JP2005234630A - Agricultural product cultivation history information disclosure system, and information storage medium - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a cultivation history information disclosure system by which a consumer and a seller or the like can know reliable history information and the average result in processes ranging from production to shipping. <P>SOLUTION: Cultivation history information, transaction volume information, raw material history information and the like to be inputted from the outside are stored in storage parts 42, 43, 44 and so on of a database server 4, and a cultivation history average result, cultivation history information, raw material information for retrieval and the like to be acquired by performing the update/arithmetic operation of the data stored in those storage parts 42, 43, 44 and so on are stored in storage parts 51, 52, 53 and so on of an external server 5, and the cultivation history average result, cultivation history information and raw material information for retrieval of the storage parts 51, 52, 53 and so on are retrieved in response to a request from a consumer personal computer 6 or the like, and disclosed to the consumer personal computer 6 or the like. <P>COPYRIGHT: (C)2005,JPO&NCIPI

Description

  The present invention relates to an agricultural product cultivation history information disclosure system in which consumers, sellers, and the like can receive the production (cultivation) history of agricultural products such as rice and vegetables produced by a predetermined person or in a predetermined region.

  In recent years, for example, rice marketed at rice stores, supermarkets, etc. is put in bags of 2kg, 5kg, 10kg, etc. Are sold. In addition, when a product is measured at the time of sale and put in a bag, the same display is made so that the purchaser knows the product name.

In addition, depending on the merchandise sold, the production data of the merchandise is written on the merchandise provider's homepage or the like so that the production information of the rice can be known. Further, the sales center terminal provides product information on the Internet, receives an order for the product from the user terminal as order information, receives cultivation method designation information for designating the cultivation method of the product, and based on the order information Orderer identification information is generated, and the orderer identification information and the cultivation method designation information are transmitted to the contract farmer terminal and the user terminal, and the contractor farmer determines the product based on the orderer identification information and the cultivation method designation information. A method for cultivating is disclosed (for example, see Patent Document 1).
JP 2001-306845 A

  Since the rice displaying the above-mentioned product name can be grasped by eating the taste such as “delicious”, “mochi mochi”, etc., it is possible to select the rice that suits your taste.

  However, it is not fully disclosed to what kind of cultivation history the rice was made and who in which region produced it. Actually, it is impossible to know at all whether pesticides are used or what kind of pesticides are used. Further, even with the method described in Patent Document 1, it is impossible to know what cultivation history each rice grain product has for each production region and each producer.

  By the way, even if it is called the cultivation history of agricultural products, it is impossible to obtain a cultivation record about a single crop of one vegetable (for example, cabbage) and one ear of rice. Cultivation management of agricultural crops such as vegetables and rice is not performed for each crop, but the area of one rice field, one field or a part of the area, that is, fertilizer, agricultural chemicals, etc. for one field. This is to input the materials.

  Therefore, it is desirable to record that “there are enough materials in such an area during the production process” as the cultivation history of agricultural products. In particular, from the standpoint of the seller / consumer, the average value converted using a certain area, that is, how much material was put in a certain area, or using this area, a product unit, a single crop, etc. If the cultivation record (cultivation history) rebated to the unit desired to be disclosed is disclosed, many products can be compared, which is very preferable and convenient. However, until now, no system that can disclose such cultivation history and average results has been provided. The present invention has been made paying attention to the above-mentioned problems, and consumers and sellers can know reliable and detailed cultivation history information from the production stage to the shipping stage, as well as the average result if necessary. The purpose is to provide an agricultural product history information disclosure system that can be used.

  The first agricultural product cultivation history information disclosure system according to the present invention includes information receiving means for receiving at least cultivation history information and handling quantity information input from the outside, a cultivation history information storage unit for storing the received cultivation history information, When there is a search request for a predetermined item from the outside via a network, the handling quantity information storage unit that stores the accepted handling quantity information, and referring to the cultivation history information storage unit and the handling quantity information storage unit And a means for retrieving the relevant information by searching for the predetermined item and a means for transmitting the retrieved retrieval relevant information via a network.

  In the agricultural product cultivation history information disclosure system according to the present invention, based on the cultivation history information and the handling quantity information, a cultivation history average result calculating means for performing an average calculation for a predetermined cultivation history item, and the cultivation history average result A cultivation history average result storage unit may be provided, and the calculated cultivation history average result may be transmitted via the network.

  In the agricultural product cultivation history disclosure system of the present invention, the cultivation history average result is stored for each predetermined product, and the cultivation history average result is output in response to a search designation input of the predetermined product. It's also good. Here, the product refers to an agricultural product specified by a producer, a set of a plurality of producers, a production place, a product, or the like.

  Further, in the agricultural product cultivation history disclosure system of the present invention, the information receiving means can further receive raw material history information, and includes a raw material history information storage unit for storing the raw material history information received by the information receiving means. By using the raw material history information, the cultivation history information storage unit and the handling quantity information storage unit may be referred to search for a predetermined item and read related information.

  Moreover, in the agricultural product cultivation history disclosure system of the present invention, the cultivation history average result is obtained in response to designation input of a plurality of raw material history data by the cultivation history average result calculation means, and the cultivation history items of the plurality of raw material history data. The average result may be calculated and the obtained cultivation history average result may be output.

  Moreover, in the agricultural product cultivation history disclosure system of the present invention, history information for restricting input is registered in advance in the history information input from the information receiving means, and history information related to this restriction is input In addition, the input of the input history information may be prohibited.

  The second agricultural product cultivation history information disclosure system of the present invention is an agricultural product cultivation history information disclosure system including at least a database server and an external web server, and the database server includes at least cultivation history information input from the outside, and Information accepting means for accepting handled quantity information, a first cultivation history information storage unit for storing the accepted cultivation history information, a first handled quantity information storage unit for storing the accepted handled quantity information, and the first Means for outputting update data each time the storage data of the cultivation history information storage unit 1 and the handling quantity information storage unit is updated, and the external web server includes the cultivation history information input from the database server and Information accepting means for accepting handled quantity information, and a second cultivation history for storing the accepted cultivation history information When there is a search request for a predetermined item from the outside through a network, a second handling quantity information storage unit that stores the received handling quantity information, and a network from the outside, the second cultivation information storage unit Referring to the second handling quantity information storage unit and the second raw material history information storage unit, means for searching for the predetermined item and reading the related information, and sending the read search related information via the network And means for performing.

  In the agricultural product cultivation history information disclosure system of the present invention, the database server further includes a cultivation history average result calculating means for performing an average calculation for a predetermined cultivation history item based on the cultivation history information and the handling quantity information. The external web server includes a cultivation history average result storage unit that stores the cultivation history average result calculated by the cultivation history average result, and a unit that transmits the stored cultivation history average result via the network. You may prepare.

  Further, in the agricultural product cultivation history information disclosure system of the present invention, the raw material history information can be received by the information receiving means of the database server, and the raw material history information received by the information receiving means is stored in the database server. The raw material history information storage unit, and the external server information receiving means can receive the raw material history information from the database server, the external server is provided with a second raw material history information storage unit, Using the raw material history information, the cultivation history information storage unit and the handling quantity information storage unit may be referred to search for a predetermined item and read related information.

According to this invention, since each cultivation history information, handling quantity information, raw material history information, and cultivation history average results from the production start stage to the post-shipment of crops such as rice and vegetables are disclosed in detail, consumers etc. It is possible to know the use of pesticides, weeding, and other detailed and accurate information for each producer, each history category, each variety, etc. Also, the average result of the cultivation history is obtained from the cultivation history information and the handling quantity information. It is possible to know detailed history information about the combined products.

Hereinafter, the present invention will be described in more detail with reference to embodiments. FIG. 1 is a block diagram showing the configuration of a rice cultivation history information disclosure system in which the present invention is implemented. This rice cultivation history information disclosure system includes farmers terminals (farmers) and producer terminals 1 ₋₁ , 1 ₋₂ ,..., 1 _−n installed in an information disclosure center and a center device 3 provided in the information disclosure center. If, consumer terminal 6 _-1, 1 _-2, ..., 6 and _-m, these producers terminal 1 _-1, 1 _-2, ..., 1 and _-n, the center apparatus 3, the consumer terminal 6 _-1 , 1 _-2 ,..., 6 _-m are connected to the Internet 2. The center apparatus 3 receives the production data input from the producer terminals 1 ₋₁ , 1 ₋₂ ,..., 1 _−n , stores the database server 4 for storing the production data, and stores the production data and history data in the database. And an external web server 5 for disclosure in response to a request from the consumer terminals 6 ₋₁ , 1 ₋₂ ,..., 6 _-m . Some of the producer terminals 1 ₋₁ ,..., 1 _−n may be connected to the center apparatus 3 via the LAN in the information disclosure center. Further, the consumer terminals 6 ₋₁ , 6 ₋₂ ,... 6 _−m may also be connected to the center device 3 via the LAN.

  In this embodiment, the rice cultivation history information disclosure system is accessed from a producer terminal 1 via the Internet 2 to the database server 4 of the center apparatus 3 to input data, and a certain consumer terminal (PC, mobile phone) FIG. 2 shows a schematic block diagram of a system focusing on the case where the telephone 6) accesses the external web server 5 via the Internet 2 and receives data disclosure.

  The database server 4 includes a cultivation history information storage unit 41, a handling quantity information storage unit 42, a raw material history information storage unit 43, and a history information code data storage unit 44. The external web server 5 includes a cultivation history average result storage unit 51, a cultivation history information storage unit 52, a search raw material information storage unit 53, and a history information code data storage unit 54.

  The cultivation history information storage unit 41 stores a cultivation history database illustrated in FIG. The cultivation history data is data indicating what kind of used materials are used to cultivate rice classified by a predetermined key. Here, as basic information of the cultivation history data, the production year, producer, cultivation method (eg, general / reduced pesticide), production area, variety, number of fields (number of fields), etc. are set as KEYs. Seedlings, use ratio, production start time, harvest time, area ratio, etc. are stored.

  In the cultivation history data exemplified here, the producers are shown as “Nippon Taro” and “Kyoto Hanako”, both of which have a production year of “15 years”, and one of the cultivation methods is “General ( "No pesticide reduction" method, and the other uses the "pesticide reduction" method. One of the production areas is “XX city”, and the other is “ΔΔ town”. Further, one of the varieties is “□ × Δ”, while the other is “◯ △ □”. In addition, the number of fields is 1 for Nihon Taro, whereas Kyoto Hanako has 1 and 2 fields. Corresponding data can be read by selecting one of these KEY items.

  As cultivation history data, the seeds / seedlings and their use ratios are “100%” for “□ × △” by Nihon Taro, whereas “□ × △” is 60% for “Hanako”, “○ △ □”. Is used at a rate of 40%. It is the same usage ratio in any of the fields 1 and 2. Nippon Taro's production start time is “early April”, the harvest time is “mid September”, and the area ratio is “100%”. On the other hand, the production start in the field 1 of Kyoto Hanako is “late April”, the harvest time is “early September”, the area ratio is “60%”, the production start in the field 2 of Kyoto Hanako is “early May” The period is “early September” and the area ratio is “40%”.

  Further, as detailed information of the cultivation history data, the production year, producer, cultivation method, production place, variety, number of fields, and work content are set as KEY, and the implementation time, materials used, amount used, etc. are memorized in detail.

  Here, in the case of Nippon Taro, the number of fields is 1, and there are three types of work as cultivation history. ○○ Work 1 was carried out in “early April”, the material used was “△ fertilizer” and the amount used was “10 kg”. Next, XX operation 2 is not performed, and the materials used are not used. □□ Work is carried out in “mid-August”. The material used is “XX agricultural chemicals” and the amount used is “5 kg”.

  The handling quantity information storage unit 42 stores a handling quantity database illustrated in FIG. The handling quantity data is data indicating the date and quantity when the rice classified by a predetermined key is received. Here, as the warehousing data, the production area, variety, grade, cultivation method, history classification (data corresponding to the serial number for classifying the history), warehousing date, and quantity are stored for each production year and producer. Is done. As an example of the data shown here, rice produced by Nippon Taro is produced in 15 years, produced in 15 years, the production area is “XX city”, the variety is “□ × △”, the grade is “grade 1”, and the cultivation method is “general”. In the case of the history classification “□ × Δ”, the quantity “82 kg” is received on the receipt date “2003/9/15”.

  The raw material history information storage unit 43 stores a raw material history database illustrated in FIG. The raw material history data is data indicating what kind of raw material (type of rice distinguished by history classification) is used for the product specified by the product name and the date of manufacture (rice milling date). Here, as the raw material history data, the production date, the product, and the serial number are set as KEY, and the production year, the production area, the used variety, the cultivation method, the history classification, and the quantity are stored as items.

  As an example of data shown here, the product “XX product” manufactured on 9/27/2003 is the serial number “1”, the annual production is “15”, the production area is “XX city”, and the product type used is “□ ×”. It indicates that a raw material with “Δ”, cultivation method “general”, history classification “□ × Δ”, and quantity “20 kg” is used.

  The cultivation history average result storage unit 51 stores a cultivation history average result database illustrated in FIG. The cultivation history average result data is data indicating the average of the production start time, the harvest time, the amount of used materials, and the like for rice classified by a predetermined KEY. Here, as basic information of the cultivation history average result data, the production year, the cultivation method, the production place, the variety, and the history classification are set as KEY, and the production start time and the harvest time are stored as items. Further, as detailed information of the cultivation history average result data, the production year, cultivation method, production place, variety, history classification, and work content are set to KEY, and the implementation time, materials used, and amount used are memorized in detail.

  As shown in FIG. 7, the database server 4 reads the cultivation history information stored in the cultivation history information storage unit 41 and the handling quantity information stored in the handling quantity information storage unit 42 and performs an average calculation. It has a function. The cultivation history average result is transferred to the external web server 5. The outward web server 5 stores the transferred cultivation history average result in the cultivation history average result storage unit 51. For the calculation of the cultivation history average result, specifically, an average is obtained for each KEY in FIG. 6, that is, for each production year, cultivation method, production place, variety, and history classification.

  The formula is, for example, to calculate the average of three operations with the same KEY (first quantity of the same KEY × first operation + second quantity of the same KEY × second operation + third quantity of the same KEY. X 3rd operation) / Calculated by the total quantity of the same KEY. As a specific example, rice of the varieties □ × △ of XX city is a mixture of rice produced by three people, A, B, and C. / A (Earl), if Mr. B is 30kg and the fertilizer used is 10kg / a, C is 20kg and the fertilizer used is 14kg / a, the average fertilizer used in this case is (50x11) + (30 × 10) + (20 × 14) / (50 + 30 + 20) = 11.3 kg / a.

  Here, the specific example in the case of calculating | requiring an average result using cultivation history data and handling quantity data shown in FIG. 3, FIG. 4 is further demonstrated. In Fig. 3, KEY is "15 years" rice, "Producer" is Kyoto Hanako, "Cultivation method" is reduced pesticide, "Production area" is △△ Town, "Cultivar" is △△ □, "Field" is In the case of two sheets, the quantity of Kyoto Hanako in FIG. 4 is 52 kg.

  The average value of this KEY (in the case of seeds and seedlings) = seed / seedling □ × Δ usage ratio 60% × 52 kg = 31.2, seed / seedling ○ □ usage ratio 40% × 52 kg = 20.8. The average value of this KEY (when expressing the production start time, harvest time, and implementation time) is not averaged, and the shortest and longest time of the time is displayed. For example, when the field 1 is started at the end of April and the field 2 is started at the beginning of May, the whole (as an average) is displayed as “late April to early May” at the start of production. The same is true for harvest time and work implementation time. If there is a range other than Kyoto Hanako that you want to average (when you mix Kyoto Hanako and someone else's ingredients), if the production start time of other people is from early May to mid-May, “late April to 5 “Mid-month” and the shortest and longest start times are displayed.

  Average value of this KEY (in the case of materials used) = ○○ 15 kg of fertilizer is used in the field 1 (area ratio 60%) of work 1, ○ 10 kg of fertilizer is used in the field 2 (area ratio 40%), and the quantity received is 52 kg. Therefore, the fertilizer 15 kg × 52 kg × 60% = 468 for the XX operation 1 in the field 1 and the 10 fertilizer 10 kg × 52 kg × 40% = 208 for the XX operation 1 in the field 2 are obtained.

  The average value is obtained by dividing this by the total quantity of XX operation 1. In this example (KEY), since only Kyoto Hanako is present, 468 ÷ 52 kg + 208 ÷ 52 kg = 13 kg. In XX work 1, the use of □ fertilizer is 100% and the amount used is 13 kg. If two types of fertilizer were used in the XX operation 1, it becomes a numerical value for each fertilizer apportioned by the area ratio (however, the total value is 13 kg).

  Next, the average when a product is made by mixing the rice of Nippon Taro and Kyoto Hanako shown in FIGS. 3 and 4 will be described. In this case, Nippon Taro and Kyoto Hanako are not averaged in this embodiment because the cultivated varieties are different. The display at this time shows that the raw material of this product is varieties □ × △ and varieties ○ △ □. That is, the average value of the product type □ × Δ and the average value of the product type ○ Δ □ are obtained. Instead of this, the proportions by product type may be averaged and displayed collectively.

In addition, the above-mentioned “range to be averaged” means which raw material for the product (that is, which rice and which rice: which rice is distinguished as how many varieties of rice in which production method in which production area)) It is specified whether or not is used. If you make a product using rice other than Kyoto Hanako other than the example in Fig. 3 and Fig. 4, the data in this case happens to be the same as the formula for Hanako Kyoto,
(For seeds and seedlings) = (Kyoto Hanako seeds and seedlings □ × △ Used 31.2 + A's seeds ・ Medium □ × △ Used 31.2 + B's seeds and seedlings □ × △ Used 31.2) ÷ (Kyoto Hanako 52kg + A 52kg + B 52kg) = average value 0.6 = 60%.

  When the use of seeds and seedlings ◯ □□ is calculated in the same manner, the average value is 0.4 = 40%. In the case of materials used, the quantity used is displayed as an average value for each work and each material used. However, the above formula is used for the calculation formula, and the amount of material used for each work (in this example, XX operation 1: field 1 is Since 15 kg × 60%, farm 2 is 10 kg × 40% = 13 kg) × handled quantity (52 kg in this example), 13 × 52 ÷ total quantity 52 = 13 kg.

  The database server 4 also has a function of reading the raw material history data stored in the raw material history information storage unit 43 and creating search data in response to a request from a consumer terminal or the like via the external web server 5. The search raw material information is transferred to the external web server 5. The external web server 5 stores the transferred raw material information in the raw material information storage unit 53 for search. The raw material history data referred to here is for linking the distribution product and the “unit for which cultivation history is disclosed (range to be averaged [product])”, specifically the A product [in the example of FIG. It is data that the raw materials used in “]” (annual production, production area, variety, cultivation method, history classification, etc.). Applicable by selecting (clicking) the product (“△△ product” in the example of FIG. 5) and inputting a predetermined key (for example, manufacturing date: 2003/9/28 in the example of FIG. 5) To call the cultivation history.

  As a specific example of the cultivation history call, for example, Δ △ commodity cultivation history = [FIG. 6] annual production (15 year production), production area (Δ △ town), used varieties (○ △ □), production start time (late April- Early May), harvest time (early September), XX work 1 implementation period (late April to early May), XX work 1 materials (fertilizer), XX work 1 materials used The amount of fertilizer used (13 kg) and □□ can be called “None (not used)”. The database server 4 has a function of reading the cultivation history information stored in the cultivation history information storage unit 41 and transferring it to the external web server 5. The outward web server 5 stores the transferred cultivation history data in the cultivation history information storage unit 51.

  The database server 4 also has a function of creating a history information code based on the obtained cultivation history average result and search raw material information. The result which combined the cultivation history average result and the raw material information for search is put in the consecutive number. This serial number is a history information code. The created history information code data is transferred to the external web server 5. The outward web server 5 stores the transferred history information code data in the history information code data storage unit 54.

In this embodiment system, the processing operation when the cultivation history data is input from the producer terminal 1 _-i to the database server 4 will be described with reference to the flowchart shown in FIG. First, in the producer terminal 1 _-i , the cultivation history input screen is activated in step ST1. In step ST11, the database server 4 receives the cultivation history input screen activation signal and transmits the cultivation history input screen to the producer terminal 1- _i .

In the producer terminal 1 _-i , items such as annual production, producers and materials used are input using the cultivation history input screen sent and the “OK” button is pressed. The database server 4 acquires the sent content (step ST12). Subsequently, the process proceeds to step ST13. In step ST13, it is determined whether or not the material having the limit amount of the material used exceeds the limit. The determination is made by comparing the limit amount of the used material stored in the database server 4 in advance with the input usage amount of the used material. If the limit amount is exceeded, the process proceeds to step ST14. In step ST14, a warning message is transmitted to the producer terminal 1- _i . Then, the process proceeds to step ST15. On the other hand, when the limit amount is not exceeded in step ST13 (including the case where there is no limit), step ST14 is skipped and the process proceeds to step ST15.

In step ST15, it is determined whether or not the time limit has been exceeded for the material with the implementation time limit. The implementation time limit in this case is also stored in the database server 4 in advance. When the execution time has passed, the process proceeds to step ST16. In step ST16, a warning message is transmitted to the producer terminal 1- _i . Then, the process proceeds to step ST17. On the other hand, if the execution time limit is not exceeded in step ST15 (including the case where there is no limit), step ST16 is skipped and the process proceeds to step ST17. In step ST17, the input content is stored in the cultivation history information storage unit 41.

In step ST3, the producer terminal 1- _i determines whether or not a warning message indicating that the amount of materials used has been exceeded has been received from the database server 4. If there is a warning message, the process proceeds to step ST2 for re-input. Return. If there is no warning, the process is terminated.

With reference to the flowchart shown in FIG. 9, the processing operation when the raw material history data is input from the producer terminal 1- _i to the database server 4 in the system of this embodiment will be described. First, in the producer terminal 1 _-i , the raw material history input screen is activated in step ST21. In step ST31, the database server 4 receives this raw material history input screen activation signal and transmits the raw material history input screen to the producer terminal 1- _i .

In the producer terminal 1 _-i , using the raw material history input screen that has been sent, items such as the date of manufacture, product, product type, etc. are entered and the “OK” button is pressed. The database server 4 acquires the sent content (step ST32). Subsequently, the process proceeds to step ST33. In step ST33, it is determined whether or not the input product is a restricted product if there is a restriction on the product used or the like. For specific products, the types of products whose use is restricted are stored in the database server 4 in advance. If it is a restricted product type, the process proceeds to step ST34. In step ST34, a warning message is transmitted to the producer terminal 1- _i . Then, the process proceeds to step ST35. On the other hand, in step ST33, if it is not a restricted product or the like, step ST34 is skipped and the process proceeds to step ST35.

  In step ST35, the input content is stored in the raw material history information storage unit 43.

In step ST3, the producer terminal 1- _i determines whether or not a warning message indicating that the product type is restricted is received from the database server 4, and if there is a warning message, the step is performed for re-input. Return to ST22. If there is no warning, the process is terminated.

  Other data input such as handling quantity is also input in the same processing method.

  In this embodiment, when receiving input of cultivation history data and raw material history data, if it corresponds to the limit amount of material used, the restriction on the implementation time, the restriction on the type of use, etc., the fact is warned and the input is rejected. Therefore, it is possible to prevent in advance a product that is received from being violated by regulations.

Next, in this embodiment rice cultivation history information disclosure system, a processing operation when accessing from the consumer terminal 6- _i and receiving disclosure of rice cultivation history information will be described. First, the case of receiving disclosure of information whose average result has been calculated in advance, such as a specific product, will be described with reference to the flowchart of FIG. In the consumer terminal 6- _i , first, in step ST41, a product is selected based on a product list or a product code. FIG. 12 illustrates the screen after input. For example, FIG. 12 shows an example in which “search by product name” and the product “Eenibo 5 kg” are selected. In response to the selected product, the external web server 5 confirms the product in step ST51 and displays an input screen for the date of manufacture (rice milling in the case of rice) toward the consumer terminal 6- _i. Send. In step ST42, the consumer terminal 6- _i receives the production date screen and displays the rice milling date screen as shown in FIG. Then, the rice milling date is input on the input screen. The inputted rice milling date is transmitted to the external web server 5.

  In the external web server 5, in step ST 52, the input product information, that is, the selected product and the date of manufacture (for example, “Eenovo” and “September 19, 2003 milled rice” are used as search material information storage units). With reference to the “search raw material information” stored in 53, the process proceeds to step ST53.

In step ST53, raw material data is acquired from “search raw material information”. Subsequently, the process proceeds to step ST54. In step ST54, “cultivation history average data” stored in the cultivation history average result storage unit 51 is referred to from “raw material data”, and items are set on the average result screen. Next, the process proceeds to step ST55. In step ST55, the average result screen is transmitted to the consumer terminal 6- _i . An example of the average result screen is shown in FIG. In the display example of FIG. 14, cultivation record retention rate, seed renewal rate, pesticide application (seed disinfection implementation rate, floor soil disinfection implementation rate) for “Eenyobo”, “2003”, “Kumihama”, “Koshihikari” , Pest prevention implementation rate, number of spraying in Honda), etc. are shown. The consumer terminal 6 _-i displays the average result screen received in step ST43 and receives selection information “whether or not to see more detailed information”. When the consumer terminal 6 _-i receives further detailed information selection input, it sends a message to that effect to the external web server 5. In the external web server 5, when receiving a signal for selecting detailed information, in step ST56, the "cultivation history average data" stored in the cultivation history average result storage unit 51 is referred to from the "raw material data", and an item is displayed on the average result details screen. Set. Subsequently, the process proceeds to step ST57. In step ST57, for example, the average result screen shown in FIGS. 15 and 16 is transmitted to the consumer terminal 6- _i . The consumer terminal 6- _i displays this screen, and the consumer can see the details of the average result by viewing this screen. In the screens illustrated in FIGS. 15 and 16, as detailed data, for example, seed disinfection, in addition to the number of implementations and rate (97.96%) displayed in FIG. The rate is displayed.

As another search example, in this embodiment rice cultivation history information disclosure system, when the user wants to obtain an average, that is, when inputting the rice to be blended to obtain the cultivation history average result of blended rice, etc. The case where the calculation result information is disclosed will be described with reference to the flowchart shown in FIG. First, in step ST61, a raw material information input screen is displayed on the consumer terminal 6- _i , and raw material information (annual production, producer, production place, product type, grade, history classification) is input using this screen. The input raw material information is sent to the external web server 5.

  The external web server 5 receives the raw material information, refers to the cultivation history information storage unit 52 in step ST71, and acquires the corresponding cultivation history information from the received plurality of rice raw material information.

  Next, the process proceeds to step ST72. In step ST72, an average calculation is performed on the “cultivation history information” of the plurality of acquired rice. Subsequently, the process proceeds to step ST73. In step ST73, the average result is set as an item on the result screen.

Next, the process proceeds to step ST74. In step ST74, an average result screen is transmitted to the consumer terminal 6- _i . Upon reception of this average result screen, the consumer terminal 6 _-i determines whether or not an input of “Do you want to see more detailed information” is received in Step ST62, and receives an input to see more detailed information? At that time, the fact is transmitted to the external web server 5. The external web server 5 receives the input of “view more detailed information”, refers to “cultivation history average data” from “raw material data” in step ST75, and sets an item on the average result detail screen. . Subsequently, the process proceeds to step ST76. In step ST76, the average result detail screen is transmitted to the consumer terminal 6- _i .

  Note that the rice cultivation history information disclosed by the center device of the above embodiment is not only used for consumer information utilization, but also other ways of use, for example, cultivation history data of specific rice products, average result data It can be disclosed to consumers by dropping it into the IC tag (information storage medium) via the network or directly, pasting the IC tag on the bag of rice products, and reading it with a built-in reader etc. It is.

  In the above embodiment, the database server and the external web server are used as the processing computer of the center apparatus. However, the functions of both servers may be realized by a single computer.

  In the description of the above embodiment, the cultivation history information disclosure of rice has been described, but the present invention is applicable not only to the disclosure of cultivation history information of agricultural products such as vegetables, root vegetables, fruit trees, and tea, but also rice.

It is a block diagram which shows the structure of the rice cultivation log | history information disclosure system with which this invention is implemented. It is a block diagram typically shown in order to explain data input and storage of the embodiment rice cultivation history information disclosure system, and data disclosure. It is a figure which shows the data format of the cultivation history data in the embodiment. It is a figure which shows the data format of the handling quantity data in the embodiment. It is a figure which shows the data format of the raw material historical data in the embodiment. It is a figure which shows the data format of the cultivation history average result data in the embodiment. It is a figure explaining the function of the data server of the same embodiment rice cultivation history information disclosure system, and an external web server. It is a flowchart explaining the input process of the cultivation history data of the embodiment rice cultivation history information related system. It is a flowchart explaining the input process of the raw material history data of the embodiment rice cultivation history information related system. It is a flowchart explaining the processing operation in the case of receiving disclosure of information calculated in advance in the embodiment rice cultivation history information disclosure system. It is a flowchart explaining processing operation in the case of receiving disclosure of information calculated at the time of search in the embodiment rice cultivation history information disclosure system. It is a figure which shows an example of the goods selection screen in the embodiment rice cultivation history information disclosure system. It is a figure which shows an example of the manufacture date input screen in the embodiment rice cultivation history information disclosure system. It is a figure which shows an example of the display screen of the cultivation history average result in the embodiment rice cultivation history information disclosure system. It is a figure which shows an example of the detailed display screen of the cultivation history average result in the embodiment rice cultivation history information disclosure system. It is a figure which shows an example of the detailed display screen of the cultivation history average result in the embodiment rice cultivation history information disclosure system with FIG.

Explanation of symbols

1, 1 ₋₁ ,..., 1- _n producer terminal 2 Internet 3 center device 4 database server 5 external web server 6, 6 ₋₁ ,..., 6- _m consumer terminal 41 cultivation history information storage unit 42 Handling quantity information storage unit 43 Raw material history information storage unit 44 History information code data storage unit 51 Cultivation history average result storage unit 52 Cultivation history information storage unit 53 Search material information storage unit 54 History information code data storage unit

Claims (10)

Information receiving means for receiving at least cultivation history information and handling quantity information input from the outside;
A cultivation history information storage unit for storing the accepted cultivation history information;
A handling quantity information storage unit for storing the accepted handling quantity information;
When there is a search request for a predetermined item from outside via a network, means for searching for the predetermined item and reading related information with reference to the cultivation history information storage unit and the handling quantity information storage unit ,
Means for sending out the retrieved search related information via a network;
An agricultural product cultivation history information disclosure system characterized by comprising: Based on the cultivation history information and the handling quantity information, for a predetermined cultivation history item, cultivation history average result calculating means for performing an average calculation,
An agricultural product cultivation history information disclosure system according to claim 1, further comprising: a cultivation history average result storage unit for storing the cultivation history average result, wherein the calculated cultivation history average result can be transmitted via the network. .   3. The agricultural cultivation according to claim 2, wherein the cultivation history average result is stored for each predetermined product, and the cultivation history average result is output in response to a search designation input of the predetermined product. History information disclosure system. The information receiving means can receive the raw material history information, and includes a raw material history information storage unit for storing the raw material history information received by the information receiving means,
3. The raw material history information is used to refer to the cultivation history information storage unit and the handling quantity information storage unit to search for a predetermined item and read out related information. Agricultural product cultivation history information disclosure system.   The cultivation history average result is obtained by calculating an average result for the cultivation history items of the plurality of raw material history data by the cultivation history average result calculating means in response to the designation input of the plurality of raw material history data. The agricultural product cultivation history information disclosure system according to claim 4, wherein:   History information that restricts input is registered in advance in the history information input from the information receiving means, and when the history information related to the restriction is input, the input of the input history information is prohibited. The agricultural product cultivation history information disclosure system according to claim 1, claim 2, claim 3, claim 4, or claim 5. A crop cultivation history information disclosure system comprising at least a database server and an external web server,
The database server includes information receiving means for receiving at least cultivation history information and handling quantity information input from the outside,
A first cultivation history information storage unit for storing the accepted cultivation history information;
A first handling quantity information storage unit for storing the accepted handling quantity information;
Means for outputting update data each time the storage data of the first cultivation history information storage unit and the handling quantity information storage unit are updated, and the external web server is cultivation history information input from the database server And information receiving means for receiving handling quantity information;
A second cultivation history information storage unit for storing the accepted cultivation history information;
A second handling quantity information storage unit for storing the accepted handling quantity information;
When there is a search request for a predetermined item from the outside via the network, the second cultivation information storage unit and the second handling quantity information storage unit are referred to and the predetermined item is searched and related. Means for reading information;
Means for sending out the retrieved search related information via a network;
An agricultural product cultivation history information disclosure system characterized by comprising: The database server includes a cultivation history average result calculating means for performing an average calculation for a predetermined cultivation history item based on the cultivation history information and the handling quantity information.
The external web server includes a cultivation history average result storage unit that stores the cultivation history average result calculated by the cultivation history average result, and a unit that transmits the stored cultivation history average result via the network. 8. The agricultural product cultivation history information disclosure system according to claim 7, further comprising: The information receiving unit of the database server can receive the material history information, and the database server includes a first material history information storage unit that stores the material history information received by the information receiving unit, and the external By the information receiving means of the server for the server, the raw material history information from the database server can be received, and the external server includes a second raw material history information storage unit,
9. The raw material history information is used to search for predetermined items and read related information with reference to the cultivation history information storage unit and the handling quantity information storage unit. Agricultural product cultivation history information disclosure system.   Read information output from the agricultural product cultivation history information disclosure system according to claim 1, claim 2, claim 3, claim 4, claim 5, claim 6, claim 7, claim 8, or claim 9. An information storage medium that can be stored.

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