JP7002794B1 - Drug candidate search system and drug candidate search program used for it - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a drug candidate search system for easily, quickly and accurately searching and displaying applicable drug candidates which are appropriate and have little influence on animals and plants. A drug candidate search system 1 has a database unit 14 that stores drug specific information, usage information, and classification information, and a server side that searches data on applicable drugs and / or applicable active ingredients from the database unit 14. A drug candidate search database server device 10 having a processing unit 12 and a server-side communication unit 13 for transmitting the data to the client terminal device 20a; a client-side communication unit 23a for receiving a signal of the data, and A client-side processing unit 22a that controls transmission / reception and display of the data, and a display unit 21a that displays the names of the applicable drug and / or the applicable active ingredient and the contents of the classification information from the data. The client terminal device 20a and; [Selection diagram] Fig. 1

Description

Article 30, Paragraph 2 of the Patent Act Applicable Website Publication Date February 27, 2021 Website Address "https://liv.ruralnet.or.jp/" Publisher Assist Systems Co., Ltd. Website Publication Date 2021 February 27, 2014 Website address "https://liv.ruralnet.or.jp/cgi-bin/ruralnouyaku1.php" Publisher Assist Systems Co., Ltd. Website publication date February 27, 2021 Website 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.or. jp / cgi-bin / ruralnouyaku102.php? ARG1 = 534b3d8367736534e3d8367837d8367764f4e3d "Publisher Assist Systems Co., Ltd. Website publication date February 27, 2021 Website address" https: // lib. bin / ruralnouyaku8.php? ARG1 = 534b3d836726534e3d8367837d8367764f4e3d2652264383d3130322665246393d3333426422423d95618b43 "Publisher Assist Systems Co., Ltd. php? ARG1 = 534b3d83676534e3d8367837d8367764f4e3d265246383d3130322665246393d3826424223d95618b4326424e3d90c 28ccd9651 "Publisher Assist Systems Co., Ltd.

Address "https://lib.ruralnet.or.jp/cgi-bin/ruralnouyaku9.php?ARG1=534b3d836726534e3d8367837d8367264f4e3d265246383d313032265246393d382642423d95618b4326424e3d90c28ccd95612644503d32" public Post date 2021 February 27, the web site of the Patent Law Article 30 paragraph 2 apply web site who assist Systems, Inc. web site address of the Post date 2021 February 27, the web site of "https://lib.ruralnet.or.jp/cgi-bin/ruralnouyaku9.php?ARG1=534b3d836726534e3d8367837d8367264f4e3d265246383d313032265246393d382642423d95618b4326424e3d90c28ccd95612644503d33" publisher assist Systems stock address of the company web site Post date 2021 February 27, the web site of "https://lib.ruralnet.or.jp/cgi-bin/ruralnouyaku14.php?ARG1=534b3d836726534e3d8367837d8367264f4e3d265246383d3130322642423d95618b4326424e3d90c28ccd95612653433d393826484e3d4e43532652533d8367837d83672654423d36323732" of the public's assistance Systems, Inc. web site Publication date February 27, 2021 Website address "https://lib.ruralnet.or.jp/cgi-bin/ruralnouyaku73.php?ARG1=494b3d834a2653453d834a815b836f83826494e3d834"

Address "https://lib.ruralnet.or.jp/cgi-bin/ruralnouyaku210.php?ARG1=534b3d836726534e3d8367837d8367264f4e3d265246383d3130322642423d95618b4326424e3d90c28ccd95612653433d393826484e3d4e43532652533d8367837d83672654423d36323732" public Post date 2021 February 27, the web site of the Patent Law Article 30 paragraph 2 apply web site Assist Systems Co., Ltd. Website publication date February 27, 2021 Website address "https://lib.ruralnet.or.jp/cgi-bin/ruralnouyaku11.php?ARG1=494b3d834a2653453d834a835b86334d Company website posted date February 27, 2021 Website address "https://lib.ruralnet.or.jp/cgi-bin/ruralnouyaku200.php?ARG1=494b3d834a2653453d834a815b8336f883342643234 Publication date February 27, 2021 Website address "https://lib.ruralnet.or.jp/cgi-bin/ruralnouyaku_rac1.php?ARG1=52433d4943a2034863a" Publisher Assist Systems Co., Ltd. Website publication date 2021 February 27 Website address "https://lib.ruralnet.or.jp/cgi-bin/ruralnouyakulist.php?ARG1=534b3d837626534e3d8367837d8367764f4e3d265246383d313032" Publisher Assist Systems Co., Ltd.

Article 30, Paragraph 2 of the Patent Act Date of publication of the website February 27, 2021 Website address "https://lib.ruralnet.or.jp/cgi-bin/ruralnouyaku102.php?ARG1=534b3d836776543e3d83678437d8364f" Assist Systems Co., Ltd. Website publication date February 27, 2021 Website address "https://live.ruralnet.or.jp/cgi-bin/ruralnouyaku8c2.php?ARG1=534b3d836726543e3d8367837d82633642 Date of publication of company website February 27, 2021 Website address "https://lib.ruralnet.or.jp/cgi-bin/ruralnouyaku8c2.php?ARG1=534b3d836726534e3d8367837d8367264f4ed23122 address of the Post date 2021, February 27, web site "https://lib.ruralnet.or.jp/cgi-bin/ruralnouyaku_kon2.php?ARG1=534b3d836726534e3d8367837d8367264f4e3d265246383d313032265246393d31353026484e3d5a837b838b8368815b2654423d3231313131" Post date 2021 of the public who assist Systems, Inc. web site February 27 Website address "https://live.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 "Publisher Assist Systems Co., Ltd.

Article 30, Paragraph 2 of the Patent Law Applicable Website Publication Date February 27, 2021 Website Address "http://lib.ruralnet.or.jp/cgi-bin/ruralbyogai2.php?ARG1=534b3d8367" published Assist Systems Co., Ltd. Website publication date February 27, 2021 Website address "http://lib.ruralnet.or.jp/cgi-bin/ruralbyyougai3.php?ARG1=534b3d837626534e3d8367837d8367" Date of publication of company website February 27, 2021 Website address "http://lib.ruralnet.or.jp/cgi-bin/ruralext.php?KID=g2101740&ARG=534b3d83677534e3d8367837d836726424e3d96c Site publication date February 27, 2021 Website address "http://lib.ruralnet.or.jp/boujo/s/toma.html#bui26640" Publisher Assist Systems Co., Ltd. Website publication date 2021 February 27 Website address "http://lib.ruralnet.or.jp/zasso/" Publisher Assist Systems Co., Ltd. Website publication date February 27, 2021 Website address "http: // lib.ruralnet.or.jp/zasso/index1.html "Publisher Assist Systems Co., Ltd. Website publication date February 27, 2021 Website address" http: //live.ruralnet.or.jp/cgi- bin / ruralzassoumrank.php "Publisher Assist Systems Co., Ltd.

Patent Law Article 30 address of the second term applied web site Post date 2021 February 27, the web site of "http://lib.ruralnet.or.jp/cgi-bin/ruraltext.php?KID=za01054z&ARG=5a41533d30265a49443d7a6130313035347a2f30332e6a7067265a4b3d8343264b593d8343836c89c88145834a83848363838a834f835489c826424e3d8343836b837a835e838b8343 Publisher Assist Systems Co., Ltd. Website publication date February 27, 2021 Website address "http://lib.ruralnet.or.jp/psd/youso/" Publisher Assist Systems Co., Ltd. website publication Date February 27, 2021 Website address "http://lib.ruralnet.or.jp/psd/youso/index_strawbury.html" Publisher Assist Systems Co., Ltd. Website publication date February 27, 2021 Web Site address "http://lib.ruralnet.or.jp/cgi-bin/ruraltex.php?KID=dsp_strawbury01" Publisher Assist Systems Co., Ltd. Website publication date February 27, 2021 Website address " http: //lib.ruralnet.or.jp/boujo/tenindex.http # d_t_kajyu "Publisher Assist Systems Co., Ltd.

The present invention modifies or continues a drug such as a pesticide applied to plants such as crops or a drug applied to animals such as patients, livestock and pets prescribed in hospitals and pharmacies for the first time or next time. A drug candidate search system suitable for searching for drug candidates for animals and plants that are applicable or contraindicated for use and should be used when selecting for use, and drug candidates for use in it. It's about search programs.

For the purposes of improving or preventing diseases of crops such as crops and horticultural crops grown and cultivated in farms, fields and vegetable gardens, exterminating or preventing pests or pathogens, controlling weeds, adjusting plant growth, and spreading. In addition, pesticides are used.

Since there are many pesticides that develop resistance when repeatedly used in crops of the same genus, family or the same species, the period of continuous use, the number of repeated uses and the number of annual uses, the time of use, the interval of use, the applicable crops, etc. It may be limited and often requires the selection of a drug other than the drug in use or the active ingredient contained therein as the next drug candidate. Also, in order to grow a large number of crops in the same farm / field, different pesticides must be applied in the cultivation areas for different crop types, or different pesticides are applied in the farms / fields of other people next to each other. It may cause stagnation, causing a so-called drift phenomenon in which contraindicated pesticides are inadvertently applied to different crops in the neighborhood, causing chemical damage unexpectedly or the residual pesticide inspection value is specified. It may not be possible to ship more than the above, and it is often necessary to carefully select pesticides that can be applied to multiple crops. Furthermore, recently, so-called biopesticides such as honeybees for pollination in house cultivation and beneficial insects, birds, natural enemies, nematodes, and fungi to reduce chemical pesticides for pest control are also used. The available drug candidates must be checked in advance so that the biopesticide is not killed or weakened due to the chemical pesticides used for its efficacy.

However, even if the drug candidates for appropriate pesticides are selected and checked, the pesticide certificate does not describe the contraindicated combinations of all crops or the damage to all biopesticide, and the use of pesticides is restricted or avoided. Not only does it take time and effort to conduct a survey in a specialized magazine, but it is also difficult for each agricultural worker who is not good at managing pesticide use restrictions and repellents to easily conduct such a survey on site.

In fact, the Ministry of Agriculture, Forestry and Fisheries has informed that "to minimize the development of drug resistance of pests, avoid continuous use of drugs of the same strain and instruct them to spray them in rotation", but each agricultural worker has a product name. , There are some cases where people misunderstand that they avoid continuous use if the brand names are different.

In addition, a wide range of animals including humans, such as patients, livestock and pets, are administered first-choice medicines for the treatment or prevention of diseases and the improvement or prevention of diseases. Repeated administration of anti-cancer agents to cancer patients and antibacterial agents to these animals often results in resistance or diminished efficacy, and it is often necessary to change the drug and administer it. Considering the administration history, doctors and veterinarians can easily, quickly and accurately select the appropriate drug for the second choice, which is different from the first-choice drug. Requires expertise and experience.

As described in the claims, Patent Document 1 states, "As a conventional technique for easily searching and determining the type of pesticide used when spraying pesticides in agricultural work and the spraying method, a step of accepting information for identifying a crop. A compatible pesticide that performs a step of receiving information for identifying the pesticide, a step of calculating a determination result of whether or not the specified agricultural product is compatible with the specified pesticide, and a step of displaying the determination result. "Determination method" is disclosed. Specifically, this conforming pesticide determination method is expressed by "a pesticide number uniquely assigned to each type of pesticide or a JAN code affixed to the pesticide in the step of receiving information for identifying the pesticide." A step of reading a barcode and a step of outputting information for identifying a pesticide from the pesticide number or JAN code are performed. "

Since the conforming pesticide determination method of Patent Document 1 only determines whether or not the crop and the pesticide are appropriate, it only determines whether the 1: 1 relationship between one crop and one pesticide is appropriate. .. Actually, in the paragraph number 0006, "In the present invention, in addition to inputting the name of the crop to which the crop is applied in advance, the database of pesticides distributed in Japan, the information specifying the type of pesticide recommended for each region, and each pesticide By having a database that links barcode information managed by pesticide manufacturers, it is possible to identify the type of pesticide by reading the barcode information, determine whether it is applicable to the crop name, and display the result. It is described as "characteristic", and it is described in paragraph number 0008 that "it is possible to determine whether or not the pesticide is applicable with a simple operation and to determine whether or not it is applicable to each crop." As you can see, it does not cover multiple crops and multiple pesticides. Therefore, in the method for determining conforming pesticides in Patent Document 1, information on one crop and one pesticide is obtained from the crop so that the data of the crop and the data of the pesticide are connected one-dimensionally, that is, the data are linearly connected to each other. It is a very simple thing that can only identify the pesticide information and determine whether the crop and the pesticide are appropriate. Therefore, as shown in FIG. 30, only a simple search that one-dimensionally connects data to each other in a line can be performed.

Such a conventional determination method is only used to determine the compatibility of one pesticide and one crop, and searches for the next available drug candidate for the drug already used. is not it.

Therefore, the present inventors have already stated in the application of Patent Document 2, "A drug candidate search system including a database server device for drug candidate search and a client terminal device.
A drug applicable to at least one of the purposes selected from the treatment or prevention of diseases, the improvement or prevention of diseases, the extermination or prevention of pests or pathogens, the control of weeds, the regulation of plant growth, and the spread of each type of animal or plant. Drug identification information including the name and / or the name of the active ingredient contained in the drug, and the purpose, target animal and plant, drug efficacy, efficacy, dose, concentration, usable frequency, restricted number of times, and timing of use of each of the drugs. , Indicates the efficacy equivalence of the drug and / or the active ingredient with usage information including at least one of the indications, toxicity, and contraindications selected from the place of application, method of use, dosage form, designation of deleterious substance or poison, toxicity, and contraindications. The database unit stored in correspondence with the classification information including the classification code, the type of the animal and plant, the purpose, the name of the drug and / or the name of the active ingredient, the usage, and the classification code. Based on at least one of the above, a server-side processing unit for searching data on applicable drugs and / or applicable active ingredients from the database unit, and a server-side communication unit for transmitting the data to a client terminal device are provided. With the above-mentioned drug candidate search database server device
At least one of the type of animal and 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 cause 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 the above to the drug candidate search database server device and receives the data signal from there, and a client-side processing unit that controls transmission / reception and display of the data. And, from the data, a display indicating the name of the applicable drug and / or the applicable active ingredient and the content of the classification code, or the content thereof, and further the purpose and / or the usage thereof. The client terminal device having the device and;
The database server device for searching for drug candidates, in the database unit, records the drug specific information, the usage information, and the classification information for each type of animal and plant in a record structure, a table structure, and / or relational, respectively. It is stored as a database structure, and the database server device for searching for drug candidates is used in the database unit to determine whether or not a plurality of the drugs and / or the active ingredients can be mixed with each other for each case of the target animal or plant. Or, it stores mixed information indicating contraindications for mixed use, and / or stores usage information indicating contraindications or cautions regarding the usage information in the database section.
The drug candidate search database server device searches the database unit for the drug and / or the active ingredient used for the purpose based on the mixed information and / or the usage information in the server-side processing 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. Regarding the "characteristic drug candidate search system", neither the publication of the application nor the patent publication has been issued yet, but a patent decision has already been obtained.

In addition, when pesticides for plants and drugs for humans, livestock, and pets are used for specific purposes, there are drugs that are contraindicated or cautionary for use as well as contraindications for mixed use. Contraindications such as contraindications for mixed use, contraindications to use, cautions for use, and contraindications have not been investigated for all combinations, and there are many cases in which contraindications should be applied by analogy from existing contraindication effect data, making it easy to apply in the field. , Search for applicable appropriate drug candidates, extract drug candidates that are contraindicated or cautionary to use, exclude the extracted drug candidates, and search for applicable appropriate drug candidates, drug candidate search A system is desired.

Japanese Unexamined Patent Publication No. 2017-73044 Japanese Patent Application No. 2020-98680

The present invention has been made to solve the above-mentioned problems, and searches for drug candidates as to whether the drug currently in use can be continuously used for animals and plants, or whether another drug is selected instead. It is for searching for drug candidates excluding those with contraindicated effects such as contraindications for mixed use, contraindications for use, cautions for use, contraindications, etc. It is an object of the present invention to provide a drug candidate search system for accurately searching and displaying, and a drug candidate search program used for the system.

The drug candidate search system described in the claims made in order to achieve the above object is a drug candidate search system including a database server device for drug candidate search and a client terminal device.
A drug applicable to at least one of the purposes selected from the treatment or prevention of diseases, the amelioration or prevention of diseases, the extermination or prevention of pests or pathogens, the control of weeds, the regulation of plant growth, and the spread of each type of animal or plant. Drug identification information including the name and / or the name of the active ingredient contained in the drug, and the purpose, target animal and plant, drug efficacy, efficacy, dose, concentration, usable frequency, restricted number of times, and timing of use of each of the drugs. , Application location, method of use, dosage form, designation of deleterious substance or poison, toxicity, and usage information including at least one of the contraindications, and efficacy equivalence for the drug and / or the active ingredient. The database part stored in correspondence with the classification information including the classification code,
Applicable drugs and / or applicable drugs from the database unit based on at least one of the animal and plant types, the purpose, the name of the drug and / or the name of the active ingredient, the usage and the classification code. A server-side processing unit that searches for data on applicable active ingredients,
With the database server device for drug candidate search having a server-side communication unit for transmitting the data to the client terminal device;
At least one of the type of animal and 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 cause the server-side processing unit to search the data. A client-side communication unit that sends a signal based on the search instruction information of the above to the database server device for drug candidate search and receives the signal of the data from the signal.
A client-side processing unit that controls transmission / reception and display of the data,
From the data, a display that displays the name of the applicable drug and / or the applicable active ingredient and the content of the classification code, or the content thereof, and further the purpose and / or the usage thereof. With the client terminal device having
Equipped with
The database server device for searching for drug candidates, in the database unit, records the drug specific information, the usage information, and the classification information for each type of animal and plant in a record structure, a table structure, and / or relational, respectively. It is stored as a database structure,
The database server device for drug candidate search stores, in the database unit, mixed information indicating the suitability and / or contraindications for mixing each of a plurality of target animals and plants among the drug and / or the active ingredient. And / or the database section stores usage information indicating contraindications or cautions regarding usage information.
The drug candidate search database server device searches the database unit for the drug and / or the active ingredient used for the purpose based on the mixed information and / or the usage information in the server-side processing 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 is characterized in that the search result is displayed on the display.
Then, in this drug candidate search system, the server-side processing unit takes pictures of the disease, the disease, the pest or pathogen, the weed, the plant growth control, and the spread for the purpose. Representative of a single or a plurality of captured images from different angles and the disease, the disease, the pest or pathogen, the weed, the plant growth control, and the spread stored in the database unit . Image matching with various image groups is performed, and a stored image most similar to the single image or a plurality of images of the crop taken from different angles is extracted from the image group stored in the database unit , and the stored image is obtained. The drug identification information, the usage information, and / or the classification information associated with the above are extracted and 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 output of the stored image, the drug identification information, the usage information, and / or the classification information is displayed on the display.

In this drug candidate search system, the drug candidate search database server device shares at least one limitation of the usage information in the drug and / or the active ingredient in the search result with the classification code. The drug and / or the active ingredient that is not recorded in the mixed information and / or the usage information is searched and extracted, and the extraction result is used together with the search result or in place of the search result. It 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 limitation is the target animal or plant, at least one selected from the drug efficacy and the efficacy, the purpose, the dose, the concentration, the usable frequency, the limited number of uses, and the use. It is characterized by at least one selected from the time, the place of application, the method of use, and the dosage form.

In this drug candidate search system, the drug and / or the active ingredient used by the drug candidate search database server device in the server-side processing unit for the same or different purpose in the same or different type of the animal or plant. The same or different of the classification code among the plurality of candidates is searched from the database unit, and / or the mixed suitability and / or the mixed contraindication is searched from the database unit, and the search result is obtained as described above. It 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 a pesticide, 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, respectively. It is preferable that the code indicates the efficacy equivalence based on each type, the drug efficacy, the efficacy, the structural system, resistance and / or resistance.

In this drug candidate search system, it is more preferable that the animal or plant is the crop, the drug is the pesticide, and the code is the 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 agent applied by the server-side processing unit to the disease, the disease, the pest, the pathogen, the weed to be controlled, the plant growth control, and / or the spread, using the plurality of crops as keywords. And / or the active ingredient is searched for and 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, and searches for the client side. Displayed on the display by the processing unit
The server-side processing unit reverse-searches at least one of the target animal and plant and the target from the classification code and displays it on the display.
The server-side processing unit checks the mixing suitability of the combination of the drug and / or the active ingredient and the drug and / or the active ingredient with each other based on the mixing information, and displays it on the display. It is even more preferable to let them do it.

This drug candidate search system is an operation for causing the client terminal device to input and search history information including the classification code possessed by the used drug and / or the used active ingredient which is in use and / or has a history of use. Has a part,
The server side in which the drug candidate search database server device searches for another drug and / or active ingredient having another classification code 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 for searching data of the applicable drug and / or the applicable active ingredient based on the history information.
The client terminal device has the indicator, which displays the drug specific information about the applicable drug and / or the applicable active ingredient, and further displays the usage information and / or the classification information regarding them. It may be that it is.

In this drug candidate search system, the animal and plant are crops and the drug is a pesticide.
The server side in which the database server device for searching for drug candidates reversely searches for at least one of the target animal and plant, the purpose, and the usage thereof based on the applicable drug and / or the applicable active ingredient. Has a processing unit
It is preferable that the client terminal device has the display device that displays the result of the reverse search.

In this drug candidate search system, the animal and plant are crops and the drug is a pesticide.
The database server device for searching for drug candidates searches for the name of the drug having the classification code and / or the name of the active ingredient based on the classification code of the applicable drug and / or the applicable active ingredient. , Or the server-side processing unit for back-searching at least one of the target animal and plant, the purpose, and the usage thereof.
The client terminal device may have the display device that displays the result of the reverse search.

In this drug candidate search system, the animal and plant are crops and the drug is a pesticide.
Based on either the name of the applicable drug or the name of the applicable active ingredient, the database server device for searching for a drug candidate has the other name, the target animal or plant related thereto, the purpose, and the usage. It has the server-side processing unit that reverse-searches at least one of the above.
The client terminal device may have the display device that displays the result of the reverse search.

In this drug candidate search system, the animal and plant are crops and the drug is a pesticide.
The database section remembers the suitability of each drug for any biopesticide selected from beneficial insects, beneficial birds, beneficial nematodes, beneficial fungi, and natural enemies of the pests.
The database server device for drug candidate search has the server-side processing unit that searches for the suitability of the use of the biopesticide based on the applicable drug and / or the applicable active ingredient.
The client terminal device may have the display device that displays the result of searching for the suitability of the use of the biopesticide.

This drug candidate search system is based on search instruction information of any one of the animal and plant types, the purpose, the usage, the name of the drug and / or the name of the active ingredient, and the classification code. The database unit may store the drug specific information, the usage information, and the classification information linked to each other so that other information can be searched by the server-side processing unit. ..

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

The drug candidate search program used in the drug candidate search system including the database server device for drug candidate search and the client terminal device, which is made to achieve the above-mentioned purpose, is a drug candidate search program.
A drug candidate search program used in a drug candidate search system equipped with a database server device for drug candidate search and a client terminal device.
A drug applicable to at least one of the purposes selected from the treatment or prevention of diseases, the amelioration or prevention of diseases, the extermination or prevention of pests or pathogens, the control of weeds, the regulation of plant growth, and the spread of each type of animal or plant. Drug identification information including the name and / or the name of the active ingredient contained in the drug, and the purpose, target animal and plant, drug efficacy, efficacy, dose, concentration, usable frequency, restricted number of times, and timing of use of each of the drugs. , Indicates the efficacy equivalence of the drug and / or the active ingredient with usage information including at least one of the indications, toxicity, and contraindications selected from the place of application, method of use, dosage form, designation of deleterious substance or poison, toxicity, and contraindications. From the database unit stored in correspondence with the classification information including the classification code, the type of the animal or plant, the purpose, the name of the drug and / or the name of the active ingredient, the usage, and the classification code. In order for the server-side processing unit to search from a file storing data on applicable drugs and / or applicable active ingredients based on at least one of the above, the type of animal and plant, the purpose, the usage, and the drug. And / or a step procedure for transmitting a signal based on at least one of the search instruction information of the active ingredient name and the classification code to the drug candidate search database server device, and
A step procedure for receiving a signal of the data from the drug candidate search database server device at the client-side communication unit of the client terminal device, and a step procedure.
A step procedure in which the transmission / reception and the display of the data are controlled by the client-side processing unit in the client terminal device, and
From the data, the name of the applicable drug and / or the applicable active ingredient and the content of the classification code, or the content thereof, and the content of the purpose and / or the usage thereof, are described in the client terminal device. Step procedure to display on the display in
With the program to be executed;
At least one of the type of animal and 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 cause the server-side processing unit to search the data. A step procedure in which a signal based on the search instruction information of the above is transmitted to the database server device for drug candidate search, and the signal of the data is received by the client-side communication unit from there, and a step procedure.
In the client side processing unit, the step procedure for controlling the transmission / reception and the display of the data, and
From the data, the name of the applicable drug and / or the applicable active ingredient and the content of the classification code, or the content thereof, and the content of the purpose and / or the usage thereof are displayed on the display. With the program to execute the step procedure and;
The database server device for searching for drug candidates, in the database unit, records the drug specific information, the usage information, and the classification information for each type of animal and plant in a record structure, a table structure, and / or relational, respectively. It is stored as a database structure, and it also stores mixed information indicating the suitability and / or contraindications for mixing each of the target animals and plants between the drug and / or the active ingredient. And / or by utilizing the fact that the usage information indicating the contraindications or precautions for use regarding the usage information is stored, the animal and plant can be used in the server-side processing unit of the database server device for searching for drug candidates. The same or different, the same or different of the classification code among the plurality of candidates of the drug and / or the active ingredient used for the same or different purpose in the same or different type is searched from the database unit, and / or the said. The drug and / or the active ingredient used for the purpose is searched from the database unit for the suitability and / or contraindication for the mixture, and / or the drug and / or the active ingredient used for the purpose based on the mixture information and / or the usage information. The step procedure of searching from and transmitting the search result from the server-side communication unit to the client-side communication unit via the signal, and
A program for executing the step procedure of displaying the search result on the display on the client terminal device;
It is characterized by having.
Further, in the server-side processing unit, for the purpose, the disease, the disease, the pest or pathogen, the weed, the plant growth control, and the animal or plant photographed for the spread are singular or. A plurality of captured images from different angles and representative images of the disease, the disease, the pest or pathogen, the weed, the plant growth control, and the spread stored in the database unit . Image matching was performed, and a stored image most similar to a plurality of images of the crop taken from the single or different angles was extracted from the image group stored in the database unit and associated with the stored image. A step procedure for extracting the drug identification information, the usage information, and / or the classification information and transmitting the information from the server-side communication unit to the client-side communication unit via the signal.
A program that causes the client terminal device to execute a step procedure for displaying the result of the extracted stored image, the drug identification information, the usage information, and / or the classification information on the display.
It is characterized by having.

According to the drug candidate search system of the present invention and the drug candidate search program for the same, treatment or prevention of diseases, improvement or prevention of diseases, extermination or prevention of pests or pathogens, control of weeds in each type of animals and plants. Continued for pesticides and pharmaceuticals that develop resistance or limit the number and timing of use, among the drugs applied for purposes such as plant growth regulation, spreading, or the active ingredients contained therein. Agricultural workers, doctors, veterinarians, pharmacists, etc. search for suitable drug candidates easily, quickly, and accurately when deciding whether to use or another drug or active ingredient should be selected. be able to.

Based on the information preliminarily associated with the crop, the server-side control unit may be unilateral or for animals and plants photographed for diseases, diseases, pests or pathogens, weeds, plant growth control, and spread for the above purposes. Based on multiple captured images from different angles, search and extract representative images of pre-stored animal and plant diseases, diseases, pests or pathogens, weeds, plant growth control, and spread. 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 extracted animals and plants to the client terminal device. This allows the drug candidate search system, and the drug candidate search program for it, to detect animal and plant diseases, diseases, pests or pathogens, weeds, plant growth control, spread conditions, especially patient diseases, by doctors and healthcare professionals. You can have them diagnose the damage to the crops, or you can have the farmers diagnose the damage to the crops.

According to this drug candidate search system and the drug candidate search program, a search for an appropriate candidate drug based on the suitability of mixing multiple drugs and active ingredients, and a search for candidate drugs considering contraindications between the plurality of drugs / active ingredients. , It is possible to search for drug candidates of contraindicated animals and plants or drugs / active ingredients related to diseases / diseases. Moreover, the contraindications and cautions for contraindications for all combinations of existing drugs and active ingredients have not been identified, and even if there are no contraindications or contraindications in the package insert of the drug, we refrained from using them in consideration of safety. Not all drugs or drug combinations that are better are known, so check them in advance, apply contraindicated / contraindicated drugs by analogy, and remove them in advance to search for appropriate drugs. Is possible.

In this way, according to this drug candidate search system and the drug candidate search program, based on the mixed information indicating the suitability / contraindication of mixing for each case of the target animal or plant among a plurality of known in advance, and / or the usage. It is possible to search for an appropriate drug by applying by analogy to the suitability for mixing and / or the suitability of use of drugs and / or active ingredients that are not recorded in the usage information indicating contraindications or precautions for use of the information.

This drug candidate search system and drug candidate search program search for appropriate drug candidates by classification information including a classification code indicating efficacy equivalence for a drug or an active ingredient, that is, a change acceptance. Using this classification code as a foothold, not only can you search and narrow down drug candidates, but you can also perform reverse lookups such as target animals and plants, usage restrictions, and scope of application, and compatibility between one animal and plant and one drug, especially pesticides. It has a wider range of applications than conventional databases that merely determine the suitability of crops.

Searching for drugs and active ingredients from animals and plants such as crops and their diseases, and vice versa, searching for animals and plants such as animals and plants that can be used from drugs and active ingredients or diseases, and combining them, from one item to multiple items It is possible to perform a search or a multi-item search from multiple items.

Since the conventional method for determining conforming pesticides as in Patent Document 1 only determines whether or not the crop and the pesticide are appropriate, there is a 1: 1 relationship between one crop and one pesticide that is already known. It just searches for sex. In contrast, this drug candidate search system and drug candidate search program apply to diseases, diseases, pests, pathogens, weeds, plant growth control, and / or spreading for each of multiple crops. In terms of searching for, information on a large number of crops and a large number of drugs and active ingredients can be obtained in a two-dimensional manner by using multiple series, that is, a classification code for drugs, active ingredients and their corresponding classification codes from certain crops. A data series for searching for different drugs and active ingredients from different crops and a data series for searching for corresponding classification codes are arranged in parallel as a series of multiple types of crops in a two-dimensional network. While trying to connect, it is possible to perform a complicated search to check whether multiple drugs or active ingredients for multiple crops have the same or different classification codes.

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

Further, this drug candidate search system and the drug candidate search program are contraindicated or contraindicated for use based on the mixed information indicating the suitability / contraindication of mixed use for each case of the target animals and plants known in advance. Even if it is not recorded in the usage information indicating the precautions for use, by searching for drug candidates in consideration of drug equivalence, the appropriateness of mixed use, contraindications for mixed use, appropriateness for use, contraindications for use, and drug candidates that should be used with caution are correctly identified. You can choose.

According to this drug candidate search system and the drug candidate search program, the purpose, target animal and plant, drug efficacy, efficacy, dose, concentration should be determined for continuous use or modification of drugs or active ingredients that are in use or have been used. It is also possible to search for appropriate drug candidates from the viewpoints of frequency of use, restricted number of uses, timing of use, place of use, method of use, designation of deleterious substances or poisons, toxicity, or contraindications / avoidances. Conversely, it is also possible to search for contraindicated / contraindicated candidate drugs.

Furthermore, depending on the type of animal or plant, treatment or prevention of the disease, improvement or prevention of the disease, extermination or prevention of pests or pathogens, even if they are different drugs and / or active ingredients having this different classification code. There are many combinations that cannot be mixed for weed control, plant growth regulation, and spreading. In particular, it is extremely often unsuitable for mixed use with 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 the contraindication suitability of a combination of drugs and active ingredients based on mixed information, it is possible to search not only multiple animals and plants to be searched, but also crops. Since drug candidates that can be mixed and mixed with animals and plants that are not covered, especially crops, can be searched and displayed, it is possible to search and display the next crop candidate while further narrowing down the drug candidates rather than simply searching by the difference in classification code. More complex and more sophisticated searches are possible.

In addition, the drug candidates searched using this drug candidate search system and the drug candidate search program can solve the problem of resistance to specific drugs in animals and plants such as patients, livestock, pets, and crops, and the phytotoxicity of the drugs. Alternatively, it can contribute to avoiding residual pesticides.

In particular, when the drug candidate is a pesticide, it is a specific drug that has a limited period of continuous use, number of repeated uses, number of annual uses, time of use, etc. Instead, it is possible to search in advance so that another drug can be used with peace of mind. Also, when growing a large number of crops on the same farm or when growing crops on neighboring farms of other people, even when using different pesticides, there is no concern about phytotoxicity or pesticide residue. It is possible to search in advance.

Furthermore, since this drug candidate search system and the drug candidate search program perform a reverse search for at least one of the target animal and plant and the target from the classification code, it is as if a two-dimensional network-like data sequence is connected. From, it is possible to search for target animals, plants and purposes different from the original multiple crops by adding a three-dimensional network and a data series of another dimension, and it is possible to perform a more diverse and advanced search.

This drug candidate search system and drug candidate search program have a data structure in which individual data such as Patent Document 1 can only determine whether a 1: 1 relationship between one crop and one pesticide is appropriate. It is possible to perform a much more complicated search than the conventional method for determining conforming pesticides, which only traces the relationships in which things are linked to each other. That is, according to this drug candidate search system and the drug candidate search program, multidimensional search can be performed.

In addition, if a drug candidate search system and a drug candidate search program are used, contraindicated combinations when using multiple drugs in combination or when drugs and so-called biopesticide are used in combination are checked in advance, and appropriate drug candidates are selected. You can also choose.

With this drug candidate search system and drug candidate search program, as a new example of mixed use, various drugs such as contraindicated drugs and injectable drugs that should be used to judge the appropriateness of mixed use of various drugs and should not be taken at the same time. It can be used to determine in advance that a drug or contraindication that is not suitable for the disease or constitution may cause serious side effects.

It is a block diagram which shows the outline of one aspect of the drug candidate search system to which this invention is applied. It is a figure which shows the relationship of the file in the database part in the database server apparatus for drug candidate search in one aspect of the drug candidate search system to which this invention is applied. It is a figure which shows the data structure of the record of the table in the drug identification information file in the database part in the database server apparatus for drug candidate search in one aspect of the drug candidate search system to which this invention is applied. It is a figure which shows the data structure of the record of the table in the usage information file in the database part in the database server apparatus for drug candidate search in one aspect of the drug candidate search system to which this invention is applied. It is a figure which shows the data structure of the record of the table in the pest weed file 14c in the database part in the database server apparatus for drug candidate search in one aspect of the drug candidate search system to which this invention is applied. It is a figure which shows the data structure of the record of the table in the mixed information file 14d in the database part in the database server apparatus for drug candidate search in one aspect of the drug candidate search system to which this invention applies. It is a figure which shows the data structure of the record of the table in the mixed crop name file 14e in the database part in the database server apparatus for drug candidate search in one aspect of the drug candidate search system to which this invention is applied. It is a figure which shows the data structure of the record of the table in the crop name file 14f in the database part in the database server apparatus for drug candidate search in one aspect of the drug candidate search system to which this invention is applied. It is a figure which shows the data structure of the record of the table in the biopesticide use suitability information file 14g in the database part in the database server apparatus for drug candidate search in one aspect of the drug candidate search system to which this invention is applied. In another aspect of the drug candidate search system to which the present invention is applied, the data structure of the record of the table in 0414e in the database section in the database server apparatus for searching for drug candidates and the drug specific information file / usage information file in the database section. It is a figure which shows the data result which described the result of the mixed use suitability judgment for the drug which exists but does not exist in the mixed crop name file 14e in the same data structure format, virtually. It is a schematic diagram which shows the relationship between the individual information of the drug specific information, the usage information and the classification information in the database part in the database server apparatus for drug candidate search in one aspect of the drug candidate search system to which this invention is applied. It is a schematic diagram which shows the flowchart which shows the operation in another aspect of the drug candidate search system to which this invention is applied. FIG. 6 is a schematic representation of a website map displayed in another aspect of a drug candidate search system to which the present invention applies. FIG. 6 is a schematic representation of a website map displayed in another aspect of a drug candidate search system to which the present invention applies. FIG. 6 is a schematic representation of a website map displayed in another aspect of a drug candidate search system to which the present invention applies. FIG. 6 is a schematic representation of a website map displayed in another aspect of a drug candidate search system to which the present invention applies. It is a figure which shows typically the example of the drug candidate search when using the drug candidate search system to which this invention is applied, and the example of the correlation of the suitability of a drug candidate as the search result of the drug candidate. It is a figure which shows an example of the screen of the website in the drug candidate search system to which this invention is applied. It is a figure which shows another example of the screen of the website in the drug candidate search system to which this invention is applied. It is a figure which shows another example of the screen of the website in the drug candidate search system to which this invention is applied. It is a figure which shows another example of the screen of the website in the drug candidate search system to which this invention is applied. It is a figure which shows another example of the screen of the website in the drug candidate search system to which this invention is applied. It is a figure which shows another example of the screen of the website in the drug candidate search system to which this invention is applied. It is a figure which shows another example of the screen of the website in the drug candidate search system to which this invention is applied. It is a figure which shows another example of the screen of the website in the drug candidate search system to which this invention is applied. It is a figure which shows another example of the screen of the website in the drug candidate search system to which this invention is applied. It is a figure which shows another example of the screen of the website in the drug candidate search system to which this invention is applied. It is a figure which shows another example of the screen of the website in the drug candidate search system to which this invention is applied. It is a figure which shows another example of the screen of the website in the drug candidate search system to which this invention is applied. It is a figure which shows another example of the screen of the website in the drug candidate search system to which this invention is applied. It is a figure which shows another example of the screen of the website in the drug candidate search system to which this invention is applied. It is a figure which shows another example of the screen of the website in the drug candidate search system to which this invention is applied. It is a figure which shows another example of the screen of the website in the drug candidate search system to which this invention is applied. It is a figure which shows another example of the screen of the website in the drug candidate search system to which this invention is applied. It is a figure which shows another example of the screen of the website in the drug candidate search system to which this invention is applied. It is a figure which shows another example of the screen of the website in the drug candidate search system to which this invention is applied. It is a figure which shows another example of the screen of the website in the drug candidate search system to which this invention is applied. It is a figure which shows another example of the screen of the website in the drug candidate search system to which this invention is applied. It is a figure which shows another example of the screen of the website in the drug candidate search system to which this invention is applied. It is a figure which shows another example of the screen of the website in the drug candidate search system to which this invention is applied. It is a figure which shows another example of the screen of the website in the drug candidate search system to which this invention is applied. It is a figure which shows another example of the screen of the website in the drug candidate search system to which this invention is applied. It is a figure which shows the example of the table of the biopesticide use suitability file in the drug candidate search system to which this invention is applied. It is a figure which shows typically the example of the drug candidate search when using the drug candidate search system to which this invention is not applied, and the example of the correlation of the suitability of a drug candidate as the search result of the drug candidate.

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

An example of a preferred embodiment of the drug candidate search system 1 of the present invention will be described with reference to FIG. 1, which includes a drug candidate search database server device 10 and client terminal devices 20a, 20b, 20c, and so on. , 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 this device 10 includes a display unit 11, a server-side processing unit 12, a server-side communication unit 13, a database unit 14, a storage unit 15, and an operation unit 16.

Further, in the database server device 10 for searching for drug candidates, the database unit 14 includes drug identification information, usage information, and classification information associated with crops in advance, as well as diseases, diseases, pests or pathogens, weeds, and plant growth control. And a representative image group of the spread, for example, an image group of a crop is associated and stored. Further, the server-side control unit 12 is based on diseases, diseases, pests or pathogens, weeds, plant growth control, and / or spread, or drug specific information, usage information, and classification information associated with them in advance. , Search and extract representative image groups. The server-side communication unit 13 transmits the extracted representative image group and / or the drug identification information, usage information, and classification information associated with the extracted representative image group to the client terminal devices 20a, 20b, 20c, and so on.

The client terminal device 20 is for instructing a drug candidate search, displaying a drug candidate, and displaying a specific example of application. A specific example of the client terminal device 20a includes 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. In another specific example of the client terminal device 20b, a display / operation unit 21b having both a display unit and an operation unit, a client-side processing unit 22b, a client-side communication unit 23b, and a storage unit 25b are provided.

In the database server device 10 for searching for drug candidates, the database unit 14 stores various files for searching for drug candidates. The server-side communication unit 13 is connected to a communication line 30, for example, an Internet line. The server-side processing unit 12 controls the display unit 11 to visualize the operation contents for adding / deleting / modifying the contents of the database unit 14, controls the transmission / reception in the server-side communication unit 13, and the server. It executes an execution program to the side processing unit 12, and controls a storage unit 15 that constantly stores the execution program and temporarily stores information. The server-side processing unit 12 is a microprocessor such as a central control unit (CPU), and works by executing a program stored in the storage unit 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 may be a part of hardware.

Explaining by a specific example of searching for a drug candidate for a pesticide as a drug, the database unit 14 has a drug specific information file 14a, a usage information file 14b as an application file, a pest weed file 14c, and a mixed information file, as shown in FIG. 14d, a mixed crop name file 14e, and a crop name file 14f are stored, and a biopesticide use suitability file 14g is stored as needed. In each file, the element contents of each item are stored in the data table format associated with each record corresponding to each item of each field.

For example, the drug contains one or more active ingredients, respectively, and the database unit contains the drug specific information, the usage information, and the classification information of the drug or the active ingredient associated with the drug. May be remembered.

The drug specific information file 14a is a basic file that identifies a pesticide and has basic information on the pesticide. The drug specific information file 14a is a classification information including a drug specific information regarding a drug or an active ingredient, an outline of usage information including the usage of the drug or the active ingredient, and a classification code indicating efficacy equivalence for the drug or the active ingredient. And have.

As shown in FIG. 3, the drug specific information file 14a includes a pesticide registration number, a general name, a product name, a brand name, a general name kana, a product name kana, a brand name kana, a general name kana acronym, and a product name kana head. Characters, types (for example, pesticides, fungicides, herbicides, pesticides, other types, etc., specific major categories by medicinal effect), types of pesticides (insecticide chrysanthemum emulsion, chlorpicrinic acid smoker, lime sulfur binder, 2, 4-PA water solvent, fresh lime, coumarin-based water solvent, liquid spreader, marathon emulsion, zinc phosphate granules, EPN emulsion, etc. Name, abbreviation, active ingredient, total number of uses, concentration used, number of mixed substances, use, dosage form name, toxic use, fish toxicity, toxicity, deleterious substance poison, URL of manufacturer's homepage (HP), detailed product information of manufacturer Each pesticide has a record for each item in the field such as URL, strain (classification code, chemical structure group), effect, etc., and is a data table.

Among the field items of the drug specific information file 14a, the most important and characteristic is the classification code in the item of strain. The classification code is a code indicating efficacy equivalence based on the type, efficacy, structural system (chemical structure group), resistance and / or resistance of each drug and / or active ingredient. This classification code includes those that show efficacy equivalence, that is, change use tolerance as a classification based on the mechanism of action. Specifically, the three resistance management committee members of the World Agricultural Machinery Federation, to which the Japan Agricultural Machinery Association belongs. The RAC code, which is defined by the Association (Resistance Action Committee: RAC) as "IRAC" for insecticides, "FRAC" for fungicides, and "HRAC" for herbicides, is preferably used. .. Of the RAC codes, the IRAC Action Mechanism classification covers all chemicals, pesticides, biopesticides, etc. that control insects or mites in crops, buildings, and the environment, and pesticide resistance is the "pesticide use standard." It is defined as "genetic changes in susceptibility in pest populations, in which phenomena that do not exert the expected control effect are repeatedly observed even when used in accordance with." The FRAC mechanism of action classification is a classification of fungicides (including bacterial killing agents) that have been put on the market and are mainly used for plant protection according to the mechanism of action and resistance risk. It is classified with a focus on identifying the cross-resistance of. The HRAC mechanism of action classification is a classification of marketed herbicides mainly according to the mechanism of action.

It is thought that the resistance and resistance of pesticides is caused by the continuous use of the same pesticide and the same strain of drugs. Therefore, the active ingredients of pesticides are classified according to the point of action and mechanism of action according to this RAC code. There is. Since the drug group / active ingredient group having the same RAC code are drugs of the same system even if the active ingredients are different, continuous use must be avoided. In order to avoid continuous use, the usage such as continuous use period, number of repeated use, number of annual use, and time of use is restricted for each active ingredient according to the type of crop.

A classification code is included in the item "strain" in the drug specific information file 14a, and is indicated by, for example, "I: 3A: spyroid system". The first item such as "I" is a distinction between insecticide I, fungicide F and herbicide H, and the second item such as "3A" is a RAC code and a third item such as "spiroid". The details are structural lines (chemical structural groups) that are characteristic of developing medicinal effects.

The usage information file 14b has specific contents of usage information of pesticides. As shown in FIG. 4, the usage information file 14b includes a registration number, usage, type of pesticide, name of pesticide, abbreviation, crop name (crop classification such as vegetables and vegetables (excluding white vegetables)), application location, and applicable pests. Weed name, purpose of use, dilute multiple usage amount, spray liquid amount, usage time, frequency of use, usage method, applicable soil, applicable zone, applicable pesticide name, mixed number, active ingredient, search crop name (see Fig. 8 below). (To associate with the applicable crop name), search pest weed name, search application location, search purpose, crop classification, pest classification, crop kana acronym, pest kana acronym, crop name kana, pest We have records for each pesticide for each item in the field such as kana, excluded crop name, excluded pest weed, product name, product name kana, agent type name, strain (classification code, chemical structure group), effect, etc. , It is a data table.

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

The mixed information file 14d has specific contents of pesticides applicable to each crop. As shown in FIG. 6, the mixed use information file 14d contains tens of thousands of crop names, pesticides 1, pesticides 2, precautions, and mixed uses (drugs / active ingredients in pesticide 1 column and drugs / active ingredients in pesticide 2 column). It has a record for each crop for each item in the field such as (appropriateness of mixed use in combination), and is a data table.

The mixed crop name file 14e links things that have different names for each region, such as potatoes / potatoes, and synonyms for the same crop, and pesticides / active ingredients that can be used for the same crop for each season / region. As shown in FIG. 7, a record is held for each crop for the item of the crop in order to link the items that are different for each crop, and it is a data table.

The crop name file 14f has the specific contents of the crop. As shown in FIG. 8, the crop name file 14f is for associating with the crop name, the crop kana name, the crop kana acronym, the classification, and the applicable crop name (the above-mentioned search crop name in FIG. 4). For example, each item of the field such as crop name in FAMIC), analog name, official plant name, etc. has a record for each crop name and is a data table.

The biopesticide use suitability information file 14g contains biopesticide, such as beneficial insects, beneficial birds, beneficial nematodes, beneficial fungi, and natural enemies, more specifically, bees and aphids for predation in house cultivation. It has the appropriateness of being usable or unusable or unsuitable for natural enemies such as ladybugs and braconid wasps that are parasitoids against braconid wasps. As shown in Fig. 9, there is a record for each pesticide for each item in the field such as the effect on eggs, larvae, pupae, adults, mommy, colonies and the effect on conidia, spores, spores, and fungi in insect natural enemies. It is a data table.

In the database unit 14, the drug specific information file 14a, the usage information file 14b, the pest weed file 14c, the mixed information file 14d, the mixed crop name file 14e, the crop name file 14f, and the biopesticide use suitability information file 14g as needed are , At least one item of any two files has a mutual relationship that can be referred to by being common, and a relational database is constructed.

Further, the database unit 14 is used as a memory image which is a panoramic photograph / partial photograph / enlarged photograph and / or a panoramic illustration / partial illustration / enlarged illustration of diseases, diseases, pests or pathogens, weeds, plant growth adjustment, and spreading. I remember. The database unit 14 and the server-side processing unit perform image matching, and search for and extract a stored image most similar to a plurality of images of the crop taken from the singular or different angles as a representative image. .. This stored image includes a drug specific information file 14a, a usage information file 14b, a pest weed file 14c, a mixed information file 14d, a mixed crop name file 14e, a crop name file 14f, and a biopesticide use suitability information file 14g as needed. They are linked and can be referred to each other. These stored images are stored in the form of, for example, a data table while being associated with these files. This memory image is a photograph or illustration of an animal or plant disorder, such as a crop disease, disease, pest or pathogen, weed, plant growth regulation, and spreading.

The server-side processing unit 12 may acquire an image of the affected part of the patient or the damaged part of the crop taken by a doctor / medical worker, an agricultural worker, or the like via the communication unit 30. The server-side processing unit 12 has an image of the affected part of the patient and the damaged part of the crop taken by a doctor / medical worker, an agricultural worker, etc., and an image of the affected part of the person and the damaged part of the crop stored in the database unit 14. Image matching with the group may be performed. In this case, an example in which the client terminal device 20c is provided with the camera 24, for example, a camera built in a smartphone is shown, but the client terminal devices 20a, 20b, 20c ... Have the camera, and either directly or separately. It may be transmitted to the communication unit 30 via a client terminal device. The camera 24 preferably shoots through an optical system. The client-side processing units 22a, 22b, 22c ... Control the camera 24 based on the signal corresponding to the operation. The client-side processing units 22a, 22b, 22c ... Transmit the images taken by the camera 24 to the database server device 10 via the communication unit 30.

The server-side control unit 12 matches images most similar to the images of the affected part of the patient and the damaged part of the crop taken by doctors / medical workers, agricultural workers, etc. from the image group stored in the database unit 14. Search by, extract and pull out. The server-side control unit 12 transmits the extracted image to the client terminal devices 20a, 20b, and 20c via the communication unit 30. As a result, the server-side control unit 12 can control diseases, diseases, pests or pathogens, weeds, plant growth, such as affected areas of patients and damaged areas of crops, photographed by doctors / medical workers, agricultural workers, and the like. The current state of spread can be easily identified and diagnosed. In addition, the server-side control unit 12 includes drug identification information such as medicines / pesticides linked to the extracted representative image, usage information of those medicines / pesticides, and classification information of those medicines / pesticides, specifically patients / crops. Information, patient / crop diseases, diseases, pests or pathogens, weeds, plant growth control, and spread information are transmitted to the client-side communication units 23a, 23b, 23c, etc. via the communication unit 30.

Specifically, the server-side control unit 12 may perform image matching processing on a single image of the affected part of the patient or the damaged part of the crop, or a plurality of images taken from different angles. Since both the affected part of the patient and the damaged 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 doing so, it is possible to easily identify crops, diseases and pests of crops photographed by agricultural workers and the like.

The image matching method is not particularly limited. For example, feature-based matching (Feature-Based Matching), in which feature points such as edges and corners are extracted from an image and matching is performed between the images by calculating the feature amount from the surrounding area, and the image to be searched is searched for. Area-Based Matching, which is prepared as a template and is determined by finding a similar region by comparing it with the image to be searched one by one, can be mentioned, but any of them may be used.

All or optionally some of these files 14a to 14g and the stored image are related to each other so that the table data of each file can be searched with a common item. The relationship of one example is illustrated in FIG.

In FIG. 2, the drug specific information file 14a can be referred to each other with the usage information file 14b, and the usage information file 14b can be referred to each other with the pest pest weed file 14c, the mixed information file 14d, and the crop name file 14f. The mixed information file 14d can be referred to each other with the mixed crop name file 14e, and the biopesticide use suitability information file 14g can be referred to each other with the pest weed file 14c and the mixed information file 14d. Is an example associated with.

In the field of each file,
The drug specific information file 14a and the usage information file 14b have the same registration number item.
The usage information file 14b and the pest weed file 14c have the same item of the pest weed name.
The usage information file 14b and the mixed information file 14d have the same items of crop name and pesticide name.
The mixed crop name file 14e and the mixed information file 14d have the same crop name item.
The usage information file 14b and the crop name file 14f have the same crop name item.
The mixed information file 14d and the crop name file 14f have the same crop name item.

In the database unit 14, these files may be transposed files. The translocation file provides a list of pointers to a particular index term (eg, pesticide, active ingredient, RAC code, crop, etc.) in the database of all records to which the index term is attached. , It consists of an index table containing all index terms and a pointer table, which is a list of pointers (not shown). First, an index term is assigned to each record, and then it is reversed to create a list of pointers for each index term, so that the search speed can be fast and a simple data structure can be obtained when searching for pesticides. ..

Each file 14a-14g in the database section 14 contains information sent by the Japan Agricultural Machinery Association and the Food and Agricultural Machinery Consumption Safety Technology Center (FAMIC) regarding registered pesticide information, and general incorporated association Noyama Fishing Village for items related to mixed use. It is constructed by manually inputting information obtained from agricultural organizations and pesticide manufacturers by the Cultural Association and Assist Systems Co., Ltd., or by automatically inputting updated items by associating the items of each record and updating daily as necessary. In addition, the biopesticide use suitability file 14g is constructed by inputting from the information obtained from the Japan Biological Control Council.

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

The storage unit 15 of the database server device 10 for drug candidate search includes 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. , The identification information for identifying and recognizing the drug candidate search database server device 10 itself, the client terminal devices 20a, 20b, and the like are stored.

The database unit 14 and the storage unit 15 are composed of a non-volatile storage medium such as a read-only memory (ROM), a flash memory, and a 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 database server device 10 for drug candidate search is for performing an operation for inputting an instruction for controlling the server-side processing unit 12, and examples thereof include a keyboard, a numeric keypad, a mouse, and a touch panel.

The database server device 10 for drug candidate search may have a spare server device (not shown) for backing up and copying the database unit 14 thereof.

On the other hand, in the client terminal device 20a, the client-side processing unit 22a causes the database unit 14 of the database server device 10 for drug candidate search to search for drug candidates and display the results of the drug candidates via the communication line 30. For example, it controls to display the usage and dosage, has a CPU as illustrated in the server-side processing unit 12, and may be an IC, LSI, ASCI, or one of the hardware. It may be a department.

The display unit 21a of the client terminal device 20a is an operation screen when performing an operation of searching for a drug candidate in the database unit 14, displaying the result, applying the drug candidate, for example, displaying application information of a usage or dose. Is displayed, and the operation content, the drug candidate search result, and the application information result are displayed, and a panel display similar to that illustrated in the display unit 11 is used.

The storage unit 25a of the client terminal device 20a is a program for causing the database unit 14 to search for a drug candidate, display the result, or display the application information result of the drug candidate, or a communication line 30 such as the Internet. A program for a browser to be displayed via the device, identification information for identifying and recognizing the client terminal device 20a, and the like are stored. Examples of the storage unit 25a include a non-volatile or volatile storage medium as illustrated in the storage unit 15.

Examples of the operation unit 26a of the client terminal device 20a include a keyboard, a numeric keypad, a mouse, a touch panel, and the like, as illustrated in the operation unit 15.

The client terminal devices 20a, 20b, 20c ... Are provided for each of a plurality of clients, for example, for each agricultural worker. It may be a personal computer or a laptop computer like the client terminal device 20a, or a tablet terminal, a smartphone, or a mobile phone having a display / operation unit 21b in which the display unit and the operation unit are integrated like the client terminal device 20b. It may be.

The drug candidate search system 1 may be connected to external server devices 40a, 40b ..., For example, a server device to which a pesticide manufacturer provides information on the pesticide, via a communication line 30.

The server-side processing unit 12 may acquire an image of the crop taken by an agricultural worker or the like via the server-side communication unit 13. The server-side processing unit 12 may execute image matching between the image of the crop taken by the agricultural worker or the like and the image group of the crop stored in the database unit 14. In this case, the client terminals 20a, 20b, 20c ... May further include a camera 24. The camera 24 shoots through an optical system. The client-side processing units 22a, 22b, 22c ... Control the camera based on the signal corresponding to the operation. The client-side processing units 22a, 22b, 22c ... Transmit the images taken by the camera 24 to the server device 10 via the client-side communication units 23a, 23b, 23c ... The camera 24 may be mounted on any of the client terminals 20a, 20b, 20c ..., And the shooting data thereof may be transferred to the client terminal 20a of the host.

For example, the server-side control unit 12 extracts an image most similar to an image of a crop taken by an agricultural worker or the like from an image group stored in the database unit 14. The server-side processing unit 12 transmits the extracted image to the information terminals 20a, 20b, etc. via the server-side communication unit 13. As a result, the server-side processing unit 12 can easily identify crops, diseases and pests of crops photographed by agricultural workers and the like. Further, the server-side processing unit 12 transmits the extracted crop information and crop disease and pest information to the information terminals 20a, 20b, etc. via the server-side communication unit 13.

For example, the server-side processing unit 12 may perform image matching processing on a single crop or a plurality of images taken from different angles. Since the crop has a three-dimensional shape, the server-side processing unit 12 executes an image matching process based on a single image or a plurality of images taken from different angles, so that the crop taken by an agricultural worker or the like. , Crop diseases and pests can be easily identified.

The server-side communication unit 13 transfers the information received from the information terminals 20a, 20b ... To the server-side processing unit 12. The server-side communication unit 13 transmits various information acquired from the database unit 14 by the server-side processing unit 12 to the information terminals 20a, 20b, etc. that have transmitted the request information. The server-side communication unit 13 provides, for example, diagnostic information, control information, control information using natural enemies of pests such as pests, registered pesticide information, bactericide information, and pesticide spraying device information, information terminal 20a.・ Send to 20b ... These information are displayed on the display units 21a, 21b ... Of the information terminals 20a, 20b ... In the page format of the website provided by the server device 10. Further, these information may be transmitted to the information terminals 20a, 20b ... In a file format that can be acquired from the website provided by the server device 10.

FIG. 10 (a) shows another data structure of the record of the table in the mixed information file 14d'in the database unit in another drug candidate search system 1. As an example, the data structure of the usage information indicating the contraindications or cautions regarding the usage information is shown. In this mixed information file, the crop name, the drug name or the active ingredient name, the RAC code of the drug or the active ingredient, and the application limitation items are recorded. The application limitation is one selected from the usage information, but more specifically, from the purpose, dose, concentration, usable frequency, restricted number of uses, time of use, place of application, method of use, and the above-mentioned dosage form. It is any of the selected ones, and is preferably the name of the applicable pest weed, the amount of the diluted multiple used, the amount of the spray liquid, and the dosage form name. More specifically, the mixed information file 14d'records the first group of drugs or active ingredients (for example, pesticide A for tomato and pesticide A for cucumber), RAC code, and application limitation data. The second group of drugs or active ingredients (eg, pesticide B for tomato and pesticide C for cucumber), RAC code and limitation data are recorded. In the mixed information file 14d', the suitability of mixing the first group of drugs or active ingredients with the second group of pesticides or active ingredients (for example, for tomatoes, the first group of pesticides A and the second group of pesticides B The suitability of mixing of pesticide A of the first group and the pesticide C of the second group for cucumber is x (cannot be mixed), ▲ (problem in terms of chemical damage), △ (physically and chemically). There are problems in terms of deterioration of physical properties, medicinal and pharmacological effects, etc.), 〇 (suitable for mixed use), etc.

As described above, the pesticide A, the pesticide B, and the pesticide C are recorded in the drug specific information file 14a and the usage information file 14b (see FIG. 2). In many cases, we do not have data on the suitability of mixing pesticide D and pesticide B for 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 have similar application limitation data, it is probable that they have equivalence to the same crop. Extremely expensive. Therefore, as shown in FIG. 10A, if pesticide A and pesticide B are unsuitable for mixing with tomato, pesticide D having the same RAC code as pesticide A and having similar application limitation data It is highly probable that it is not suitable for mixing with pesticide A (Fig. 10 (b)). Therefore, in another drug candidate search system 1, even if the combination is not in the mixed information file 14d', it has the same pesticide as the pesticide in the mixed information file 14d', that is, it has the same RAC code and the same application limitation. By searching and displaying pesticides having item data, drug candidates can be searched by analogy as unsuitable drugs for mixing. On the contrary, even if the combination is not in the mixed information file 14d', it is possible to search by analogy with the drug applicable to the mixed information file 14d'.

In such a search for suitability for mixing, a drug / active ingredient that can be mixed is searched from the mixing information file 14d (or 14d') for the applicable crop and / or the applicable pest, and the RAC code of the drug / active ingredient is used. If necessary, select from the application limitation items (for example, any of those selected from the usage information, preferably, the purpose, dose, concentration, usable frequency, restricted number of uses, timing of use, place of application, method of use, and the above-mentioned dosage form. More preferably, a drug / active ingredient that overlaps with the applicable pest weed name, dilution factor used amount, spray liquid amount, dosage form name) is searched from the drug specific information file 14a and / or the usage information file 14b. , May be displayed in the same manner as described above. On the contrary, a drug / active ingredient that is unsuitable for mixing / avoidable is searched from the mixed information file 14d (or 14d'), and the RAC code of the drug / active ingredient and the application limitation item overlap as necessary. The active ingredient may be searched from the drug specific information file 14a and / or the usage information file 14b and displayed in the same manner as described above.

Although an example of a pesticide is shown, it may be applied to a drug to be administered to a patient. In the case of pharmaceuticals, the suitability of mixing between pharmaceuticals (for example, β-acting drug: combination of bronchial dilator and catecholamine preparation, combination of exchange neuragonist and α-blocker, etc.) and contraindications of pharmaceuticals (for example) Anti-painful anti-inflammatory agents: MSAID is contraindicated for digestive ulcers and liver / nephropathy diseases, β-blockers are contraindicated for bronchial asthma and diabetic ketoacidosis, etc.).

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

As a specific example, first, if the crop C1 (for example, tomato) is currently using the pesticide 1A ₁ as a drug against the pest 1A (for example, powdery mildew), the resistance will be increased if the pesticide 1A ₁ is continuously used. Since it occurs and the number and timing of use is limited, it is necessary to consider the use of another pesticide, so it will be explained with an example of searching for it as a drug candidate. The drug specific 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 . The next drug candidate that can be used for the pest 1A is _one with a RAC code other than 1a1. Therefore, the pesticide 1A ₃ and the pesticide 1A ₄ for the same pest 1A cannot be the next drug candidates because they are the same as the RAC code 1a ₁ of the pesticide 1A ₁ . On the other hand, for the same crop C1, the pesticide 1A ₂ against the same pest 1A has a RAC code 1a ₂ different from the RAC code 1a ₁ of the pesticide 1A ₁ , and therefore can be the next drug candidate.

Crop C1 is not always prevented or exterminated only for the same pest 1A. For crop C1, it may be necessary to prevent or exterminate pest 1B, which is different from 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 and is the same as drug 1A ₁ . On the other hand, since the pesticide 1B ₂ against the pest 1B has a RAC code 1b ₂ different from the RAC code 1a ₁ of the pesticide 1A ₁ , the pesticide 1B ₃ against the pest 1B has a RAC code different from the RAC code 1a ₁ of the pesticide 1A ₁ . Since it is 1b ₃ , any of them can be the next drug candidate for crop C1.

In this way, for crop C1, the combination of a group of drugs and pests can be illustrated as one layer ( _first layer L1), and data construction / data retrieval in which the appropriate next drug candidate is found in the same layer. It has a structure.

It is not always the case that the same crop will continue to be grown on the same or neighboring farms / fields. Crop may be changed every year to avoid the effects of continuous cropping disorders. Also, in order to grow a large number of crops in the same farm / field, different pesticides must be applied in the cultivation areas for different crop types, or different pesticides are applied in the farms / fields of other people next to each other. In some cases, it may be chilled, and it may be desirable to avoid causing the so-called drift phenomenon in which contraindicated pesticides are inadvertently applied to different crops in the neighborhood.

In such a case, it is necessary to search for the next available drug candidate for crop C2 different from crop C1. Therefore, for crop C1, the RAC code of pesticide 1A ₁ for pest 1A is 1a ₁ , so for crop C2 (eg, cucumber), the next drug candidate that can be used is one with a RAC code other than 1a ₁ . Therefore, regarding the crop C2, the pesticide 2A ₁ and the pesticide 1A ₃ against the pest 2A cannot be the next drug candidates because they are the same as the RAC code 1a ₁ of the pesticide 1A ₁ . On the other hand, with respect to the crop C2, the pesticide 2A ₂ against the pest 2A has a RAC code 2a ₂ different from the RAC code 1a ₁ of the pesticide 1A ₁ , and therefore can be a candidate for the next drug.

Crop C2 is not always prevented or exterminated only for the same pest 2A. For crop C2, it may be necessary to prevent or exterminate the pest 2B, which is different from the pest 2A. For crop C2, the pesticide 2B ₁ against such pests 2B has a RAC code of 2a ₁ and, like the drugs 2A ₁ and 2A ₃ , cannot be the next drug candidate. On the other hand, since the pesticide 2B ₂ against the pest 2B has a RAC code 2b ₂ different from the RAC code 1a ₁ of the pesticide 1A ₁ , the pesticide 2B ₃ against the pest 2B has a RAC code different from the RAC code 1a ₁ of the pesticide 1A ₁ . Since it is 2b ₃ , any of them can be the next drug candidate for crop C2.

In this way, for crop C2, the combination of a group of drugs and pests can be illustrated as another layer ( _second layer L2), and data construction in which the appropriate next drug candidate can be found in the same layer. It has a data search structure.

Since it is necessary to search for drug candidates for yet another crop C3, data construction and data of a combination of a group of drugs and pests (for example, pesticides 3A _{1-3A 3} and 3B _{1-3B 3} ) for crop C3. With the search structure, the combination of a group of drugs and pests can be illustrated as yet another layer ( _third layer L3). A maximum of n types (for example, 10 types) of such a plurality of drugs can be specified to form a data construction / data retrieval structure as if it were the nth layer.

However, the search target multiple animals and plants (for example, up to 10 types of n types of crops) and / or the search target multiple pests (for example, up to 10 types of m types of pests) are searched and picked up. It may be inappropriate to mix drug candidates with each other. For example, the pesticide 1B ₂ shown in the _first layer L1 for the crop C1 and the pesticide 2B ₂ shown in the _second layer L2 for the crop C2 are unsuitable for mixing, but in the _first layer L1 for the crop C1. If the pesticide 1B ₃ and the pesticide 2B ₃ shown in the _second layer L2 are suitable for mixed use, the pesticide 1B ₂ and the pesticide 2B ₂ can be drug candidates in terms of the RAC code. However, the combination was dropped from the drug candidates in terms of mixed use, and pesticide 1B ₃ and pesticide 2B ₃ can be drug candidates in terms of RAC code, and can be used as a combination of drug candidates in terms of mixed use. It is a thing.

FIG. 11 shows an example in which crops C1 to C3 are searched as keywords for each layer as the _first layer L1 to the _third layer L3 as an example of the search process, but in the database section, each layer is searched. Is not stored as data, but is stored as a record structure, a table structure, and / or a relational database structure. Therefore, as the _first layer L1 to the _third layer L3, in addition to pesticides, drugs such as pharmaceuticals or active ingredients of the drugs are used as keywords, and in addition to the RAC code, Japanese standard product number classification (specifically, , Drug category, site of action / purpose or drug efficacy, component or site of action, use, classification code consisting of codes classified by component), drug price standard listed drug code (specifically, drug efficacy, administration route and component, drug type) , Standard unit number within the same classification standard unit classified by them, brand number within the same classification standard unit, classification code consisting of codes classified by check digit), JAN (Japanese Article Number) code (specifically, country code) , Numbers representing drugs and infected products, classification code consisting of codes classified by unified product code), HOT number (drug price standard listed drug code), individual drug code, receipt computer processing system code, JAN code Classification code consisting of code) and for purposes such as treatment or prevention of diseases, improvement or prevention of diseases, extermination or prevention of pests or pathogens, control of weeds, regulation of plant growth, and spreading, in addition to pests. You may try to search for drug candidates.

This makes it possible to search in a mesh pattern among a plurality of layers.

To explain by taking as an example the case where an agricultural worker searches for whether the drug currently in use can be continuously used or whether there is another drug that can be the next drug candidate, the drug candidate search database server device 10 and the drug candidate search database server device 10 may be used. The drug candidate search system 1 used is used as follows.

FIG. 12 shows a flowchart showing the operation of the drug candidate search system 1 in a simple aspect.

First, the client terminal device 20a logs in to the website of the "drug search screen" of the database server device 1 for drug candidate search. Click, press, tap, or click, press, tap, or use the operation unit 26a of the client terminal device 20a for any of the icons of "crop selection", "pesticide selection", and "active ingredient selection" displayed on the drug search website by the display unit 21a. An operation like a swipe (hereinafter referred to as an instruction operation) is performed (step S1a). When the "crop selection" icon is instructed and operated (step S1a; Y), the corresponding signal passes through the communication line 30, the server-side communication unit 13 of the drug candidate search database server device 1, and the server. The side processing unit 12 is notified. The server-side processing unit 12 provides information on the website of 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, and the result of transmission and reception thereof. , Is displayed on the display unit 21a. When the crop is specified by key inputting or instructing the crop name or its acronym on the "crop input screen" (step S1b), the "pest input screen" is displayed on the display unit 21a as a result of the same transmission / reception. .. When the pest is specified by key inputting or instructing the pest name or its acronym on the "pest input screen" (step S1c), the crop and the pest are used as search instruction information based on the signal, and the server-side processing unit. In step 12, the file of the database unit 14 is searched (step S1d). The search is performed from the drug specific information file 14a, the usage information file 14b as the application file, the pest weed file 14c, the mixed information file 14d, the mixed crop name file 14e, the crop name file 14f, and the biopesticide use suitability file 14g as needed. , Search fields containing the given keywords, and extract information on pesticides and / or active ingredients for pests associated with crops and pests and, if necessary, other desired items to create a data table. It is to create. The results of pesticides and / or active ingredients for pests, strains (RAC code, chemical structure group), usage, effects, etc. obtained by the search are transmitted and received, and are displayed on the display unit 21a as "drug information for pests". Display (S1e).

At this time, there are restrictions on the usage of pesticides in use, drugs in use and / or with a history of use (for example, continuous use period, number of repeated uses and number of annual uses, time of use, applicable soil, applicable area). , Contraindications, etc.) or whether pesticides other than the same RAC code should be selected as the next drug candidate.

Attention may be drawn to restrictions on its usage and pesticides and / or active ingredients of another RAC code that should be drug candidates by color letters, coloring, blinking, and the like. It may be displayed for each RAC code, or sorted alphabetically or numerically, or the pesticide and / or active ingredient of another RAC code to be a drug candidate may be displayed at a higher level.

On the other hand, when the "crop selection" icon is not instructed (step S1a; N) and the "pesticide selection" icon is instructed (step S2a; Y), the same transmission and reception results result in the "pesticide input screen". Is displayed on the display unit 21a. When the pesticide is specified by key inputting or instructing the pesticide name or its acronym (step S2b), the server-side processing unit 12 searches the file of the database unit 14 in the same manner based on the signal (step S2c). ). Results such as crops, applicable pests, active ingredients, strains (RAC code, chemical structure group), usage, and effects obtained by the search 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 lineage (RAC code, chemical structure group), a pesticide containing the same active ingredient that should not be used as the next candidate or a pesticide or active ingredient having the same RAC code is searched for or appropriate for use. It can be examined by judging whether it is suitable for crops, judging whether it violates usage restrictions, or judging whether it is suitable for crops.

On the other hand, when the "pesticide selection" icon is not instructed and operated (step S2a; N) and the "active ingredient selection" icon is instructed and operated (step S3a; Y), the same transmission and reception results result in "active ingredient". The screen ”is displayed on the display unit 21a. When the pesticide having the active ingredient is specified by key inputting or instructing the active ingredient name or its acronym, the server-side processing unit 12 searches the file of the database unit 14 in the same manner based on the signal (step). S3b). Results such as crops, applicable pests, pesticides, strains (RAC code, chemical structure group, etc.), usage, effects, etc. obtained from the search are transmitted and received and displayed as "drug information for pests" on the display unit 21a. (Step S3c).

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

To search for a drug or active ingredient having the same code as the RAC code displayed in "drug information for pests" (steps S1e, S2d, S3c) based on this RAC code, enter or instruct the RAC code. By the operation (step S4a; Y), a search for extracting the drug and / or the active ingredient having the RAC code and other information as needed is performed in the same manner (step S4b). Results such as pesticides and / or active ingredients, usages, and effects for pests obtained by the search are transmitted and received and displayed on the display unit 21a as "drug information for pests" (S4c).

At this time, pesticides or active ingredients having the same RAC code can be displayed as drug candidates, and their usage can be displayed as an index for drug candidate selection.

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 further narrow down the search (step S4d; Y). Returns to step S1a again and repeats until the desired information is obtained. When the desired information is obtained, the search is terminated without re-searching (step S4d; N).

Although an example of performing a simple drug candidate search is shown in FIG. 12, it is desirable that the system can actually search and display various information desired by agricultural workers in the field. Therefore, as a realistic drug candidate search system 1, a plurality of examples of different embodiments are shown in FIGS. 13 to 16. FIG. 17 shows an outline of a search procedure for searching for drug candidates. Following the flowcharts of FIGS. 13-16, screen examples of actual major websites are shown in FIGS. 18-27 for reference.

FIG. 13 shows an operation 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 the display method are the same as described above, detailed description thereof will be omitted below, and the website map will be described.

Operate the operation unit 26a of the client terminal device 20a to start the communication line 30 for example, the Internet search engine, the identification information assigned to the terminal device 20a, and the drug candidate search website of the database server device for drug candidate search. The request information of the "top screen" is transmitted to the database server device 10 for drug candidate search via the communication unit 23a on the client side and the communication line 30 via the server side communication unit 13. The communication units 13 and 23a communicate with each other via the communication line 30 based on TCP (Transmission Control Protocol) and IP (Internet Protocol). The database server device 10 for drug candidate search transmits the "top screen" of the website, and the client terminal device 20a receives it, and the screen screen of the "top screen" G1 shown in FIG. 18 (hereinafter, simply a screen). Is displayed on the display unit 21a (hereinafter, since the transmission / reception process is the same, it will be described only on the website).

If you instruct and operate any of the "Search by crop name", "Search by pesticide name", or "Search by pesticide type" icon in the "Registered pesticide search corner" screen G2 (see Fig. 19 (a)), "Search by crop name", "Search by pesticide type", and so on. The “Crop name input” screen G3a (see FIG. 19 (b)), the “Agricultural chemical name input screen”, and the “Active ingredient input screen” appear.

"Crop name input" screen When you instruct (or enter a kana character) the kana initial character of the crop name you want to search from the "kana character" icon on G3a (or enter the kana character), the "crop starting from the kana initial character" screen, for example, " The "Crops starting from" screen (see Fig. 19 (c)) appears. When the crop name to be searched, for example, "tomato" is instructed and operated from the "crop name" icon, the "target selection for crop" screen G4 (see FIG. 20 (a)) appears.

From each icon of "Disease", "Pest", "Weed control", "Plant growth adjustment, etc." For "pests", when you specify and operate the target you want to search while inputting and selecting the pest, you can specify the specific target for the selected crop (for example, tomato), for example, the disease, specifically, the "disease screen of tomato" (Fig. 20 (b)). Since each icon of "disease name" such as "blight blight" ... "udonko disease" is displayed in (see), the icon of the specific target disease, for example, "blight blight" is instructed and operated. Then, for all pesticides that are effective for selected diseases such as "tomato / brown rot of potato", "how to use", "type of pesticide", and "number of times of use by ingredient" are displayed in layers. Screen G5a (see FIG. 21 (a)) appears. Selection of selected crops For all pesticides that are effective against diseases, the layer screen G5a of "How to use" shows the pesticide name, deleterious substances / poisons display, crops, usage (dilution factor / spray amount, timing of use, number of uses, usage method). Is displayed in a list, and on the layer screen G5b (see FIG. 21 (b)) of the "type of pesticide", the pesticide name, general name, strain (RAC code, chemical structure group), and effect are displayed in a list, and "by component". The pesticide name, the active ingredient, and the number of times of use thereof are listed on the layer screen G5c (see FIG. 22 (a)) of "Number of times of use".

This makes it possible to display a list of pesticides and usages for improving and exterminating the pest. In addition, since the pesticide and RAC code for improving and exterminating pests are written together on the layer screen G5b (see Fig. 21 (b)) of the "type of pesticide", in order to avoid continuous use of the same system of drugs and rotate. In addition, when you should select a pesticide with a different RAC code, you can quickly and surely determine which pesticide to use at a glance.

On the layer screens G5a to b (see FIGS. 21 (a) and 21 (b)), when the "Apply all" icon attached to the line of each pesticide name is instructed and operated, "selected crops and non-selected crops" related to the pesticide are selected. Crop application table "screen G6 (see Fig. 22 (b)) appears, and the adaptation table (selected crop name and non-selected crop name, applicable pest, (purpose), dilution factor, (spray liquid amount), use The time, number of uses, method of use, active ingredient and the total number of times it can be used, and applicable zone if necessary) are listed.
This makes it possible to quickly and reliably determine the crops, usages, and usage restrictions that can be used with the pesticide for the improvement and extermination of the pest.

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

When the icon of any "pesticide name", for example, "product name I" in the "pesticide name list" screen G7a (FIG. 22 (c)) is instructed and operated, the "selective pesticide application table" screen G8 (FIG. 23 (FIG. 23 (c)) b)) appears, and for the selected pesticide, for example, "Product Name I", the applicable crop name, applicable pest name, usage (for example, (purpose), dilution factor, (spray liquid amount), time of use) that can be used for the selected pesticide. , Number of uses, method of use, (applicable zone), active ingredient and total number of possible uses) are listed.

When the "brand / toxicity" icon displayed on the above-mentioned "application table of selected crops and non-selected crops" screen G6 (FIG. 22 (b)) is instructed and operated, the selection applied to the selected crop / selected pest is selected. Regarding pesticides, the "Brand / Toxicity List" screen G7b (see Fig. 23 (a)) appears, and regardless of the crop, the general name, product name, type, mixing number, use, dosage form name, and formulation toxicity table, registration number. -A table of brand name and manufacturer name, active ingredient, active ingredient in total number of uses, concentration, use, system (RAC code, chemical structure group), effect, toxicity and fish toxicity table are displayed. When the icon of "all applications" for each brand is instructed and operated, the above-mentioned "application table of selected pesticides" screen G8 (see FIG. 23 (b)) appears.

When the "ingredient / toxicity" icon displayed on the "application table of selected pesticides" screen G8 (see FIG. 23 (b)) is instructed and operated, the "ingredient / toxicity list" screen G9 (FIG. 24 (a)) regarding the selected drug is operated. (See) appears, regardless of the crop, registration number, generic name, product name, brand name, type, (manufacturer), mixing number, use, dosage form name, pharmaceutical toxicity table, active ingredient, total number of uses A table of active ingredient, concentration, use, lineage (RAC code, chemical structure group), effect, toxicity, fish toxicity is displayed.

This searchability is achieved by linking the drug specific information, the usage information, and the classification information to each other. From these, it is possible to make a list of crops, usages, and usage restrictions that can be used in the pesticide for the improvement and extermination of the pest, and to make a quick and reliable judgment. In this way, it is possible to directly or indirectly back-search at least one of the target animal and plant and the purpose and usage based on any one of the drug, the active ingredient contained therein, and the RAC code. can.

Instruct operation of the "RAC code" icon, for example, "I: 8F" on the "brand / toxicity list" screen G7b (see FIG. 23 (a)) and the "ingredient / toxicity list" screen G9 (see FIG. 24 (a)). Then, the "Agricultural chemical component of RAC code" screen G10 (see FIG. 24 (b)) appears, and the active ingredient of the same RAC code is displayed regardless of the crop.

This makes it possible to quickly and surely know which drug has the same RAC code in order to avoid continuous use of the same family of drugs for improvement and extermination of the pest and to rotate.

"Applicable table of selected pesticides" screen G8 (see FIG. 23 (b)), "Ingredient / toxicity list" screen G9 (see FIG. 24 (a)), "RAC code pesticide component" screen G10 (FIG. 24 (b)) (See), when the icon of "active ingredient name", for example, "active ingredient a" is instructed 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 of the crop / pest" on the "selection of target for crop" screen G4 (see FIG. 20 (a)) is instructed and operated, or the layer screen G5b of "type of pesticide" (FIG. 21). (B)) or "Number of uses by ingredient" layer screen G5c (see Fig. 22 (a)) When the icon of "Registered pesticides of the crop / pest" is instructed and operated, "List of registered pesticides of the crop / pest" Screen G11 (see FIG. 24A) is displayed. When the pesticide name is selected and the instruction is performed, the screen returns to the above-mentioned "application table of 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, but it is the same as the "Pesticide name input" screen (Fig. 19 (b)). (Not shown because it is an input screen), when you specify the kana acronym of the pesticide name you want to search from the "kana character" icon (or enter the kana character) in the same way as in the case of "crop name input", "kana acronym" The "Agricultural chemicals starting from" screen appears. When the pesticide name to be searched is instructed and operated from the "pesticide name" icon, the "selection pesticide application table" screen G8 is displayed. Also, on the "Active ingredient name input" screen (not shown because it is the same input screen as in Fig. 19 (b)), the Kana initial character or alphanumerical number of the active ingredient name you want to search from the "Kana / Alphanumerical character" icon in the same way. When you specify an acronym (or enter a kana character), the "active ingredient starting with the kana acronym / alphanumerical acronym" screen appears. When the active ingredient name to be searched is instructed and operated from the "active ingredient name" icon, the "pesticide name list" screen G7a is displayed. After that, the desired search can be advanced 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, additional searches may be possible for a plurality of crops as shown in FIG. As shown in FIG. 14 in which a part common to FIG. 13 is omitted, when selecting “Registration of the crop / pest” in the “Selection of target for crop” screen G4 (see FIG. 20 (a)), or In the "List of pesticides for selected crops / selected diseases" screen G5, the layer screen G5a of "How to use" (see Fig. 21 (a)), the layer screen G5b of "Types of pesticides" (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" was instructed and operated, and as a result of already searching, for example, "Tomato / Blight" was further "". You can add types such as "crop", such as "crop" and "nasu", and repeat the search to make it more realistic. An example of sequentially searching for a plurality of crops is shown, but it is also possible to search at once by performing and searching for a plurality of crops as keywords of search request information (not shown). Up to 10 types of "crops" can be added, and the search is repeated each time. By searching for multiple crops, even if a drift phenomenon occurs, it becomes possible to avoid unexpected phytotoxicity and the fact that the residual pesticide test value exceeds the regulation and cannot be shipped.

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. 15, the “target selection for crops” screen G4 (see FIG. 20 (a)). When selecting "disease" or "pest", if you instruct and operate the "pesticide that can be used by multiple" icons, it indicates whether the pesticide is effective against multiple diseases or multiple pests for the selected crop. For example, "Pesticides that can be used in multiples; pesticides-list of diseases" screen G12a (see Fig. 26 (a)) for "Tomato diseases", or "Pesticides that can be used in multiples; Pesticides" for, for example, "Pests of tomatoes". -List of pests "screen G12b (see FIG. 26 (b)) is displayed.

The list of these screens G12a and G12b (see FIGS. 26 (a) and 26 (b)) includes a drug specific information file 14a, a usage information file 14b as an applicable file, a pest weed file 14c, a mixed information file 14d, and a mixed crop name file 14e. , Create a data table of all database-listed pesticides and all database-listed pests from the crop name file 14f, and extract pests that can be improved or eliminated with the pesticides for each pesticide. It is as shown by. According to this, in those tables, the pesticide name is listed in the vertical frame and the disease name is listed in the horizontal frame, and it is indicated whether the pesticide is effective for multiple diseases or multiple pests for the selected crop. It is possible to avoid overuse of pesticides by judging not to use pesticides of the same effect more than once.

In the "Pesticides that can be used in multiples; pesticides-list of diseases" screen G12a (see Fig. 26 (a)), when the "disease name" of the crop, for example, the "brown rot of potato" icon is instructed and operated, the above-mentioned Return to the layer screen G5a of "How to use", and if you specify and operate the pesticide name, for example, the icon of "Pesticide A" or the ● mark in the table, you will return to the "Applicable table of selected crops and non-selected crops" screen G6. .. The same applies to the “Pesticides that can be used in multiples; pesticides-list of 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. 16, the “applied table of selected crops and non-selected crops” screen G6 (FIG. 22 (FIG. 22). If you instruct and operate the "Mixed case" icon displayed in b)), can the selected pesticide be mixed (or conditionally mixed) when used in combination with other mixed pesticides for the case crop? ), "Pests / pesticides mixed; suitability for mixing-case crops" list screen G13 (see FIG. 27) is displayed as to whether there is a problem in mixing or not. According to this, in those tables, the case crops for each mixed pesticide and the suitability for mixed use are listed for each pesticide, and a specific different pesticide is effective for a certain pesticide and a selected crop. It is shown in a list whether or not it can be used in combination, and it can be judged whether or not it can be used in combination with pesticides.

In this "pest / mixed pesticide; mixed suitability-case crop" list screen G13 (see Fig. 27), when the icon of the mixed pesticide name, for example, "drug B" for the crop is instructed, the "selected crop and the selected crop and the crop" related to the pesticide are instructed and operated. Return to the screen G6 (see FIG. 22 (b)) of the application table of crops not selected.

This list G13 (see FIG. 27) was associated with the drug specific information file 14a, the usage information file 14b as the application file, the pest and pest weed file 14c, the mixed information file 14d, the mixed crop name file 14e, and the crop name file 14f. , A data table was created and displayed based on the mixed items consisting of data such as the suitability of mixing the drug / active ingredient of pesticide 1 and the drug / active ingredient of pesticide 2 in tens of thousands of combinations according to the mixed information file 14d. It is a thing.

Of the websites shown in FIGS. 13 to 16, the layer screen G5a for "how to use" (see FIG. 21 (a)), the layer screen G5b for "types of pesticides" (see FIG. 21 (b)), and "use by component". "Number of times" layer screen G5c (see Fig. 22 (a)), "Selected crop and non-selected crop application table" screen G6 (see Fig. 22 (b)), "Selected pesticide application table" screen G8 (Fig.) 23 (b)), "List of registered pesticides for the crop / pest" screen G11 (Fig. 25 (a)), if you instruct and operate the "Download application table" icon, for example, all application tables for the pesticide will be displayed. , Excel (trade name of Microsoft Corporation; registered trademark) may be exported and displayed on the display unit 21a.

According to the database server device 10 for drug candidate search and the drug candidate search system 1 using the database server device 10, as shown in FIGS. 13 to 16, the types of animals and plants, their purposes, their usages, and the drugs currently in use Since the database section is searched and desired items are extracted based on at least one of the search instruction information of the name and / or the name of the active ingredient and the classification code, a plurality of drug candidates can be searched. However, it is significantly 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, for example, the RAC code, in order to avoid continuous use of drugs of the same family, the drug has the same efficacy and efficacy, and the same RAC as the drug currently in use. While displaying the drug of the code, it is possible to search for and display a plurality of drugs having different RAC codes as drug candidates.

In addition, drugs currently in use and / or drugs that are not currently used but have a history of use and / or active ingredients used or history of use (target animals and plants, dose, concentration, frequency of use, restricted number of uses, etc.) You may search by using the search instruction information as the time of use, place of application, and method of use (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 stored in the storage unit 15 of the database server device 10 according to the instruction from the client-side terminal device 20a, and the storage thereof is performed. You may search as search instruction information based on the information. From the drugs extracted by sequentially searching each item in the usage history, the drugs that violate the usage restrictions are sequentially removed (for example, the usage history specifically, the date difference between multiple usage times and the search time is calculated. However, the total number of times of use and the number of times of use for each year are calculated, and the target animal and plant, dose, concentration, usable frequency, number of times of use limit, time of use, place of application, and method of use are used to determine the drug that violates the usage restrictions. (Sequentially excluded), or by searching for at least one or more of these items in the usage history collectively and searching, the drugs that violate the usage restrictions should be sequentially removed, and if necessary, limited to drugs with different RAC codes. May display only available drug candidates.

For example, the applicable drug and / or the applicable drug in which the animal or plant is a crop, the drug is a pesticide, and the drug candidate search database server device is within the range of usage restrictions in the usage information based on the history information. A drug candidate search system may be configured to have the server-side processing unit for searching for the applicable active ingredient.

Alternatively, the animal or plant is a crop, the target animal or plant is a plurality of crops, the drug is a pesticide, and the database server device for searching for a drug candidate is an applicable drug and / or the applicable drug for all of the plurality of species. Alternatively, the drug candidate search system may be configured so as to have the server-side processing unit for searching the applicable active ingredient.

Although the example in which the websites shown in FIGS. 13 to 16 can be searched sequentially is shown, the websites shown in FIGS. 13 to 16 may be searched sequentially or directly in the reverse direction of the search.

In FIGS. 13 to 16, information on crops, drugs or active ingredients, and information related thereto was used as search instruction information, but in addition to these, the database unit 14 is used for beneficial insects, beneficial birds, beneficial nematodes, beneficial fungi, and the pests. Applicable drugs and applicable drugs displayed as a result of searching by storing the use suitability of each drug for any of the biopesticide selected from natural enemies as a biopesticide use suitability file 14 g (see FIG. 2). / Or, based on the applicable active ingredient, the suitability for the use of biopesticides may be further narrowed down as search instruction information. The biopesticide use suitability file 14g contains the types of pesticides (chemical pesticides) and the effects of insect natural enemies on eggs, larvae, frogs, adults, mommy and colonies, and on spores, spores, spores, and fungi. For items such as, the suitability of using biopesticides is displayed in a table format (see FIG. 29). They may be associated with each other so that the suitability of biopesticides can be searched for from the pesticides or active ingredients used, and may be further associated with the RAC code if necessary.

Each of the files 14a to 14g in FIG. 2 links and stores the drug specific information, the usage information, and the classification information, thereby enabling a complicated search.

Another aspect of a more specific drug candidate search system is:
At least one of the type of animal and 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 cause 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 the above to the drug candidate search database server device and receives the data signal from the signal; a client-side processing unit that controls transmission / reception and display of the data; A display that displays the name of the applicable drug and / or the applicable active ingredient and the content of the classification code from the data, or the content of the applicable drug and / or the applicable active ingredient thereof, and further the purpose and / or the usage thereof. The client terminal device;
The database unit stores mixed information indicating the suitability for mixed use of each of the plurality of target animals and plants among the drug and / or the active ingredient.
The animal or plant is a crop, the target animal or plant is a plurality of species of crop, and the drug is a pesticide.
The drug candidate search database server device has the server-side processing unit for searching for the applicable drug and / or the applicable active ingredient for all of the plurality of crops.
Search for the disease, the disease, the pest, the pathogen, the weed to be controlled, the plant growth control, and / or the drug and / or the active ingredient for each of the plurality of crops. Then, the classification code for the drug and / or the active ingredient is searched, the classification code different for the plurality of crops is extracted from the classification code, and another drug having the different classification code and / or effective. In addition to searching for the component, at least one of the same or different target animal or plant and the purpose is searched back from the different classification code for the other drug and / or the active ingredient, and contraindications for the combination thereof. The suitability is checked by the mixed use information, and drug candidates that can be mixed in combination are selected and displayed.

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

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

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

Similarly, using this drug candidate search system, pesticide 1B ₁ (RAC code 1a ₁ ) cannot be a drug candidate for crop C1 as a drug against another pest 1B, but pesticide 1B ₂ (RAC code 1b ₂ ). ) And pesticide 2B ₂ (RAC code 2b ₂ ) can be drug candidates because the RAC code is different from pesticide 1A ₁ . Therefore, pesticide 1B ₂ and pesticide 2B ₂ are obtained as secondary search results and displayed on the screen (see FIG. 13).

Using this drug candidate search system, it is possible to search for other crops. For crop C2, pesticide 2A ₁ as well as pesticide 2A ₂ and pesticide 2A ₃ are obtained as a primary search and displayed on the screen as a drug against another pest 2A. For crop C1, the RAC code for pesticide 1A ₁ was 1a ₁ . On the other hand, pesticide 2A ₁ cannot be a drug candidate that can be used for crop C1 and crop 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 as a pesticide. Since it is different from 1A1, it can be _a drug candidate. Therefore, the pesticide 2A ₂ and the pesticide 2A ₃ are obtained as the tertiary search result 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 because the RAC code is different from pesticide 1A ₁ as a drug against another pest 2B. , Pesticide 2B ₃ (RAC code 1b ₁ ) is not a drug candidate because the RAC code is the same as pesticide 1A ₁ . Therefore, the pesticide 2B ₁ and the pesticide 2B ₂ are obtained as the quaternary search results 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 mixed by checking the suitability for mixing. For crop C1, the purpose / crop to which pesticide 1A ₁ can be applied is reverse-searched, for example, when the crop is reverse-searched, crop C3 (cucumber), crop C4 (strawberry), etc. are hit as crops that can use pesticide 1A ₁ . For each crop, usable pesticide 2B ₁ (RAC code 2A ₁ ) and pesticide 2B ₂ (RAC code 2b ₂ ) are searched. This result is obtained as a high-order search result. The search results obtained for this crop C3 (cucumber) are applied to the list of suitability for mixing the pesticide 2B ₁ and the pesticide 2B ₂ obtained for the pest 2B for the previously searched crop C2 (for example, also cucumber). When the fitting comparison search is performed, it is determined that the pesticide 2B ₁ is unsuitable for mixed use and the pesticide 2B ₂ is suitable for mixed use. Therefore, the pesticide 2B ₂ is obtained as a higher-order search result and displayed on the screen (see FIGS. 13 to 16).

On the other hand, when the search result obtained for the crop C4 is applied to the list of suitability for mixing the pesticide 1B ₂ and the pesticide 2B ₂ obtained for the pest 1B for the previously searched crop C1 (tomato), a comparison search is performed. It is judged that the pesticide 1B ₂ is unsuitable for mixing and the pesticide 2B ₂ is suitable for mixing. Therefore, the pesticide 2B ₂ is obtained as a higher-order search result and displayed on the screen (see FIGS. 13 to 16).

In this way, the drug candidate search system enables advanced searches, searches for and displays drug candidates that can be used for multiple crops and purposes, and is appropriate even without specialized knowledge. You will be able to select and use various drug candidates.

We have explained an example of searching and displaying using the drug candidate search system to examine the suitability, contraindications, and repellents of mixing drugs / active ingredients with each other, but instead of drugs / active ingredients, drugs / active ingredients and biopesticide Biopesticide selected from the beneficial insects, beneficial birds, beneficial nematodes, beneficial fungi, and natural enemies of the above-mentioned pests in the biopesticide use suitability file 14g (see Fig. 2) to examine the suitability, contraindications, and repellents of the biopesticide. It may be searched and displayed by using the data of suitability for use for each of the above-mentioned agents.

Although the animals and plants are crops and the chemicals are pesticides in FIGS. 2 to 29, the animals and plants may be animals such as patients, livestock and pets, and the chemicals may be pharmaceuticals. In the case of pharmaceutical products, the classification codes are classified by Japanese standard product number classification, drug price standard listed drug code, JAN code, HOT number, individual drug code, receipt computer processing system code, JAN code, etc. There may be.

You may instruct to add multiple crops in sequence, narrow the search range in sequence, and display drug candidates, or instruct to add a purpose and display drug candidates in a list. You may do it.

Using this drug candidate search system, combinations of drugs / active ingredients that are recorded in the drug specific information file 14a and the usage information file 14b (see FIG. 2) but are not recorded in the mixed information file 14d can be used. , The search may be performed by applying by analogy from the combination of the drug / active ingredient recorded in 14d where the mixed information is present. Specifically, for applicable crops and / or applicable pests, a drug / active ingredient that can be mixed is searched from the mixed information file, and the RAC code of the drug / active ingredient overlaps with the application limitation items as necessary. The drug / active ingredient to be used may be searched from the drug specific information file 14a and / or the usage information file 14b and displayed as a drug candidate. This makes it possible to objectively and accurately determine and display the suitability of mixed use.

This drug candidate search system is used for at least one of the purposes selected from disease treatment or prevention, disease amelioration or prevention, pest or pathogen control or prevention, weed control, plant growth regulation, and spreading. 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 animal and plant, medicinal effect, efficacy, dose, concentration, usable frequency, limited number of times of each of the drugs. , Usage information including at least one of the usages selected from, time of use, place of application, method of use, dosage form, designation of deleterious substance or poison, toxicity, and contraindications, and efficacy equivalent for the drug and / or the active ingredient. When searching for classification information including a classification code indicating sex, a situation such as an animal or plant disease, disease, pest or pathogen, weed, plant growth regulation, or spreading is stored in advance with a representative image. By searching for the closest or most likely stored image by matching, extracting and extracting, and then displaying these drug specific information, usage information, and classification information associated with the extracted image, the optimal disease It can be treated or prevented, disease ameliorated or prevented, pests or pathogens exterminated or prevented, weeds controlled, plant growth regulated, and spread.

Specifically, character icons such as "modern agriculture (book name)", "pests / weeds", "registered pesticide information", etc. are shown as shown in the menu selection top screen G14 of FIG. 28-1.

When you instruct and operate the "Pests / Weeds" icon, "Disease / Pest Diagnosis", "Weed Diagnosis and Control", and "Elements" on the list screen G14-2 of the "Pests / Weeds / Birds and Beasts Comprehensive Table" as shown in Fig. 28-2. The icons of "Diagnosis of disorders", "Major pests of Hokkaido", "Utilization of natural enemies", "Countermeasures against wildlife damage", and "Detailed menu of pest diagnosis and control" are shown. If you select "Disease / Pest Diagnosis" from among them and perform an instruction operation, you can enter the initial letter of "Crop Name" as shown in Fig. 28-3, or "[Picture Table of Contents] Check from the site of occurrence and the characteristics of symptoms". The crop search screen G14-3 appears.

When the initial letter "to" of "tomato" is instructed and operated by inputting the initial letter of "crop name" on the crop search screen G14-3, the crop of "crop starting from tomato" is shown in Fig. 28-4. The display screen G14-4 appears. When the "tomato" on the crop display screen G14-4 is instructed and operated, the disease / pest screen G-5 of "tomato disease / pest" appears as shown in FIG. 28-5. Representative photographs of various diseases and pests and names of diseases and pests are shown there.

On the disease / pest screen G14-5, when a representative photo of the disease / pest or an icon of the disease / pest name, for example, "Blight blight" is instructed and operated as the screen of the control method, "Blight blight" is shown as shown in FIG. 28-6. <Diagnosis> Tomato bacterial wilt disease ”diagnosis screen G14-6 appears. On the diagnosis screen G14-6, the scientific name of the bacteria of the brown rot of potato, the whole photograph and the enlarged photograph of the disordered part of the brown rot of potato and their comments appear, and further, "the state of damage" and "the state of damage" as the "diagnosis part". "Points of diagnosis", "Trends of outbreaks, etc." and "Ecology of pathogens / insects, life history", "Conditions that are likely to occur", "Points of countermeasures", "Actual control", "Other precautions", "Effects" "Judgment of" is explained in an easy-to-understand manner. In addition, it is possible to refer to each other by the icon of the control method and the diagnosis, and as the screen of the diagnosis, in addition to the scientific name etc. Information such as "Life cycle and its fluctuations" is explained in an easy-to-understand manner (not shown). In addition, on the disease / pest screen G14-5, icons of "damage caused by disease", "damage caused by pest", "figure of pest", "damage of fruit", and "damage of foliage" are arranged, and they are instructed to operate. Can be narrowed down by.

On the diagnosis screen G14-6 in FIG. 28-6, in addition to the photograph, there are icons of "tomato stem (illustration diagnosis)" and "whole tomato strain (illustration diagnosis)" as "illustration diagnosis". When the "tomato stem (illustration diagnosis)" is instructed and operated, the tomato disease / tomato pest screen G14-7 appears as shown in Fig. 28-7, and the "leaf damage" and "leaf damage" in the "tomato disease" illustration screen appear. Illustrations and explanations of "damage to fruits", "damage to stems", "damage to the entire strain", and "damage to leaves", "damage to fruits", and "damage to roots" in the illustration screen of "tomato pest" and their explanations and diseases. A pest icon appears. For example, when the icon of "brown rot of potato" is instructed and operated, it jumps to the diagnosis screen G14-6 of "<diagnosis> tomato brown rot of potato" as shown in FIG. 28-6.

The diagnosis screen G14-6 in FIG. 28-6 has an icon of "confirmation of registered pesticide" in the screen of "<diagnosis> tomato brown rot of potato", for example. It jumps to the screen of pesticides related to "tomato / brown rot of potato" in 21 (a) (see G5a in the same figure).

On the other hand, when the icon of "Weed diagnosis and control" is instructed and operated in the list screen G14-2 of "Comprehensive table of contents of pests, weeds and birds and beasts" in Fig. 28-2, the "Weed diagnosis" screen is displayed as shown in Fig. 28-8. G14-8 appears. The weed diagnosis screen G14-8 has selection options of "Weeds in paddy fields", "Weeds in upland fields", "Search by name", and "Search by department". Paddy weed diagnosis screen G14-9 appears like 28-9, "Long and slender spear-like leaf shape", "Round egg-like leaf shape", "Examine from seedlings (buds)", "Here 1" If you click "Paddy weeds with many inquiries for the past month" from the "Paddy weeds with many monthly inquiries" and "Paddy weeds with many inquiries for the past year", the search frequency is stored in the storage unit 15 for each weed. The "Paddy weed diagnosis (many inquiries for the past month)" screen G14-10 (see FIG. 28-10), which is displayed from the server-side processing unit 12 in order of search frequency, appears.

When the icon of the weed you want to know, for example, "Inuhotarui" is instructed and operated from the "Paddy field weed diagnosis (many inquiries for the past month)" screen G14-10, the same as the above diagnosis screen G14-6, FIG. 28-11. As you can see, the whole picture and enlarged picture of the obstacle part of Inuhotarui such as the scientific name of "Paddy field weed Inuhotarui" screen G14-11 and its comments appear, and further "Distribution" "Morphology" "Points of judgment" "Ecology" "Occurrence" "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, when the "elemental disorder diagnosis" icon is instructed and operated in the list screen G14-2 of the "general table of contents of pests, weeds, birds and beasts" in Fig. 28-2, the "elemental disorder diagnosis" screen is displayed as shown in Fig. 28-12. In G14-12, crops and their representative photographs appear in alphabetical order. For example, when "strawberry" is instructed and operated, the "strawberry element disorder" screen G14-13 appears as shown in FIG. 28-13, and is representative of disorders such as "chisso deficiency", "chisso excess", "phosphorus deficiency", and "potassium deficiency". A photograph and a disorder name are shown, and when the representative photograph or the disorder name, for example, the icon of "Chisso deficiency" is instructed and operated, the "Strawberry Chisso deficiency" screen G14-14 appears as shown in FIG. 28-14, and the "symptoms" of Chisso deficiency appear. , "Conditions that are likely to occur," "Points of diagnosis," "Countermeasures," and "Examples of fertilizers to deal with when elemental failures occur" are explained in an easy-to-understand manner.

On the other hand, in the list screen G14-2 of "Comprehensive table of contents of pests, weeds, birds and beasts" in Fig. 28-2, the crops, disease names or their damages / cases, pest names or their damages are also used for "Major pests in Hokkaido".・ Information on desired pests, etc. can be reached from the case.

On the other hand, when the "natural enemy utilization" icon is instructed and operated in the list screen G14-2 of the "general table of contents of pests, weeds, birds and beasts" in Fig. 28-2, the "natural enemy" screen G14-15 is displayed as shown in Fig. 28-15. Appears and links to natural enemies and their outlines or explanations. The "Natural Enemy" screen G14-15 is linked to "Guidelines for the effects of insecticides and herbicides 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, birds and beasts damage comprehensive table of contents" in Fig. 28-2, the harmful animals "deer", "monkey", "wild boar", "masked palm civet", and "rat" are included in "birds and beasts damage countermeasures". Links to reference articles regarding "Mole" and "Bird".

The representative photographs and illustrations exemplified in each of the figures of FIGS. 28-1 to 28-14 or their explanations may be manually searched for as an example of a farm worker searching online. However, since these representative photographs and illustrations are stored in the database unit 14, as described above, the animals and plants photographed by farmers and the like regarding diseases, diseases, pests or pathogens, weeds, plant growth control, and spreading. On the other hand, by matching with a single image or multiple images taken from different angles, it can be displayed as a result of the matched memory image or the drug specific information, usage information, and / or classification information associated with the matched image. It is preferable to jump to the desired location in FIGS. 28-1 to 28-14.

In addition, at agricultural sites or medical sites, we may actively search for the suitability of mixed use / combined use, but we may also search for cases where mixed use is not possible / combined use is not possible, and whether it is contraindicated or repellent for cases. Even if the combination of drugs / active ingredients is not recorded in the mixed information file 14d, the same RAC code as that of the drugs / active ingredients recorded in the mixed information file 14d as unsuitable for mixing / avoidance is required. Depending on the situation, whether or not the drug / active ingredient overlaps with the application limitation items may be retroactively searched from the drug specific information file 14a and / or the usage information file 14b and displayed in the same manner as described above.

The database server device for drug candidate search of the present invention, the drug candidate search system using the database server device, and the drug candidate search program for executing the search system are used for animals and plants in order to avoid adverse effects due to resistance development and continuous use. It is used to select drug candidates for modification or continued use of a drug 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. Usage information file, 14c is a pest weed file, 14d / 14d'is a mixed information file, 14e is a mixed crop name file, 14f is a crop name file, 14g is a biopesticide use suitability file, 15 is a storage unit, 16 is an operation unit, 20a, 20b, 20c ... are client terminal devices, 21a is a display unit, 21b is a display / operation unit, 22a, 22b, 22c ... are client-side processing units, and 23a, 23b, 23c ... are client-side. Communication unit, 24 is a camera, 25a, 25b, 25c ... is a storage unit, 26a is an operation unit, 30 is a communication line, 40a, 40b ... is an external server device, L ₁ is the first layer, L ₂ is. 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 ... RAC code, _{1A 1-1A} 4.1B 1-1B _3.2A 1-2A _{3.2B 1-2B 3.3A 1-3A 3.3B 1-3B 3} ... are pesticides, S1a- _{S1e -} S2a- S2d, S3a to S3c, S4a to S4d are steps, G1 is a menu selection screen, G2 is a registered pesticide search corner screen, G3a is a crop name input screen, G4 is a target selection screen for crops, G5a is a layer screen for how to use, G5b. Is a layer screen for the type of pesticide, G5c is a layer screen for the number of uses for each ingredient, G6 is an application table screen for selected crops and crops not selected, G7a is a pesticide name list screen, G7b is a brand / toxicity list screen, and G8. Is the application table screen of the selected pesticide, G9 is the ingredient / toxicity list screen, G10 is the pesticide ingredient screen of the RAC code, G11 is the registered pesticide list screen of the crop / pest, G12a is the pesticide that can be used multiple times; pesticide-disease list. Screen, G12b is a pesticide that can be used multiple times; pesticide-pest list screen, G13 is a pest / mixed pesticide; mixed suitability-case crop list screen, G14 is a menu selection top screen, G14-2 is a pest / weed / bird / beast damage Comprehensive table list screen, G14-3 is crop search screen, G14-4 is crop display screen, G14-5 is disease / pest screen, G14-6 is diagnosis screen, G14-7 is tomato disease / tomato Pest screen, G14-8 is weed diagnosis Cut screen, G14-9 is paddy field weed diagnosis screen, paddy field weed diagnosis screen (the one with many inquiries for the past month) screen, G14-11 is paddy field weed dog firefly screen, G14-12 is element failure diagnosis screen, G14-13 is strawberry element The obstacle screen, G14-14 is a strawberry nitrogen deficiency screen, and G14-15 is a natural enemy screen.

Claims (16)

It is a drug candidate search system equipped with a database server device for drug candidate search and a client terminal device.
A drug applicable to at least one of the purposes selected from the treatment or prevention of diseases, the amelioration or prevention of diseases, the extermination or prevention of pests or pathogens, the control of weeds, the regulation of plant growth, and the spread of each type of animal or plant. Drug identification information including the name and / or the name of the active ingredient contained in the drug, and the purpose, target animal and plant, drug efficacy, efficacy, dose, concentration, usable frequency, restricted number of times, and timing of use of each of the drugs. , Application location, method of use, dosage form, designation of deleterious substance or poison, toxicity, and usage information including at least one of the contraindications, and efficacy equivalence for the drug and / or the active ingredient. The database part stored in correspondence with the classification information including the classification code,
Applicable drugs and / or applicable drugs from the database unit based on at least one of the animal and plant types, the purpose, the name of the drug and / or the name of the active ingredient, the usage and the classification code. A server-side processing unit that searches for data on applicable active ingredients,
With the database server device for drug candidate search having a server-side communication unit for transmitting the data to the client terminal device;
At least one of the type of animal and 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 cause the server-side processing unit to search the data. A client-side communication unit that sends a signal based on the search instruction information of the above to the database server device for drug candidate search and receives the signal of the data from the signal.
A client-side processing unit that controls transmission / reception and display of the data,
From the data, a display that displays the name of the applicable drug and / or the applicable active ingredient and the content of the classification code, or the content thereof, and further the purpose and / or the usage thereof. With the client terminal device having
Equipped with
The database server device for searching for drug candidates, in the database unit, records the drug specific information, the usage information, and the classification information for each type of animal and plant in a record structure, a table structure, and / or relational, respectively. It is stored as a database structure,
The database server device for drug candidate search stores, in the database unit, mixed information indicating the suitability and / or contraindications for mixing each of a plurality of target animals and plants among the drug and / or the active ingredient. And / or the database section stores usage information indicating contraindications or cautions regarding usage information.
The drug candidate search database server device searches the database unit for the drug and / or the active ingredient used for the purpose based on the mixed information and / or the usage information in the server-side processing 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 unit, and the client terminal device displays the search result on the display unit.
The server-side processing unit may from a single or different angle to the animal or plant imaged for the disease, the disease, the pest or pathogen, the weed, the plant growth control, and the spread. Image matching is performed between a plurality of captured images and representative image groups for the disease, the disease, the pest or pathogen, the weed, the plant growth control, and the spread stored in the database unit . Then, a storage image most similar to the single image or a plurality of images of the crop taken from different angles is extracted from the image group stored in the database unit , and the drug identification information associated with the stored image is extracted. , The usage information and / or the classification information is extracted and transmitted from the server-side communication unit to the client-side communication unit via the signal.
A drug candidate search system, wherein the client terminal device displays the result of the extracted stored image, the drug identification information, the usage information, and / or the classification information on the display. The database server device for searching for drug candidates has at least one limitation of the usage information in the drug and / or the active ingredient in the search result and the classification code in common, and the mixed information and / Alternatively, the drug and / or the active ingredient not recorded in the usage information is searched and extracted, and the extraction result is obtained from the server-side communication unit with the search result or in place of the search result. It is transmitted to the side communication unit via the above signal.
The drug candidate search system according to claim 1, wherein the client terminal device displays the search result on the display. The limitation is the target animal or plant, at least one selected from the medicinal effect and the effect, the purpose, the dose, the concentration, the usable frequency, the limited number of times of use, the time of use, the place of application, and the above. The drug candidate search system according to claim 2, wherein the drug is at least one selected from the method of use and the dosage form. The drug candidate search database server device is used in the server-side processing unit for the same or different purposes of the same or different species of animals and plants, among a plurality of candidates of the drug and / or the active ingredient. The same or different of the classification code of the above is searched from the database section, and / or the mixing suitability and / or the mixing contraindication is searched from the database section, and the search result is searched from the server side communication section to the client. It is transmitted to the side communication unit via the above signal.
The drug candidate search system according to any one of claims 1 to 3, wherein the client terminal device displays the search result on the display. The animal and plant is a crop and the drug is a pesticide, or the animal and plant is a patient and the drug is a medical drug, and the classification code is the type for each drug and / or the active ingredient, the medicinal effect, respectively. 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. The drug candidate search system according to claim 5, wherein the animal or plant is the crop, the drug is the pesticide, and the code is a RAC code. The database server device for searching for drug candidates has the server-side processing unit for searching the applicable drug and / or the applicable active ingredient for all of a plurality of crops.
The agent applied by the server-side processing unit to the disease, the disease, the pest, the pathogen, the weed to be controlled, the plant growth control, and / or the spread, using the plurality of crops as keywords. And / or the active ingredient is searched for and 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, and searches for the client side. Displayed on the display by the processing unit
The server-side processing unit reverse-searches at least one of the target animal and plant and the target from the classification code and displays it on the display.
The server-side processing unit checks the mixing suitability of the combination of the drug and / or the active ingredient and the drug and / or the active ingredient with each other based on the mixing information, and displays it on the display. The drug candidate search system according to any one of claims 1 to 6, wherein the drug candidate search system is characterized in that. The client terminal device has an operation unit for inputting and searching history information including the classification code possessed by a drug used and / or an active ingredient used which is in use and / or has 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 another classification code as the applicable drug and / or the applicable active ingredient based on the history information. The drug candidate search system according to any one of claims 1 to 7, wherein the drug candidate search system has 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 for searching data of the applicable drug and / or the applicable active ingredient based on the history information.
The client terminal device has the indicator, which displays the drug specific information about the applicable drug and / or the applicable active ingredient, and further displays the usage information and / or the classification information regarding them. The drug candidate search system according to claim 8, wherein the drug candidate search system is characterized by the above. The animals and plants are crops and the chemicals are pesticides.
The server side in which the database server device for searching for drug candidates reversely searches for at least one of the target animal and plant, the purpose, and the usage thereof based on the applicable drug and / or the applicable active ingredient. Has a processing unit
The drug candidate search system according to any one of claims 1 to 9, wherein the client terminal device has the display device that displays the result of the reverse search. The animals and plants are crops and the chemicals are pesticides.
The database server device for searching for drug candidates searches for the name of the drug having the classification code and / or the name of the active ingredient based on the classification code of the applicable drug and / or the applicable active ingredient. , Or the server-side processing unit for back-searching at least one of the target animal and plant, the purpose, and the usage thereof.
The drug candidate search system according to any one of claims 1 to 10, wherein the client terminal device has the display device that displays the result of the reverse search. The animals and plants are crops and the chemicals are pesticides.
Based on either the name of the applicable drug or the name of the applicable active ingredient, the database server device for searching for a drug candidate has the other name, the target animal or plant related thereto, the purpose, and the usage. It has the server-side processing unit that reverse-searches at least one of the above.
The drug candidate search system according to any one of claims 1 to 11, wherein the client terminal device has the display device that displays the result of the reverse search. The animals and plants are crops, the chemicals are pesticides, and
The database section remembers the suitability of each drug for any biopesticide selected from beneficial insects, beneficial birds, beneficial nematodes, beneficial fungi, and natural enemies of the pests.
The database server device for drug candidate search has the server-side processing unit that searches for the suitability of the use of the biopesticide based on the applicable drug and / or the applicable active ingredient.
The drug candidate search system according to any one of claims 1 to 12, wherein the client terminal device has the display for displaying the result of searching for the suitability of the use of the biopesticide. Based on the search instruction information of any of the animal and plant types, the purpose, the usage, the name of the drug and / or the name of the active ingredient, and the classification code, the others are on the server side. One of claims 1 to 13, wherein the database unit links and stores the drug specific information, the usage information, and the classification information so that they can be searched by the processing unit. The listed drug candidate search system. The drug candidate search database server device is used to search for any of the animal and plant types, the purpose, the usage, the name of the drug and / or the name of the active ingredient, and the classification code. It has the server-side processing unit that searches for other information based on information, extracts at least one of them, and outputs it in tabular format.
The drug candidate search system according to any one of claims 1 to 14, wherein the client terminal device has the display device for displaying table information in a table format. A drug candidate search program used in a drug candidate search system equipped with a database server device for drug candidate search and a client terminal device.
A drug applicable to at least one of the purposes selected from the treatment or prevention of diseases, the amelioration or prevention of diseases, the extermination or prevention of pests or pathogens, the control of weeds, the regulation of plant growth, and the spread of each type of animal or plant. Drug identification information including the name and / or the name of the active ingredient contained in the drug, and the purpose, target animal and plant, drug efficacy, efficacy, dose, concentration, usable frequency, restricted number of times, and timing of use of each of the drugs. , Indicates the efficacy equivalence of the drug and / or the active ingredient with usage information including at least one of the indications, toxicity, and contraindications selected from the place of application, method of use, dosage form, designation of deleterious substance or poison, toxicity, and contraindications. From the database unit stored in correspondence with the classification information including the classification code, the type of the animal or plant, the purpose, the name of the drug and / or the name of the active ingredient, the usage, and the classification code. In order for the server-side processing unit to search from a file storing data on applicable drugs and / or applicable active ingredients based on at least one of the above, the type of animal and plant, the purpose, the usage, and the above. A step procedure for transmitting a signal based on at least one of the search instruction information of the name of the drug and / or the name of the active ingredient and the classification code to the database server device for searching for drug candidates, and a step procedure.
A step procedure for receiving a signal of the data from the drug candidate search database server device at the client-side communication unit of the client terminal device, and a step procedure.
A step procedure in which the transmission / reception and the display of the data are controlled by the client-side processing unit in the client terminal device, and
From the data, the name of the applicable drug and / or the applicable active ingredient and the content of the classification code, or the content thereof, and the content of the purpose and / or the usage thereof, are described in the client terminal device. Step procedure to display on the display in
With the program to be executed;
At least one of the type of animal and 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 cause the server-side processing unit to search the data. A step procedure in which a signal based on the search instruction information of the above is transmitted to the database server device for drug candidate search, and the signal of the data is received by the client-side communication unit from there, and a step procedure.
In the client side processing unit, the step procedure for controlling the transmission / reception and the display of the data, and
From the data, the name of the applicable drug and / or the applicable active ingredient and the content of the classification code, or the content thereof, and the content of the purpose and / or the usage thereof are displayed on the display. With the program to execute the step procedure and;
The database server device for searching for drug candidates, in the database unit, records the drug specific information, the usage information, and the classification information for each type of animal and plant in a record structure, a table structure, and / or relational, respectively. It is stored as a database structure, and it also stores mixed information indicating the suitability and / or contraindications for mixing each of the target animals and plants between the drug and / or the active ingredient. And / or by utilizing the fact that the usage information indicating the contraindications or precautions for use regarding the usage information is stored, the animal and plant can be used in the server-side processing unit of the database server device for searching for drug candidates. The same or different, the same or different of the classification code among the plurality of candidates of the drug and / or the active ingredient used for the same or different purpose in the same or different type is searched from the database unit, and / or the said. The drug and / or the active ingredient used for the purpose is searched from the database unit for the suitability and / or contraindication for the mixture, and / or the drug and / or the active ingredient used for the purpose based on the mixture information and / or the usage information. The step procedure of searching from and transmitting the search result from the server-side communication unit to the client-side communication unit via the signal, and
A program for executing the step procedure of displaying the search result on the display on the client terminal device;
From a single or different angle to the flora and fauna photographed for the purpose in the server-side processing unit for the disease, the disease, the pest or pathogen, the weed, the plant growth control, and the spread. Image matching is performed between a plurality of captured images and representative image groups for the disease, the disease, the pest or pathogen, the weed, the plant growth control, and the spread stored in the database unit . Then, a storage image most similar to the single image or a plurality of images of the crop taken from different angles is extracted from the image group stored in the database unit , and the drug identification information associated with the stored image is extracted. , And / or the step procedure of extracting the usage information and / or the classification information and transmitting the information from the server-side communication unit to the client-side communication unit via the signal.
A program that causes the client terminal device to execute a step procedure for displaying the result of the extracted stored image, the drug identification information, the usage information, and / or the classification information on the display.
A drug candidate search program characterized by being equipped with.

Images