commercialization process management device 10 of the present embodiment, the control unit 101 reads terminal information from the terminal D / B 103A, generates bid related information, and stores it in the exhibition details D / B 103D.
　従って、工程管理の情報から直接入札に必要なデータを生成することができ、入力の手間が省けるとともに、入力ミス等を効果的に防ぐことができるという効果がある。 Therefore, it is possible to generate data necessary for bidding directly from process management information, which saves input labor and effectively prevents input mistakes.
　さらに、制御部１０１は、落札ファイル１０３Ｆに基づいてインボイスの情報を格納するインボイスファイル１０３Ｇを生成し、応札者端末２０からの要求に応じてインボイスファイル１０３Ｇを応札者端末２０に送信する。 Further, the control unit 101 generates an invoice file 103G for storing invoice information based on the successful bid file 103F, and transmits the invoice file 103G to the bidder terminal 20 in response to a request from the bidder terminal 20. .
　従って、インボイスを郵送する手間が省け、応札者の便宜にも供するという効果がある。 Therefore, it is possible to save the trouble of mailing the invoice and to serve the convenience of the bidder.
１０　携帯端末商品化工程管理装置
２０　応札者端末
３０　公衆通信回線網
１００　商品化サーバ
１０１　制御部
１０２　入出力部
１０３　記憶部
１０３Ｂ　検査結果ファイル
１０３Ｃ　トランザクションファイル
１０３Ｅ　応札ファイル
１０３Ｆ　落札ファイル
１０３Ｇ　インボイスファイル
１０４　通信部
１０５　バーコードリーダ
１０６　バーコードプリンタ
１２０１　管理画面
１２０２　グラフ表示欄
１２０３　詳細表示欄
１２０４　合計表示欄 DESCRIPTION OF SYMBOLS 10 Mobile terminal merchandising process management apparatus 20 Bidder terminal 30 Public communication network 100 Merchandising server 101 Control unit 102 Input / output unit 103 Storage unit 103B Inspection result file 103C Transaction file 103E Bidding file 103F Successful bid file 103G Invoice file 104 Communication Section 105 Bar code reader 106 Bar code printer 1201 Management screen 1202 Graph display field 1203 Detailed display field 1204 Total display field

Claims (10)

  1. 　携帯端末に固有に割り当てられる識別子ごとに前記携帯端末の等級を示すランク、及び前記携帯端末の個人情報の消去工程を含む商品化の工程ごとの開始または完了を示す工程管理情報を格納する端末データベースと、
    　前記識別子ごとに検査工程において検査された前記携帯端末の検査結果を検査項目別に格納する検査結果ファイルと、
    　情報を入出力する入出力部と、
    　前記携帯端末に付された前記識別子を読み取る識別子読取部と、
    　前記識別子読取部によって入力された前記識別子、及び前記工程ごとの開始又は完了を示すコードに基づいて前記端末データベースを更新し、前記工程管理情報を前記端末データベースから読み出して前記工程ごとの進捗状況を示す管理画面を前記入出力部に表示し、前記識別子ごとに前記検査結果ファイルから前記検査結果を読み出して前記ランクを判定する制御部と、
    を備える携帯端末商品化工程管理装置。     A terminal database that stores a rank indicating the grade of the mobile terminal for each identifier uniquely assigned to the mobile terminal, and process management information indicating the start or completion of each commercialization process including the personal information erasing process of the mobile terminal When,
    An inspection result file that stores the inspection results of the mobile terminal inspected in the inspection step for each identifier by inspection item;
    An input / output unit for inputting / outputting information;
    An identifier reading unit for reading the identifier attached to the portable terminal;
    The terminal database is updated based on the identifier input by the identifier reading unit and a code indicating the start or completion of each process, and the process management information is read from the terminal database to indicate the progress status of each process. A control unit that displays a management screen to be displayed on the input / output unit, reads the inspection result from the inspection result file for each identifier, and determines the rank;
    A mobile terminal commercialization process management device comprising:
  2. 　入札のための情報である入札関連情報を格納する出品明細データベースをさらに備え、
    　前記端末データベースは、
    　前記携帯端末の状態に関する情報である端末情報をさらに格納し、
    　前記制御部は、
    　前記端末データベースから前記端末情報を読み出して前記入札関連情報を生成し、前記出品明細データベースに格納する請求項１に記載の携帯端末商品化工程管理装置。     It further comprises an exhibition details database for storing bid related information that is information for bidding,
    The terminal database is
    Further storing terminal information that is information relating to the state of the mobile terminal;
    The controller is
    The portable terminal commercialization process management device according to claim 1, wherein the terminal information is read from the terminal database, the bid related information is generated, and stored in the exhibition details database.
  3. 入札処理を行う制御部である入札処理制御部と、
    　入札のための情報である入札関連情報を格納する出品明細データベースと、
    をさらに備え、
    　前記端末データベースは、
    　前記携帯端末の状態に関する情報である端末情報をさらに格納し、
    　前記制御部は、
    　前記端末データベースから前記端末情報を読み出して前記入札関連情報を生成し、
    　前記入札処理制御部は、
    　前記入札関連情報を前記出品明細データベースに格納する請求項１に記載の携帯端末商品化工程管理装置。     A bid processing control unit which is a control unit for performing the bid processing;
    An exhibition details database for storing bid-related information, which is information for bidding,
    Further comprising
    The terminal database is
    Further storing terminal information that is information relating to the state of the mobile terminal;
    The controller is
    Read the terminal information from the terminal database to generate the bid related information,
    The bid processing control unit
    The mobile terminal commercialization process management device according to claim 1, wherein the bid related information is stored in the exhibition details database.
  4. 　前記入札処理制御部は、
    　公衆通信回線網を介して接続する応札者端末から応札を受け入れ、
    　前記応札の中から落札者を判定し、
    　落札に関する情報を格納する落札ファイルを生成する請求項３に記載の携帯端末商品化工程管理装置。     The bid processing control unit
    Accept bids from bidder terminals connected via the public network,
    The successful bidder is determined from the bids,
    4. The mobile terminal commercialization process management device according to claim 3, wherein a successful bid file for storing information related to a successful bid is generated.
  5. 　前記入札処理制御部は、
    　前記落札ファイルに基づいてインボイスの情報を格納するインボイスファイルを生成し、前記応札者端末からの要求に応じて前記インボイスファイルを前記応札者端末に送信する請求項４に記載の携帯端末商品化工程管理装置。     The bid processing control unit
    5. The mobile terminal according to claim 4, wherein an invoice file for storing invoice information is generated based on the successful bid file, and the invoice file is transmitted to the bidder terminal in response to a request from the bidder terminal. Merchandising process management device.
  6. 　携帯端末に付された識別子を読み取る識別子読取部によって入力された前記識別子、及び前記携帯端末の個人情報の消去工程を含む商品化の工程ごとの開始又は完了を示すコードに基づいて、前記携帯端末に固有に割り当てられる前記識別子ごとに前記携帯端末の等級を示すランク、及び前記工程ごとの開始または完了を示す工程管理情報を格納する端末データベースを更新し、
    　前記工程管理情報を前記端末データベースから読み出して前記工程ごとの進捗状況を示す管理画面を入出力部に表示し、
    　前記識別子ごとに検査工程において検査された前記携帯端末の検査結果を検査項目別に格納する検査結果ファイルから前記識別子ごとに前記検査結果を読み出して前記ランクを判定する携帯端末商品化工程管理方法。     Based on the identifier input by the identifier reading unit that reads the identifier attached to the mobile terminal and the code indicating the start or completion of each commercialization process including the personal information erasing process of the mobile terminal, the mobile terminal Updating the terminal database storing the rank indicating the grade of the mobile terminal for each identifier uniquely assigned to and the process management information indicating the start or completion of each process;
    Read the process management information from the terminal database and display a management screen showing the progress of each process on the input / output unit,
    A portable terminal commercialization process management method for reading the inspection result for each identifier from the inspection result file storing the inspection result of the portable terminal inspected for each identifier in the inspection step, and determining the rank.
  7. 　前記携帯端末の状態に関する情報である端末情報をさらに格納する前記端末データベースから前記端末情報を読み出して入札のための情報である入札関連情報を生成し、
    　前記入札関連情報を出品明細データベースに格納する請求項６に記載の携帯端末商品化工程管理方法。     Read the terminal information from the terminal database that further stores terminal information that is information relating to the state of the mobile terminal to generate bid related information that is information for bidding,
    The mobile terminal commercialization process management method according to claim 6, wherein the bid related information is stored in an exhibition details database.
  8. 　公衆通信回線網を介して接続する応札者端末から応札を受け入れる請求項７に記載の携帯端末商品化工程管理方法。 The mobile terminal commercialization process management method according to claim 7, wherein a bid is accepted from a bidder terminal connected via a public communication network.
  9. 　前記応札の中から落札者を判定し、落札に関する情報を格納する落札ファイルを生成する請求項８に記載の携帯端末商品化工程管理方法。 9. The mobile terminal merchandising process management method according to claim 8, wherein a successful bidder is determined from the bids, and a successful bid file for storing information on successful bids is generated.
  10. 　前記落札ファイルに基づいてインボイスの情報を格納するインボイスファイルを生成し、前記応札者端末からの要求に応じて前記インボイスファイルを前記応札者端末に送信する請求項９に記載の携帯端末商品化工程管理方法。 10. The mobile terminal according to claim 9, wherein an invoice file for storing invoice information is generated based on the successful bid file, and the invoice file is transmitted to the bidder terminal in response to a request from the bidder terminal. Merchandising process management method.
PCT/JP2016/069419 2016-06-30 2016-06-30 Portable terminal commercialization process management device and portable terminal commercialization process management method WO2018003055A1 (en)

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