JP2022140280A - Drug candidate retrieval system, and drug candidate retrieval program used for the same - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a drug candidate retrieval system in which an applicable drug candidate having appropriate and small effects on animals and plants is retrieved simply, rapidly and accurately and displayed, and to provide a drug candidate retrieval program used for the same.

SOLUTION: A drug candidate retrieval system 1 comprises a drug candidate retrieval database server device 10 and a client terminal device 20a. The drug candidate retrieval database server device includes: a database unit 14 for storing drug-specific information, usage information, and classification information; a server-side processing unit 12 for retrieving data related to applicable drugs and the like from the database unit 14; and a server-side communication unit 13 for transmitting the data to the client terminal device 20a. The client terminal device includes: a client-side communication unit 23a for receiving signals of the data; a client-side processing unit 22a for controlling transmission, reception, and display of the data; and a display unit 21a for displaying names of the applicable drugs and the like, contents of the classification information, and the like, from the data.

SELECTED DRAWING: Figure 1

COPYRIGHT: (C)2022,JPO&INPIT

Description

Applied for application of Article 30, Paragraph 2 of the Patent Law Date of website publication February 27, 2021 Website address "https://lib.ruralnet.or.jp/" Publisher Assist Systems Co., Ltd. Date February 27, 2021 Website address "https://lib.ruralnet.or.jp/cgi-bin/ruralnouyaku1.php" Publisher Assist Systems Co., Ltd. Website publication date February 27, 2021 Web Site address “https://lib.ruralnet.or.jp/cgi-bin/ruralnouyaku100.php” Publisher Assist Systems Co., Ltd. Website publication date February 27, 2021 Website address “https:// lib.ruralnet.or.jp/cgi-bin/ruralnouyaku101.php?ARG1=534b3d8367” Publisher Assist Systems Co., Ltd. Website publication date February 27, 2021 Website address “https://lib.ruralnet.org” or.jp/cgi-bin/ruralnouyaku102.php?ARG1=534b3d836726534e3d8367837d8367264f4e3d” Published by Assist Systems Co., Ltd. Website publication date February 27, 2021 Website address “https://lib.ruralnet.or.jp/” ｃｇｉ－ｂｉｎ／ｒｕｒａｌｎｏｕｙａｋｕ８．ｐｈｐ？ＡＲＧ１＝５３４ｂ３ｄ８３６７２６５３４ｅ３ｄ８３６７８３７ｄ８３６７２６４ｆ４ｅ３ｄ２６５２４６３８３ｄ３１３０３２２６５２４６３９３ｄ３３３４２６４２４２３ｄ９５６１８ｂ４３」 公開者 アシストシステムズ株式会社ウェブサイトの掲載日 ２０２１年２月２７日 ウェブサイトのアドレス 「ｈｔｔｐｓ：／／ｌｉｂ．ｒｕｒａｌｎｅｔ．ｏｒ．ｊｐ／ｃｇｉ－ｂｉｎ／ ruralnouyaku9.php?ARG1=534b3d836726534e3d8367837d8367264f4e3d265246383d313032265246393d382642423d95618b4326424e3 d90c28ccd9561” Published by Assist Systems Co., Ltd.

特許法第３０条第２項適用申請有り ウェブサイトの掲載日 ２０２１年２月２７日 ウェブサイトのアドレス 「ｈｔｔｐｓ：／／ｌｉｂ．ｒｕｒａｌｎｅｔ．ｏｒ．ｊｐ／ｃｇｉ－ｂｉｎ／ｒｕｒａｌｎｏｕｙａｋｕ９．ｐｈｐ？ＡＲＧ１＝５３４ｂ３ｄ８３６７２６５３４ｅ３ｄ８３６７８３７ｄ８３６７２６４ｆ４ｅ３ｄ２６５２４６３８３ｄ３１３０３２２６５２４６３９３ｄ３８２６４２４２３ｄ９５６１８ｂ４３２６４２４ｅ３ｄ９０ｃ２８ｃｃｄ９５６１２６４４５０３ｄ３２ 」 公開者 アシストシステムズ株式会社ウェブサイトの掲載日 ２０２１年２月２７日 ウェブサイトのアドレス 「ｈｔｔｐｓ：／／ｌｉｂ．ｒｕｒａｌｎｅｔ．ｏｒ．ｊｐ／ｃｇｉ－ｂｉｎ／ｒｕｒａｌｎｏｕｙａｋｕ９．ｐｈｐ？ＡＲＧ１＝５３４ｂ３ｄ８３６７２６５３４ｅ３ｄ８３６７８３７ｄ８３６７２６４ｆ４ｅ３ｄ２６５２４６３８３ｄ３１３０３２２６５２４６３９３ｄ３８２６４２４２３ｄ９５６１８ｂ４３２６４２４ｅ３ｄ９０ｃ２８ｃｃｄ９５６１２６４４５０３ｄ３３」 公開者 アシストシステムズ株式会社ウェブサイトの掲載日 ２０２１年２月２７日 ウェブサイトのアドレス 「ｈｔｔｐｓ：／／ｌｉｂ．ｒｕｒａｌｎｅｔ．ｏｒ．ｊｐ／ｃｇｉ－ｂｉｎ／ｒｕｒａｌｎｏｕｙａｋｕ１４．ｐｈｐ？ＡＲＧ１＝５３４ｂ３ｄ８３６７２６５３４ｅ３ｄ８３６７８３７ｄ８３６７２６４ｆ４ｅ３ｄ２６５２４６３８３ｄ３１３０３２２６４２４２３ｄ９５６１８ｂ４３２６４２４ｅ３ｄ９０ｃ２８ｃｃｄ９５６１２６５３４３３ｄ３９３８２６４８４ｅ３ｄ４ｅ４３５３２６５２５３３ｄ８３６７８３７ｄ８３６７２６５４４２３ｄ３６３２３７３２」 公開者 アシストシステムズ株式会社ウェブSite publication date February 27, 2021 Website address “https://lib.ruralnet.or.jp/cgi-bin/ruralnouyaku73.php?ARG1=494b3d834a2653453d834a815b836f838026494e3d834a815b836f83” Published by Assist Systems Co., Ltd.

特許法第３０条第２項適用申請有り ウェブサイトの掲載日 ２０２１年２月２７日 ウェブサイトのアドレス 「ｈｔｔｐｓ：／／ｌｉｂ．ｒｕｒａｌｎｅｔ．ｏｒ．ｊｐ／ｃｇｉ－ｂｉｎ／ｒｕｒａｌｎｏｕｙａｋｕ２１０．ｐｈｐ？ＡＲＧ１＝５３４ｂ３ｄ８３６７２６５３４ｅ３ｄ８３６７８３７ｄ８３６７２６４ｆ４ｅ３ｄ２６５２４６３８３ｄ３１３０３２２６４２４２３ｄ９５６１８ｂ４３２６４２４ｅ３ｄ９０ｃ２８ｃｃｄ９５６１２６５３４３３ｄ３９３８２６４８４ｅ３ｄ４ｅ４３５３２６５２５３３ｄ８３６７８３７ｄ８３６７２６５４４２３ｄ３６３２３７３２ 」 公開者 アシストシステムズ株式会社ウェブサイトの掲載日 ２０２１年２月２７日 ウェブサイトのアドレス 「ｈｔｔｐｓ：／／ｌｉｂ．ｒｕｒａｌｎｅｔ．ｏｒ．ｊｐ／ｃｇｉ－ｂｉｎ／ｒｕｒａｌｎｏｕｙａｋｕ１１．ｐｈｐ？ＡＲＧ１＝４９４ｂ３ｄ８３４ａ２６５３４５３ｄ８３４ａ８１５ｂ８３６ｆ８３８０２６４９４ｅ３ｄ８３４ａ８１５ｂ８３６ｆ８３８０８ｄｄｃ２６５２４６３９３ｄ３７３３２６５４４２３ｄ３６３２３７３２」 公開者 アシストシステムズ株式会社ウェブサイトの掲載日 ２０２１年２月２７日 ウェブサイトのアドレス 「ｈｔｔｐｓ：／／ｌｉｂ．ｒｕｒａｌｎｅｔ．ｏｒ．ｊｐ／ｃｇｉ－ｂｉｎ／ｒｕｒａｌｎｏｕｙａｋｕ２００．ｐｈｐ？ＡＲＧ１＝４９４ｂ３ｄ８３４ａ２６５３４５３ｄ８３４ａ８１５ｂ８３６ｆ８３８０２６４９４ｅ３ｄ８３４ａ８１５ｂ８３６ｆ８３８０８ｄｄｃ２６５２４６３９３ｄ３７３３２６５４４２３ｄ３６３２３７３２」 公開者 アシストシステムズ株式会社ウェブDate of publication February 27, 2021 Website address “https://lib.ruralnet.or.jp/cgi-bin/ruralnouyaku_rac1.php?ARG1=52433d493a2038463a” Publisher Assist Systems Co., Ltd. Date of website publication February 27, 2021 Website address "https://lib.ruralnet.or.jp/cgi-bin/ruralnouyakulist.php?ARG1=534b3d836726534e3d8367837d8367264f4e3d265246383d3130 32” Published by Assist Systems Co., Ltd.

Applied for the application of Article 30, Paragraph 2 of the Patent Act Website publication date February 27, 2021 Website address "https://lib.ruralnet.or.jp/cgi-bin/ruralnouyaku102.php?ARG1=534b3d836726534e3d8367837d8367264f4e3d 」 公開者 アシストシステムズ株式会社ウェブサイトの掲載日 ２０２１年２月２７日 ウェブサイトのアドレス 「ｈｔｔｐｓ：／／ｌｉｂ．ｒｕｒａｌｎｅｔ．ｏｒ．ｊｐ／ｃｇｉ－ｂｉｎ／ｒｕｒａｌｎｏｕｙａｋｕ８ｃ２．ｐｈｐ？ＡＲＧ１＝５３４ｂ３ｄ８３６７２６５３４ｅ３ｄ８３６７８３７ｄ８３６７２６４ｆ４ｅ３ｄ２６５２４６３８３ｄ３１３０３２２６５２４６３９３ｄ３３３４２６４２４２３ｄ９５６１８ｂ４３」 公開者 アシストシステムズ株式会社ウェブサイトの掲載日 ２０２１年２月２７日 ウェブサイトのアドレス 「ｈｔｔｐｓ：／／ｌｉｂ．ｒｕｒａｌｎｅｔ．ｏｒ．ｊｐ／ｃｇｉ－ｂｉｎ／ｒｕｒａｌｎｏｕｙａｋｕ８ｃ２．ｐｈｐ？ＡＲＧ１＝５３４ｂ３ｄ８３６７２６５３４ｅ３ｄ８３６７８３７ｄ８３６７２６４ｆ４ｅ３ｄ２６５２４６３８３ｄ３１３０３２２６４２４２３ｄ８ａ５１９２８ｅ」 公開者 アシストシステムズ株式会社ウェブサイトの掲載日 ２０２１年２月２７日 ウェブサイトのアドレス 「ｈｔｔｐｓ：／／ｌｉｂ．ｒｕｒａｌｎｅｔ．ｏｒ．ｊｐ／ｃｇｉ－ｂｉｎ／ｒｕｒａｌｎｏｕｙａｋｕ＿ｋｏｎ２．ｐｈｐ？ＡＲＧ１＝５３４ｂ３ｄ８３６７２６５３４ｅ３ｄ８３６７８３７ｄ８３６７２６４ｆ４ｅ３ｄ２６５２４６３８３ｄ３１３０３２２６５２４６３９３ｄ３１３５３０２６４８４ｅ３ｄ５ａ８３７ｂ８３８ｂ８３６８８１５ｂ２６５４４２３ｄ３２３１３１３１３１」 公開者 アシストシステムズ株式会社ウェブサイトの掲載日February 27, 2021 Website address “https://lib.ruralnet.or.jp/boujo/” Publisher Assist Systems Co., Ltd. Website publication date February 27, 2021 Website address “http: //lib.ruralnet.or.jp/cgi-bin/ruralbyougai1.php” Published by Assist Systems Ltd.

There is an application for application of Article 30, Paragraph 2 of the Patent Act Website publication date February 27, 2021 Website address “http://lib.ruralnet.or.jp/cgi-bin/ruralbyougai2.php?ARG1=534b3d8367 Published by Assist Systems Co., Ltd. Website publication date February 27, 2021 Website address “http://lib.ruralnet.or.jp/cgi-bin/ruralbyougai3.php?ARG1=534b3d836726534e3d8367837d8367” Publisher Assist Systems Co., Ltd. website publication date February 27, 2021 Website address “http://lib.ruralnet.or.jp/cgi-bin/ruraltext.php?KID=g2101740&ARG=534b3d836726534e3d8367837d836726424e3d90c28ccd9” Company website publication date February 27, 2021 Website address “http://lib.ruralnet.or.jp/boujo/s/toma.htm#bui26640” Publisher Assist Systems Co., Ltd. website publication date February 27, 2021 Website address “http://lib.ruralnet.or.jp/zassou/” Publisher Assist Systems Co., Ltd. Website publication date February 27, 2021 Website address “http: //lib.ruralnet.or.jp/zassou/” //lib.ruralnet.or.jp/zassou/index1.html” Published by Assist Systems Co., Ltd. Website publication date February 27, 2021 Website address “http://lib.ruralnet.or.jp/ cgi-bin/ruralzassoumrank.php” Published by Assist Systems Co., Ltd.

Applied for the application of Article 30, Paragraph 2 of the Patent Act Website publication date February 27, 2021 Website address "http://lib.ruralnet.or.jp/cgi-bin/ruraltext.php?KID=za01054z&ARG ＝５ａ４１５３３ｄ３０２６５ａ４９４４３ｄ７ａ６１３０３１３０３５３４７ａ２ｆ３０３３２ｅ６ａ７０６７２６５ａ４ｂ３ｄ８３４３２６４ｂ５９３ｄ８３４３８３６ｃ８９ｃ８８１４５８３４ａ８３８４８３６３８３８ａ８３４ｆ８３５４８９ｃ８２６４２４ｅ３ｄ８３４３８３６ｂ８３７ａ８３５ｅ８３８ｂ８３４３」 公開者 アシストシステムズ株式会社ウェブサイトの掲載日 ２０２１年２月２７日 ウェブサイトのアドレス 「ｈｔｔｐ：／／ｌｉｂ．ｒｕｒａｌｎｅｔ．ｏｒ．ｊｐ／ｐｓｄ／ｙｏｕｓｏ／」 公開者 アシストシステムズ株式会社ウェブサイトPosting date February 27, 2021 Website address “http://lib.ruralnet.or.jp/psd/youso/index_strawberry.html” Publisher Assist Systems Co., Ltd. Posting date February 27, 2021 Date Website address "http://lib.ruralnet.or.jp/cgi-bin/ruraltext.php?KID=dsp_strawberry01" Publisher Assist Systems Co., Ltd. Website publication date February 27, 2021 Address “http://lib.ruralnet.or.jp/boujo/tenindex.htm#d_t_kajyu” Publisher Assist Systems Co., Ltd.

The present invention can be used to change or continue a drug such as an agricultural chemical applied to plants such as crops, or a drug such as a drug applied to a patient, livestock, or animal such as a pet prescribed in a hospital or pharmacy for the first time or next time. A drug candidate search system suitable for searching for drug candidates for those animals and plants that are applicable, contraindicated, or should be used with caution, and drug candidates for use therewith It relates to a search program.

For the purpose of improving or preventing diseases of crops such as crops and horticultural crops grown and cultivated in farms, fields, and home gardens, exterminating or preventing pests or pathogenic bacteria, controlling weeds, adjusting plant growth, and spreading. In addition, drugs that are pesticides are used.

There are many pesticides that develop resistance when repeatedly used on the same genus, family, or similar crops. It may be limited, and frequently a drug must be selected as the next drug candidate that is different from the drug in use and the active ingredient it contains. In addition, since a large number of crops are grown on the same farm or field, different agricultural chemicals must be applied to the cultivation areas for different types of crops, or different agricultural chemicals must be applied to adjacent farms and fields of other people. In some cases, it causes a so-called drift phenomenon in which contraindicated pesticides are accidentally applied to different crops in the vicinity during spraying, etc., and chemical damage occurs unexpectedly. In many cases, pesticides that can be applied to multiple crops must be carefully selected. Furthermore, recently, so-called biological pesticides are also used, such as using honeybees for pollination in greenhouse cultivation, and using beneficial insects, beneficial birds, natural enemies, nematodes, and fungi to reduce the use of chemical pesticides for pest control. To ensure that the chemical pesticides used for their efficacy do not kill or undermine the bona fide biopesticides, the available drug candidates must be checked in advance.

However, even if we select and check suitable drug candidates for agrochemicals, we cannot say that all contraindicated combinations of crops and damages caused by all biological pesticides are described in the pesticide package inserts. Not only does it take troublesome labor and time, such as research in specialized journals, but it is difficult for farmers who are not good at managing pesticide use restrictions and avoidance to easily conduct such research on site.

In fact, the Ministry of Agriculture, Forestry and Fisheries has issued a notice to the effect that ``in order to minimize the development of drug resistance in pests, repeated use of the same type of drug should be avoided and instructions should be given to rotate spraying.'' , there are some cases where people misunderstand that they are avoiding repeated use if the brand name is different.

In addition, first-choice pharmaceuticals are administered to a wide range of animals including humans, such as patients, domestic animals, and pets, for the treatment or prevention of diseases, or the improvement or prevention of diseases. Repeated administration of anticancer agents to cancer patients and antibacterial agents to these animals often leads to the development of resistance and decreased efficacy, necessitating changes in the administration of drugs. In order for doctors and veterinarians to easily, quickly and accurately select appropriate second-choice drugs that are different from the first-choice drugs, considering the administration history, advanced Expert knowledge and experience are required.

As described in the scope of patent document 1, "A step of receiving information specifying agricultural products as a conventional technology for easily searching and determining the type of agricultural chemicals used when agricultural chemicals are sprayed in agricultural work and the spraying method. a step of receiving information specifying a pesticide; a step of calculating a determination result as to whether or not the specified crop is compatible with the specified pesticide; and a step of displaying the determination result. Determination method” is disclosed. Specifically, this compatible pesticide determination method is described as follows: "In the step of receiving information specifying the pesticide, the pesticide number is uniquely assigned to each type of pesticide, or the pesticide is represented by a JAN code attached to the pesticide. a step of reading the bar code and a step of outputting information specifying the pesticide from the pesticide number or JAN code”.

The method for determining compatible pesticides in Patent Document 1 only determines whether or not a crop and an agricultural chemical are appropriate, so it only determines whether a 1:1 relationship between one crop and one pesticide is appropriate. . In fact, in paragraph number 0006, "The present invention requires input of the name of a crop to which it is applicable in advance, a database of agricultural chemicals distributed in the country, information specifying the type of agricultural chemicals recommended for each region, and information for specifying the type of agricultural chemicals recommended for each area. By having a database linked to barcode information managed by an agricultural chemical manufacturer, the type of agricultural chemical is identified by reading the barcode information, and it is determined whether it is applicable to the crop name and the result is displayed. It is characterized", and in paragraph number 0008, it is described that "It is possible to determine whether the pesticide is applicable or not by a simple operation and whether or not it is applicable to each crop." As you can see, it does not target multiple crops and multiple pesticides. Therefore, the method for determining a suitable pesticide in Patent Document 1 is such that information on one crop and one pesticide is obtained from the crop so that the data on the crop and the data on the pesticide are linearly connected to each other. It is an extremely simple system that can only determine whether or not agricultural products and pesticides are appropriate by specifying information on pesticides. Therefore, as shown in FIG. 30, only a simple search can be performed in which data are linearly connected one-dimensionally.

Such conventional determination methods are only used to determine the compatibility of one pesticide with one crop, and search for the next available drug candidate for the drug already in use. is not.

Therefore, the present inventors have already disclosed in the application of Patent Document 2, "A drug candidate search system comprising a database server device for drug candidate search and a client terminal device,
Chemical agents for at least one of the following for each type of animal and plant: treatment or prevention of disease, amelioration or prevention of disease, extermination or prevention of pests or pathogenic bacteria, weed control, plant growth regulation, and spreading Drug identification information including the name and/or the name of the active ingredient contained in the drug, the purpose, target animals and plants, efficacy, efficacy, dosage, concentration, frequency of use, limit of use, time of use of each of the drugs , application site, method of use, dosage form, designation of deleterious or poisonous substance, toxicity, and contraindications, including at least one usage information, and efficacy equivalence of the drug and / or the active ingredient a database unit stored in association with classification information including a classification code; the types of animals and plants; the purpose; the name of the drug and/or the name of the active ingredient; the usage; a server-side processing unit for retrieving data on applicable drugs and/or applicable active ingredients from the database unit based on at least one of the drug candidate search database server device;
At least one of the type of animal or plant, the purpose, the usage, the name of the drug and/or the name of the active ingredient, and the classification code, in order to allow the server-side processing unit to search the data. a client-side communication unit that transmits a signal based on the search instruction information to the drug candidate search database server device and receives the data signal therefrom; and a client-side processing unit that controls transmission and reception and display of the data. and, from the data, the contents of the name of the applicable drug and/or the applicable active ingredient and the classification code, or the contents of the purpose and/or the usage thereof. the client terminal device having a device;
The drug candidate search database server device stores the drug identification information, the usage information, and the classification information for each type of the animal or plant in the database unit, respectively, in a record structure, a table structure, and/or a relational structure. is stored as a database structure, and the database server device for drug candidate retrieval stores, in the database unit, whether or not the drugs and/or the active ingredients are mixed for each case of target animals and plants and/or Or stores mixed use information indicating contraindications for mixed use, and / or stores usage information indicating contraindications or precautions for use related to the usage information in the database unit,
The drug candidate search database server device searches the drug and/or the active ingredient used for the purpose in the server-side processing unit based on the mixed use information and/or the usage information from the database unit. , the search result is transmitted from the server-side communication unit to the client-side communication unit via the signal, and the client terminal device displays the search result on the display device. Although neither an application publication nor a patent gazette have been issued yet, the grant of patent has already been obtained.

In addition, when using pesticides for plants and pharmaceuticals for humans, livestock, and pets for specific purposes, there are not only contraindications for mixing, but also contraindications or cautions for use. Not all combinations have been investigated for contraindications such as contraindications for mixing, contraindications for use, precautions for use, and contraindications. , search for appropriate applicable drug candidates, extract drug candidates that are contraindicated or should be used with caution, exclude the extracted drug candidates, and search for appropriate applicable drug candidates, drug candidate search A system is desired.

JP 2017-73044 A Patent application 2020-98680

The present invention has been made to solve the above problems, and searches for drug candidates to determine whether a drug in use can be used continuously for animals and plants, or whether to select a different drug instead, It is used to search for drug candidates by excluding substances with contraindications such as contraindications for mixed use, contraindications for use, precautions for use, and contraindications. It is an object of the present invention to provide a drug candidate search system for accurately searching and displaying drug candidates and a drug candidate search program used therein.

A drug candidate search system described in claims to achieve the above object is a drug candidate search system comprising a drug candidate search database server device and a client terminal device,
Chemical agents for at least one of the following for each type of animal and plant: treatment or prevention of disease, amelioration or prevention of disease, extermination or prevention of pests or pathogenic bacteria, weed control, plant growth regulation, and spreading Drug identification information including the name and/or the name of the active ingredient contained in the drug, the purpose, target animals and plants, efficacy, efficacy, dosage, concentration, frequency of use, limit of use, time of use of each of the drugs , application site, method of use, dosage form, designation of deleterious or poisonous substance, toxicity, and contraindications, including at least one usage information, and efficacy equivalence of the drug and / or the active ingredient a database unit that stores classification information including classification codes in association with each other;
Applicable drugs and/or a server-side processing unit for retrieving data regarding applicable active ingredients;
said drug candidate search database server device having a server side communication unit for transmitting said data to a client terminal device;
At least one of the type of animal or plant, the purpose, the usage, the name of the drug and/or the name of the active ingredient, and the classification code, in order to allow the server-side processing unit to search the data. a client-side communication unit that transmits a signal based on the search instruction information of to the drug candidate search database server device and receives a signal of the data from there;
a client-side processing unit that controls transmission/reception and display of the data;
a display for displaying the contents of the name and the classification code of the applicable drug and/or the applicable active ingredient, or the contents of the purpose and/or the usage thereof, from the data; the client terminal device having
and
The drug candidate search database server device stores the drug identification information, the usage information, and the classification information for each type of the animal or plant in the database unit, respectively, in a record structure, a table structure, and/or a relational structure. It is stored as a database structure,
The drug candidate search database server device stores, in the database unit, mixed use information indicating the suitability of mixed use and/or contraindications for mixed use for each case of target animals and plants between a plurality of the drugs and/or the active ingredients. and/or the database unit stores usage information indicating contraindications or cautions regarding the usage information,
The drug candidate search database server device searches the drug and/or the active ingredient used for the purpose in the server-side processing unit based on the mixed use information and/or the usage information from the database unit. , the search result is transmitted from the server-side communication unit to the client-side communication unit via the signal,
The client terminal device displays the search result on the display.
Then, a data series for retrieving the drug and/or the active ingredient and the corresponding classification code for one of the crops, and another drug and/or the active ingredient for another kind of the crop. and the classification code corresponding to them, as a plurality of series for a plurality of types of crops, in parallel so that the drug and/or the active ingredient and the classification code are searched. characterized by being connected.
Further, in this drug candidate search system, the server-side processing unit is configured to, for the purpose, use the animals and plants photographed for the disease, the disease, the pest or pathogen, the weed, the plant growth regulation, and the spread. A representative image of the disease, the disease, the pest or pathogen, the weed, the plant growth regulation, and the spread stored in the database unit, and a plurality of images taken from a single or different angles with respect to performing image matching with a group of images, extracting a stored image that is most similar to the plurality of images of the crop photographed from the single or different angles from the group of images stored in the database unit, and extracting the stored image from the group of images stored in the database unit The drug identification information, the usage information, and/or the classification information associated with the drug may be retrieved and transmitted from the server-side communication unit to the client-side communication unit via the signal.
It is characterized in that the client terminal device causes the retrieved stored image, the drug identification information, the usage information, and/or the result of the classification information to be displayed on the display.

In this drug candidate search system, the database server device for drug candidate search has at least one limitation of the usage information in the drug and/or the active ingredient in the search results, and the classification code is common. searching and extracting the drug and/or the active ingredient not recorded in the mixed use information and/or the usage information, and providing the extraction result together with the search result or in place of the search result, is transmitted from the server-side communication unit to the client-side communication unit via the signal,
The client terminal device is characterized in that the search result is displayed on the display.

In this drug candidate search system, the limitations include the target animals and plants, at least one selected from the medicinal efficacy and the efficacy, the purpose, the dose, the concentration, the frequency of use, the limited number of times of use, and the use. It is characterized by at least one selected from the timing, the place of application, the method of use, and the dosage form.

In this drug candidate search system, the drug candidate search database server device uses the drug and/or the active ingredient in the server-side processing unit for the same or different purposes in the same or different species of the animal or plant. The database unit is searched for the same or different classification codes among a plurality of candidates among the above, and/or the database unit is searched for the adequacy of mixed use and/or the contraindications for mixed use, and the search results are is transmitted from the server-side communication unit to the client-side communication unit via the signal,
The client terminal device is characterized in that the search result is displayed on the display.

In this drug candidate search system, the animal or plant is a crop and the drug is an agricultural chemical, or the animal or plant is a patient and the drug is a medical drug, and the classification code is for each drug and/or the active ingredient. It is preferably a code indicating the efficacy equivalence based on each type, efficacy, efficacy, structural system, tolerance and/or resistance.

More preferably, in this drug candidate search system, the animal or plant is the crop, the drug is the agricultural chemical, and the code is a RAC code.

In this drug candidate search system, the drug candidate search database server device has the server-side processing unit that searches for the applicable drug and/or the applicable active ingredient for all of a plurality of types of crops. ,
The server-side processing unit uses the plurality of types of crops as keywords to apply the disease, the disease, the pest, the pathogen, the weed to be controlled, the plant growth regulation, and/or the spread. and/or searching for the active ingredient and causing it to be displayed on the display by the client-side processing unit;
The server-side processing unit searches for the classification code for the drug and/or the active ingredient, searches for another drug and/or active ingredient having a classification code different from the searched classification code, Displayed on the display by the processing unit,
The server-side processing unit reverse-searches at least one of the target animals and plants and the purpose from the classification code, and displays it on the display;
The server-side processing unit checks whether or not the drug and/or the active ingredient and the plurality of combinations of the drug and/or the active ingredient are suitable for mixed use based on the mixed information, and displays the result on the display device. It is even more preferable if the

In this drug candidate search system, the client terminal device is operated to input history information including the classification code of drugs and/or active ingredients that are in use and/or have a history of use and are searched. have a department
The server side in which the drug candidate search database server device searches for another drug and/or active ingredient having a classification code other than that as the applicable drug and/or the applicable active ingredient based on the history information. It may have a processing unit.

In this drug candidate search system, either the drug candidate search database server device or the client terminal device has a storage unit for storing the history information,
The drug candidate search database server device has the server-side processing unit that searches for data on the applicable drug and/or the applicable active ingredient based on the history information,
said client terminal device comprising said display for displaying said drug-specific information relating to said applicable drug and/or said applicable active ingredient, or further displaying said usage information and/or said classification information relating thereto; It may be that there is

In this drug candidate search system, the animals and plants are crops and the drug is an agricultural chemical,
The drug candidate search database server device reversely searches for at least one of the target animal and plant, the purpose, and the usage related to the applicable drug and/or the applicable active ingredient, on the server side. having a processing unit,
It is preferable that the client terminal device has the display for displaying the reverse search result.

In this drug candidate search system, the animals and plants are crops and the drug is an agricultural chemical,
The drug candidate search database server device searches for the name of the drug and/or the name of the active ingredient having the classification code based on the classification code of the applicable drug and/or the applicable active ingredient. , or the server-side processing unit that reverse-searches at least one of the target animal and plant, the purpose, and the usage related thereto,
The client terminal device may have the indicator for displaying the reverse search result.

In this drug candidate search system, the animals and plants are crops and the drug is an agricultural chemical,
Based on one of the name of the applicable drug and the name of the applicable active ingredient, the drug candidate search database server device identifies the name of the other, the target animal and plant related thereto, the purpose, and the usage. having the server-side processing unit that reverse-searches at least one of
The client terminal device may have the indicator for displaying the reverse search result.

In this drug candidate search system, the animals and plants are crops and the drug is an agricultural chemical,
The database unit stores the propriety of use of each drug for any biopesticide selected from beneficial insects, beneficial birds, beneficial nematodes, beneficial fungi, and natural enemies of the pests,
The drug candidate search database server device has the server-side processing unit that searches for the propriety of using the biopesticide based on the applicable drug and/or the applicable active ingredient,
The client terminal device may have the indicator for displaying a result of searching whether or not the biopesticide is appropriate to use.

This drug candidate search system is based on search instruction information for any one of the type of animal or plant, the purpose, the usage, the name of the drug and/or the name of the active ingredient, and the classification code. , and other information may be retrieved by the server-side processing unit, wherein the database unit stores the drug identification information, the usage information, and the classification information in a mutually linked manner. .

In this drug candidate search system, the drug candidate search database server device stores the type of animal or plant, the purpose, the usage, the name of the drug and/or the name of the active ingredient, and the classification code. Based on any of the search instruction information, the server side processing unit searches for the others, extracts at least one of them, and outputs it in a tabular format,
The client terminal device may have the display for displaying tabular information in tabular form.

A drug candidate search program used in a drug candidate search system provided with a drug candidate search database server device and a client terminal device to achieve the above object,
A drug candidate search program used in a drug candidate search system comprising a drug candidate search database server device and a client terminal device,
Chemical agents for at least one of the following for each type of animal and plant: treatment or prevention of disease, amelioration or prevention of disease, extermination or prevention of pests or pathogenic bacteria, weed control, plant growth regulation, and spreading Drug identification information including the name and/or the name of the active ingredient contained in the drug, the purpose, target animals and plants, efficacy, efficacy, dosage, concentration, frequency of use, limit of use, time of use of each of the drugs , application site, method of use, dosage form, designation of deleterious or poisonous substance, toxicity, and contraindications, including at least one usage information, and efficacy equivalence of the drug and / or the active ingredient The type of animal or plant, the purpose, the name of the drug and/or the name of the active ingredient, the usage, and the classification code are obtained from the database unit stored in association with the classification information including the classification code. The type of the animal or plant, the purpose, the usage, and the drug in order for the server-side processing unit to retrieve data on the applicable drug and/or the applicable active ingredient from the stored file based on at least one of and/or the name of the active ingredient, and the classification code, a signal based on at least one of the search instruction information is transmitted to the drug candidate search database server device;
a step procedure of receiving a signal of the data from the drug candidate search database server device in a client-side communication unit of the client terminal device;
A step procedure for controlling the transmission and reception and the display of the data by a client-side processing unit in the client terminal device;
from the data, the content of the name and the classification code of the applicable drug and/or the applicable active ingredient, or the content of them and the purpose and/or the usage thereof, to the client terminal device; The step procedure displayed on the display in
a program to run;
At least one of the type of animal or plant, the purpose, the usage, the name of the drug and/or the name of the active ingredient, and the classification code, in order to allow the server-side processing unit to search the data. a step procedure of transmitting a signal based on the search instruction information of to the drug candidate search database server device, and receiving a signal of the data therefrom by the client-side communication unit;
a step procedure for controlling transmission/reception and display of the data in the client-side processing unit;
Displaying the contents of the name of the applicable drug and/or the applicable active ingredient and the classification code, or the contents of the purpose and/or the usage thereof, from the data, on a display. a program that causes a step procedure to be performed;
The drug candidate search database server device stores the drug identification information, the usage information, and the classification information for each type of the animal or plant in the database unit, respectively, in a record structure, a table structure, and/or a relational structure. It is stored as a database structure, and also stores mixed use information indicating the suitability of mixed use and/or contraindications for mixed use for each case of target animals and plants with a plurality of said drugs and/or said active ingredients. and/or by storing usage information indicating contraindications or cautions regarding usage information, in the server-side processing unit of the drug candidate search database server device, Searching the database unit for the same or different classification codes among a plurality of candidates of the drug and/or the active ingredient used for the same or different purposes in the same or different types, and/or The drug and/or the active ingredient used for the purpose is retrieved from the database section for the adequacy of mixed use and/or the contraindications for mixed use and/or based on the mixed use information and/or the use information. and sending the search result from the server-side communication unit to the client-side communication unit via the signal;
a program for causing the client terminal device to execute a step procedure for displaying the search result on the display device;
characterized by comprising
Then, a data series for retrieving the drug and/or the active ingredient and the corresponding classification code for one of the crops, and another drug and/or the active ingredient for another kind of the crop. and the classification code corresponding to them, as a plurality of series for a plurality of types of crops, in parallel so that the drug and/or the active ingredient and the classification code are searched. a step of retrieving the drug and/or the active ingredient and the classification code from the plurality of series by means of a linked data structure;
a program causing the client terminal device to execute a step procedure of causing the drug identification information, the usage information, and/or the result of the classification information to be displayed on the display;
characterized by comprising
Alternatively or additionally, in said server-side processor, said animals and plants photographed for said disease, said disease, said pest or pathogen, said weed, said plant growth regulation, and said spread for said purpose; A representative image of the disease, the disease, the pest or pathogen, the weed, the plant growth regulation, and the spread stored in the database unit, and a plurality of photographed images from a single or different angles. performing image matching with the group of images, extracting from the group of images stored in the database unit a stored image that is most similar to the single or multiple images of the crop photographed from different angles, and adding it to the stored image; a step of retrieving the associated drug identification information, usage information, and/or classification information and transmitting it from the server-side communication unit to the client-side communication unit via the signal;
a program causing the client terminal device to execute a step procedure for displaying the retrieved stored image, the drug identification information, the usage information, and/or the classification information result on the display;
may be provided.

According to the drug candidate search system of the present invention and the drug candidate search program therefor, treatment or prevention of diseases, improvement or prevention of diseases, extermination or prevention of pests or pathogenic bacteria, and control of weeds for each type of animal or plant , plant growth regulation, spreading, etc., and among the active ingredients contained therein, pesticides and pharmaceuticals that develop resistance with continued use or have restrictions on the number and time of use Easily, quickly, and accurately search for suitable drug candidates by farmers, physicians, veterinarians, pharmacists, etc. when deciding whether they are available or must choose another drug or active ingredient be able to.

The server-side control unit, based on information pre-associated with crops, for the above purpose, singular or Based on a plurality of photographed images from different angles, pre-stored representative images of animal and plant diseases, diseases, pests or pathogens, weeds, plant growth regulation, and spreading are retrieved and retrieved. The server-side communication unit transmits the result of the stored image, the drug identification information, the usage information, and/or the classification information regarding the retrieved animals and plants to the client terminal device. With this, the drug candidate search system and the drug candidate search program for it can be used by doctors and medical workers to detect animal and plant diseases, diseases, pests or pathogens, weeds, plant growth regulation, spreading conditions, especially patient diseases. You can have a farmer diagnose the damage to your crops.

According to this drug candidate search system and drug candidate search program, it is possible to search for appropriate candidate drugs based on the suitability of mixing multiple drugs and active ingredients, and to search for candidate drugs considering contraindications between the multiple drugs and active ingredients. , it is possible to search for drug candidates for contraindicated animals and plants, diseases and diseases, and active ingredients. Moreover, not all combinations of existing drugs and active ingredients have known contraindications or precautions for mixing, and even if there are no contraindications or avoidance statements in the package insert of the drug, we refrained from using it in consideration of safety. Since not all drugs or drug mixtures that are recommended are known, it is necessary to check them in advance, apply contraindications and drugs that should be avoided by analogy, and search for appropriate drugs. is possible.

In this way, according to this drug candidate search system and drug candidate search program, according to the mixed use information indicating the adequacy of mixed use and contraindications for mixed use for each case of a plurality of target animals and plants known in advance, and/or Appropriate drugs can be searched for by analogy with the applicability of mixed use and applicability of drugs and/or active ingredients that are not recorded in the usage information indicating contraindications or precautions regarding use.

This drug candidate search system and drug candidate search program search for appropriate drug candidates using classification information including classification codes that indicate efficacy equivalence, that is, acceptability of modified use, of drugs and active ingredients. Using this classification code as a foothold, it is possible not only to search and narrow down drug candidates, but also to perform reverse lookup searches such as target animals and plants, use restrictions, and scope of application. It has a wider range of applications than a conventional database that simply determines the suitability of crops.

You can search for drugs and active ingredients from animals and plants, such as crops and their diseases, and vice versa, search for available animals and plants, such as crops, from drugs, active ingredients, and diseases. It is possible to perform a search, or a multi-item to multi-item search.

The conventional method for judging compatible pesticides, such as Patent Document 1, only judges whether or not a crop and an agrochemical are appropriate. Just search for sex. On the other hand, this drug candidate search system and drug candidate search program can be applied to diseases, diseases, pests, pathogenic bacteria, weeds, plant growth regulation, and/or spreading for each of multiple types of crops. In that the information on many crops and many drugs and active ingredients is retrieved two-dimensionally by multiple sequences, that is, from certain crops to drugs and active ingredients and their corresponding classification codes A data series for searching for , and a data series for searching for different drugs and active ingredients from different types of crops and their corresponding classification codes are arranged in parallel as a series of multiple types of crops in a two-dimensional mesh. While connecting them, it is possible to perform a complicated search of checking whether multiple drugs or active ingredients for multiple types of crops have the same or different classification codes.

Moreover, this drug candidate search system and drug candidate search program search for a classification code different from the same or different classification code for a plurality of searched drugs or active ingredients, and search for another drug and/or drug having this different classification code. Search and display active ingredients. Thus, according to this drug candidate search system, complicated searches can be performed.

In addition, this drug candidate search system and drug candidate search program are based on mixed use information indicating the adequacy of mixed use and contraindications for each case of a plurality of target animals and plants known in advance, and/or contraindications related to usage information. Even if it is not recorded in the usage information indicating precautions for use, it is possible to correctly identify drug candidates that are appropriate for mixed use, contraindications for mixed use, contraindications for use, and drug candidates that should be used with caution by searching for drug candidates that take drug equivalence into account. can be selected.

According to this drug candidate search system and drug candidate search program, it is possible to determine whether drugs and active ingredients that are in use or have a history of use should be used continuously or changed. , frequency of use, restricted number of times of use, timing of use, place of application, method of use, designation of deleterious or poisonous substance, toxicity, or contraindications/avoidance, etc., to search for suitable drug candidates. Conversely, it is also possible to search for candidate drugs that are contraindicated or should be avoided.

Furthermore, even if they are different drugs and/or active ingredients with different classification codes, depending on the type of animal or plant, treatment or prevention of disease, improvement or prevention of disease, extermination or prevention of pests or pathogens, There are many incompatible combinations for weed control, plant growth regulation and spreading. In particular, it is very often inappropriate to mix a plurality of animals and plants to be searched and animals and plants not to be searched. However, according to this drug candidate search system and drug candidate search program, by checking whether a combination of drugs and active ingredients is contraindicated based on mixed use information, it is possible to search not only a plurality of animals and plants, especially crops, to be searched. Drug candidates that can be used in combination with non-target animals and plants, especially crops, can be searched and displayed. Allows for more complex and advanced searches.

In addition, drug candidates searched using this drug candidate search system and drug candidate search program can solve the problem of resistance to specific drugs in animals and plants such as patients, livestock, pets, crops, etc. Or it can contribute to avoidance of pesticide residue.

In particular, if the drug candidate is an agricultural chemical, repeated use on the same genus, family, or species of crops will cause resistance, and as a result, the period of continuous use, the number of times of repeated use, the number of times of use per year, and the time of use, etc. are limited. Alternatively, alternative medications can be pre-searched for safe use. Also, when growing a large number of crops on the same farm, or when growing crops on adjacent farms of other people, even when using different agricultural chemicals, It is possible to search in advance.

In addition, since this drug candidate search system and drug candidate search program reversely search at least one of the target animals and plants and the purpose from the classification code, the data series is connected in a two-dimensional network. Therefore, it is possible to search for target animals and plants and purposes other than the original multiple crops by adding a three-dimensional network and another dimensional data series, making it possible to perform more diverse and advanced searches.

This drug candidate search system and drug candidate search program can only determine whether a 1:1 relationship between one crop and one pesticide is appropriate. It is possible to carry out far more complex searches than the conventional method of judging compatible pesticides, which merely traces the relationships of mutual links between pesticides. That is, according to this drug candidate search system and drug candidate search program, multidimensional search is possible.

In addition, by using a drug candidate search system and a drug candidate search program, it is possible to check in advance for contraindicated combinations in the case of using multiple drugs together or using a drug in combination with a so-called biopesticide, and find an appropriate drug candidate. You can also choose

This drug candidate search system and drug candidate search program can be used to determine the appropriateness of mixing different types of drugs, as a new example of mixed use, as well as various drugs such as single-use drugs and injection drugs that should not be taken at the same time. It can also be used to determine in advance that serious side effects will occur depending on drugs that are not suitable for some diseases or constitutions, or contraindications.

1 is a block diagram showing an overview of one aspect of a drug candidate search system to which the present invention is applied; FIG. 3 is a diagram showing the relationship between files in the database section in the drug candidate search database server device in one aspect of the drug candidate search system to which the present invention is applied; FIG. 10 is a diagram showing the data structure of the record of the table in the drug specific information file in the database unit in the drug candidate search database server device in one aspect of the drug candidate search system to which the present invention is applied. FIG. 10 is a diagram showing the data structure of the record of the table in the usage information file in the database section of the drug candidate search database server device in one aspect of the drug candidate search system to which the present invention is applied; FIG. 3 is a diagram showing the data structure of records of tables in a pest and weed file 14c in a database section in a drug candidate search database server device in one aspect of a drug candidate search system to which the present invention is applied. FIG. 10 is a diagram showing the data structure of the records of the table in the mixed information file 14d in the database section of the drug candidate search database server device in one aspect of the drug candidate search system to which the present invention is applied. FIG. 10 is a diagram showing the data structure of the record of the table in the mixed crop name file 14e in the database section of the drug candidate search database server device in one aspect of the drug candidate search system to which the present invention is applied; FIG. 10 is a diagram showing the data structure of the records of the table in the crop name file 14f in the database section of the drug candidate search database server device in one aspect of the drug candidate search system to which the present invention is applied; FIG. 10 is a diagram showing the data structure of a table record in a biopesticide use propriety information file 14g in a database unit in a drug candidate search database server device in one aspect of a drug candidate search system to which the present invention is applied. In another aspect of the drug candidate search system to which the present invention is applied, the data structure of the records of the table 0414e in the database section in the drug candidate search database server device and the drug specific information file/usage information file in the database section FIG. 10 is a diagram showing hypothetically data results in which results of analogous inference judgments on the suitability of mixed use for drugs that are present but not in the mixed crop name file 14e are described in a similar data structure format; FIG. 2 is a schematic diagram showing the relationship among individual information among drug specifying information, usage information, and classification information in a database unit in a drug candidate search database server device in one aspect of a drug candidate search system to which the present invention is applied; FIG. 10 is a schematic diagram showing a flow chart representing operations in another aspect of the drug candidate search system to which the present invention is applied; FIG. 3 is a schematic diagram of a website map displayed in another aspect of the drug candidate search system to which the present invention is applied; FIG. 3 is a schematic diagram of a website map displayed in another aspect of the drug candidate search system to which the present invention is applied; FIG. 3 is a schematic diagram of a website map displayed in another aspect of the drug candidate search system to which the present invention is applied; FIG. 3 is a schematic diagram of a website map displayed in another aspect of the drug candidate search system to which the present invention is applied; FIG. 2 is a diagram schematically showing an example of drug candidate search when using the drug candidate search system to which the present invention is applied, and an example of the correlation between suitability of the drug candidate as the drug candidate search result. FIG. 2 is a diagram showing an example of a website screen in the drug candidate search system to which the present invention is applied; FIG. 10 is a diagram showing another example of a website screen in the drug candidate search system to which the present invention is applied; FIG. 10 is a diagram showing another example of a website screen in the drug candidate search system to which the present invention is applied; FIG. 10 is a diagram showing another example of a website screen in the drug candidate search system to which the present invention is applied; FIG. 10 is a diagram showing another example of a website screen in the drug candidate search system to which the present invention is applied; FIG. 10 is a diagram showing another example of a website screen in the drug candidate search system to which the present invention is applied; FIG. 10 is a diagram showing another example of a website screen in the drug candidate search system to which the present invention is applied; FIG. 10 is a diagram showing another example of a website screen in the drug candidate search system to which the present invention is applied; FIG. 10 is a diagram showing another example of a website screen in the drug candidate search system to which the present invention is applied; FIG. 10 is a diagram showing another example of a website screen in the drug candidate search system to which the present invention is applied; FIG. 10 is a diagram showing another example of a website screen in the drug candidate search system to which the present invention is applied; FIG. 10 is a diagram showing another example of a website screen in the drug candidate search system to which the present invention is applied; FIG. 10 is a diagram showing another example of a website screen in the drug candidate search system to which the present invention is applied; FIG. 10 is a diagram showing another example of a website screen in the drug candidate search system to which the present invention is applied; FIG. 10 is a diagram showing another example of a website screen in the drug candidate search system to which the present invention is applied; FIG. 10 is a diagram showing another example of a website screen in the drug candidate search system to which the present invention is applied; FIG. 10 is a diagram showing another example of a website screen in the drug candidate search system to which the present invention is applied; FIG. 10 is a diagram showing another example of a website screen in the drug candidate search system to which the present invention is applied; FIG. 10 is a diagram showing another example of a website screen in the drug candidate search system to which the present invention is applied; FIG. 10 is a diagram showing another example of a website screen in the drug candidate search system to which the present invention is applied; FIG. 10 is a diagram showing another example of a website screen in the drug candidate search system to which the present invention is applied; FIG. 10 is a diagram showing another example of a website screen in the drug candidate search system to which the present invention is applied; FIG. 10 is a diagram showing another example of a website screen in the drug candidate search system to which the present invention is applied; FIG. 10 is a diagram showing another example of a website screen in the drug candidate search system to which the present invention is applied; FIG. 10 is a diagram showing another example of a website screen in the drug candidate search system to which the present invention is applied; FIG. 3 is a diagram showing an example of a table of biopesticide use propriety files in the drug candidate search system to which the present invention is applied; FIG. 10 is a diagram schematically showing an example of drug candidate retrieval when using a drug candidate retrieval system to which the present invention is not applied and an example of the correlation between suitability of drug candidates as the retrieval results of the drug candidates.

Hereinafter, embodiments for implementing the drug candidate search system of the present invention and the drug candidate search program used therein will be described in detail, but the scope of the present invention is not limited to these forms.

An example of a preferred form of the drug candidate search system 1 of the present invention will be described with reference to FIG. , are connected via a wired or wireless communication line 30 .

The drug candidate search database server device 10 has a database for drug candidate search. A specific example of the device 10 includes a display section 11 , a server-side processing section 12 , a server-side communication section 13 , a database section 14 , a storage section 15 and an operation section 16 .

In the drug candidate search database server device 10, the database unit 14 stores drug identification information, usage information, and classification information pre-associated with crops, diseases, illnesses, pests or pathogens, weeds, plant growth regulation, and a group of representative images of spreading, for example, a group of images of crops, are associated with each other and stored. In addition, the server-side control unit 12 controls diseases, diseases, pests or pathogens, weeds, plant growth regulation, and/or spreading, or drug-specific information, usage information, and classification information pre-associated with them. , to retrieve representative images. The server-side communication unit 13 transmits the extracted representative image group and/or drug identification information, usage information, and classification information linked thereto to the client terminal devices 20a, 20b, 20c, . . .

The client terminal device 20 is for instructing drug candidate search, displaying drug candidates, and displaying specific examples of application. A specific example of the client terminal device 20a incorporates a display unit 21a, a client-side processing unit 22a, a client-side communication unit 23a, a storage unit 25a, and an operation unit 26a. Another specific example of the client terminal device 20b includes a display/operation unit 21b that combines a display unit and an operation unit, a client-side processing unit 22b, a client-side communication unit 23b, and a storage unit 25b.

In the drug candidate search database server device 10, the database unit 14 stores various files for searching drug candidates. The server-side communication unit 13 is connected to a communication line 30 such as the Internet line. The server-side processing unit 12 controls the display unit 11 in order to visualize the operation details for adding, deleting, and modifying the contents of the database unit 14, controls transmission/reception by the server-side communication unit 13, It executes an execution program to the side processing section 12, permanently stores the execution program, and controls the storage section 15 for temporarily storing information. The server-side processing section 12 is a microprocessor such as a central control unit (CPU) and works by executing a program stored in the storage section 15 . The server-side processing unit 12 may be a semiconductor integrated circuit (IC), a large scale integrated circuit (LSI), an application specific integrated circuit (ASIC), or a piece of hardware.

Using a specific example of searching for drug candidates for pesticides as drugs, the database unit 14 includes, as shown in FIG. 14d, a mixed crop name file 14e, a crop name file 14f, and, if necessary, a biopesticide use propriety file 14g. Each file stores element contents of each item in a data table format associated with each record corresponding to each item of each field.

For example, each of the drugs contains one or more of the active ingredients, and the database unit stores the drug-specific information, the usage information, and the classification information of the drug or the active ingredients associated therewith. may be stored.

The drug identification information file 14a is a basic file that specifies agricultural chemicals and has basic information on the agricultural chemicals. The drug identification information file 14a contains drug identification information on drugs and active ingredients, outlines of usage information including directions for use of these drugs and active ingredients, and classification information including classification codes indicating efficacy equivalence of these drugs and active ingredients. and

As shown in FIG. 3, the drug identification information file 14a contains the registration number of the agricultural chemical, the generic name, the trade name, the brand name, the generic name in kana, the trade name in kana, the brand name in kana, the generic name in kana, and the trade name in kana. Letters, types (e.g., insecticides, fungicides, herbicides, rodenticides, and other specific broad categories by medicinal effect), types of pesticides (pyrochrysanthemum emulsion, chloropicric acid fumigant, lime-sulfur binder, 2, 4-PA water solvent, quicklime, coumarin-based water solvent, liquid spreading agent, marathon emulsion, zinc phosphide granules, EPN emulsion, etc. Main ingredients/dosage type/efficacy/specific medium-sized division by application), pesticides Name, abbreviation, active ingredient, total number of times of use, concentration of use, number of mixtures, application, dosage form name, toxicity application, fish toxicity, toxicity, deleterious substance, URL of manufacturer's website (HP), detailed product information of manufacturer For each field item such as URL, system (classification code, chemical structure group), effect, etc., each pesticide has a record, which is a data table.

Among the items in the fields of the drug identification information file 14a, the most important and characteristic is the classification code in the item "system". The classification code is a code indicating the type, efficacy, structural system (chemical structure group), resistance and/or efficacy equivalence based on resistance for each drug and/or each active ingredient. This classification code includes those that indicate potency equivalence, that is, the acceptability of modified use as a classification based on the mechanism of action. RAC codes are preferably used, as defined by the Resistance Action Committee (RAC) as ``IRAC'' for insecticides, ``FRAC'' for fungicides, and ``HRAC'' for herbicides. . Of the RAC codes, the IRAC mode of action classification covers all chemicals, pesticides, biological pesticides, etc. that control insects or mites in crops, buildings, and the environment. It is defined as a genetic change in susceptibility in a pest population that repeatedly shows a phenomenon in which the expected control effect cannot be achieved even when used according to . The FRAC mode of action classification classifies fungicides (including bactericides) that are marketed and mainly used for plant protection according to their mechanism of action and risk of resistance. This classification focuses on identifying cross-resistance of The HRAC mode of action classification classifies marketed herbicides primarily according to their mechanism of action.

It is believed that the continuous use of the same pesticide and the same type of pesticide is the cause of pesticide tolerance and resistance. there is A group of drugs/groups of active ingredients with the same RAC code must be avoided because they belong to the same family of drugs even if the active ingredients are different. In order to avoid continuous use, the duration of continuous use, the number of times of repeated use, the number of times of use per year, the timing of use, etc. are restricted for each active ingredient according to the type of crop.

The item "system" in the drug identification information file 14a contains a classification code, for example, "I: 3A: Spiroid system". The first item such as "I" is separate from Insecticide I, Fungicide F, Herbicide H; Specifics are structural families (chemical structural groups) that are characteristic for exerting medicinal properties.

The usage information file 14b has specific contents of the usage information of agricultural chemicals. As shown in FIG. 4, the usage information file 14b includes registration number, application, type of pesticide, name of pesticide, abbreviation, crop name (crop classification such as vegetables and vegetables (excluding Chinese cabbage)), application location, and applicable pests. Weed name, purpose of use, amount of dilution factor used, amount of spray liquid, time of use, number of times of use, method of use, applied soil, applied area, applied pesticide name, number of mixtures, active ingredient, crop name for search (see Fig. 8 below) (for linking with the applicable crop name in the middle), pest and weed name for search, application location for search, purpose of use for search, crop classification, pest and disease classification, crop kana initials, disease and pest kana initials, crop name kana, pests Each pesticide has a record for each item in fields such as kana, excluded crop name, excluded pest and weed, product name, product name kana, formulation name, system (classification code, chemical structure group), effect, etc. , which is a data table.

The pest and weed file 14c has specific contents of information on pests and weeds. As shown in FIG. 5, the disease and pest file 14c contains records for each field such as disease and pest name, disease and pest and weed kana name, disease and pest and weed kana initials, classification, and applicable disease and pest and weed name. It has a data table.

The mixed use information file 14d has specific contents of agricultural chemicals applicable to each crop. The mixed use information file 14d contains, as shown in FIG. Appropriateness of mixed use in combination), etc., each crop has a record, which is a data table.

The mixed crop name file 14e associates the same crop with different names for each region or synonyms such as potatoes/potatoes, and lists the pesticides/active ingredients that can be used even in the same crop for each season/region. As shown in FIG. 7, each crop has a record for the item of crops in order to link items that differ from crop to crop, which is a data table.

The crop name file 14f has specific contents of crops. As shown in FIG. 8, the crop name file 14f includes crop name, crop kana name, crop kana initial, classification, applicable crop name (for linking with the search crop name in FIG. 4, For example, the crop name in FAMIC), generic name, official plant name, and other field items have a record for each crop name, forming a data table.

The biopesticide use propriety information file 14g is for each pesticide, for biopesticides such as beneficial insects, beneficial birds, beneficial nematodes, beneficial fungi, natural enemies, more specifically bees and aphids for pollination in greenhouse cultivation. It has the contents of suitability as to whether it can be used against natural enemies such as ladybugs that prey on the beetles and the leaf beetle, which is a parasitic wasp against the beetle leafminer, or whether it cannot be used or is unsuitable because it is killed or weakened. As shown in Fig. 9, each pesticide has a record for each field item, such as the effect on eggs, larvae, pupae, adults, mummies, and colonies of natural enemies of insects, and the effect on conidia, spores, spores, and fungi. and is a data table.

In the database unit 14, a drug identification information file 14a, a usage information file 14b, a pest and weed file 14c, a mixed use information file 14d, a mixed crop name file 14e, a crop name file 14f, and, if necessary, a biological pesticide use propriety information file 14g are , at least one item in any two files has a mutual relationship that can be referred to, constructing a relational database.

In addition, the database unit 14 stores diseases, illnesses, pests or pathogens, weeds, plant growth regulation, and spreading as stored images that are panoramic photographs, partial photographs, enlarged photographs and/or panoramic illustrations, partial illustrations, and enlarged illustrations. , remember. The database unit 14 and the server-side processing unit perform image matching, and retrieve and extract the stored image that is most similar to the single or multiple images of crops photographed from different angles as a representative image. . The stored images include a drug identification information file 14a, a usage information file 14b, a pest and weed file 14c, a mixed use information file 14d, a mixed crop name file 14e, a crop name file 14f, and, if necessary, a biopesticide use propriety information file 14g. They are linked and can refer to each other. These stored images are stored in the form of a data table, for example, while being associated with these files. The stored images are photographs or illustrations of plant and animal disorders, such as crop diseases, diseases, pests or pathogens, weeds, plant growth regulation, and spreading.

The server-side processing unit 12 may acquire, via the communication unit 30, an image of a patient's diseased area or a crop failure area photographed by a doctor/medical worker, farmer, or the like. The server-side processing unit 12 provides images of patient's diseased areas and crop damage sites photographed by doctors/medical workers, farmers, etc., and images of patient's disease sites and crop damage sites stored in the database unit 14. Image matching with groups may be performed. In this case, although an example in which the client terminal device 20c is provided with a camera 24, for example, a camera built into a smartphone is illustrated, the client terminal devices 20a, 20b, 20c, . . . may be transmitted to the communication unit 30 via any client terminal device. Camera 24 preferably takes pictures through an optical system. The client-side processing units 22a, 22b, 22c, . . . control the camera 24 based on signals corresponding to operations. The client-side processing units 22a, 22b, 22c, .

The server-side control unit 12 matches the image most similar to the image of the diseased part of the patient or the damaged part of the crop taken by a doctor, medical worker, farmer, etc. from the image group stored in the database unit 14. Search, extract and pull out. The server-side control unit 12 transmits the retrieved images to the client terminal devices 20a, 20b, and 20c via the communication unit 30. FIG. As a result, the server-side control unit 12 can perform disease, sickness, pests or pathogenic bacteria, weeds, plant growth adjustment such as patient's diseased part or crop failure part photographed by doctors / medical workers and farmers etc. The current status of spreading can be easily identified and diagnosed. The server-side control unit 12 also provides drug identification information such as medicines and agrochemicals linked to the extracted representative image, usage information of the medicines and agrochemicals, and classification information of the medicines and agrochemicals. , and information on patient/crop diseases, illnesses, pests or pathogens, weeds, plant growth regulation, and spread information to the client-side communication units 23a, 23b, 23c, . . .

Specifically, the server-side control unit 12 may perform image matching processing on a single image or a plurality of images of the diseased area of the patient or the damaged area of the crop photographed from different angles. Since the diseased part of the patient and the obstructed part of the crop actually have a three-dimensional shape, the server-side control unit 12 performs image matching processing based on a single image or a plurality of images taken from different angles. By executing this, it is possible to easily identify the crops photographed by a farmer or the like, and the diseases and pests of the crops.

The method of image matching is not particularly limited. For example, feature-based matching, which extracts feature points such as edges and corners from an image and calculates the feature value from the surrounding area, performs matching between images and judges. Area-based matching, in which a similar area is found and judged by performing point-by-point comparison with an image to be searched, prepared as a template, can be mentioned, but any of them may be used.

These files 14a to 14g and stored images are all or optionally partly associated with each other so that common items can be searched in the table data of each file. An example relationship is illustrated in FIG.

In FIG. 2, the drug identification information file 14a can be mutually referenced with the usage information file 14b, and the usage information file 14b can be mutually referenced with the disease and pest weed file 14c, the mixed use information file 14d, and the crop name file 14f. The mixed use information file 14d can be mutually referenced with the mixed crop name file 14e, and the biopesticide use propriety information file 14g can be mutually referenced with the disease and pest weed file 14c and the mixed use information file 14d. is an example associated by

In the fields of each file,
The drug identification information file 14a and the usage information file 14b have the registration number item in common.
The usage information file 14b and the pest and weed file 14c have common items of pest and weed names,
The usage information file 14b and the mixed use information file 14d have the crop name and pesticide name items in common.
The mixed crop name file 14e and the mixed crop information file 14d have common crop name items.
The usage information file 14b and the crop name file 14f have common crop name items.
The mixed use information file 14d and the crop name file 14f have the crop name item in common.

In the database portion 14, these files may be inverted files. The inverted file prepares a list of pointers indicating the positions in the database of all records to which the index term is assigned under a specific index term (eg, pesticide, active ingredient, RAC code, crop, etc.). , and a pointer table that is a list of pointers (not shown). First, an index term is given to each record, and then it is reversed to create a list of pointers for each index term. .

Each file 14a to 14g in the database unit 14 contains registered pesticide information sent by the Japan Agricultural Industry Association and the Independent Administrative Agency Agriculture, Forestry and Fisheries Food Safety Technology Center (FAMIC), and items related to mixed use It is built by manually inputting information obtained by cultural associations and Assist Systems Co., Ltd. from agriculture-related organizations and pesticide manufacturers, or automatically inputting update items by matching each record item, and updating it daily as necessary. Also, the biopesticide use suitability file 14g is constructed by inputting information obtained from the Japan Biocontrol Council.

The display unit 11 of the drug candidate search database server device 10 performs operations for adding, deleting, and modifying the contents of the database unit 14 for searching drug candidates, visualizes the operation contents, and serves as a server-side communication unit. It is for displaying the progress of 13, and liquid crystal panel displays and organic electroluminescence (EL) panel displays can be mentioned.

The storage unit 15 of the drug candidate search database server device 10 stores an execution program for adding/deleting/modifying the contents of the database unit 14, an execution program for transmission/reception by the server-side communication unit 13, and an execution program for displaying on the display unit 11. , identification information for identifying and recognizing the drug candidate search database server device 10 itself and the client terminal devices 20a, 20b, . . .

The database unit 14 and the storage unit 15 are composed of non-volatile storage media such as read-only memory (ROM), flash memory, and hard disk. Further, the storage unit 15 may be composed of a volatile storage medium such as a random access memory (RAM) or a register.

The operation unit 16 of the drug candidate search database server device 10 is for performing operations for inputting commands for controlling the server-side processing unit 12, and includes, for example, a keyboard, numeric keypad, mouse, and touch panel.

The drug candidate search database server device 10 may have a backup server device (not shown) that makes a backup copy of its database section 14 .

On the other hand, the client-side processing unit 22a in the client terminal device 20a searches for drug candidates in the database unit 14 of the drug candidate search database server device 10 via the communication line 30, displays the results, and displays the drug candidates. For example, it controls to display the usage and dosage, and has a CPU as exemplified by the server side processing unit 12, and may be an IC, LSI, or ASCII. may be a part.

The display unit 21a of the client terminal device 20a displays an operation screen when performing operations such as searching for drug candidates in the database unit 14, displaying the results, and displaying application information of the drug candidates, such as usage and dosage. , and the content of the operation, drug candidate search results, and application information results.

The storage unit 25a of the client terminal device 20a stores a program for searching drug candidates in the database unit 14, displaying the results, and displaying the application information results of the drug candidates, or storing them via a communication line 30, for example, the Internet. , and identification information for identifying and recognizing the client terminal device 20a are stored. The storage unit 25a may be a non-volatile or volatile storage medium, like the storage unit 15 illustrated.

The operation unit 26a of the client terminal device 20a includes a keyboard, a numeric keypad, a mouse, a touch panel, etc., in the same manner as the operation unit 15 exemplified.

The client terminal devices 20a, 20b, 20c, . Like the client terminal device 20a, it may be a personal computer or a laptop computer, and like the client terminal device 20b, a tablet terminal, a smart phone, or a mobile phone having a display/operation unit 21b in which a display unit and an operation unit are integrated. may be

The drug candidate search system 1 may be connected via a communication line 30 to external server devices 40a, 40b, .

The server-side processing unit 12 may acquire, via the server-side communication unit 13 , an image of crops photographed by a farmer or the like. The server-side processing unit 12 may perform image matching between an image of crops photographed by a farmer or the like and a group of images of crops stored in the database unit 14 . In this case, the client terminals 20a, 20b, 20c, . The camera 24 takes pictures through an optical system. The client-side processing units 22a, 22b, 22c, . . . control the cameras based on signals corresponding to operations. The client-side processing units 22a, 22b, 22c, . The camera 24 may be mounted on any one of the client terminals 20a, 20b, 20c, .

For example, the server-side control unit 12 extracts from the image group stored in the database unit 14 an image that is most similar to an image of crops taken by a farmer or the like. The server-side processing unit 12 transmits the extracted images to the information terminals 20a, 20b, . As a result, the server-side processing unit 12 can easily identify the crops photographed by a farmer or the like, and the diseases and pests of the crops. Further, the server-side processing unit 12 transmits the extracted crop information and crop disease and pest information to the information terminals 20a, 20b, .

For example, the server-side processing unit 12 may perform image matching processing on a single crop or a plurality of images captured from different angles. Since crops have a three-dimensional shape, the server-side processing unit 12 performs image matching processing based on a single image or a plurality of images photographed from different angles to obtain crops photographed by a farmer or the like. , crop diseases and pests can be easily identified.

The server-side communication unit 13 transfers information received from the information terminals 20a, 20b, . The server-side communication unit 13 transmits various kinds of information that the server-side processing unit 12 has acquired from the database unit 14 to the information terminals 20a, 20b, . . . that have transmitted the request information. The server-side communication unit 13, for example, transmits diagnostic information, pest control information, pest control information using natural enemies of pests such as pests, registered pesticide information, fungicide information, and pesticide application equipment information to the information terminal 20a. - Send to 20b. These pieces of information are displayed on the display units 21a, 21b, . . . of the information terminals 20a, 20b, . Also, these pieces of information may be transmitted to the information terminals 20a, 20b, .

FIG. 10(a) shows another data structure of records of a table in a mixed use information file 14d' in the database section in another drug candidate search system 1. FIG. As an example, the data structure of usage information indicating contraindications or cautions regarding usage information is shown. In this mixed use information file, the crop name, drug name or active ingredient name, RAC code of the drug or active ingredient, and application restrictions are recorded. The application limitation is any selected from the usage information, but more specifically, the purpose, dose, concentration, frequency of use, limited number of times of use, time of use, place of application, method of use, and the dosage form It can be any one selected, preferably the name of applicable pests and weeds, the amount of dilution multiple used, the amount of spray liquid, and the name of the dosage form. More specifically, the mixed use information file 14d′ records the first group of chemicals or active ingredients (for example, pesticide A for tomatoes and pesticide A for cucumbers), RAC codes, and application limitation data. A second group of drugs or active ingredients (eg, pesticide B for tomatoes and pesticide C for cucumbers), RAC codes and limitation data are recorded. In the mixed use information file 14d', the applicability of mixed use of the first group of chemicals or active ingredients and the second group of agricultural chemicals or active ingredients (for example, the first group of agricultural chemicals A and the second group of agricultural chemicals B for tomatoes) or whether or not the first group of agricultural chemicals A and the second group of agricultural chemicals are suitable for cucumbers) are × (cannot be mixed), ▲ (problem in terms of chemical damage), △ (physical and chemical It is recorded as 〇 (mixed use), etc.

In this way, pesticide A, pesticide B, and pesticide C are recorded in the pesticide identification information file 14a and usage information file 14b (see FIG. 2). As a result, there are many cases where there is no data on the applicability of mixed use of pesticide D and pesticide B to tomatoes. This is because it is not known whether or not all pesticides can be mixed with each other. However, if pesticide A and pesticide D have the same RAC code for a specific crop (for example, tomato) and similar application limitation data, there is a high probability that they are equivalent to the same crop. Extremely high. Therefore, as shown in FIG. 10(a), if pesticide A and pesticide B are unsuitable for mixing tomato, pesticide D having the same RAC code as pesticide A and similar application limitation data is There is a high probability that it is unsuitable for mixing with pesticide A (Fig. 10(b)). Therefore, even if there is a combination not included in the mixed use information file 14d' in another drug candidate search system 1, the pesticide is equivalent to the pesticide included in the mixed use information file 14d', that is, it has the same RAC code and the same application limitation. If pesticides having item data are searched and displayed, drug candidates can be searched by analogy as drugs that are unsuitable for mixing. Conversely, even if there is a combination that is not in the mixed use information file 14d', it is possible to search by analogy with drugs that can be mixedly used in the mixed use information file 14d'.

Such a search for adequacy of mixed use is performed by searching for a drug/active ingredient that can be mixed from the mixed use information file 14d (or 14d') for the applicable crop and/or applicable pest, and the RAC code of the drug/active ingredient, If necessary, application limitations (for example, any selected from usage information, preferably selected from purpose, dose, concentration, frequency of use, limited number of times of use, time of use, place of application, method of use, and the dosage form More preferably, the drug/active ingredient that overlaps with the name of the applicable pest and weed, the amount of dilution multiple used, the amount of spray liquid, and the name of the formulation) is searched from the drug identification information file 14a and/or the usage information file 14b. , may be displayed in the same manner as described above. Conversely, a drug/active ingredient that is unsuitable for mixing or that should be avoided is searched from the mixed use information file 14d (or 14d'), and the drug/active ingredient whose RAC code overlaps with the application restrictions as necessary. The active ingredient may be retrieved from the drug identification information file 14a and/or the usage information file 14b and displayed in the same manner as described above.

In addition, although an example of an agricultural chemical is shown, it may be applied to a pharmaceutical to be administered to a patient. In the case of pharmaceuticals, the advisability of mixed use of pharmaceuticals (e.g., β-agonists: combinations of bronchodilators and catecholamine preparations, combinations of sympathetic nerve agonists and α-blockers, etc.) and drug contraindications (e.g., Anti-pain and anti-inflammatory agents: MSAIDs are contraindicated for peptic ulcers and liver/renal disorders, β-blockers are contraindicated for bronchial asthma and diabetic ketoacidosis, etc.).

More specifically, referring to FIG. 11, the relationship among the individual information of the drug identification information, the usage information, and the classification information in the database section in the drug candidate search database server device in one aspect of the drug candidate search system 1. The relationship between data construction and data search for individual information will be described with reference to a schematic diagram showing .

As a specific example, first of all, if agricultural chemical 1A1 is currently used as _a chemical against pest _1A (eg, powdery mildew) for crop C1 (eg, tomato), resistance will increase if agricultural chemical 1A1 is continued to be used. Since the use of other pesticides must be considered because of the limited number of times and times of use, the use of other pesticides will be explained using an example of searching for such pesticides as drug candidates. The drug identification information, usage information, and classification information have a data construction/data search structure as shown in FIG.

The RAC code for pesticide 1A ₁ is 1a ₁ . Against pest 1A, the next available drug candidates are those with a RAC code _other than 1a1. Therefore _, pesticide _1A3 and pesticide 1A4 for the same pest _1A cannot be the _next drug candidates because they have the same RAC code 1a1 for pesticide 1A1. On the other hand, for the same crop C1, the pesticide 1A2 against the same pest _1A has the RAC code _1a2 , which is different from the RAC code _1a1 of the pesticide 1A1, and therefore can be the _next drug candidate.

Regarding the crop C1, it is not always necessary to prevent and exterminate only the same pest 1A. For the crop C1, it may be necessary to prevent and exterminate a pest 1B different from the pest 1A. For crop C1, pesticide 1B ₁ against such pest 1B cannot be the next drug candidate because the RAC code is 1a ₁ , which is the same as drug 1A ₁ . On the other hand, pesticide 1B ₂ for pest 1B has RAC code 1b ₂ , which is different from RAC code 1a ₁ for pesticide 1A ₁ , so pesticide 1B ₃ for pest 1B has a RAC code different from RAC code 1a ₁ for pesticide 1A ₁ . Being 1b3 _, both could be the next drug candidates for crop C1.

In this way, for crop C1, a group of combinations of drugs and pests can be illustrated as one layer (first layer L ₁ ), and data construction and data retrieval in which the next appropriate drug candidate is found in the same layer. It has a structure.

It is not always the case that the same crops will continue to be grown in the same or neighboring farms and fields. In some cases, crops are changed every year to avoid the effects of continuous crop failure. In addition, since a large number of crops are grown on the same farm or field, different agricultural chemicals must be applied to the cultivation areas for different types of crops, or different agricultural chemicals must be applied to adjacent farms and fields of other people. In some cases, it is desirable to avoid causing a so-called drift phenomenon in which contraindicated pesticides are accidentally applied to neighboring crops during spraying or the like.

In such a case, it is necessary to search for the next available drug candidate for crop C2, which is different from crop C1. Therefore, for crop C1, the RAC code of pesticide 1A ₁ against pest 1A is 1a ₁ , so for crop C2 (eg, cucumber), the drug candidate that can be used next is one with a RAC code other than 1a ₁ . Therefore, for crop C2, pesticide 2A ₁ and pesticide 1A ₃ for pest 2A are the same as RAC code 1a ₁ of pesticide 1A ₁ and cannot be the next drug candidate. On the _other hand, for crop _C2 , pesticide 2A2 against pest 2A has RAC code _2a2 , which is different from RAC code 1a1 of pesticide 1A1, so it can be the _next drug candidate.

Regarding the crop C2, it is not always necessary to prevent and exterminate only the same pest 2A. For the crop C2, it may be necessary to prevent and exterminate a pest 2B different from the pest 2A. For crop C2, pesticide 2B ₁ against such pest 2B has a RAC code of 2a ₁ and cannot be the next drug candidate, like drugs 2A ₁ and 2A ₃ . On the other hand, pesticide 2B ₂ for pest 2B has RAC code 2b ₂ , which is different from RAC code 1a ₁ for pesticide 1A ₁ , and pesticide 2B ₃ for pest 2B has a RAC code different from RAC code 1a ₁ for pesticide 1A ₁ . _2b3 , both could be the next drug candidates for crop C2.

Thus, for crop C2, a group of drug-pest combinations can be illustrated as another layer (second layer L ₂ ), and data construction/ It has a data retrieval structure.

Furthermore, since it is necessary to search for drug candidates for another crop C3, data construction and data of a group of combinations of drugs and pests (for example, pesticides 3A ₁ to 3A ₃ and 3B ₁ to 3B ₃ ) for crop C3 By using a search structure, a group of combinations of drugs and pests can be illustrated as another layer (third layer L ₃ ). A maximum of n types (for example, 10 types) of such a plurality of drugs can be designated to form a data construction/data search structure as if it were an n-th layer.

However, for a plurality of animals and plants to be searched (for example, n types of crops up to a maximum of 10 types) and/or a plurality of pests to be searched (for example, m types of pests up to a maximum of 10 types), search and pick up It may be inappropriate to co-mingle drug candidates with each other. For example, pesticide 1B2 shown in the _first layer L1 for crop C1 and pesticide 2B2 shown in the _second layer L2 for crop _{C2 are} unsuitable for mixing, but for crop C1 in the _first layer L1 and pesticide _2B3 shown in the _second layer L2 for crop _{C2 are} mixed applications, then pesticide 1B2 and pesticide _2B2 are potential drug candidates in terms of RAC codes. However, from the point of view of mixed use, the combination fell out of the list of drug candidates. Agrochemicals 1B3 and _2B3 can be drug candidates from the point of view of the RAC code _, and from the point of view of mixed use, they can also be used as a combination of drug candidates. It is.

As an example of the search process, FIG. 11 shows an example in which crops C1 to C3 are used as keywords for each layer of the first layer L ₁ to third layer L ₃ . is stored as a record structure, a table structure, and/or a relational database structure, rather than stored as data. Therefore, as the first layer L ₁ to the third layer L ₃ , in addition to pesticides, drugs such as pharmaceuticals, or active ingredients of the drugs are used as keywords, in addition to the RAC code, the Japanese standard product number classification (specifically, , drug category, action site/purpose or efficacy, ingredient or action site, application, and ingredient code), drug price standard listed drug code (specifically, drug efficacy, administration route and ingredients, dosage form , standard unit number within the same classification standard classified by them, brand number within the same classification standard unit, classification code consisting of code classified by check digit), JAN (Japanese Article Number) code (specifically, country code , number representing drugs and infected products, classification code consisting of codes classified by uniform product code), HOT number (NHI drug price list drug code), individual drug code, electronic claim processing system code, JAN code Classification code consisting of codes) and pests, and other purposes such as treatment or prevention of diseases, improvement or prevention of diseases, extermination or prevention of pests or pathogens, weed control, plant growth regulation, and spreading, You may make it search a drug candidate.

This makes it possible to perform a mesh-like search among a plurality of layers.

Taking an example of searching for whether a farmer can continue to use a drug currently in use or whether there is another drug to be the next drug candidate, the database server device 10 for drug candidate search and its The used drug candidate retrieval system 1 is used as follows.

FIG. 12 shows a flow chart representing the operation of the drug candidate retrieval system 1 in a simple mode.

First, from the client terminal device 20a, the user logs in to the website of the "drug search screen" of the database server device 1 for drug candidate search. Any one of the icons "crop selection", "pesticide selection", and "active ingredient selection" displayed on the drug search website by the display unit 21a is clicked, pressed, tapped, or An operation such as swiping (hereinafter referred to as an instruction operation) is performed (step S1a). When the "select crop" icon is instructed and operated (step S1a; Y), the corresponding signal is sent via the communication line 30 to the server-side communication unit 13 of the drug candidate search database server device 1, and then to the server. The side processing unit 12 is notified. The server-side processing unit 12 provides website information for the "crop input screen" via the server-side communication unit 13, the communication line 30, the client-side communication unit 23a, and the client-side processing unit 22a. , are displayed on the display unit 21a. When the crop name or its initials are key-inputted or instructed to specify the crop (step S1b) on the "crop input screen", the "pest input screen" is displayed on the display unit 21a as a result of similar transmission and reception. . On the "pest input screen", when a pest name or its initials are keyed in or instructed to specify a pest (step S1c), based on the signal, the crops and pests are used as search instruction information, and the server side processing unit 12, the file in the database unit 14 is searched (step S1d). The search is performed from the drug identification information file 14a, the usage information file 14b as the application file, the pest and weed file 14c, the mixed use information file 14d, the mixed crop name file 14e, the crop name file 14f, and the biopesticide use propriety file 14g as necessary. , search fields containing predetermined items as keywords, extract information on pesticides and/or active ingredients for pests associated with crops and pests and other desired items as necessary, and create a data table It is to create. The results of pesticides and/or active ingredients for pests, strains (RAC codes, chemical structure groups), usages, effects, etc. obtained by the search are transmitted and received, and displayed on the display unit 21a as "drug information for pests". display (S1e).

At this time, restrictions on usage (e.g., duration of continuous use, number of repeated uses or annual use, time of use, applicable soil, applicable area , contraindications, etc.) or whether a pesticide other than the same RAC code should be selected as the next drug candidate.

Restrictions on its usage, and pesticides and/or active ingredients with different RAC codes that should be drug candidates may be called attention by colored characters, coloring, blinking, and the like. It may be displayed for each RAC code, or sorted alphabetically or numerically and displayed, or pesticides and/or active ingredients with different RAC codes to be drug candidates may be displayed at the top.

On the other hand, if the "crop selection" icon is not instructed (step S1a; N) and the "pesticide selection" icon is instructed (step S2a; Y), as a result of similar transmission and reception, the "pesticide input screen ” is displayed on the display unit 21a. When the pesticide name or its initials are keyed in or instructed to specify the pesticide (step S2b), the server-side processing unit 12 similarly searches the files in the database unit 14 based on the signal (step S2c). ). The results obtained by the search, such as crops, applicable pests, active ingredients, strains (RAC code, chemical structure group), usage, effects, etc., are transmitted and received, and displayed as "drug information for pests" on the display unit 21a. (step S2d).

At this time, from the information of the specified pesticide system (RAC code, chemical structure group), search for the pesticide containing the same active ingredient that should not be used as the next candidate, or the pesticide with the same RAC code or the active ingredient, or the propriety of use , whether or not it violates the restrictions on usage, and whether or not it is suitable for crops.

On the other hand, if the icon for "pesticide selection" is not instructed (step S2a; N) and the icon for "active ingredient selection" is instructed (step S3a; Y), as a result of similar transmission and reception, "active ingredient screen” is displayed on the display unit 21a. When the name of the active ingredient or its initials is keyed in or instructed to specify the pesticide having that active ingredient, the server-side processing section 12 similarly searches the files in the database section 14 based on the signal (step S3b). The results of the search, such as crops, applicable pests, pesticides, strains (RAC codes, chemical structure groups, etc.), usage, effects, etc., are transmitted and received, and displayed on the display unit 21a as "drug information for pests." (step S3c).

At this time, from the information of the specified active ingredient system (RAC code, chemical structure group), search or use the pesticide containing the same active ingredient that should not be used as the next candidate, or the pesticide with the same RAC code, or the active ingredient It can be examined by judging suitability, judging whether it violates restrictions on usage, judging suitability for crops, and so on.

Based on this RAC code, in order to search for drugs or active ingredients that have the same RAC code as displayed in the "drug information for pests" (steps S1e, S2d, S3c), enter or instruct the RAC code. By the operation (step S4a; Y), similarly, a search is performed to extract drugs and/or active ingredients having that RAC code and other information as necessary (step S4b). The results of pesticides and/or active ingredients, usage, effects, etc. for pests obtained by the search are transmitted and received, and displayed as "drug information for pests" on the display unit 21a (S4c).

At this time, pesticides or active ingredients having the same RAC code can be displayed as drug candidates, and their usages can be displayed as indicators for selecting drug candidates.

After the display (S4c), or when you do not want to search with this RAC code (step S4a; N), when you want to search again with the obtained information, or when you want to narrow down the search again (step S4d; Y) returns to step S1a again and repeats until desired information is obtained. When the desired information is obtained, the search is terminated without re-searching (step S4d; N).

Although FIG. 12 shows an example of performing a simple drug candidate search, in practice, it is desirable that the system be capable of searching and displaying various information desired by farmers in the field. Therefore, as a practical drug candidate search system 1, multiple examples of different embodiments are shown in FIGS. 13 to 16. FIG. FIG. 17 shows an outline of a search procedure for drug candidate search. In accordance with the flow charts of FIGS. 13-16, screen examples of actual major websites are shown in FIGS. 18-27 for reference.

FIG. 13 shows operations in the drug candidate search system 1, which is another embodiment, and a website map displayed on the display unit 21a of the client-side terminal device 20a. Since the search method and display method are the same as those described above, the detailed description will be omitted and the website map will be described below.

Operating the operation unit 26a of the client terminal device 20a, starting up a search engine on the communication line 30, for example, the Internet, identifying the identification information assigned to the terminal device 20a and the drug candidate search website of the drug candidate search database server device. The request information for the “top screen” is transmitted to the drug candidate search database server device 10 via the server side communication section 13 thereof using the communication line 30 via the client side communication section 23a. The communication units 13 and 23a communicate via the communication line 30 based on TCP (Transmission Control Protocol) and IP (Internet Protocol). The drug candidate search database server device 10 transmits the "top screen" of the website, and the client terminal device 20a receives it and displays the screen screen of the "top screen" G1 shown in FIG. ) is displayed on the display unit 21a.

If you select any of the icons "search by crop name", "search by pesticide name", or "search by type of pesticide" in the "search for registered pesticides corner" screen G2 (see Fig. 19(a)), " A crop name input screen G3a (see FIG. 19(b)), an agricultural chemical name input screen, and an active ingredient input screen appear.

When the kana initial of the crop name to be searched for, such as "to" is specified (or the kana character is input) from the "kana letter" icon on the "crop name input" screen G3a, the "crop starting with the kana initial" screen, such as " "Crops starting from "" screen (see FIG. 19(c)) appears. When a crop name to be searched for, for example, "tomato" is designated from the "crop name" icon, the "target selection for crop" screen G4 (see FIG. 20(a)) appears.

From the respective icons of "disease", "pest", "weed control", "plant growth adjustment", and "spreading agent" on the "target selection for crops" screen G4, for "disease" and "pest", disease input/selection, " While inputting and selecting pests for "pests", if you specify the target you want to search, a specific target for the selected crop (for example, tomato), for example, a disease ), icons of ``disease names'' such as ``wilt'', . Then, for all the pesticides that are effective against the selected disease of the selected crop, for example, "tomato/wilt disease", "Usage", "type of pesticide", and "number of times of use by ingredient" are displayed in a layer "List of pesticides for selected crop/selected disease" ' screen G5a (see FIG. 21(a)) appears. For all pesticides that are effective against the selected disease of the selected crops, the "Usage" layer screen G5a displays the name of the pesticide, the display of deleterious/poisonous substances, crops, and usage (dilution factor/dispersion amount, timing of use, number of times of use, method of use). is displayed in a list, and the layer screen G5b (see FIG. 21(b)) of "type of pesticide" displays a list of pesticide names, common names, strains (RAC codes, chemical structure groups), and effects. The layer screen G5c (see FIG. 22(a)) of "Number of times of use" displays a list of pesticide names, active ingredients, and the number of times of use.

As a result, a list of pesticides and methods of use for improvement and extermination of the pests can be displayed. In addition, on the layer screen G5b (see FIG. 21(b)) of "type of pesticide", pesticides for improvement and extermination of diseases and pests and RAC codes are written together. In addition, when a pesticide with a different RAC code should be selected, it is possible to quickly and reliably determine which pesticide to use at a glance.

In the layer screens G5a-b (see FIGS. 21(a) and (b)), when the icon "apply to all" attached to each pesticide name line is operated, the "selected crops and non-selected "Applicability table of crops" screen G6 (see Fig. 22(b)) appears, and the adaptation table (selected crop name and non-selected crop name, applicable pests, (purpose), dilution ratio, (spray amount), use period, number of times of use, method of use, active ingredient and its total possible number of times of use, applicable zone if necessary) are listed.
As a result, it is possible to make a list of crops that can be used with the agricultural chemical for improvement and extermination of the disease and pests, usage methods, and usage restrictions, and to quickly and reliably judge.

When an icon of "active ingredient", for example, "active ingredient a" displayed on at least one of the layer screens G5a to G5c and/or the screen G6 (see FIG. 22(b)) is instructed and operated, a "pesticide name list" is displayed. A screen G7a (FIG. 22(c)) appears, and all pesticide names containing "active ingredient" such as "active ingredient a" are displayed.

When any of the "pesticide name", for example, "product name I" icon in the "pesticide name list" screen G7a (Fig. 22(c)) is instructed and operated, the "selected pesticide application table" screen G8 (Fig. 23 ( b)) appears, and for the selected pesticide, such as "trade name I", the name of applicable crops that can be used for the selected pesticide, the name of applicable pests, usage (e.g. (purpose), dilution ratio, (amount of spray solution), time of use , number of times of use, method of use, (applicable zone), active ingredient and its total possible number of uses) are listed.

When the "Brand/toxicity" icon displayed on the "Applicability table of selected crops and non-selected crops" screen G6 (Fig. 22(b)) is instructed, the selection applied to the selected crops/selected pests is selected. The "Brand/Toxicity List" screen G7b (see Fig. 23(a)) appears for pesticides, and regardless of crops, a table of common names, product names, types, number of mixtures, uses, formulation names and formulation toxicity, and registration numbers are displayed. - A table of brand names and manufacturer names, and a table of active ingredients, active ingredients in the total number of times of use, concentration, application, system (RAC code, chemical structure group), efficacy, toxicity, and fish toxicity are displayed. When the icon of "all application" for each brand is designated and operated, the above-mentioned "selected pesticide application table" screen G8 (see FIG. 23(b)) appears.

When the icon of "Ingredients/Toxicity" displayed on the "Applicability Table of Selected Pesticides" screen G8 (see FIG. 23(b)) is operated, the "Ingredients/Toxicity List" screen G9 (FIG. 24(a)) for the selected drug is displayed. ) appears, regardless of the crop, registration number, generic name, trade name, brand name, type, (manufacturer), number of mixtures, application, dosage form name, formulation toxicity table, active ingredient, total number of times of use Tables of active ingredient, concentration, use, strain (RAC code, chemical structure group), potency, toxicity, fish toxicity are displayed.

This retrievability is accomplished by linking drug identification information, usage information, and classification information together. From these, it is possible to make a list of crops that can be used with the agricultural chemical for improvement and extermination of the disease and pests, usage, and restrictions on usage, and to quickly and reliably judge. In this way, it is possible to directly or indirectly reverse-search at least one of the target animal and plant and the purpose and usage based on any one of the drug or the active ingredient contained therein and the RAC code. can.

Pointing operation to the "RAC code" icon, for example, "I:8F" on the "Brand/toxicity list" screen G7b (see Fig. 23(a)) and the "Ingredients/toxicity list" screen G9 (see Fig. 24(a)) Then, the "pesticide ingredient of RAC code" screen G10 (see FIG. 24(b)) appears, and active ingredients of the same RAC code are displayed regardless of the crop.

As a result, it is possible to know quickly and reliably which drugs have the same RAC code in order to avoid continuous use of the same type of drugs and rotate them for the improvement and extermination of the pests.

"Selected pesticide application table" screen G8 (see FIG. 23(b)), "ingredient/toxicity list" screen G9 (see FIG. 24(a)), and "RAC code pesticide ingredients" screen G10 (see FIG. 24(b)) ), when an icon of "active ingredient name", for example, "active ingredient a" is indicated and operated, the screen returns to the "pesticide name list list" screen G7a (see FIG. 22(c)).

On the other hand, when the icon of "Registered pesticide for crop/pest" on the "select target for crop" screen G4 (see FIG. 20(a)) is operated, or the "type of pesticide" layer screen G5b (see FIG. 21 (b)) or when the icon of "Registered pesticides of the relevant crop/pest" on the layer screen G5c of the "Number of times of use by component" (see Fig. 22(a)) is operated, the "List of registered pesticides of the relevant crop/pest" is displayed. ' screen G11 (see FIG. 24(a)) is displayed. When the name of the pesticide is selected and instructed, the screen returns to the "application table for selected crops and non-selected crops" screen G6 (see FIG. 22(b)).

An example of selecting a crop on the "crop name input" screen G3a in the "registered pesticide search corner" screen G2 (see FIG. 19(a)) is shown. (not shown because it is a simple input screen)), in the same way as for "crop name input", if you specify the kana initial of the pesticide name you want to search from the "kana character" icon (or input kana characters), "Kana initial Agrochemicals starting with” screen appears. When the name of the pesticide to be searched is specified from the "pesticide name" icon, the "selected pesticide application table" screen G8 is displayed. In addition, on the "active ingredient name input" screen (not shown because it is the same input screen as in Fig. 19(b)), similarly, from the "kana/alphanumeric character" icon, enter the first letter of the active ingredient name in kana or alphanumeric characters. When the first letter is specified (or the kana character is input), the "active ingredient starting with the first letter of kana or alphanumeric characters" screen appears. When an active ingredient name to be searched for is designated from the "active ingredient name" icon, a "pesticide name list" screen G7a is displayed. Thereafter, the desired search can proceed in the same manner as described above.

As another embodiment of the drug candidate search system 1, in addition to the function of the website map shown in FIG. 13, as shown in FIG. 14, additional searches may be made for a plurality of crops. As shown in FIG. 14, which partially omits the part common to FIG. In the "list of pesticides for selected crops/selected diseases" screen G5, the layer screen G5a of "usage" (see FIG. 21(a)), the layer screen G5b of "type of pesticide" (see FIG. 21(b)), or When selecting the layer screen G5c (see FIG. 22(a)) of "Number of times of use by ingredient", the icon of "Add crop" is instructed, and the already searched result, for example, "Tomato/wilt disease" is further added to " The search can be repeated and further refined by adding types such as "crop", for example, "cucumber" and "eggplant" to make it more realistic. Although an example of sequentially searching for a plurality of crops has been shown, it is also possible to search for a plurality of crops at once by performing an AND search using the keywords of the search request information (not shown). Up to 10 kinds of “crops” can be added, and the search is repeated each time. By searching for a plurality of crops, it is possible to avoid unexpected chemical damages or failure to ship products when the residual pesticide test value exceeds the regulation even if the drift phenomenon occurs.

As another embodiment of the drug candidate search system 1, in addition to the function of the website map shown in FIG. 13, as shown in FIG. When selecting "disease" and "pests", if you operate the icon of "pesticides that can be used in multiple ways", it indicates whether the pesticide is effective against multiple diseases or pests for the selected crop. For example, the screen G12a (see FIG. 26(a)) of "pesticide that can be used in multiple ways; pesticide-disease list" for "disease of tomato", or "pesticide that can be used in multiple ways; pesticide" for "pests of tomato" - List of pests” screen G12b (see FIG. 26(b)) is displayed.

The list of these screens G12a and G12b (see FIGS. 26(a) and (b)) includes a drug identification information file 14a, a usage information file 14b as an application file, a pest and pest file 14c, a mixed use information file 14d, and a mixed crop name file 14e. , from the crop name file 14f, create a data table of all the pesticides listed in the database and all the pests listed in the database, extract pests that can be improved or exterminated with that pesticide for each pesticide, and mark is as shown in According to this, in those tables, pesticide names are listed in the vertical frame and disease names are listed in the horizontal frame, indicating whether the pesticide is effective against multiple diseases or multiple pests for the selected crop. , and overuse of pesticides can be avoided by judging that pesticides with the same efficacy should not be used more than once.

On the screen G12a (see FIG. 26(a)) of "agricultural chemicals that can be used in multiple ways; pesticides-disease list" screen G12a (see FIG. 26(a)), if the icon of the "disease name" of the crop, for example, "wilt disease" for tomato is instructed and operated, the above-mentioned Returning to the "Usage" layer screen G5a, and instructing the icon of the pesticide name, for example, "pesticide A" or the ● mark in the table, it returns to the "applicability table of selected crops and non-selected crops" screen G6 for that pesticide. . The same applies to the "pesticides that can be used in multiple ways; list of pesticides-pests" screen G12b (see FIG. 26(b)).

As another embodiment of the drug candidate search system 1, in addition to the website map shown in FIG. 13, as shown in FIG. b)), when the icon of "mixed use case" displayed in ) is indicated, if the selected agricultural chemical is used with other mixed agricultural chemicals on the case crop, it is possible to mix (or can be mixed under certain conditions) ), a list screen G13 (see FIG. 27) of "Pests/Pesticides for Mixed Use; Applicability for Mixed Use - Case Crops" is displayed as to whether there is a problem with mixed use or whether mixed use is not possible. According to this, in those tables, for each pesticide, example crops for each mixed pesticide and the adequacy of mixed use are listed, and for a certain pesticide, for a selected crop, a specific other pesticide is effective. It is possible to judge whether pesticides can be mixed and used.

On the list screen G13 (see FIG. 27) of the list screen G13 of "pests/mixed pesticides; mixing applicability - case crops", when the icon of the mixed pesticide name for the crop, such as "Medicine B" is instructed, the "selected crop and Return to the non-selected crop application table screen G6 (see FIG. 22(b)).

This list G13 (see FIG. 27) is associated from the drug identification information file 14a, the usage information file 14b as the application file, the pest and pest file 14c, the mixed use information file 14d, the mixed crop name file 14e, and the crop name file 14f. A data table is created and displayed from mixed use items consisting of data such as the adequacy of mixed use in tens of thousands of combinations of the drug/active ingredient of agricultural chemical 1 and the drug/active ingredient of agricultural chemical 2 in the mixed use information file 14d. It is.

Among the websites shown in FIGS. 13 to 16, the layer screen G5a of "How to use" (see FIG. 21(a)), the layer screen G5b of "Types of agricultural chemicals" (see FIG. 21(b)), number of times" layer screen G5c (see FIG. 22(a)), "selected crops and non-selected crops application table" screen G6 (see FIG. 22(b)), "selected pesticide application table" screen G8 (see FIG. 23(b)), in the "list of registered pesticides for the relevant crops/pests" screen G11 (Fig. 25(a)), when the icon of "download application table" is instructed, for example, all the application tables of the pesticide are displayed. , Excel (trade name; registered trademark of Microsoft Corporation), and displayed on the display unit 21a.

According to the drug candidate search database server device 10 and the drug candidate search system 1 using it, as shown in FIGS. Based on the search instruction information of at least one of the name and/or the name of the active ingredient and the classification code, the database unit is searched and the desired item is extracted, so that a plurality of drug candidates can be searched. However, it is greatly different from a normal database in which one candidate is narrowed down from one search instruction information. In particular, when a pesticide with a different RAC code should be selected based on the classification code, such as the RAC code, in order to avoid repeated use of the same type of drug, the same RAC as the drug currently in use and having the same efficacy and efficacy Multiple drugs with different RAC codes can be retrieved and displayed as drug candidates while the drug with the code is displayed.

In addition, drugs currently in use and / or not currently in use but with a history of use and / or active ingredients used or history of use (target animals and plants, dose, concentration, frequency of use, limit of use, The time of use, place of application, method of use) may be used as search instruction information (not shown). In this case, the current or past usage history is stored in the storage unit 25a of the client-side terminal device 20a, or is stored in the storage unit 15 of the database server device 10 in accordance with an instruction from the client-side terminal device 20a. Based on the information, a search may be performed as search instruction information. From the drugs extracted by sequentially searching each item of the usage history, drugs that conflict with usage restrictions are sequentially excluded (for example, the usage history, specifically, the date difference between multiple usage periods and the search time is calculated Then, calculate the total number of times of use in multiple periods and the number of times of use each year, and identify drugs that conflict with usage restrictions in terms of target animals and plants, dosage, concentration, frequency of use, restricted number of times of use, time of use, applicable place, and method of use. (Sequential exclusion), or by collectively AND-searching at least one or more or all of these items in the usage history, sequentially removing drugs that conflict with usage restrictions, and if necessary, limiting to drugs with different RAC codes. may display only available drug candidates.

For example, the animal or plant is a crop, the drug is an agricultural chemical, and the database server device for drug candidate retrieval determines, based on the history information, the applicable drug within the range of usage restrictions in the usage information and/or A drug candidate retrieval system may be configured to include said server-side processing unit for retrieving said applicable active ingredient.

Alternatively, the animals and plants are crops, the target animals and plants are a plurality of crops, and the drug is an agricultural chemical, and the database server device for drug candidate retrieval is the applicable drug and/or for all of the plurality of crops. Alternatively, the drug candidate search system may be configured to include the server-side processing unit that searches for the applicable active ingredients.

13 to 16 show an example in which the websites can be sequentially searched, but the websites may be searched in reverse order or directly.

In FIGS. 13 to 16, crops, drugs or active ingredients, and information about them are used as search instruction information. The propriety of use of each of the biopesticides against any one of the biopesticides selected from the natural enemies is stored as the biopesticide use propriety file 14g (see FIG. 2), so that the applicable pesticides and / Or, based on the applicable active ingredients, the propriety of using biopesticides may be further narrowed down as search instruction information. The biopesticide use propriety file 14g contains the type of pesticide (chemical pesticide) and the effect of each biopesticide on eggs, larvae, pupae, adults, mummies, and colonies of natural enemies of insects, and the effect on conidia, spores, spores, and fungi. The propriety of using biopesticides is displayed in a table format for items such as (see FIG. 29). They may be associated with each other so that the propriety of use of biopesticides can be retrieved from the pesticides or active ingredients to be used, and may be further associated with RAC codes as necessary.

Each of the files 14a-14g in FIG. 2 enables complex searches by linking and storing drug identification information, usage information and classification information.

Another aspect of a more specific drug candidate search system is
At least one of the type of animal or plant, the purpose, the usage, the name of the drug and/or the name of the active ingredient, and the classification code, in order to allow the server-side processing unit to search the data. a client-side communication unit that transmits a signal based on the search instruction information of to the drug candidate search database server device and receives a signal of the data from there; a client-side processing unit that controls transmission and reception and display of the data; a display device for displaying the contents of the name and the classification code of the applicable drug and/or the applicable active ingredient, or the contents of the purpose and/or the usage thereof, from the data; The client terminal device having
The database unit stores mixed use information indicating whether or not mixed use is appropriate for each case of target animals and plants between a plurality of the drugs and/or the active ingredients,
the animals and plants are crops, the target animals and plants are a plurality of crops, and the chemical is an agricultural chemical;
The drug candidate search database server device has the server-side processing unit that searches for the applicable drug and/or the applicable active ingredient for all of the plurality of types of crops,
Searching for the drug and/or the active ingredient applied to the disease, the disease, the pest, the pathogen, the weed to be controlled, the plant growth regulation, and/or the spread of each of the plurality of crops searching for the classification code for the drug and/or the active ingredient, extracting the different classification codes for the plurality of crops from among them, and extracting another drug and/or the effective ingredient having the different classification code In addition to searching for ingredients, reverse search is performed for at least one of the same or different target animals and plants and the purpose for the different drugs and/or active ingredients from the different classification codes, and contraindications for their combination. Appropriateness is checked based on the mixed use information, and drug candidates that can be used in combination are selected and displayed.

An example of procedures for searching for drug candidates using this aspect of the drug candidate search system will be described with reference to FIG. For the sake of convenience, reference numerals are shown in accordance with FIG.

As a specific example, as shown in FIG. 17, first of all, for a crop C1 (for example, tomato), if pesticide 1A1 is currently used as a chemical against pest _1A , another crop C2 (for example, cucumber) It will be explained with an example to investigate whether it can be used for the crop C2 or whether it does not cause the drift phenomenon even if it is not used directly for the crop C2.

Using this drug candidate search system, pesticide 1A ₁ , pesticide 1A ₂ , and pesticide 1A ₃ are obtained as a primary search and displayed on the screen as pesticides against pest 1A for crop C1. The RAC code for pesticide 1A ₁ is 1a ₁ . On the other hand, pesticide 1A ₂ can be a drug candidate because the RAC code 1a ₁ is different from pesticide 1A ₁ . Pesticide 1A ₃ cannot be a drug candidate because RAC code 1a ₁ is the same as pesticide 1A ₁ . Therefore, pesticide 1A2 is obtained as a primary search result and displayed on the screen (see _FIG . 13).

Using this drug candidate search system, similarly for crop C1, pesticide 1B ₁ (RAC code 1a ₁ ) cannot be a drug candidate as a drug against another pest 1B, but pesticide 1B ₂ (RAC code 1b ₂ ) and pesticide 2B ₂ (RAC code 2b ₂ ) are potential drug candidates because their RAC codes differ from pesticide 1A ₁ . Therefore, pesticide 1B2 and pesticide 2B2 _are obtained as _secondary search results and displayed on the screen (see FIG. 13).

Using this drug candidate search system, it is also possible to search for other crops. For the crop _C2 , the pesticide 2A1, pesticide 2A2, and pesticide 2A3 are obtained as a primary search and displayed _on the screen as pesticides against _another pest 2A. _The RAC code for pesticide 1A1 for crop C1 was _1a1 . On the other hand, pesticide 2A ₁ cannot be a drug candidate that can be used for crops C1 and C2 because RAC code 1a ₁ is the same as pesticide 1A ₁ , but pesticide 2A ₂ and pesticide 2A ₃ have RAC code 2a ₁ Because it is different from 1A1, it can be _a drug candidate. Therefore, pesticide 2A ₂ and pesticide 2A ₃ are obtained as tertiary search results and displayed on the screen.
Similarly, for crop C2, pesticide 2B ₁ (RAC code 2a ₁ ) and pesticide 2B ₂ (RAC code 2b ₂ ) can be drug candidates for another pest 2B because their RAC codes are different from pesticide 1A ₁ . , pesticide 2B ₃ (RAC code 1b ₁ ) is not a drug candidate because the RAC code is the same as pesticide 1A ₁ . Therefore, pesticide 2B ₁ and pesticide 2B ₂ are obtained as the quaternary search result and displayed on the screen (see FIGS. 13 to 15).

By using this drug candidate search system, it is possible to search for drugs that can be used in combination by checking whether they are suitable for use in combination. For the crop C1, when _a reverse search is performed for purposes and crops to which the pesticide 1A1 can be applied, for example, when _a reverse search is performed for crops, crops C3 (cucumber), crop C4 (strawberry), etc. are hit as crops to which the pesticide 1A1 can be used. A pesticide 2B ₁ (RAC code 2A ₁ ) or pesticide 2B ₂ (RAC code 2b ₂ ) that can be used is searched for each crop. This result is obtained as a higher order search result. The search results obtained for this crop C3 (cucumber) are applied to the list of adequacy of mixing with pesticide 2B ₁ and pesticide 2B ₂ obtained against pest 2B for crop C2 (for example, also cucumber) searched earlier. When performing _a matching comparison search, it is determined that pesticide 2B1 is unsuitable for mixed use and pesticide _2B2 is suitable for mixed use. Therefore, the pesticide 2B2 is obtained as a higher _- level search result and displayed on the screen (see FIGS. 13 to 16).

On the other hand, when the search results obtained for the crop C4 are applied to the previously searched crop C1 (tomato) list of adequacy of mixing with the pesticide 1B ₂ and the pesticide 2B ₂ obtained for the pest 1B, It is determined that pesticide _1B2 is unsuitable for mixed use and pesticide _2B2 is suitable for mixed use. Therefore, the pesticide 2B2 is obtained as a higher _- level search result and displayed on the screen (see FIGS. 13 to 16).

In this way, by using the drug candidate search system, advanced searches are possible, and drug candidates that can be used for multiple crops and purposes are searched and displayed, and even without specialized knowledge, appropriate drug candidates can be obtained. drug candidates can be selected and used.

We explained an example of searching and displaying drugs/active ingredients in order to examine the applicability, contraindications, and avoidance of mixing drugs/active ingredients using a drug candidate search system. Any biological pesticide selected from beneficial insects, beneficial birds, beneficial nematodes, beneficial fungi, and natural enemies of the pests in the biopesticide use suitability file 14g (see FIG. 2) to examine the applicability, contraindications, and avoidance of mixing with may be retrieved and displayed using the data on the propriety of use for each drug.

2 to 29 show examples in which the animals and plants are crops and the chemicals are pesticides, but the animals and plants may be animals such as patients, livestock, and pets, and the chemicals may be pharmaceuticals. In the case of pharmaceuticals, they are classified by codes such as Japan Standard Commodity Number Classification, Drug Price Listed Drug Code, JAN Code, HOT Number, Individual Drug Code, Receipt Computer Processing System Code, and JAN Code. There may be.

The drug candidates may be displayed by sequentially narrowing the search range by giving an instruction to add a plurality of crops in sequence, or by giving an instruction to add a purpose and displaying the drug candidates in an enumerated manner. can be

Using this drug candidate search system, combinations of drugs and active ingredients that are recorded in the drug identification information file 14a and the usage information file 14b (see FIG. 2) but not recorded in the mixed use information file 14d are retrieved. , from the combination of drugs/active ingredients recorded in 14d where mixed-use information is present, analogy may be applied for retrieval. Specifically, for applicable crops and/or applicable pests, search for drugs/active ingredients that can be mixed from the mixed use information file, and duplicate the RAC code of the drug/active ingredient and, if necessary, the application restrictions. The drug/active ingredient to be used may be searched from the drug identification information file 14a and/or the usage information file 14b and displayed as a drug candidate. As a result, it is possible to objectively and accurately judge and display the appropriateness of mixed use.

Application to at least one purpose selected from treatment or prevention of disease, amelioration or prevention of disease, extermination or prevention of pests or pathogenic bacteria, control of weeds, regulation of plant growth, and spreading using this drug candidate search system Drug identification information including the name of the drug and/or the name of the active ingredient contained in the drug, and the purpose, target animals and plants, efficacy, efficacy, dosage, concentration, frequency of use, and limited number of times of use of each of the drugs , timing of use, place of application, method of use, dosage form, designation of deleterious or poisonous substance, toxicity, and contraindications, and equivalent efficacy of the drug and/or the active ingredient When retrieving classification information including a classification code indicating sex, conditions such as animal and plant diseases, diseases, pests or pathogens, weeds, plant growth regulation, or spreading are compared with pre-stored representative images. By searching, extracting and retrieving the closest or most likely stored image by matching, and displaying the drug specific information, usage information, and classification information linked to the retrieved image, it is possible to find the most suitable disease. It can treat or prevent, ameliorate or prevent disease, control or prevent pests or pathogens, control weeds, regulate plant growth, and spread.

Specifically, as in the menu selection top screen G14 in FIG. 28-1, text icons such as "modern agriculture (book title)", "pests and diseases/weeds", "registered pesticide information", etc. are displayed.

When the ``Pests/Weeds'' icon is instructed and operated, ``Disease/Pest Diagnosis'', ``Weed Diagnosis and Control'', and ``Elements'' on the list screen G14-2 of the ``Pests/Weeds/Wildlife Harm Comprehensive Table of Contents'' are displayed as shown in Fig. 28-2. Icons of "disaster diagnosis", "major pests of Hokkaido", "utilization of natural enemies", "wildlife damage control", and "pest diagnosis and control detailed menu" are displayed. If you select "Disease/Pest Diagnosis" from among them and perform an instruction operation, you can enter the initials of "crop name" as shown in Fig. 28-3, or enter "[Picture table of contents] Search from the site of occurrence and characteristics of symptoms". A crop search screen G14-3 appears.

For example, if you specify the initial letter "to" of "tomato" by inputting the initial letter of "crop name" on the crop search screen G14-3, the crop of "crop starting with "to" will be displayed as shown in Fig. 28-4. A display screen G14-4 appears. When "tomatoes" on the crop display screen G14-4 is designated and operated, a disease/pest screen G-5 of "tomato disease/pests" appears as shown in FIG. 28-5. Representative photographs of various diseases and pests and the names of the diseases and pests are shown there.

On the disease/pest screen G14-5, if a representative photograph of a disease/pest or an icon of a disease/pest name, for example, ``wilt disease'' is selected as the control method screen, the screen will appear as shown in FIG. <Diagnosis> Tomato bacterial wilt” diagnosis screen G14-6 appears. On the diagnosis screen G14-6, the scientific name of the bacterium causing the bacterial wilt disease, the whole picture or the enlarged picture of the damaged part of the bacterial wilt disease, and their comments appear. Diagnosis points", "Occurrence trends and others", and "Control section" includes "Pathogens and insect ecology, life history", "Conditions that are likely to occur", "Points of countermeasures", "Actual control", "Other precautions", and "Effects". "Determination of" is explained in an easy-to-understand manner. In addition, it is possible to refer to each other with icons of control methods and diagnosis, and as a diagnosis screen, in addition to scientific names, ``points of control'', ``control with agricultural chemicals'', ``control with non-chemicals'', ``pathogens and pests'' Information such as "life cycle and its fluctuations" is explained in an easy-to-understand manner (not shown). On the disease/pest screen G14-5, icons of ``Disease damage'', ``Pest damage'', ``Pest figure'', ``Fruit damage'', and ``Stem and leaf damage'' are arranged, and these icons can be instructed and operated. can be narrowed down by

On the diagnostic screen G14-6 in FIG. 28-6, in addition to the photograph, there are also icons of "tomato stem (illustration diagnosis)" and "whole tomato plant (illustration diagnosis)" as "illustration diagnosis". When the "tomato stem (illustration diagnosis)" is instructed and operated, a tomato disease/tomato pest screen G14-7 appears as shown in Fig. 28-7. Fruit damage, stem damage, whole plant damage, and illustrations of "tomato pests," "leaf damage," "fruit damage," and "root damage," along with their explanations and disease/ A pest icon appears. For example, when the "wilt disease" icon is designated and operated, the screen jumps to the diagnosis screen G14-6 of "<diagnosis> tomato bacterial wilt disease" as shown in FIG. 28-6.

On the diagnosis screen G14-6 in FIG. 28-6, for example, in the screen of "<diagnosis> tomato bacterial wilt", there is an icon of "confirm registered pesticide". 21(a) to jump to the pesticide screen (see G5a in the same figure) related to "tomato/wilt disease".

On the other hand, if the icon of "weed diagnosis and control" is instructed and operated in the list screen G14-2 of "general table of pests, weeds, wildlife damage" in FIG. 28-2, the "weed diagnosis" screen is displayed as shown in FIG. G14-8 appears. On the weed diagnosis screen G14-8, there are selection options of ``weeds in paddy fields'', ``weeds in farmland'', ``search by name'', and ``search by category''. As shown in 28-9, the paddy weed diagnosis screen G14-9 appears, and the ``long and thin spear-like leaf shape'', ``round egg-like leaf shape'', ``check from young plants (buds)'', and ``here 1''. From the icon of "paddy field weeds with many monthly inquiries" and "paddy field weeds with many inquiries in the past year", clicking on "paddy field weeds with many inquiries in the past month" stores the search frequency for each weed in the storage unit 15. A 'paddy field weed diagnosis (many inquiries in the last month)' screen G14-10 (see FIG. 28-10) appears from the server-side processing unit 12, displaying the results in order of search frequency.

On the ``paddy field weed diagnosis (many inquiries for the past month)'' screen G14-10, when the icon of the weed you want to know, such as ``firefly,'' is instructed and operated, similar to the diagnosis screen G14-6 described above, FIG. As shown in the above, the scientific name of the screen G14-11 of ``Paddy field weeds, firefly,'' screen G14-11, the whole picture and enlarged picture of the damaged part of the firefly, and its comment appear. Easy conditions, points of control, and others are explained in an easy-to-understand manner. It is also possible to confirm the registration information.

On the other hand, if the icon of "component failure diagnosis" is instructed and operated in the list screen G14-2 of "Pests, weeds, wildlife damage general table of contents" in FIG. In G14-12, the crops and their representative photographs appear in the order of the Japanese syllabary. For example, when ``strawberry'' is specified and operated, a ``strawberry element disorder'' screen G14-13 appears as shown in FIG. A photograph and a disorder name are displayed, and when a representative photograph or an icon of a disorder name such as "Chisso Deficiency" is indicated and operated, a "Strawberry Chisso Deficiency" screen G14-14 appears as shown in Fig. 28-14. and its comments, as well as easy-to-understand explanations of conditions that are likely to occur, points of diagnosis, countermeasures, and examples of fertilizers that can be used in the event of an elemental failure.

On the other hand, in the list screen G14-2 of "Pests, weeds, wildlife damage general table of contents" in Figure 28-2, similarly for "Hokkaido's major pests", crops, disease name or damage / case, pest name or damage・It is possible to reach the desired information such as pests from the case.

On the other hand, in the list screen G14-2 of the "Pests, Weeds, Wildlife Harm General Table of Contents" in Fig. 28-2, when the icon of "Natural Enemy Utilization" is designated and operated, the "Natural Enemy" screen G14-15 is displayed as shown in Fig. 28-15. appears, linking to natural enemies and their outlines or explanations. In addition, on the "Natural Enemy" screen G14-15, there are links to "Guidelines for the effects of insecticides and acaricides on natural enemies" and "Guidelines for the effects of fungicides and herbicides on natural enemies" (see Fig. 29). there is

In addition, in the list screen G14-2 of "Pests, Weeds, Wildlife Damage General Table of Contents" in Fig. 28-2, "Wildlife Damage Control" includes harmful animals "deer", "monkey", "wild boar", "civet civet" and "mouse". Links to reference articles on "Mole" and "Bird".

The representative photographs and illustrations illustrated in FIGS. 28-1 to 28-14 or descriptions thereof may be searched manually as an example of searching online by the farm worker. However, since these representative photographs and illustrations are stored in the database unit 14, as described above, agricultural workers and the like can use the photographed animals and plants for diseases, diseases, pests or pathogenic bacteria, weeds, plant growth regulation, and spreading. against a single or a plurality of captured images from different angles so that matching can be displayed as a result of matching stored images or associated drug-specific information, usage information, and/or classification information; It is preferable to jump to desired locations in FIGS. 28-1 to 28-14.

In addition, in agricultural or medical settings, we sometimes actively search for mixed use/combination suitability, but we also search for mixed use/non-combination, contraindications/avoidance for cases, etc. Even for a combination of drugs/active ingredients that are not recorded in the mixed use information file 14d, the same RAC code as that of the drug/active ingredients recorded in the mixed use information file 14d as unsuitable or to be avoided is required. Depending on the situation, whether or not the drug/active ingredient overlaps with the application restrictions may be searched retroactively from the drug identification information file 14a and/or the usage information file 14b, and displayed in the same manner as described above.

The drug candidate search database server device of the present invention, the drug candidate search system using the same, and the drug candidate search program for executing the search system are not used in animals and plants in order to avoid adverse effects such as the development of resistance and continuous use. It is used to select drug candidates for change or continued use of existing drugs and to search for appropriate use.

1 is a drug candidate search system, 10 is a drug candidate search database server device, 11 is a display unit, 12 is a server side processing unit, 13 is a server side communication unit, 14 is a database unit, 14a is a drug specific information file, and 14b is a drug specific information file. 14c is a pest and weed file; 14d and 14d' are mixed use information files; 14e is a mixed crop name file; 14f is a crop name file; 20a, 20b, 20c, . Communication unit, 24 camera, 25a, _25b , _25c , . The second layer, L ₃ is the third layer, C1 to C4 are crops, 1a ₁ to 1a ₂ , 1b ₁ to 1b ₃ , 2a ₂ , 2b ₁ to 2b ₃ , 3a ₂ , 3b ₁ to 3b ₃ ... are RAC code, 1A ₁ to 1A ₄・1B ₁ to 1B ₃・2A ₁ to 2A ₃・2B ₁ to 2B ₃・3A ₁ to 3A ₃・3B ₁ to 3B ₃ are pesticides, S1a to S1e・S2a to S2d, S3a-S3c, S4a-S4d are steps, G1 is the menu selection screen, G2 is the registered pesticide search corner screen, G3a is the crop name input screen, G4 is the target selection screen for crops, G5a is the usage layer screen, G5b is a pesticide type layer screen, G5c is a layer screen of the number of times of use by ingredient, G6 is an application table screen of selected crops and unselected crops, G7a is a pesticide name list screen, G7b is a brand/toxicity list screen, G8 G9 is the list of ingredients and toxicity, G10 is the list of pesticides with RAC codes, G11 is the list of registered pesticides for the crop/pest, G12a is the list of pesticides that can be used in multiple ways; Screen, G12b for pesticides that can be used in multiple ways; pesticides-pest list screen, G13 for diseases and pests/pesticides mixed; General table of contents list screen, G14-3 crop search screen, G14-4 tomato crop display screen, G14-5 disease/pest screen, G14-6 diagnosis screen, G14-7 tomato disease/tomato disease Insect screen, G14-8 is weed diagnosis Section screen, G14-9 is paddy field weed diagnosis screen, paddy field weed diagnosis screen (many inquiries in the last month) screen, G14-11 is paddy field weed and firefly screen, G14-12 is element failure diagnosis screen, G14-13 is strawberry element The obstacle screen, G14-14 is the strawberry chisso deficiency screen, and G14-15 is the natural enemy screen.

A drug candidate search system described in claims to achieve the above object is a drug candidate search system comprising a drug candidate search database server device and a client terminal device,
Chemical agents for at least one of the following for each type of animal and plant: treatment or prevention of disease, amelioration or prevention of disease, extermination or prevention of pests or pathogenic bacteria, weed control, plant growth regulation, and spreading Drug identification information including the name and/or the name of the active ingredient contained in the drug, the purpose, target animals and plants, efficacy, efficacy, dosage, concentration, frequency of use, limit of use, time of use of each of the drugs , application site, method of use, dosage form, designation of deleterious or poisonous substance, toxicity, and contraindications, including at least one usage information, and efficacy equivalence of the drug and / or the active ingredient a database unit that stores classification information including classification codes in association with each other;
Applicable drugs and/or a server-side processing unit for retrieving data regarding applicable active ingredients;
said drug candidate search database server device having a server side communication unit for transmitting said data to a client terminal device;
At least one of the type of animal or plant, the purpose, the usage, the name of the drug and/or the name of the active ingredient, and the classification code, in order to allow the server-side processing unit to search the data. a client-side communication unit that transmits a signal based on the search instruction information of to the drug candidate search database server device and receives a signal of the data from there;
a client-side processing unit that controls transmission/reception and display of the data;
a display for displaying the contents of the name and the classification code of the applicable drug and/or the applicable active ingredient, or the contents of the purpose and/or the usage thereof, from the data; the client terminal device having
and
The drug candidate search database server device stores the drug identification information, the usage information, and the classification information for each type of the animal or plant in the database unit, respectively, in a record structure, a table structure, and/or a relational structure. It is stored as a database structure,
The drug candidate search database server device stores, in the database unit, mixed use information indicating the suitability of mixed use and/or contraindications for mixed use for each case of target animals and plants between a plurality of the drugs and/or the active ingredients. and/or the database unit stores usage information indicating contraindications or cautions regarding the usage information,
The drug candidate search database server device searches the drug and/or the active ingredient used for the purpose in the server-side processing unit based on the mixed use information and/or the usage information from the database unit. , the search result is transmitted from the server-side communication unit to the client-side communication unit via the signal,
The client terminal device displays the search result on the display.
A data series for retrieving the drug and/or the active ingredient for one kind of crop and the classification code corresponding to them, and another drug and/or the active ingredient for another kind of the crop. and the classification code corresponding to them, as a plurality of series for a plurality of types of crops, in parallel so that the drug and/or the active ingredient and the classification code are searched. characterized by being connected.
Further, in this drug candidate search system, the server-side processing unit is configured to, for the purpose, use the animals and plants photographed for the disease, the disease, the pest or pathogen, the weed, the plant growth regulation, and the spread. A representative image of the disease, the disease, the pest or pathogen, the weed, the plant growth regulation, and the spread stored in the database unit, and a plurality of images taken from a single or different angles with respect to performing image matching with a group of images, extracting a stored image that is most similar to the plurality of images of the crop photographed from the single or different angles from the group of images stored in the database unit, and extracting the stored image from the group of images stored in the database unit The drug identification information, the usage information, and/or the classification information associated with the drug may be retrieved and transmitted from the server-side communication unit to the client-side communication unit via the signal.
It is characterized in that the client terminal device causes the retrieved stored image, the drug identification information, the usage information, and/or the result of the classification information to be displayed on the display.

A drug candidate search program used in a drug candidate search system provided with a drug candidate search database server device and a client terminal device to achieve the above object,
A drug candidate search program used in a drug candidate search system comprising a drug candidate search database server device and a client terminal device,
Chemical agents for at least one of the following for each type of animal and plant: treatment or prevention of disease, amelioration or prevention of disease, extermination or prevention of pests or pathogenic bacteria, weed control, plant growth regulation, and spreading Drug identification information including the name and/or the name of the active ingredient contained in the drug, the purpose, target animals and plants, efficacy, efficacy, dosage, concentration, frequency of use, limit of use, time of use of each of the drugs , application site, method of use, dosage form, designation of deleterious or poisonous substance, toxicity, and contraindications, including at least one usage information, and efficacy equivalence of the drug and / or the active ingredient The type of animal or plant, the purpose, the name of the drug and/or the name of the active ingredient, the usage, and the classification code are obtained from the database unit stored in association with the classification information including the classification code. The type of the animal or plant, the purpose, the usage, and the drug in order for the server-side processing unit to retrieve data on the applicable drug and/or the applicable active ingredient from the stored file based on at least one of and/or the name of the active ingredient, and the classification code, a signal based on at least one of the search instruction information is transmitted to the drug candidate search database server device;
a step procedure of receiving a signal of the data from the drug candidate search database server device in a client-side communication unit of the client terminal device;
A step procedure for controlling the transmission and reception and the display of the data by a client-side processing unit in the client terminal device;
from the data, the content of the name and the classification code of the applicable drug and/or the applicable active ingredient, or the content of them and the purpose and/or the usage thereof, to the client terminal device; The step procedure displayed on the display in
a program to run;
At least one of the type of animal or plant, the purpose, the usage, the name of the drug and/or the name of the active ingredient, and the classification code, in order to allow the server-side processing unit to search the data. a step procedure of transmitting a signal based on the search instruction information of to the drug candidate search database server device, and receiving a signal of the data therefrom by the client-side communication unit;
a step procedure for controlling transmission/reception and display of the data in the client-side processing unit;
Displaying the contents of the name of the applicable drug and/or the applicable active ingredient and the classification code, or the contents of the purpose and/or the usage thereof, from the data, on a display. a program that causes a step procedure to be performed;
The drug candidate search database server device stores the drug identification information, the usage information, and the classification information for each type of the animal or plant in the database unit, respectively, in a record structure, a table structure, and/or a relational structure. It is stored as a database structure, and also stores mixed use information indicating the suitability of mixed use and/or contraindications for mixed use for each case of target animals and plants with a plurality of said drugs and/or said active ingredients. and/or by storing usage information indicating contraindications or cautions regarding usage information, in the server-side processing unit of the drug candidate search database server device, Searching the database unit for the same or different classification codes among a plurality of candidates of the drug and/or the active ingredient used for the same or different purposes in the same or different types, and/or The drug and/or the active ingredient used for the purpose is retrieved from the database section for the adequacy of mixed use and/or the contraindications for mixed use and/or based on the mixed use information and/or the use information. and sending the search result from the server-side communication unit to the client-side communication unit via the signal;
a program for causing the client terminal device to execute a step procedure for displaying the search result on the display device;
characterized by comprising
A data series for retrieving the drug and/or the active ingredient for one kind of crop and the classification code corresponding to them, and another drug and/or the active ingredient for another kind of the crop. and the classification code corresponding to them, as a plurality of series for a plurality of types of crops, in parallel so that the drug and/or the active ingredient and the classification code are searched. a step of retrieving the drug and/or the active ingredient and the classification code from the plurality of sequences by means of a connected data structure;
a program causing the client terminal device to execute a step procedure of causing the drug identification information, the usage information, and/or the result of the classification information to be displayed on the display;
characterized by comprising
Alternatively or additionally, in said server-side processor, said animal and plant photographed for said disease, said disease, said pest or pathogen, said weed, said plant growth regulation, and said spread for said purpose; A representative image of the disease, the disease, the pest or pathogen, the weed, the plant growth regulation, and the spread stored in the database unit, and a plurality of photographed images from a single or different angles. performing image matching with the group of images, extracting from the group of images stored in the database unit a stored image that is most similar to the single or multiple images of the crop photographed from different angles, and adding it to the stored image; a step of retrieving the associated drug identification information, usage information, and/or classification information and sending it from the server-side communication unit to the client-side communication unit via the signal;
a program for causing the client terminal device to execute a step procedure for displaying the retrieved stored image, the drug identification information, the usage information, and/or the result of the classification information on the display;
may be provided.

Claims (16)

A drug candidate search system comprising a drug candidate search database server device and a client terminal device,
Chemical agents for at least one of the following for each type of animal and plant: treatment or prevention of disease, amelioration or prevention of disease, extermination or prevention of pests or pathogenic bacteria, weed control, plant growth regulation, and spreading Drug identification information including the name and/or the name of the active ingredient contained in the drug, the purpose, target animals and plants, efficacy, efficacy, dosage, concentration, frequency of use, limit of use, time of use of each of the drugs , application site, method of use, dosage form, designation of deleterious or poisonous substance, toxicity, and contraindications, including at least one usage information, and efficacy equivalence of the drug and / or the active ingredient a database unit that stores classification information including classification codes in association with each other;
Applicable drugs and/or a server-side processing unit for retrieving data regarding applicable active ingredients;
said drug candidate search database server device having a server side communication unit for transmitting said data to a client terminal device;
At least one of the type of animal or plant, the purpose, the usage, the name of the drug and/or the name of the active ingredient, and the classification code, in order to allow the server-side processing unit to search the data. a client-side communication unit that transmits a signal based on the search instruction information of to the drug candidate search database server device and receives a signal of the data from there;
a client-side processing unit that controls transmission/reception and display of the data;
a display for displaying the contents of the name and the classification code of the applicable drug and/or the applicable active ingredient, or the contents of the purpose and/or the usage thereof, from the data; the client terminal device having
and
The drug candidate search database server device stores the drug identification information, the usage information, and the classification information for each type of the animal or plant in the database unit, respectively, in a record structure, a table structure, and/or a relational structure. It is stored as a database structure,
The drug candidate search database server device stores, in the database unit, mixed use information indicating the suitability of mixed use and/or contraindications for mixed use for each case of target animals and plants between a plurality of the drugs and/or the active ingredients. and/or the database unit stores usage information indicating contraindications or cautions regarding the usage information,
The drug candidate search database server device searches the drug and/or the active ingredient used for the purpose in the server-side processing unit based on the mixed use information and/or the usage information from the database unit. , the search result is transmitted from the server-side communication unit to the client-side communication unit via the signal,
The client terminal device displays the search results on the display, and
Data series for retrieving the drug and/or the active ingredient for one kind of crop and the classification code corresponding to them, and another drug and/or the active ingredient for another kind of crop and those and a data series for searching for the classification code corresponding to the above, as a plurality of series for a plurality of types of crops, connected in parallel so that the drug and/or the active ingredient and the classification code can be searched. cage,
A drug candidate search system, wherein the client terminal device causes the display device to display results of the drug identification information, the usage information, and/or the classification information. In the drug candidate search database server device, at least one limitation of the usage information and the classification code in the drug and/or the active ingredient of the search result is common, and the mixed use information and/or Alternatively, searching and extracting the drug and/or the active ingredient not recorded in the usage information, and providing the extraction result together with the search result or instead of the search result from the server-side communication unit to the client is transmitted to the side communication unit via the signal,
2. The drug candidate search system according to claim 1, wherein the client terminal device displays the search results on the display. The limitations include the target animal or plant, at least one selected from the medicinal effect and the efficacy, the purpose, the dose, the concentration, the frequency of use, the limited number of times of use, the timing of use, the place of application, and the 3. The drug candidate retrieval system according to claim 2, wherein at least one selected from the method of use and the dosage form. In the server-side processing unit, the drug candidate search database server device uses a plurality of candidates of the drug and/or the active ingredient for the same or different purposes in the same or different species of the animals and plants. search from the database unit for the same or different classification codes, and/or search the database unit for the adequacy of mixing and/or the contraindications for mixing from the database unit, and send the search results from the server-side communication unit to the client is transmitted to the side communication unit via the signal,
4. The drug candidate search system according to any one of claims 1 to 3, wherein the client terminal device displays the search results on the display. The animal or plant is a crop and the drug is an agricultural chemical, or the animal or plant is a patient and the drug is a medical drug, and the classification code is the type of each drug and/or each active ingredient, the efficacy, 5. The drug candidate search system according to any one of claims 1 to 4, wherein the code indicates the efficacy equivalence based on the efficacy, structural system, resistance and/or resistance. 6. The drug candidate search system according to claim 5, wherein the animal or plant is the crop, the drug is the agricultural chemical, and the code is a RAC code. The drug candidate search database server device has the server-side processing unit that searches for the applicable drug and/or the applicable active ingredient for all of a plurality of types of crops,
The server-side processing unit uses the plurality of types of crops as keywords to apply the disease, the disease, the pest, the pathogen, the weed to be controlled, the plant growth regulation, and/or the spread. and/or searching for the active ingredient and causing it to be displayed on the display by the client-side processing unit;
The server-side processing unit searches for the classification code for the drug and/or the active ingredient, searches for another drug and/or active ingredient having a classification code different from the searched classification code, Displayed on the display by the processing unit,
The server-side processing unit reverse-searches at least one of the target animals and plants and the purpose from the classification code, and displays it on the display;
The server-side processing unit checks whether or not the drug and/or the active ingredient and the plurality of combinations of the drug and/or the active ingredient are suitable for mixed use based on the mixed information, and displays the result on the display device. 7. The drug candidate retrieval system according to any one of claims 1 to 6, characterized in that it is designed to allow The client terminal device has an operation unit for inputting and retrieving history information including the classification code possessed by drugs and/or active ingredients that are in use and/or have a history of use,
The server side in which the drug candidate search database server device searches for another drug and/or active ingredient having a classification code other than that as the applicable drug and/or the applicable active ingredient based on the history information. 8. The drug candidate search system according to any one of claims 1 to 7, further comprising a processing unit. Either the drug candidate search database server device or the client terminal device has a storage unit for storing the history information,
The drug candidate search database server device has the server-side processing unit that searches for data on the applicable drug and/or the applicable active ingredient based on the history information,
said client terminal device comprising said display for displaying said drug-specific information relating to said applicable drug and/or said applicable active ingredient, or further displaying said usage information and/or said classification information relating thereto; 9. The drug candidate search system according to claim 8, wherein: the animals and plants are crops and the drug is an agricultural chemical;
The drug candidate search database server device reversely searches for at least one of the target animal and plant, the purpose, and the usage related to the applicable drug and/or the applicable active ingredient, on the server side. having a processing unit,
10. The drug candidate search system according to any one of claims 1 to 9, wherein said client terminal device has said display for displaying the result of reverse search. the animals and plants are crops and the drug is an agricultural chemical;
The drug candidate search database server device searches for the name of the drug and/or the name of the active ingredient having the classification code based on the classification code of the applicable drug and/or the applicable active ingredient. , or the server-side processing unit that reverse-searches at least one of the target animal and plant, the purpose, and the usage related thereto,
11. The drug candidate search system according to any one of claims 1 to 10, wherein said client terminal device has said display for displaying the result of reverse search. the animals and plants are crops and the drug is an agricultural chemical;
Based on one of the name of the applicable drug and the name of the applicable active ingredient, the drug candidate search database server device identifies the name of the other, the target animal and plant related thereto, the purpose, and the usage. having the server-side processing unit that reverse-searches at least one of
12. The drug candidate search system according to any one of claims 1 to 11, wherein said client terminal device has said display for displaying the result of reverse search. the animals and plants are crops and the drug is an agricultural chemical;
The database unit stores the propriety of use of each drug for any biopesticide selected from beneficial insects, beneficial birds, beneficial nematodes, beneficial fungi, and natural enemies of the pests,
The drug candidate search database server device has the server-side processing unit that searches for the propriety of using the biopesticide based on the applicable drug and/or the applicable active ingredient,
13. The drug candidate search system according to any one of claims 1 to 12, wherein said client terminal device has said display device for displaying a result of searching whether said biopesticide is appropriate for use. Based on the search instruction information for any of the types of animals and plants, the purpose, the usage, the name of the drug and/or the name of the active ingredient, and the classification code, and the rest on the server side 14. Any one of claims 1 to 13, wherein the database unit stores the drug identification information, the usage information, and the classification information in a mutually linked manner so that they can be retrieved by the processing unit. A drug candidate retrieval system as described. The drug candidate search database server device instructs to search for any one of the type of animal or plant, the purpose, the usage, the name of the drug and/or the name of the active ingredient, and the classification code. Based on the information, searching other than that, extracting at least one of them and outputting it in a table format,
15. The drug candidate search system according to any one of claims 1 to 14, wherein said client terminal device has said display for displaying tabular information in tabular form. A drug candidate search program used in a drug candidate search system comprising a drug candidate search database server device and a client terminal device,
Chemical agents for at least one of the following for each type of animal and plant: treatment or prevention of disease, amelioration or prevention of disease, extermination or prevention of pests or pathogenic bacteria, weed control, plant growth regulation, and spreading Drug identification information including the name and/or the name of the active ingredient contained in the drug, the purpose, target animals and plants, efficacy, efficacy, dosage, concentration, frequency of use, limit of use, time of use of each of the drugs , application site, method of use, dosage form, designation of deleterious or poisonous substance, toxicity, and contraindications, including at least one usage information, and efficacy equivalence of the drug and / or the active ingredient The type of animal or plant, the purpose, the name of the drug and/or the name of the active ingredient, the usage, and the classification code are obtained from the database unit stored in association with the classification information including the classification code. The type of the animal or plant, the purpose, the usage, and the drug in order for the server-side processing unit to retrieve data on the applicable drug and/or the applicable active ingredient from the stored file based on at least one of and/or the name of the active ingredient, and the classification code, a signal based on at least one of the search instruction information is transmitted to the drug candidate search database server device;
a step procedure of receiving a signal of the data from the drug candidate search database server device in a client-side communication unit of the client terminal device;
A step procedure for controlling the transmission and reception and the display of the data by a client-side processing unit in the client terminal device;
from the data, the content of the name and the classification code of the applicable drug and/or the applicable active ingredient, or the content of them and the purpose and/or the usage thereof, to the client terminal device; The step procedure displayed on the display in
a program to run;
At least one of the type of animal or plant, the purpose, the usage, the name of the drug and/or the name of the active ingredient, and the classification code, in order to allow the server-side processing unit to search the data. a step procedure of transmitting a signal based on the search instruction information of to the drug candidate search database server device, and receiving a signal of the data therefrom by the client-side communication unit;
a step procedure for controlling transmission/reception and display of the data in the client-side processing unit;
Displaying the contents of the name of the applicable drug and/or the applicable active ingredient and the classification code, or the contents of the purpose and/or the usage thereof, from the data, on a display. a program that causes a step procedure to be performed;
The drug candidate search database server device stores the drug identification information, the usage information, and the classification information for each type of the animal or plant in the database unit, respectively, in a record structure, a table structure, and/or a relational structure. It is stored as a database structure, and also stores mixed use information indicating the suitability of mixed use and/or contraindications for mixed use for each case of target animals and plants with a plurality of said drugs and/or said active ingredients. and/or by storing usage information indicating contraindications or cautions regarding usage information, in the server-side processing unit of the drug candidate search database server device, Searching the database unit for the same or different classification codes among a plurality of candidates of the drug and/or the active ingredient used for the same or different purposes in the same or different types, and/or The drug and/or the active ingredient used for the purpose is retrieved from the database section for the adequacy of mixed use and/or the contraindications for mixed use and/or based on the mixed use information and/or the use information. and sending the search result from the server-side communication unit to the client-side communication unit via the signal;
a program for causing the client terminal device to execute a step procedure for displaying the search result on the display device;
Data series for retrieving the drug and/or the active ingredient for one kind of crop and the classification code corresponding to them, and another drug and/or the active ingredient for another kind of crop and those and a data series for searching for the classification code corresponding to the above, as a plurality of series for a plurality of types of crops, connected in parallel so that the drug and/or the active ingredient and the classification code can be searched. a step of searching the drug and/or the active ingredient and the classification code from the plurality of series according to the data structure;
a program causing the client terminal device to execute a step procedure for displaying results of the drug identification information, the usage information, and/or the classification information on the display;
A drug candidate search program characterized by comprising:

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