JP6910149B2 - Used parts management system - Google Patents

Description

The present invention relates to a used parts management system that manages used parts information regarding used parts removed from various products such as finished products and parts.

In recent years, it may be required to ensure traceability in order to control the quality of industrial products. By ensuring such traceability, even if any problem occurs, the cause of the problem can be investigated and it is possible to contribute to the prevention of recurrence.

And even before, some methods for managing traceability have been proposed. For example, Patent Document 1 (Japanese Unexamined Patent Publication No. 2009-8190) proposes a two-dimensional code printing wafer that converts wafer information into a plurality of two-dimensional codes and prints the plurality of two-dimensional codes on the wafer by laser marking. A method of managing a two-dimensional code printed wafer in which a plurality of printed two-dimensional codes are read by a code reader and traceability is managed by the read information has been proposed.

In addition, even in the past, commercial transactions of parts removed from electric appliances such as automobiles, industrial machines, and PCs have been carried out. Such parts may be removed from new products, but they are often traded as used parts that have been removed from products that have been used for a certain period of time.

And some techniques related to the commercial transaction of such used parts have been proposed. For example, Patent Document 2 (Japanese Unexamined Patent Publication No. 2004-213295) proposes a parts trading system for various stores that handle used parts, removed parts, genuine parts, and the like. This used parts and removed parts trading system uses a host computer that is connected to multiple terminals via a network to replace the parts-related database with used parts that are as good as new or optional parts when purchasing a new car without wear or damage. The removed parts are used as recycled parts, and the inventory data uses an account number different from that of the genuine parts, so that the buying and selling of used parts, removed parts, and genuine parts is managed.

In addition, in the past, a technique for guaranteeing second-hand goods that are traded has also been proposed. For example, in Patent Document 3 (Japanese Unexamined Patent Publication No. 2002-0158084), a home appliance recycling business in which an article repair service provider guarantees unnecessary used products such as home appliances and provides the recycled products to those who wish to purchase them. Regarding the model, the used product is maintained based on the sales contract concluded between the sales applicant and the purchase applicant, and the recycled product after the maintenance of the used product is provided to the purchase applicant. A second-hand goods recycling provision system having a means for managing the provision of recycled products has been proposed.

JP-A-2009-81190 Japanese Unexamined Patent Publication No. 2004-213295 Japanese Unexamined Patent Publication No. 2002-015084

As mentioned above, used parts have been traded in the past, and it has been proposed that a used goods repair service provider guarantees the used goods and provides the recycled products to those who wish to purchase them. However, in the case of used parts, even if they are of the same type, they are usually in different states and degrees, but before and after the transaction of used parts in circulation, It was difficult to identify the individual used parts.

Therefore, an object of the present invention is to provide a used parts management system capable of identifying used parts to be distributed before and after distribution.

In order to solve the above problems, the present invention provides a used parts management system that manages used parts information regarding used parts removed from a product.

The used parts management system according to one embodiment of the present invention is
It is a used parts management system that manages used parts information related to used parts removed from the product . and used parts database holding used parts information including product information retrieving the used parts specifying information and used parts identifying the person the used parts, the unique code which the used parts code acquiring unit has acquired, used parts specifying information and using at least one of product information retrieved used parts, by searching the used parts database, Ri Do from the used parts information output means for outputting the used parts information, the used parts database, used The used part identification information for specifying the part and the product information from which the used part is taken out are also held in association with each other, and the used part information output by the used part information output means includes the product information from which the used part is taken out. Can be included and configured.

Further, in the used parts management system according to another embodiment of the present invention, the used parts database can be configured to hold image information of used parts provided with a unique code.

Further, the used parts management system according to still another embodiment of the present invention further includes a used parts trading management means for managing trading information for buying and selling used parts held by the used parts database, and also said that the used parts trading management system is provided. The used parts trading management means can be configured to include a trading information holding means for holding the trading information of the used parts.

Further, in the used parts management system according to still another embodiment of the present invention, the used parts sales management means holds the remaining useful life of the used parts to be sold in the used parts database. Can be configured to be calculated based on used parts information including the extracted product information and displayed as one of the trading information.

In the used parts management system according to still another embodiment of the present invention, the product for removing the used parts is a vehicle, and the used parts identification information includes at least one of the name and model number of the used parts. , The product information from which the used parts are taken out can be configured to include at least one of a vehicle body number, a model designation number, and a classification classification number.

Further, the present invention is a used part management program that is executed by a computer and manages used part information regarding used parts removed from the product, and includes a used part code acquisition step for acquiring a unique code provided for the used part. in association with the unique code the acquired, the used parts information holding step of holding the used parts database used parts information including product information retrieving the used parts specifying information and used parts identifying the person the used parts, the The used parts database is searched using at least one of the unique code acquired in the used parts code acquisition step , the used parts identification information, and the product information from which the used parts are extracted, and the used parts information is output. The used parts information output step is executed, and the used parts database holds the used parts identification information for identifying the used parts in association with the product information from which the used parts are taken out, and the used parts information output means outputs the used parts. the above used parts information, that includes product information which the removal of the used parts, provides a used parts management program.

The used parts management system according to the present invention can identify used parts to be distributed before and after distribution.

Overall configuration diagram showing a used parts management system according to the first embodiment Screen transition diagram of the client terminal when the first user transmits information about the identification code to the used parts management system according to the first embodiment. A sequence diagram showing a used parts transaction procedure using the used parts management system according to the first embodiment. Result display screen showing the parts search result of the used parts management system according to the first embodiment Input screen of used parts information transmitted by the first user to the used parts management system according to the second embodiment. A block diagram showing the cooperation of a plurality of databases provided in the used parts management system according to the second embodiment. Configuration diagram of used parts management system Computer hardware configuration diagram

Hereinafter, the used parts management system 500 according to some embodiments will be specifically described with reference to the drawings. However, some embodiments shown below merely show examples when the used parts management system 500 according to the present invention is embodied, and are appropriately modified as long as the gist of the present invention is not deviated. Can do things.

In addition, in the past, traceability has been ensured for industrial products. However, traditional product tracing is for tracking newly manufactured products at the manufacturing, distribution, and sales stages, and is intended for used parts 10 taken out of the product. It was not suitable.

Therefore, in the present embodiment, focusing on the used parts 10 taken out from the product, it is an object to provide a used parts management system 500 capable of ensuring the traceability of the used parts 10, and solves this problem. It is a thing.

FIGS. 1 to 3 show the used parts management system 500 according to the first embodiment. The used parts management system 500 according to the first embodiment particularly deals with used parts 10 taken out from various products such as vehicles, electric appliances and computers (hereinafter referred to as "removal source products"). It is configured as a used parts management system 500. However, in addition to being configured as a system specialized for any of these removal source products, it may be configured as a system for used parts 10 taken out from other removal source products.

FIG. 1 is an overall configuration diagram showing a used parts management system 500 according to the present embodiment. As shown in FIG. 1, in the present embodiment, a unique code 11 is attached to a used part 10 removed from an automobile, a lighting fixture, a computer, or the like. As a result, the part can be identified by the unique code 11, and the transaction history of the used part 10 can be confirmed by using the unique code 11 as a clue. In the present embodiment, a two-dimensional code such as a QR code (registered trademark) is used as the unique code 11 (including a symbol, hereinafter referred to as “identification code 11”). However, the identification code 11 can be used as long as the same code does not exist and one code can be identified and specified. Therefore, in addition to the QR code (registered trademark), other two-dimensional codes such as data matrix, one-dimensional codes such as barcodes, or combinations of numbers, characters, and symbols are used as the identification code 11. You can do things.

The identification code 11 is provided on each part taken out from the removal source product. The identification code 11 can be directly displayed on each article by printing or the like, or can be provided by attaching a sticker or a sticker displaying the identification code 11 to each used part 10. When the identification code 11 is provided on each used part 10, it is desirable to provide the identification code 11 in a place that is inconspicuous in the used state of each used part 10. This is so that the identification code 11 can be used in the provided state. As a result, the identification code 11 can be present in the used part 10 even in the used state, and then, when the part is distributed, the identification code 11 can be used as a clue to identify the part. You can check the transaction history.

Then, the identification code 11 provided on each used part 10 is transmitted to the used parts management system 500 according to the present embodiment. Therefore, an example of the registration process of the used part 10 in the first user 20 will be specifically described with reference to FIGS. 2 and 3.

FIG. 2 shows a screen transition diagram of the client terminal 21 when the first user 20 transmits information regarding the identification code 11 to the used parts management system 500 according to the present embodiment. Further, FIG. 3 is a sequence diagram showing a transaction procedure of the used parts 10 using the used parts management system 500 according to the present embodiment.

With respect to the used parts management system 500 shown in this embodiment, the registration process of the used parts information of the first user 20 can be performed by the first user 20 operating the client terminal 21. In the present embodiment, an example in which a mobile phone with a camera is used as the client terminal 21 operated by the first user 20 is shown. However, it is of course possible to use a tablet terminal or a computer.

In this used part information registration process, first, the first user 20 executes the user information input step S21. In this user information input step S21, as shown in FIG. 2A, information about the first user 20 is input, and in the present embodiment, the ID (user ID) assigned to the first user 20 is input. Or you are requesting to enter a name. When inputting the user ID, it is possible to perform the user information registration process in advance as a matter of course, and it is also possible to require authentication such as a password.

After the user information registration process S21 is completed, the removal source product information input step S22 is executed. In the removal source product information input step S22, as shown in FIG. 2B, information regarding the product from which the used part 10 has been removed is input. Specifically, the information registered in the used parts database 51 of the used parts management system 500 of FIG. 1 is input. In this embodiment, information such as the removal source product ID, product classification, manufacturing date, parts removal date, and usage status is input. These do not necessarily require the input of all information, and one of them may be an essential input item and the other may be an arbitrary input item.

The "removal source product ID" is information for identifying the removal source product, and is given to the product when a unique code 11 (including a symbol) is given to the product. If the unique code 11 is used and the unique code 11 is not given, the unique code 11 for identifying the product can be given. The unique code 11 that identifies such a product can be arbitrarily set by the first user 20, but can be configured to acquire the unique code 11 given by the used parts management system 500.

The "product classification" is a general name for distinguishing the product, and can be configured to be selected from those that have been categorized in advance. For example, it can be categorized by classification of automobiles, personal computers, home appliances, musical instruments, etc., or further categorized by subdivisions, and can be configured to be hierarchically selected.

The "manufacturing date" can require input of the manufacturing date of the original product from which the used part 10 is removed. As this information, the information given to the product can be used in the case of an electric appliance, and the information displayed in the vehicle verification can be used in the case of an automobile. However, since there are products such as daily necessities whose manufacturing date is not clear, it is desirable to set them as arbitrary input items.

The "part removal date" is an item that requires input of date information such as the date when the part was removed from the removal source product. The input of the parts removal date can be an input item in the used parts information input step S26 described later, but when a plurality of parts are taken out from one product, they are usually taken out in continuous work. Therefore, it is possible to simplify the input process of individual used parts information by setting the input item in the removal source product information input step S22.

After inputting the removal source product information as described above, the part removal step S23 for actually taking out the used part 10 from the removal source product is performed, and the identification code 11 for each used part 10 taken out. Perform the code installation step S24. However, the parts extraction step S23 and the code installation step S24 can also be executed prior to starting the registration process of the used parts information. That is, the worker can take out the used part 10 from the removal source product in advance and install the identification code 11 on the used part 10. In this case, in the registration process of the used parts information, the following code information interpretation step S25 is executed after the removal source product information is input.

In the code information reading step S25, as shown in FIG. 2C, the identification code 11 provided on the used part 10 taken out is acquired or read. When a mobile phone with a camera is used as a client terminal operated by the first user 20 as in the present embodiment, the identification code 11 is photographed with a camera, and information or image data obtained by scanning the identification code 11 is acquired. It can be done by things. In FIG. 2C, in this code information interpretation step, the captured image of the identification code 11 and its decoding information are displayed as component IDs.

After acquiring the identification code information 11 provided in each used part 10 as described above, the used part information input step S26 for inputting the used part information held in association with the identification code information 11 is executed. NS. In the used part information input step S26, as shown in FIG. 2D, used part information such as the part ID, the part name, the part model number, the manufacturer, and the seller information in which the identification code 11 is read is input. NS. The used part information input in the used part information input step S26 can include image information of the used part 10 provided with a unique code 11 as needed. The used part information is associated with the removal source product ID, whereby information on the original product from which the used part 10 has been removed can be obtained. The removal source product ID column is configured to automatically assign the removal source product ID registered immediately before, but it may be arbitrarily changed. In addition, the names and telephone numbers of these persons can be registered in the manufacturer and seller information, and the user entered in the user information input step is entered in the relevant field as the manufacturer or seller by default. It can also be configured to be set by the person.

The input items in the used part information input step S26 can be changed according to the type of the product. That is, the input items in the used parts information can be changed based on the product classification selected in the removal source product information. For example, when a computer is selected as the product classification in the removal source product information input step S22, the specifications and the like are input in addition to the names of the parts removed from the computer, and the automobile is selected as the product classification. If so, in addition to the name of the part removed from this, the model number and condition (presence or absence of damage, fading, etc.) can be used as input items. In addition, a photographed image of the used part 10 actually taken out can also be included in the used part information.

Then, the code information interpretation step S25 and the used part information input step S26 can be repeated until all the used parts 10 removed from the product are registered. This is because a plurality of parts may be taken out from one product at the same time. For example, the LCD screen, tuner module, speaker, housing, etc. may be taken out as used parts 10 from one TV, and information related to these may be registered together with the identification code information 11 and the removal source product information. .. Therefore, in the present embodiment, after the used part information input step S26, the confirmation step S27 for the presence or absence of other parts is executed. In this confirmation step S27, as shown in FIG. 2 (E), a confirmation screen for selecting the presence or absence of other parts is displayed on the screen of the client terminal (hereinafter referred to as “mobile terminal 21”) operated by the first user 20. It is displayed. If you select the "Yes" button on this confirmation screen, you can return to the code information interpretation step, while if you select the "No" button, you can proceed to the input information transmission screen.

In the input information transmission step S28, the information input to the mobile terminal 21 of the first user 20 is transmitted to the used parts management system 500 in the above step. In this input information transmission step S28, as shown in FIG. 2 (F), a list of parts names of the used parts 10 input in the code information interpretation step S25 and the used parts information input step S26 can be displayed, and the information to be transmitted can be confirmed. It can be configured as follows. On this input information transmission screen, a transmission button for transmitting the input information to the used parts management system 500 and a stop button for canceling the transmission are displayed so that the first user 20 can arbitrarily select the input information. ing.

As described above, the first user 20 operates the mobile terminal 21 and inputs necessary information regarding the used part 10. The processing program for performing this input may be an application that operates on the mobile terminal 21 side, or may be a program that is executed in the used parts management system 500 via an information communication line such as the Internet. In particular, when the input processing of various information on the terminal on the first user 20 side is a program executed by the used parts management system 500 and is performed interactively with the used parts management system 500, the above-mentioned removal source The product information, the identification code 11 information, and the used parts information can also be configured to be transmitted to the used parts management system 500 at the end of each step or at any time. In this case, there is little need to separately perform the input information transmission step S28.

Then, when the various information input as described above is transmitted to the used parts management system 500, the used parts management system 500 receives the input information from the mobile terminal 21 of the first user 20 in the acquisition / registration step S51. The transmitted user information, removal source product information, identification code information 11, and used parts information are acquired by the used parts code acquisition means 52, and the acquired information is associated with each other and registered in the used parts database 51. As shown in FIG. 1, the used parts database 51 in which such information is stored is provided in a storage device (memory 502) such as a disk included in the used parts management system 500. However, the information does not necessarily have to be in the database format, and may be in the file system format. In any storage format, at least the removal source product ID and the like must be registered in association with the part ID. be. The used parts database 51 retains used parts information including at least one of the used part identification information for identifying the used part 10 and the product information for extracting the used part 10 in association with the acquired unique code 11. .. In particular, it is desirable that the used part specific information includes image information of the used part 10 provided with the unique code 11. By including the image information of the used part 10, when the purchaser searches the used parts database 51 using the unique code 11 as a clue, the authenticity can be determined by presenting the photograph of the used part 10. It is possible to solve the problem of providing the used parts management system 500.

Then, the used parts management system 500 according to the present embodiment uses at least one of the unique code 11 acquired by the used parts code acquisition means 52, the used parts identification information, and the product information from which the used parts 10 are extracted. , The used parts information output means 54 for searching the used parts database 51 and outputting the used parts information is provided. The used parts management system 500 according to the present embodiment is provided with the used parts information output means 54, and the used parts purchaser who seeks the used parts 10 by holding the information in association with the unique code as described above. The second user 30, such as, can easily search and extract the required used parts 10 from the terminal 31 of the second user. That is, when the second user 30 searches for the part information, the second user 30 can search by the part name or the model number as an example of the used part identification information for specifying the used part 10. Further, since each used part 10 has the removal source product information, it is possible to search and extract the parts of a specific product based on the removal source product information. Therefore, for example, when the removal source product is a specific computer, the memory, motherboard, keyboard, etc. taken out from the computer can be collectively extracted. Such a search for part information is performed by using at least one of the unique code 11 acquired by the used part code acquisition means 52, the used part identification information, and the product information from which the used part 10 is extracted, and the used part database 51. It can be performed by the used part information output means 54 that searches for and outputs the used part information.

Then, in the present embodiment, it is possible to provide the used parts trading management means 55 that manages the trading information for buying and selling the used parts 10 held by the used parts database 51 and holds the used parts trading information 55. The used parts trading management means 55 can post the used parts 10 held by the used parts database 51 together with the used parts information on the electronic commerce site as the parts to be bought and sold. By providing the used parts sales management means 55 in the used parts management system 500, it is possible to solve the problem of providing a used parts 10 distribution system that can also provide information on a product from which the used parts 10 have been removed.

FIG. 4 is a result display screen 40 showing the component search result. As shown in FIG. 4, when a user or the like who wishes to purchase a part searches and browses the searched part, in addition to the relevant part information, information on the product from which the relevant part is taken out (source product information). ) Can be obtained. As a result, the value of the part can be judged from objective information. For example, if the date of manufacture of the original product is provided as the information on the original product, the useful life of the part is obtained from the manufacturer's homepage, etc., and the useful life and years of use are obtained. Since the remaining useful life can be predicted based on the difference from the above, the value of the used part 10 based on the useful life can be objectively determined. In addition, a useful life database that holds the useful life of each part is constructed, and the used parts trading management means 55 calculates the useful life of the parts based on the useful life held in the useful life database. Can be configured as a thing. The remaining useful life calculated at this time may be displayed as one of the trading information on the result display screen 40 of FIG. When the used state is displayed, the value of the used part 10 can be determined in consideration of the used state. In particular, in the case of automobile parts, the value of the used parts 10 can be objectively determined based on the service life and mileage. By calculating the remaining useful life of the used part 10 by the used part trading management means 55, this can be used as one of the trading information, so that the purchaser of the used part 10 (second user 30) can use it. It is possible to solve the problem of providing a used parts management system 500 that allows the purchase of used parts 10 in consideration of the service life.

The result display screen 40 showing the parts search result shown in FIG. 4 can be used not only at the time of purchasing the used part 10 but also for determining the authenticity of the purchased used part 10 after the purchase. That is, the second user 30 who purchased the used goods searches the used parts database 51 based on the code information attached to the used parts 10, and is retained in the used parts 10 purchased by himself and the used parts database 51. The authenticity can be judged by whether or not it matches the photograph of the used part 10 that is used. Further, since the result display screen 40 shown in FIG. 4 displays an actual photograph of the used part 10, it is possible to confirm the deterioration of the used part 10. For example, an image before shipment (or at the time of removal) associated with the code information is recorded in the used parts database 51, and the second user 30 who purchases the image is used for the used parts 10 delivered from the code information. You can check for deterioration by searching database 51 and checking the photos. As a result, deterioration during transportation can be confirmed, and when the used part 10 has been used for many years, deterioration over time after use can also be seen, provided that the code information is attached. This makes it possible to evaluate the value based on the current state, which can be used as the standard for assessment.

As described above, when the second user 30 identifies the required used part 10 from the search result of the part information in the used parts management system 500, the second user 30 transmits the purchase application by the method of electronic commerce in the purchase application step S31. .. Such a purchase application can use the shopping cart system (that is, an example of the used parts trading management means 55) provided in the used parts management system 500.

The used parts management system 500 receives the purchase application and receives the information necessary for the purchase, and proceeds to the commercial transaction establishment step S52. In this commercial transaction establishment step S52, for example, on condition that the consideration for the used part 10 is paid, the used part 10 to be traded is shipped to the second user 30, and the second user 30 obtains the used part 10. (Parts acquisition step S32). The used parts 10 to be traded can be shipped from the first user 20 after the commercial transaction is completed. In this case, the commercial transaction information in the commercial transaction establishment step S52 is transmitted to the first user 20.

As shown in FIG. 1, the transaction information in the above-mentioned commercial transaction establishment step S52 is stored in the used parts transaction database 60 formed in the storage device (memory 502) provided in the used parts management system 500 (transaction record registration step S53). .. The used parts transaction database 60 may be formed as a file system in addition to the database format, and has a part ID based on the identification code 11, a part name, a model number, a product ID of the removal source, a manufacturer, and a seller. Information about (first user 20) can be retained. Further, the used parts transaction database 60 can also include transaction prices and purchaser (second user 30) information. By accumulating this information, the used parts management system 500 can accumulate the transaction price related to the part. As a result, it is possible to calculate the average transaction price of the used parts 10 and the transaction price for each degree, and it is possible to calculate the "standard price of used parts" for which there was no clear standard so far.

Further, since the information (part name, model number, etc.) related to the used part 10 is registered in the storage device (memory 502) in association with the part ID based on the identification code 11, the second user 30 It is possible to accept inquiries about used parts information based on the identification code information 11. In this used part information inquiry process, the terminal operated by the second user 30 reads the identification code 11 provided on the obtained used part 10 and sends an inquiry request to the used parts management system 500. It is started by "Code information inquiry step S33". When the used parts management system 500 receives the code information inquiry request (inquiry reception step S54), the used parts information output means 54 in the used parts management system 500 is transmitted from the first user 20 in the database search step S55. Search for at least one of the used parts database 51 that registers the used parts information or the used parts transaction database 60 that records the transaction results, and register it in association with the identification code 11 sent from the second user 30. Information about the used part 10 is extracted and transmitted to the second user 30 (used part information extraction / transmission step S56). As a result, the second user 30 can acquire the information about the used part 10 acquired by himself / herself using the identification code 11 as a clue (part information acquisition step S34). Therefore, the used parts management system 500 according to the present embodiment can focus on the used parts 10 taken out from the product and ensure the traceability of the used parts 10.

The inquiry of the identification code 11 started from the above code information inquiry step can be used not only to acquire information about the used part 10 but also to determine the authenticity of the used part 10 obtained by the second user 30. .. That is, the commercial value of the used part 10 differs depending on the individual used part 10, such as whether or not the used part 10 is cleaned or maintained after being removed from the original product, or whether or not the used part 10 provider guarantees the used part 10. Therefore, when a plurality of used parts 10 of the same type are provided, it may be unclear whether the used parts 10 actually obtained by the second user 30 are the used parts 10 to be traded. In such a case, it is necessary to judge the authenticity. In this regard, in the used parts management system 500 according to the present embodiment, an identification code 11 is provided for the used parts 10 obtained by the second user 30, and the first user 20 uses the identification code 11 as a clue. It is possible to verify the identity with the used part 10 provided by. For example, when the used parts database 51 or the used parts transaction database 60 holds the photo information of the used parts 10 to be traded, the photo information of the used parts 10 extracted by using the identification code 11 as a search key. By comparing this with the used part 10 obtained by the second user 30, the authenticity can be determined. In addition to the photographic information, the authenticity can be determined by the model number and name of the used part 10.

According to the used parts management system 500 configured as described above, it is possible to acquire information on the original product from which the used parts 10 to be traded have been removed. Therefore, the value of the used part 10 can be objectively determined, and the commercial value of the used part 10 can be further increased. Further, the used parts management system 500 can identify a specific used part 10 by using the identification code 11 (unique code 11) provided on the removed used parts 10 as a clue. Therefore, the authenticity of the used part 10 can be determined by making an inquiry to the used part management system 500 based on the identification code 11.

Next, an embodiment of the used parts management system 500 in the case where the removal source product is an automobile and the removed used part 10 is an automobile used part will be specifically described with reference to FIGS. 5 and 6. .. However, since the processing content of the used parts management system 500 according to this embodiment is as shown in the sequence diagram of FIG. 3, the following describes the information transmitted by the first user 20 and the used parts management system 500. The information held by the company will be specifically described.

FIG. 5 shows an input screen 45 of used parts information transmitted by the first user 20 to the used parts management system 500 according to this embodiment. The input screen 45 is a “user information input” step S21, a “removal source product information input” step S22, a “code information interpretation” step S15, and a “used part information input” step S16 in the sequence diagram shown in FIG. The state in which each process of is displayed on one screen is shown. As a matter of course, it is also possible to configure the screen to transition at each step.

In particular, in the present embodiment, the information of "vehicle registration number", "body number", "model designation number", "classification classification number", "mileage", and "first registration date" should be input as the removal source product information. It is configured. These can be input based on the vehicle verification information of the automobile, which is the original product of the removal. In particular, since the original product to be removed is an automobile, this information is effective for identifying the type or condition of the automobile. Further, it is desirable that the product information of the removal source is input for all items, but the input of the information that can be acquired from another database based on any of the items can be omitted. For example, if another database is a database 70 that stores automobile inspection registration information and the necessary information can be obtained from the database 70, if the "vehicle registration number" can be obtained as the removal source product information, then other Since the "body number", "model designation number", "classification classification number", "mileage", "first registration date", etc. can be obtained from the relevant automobile inspection registration information database 70, omit the input of such information. Can be done. However, if this information is clear from the vehicle verification, the odometer of the vehicle, etc., the information can be input. In particular, when the vehicle that is the original product of the removal is registered as scrapped, it is difficult to confirm the vehicle registration number. Therefore, it is desirable to input the information acquired from the vehicle.

Then, in the embodiment shown in FIG. 5, the input of information such as "part name" and "part model" is accepted as the used part information input screen and further as the used part identification information, so that the part can be specified. ing. Further, in this embodiment, as the used part information, the image information of the used part 10 provided with the unique code 11 is input as the "part photograph". As a result, the second user 30 who purchased the part can confirm the actual photograph of the part, and can make a decision at the time of purchase and determine the authenticity after the purchase.

FIG. 6 is a block diagram showing the cooperation of a plurality of databases included in the used parts management system 500 according to the present embodiment. In particular, the database configuration shown in FIG. 6 is an example in which the used parts database 51 composed of used parts information acquired from the first user 20, the automobile inspection registration information database 70, and the parts database 80 are linked. Shown. The used parts database 51 holds at least information on the part ID, the part name, the photograph data, and the automobile registration number as the information transmitted from the first user 20. In the present embodiment, in particular, the photo data is separately stored in the photo information database, but it is naturally possible to store the photo data in the same record.

Then, among the information held in the used parts database 51, the information held in the automobile registration number field is used to search the automobile inspection registration information database 70, and the automobile inspection registered for the automobile registration number is performed. Registration information can be obtained. In the present embodiment, information on the vehicle body number, model designation number, classification classification number, mileage, and first year registration date is acquired as automobile inspection registration information, but other information (vehicle size, weight, etc.) is acquired. ) Is of course possible. However, when acquiring the part model of the used part 10 in cooperation with the parts database 80, it is desirable to include the model designation number and the classification classification number.

Then, among the automobile inspection registration information acquired based on the automobile registration number as described above, the parts database 80 is searched using the model designation number, the classification classification number, and the part name of the used parts database 51, and the used parts are used. You can get 10 parts models. As such a parts database 80, a database used for identifying a model of an automobile part can be used.

Even in the used parts management system 500 according to the present embodiment configured as described above, the used parts 10 recorded in the used parts information database are associated with the information of the vehicle from which the used parts are taken out. Since the first year registration date and mileage of the vehicle can be confirmed, it is possible to predict the remaining trial period of the used part 10. As a result, even if the appearance is the same, an appropriate evaluation can be performed for each product. Further, since the used part 10 taken out is given the identification code 11, the authenticity of the actually obtained used part 10 can be confirmed by using the identification code 11 as a clue.

In particular, the used parts management system 500 according to this embodiment realizes reduction of input items and collection of accurate information by linking with an automobile inspection registration information database and a parts database.

Then, in the used parts management system 500 according to the present embodiment, as the used parts information held by the used parts database 51, in addition to the used parts specific information and the product information obtained from the used parts 10, the used parts 10 are further related. Used parts 10 Schedule information can be included. The used part 10 schedule information can retain the repair period when the used part 10 needs to be repaired, and can include a schedule for installation after the used part 10 is provided. In particular, when the used part 10 is an automobile part, the delivery date of the used part 10, the installation work of the used part 10, the delivery schedule of the vehicle to which the used part 10 is attached, etc. are managed by using the code information as a clue. can do. Then, based on the used parts 10 schedule information, it can be configured to issue an alert or the like on the date set in the schedule.

FIG. 7 shows a configuration diagram of the used parts management system 500 according to the present embodiment. In this embodiment, the terminal of the first user 20 connected to an information communication network such as the Internet, the terminal of the second user 30, the used parts management system 500, and the automobile inspection registration connected to the used parts management system 500. It consists of an information database 70 and a parts database 80. In this figure, the used parts management system 500 includes a used car parts sales management means 55, which can also be configured by an external computer. When the used car parts trading management means 55 is configured by an external computer, the trading information of the used parts 10 in the used parts management system 500 is passed to the external computer.

In the used parts management system 500, when the used parts information is transmitted from the terminal of the first user 20, in the used parts management system 500, the used parts code acquisition means 52 acquires the used parts information via the communication interface 53. And save this in the used parts database 51. In addition, the used parts database 51 can acquire detailed or additional information from an external automobile inspection registration information database and a parts database and retain the information. Then, the inquiry of the used parts information based on the code information from the terminal of the second user 30 is received via the communication interface 53, and the used parts database 51 is searched by the used parts information output means 54. The used parts information extracted from the search result is transmitted from the communication interface 53 to the terminal of the second user 30 via the Internet, whereby the second user 30 can perform an authenticity determination or the like.

FIG. 8 is a computer hardware configuration diagram constituting the used parts management system 500. However, the computer (used parts management system) 500 of FIG. 8 is only shown as a typical configuration example, and is configured as a dedicated device as long as it is provided with an arithmetic unit, a memory, and a program for executing the above-mentioned processing. You may.

The computer 500 shown in FIG. 8 includes a CPU 501, a memory 502, an audio output device 503, a network interface 504, a display controller 505, a display 506, an input device interface 507, a keyboard 508, a mouse 509, an external storage device 510, and an external recording medium drive. It includes a device 511 and a bus 512 that connects these components to each other.

The CPU 501 controls the operation of each component of the computer 500, and under the control of the OS , executes the measures and the like in the used part code acquisition means 52, the used part information output means 54, and the used part trading management means 55. Control and control its operation. The memory 502 is usually composed of a ROM (Read Only Memory) which is a non-volatile memory and a RAM (Random Access Memory) which is a volatile memory. The ROM stores a program or the like that is executed when the computer 500 starts up. The RAM includes an application program executed by the CPU 501 to execute the processing of each device, a database program, and data used during execution of the program (for example, data or a script read from a database or a file system). ) Is temporarily stored.

The voice output device 503 is a device that outputs voice such as a speaker, and the communication interface 504 is an interface for connecting to a network 520 for exchanging information with various devices. The display controller 505 is a dedicated controller for actually processing the drawing command issued by the CPU 501. The drawing data processed by the display controller 505 is once written in the graphic memory and then output to the display 506 as a display unit.

The input device interface 507 receives a signal input from an input / output device such as a keyboard 508, a mouse 509, or a touch pad, and provides a predetermined command to the CPU 501 according to the signal pattern. The keyboard 508 and the mouse 509 are required for performing operations such as program execution and setting.

The external storage device 510 is also included in the category of storage means in the present specification. The external storage device 510 can be configured by a storage device such as a hard disk drive (HDD). The above-mentioned programs and data are recorded in this device, and are loaded into the RAM of the memory 502 from there as needed at the time of execution.

The external recording medium drive device 511 accesses the recording surface of a portable external recording medium 530 such as a CD (Compact Disc), MO (Magnet-Optical Disc), or DVD (Digital Versaille Disc), and is recorded on the recording surface. It is a device that reads the existing data.

The used parts management system according to the present invention is used to manage used parts in various fields, not limited to automobiles, in order to manage used parts information related to used parts removed from various products such as finished products and parts. You can make a sound.

10 Used parts
11 Identification code
20 First user
21 Client terminal (mobile terminal)
30 Second user
51 Used parts database
52 Used parts code acquisition method
54 Used parts information output means
55 Used parts trading management means
60 Used parts trading database
70 Automobile inspection registration information database
80 Parts database
500 Used parts management system 502 Memory (storage means)

Claims (6)

It is a used parts management system that manages used parts information related to used parts removed from the product.
Used part code acquisition means to acquire a unique code provided for used parts,
In association with the unique code the acquired, and used parts database holding used parts information including product information retrieving the used parts specifying information and used parts identifying the person the used parts,
The used parts database is searched and the used parts information is output by using at least one of the unique code acquired by the used parts code acquisition means, the used parts identification information, and the product information from which the used parts are taken out. Ri Do from the used parts information output means,
The used parts database holds the used parts identification information that identifies the used parts in association with the product information from which the used parts are taken out.
The used parts in the information output means and the used parts information is output, that contains product information retrieved the used parts, used parts managing system.
The used parts management system according to claim 1, further comprising a used parts trading management means for managing and holding trading information for buying and selling used parts held by the used parts database.
The used parts database holds image information of used parts to which a unique code is provided .
The used parts management system according to claim 2 , which outputs the image information by searching the trading information held by the used parts trading management means based on a unique code provided for the used parts bought and sold. ..
The used parts sales management means calculates the remaining useful life of the used parts to be sold based on the used parts information including the product information obtained from the used parts held in the used parts database, and obtains the used parts information. The used parts management system according to claim 2 or 3 , which is displayed as one.
The product from which the used parts are removed is a vehicle.
The used part identification information includes at least one of the name and model number of the used part.
Product information retrieved the used parts are vehicle identification number, as well as viewing including at least one of model specification number and classification classification number,
The Used as a part information, the consist repair period for used parts used parts schedule information including, used parts managing system according to any one of claims 1-4.
A used parts management program that is run by a computer and manages used part information about used parts removed from the product.
The used part code acquisition step to acquire the unique code provided for the used part, and
In association with the unique code the acquired, the used parts information holding step of holding the used parts information on used parts database containing product information retrieving the used parts specifying information and used parts identifying the person the used parts,
The used parts database is searched and the used parts information is output by using at least one of the unique code acquired in the used parts code acquisition step, the used parts identification information, and the product information from which the used parts are extracted. run the used parts information output step,
The used parts database holds the used parts identification information that identifies the used parts in association with the product information from which the used parts are taken out.
The Used The said used parts information part information output means outputs, that contains product information retrieved the used parts, used parts management program.

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