JP4158710B2 - Rice distribution management system - Google Patents

Description

  The present invention relates to a rice distribution management system, and particularly manages rice distribution and quality changes from producers to consumers in rice distribution in which individuals are small and transaction units and individual shapes change, and rice quality certification It relates to the rice distribution management system.

  Conventionally, in the case of crops that are large enough to be individually managed, the quality is guaranteed by attaching or printing a quality label etc. for each individual item and selling it to the consumer through the distributor from the producer. It is carried out. In rice, which is a small crop, the quality label cannot be attached or printed for each individual item, so the quality label is displayed on the bag or the like in a form packed in a relative amount.

  In the rice distribution process, as described above, transactions are carried out in relative quantities because of the small number of individuals. (For example, if the rice collected from each base is collected at one base, the management unit is This changed the quality, and the rice itself resembled, causing both intended and unintentional mixing.

  Also, in the case of rice, it is rare to circulate as it is after harvesting. Usually, in the distribution process, various forms such as seed, seedling, rice, rice bran, brown rice, polished rice, non-washed rice, cooked rice, processed rice, etc. The final product is provided to the consumer.

  For this reason, unintentional mixing, such as unintentional mixing and error, fixing the milling mill that scours rice to eliminate the difference between the quality label and the actual crop, or identifying by labeling each relative amount In general, quality checks are performed in each distribution process.

  In recent years, food providers have been required to provide quality labels throughout the distribution stage, and quality information is shared and managed between each distribution process so that correct quality labels can be provided. Therefore, a system that can easily obtain consistent and correct quality information and logistics information is desired.

  As a conventional technique, [Patent Document 1] discloses an information system, a database construction method, and a variety of information about farmers and fisheries that can provide various information on the Internet to those involved in agriculture and fisheries. We provide terminal devices that can be obtained at work sites.

  In addition, [Patent Document 2] provides an electronic commerce system in which a purchaser can obtain preliminary information about crops before harvesting or shipping in order to facilitate sales of crops that are not currently in the distribution process. is doing.

JP 2001-350818 A JP 2001-195513 A

  However, when preventing unintentional mixing as described above and performing quality check, since each distribution unit manages quality check information independently, information on logistics as a horizontal flow of rice distribution, In other words, logistics information was not shared, and confirmation of the final quality label alone was insufficient to prove where rice was produced, where it was processed, and where it was brought to consumers. This logistics information is information such as numbers assigned to identify rice in circulation, but it is also subject to independent management as described above in order to change or divide within the distribution process due to changes in relative quantity or description. Sharing with was impossible. In addition, there are various types of rice, and the shape is very similar, and because the shape changes after being processed in the distribution process, the quality of the rice displayed on the packaging in the final distribution form and the rice itself are proved to be the same. For this purpose, it is necessary to perform a special test such as a DNA test, and it is difficult for the final consumer to perform the test.

  Another factor that makes it difficult to prove quality is the mixed equivalence of distribution routes in the distribution process due to the presence of multiple rice distribution routes. This is not a single transaction, but when buying directly from each farmer, or two distribution departments are one (for example, wholesale and milling factory together) For this reason, it has been difficult to build a system that collectively manages and shares information on quality checks in the distribution process of all rice.

  From the above, it has been extremely difficult to realize a system that can provide consistently correct quality information, physical distribution information, and the like that can provide correct quality indications that have been eagerly desired in recent years.

  On the other hand, in order to guarantee quality at each distribution process level and prevent unintentional mixing of rice, rice varieties handled at each milling mill are fixed. However, if the milling factories are fixed, it is not only necessary to secure the number of milling factories as many as the number of varieties handled, but the amount traded for each variety is very high, which is very expensive.

  In addition, logistics information is identified by attaching labels etc. to packaging etc. to ensure quality information, etc., but as mentioned above, it is difficult for consumers to confirm the same as labels etc. Therefore, it was only a guide.

  As a conclusion, in the case of rice, it is not possible to attach a quality label to an individual, and since it is processed from a bag with a quality label in order to change its shape, it is not intended with other rice. There were errors in the quality labeling due to mixing, intended mixing, mislabeling of the quality display, misprocessing during processing, etc., which can be checked and eliminated in any distribution process, and the quality of the rice is the same There was no system to prove (brand).

  The information system of [Patent Document 1] is a system that provides weather information such as temperature, atmospheric pressure, humidity, etc. and on-site information using cameras, GPS (Global Positioning System), etc. to a plurality of terminals, It is not possible to send to the terminal until the change in the quality of the crop.

  The electronic merchandise transaction system of [Patent Document 2] is suitable for confirmation of origin information and merchandise for merchandise, but for items that change their shape, such as individual small crops, the distribution process is also included in the quality. It is necessary to make a display, and this system cannot achieve that much.

  In view of the above problems, the purpose of the present invention is to manage the quality information and distribution information obtained during the distribution process for rice distribution in the unit of the distribution relative quantity for each distribution. Providing a rice distribution information management system that ensures quality and ensures quality.

  The present invention relates to a rice distribution management system, and particularly manages rice distribution and quality changes from producers to consumers in rice distribution in which individuals are small and transaction units and individual shapes change, and rice quality certification The above-mentioned object of the present invention is a rice distribution management system comprising a management server and a plurality of terminals connected to the management server via a network, wherein the management server A logistics information management unit for managing logistics information for identifying rice for each distribution process, a quality information management unit for managing quality information about the quality of the rice in accordance with the logistics information, and the logistics information management unit or Rice information storage means for storing the logistics information and the quality information linked by the quality information management unit as rice information, and the terminal stores logistics information to which the logistics information is input. Including: an input unit; and a quality information input unit to which the quality information is input, the logistics information of the first rice information about the first rice input from the logistics information input unit, and the quality information input unit. The quality information management unit associates the quality information of the input first rice information with the rice information storage unit and stores the second information about the first rice input from the physical distribution information input unit. The logistics information management unit associates the logistics information of rice information with the logistics information of the first rice information and stores the logistics information as the logistics information, and the quality information management unit stores the quality information. The quality information of the second rice information input from the information input unit and the quality information of the first rice information are linked, and further the logistics information of the second rice and the quality of the second rice Information is linked, the rice information storage unit stores as quality information, When new fourth quality information is input from the quality information input unit to the quality information of the third rice information linked to the logistics information in the third rice information, the quality information management unit The fourth quality information is linked to the logistics information of the third rice information, the fourth quality information is linked to the third quality information, and the rice information storage unit is connected to the third rice information. This is achieved by having the rice information stored as information and the logistics information and quality information stored in the rice information storage unit linked to each other.

  Further, the object of the present invention is to provide the quality information of the second rice information as the quality information of the first rice information when the quality information of the second rice information is not input. Alternatively, the logistics information is at least contract information at the time of contract, order information at the time of ordering, receipt / shipment information at the time of receipt / shipment, or the first rice having the fifth rice information and the sixth When the second rice having rice information is mixed into the third rice having seventh rice information, the logistics information management unit inputs the seventh rice inputted from the logistics information input unit. The seventh rice information inputted from the quality information input unit by associating the distribution information of information with the logistics information of the fifth rice information and the logistics information of the sixth rice information. Is associated with the quality information of the fifth rice information and the quality information of the sixth rice information. The rice information storage unit stores, or the logistics information management unit or the quality information management unit assigns a lot number to all the rice information, or the terminal further performs a search. A search input unit for inputting logistics information, search quality information or the lot number; and the management server further includes the rice information storage unit based on the search logistics information, the search quality information or the lot number. A search unit that detects and transmits the rice information to the terminal, the terminal includes a display unit that displays the rice information, and includes the search logistics information, the search quality information, or the lot number. Based on this, it is achieved more effectively by including a display unit that displays all rice information including the rice information.

  According to the rice distribution management system according to the present invention, the distribution information and the quality information are associated with the previous distribution information or the quality information, so that the rice to be referred to can be distributed in any process. The change in quality can be confirmed by referring to the quality information associated with each piece of physical distribution information.

  In addition, since the linking is also a proof of the distribution process of each rice, what distribution route the rice obtained by the final distribution process (for example, the consumer) followed, It is also possible to confirm the identity of quality. In particular, because the brand power greatly changes depending on the place of production and year, the proof of identity between the ordered rice and the rice that has arrived at hand has great significance including food safety.

  Moreover, since quality information is linked, it is possible to prevent the inflow of rice from outside the jurisdiction of this system, and as a result, it is possible to add a brand for the quality of rice distributed using this system. is there.

  In this system, the distribution information and quality information, which have been divided in each distribution process until now, are made into a series of flows, so that it is possible to quickly check the quality in each distribution process, and each distribution information and quality information. Is numbered, it becomes obvious at a glance which "what" quality information has the same shape and traded in relative quantities.

  An embodiment of the present invention will be described with reference to FIGS.

  FIG. 1 is a block diagram showing a network configuration of a rice distribution management system according to the present invention.

  The rice distribution management system according to the present invention constitutes a network in which a management server 1 and a plurality of terminals 2 to n provided for each distribution process are connected via electronic communication means.

  As a place where the terminals 2 to n are installed, it is desirable to be installed in each distribution base such as a producer, a producer group such as a district or agricultural cooperative, a wholesaler, a mill factory, a blending process, a retailer or a consumer. The distribution base is a place where contract information, order information, receipt / shipment information, blend information, etc., which are logistics information to be described later, are input, a point where the relative quantity, form, and quality of rice change, and Say the end consumer point.

  The management server 1 comprehensively associates and manages various information input for the plurality of terminals 2 to n, and according to a request from each terminal, distribution information and quality information associated therewith. It is a server that provides rice information that is comprehensive information.

  FIG. 2 is a block diagram of the management server 1.

  The management server 1 includes a distribution information management unit 11 that manages contract information, order information, receipt / shipment information, and blend information input from terminals 2 to n at each distribution base as distribution information. The quality information management unit 12 that manages the quality information in association with the above-mentioned logistics information by referring to the input or the rice information storage unit described later, and the rice logistics information associated with the logistics information management unit 11 and the quality information management unit 12 And the rice information storage unit 13 for storing the quality information as rice information, and the rice information stored in the rice information storage unit 13 is searched based on a search request from the terminals 2 to n and the terminals 2 to n are It is comprised from the search part 14 which transmits rice information.

  The logistics information management unit 11 operates to link the logistics information inputted from the first terminal to the corresponding second terminal every time it is inputted.

  As described above, the logistics information including the item for identifying the rice is based on the contract information that is information on the contract, the order information that is information on the order, the order information that receives the order information, and the order information. Shipment information that is information about shipment, arrival information that is information about arrival from shipment information, blend information that is information that blends rice of type (variety) A and rice of type (variety) B, brown rice into milled rice And processing information such as washing rice without washing. The distribution information identifies the rice in the distribution state and indicates which rice is in which state in which distribution process. For example, FIG. 7 for contract information, FIG. 8 for order information, FIG. 9 for order information, FIG. 10 for shipment information, FIG. 11 for arrival information, and FIG. 12 for blend information. Show.

  The quality information management unit 12 operates to link the quality information of the quality-inspected rice input from the terminals 2 to n with the distribution information and other input quality information. Further, when the distribution information is transmitted to the terminals 2 to n, an operation of transmitting together the quality information associated with the distribution information is performed. An example of the quality information screen is shown in FIG.

  The rice information storage unit 13 stores the physical distribution information and the quality information after being associated with each other.

  The search unit 14 searches the rice information stored in the rice information storage unit 13 on the basis of the logistics information for search or the quality information for search input to perform the search from the terminals 2 to n, and searches the terminals 2 to 2. The rice information is transmitted to n.

  If the logistics information management unit 11 and the quality information management unit 12 perform an operation of assigning numbers to simplify the identification of logistics information and quality information displayed on terminals 2 to n described later. More preferred. Details of this number will be described later.

  FIG. 3 is a block diagram of the terminals 2 to n.

  The terminals 2 to n include a logistics information input unit 21 to which logistics information is input, a quality information input unit 22 to which quality information is input, and a search input unit 23 to which search logistics information or search quality information is input. The display unit 24 displays rice information obtained from the management server 1 by the search.

  FIG. 4 is a schematic diagram showing exchange of logistics information and quality information between the first terminal and the second terminal in the first rice distribution process.

  In practice, the management server 1 is interposed between the first terminal and the second terminal, but the description is omitted in this figure for the sake of simplicity.

  As described above, the distribution information includes contract information, ordering / ordering information, receipt / shipment information, processing information, blend information, and the like. Each distribution information is associated with quality information indicating the quality of rice.

  When rice circulates from the first terminal to the second terminal, contract information is first input to the first terminal at the second terminal. The contract information is information on the contract that moves the rice sent from the second terminal to the first terminal, and the quality information (hereinafter referred to as quality information (1)) associated with the contract information. It is a moving contract. This contract information and quality information (1) are the first rice information.

  Based on this contract information, the order information is input at the second terminal and transmitted to the first terminal. The ordering information is information for actually moving (ordering) the rice contracted in the contract information. At this time, the quality information (1) linked to the contract information is ordered. Therefore, the quality information associated with the order information is quality information (1). The order information is associated with the contract information, and the quality information (1) associated with the order information is associated with the quality information (1) associated with the contract information 1. The order information and the quality information (1) are the second rice information, and the first rice information and the second rice information are linked in this way, and the creation and linking of the rice information are repeated hereinafter. .

  The first terminal that has received the order information transmits the order information to the second terminal. The order information is confirmation of the order information, and the quality information is associated with the quality information (1). The order information is linked to the order information, and the quality information (1) linked to the order information is linked to the quality information (1) linked to the order information.

  In addition, the first terminal that has transmitted the order information transmits the shipping information of the actual shipment of rice to the second terminal. Usually, the quality of rice shipped at this time is inspected and linked to the shipping information as quality information (2). The shipping information is linked to the order information, and the quality information (2) linked to the shipping information is linked to the quality information (2) linked to the order information.

  When the second terminal receives the rice, the second terminal transmits the arrival information to the first terminal as arrival information. At this time, the quality of the received rice is inspected, and the inspection result is linked to the arrival information as quality information (3). The arrival information is linked to the shipping information, and the quality information (3) is linked to the quality information (2) linked to the shipping information.

  In this way, the contract from rice to movement is linked.

  In addition, the quality of rice stored in each distribution process at regular intervals may change, so the quality may be re-inspected. At this time, the third rice information, that is, the logistics information (for example, arrival information as an example) and the quality information associated therewith, the quality information (4) input after re-inspection is the third rice information. The information is associated with the physical distribution information, and the quality information (4) is further associated with the quality information (3). Thus, the distribution information, quality information (3), and quality information (4) become the third rice information.

  In addition, there are cases where it is processed in each step after it arrives (for example, processing from brown rice to polished rice). Also in this case, the quality information (4) input by the inspection after processing is the logistics information which is the third rice information, with respect to the quality information (3) linked to the logistics information which is the third rice information. The quality information (3) and the quality information (4) are linked to each other, and the distribution information, the quality information (3), and the quality information (4) become the third rice information.

  In the case of quality re-inspection and processing, the logistics information in the third rice information is duplicated, and the inputted quality information (4) is linked as the logistics information in the fourth rice information. It is also possible to link the logistics information in the third rice information with the logistics information in the fourth rice information, the quality information (3) and the quality information (4).

  In addition, blending may be performed. In this case, associating the blend information with the logistics information (for example, arrival information of a plurality of types of rice to be blended), associating the quality information inspected after blending with the blend information as the quality information 5, The quality information 5 is associated with the quality information associated with the arrival information of a plurality of types of rice blended.

  More specifically, if the seventh rice information is created by blending the first rice having the fifth rice information and the second rice having the sixth rice information, the seventh rice information is The quality information of the rice inspected after blending is used, and the blended content (such as the type of blended rice) is the logistics information. The logistics information and quality information related to the seventh rice information are linked to the logistics information and quality information of the fifth rice information and the logistics information and quality information of the sixth rice information, respectively.

  In addition, blending also means that the rice that is packed in a relative amount (multiple bags) and transported in a silo etc. at the base (change in the relative amount of transport) is transported in the process of transporting one kind of rice. In addition, the distribution information is associated with the previous distribution information as blend information, and the quality information after being collected in the silo is associated with the previous quality information.

  In addition, stock indicating that rice is present at the base after arrival can also be managed as logistics information (not shown). In this case, stock information is linked to the received information, and the stock information is linked. The attached quality information is associated with the quality information associated with the arrival information.

  The association means that the logistics information management unit or the quality information management unit associates the new logistics information or the new quality information with the previous logistics information or the previous quality information. An operation that enables extraction as a flow.

  As described above, a tree relating to rice distribution from the contract to the final purpose process is completed, and an example is shown in FIG.

  It is desirable to attach a lot number and a serial number indicating the association and the relationship to the associated distribution information, quality information, and rice information.

  In addition, although the number was attached | subjected with respect to rice information and quality information in order to make description easy to understand, each information contained is not limited to this number.

  LOT # shown in FIG. 5 is an example of a number assigned to the distribution information, and identifies rice. By including an identifier that can identify the place of production, the form of rice (milled rice, brown rice, etc.), etc., in the number attached to the distribution information or quality information, it can be made easier to understand as distribution information or quality information.

As an example, for each digit,
(Rice production area) (Rice form) (Rice distribution number)
An identifier such as

  Further, the distribution information or the quality information is input using this number, so that the horizontal connection of the distribution information or the quality information is maintained in the system and the actual distribution.

  These numbers can also be used as search elements in the search described later.

Hereinafter, the flow of the system according to the present invention will be described with reference to flowcharts.
FIG. 6 is a flowchart showing the flow of logistics information and quality information between the first and second terminals and the management server 1 according to the present system.

  The first terminal and the second terminal are terminals installed in the distribution process adjacent to each other, and have a relationship in which the above-described distribution information and quality information are exchanged. Note that rice is distributed from the distribution process in which the first terminal is installed to the distribution process in which the second terminal is installed.

  First, when the distribution information is input in this system, it is input whether or not it is a quality re-inspection of rice stored in the distribution process in which the first terminal is installed (step S101). If the quality is not re-inspected, new logistics information is input from the logistics information input unit 21 of the first terminal (step S102). Logistics information to be entered includes production year (eg, 2002), production area (eg, Niigata), JA (eg, Uonuma), district (eg, Urasa), brand (Koshihikari), who to ship to Data such as destination, packing form (eg, paper bag, flexible container, container), amount to be received, date of arrival, date of shipment, etc. is input for each piece of logistics information.

  In addition, it is selected whether or not to input quality information for this logistics information (step S103). This is because, as described above, depending on the distribution information, the previous quality information may be used without inputting the quality information.

  When inputting quality information, new quality information, which is a result of quality inspection, is input from the quality information input unit 22 of the first terminal (step S106). In the case of quality re-inspection in step S101, the quality information re-inspected from the first terminal is input here without entering physical distribution information.

  The quality information shows the time of soiling, the name of the material used at that time, the name of the fertilizer used at the time of fertilization, the amount dropped at the time of fertilization and its component conversion value, where the fertilizer was applied, the area where the fertilization was applied, and the state of agricultural chemical application Agricultural chemical name, chemical component indicating chemical component, spraying amount indicating sprayed agricultural chemical amount, spraying time, spraying area where sprayed, and drying process after harvesting, drying method, when drying Moisture set value of how much target moisture value was set, dryness rate indicating how much dryness was actually applied, temporary storage / cooling of storage / cooling before the next stage of drying in the process Cooling time after drying, how much cooling after drying, final moisture value is added to indicate adjustment / quality information, sieve size applied to exclude small particles, 1st grade, 2nd grade, etc. 3 etc. Ratio of 1 such as in the region, normal grain sizing ratio not body split and damage or the like, 1000 grain of thousand kernel weight indicating the weight, moisture content, containing proteins, containing amylose and the like are input match that rice forms.

  As an example, if brown rice is used, a sample of 1000 grains is measured with a sizing meter, the brown rice whiteness indicating the whiteness of the brown rice measured by the white meter, the brown rice moisture indicating the moisture contained in the brown rice measured by the moisture meter. The unpolished grain of brown rice representing the proportion of sized grains, the brown rice shell percentage representing the ratio of the rice grains that are not elliptical and broken in the 1000 grains, and the ratio that the rice grains are not fully grown in the 1000 grains Unpolished brown rice grains, brown rice damage representing the ratio of rice grains that are damaging to insects, etc. in the 1000 sheets, brown rice coloring representing the ratio of rice grains colored in the 1000 grains, among the 1000 grains It is a brown rice dead rice that represents the ratio of rice grains that are dead.

  If it is white rice, measure the brown rice whiteness representing the whiteness of the brown rice measured by the whiteness meter, brown rice moisture representing the moisture contained in the brown rice measured by the moisture meter, 1000 samples of the sample by the holy granule, The unpolished grain representing the ratio of the sized rice in the grain, the brown rice trunk ratio representing the ratio of the rice grains that are not elliptical in the 1000 grains, the brown rice that represents the ratio that the rice grains are not fully grown in the 1000 grains Unripe grain, brown rice damage representing the ratio of rice grains that are damaged by worms, etc. among the 1000 sheets, brown rice coloring representing the ratio of rice grains colored among the 1000 grains, rice grains among the 1000 grains Is the brown rice dead rice, etc., which represents the proportion of dead grains.

  Next, the rice information storage unit 13 determines whether or not the previous rice information of rice having this logistics information is stored in the rice information storage unit 13 (step S107). The distribution information management unit 11 recognizes the new distribution information input as the new rice information of the rice, and starts creating the tree as described above (step S113).

  In addition, a tree is created by associating the new quality information input in step S106 as the quality information of the new physical distribution information (step S114).

  The new logistics information and new quality information input from these first terminals are transmitted from the management server 1 to the second terminal (step S115), and the rice information storage unit 13 stores them (step S118). Then, it returns to step S101 and the input of the next physical distribution information or quality information is repeated.

  If the previous rice information is stored in step S107, the distribution information management unit 11 determines whether or not the distribution information has been input, and determines whether or not it is a quality re-inspection (step S107). S108). In the case of quality re-inspection, the quality information management unit 12 associates the new quality information with the quality information associated with the previous logistics information of this rice information stored in the rice information storage unit. (Step S116). Thereby, the new quality information after the re-inspection is linked to the quality information linked to the arrival information which is information stored as an example. This means that the arrival information is inspected later in the terminals 2 to n, and when it is referred to, the previous quality information and new quality information can be referred to, and the transition of the quality can be confirmed.

  Thereafter, the rice information storage unit 13 stores this rice information (step S117), and the step ends.

  If it is not the quality re-inspection in step S108, the new logistics information input by the logistics information management unit 11 is linked to the latest logistics information of the corresponding rice information stored in the rice information storage unit 13. (Step S109). In addition, when the distribution information is blend information as described above, that is, when the relative amount changes in one distribution process or when rice of a plurality of distribution processes is mixed, the new distribution information input is one in the former case. It is linked to the distribution information of the distribution process, and in the latter case, it is linked to the distribution information of a plurality of distribution processes.

  Next, the new quality information input by the quality information management unit 12 is associated with the new physical distribution information and also associated with the newest quality information of the corresponding rice information (step S110). In the case where the distribution information is the blend information described above, in this case as well, the input new quality information is linked to the quality information of one distribution process in the former case, and a plurality of distribution information in the latter case. Linked to process quality information.

  Thereafter, the distribution information management unit 11 and the quality information management unit 12 determine whether to transmit new distribution information and new quality information, respectively, to the second terminal (step S111). The unit 13 stores this rice information (step S112), and the process ends. In the case of transmission, the transmission is performed to the second terminal, and the rice information storage unit 13 stores the rice information, and the input of the distribution information and the quality information is continued again.

  If the quality information is not input in step S103, the distribution information management unit 11 associates the input new distribution information with the latest distribution information of rice stored in the rice information storage unit 13. (Step S104).

  The quality information management unit 12 duplicates the newest quality information of rice stored in the rice information storage unit and links it to the new logistics information, and also links the newest quality information (step S105). ). This is a step performed when the relationship between the contract information and the ordering information is described above.

  Thereafter, the distribution information management unit 11 and the quality information management unit 12 determine whether to transmit new distribution information and new quality information, respectively, to the second terminal (step S111). The unit 13 stores this rice information (step S112), and the process ends. In the case of transmission, the transmission is performed to the second terminal, and the rice information storage unit 13 stores the rice information, and the input of the distribution information and the quality information is continued again.

  This is the end of the system flow.

  Next, search will be described.

  The search is performed when checking which rice is distributed, such as when placing an order from the second terminal to the first terminal, or by examining or ordering the rice distribution channel, quality change, etc. in the final distribution process. Used to prove that it is rice.

  In an actual distribution process, a lot number is attached to a bag or the like as a unit for identifying each relative amount to be traded. By inputting this lot number as logistics information for search when searching in this system, the details of the linked logistics information and quality information are read from the US information storage unit, and the terminal where the logistics information for search is input It transmits to 2-n, and the content can be confirmed because the terminals 2-n display on a display part. . The lot number added to the bag or the like may be any number as long as the lot number can be recognized, such as a bar code, a label, and an IC tag, in addition to the direct number.

  In addition to the input of the search logistics information, the same search can be performed by inputting the quality information as the search quality information.

  The operation of this system at the time of search will be described below.

  In the search input unit 23 provided in the terminals 2 to n, the characteristics of the rice to be searched are input. As this item, each logistics information provided by the logistics information management unit 11 and the quality information management unit 12, the number of the quality information, and the logistics information for search by inputting the items entered when the logistics information and the quality information are input, Or it becomes quality information for search.

  The input logistics information for search or quality information for search is transmitted to the management server 1, and in the management server 1 that has received these information, the search unit 14 searches the rice information stored in the rice information storage unit 13 and corresponds. The rice information is transmitted to the terminals 2 to n.

  The terminals 2 to n that have received this rice information prompt the confirmation by displaying on the display unit 24. 5 and 7 to 13 are examples of search result screen views.

  It goes without saying that this system can be used not only for rice if the crop is so small that it cannot be managed individually.

  As a reference for understanding the system, FIG. 14 which is a correlation diagram of information is attached.

It is a block diagram which shows the network structure based on the rice distribution management system which is this invention. It is a block diagram of management server 1 concerning the rice distribution management system which is the present invention. It is a block diagram of the terminals 2-n concerning the rice distribution management system which is the present invention. It is a schematic diagram showing exchange of physical distribution information and quality information between the first terminal and the second terminal according to the rice distribution management system of the present invention. It is an example of the tree display regarding the distribution of the rice from a contract to the final purpose process concerning the rice distribution management system which is the present invention. It is a flowchart which shows the flow of the physical distribution information and quality information between the 1st terminal and 2nd terminal, and the management server 1 concerning the rice distribution management system which is this invention. It is an example of the screen figure of the contract information of the rice distribution management system which is this invention. It is an example of the screen figure of the order information of the rice distribution management system which is this invention. It is an example of the screen figure of the order information of the rice distribution management system which is this invention. It is an example of the screen figure of the shipping information of the rice distribution management system which is this invention. It is an example of the screen figure of the receipt information of the rice distribution management system which is this invention. It is an example of the screen figure of the blend information of the rice distribution management system which is this invention. It is an example of the screen figure of the quality information of the rice distribution management system which is this invention. It is an example of the correlation diagram of the information of the rice distribution management system which is this invention.

Explanation of symbols

1 management server 2 to n terminal 11 logistics information management unit 12 quality information management unit 13 rice information storage unit 14 search unit 21 logistics information input unit 22 quality information input unit 23 search input unit 24 display unit

Claims (6)

A rice distribution management system comprising a management server and a plurality of terminals connected to the management server via a network,
The management server
A logistics information management unit that manages logistics information for identifying rice for each distribution process;
A quality information management unit that manages quality information about the quality of the rice in accordance with the logistics information;
A rice information storage unit that stores the logistics information and the quality information associated with the logistics information management unit or the quality information management unit as rice information;
Including
The terminal
A logistics information input unit for inputting the logistics information;
A quality information input unit to which the quality information is input;
Including
The quality information management unit stores the distribution information of the first rice information about the first rice input from the distribution information input unit and the quality information of the first rice information input from the quality information input unit. The rice information storage unit stores the string,
The logistics information management unit associates the logistics information of the second rice information related to the first rice inputted from the logistics information input unit with the logistics information of the first rice information, and the rice information storage unit Is stored as logistics information,
The quality information management unit links the quality information of the second rice information input from the quality information input unit and the quality information of the first rice information, and further distributes the second rice information The information and the quality information of the second rice information,
The rice information storage unit stores quality information,
When new fourth quality information is input from the quality information input unit to the quality information of the third rice information linked to the logistics information in the third rice information,
The quality information management unit links the fourth quality information to the logistics information of the third rice information, and links the fourth quality information to the quality information of the third rice information, The rice information storage unit stores the third rice information,
A rice distribution management system comprising the rice information in which the physical distribution information and the quality information stored in the rice information storage unit are associated with each other. The rice distribution management system according to claim 1, wherein the quality information of the second rice information is used as the quality information of the first rice information when the quality information of the second rice information is not input. The rice distribution management system according to claim 1 or 2, wherein the physical distribution information is at least contract information at the time of contract, order information at the time of ordering, and receipt / shipment information at the time of receipt / shipment. When the first rice having the fifth rice information and the second rice having the sixth rice information are mixed to be the third rice having the seventh rice information,
The logistics information management unit associates the logistics information of the seventh rice information input from the logistics information input unit with the logistics information of the fifth rice information and the logistics information of the sixth rice information,
The quality information management unit associates the quality information of the seventh rice information input from the quality information input unit with the quality information of the fifth rice information and the quality information of the sixth rice information, The rice distribution management system according to any one of claims 1 to 3, wherein the rice information storage unit stores the information. The rice distribution management system according to any one of claims 1 to 4, wherein the distribution information management unit or the quality information management unit attaches a lot number to all the rice information. The terminal further includes
Including a search input section for inputting search logistics information, search quality information or the lot number;
The management server further includes:
A search unit that detects the rice information from the rice information storage unit based on the search logistics information, the search quality information, or the lot number and transmits the rice information to the terminal;
The terminal
A display unit for displaying the rice information;
The rice distribution management system according to claim 5, further comprising a display unit that displays all rice information including the rice information based on the logistics information for search, the quality information for search, or the lot number.

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