KR20210012614A - Method And System For Pest Control Integrated Management - Google Patents

Abstract

The present invention relates to a method and a system for integrated pest control management. The system is an all-in-one system, which can observe and calculate a production area of actual crops compared to farmland by using an unmanned aerial vehicle, and use a management system to control the type and quantity of corresponding pesticides based on a pesticide tolerance standards strengthening system, thereby performing pest control using the unmanned aerial vehicle. The unmanned aerial vehicle and the management systems are used to reduce the process of receiving the pesticides and reduce labor costs, thereby saving farming costs. In addition, the usage method is easy, such that elderly farmers can use the pesticides according to the system.

Description

Method And System For Pest Control Integrated Management}

The present invention relates to a control integrated management method and system, and more particularly, to a control all-in-one management for preventing or exterminating agricultural crops from pests and diseases.

The actual land phenomena are land used as agricultural land or perennial plant cultivation land and the site of its improvement facilities (branches, waterways, farm roads, levees, etc.) is defined as farmland, and the land on which crops are cultivated is agricultural land. The rice field is usually not cultivated but is included in agricultural land.

In general, farmers consider the range of farmland and farmland to be the same, or use pesticides by calculating the area of farmland or farmland when trading crops as well as when controlling crops by recognizing the area of farmland including rice paddies as the production area of agricultural crops. There are many cases.

As a result, the abuse of pesticides occurs, resulting in crops exceeding the permissible standards for pesticides, so consumers consume unsafe foods, and because pesticides are sold in bottles, soil and river pollution due to the reckless disposal of the remaining pesticides. It causes the problem.

In addition, due to the Pesticide Acceptable Standard Enhancement System (PLS, Positive List System) in effect from January 1, 2019, the use of non-registered pesticides other than those set in the domestic use registration or residual allowance standards is prohibited in principle. , As a system that uniformly applies the residual allowable standard of 0.01ppm (mg/kg), the level of non-detection of pesticides, to agricultural products for which the pesticide residue allowance standard has not been established, pesticides are safely managed in a situation where the types of agricultural products are diversified and the amount of imports increases. Therefore, it is a system introduced to enhance the safety of national food and the differentiation of domestic agricultural products.

The allowable residual standard refers to the standard for determining the amount of pesticides legally permitted in agricultural products when properly used according to the safe use method of pesticides, and the absence of a pesticide residue allowance standard means that the pesticide is not registered in Korea, or toxicity and It is a pesticide that has not been reviewed for safety, and if there is no allowable residual standard, it is omitted from the subject of exposure evaluation, so safety management is difficult.

However, many of the farmers are of a difficult age to access the latest news and equipment, and even farmers who are exposed to the system must have a sufficient understanding of the changed system, and the types and doses of pesticides for various types of crops. It is difficult to implement without knowing in detail about the system, so it is difficult to settle the system stably.

Accordingly, the present invention is to obtain the stability of the system by quickly establishing the degree of strengthening of the allowable standards for pesticides, and further, to enable the use of pesticides according to the system conveniently to farmers, and to provide healthy food to consumers.

Korean Patent Registration No. 2014-0052547 ("Pesticide Pest Diagnosis System")

The present invention was conceived to solve the above problems, and an object of the present invention is to establish a system for managing a list of pesticides allowed, and more particularly, to determine the actual production area of crops, and according to the variety of crops. The goal is to provide an integrated control method and system for prevention of environmental pollution caused by indiscriminate disposal by allowing the receipt of the necessary amount of pesticides and reducing labor costs with an automated system.

The integrated control method of the present invention includes a basic information input step of recording and storing basic information of farmland in an integrated management server; A farmland area measurement step of observing farmland using an unmanned aerial vehicle equipped with a GPS and a camera, and transmitting the observed information to the integrated management server; When the information transmitted by the unmanned aerial vehicle is received by the integrated management server, a farmland area calculation step of analyzing and calculating an actual production area of agricultural crops compared to farmland; The integrated management server comprises a pesticide information determination step of determining pesticide information on the type and capacity of pesticides based on the calculated actual crop production area and the degree of pesticide acceptance standard enhancement for the variety of crops included in the basic information; And a transmitting step of transmitting the determined pesticide information to an external device.

At this time, after the pesticide information transmission step, the external device for receiving the pesticide information is an automatic pesticide dispenser having a plurality of pesticides and spray nozzles, and the pesticide according to the pesticide information using the automatic pesticide dispenser It characterized in that it comprises the step of automatically distributing to the container using the injection nozzle and providing it to the purchaser.

In addition, after the pesticide information transmitting step, the external device receiving the pesticide information is a vendor information management system (POS), and upon receiving the pesticide information to the information management system, the purchaser is identified and the pesticide information to the purchaser It characterized in that it comprises the step of providing a pesticide according to.

In addition, after the pesticide information transmission step, after the purchaser receives the pesticide, the pesticide is mounted on the unmanned aerial vehicle, and the unmanned aerial vehicle flies to the address included in the basic information to control the farmland by air. It characterized in that it includes;

In addition, after the pesticide information transmission step, the external device transmits the pesticide information provided to the purchaser to the integrated management server as a usage history, and the integrated management server records and stores the use history. It characterized in that it includes;

At this time, after the control recording step, the integrated management server transmits the usage history to the central management center, and the central management center can inquire and manage the entire usage history, and monitors the usage exceeding or misuse of pesticides. It is characterized in that it generates a warning alarm when it is found to be abused.

In addition, after the prevention recording step, the integrated management server transmits the usage history to the terminal included in the basic information, so that the purchaser can view the usage history.

The integrated control system of the present invention includes an unmanned aerial vehicle equipped with a GPS and a camera to observe the actual crop production area of the farmland and transmit the observed information to the outside; An integrated management server that stores and analyzes information received from the unmanned aerial vehicle and basic information of farmland, calculates pesticide information including the type and capacity of pesticides based on the degree of strengthening of pesticide tolerance standards and transmits it to the outside; And a pesticide automatic dispenser that includes a plurality of pesticides, but when receiving the pesticide information, distributes to an external container using a spray nozzle according to the type and capacity of the corresponding pesticide.

At this time, the unmanned aerial vehicle is capable of installing the pesticides distributed through the automatic pesticide dispenser, and automatically controls the production area of the actual crops measured by the unmanned aerial vehicle by flying to the address included in the basic information. To do.

In addition, the integrated management server transmits the basic information and the pesticide information to the central management center as a usage history, and the central management center stores and manages the received information, and generates a warning alarm when detecting abuse of pesticides. It is characterized.

In addition, the integrated management server is characterized in that transmitting the pesticide use history to the terminal of the purchaser included in the basic information.

The integrated control management method of the present invention with the above configuration can equalize the type and amount of pesticides used in agricultural crops, and prevent soil and river pollution by reducing the indiscriminate disposal of pesticides through quantitative use, and integrated management and Because it can be monitored, the control process can be reduced, thereby reducing labor costs and purchasing costs.

1 is a system block diagram of the present invention
2 is an embodiment of an external device of the present invention
3 is a flow chart of the present invention
Figure 4 is a configuration diagram of information transmission of the components of the present invention
Figure 5 is a partial flow chart of the pesticide information transmission step of the present invention

Hereinafter, the technical idea of the present invention will be described in more detail using the accompanying drawings. Prior to this, terms or words used in the specification and claims should not be construed as being limited to their usual or dictionary meanings, and the inventors appropriately explain the concept of terms in order to explain their own invention in the best way. Based on the principle that it can be defined, it should be interpreted as a meaning and concept consistent with the technical idea of the present invention.

Accordingly, the embodiments described in the present specification and the configurations shown in the drawings are only the most preferred embodiment of the present invention, and do not represent all the technical spirit of the present invention, and thus various alternatives that can be substituted for them at the time of application It should be understood that there may be variations.

Hereinafter, the technical idea of the present invention will be described in more detail using the accompanying drawings. The accompanying drawings are only an example shown to describe the technical idea of the present invention in more detail, so the technical idea of the present invention is not limited to the form of the accompanying drawings.

The present invention relates to a control integrated management method and system, and will be described with reference to FIG. 1, the integrated control management system may be configured to include an integrated management server 10, an unmanned aerial vehicle 20, and an external device 30. have.

First, the integrated management server 10 is capable of transmitting and receiving information with the external device 30 using a wired or wireless communication network, and the personal information of the pesticide buyer, the address of the farmland, the variety of the crop, the name of pests or weeds, the pesticide control time And the number of times and the cultivation period of agricultural crops may be input and stored as basic information A of farmland, and may be formed to manage the input information.

The integrated management server 10 may be configured to include a program capable of analyzing and calculating information, and may calculate the actual production area of agricultural crops by analyzing information on farmland received from the unmanned aerial vehicle 20. In addition, pesticide information (B) is generated by automatically determining the variety of agricultural crops included in the basic information (A) and the types of pesticides according to pests, and calculating the amount of pesticides corresponding to the production area. Pesticide information (B) can be delivered to the external device (30).

In addition, the integrated management server 10 builds a database for storing and managing records of transmission and reception of the pesticide information (B) and other devices, including the basic information (A), to provide an integrated control service of the present invention. You can manage the information of the entire farmland and the information of the pesticides used, and the purchaser (1) manages the purchase history and farmland information of the purchaser (1) by entering the basic information (A) once Because it can be used, it has the advantage that it can be easily used by men and women of all ages.

The wired and wireless communication networks of the integrated management server 10 include wireless LAN (WLAN), Wi-fi, Wibro, Wimax, LTE, 3G, 4G, 5G, Ethernet, serial communication, optical/ It can be used including a coaxial cable, etc., and can be provided at a pesticide store, or at a place designated by the country or at a government office for management.

The unmanned aerial vehicle 20 refers to an unmanned helicopter, an unmanned multicopter, an unmanned aerial vehicle, a drone, etc., which can be moved by flying without a person on board, and includes a GPS, a camera, and a wired/wireless communication device, and the unmanned aerial vehicle is an input address. By flying 20, it is possible to observe obstacles, additional facilities, etc., including the scale of farmland and the actual production area of crops, using GPS and cameras, and transmit the observed information to the integrated management server 10. .

The unmanned aerial vehicle 20 is for measuring the production area of actual crops, and because it can be observed from the air, it is possible to conveniently and accurately observe farmland of a size that is difficult for humans to measure directly. Because it is short and can be measured without the need for a separate manpower, there is an effect of reducing farming costs.

In addition, the unmanned aerial vehicle 20 is provided so that the agricultural chemicals received by the purchaser 1 can be mounted on the unmanned aerial vehicle 20 to fly the unmanned aerial vehicle 20 to a corresponding farmland for aviation control. By using the unmanned aerial vehicle 20 on the farmland, etc., it is possible to shorten the time for control through air control, and reduce the manpower to obtain the effect of reducing farming costs.

The external device 30 is for allowing a purchaser to receive pesticides, and includes a wired/wireless communication device, so that information can be transmitted and received with other devices. In addition, when the pesticide information (B) is received by the external device 30, a notification message is formed to provide the type and capacity of the corresponding pesticide to the buyer, or connected to an automatic dispenser to receive the pesticide from the dispenser. It may be provided to be able to. The external device 30 is provided in the form of a pouch, a terminal, a server, etc., or is formed to receive the pesticide information B transmitted from the integrated management server 10, etc. to the pesticide information B It does not matter as long as it is formed so that the buyer 1 can receive the agricultural chemicals.

2 is a diagram showing an embodiment of the external device 30, in the present invention, the external device 30 may be an automatic pesticide dispenser 31, and the automatic pesticide dispenser 31 is the integrated Upon receiving the pesticide information (B) transmitted from the management server 10, it can be distributed to the container using a spray nozzle according to the type and capacity of the pesticide contained in the pesticide information (B).

The automatic pesticide dispenser 31 may be formed in the same shape as a vending machine, and includes a display indicating a screen, an input unit for inputting data, a spray nozzle for spraying pesticides, a power button for operating the dispenser, and an external device. A communication unit capable of communication may be provided, and the spray nozzle cleaning unit may be further provided so that the spray nozzle can be cleaned by pressing a button after the pesticide is extracted.

When receiving the pesticide information (B) determined by the integrated management server 10, the automatic pesticide dispenser 31 selects a pesticide corresponding to the pesticide information (B) among a plurality of pesticides and the As much as the amount included in the pesticide information (B), it can be distributed to an external container using a spray nozzle.

In general, pesticides are sold in bottle units, but when purchased in bottles, in order to dispose of pesticides left after use, they are treated as special waste and paid for, or pesticides may be overused in agricultural crops due to overuse, and indiscriminately disposed of. Since it causes soil and river pollution, it is effective to reduce disposal costs and prevent environmental pollution by distributing quantitatively to the automatic pesticide dispenser 31 to prevent this, and pesticides used for the same crop variety It can be leveled and the pesticides used can be observed through the central management center so that consumers can consume safe and verified foods.

3 is a flowchart of a method for integrated control management according to an embodiment of the present invention. When described with reference to FIG. 3, the present invention provides basic information for recording and storing the basic information A in the integrated management server 10. An input step (S100), a farmland area measurement step (S200) of observing farmland using the unmanned aerial vehicle 20 equipped with a GPS and a camera, and transmitting the observed information to the integrated management server 10 (S200), the integration When the information transmitted by the unmanned aerial vehicle 20 is received to the management server 10, the farmland area calculation step (S300) of analyzing and calculating the production area of the actual crop relative to the farmland (S300), the integrated management server 10 is calculated Pesticide information determination step (S400) of determining the pesticide information (B) for the type and capacity of pesticides based on the actual agricultural product production area and the degree of pesticide acceptance standard enhancement for the varieties of agricultural crops included in the basic information (A) (S400 ) And a pesticide information transmission step (S500) of transmitting the determined pesticide information (B) to the external device (30).

Figure 4 is a configuration diagram of information transmission between the components of the present invention, and will be described with reference to Figure 4, first, the basic information input step (S100) is to transfer the basic information (A) of farmland to the integrated management server 10 Recorded and stored, the basic information (A) includes the personal information of the purchaser (1) who wants to purchase pesticides, the address of the farmland, the variety of crops, etc., and integrates the basic information of the farmland to be controlled. It is characterized in that input to the management server (10).

After the basic information input step (S100), the farmland area measurement step (S200) occurs. The farmland area measurement step (S200) is performed by flying the unmanned aerial vehicle 20 to the address of the farmland included in the basic information (A), observing farmland using a GPS and a camera, and recalling the observed farmland information. It can be transmitted to the integrated management server 10.

The unmanned aerial vehicle 20 may use a GPS to move to the farmland and photograph the farmland that arrives through a camera, observe the area of the farmland, and measure the production area of the actual crop, and use the wired/wireless communication device of the unmanned aerial vehicle 20 The observed farmland information can be transmitted to the integrated management server 10.

After the farm area measurement step (S200), the farm area area calculation step (S300) occurs. In the farm area calculation step (S300), the information on the farmland that the unmanned aerial vehicle 20 observes and transmits from the integrated management server 10 is received, and the purchaser 1 It is characterized by calculating the production area of actual crops excluding additional facilities such as improved facilities and rice paddies among the applied farmland.

At this time, check whether the variety of crops included in the basic information (A) input to the integrated management server 10 matches the variety of crops actually being produced, or the area of the reported farmland and the actual area of farmland It has the effect of managing rural areas where observation is difficult or management and monitoring is neglected because the site is wide, and the area of the farmland can be easily observed, so even aged farmers can easily check their farming area. Since the unmanned aerial vehicle 20 flies and observes, there is an advantage of reducing labor costs.

In the farm area calculation step (S300), the manager directly checks and calculates the information received from the unmanned aerial vehicle 20, or checks the actual production area by using a program that can check the actual crop production area compared to farmland. It doesn't matter if you use any method you can.

After the agricultural area calculation step (S300), the pesticide information determination step (S400) occurs. The pesticide information determination step (S400) confirms the production area of the actual crop calculated in the farmland area calculation step (S300) and the variety of crops included in the basic information (A), and the integrated management server 10 It is characterized by determining the pesticide information (B) for calculating the type and capacity of pesticides suitable for input information such as varieties of crops, types of pests, and production area.

At this time, the pesticide information (B) includes the type of pesticide desired by the purchaser 1 in the basic information (A), so that the integrated management server 10 can calculate only the amount of pesticide, and the When the purchaser 1 selects a pesticide inappropriate for use by presetting the pesticides unsuitable for use in the integrated management server 10, the pesticide information (B) is determined by sending a guide message and recommending a pesticide suitable for the variety. May be.

In addition, the object of the present invention is to quickly settle the pesticide tolerance standard enhancement (PLS, Positive List System) that has been in effect from January 1, 2019, and the pesticide information (B) is the integrated management server 10 It is characterized in that it is determined according to the degree of pesticide tolerance standard strengthening using the program included in. The degree of strengthening of pesticide tolerance standards is a system in which only pesticides registered for each crop are used within a certain standard, and 0.01ppm is uniformly applied to pesticides without a residual tolerance standard.

Since the present invention includes a program systematized in the integrated management server 10 that the residual concentration for each type is specified for the list of permitted pesticides for each variety of crops, the actual production area of the crops and the varieties of crops, etc. When basic information (A) and information on farmland are input, it is automatically calculated to generate the pesticide information (B).

Therefore, the present invention has the advantage of being able to measure the actual production area of agricultural crops using the unmanned aerial vehicle 20 without the burden of manpower through the first input of the basic information (A), and the integrated management server 10 ), which automatically calculates the type and capacity of pesticides to be used according to the area of the farmland and the variety of the crop, so it can be used easily even by aged farmers, helping to quickly establish the degree of strengthening of pesticide acceptance standards. It can have an effect.

After the pesticide information determining step (S400), the pesticide information transmitting step (S500) occurs. The pesticide information transmission step (S500) is characterized by transmitting the pesticide information (B) determined by the integrated management server 10 to the external device (30).

The external device 30 may be used regardless of the pesticide information (B) transmitted by the integrated management server 10 as long as wired or wireless communication is possible, and the external device 30 is the information of the pesticide information (B). It doesn't matter if it's visualized so that it can be read, or it can be received as a pesticide.

The external device 30 receiving the pesticide information (B) may be the automatic pesticide dispenser 31 having a plurality of pesticides and spray nozzles, and the pesticide automatic after the pesticide information transmission step (S500) When the pesticide information (B) is received by the dispenser 31, one of a plurality of pesticides provided in the automatic pesticide dispenser 31 is selected, and automatically sprayed by a predetermined amount through the spray nozzle to It may include the step of providing the buyer (1) by containing the pesticide corresponding to the pesticide information (B) in a container.

In addition, the external device 30 receiving the pesticide information (B) may be an information management system (POS) provided in the vendor, and the pesticide information to the information management system after the pesticide information transmission step (S500) When information (B) is received, the sales clerk confirms the purchaser (1) through the basic information (A), and if the purchaser (1) and the recipient of the pesticide information (B) are the same, the pesticide information (B) may include the step of providing a pesticide corresponding to the type and capacity of the pesticide contained in the purchaser (1).

By distributing only the quantity of the pesticide calculated by the external device 30, agricultural chemical sales units can be subdivided and sold, thereby reducing farming costs, and preventing damage to agricultural crops due to incorrect use of pesticides. In addition, it has the advantage of preventing the disposal of excess pesticides, thereby reducing waste costs and preventing environmental pollution, and preventing the use of indiscriminate pesticides to provide healthy food to consumers.

After the pesticide information transmission step (S500), the air control step (S600) may occur. Referring to FIG. 5, in the aviation control step (S600), when the pesticide is received, it is mounted on the unmanned aerial vehicle 20, and the unmanned aerial vehicle 20 is flown in a corresponding farmland to perform air control. At this time, in order to mount the pesticide on the unmanned aerial vehicle 20, the purchaser 1 receives the pesticide through the external device 30 and installs the pesticide on the unmanned aerial vehicle 20, or the external device ( The pesticide may be installed in the unmanned aerial vehicle 20 by the automatic system of 30).

In the aviation control step (S600), the unmanned aerial vehicle 20 can be flown to the address included in the basic information (A), or the unmanned aerial vehicle 20 can directly enter the address to fly to the farmland, Since the unmanned aerial vehicle 20 can grasp the terrain by using the observed actual crop production area and the characteristics of farmland stored in the integrated management server 10, it is possible to effectively conduct aviation control.

After the pesticide information transmission step (S500), the control recording step (S700) may occur. 5, when the pesticide is provided to the purchaser 1 through the external device 30 in the control recording step S700, the provided pesticide information B is used. ) And transmits it to the integrated management server 10, and the integrated management server 10 constructs a database to receive and store and manage the usage history (C).

When the integrated management server 10 receives the usage history (C), the integrated management server 10 may transmit the usage history (C) to the central management center 40. The central management center 40 is formed to be able to oversee control activities occurring nationwide, and can receive the use history (C) for control activities occurring at each agricultural chemical sales office, government offices, etc. The central management center 40 has built a database that can inquire and manage the entire usage history (C), and it can monitor and supervise the usage exceeding or misuse, such as warning alarms or warning messages when misuse is detected. The server may be configured so that it can be delivered to the integrated management server 10 and the purchaser 1 by using.

In addition, when the integrated management server 10 receives the usage history (C), the integrated management server 10 may transmit the usage history (C) to the purchaser 1. The integrated management server 10 is a terminal set by the purchaser 1 included in the basic information A for the information that has been provided to the purchaser 1 and has been transformed into the use history C. By transmitting the history (C), it becomes data that the purchaser (1) can refer to on the prevention activities in the future, or the purchaser (1) reads the history of farmland prevention activities so that the purchaser (1) can check and manage It can be transmitted as possible, and the usage history (C) can be transmitted as a message to the terminal of the purchaser 1, and can be transmitted using an application, so that the purchaser 1 can check it with his terminal. It doesn't matter if it is transmitted.

The present invention is effective in reducing farming costs because it is possible to measure farmland using the unmanned aerial vehicle 20, input the basic information (A) once, and then proceed to aviation control activities with an all-person system. Because it can be managed through (C), it is possible to reduce the labor burden of farmers, and by using the above central management center, it is possible to manage and monitor the use of pesticides nationwide, providing consumers with healthy and safe food and aging. There is an effect that farmers can easily and conveniently save farming costs and perform control activities.

As described above, in the present invention, specific matters such as specific components, etc. and limited embodiments have been described, but this is provided only to aid in a more general understanding of the present invention, and the present invention is limited to the above-described embodiment. It is not, and those of ordinary skill in the field to which the present invention belongs can make various modifications and variations from this description.

Therefore, the spirit of the present invention is limited to the described embodiments and should not be determined, and all things equivalent or equivalent to the claims as well as the claims to be described later belong to the scope of the spirit of the present invention. .

S100: Basic information input step S200: Farm land area measurement step
S300: farm area calculation step S400: pesticide information determination step
S500: Pesticide information transmission step S600: Aviation control step
S700: Control recording step
1: Buyer 10: Integrated management server
20: unmanned aerial vehicle 30: external device
31: automatic pesticide dispenser 40: central management center

Claims (11)

Basic information input step of recording and storing basic information of farmland in the integrated management server;
A farmland area measurement step of observing farmland using an unmanned aerial vehicle equipped with a GPS and a camera, and transmitting the observed information to the integrated management server;
When the information transmitted by the unmanned aerial vehicle is received by the integrated management server, the farmland area calculation step of analyzing and calculating the production area of the actual crop relative to the farmland;
The integrated management server comprises a pesticide information determination step of determining pesticide information on the type and capacity of pesticides based on the calculated actual crop production area and the degree of pesticide tolerance standard enhancement for the crop varieties included in the basic information; And
A pesticide information transmitting step of transmitting the determined pesticide information to an external device;
Control integrated management method comprising a.
The method of claim 1,
After the pesticide information transmission step,
The external device for receiving the pesticide information is an automatic pesticide dispenser having a plurality of pesticides and spray nozzles,
And automatically distributing the pesticide according to the pesticide information to a container using the spray nozzle and providing it to a purchaser using the automatic pesticide dispenser.
The method of claim 1,
After the pesticide information transmission step,
The external device receiving the pesticide information is a vendor information management system (POS),
And when receiving the pesticide information from the information management system, identifying a buyer and providing pesticides according to the pesticide information to the buyer.
The method of claim 1,
After the pesticide information transmission step,
After the purchaser receives the pesticide, the pesticide is mounted on the unmanned aerial vehicle, and the unmanned aerial vehicle flies to the address included in the basic information to control the farmland by air control; Management method.
The method of claim 1,
After the pesticide information transmission step,
Wherein the external device transmits the pesticide information provided to the purchaser as a usage history to the integrated management server, and the integrated management server records and stores the usage history. Management method.
The method of claim 5,
After the control recording step,
The integrated management server transmits the usage history to the central management center,
The central management center is capable of inquiring and managing the entire use history, and generating a warning alarm when the abuse of pesticides is detected by exceeding the amount of use or monitoring misuse.
The method of claim 5,
After the control recording step,
And the integrated management server transmits the usage history to the terminal included in the basic information so that the purchaser can view the usage history.
An unmanned aerial vehicle equipped with a GPS and a camera to observe the actual crop production area of the farmland and transmit the observed information to the outside;
An integrated management server that stores and analyzes information received from the unmanned aerial vehicle and basic information of farmland, calculates pesticide information including the type and capacity of pesticides based on the degree of strengthening of pesticide tolerance standards and transmits it to the outside; And
A pesticide automatic dispenser that has a plurality of pesticides, but when receiving the pesticide information, distributes the pesticide to an external container using a spray nozzle according to the type and capacity of the pesticide;
Control integrated management system comprising a.
The method of claim 8,
The unmanned aerial vehicle,
It is possible to install the pesticides distributed through the automatic pesticide dispenser,
An integrated control system for control, characterized in that by flying to the address included in the basic information and automatically controlling the production area of the actual crop measured by the unmanned aerial vehicle.
The method of claim 8,
The integrated management server,
Transmit the basic information and the pesticide information as a usage history to the central management center,
The central management center stores and manages the received information, and generates a warning alarm when the abuse of pesticides is detected.
The method of claim 8,
The integrated management server,
Integrated pest control management system, characterized in that transmitting the pesticide use history to the terminal of the purchaser included in the basic information.

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