KR101896868B1 - Method for Control Service Foot-and-Mouse Disease Based on Wearable Smart Bio Sensor and Intelligent CCTVs and System Thereof - Google Patents

Abstract

The present invention relates to a service method for remotely diagnosing, preventing, and controlling a disease of an animal based on a wearable smart biosensor and an intelligent CCTV, and a system thereof. According to the present invention, the service method comprises: a step (a) of transmitting sensed information through a communication network; a step (b) of transmitting photographed information through the communication network; a step (c) of analyzing a physiological phenomenon, change, and infection information of a livestock in real time; a step (d) of transmitting, by an analysis server, the analyzed information to a service operator terminal, a service user terminal, and a manager terminal, separately; and a step (e) of performing, by the analysis server, an artificial intelligence deep learning algorithm.

Description

TECHNICAL FIELD [0001] The present invention relates to a foot-and-mouth disease control system based on a wearable smart biosensor and an intelligent CCTV,

The present invention relates to a service for diagnosing and controlling an animal disease in real time, and more particularly, to a service method for remotely diagnosing, preventing and controlling an animal disease based on a wearable smart biosensor and an intelligent CCTV And the system.

In general, foot-and-mouth disease is a first-class viral sexually transmitted disease of infectious livestock infecting the foot-and-mouth disease virus. In particular, the rate of mortality after blisters around animal hooves and hooves of two hooves, ie, cows, pigs, goats, deer, camels, etc., reaches 5 to 55%. There is no specific treatment and prevention using a tissue culture vaccine is being used.

Foot-and-mouth disease viruses are very contagious, infecting the respiratory tract through the air, so that when one infects a herd, they quickly become infected with all of the other herds. In cattle, the incubation period is only 3 to 8 days. The virus enters the animal's body through the mouth and propagates in the pharynx and enters the heart through the blood. Once infected, it has high fever (40-41 ° C), acute stomatitis with painful spillage of spit-packed acupuncture, blistering on the abdomen and stool. When blisters are formed in the mouth, the cow does not eat feed because of the pain, and when blisters are found in the hooves, they can not walk or get up well. When the symptoms become worse, the blisters burst into ulcers, and the illness will die.

As the infected animal breathe, the virus infects the air through the respiratory tract of other animals. Especially, the risk of infection is high because of the large number of foot-and-mouth disease virus particles in the air of the pigs out of the animals. And among the endemic animals, cows are the most vulnerable to foot-and-mouth disease virus, and chlorine is relatively strong. Although foot-and-mouth disease virus has not yet infected humans, it is known that it may cause mild infection. However, caution is needed because there is a possibility of infection through virus mutation. Furthermore, when foot-and-mouth disease has occurred, quarantine should be thoroughly done, and vaccine to prevent spread of virus should be slaughtered, slaughtered, or buried in every cow in contact with infected cattle.

As a result, bird flu outbreaks in winter and early spring each year and bird flu (AI) in poultry birds such as ducks and chickens will cause enormous damage to farmhouses and mental pains, There was a problem of reaching the point where it could not be solved in a general level.

As a prior art related to the present invention, Patent Document 1 has an RFID tag 100 injected into a domestic animal; A hub 200 for transmitting a control signal to the RFID tag 100 by performing a radio signal relay function or receiving a temperature value measured together with a tag unique ID value from the RFID tag 100; A signal for controlling the RFID tag 100 is transmitted to the hub 200 or a temperature value measured by the RFID tag 100 is received from the hub 200 together with a tag unique ID value, (700) for transmitting the management PC (700); And an integration server 800 for storing and managing the temperature value received from the management PC 700 in conjunction with the tag unique ID value in association with the tag, and a livestock disease A management system is disclosed.

According to a second aspect of the present invention, there is provided a foot-and-mouth monitoring service providing method comprising the steps of: when a predetermined application is selected in a user terminal, transmitting a request for a data service together with location information of the user terminal simultaneously with execution of the selected application; Broadcasting the requested data to at least one or more predetermined livestock monitoring service servers linked through a network in a foot-and-mouth disease management service server when receiving a data service request based on location information from the user terminal; The management service server searches for and broadcasts data broadcasted through an interlocked livestock monitoring service server, and when the abnormality occurs in the livestock monitoring object, Identify the location information, and is more than cattle object to the identified user terminal status alarm and GIS (geographical Information System) available monitoring service of foot-and-mouth disease comprising the step of transmitting the image information prediction method and system are disclosed.

In addition, Patent Document 3 discloses a mobile communication system including a short distance wireless communication unit for receiving data for wireless communication with a livelihood table provided for passing through the skin of a livestock, a short range wireless communication unit connected to the short range wireless communication unit, And a portable terminal for an administrator receiving the portable terminal; The livestock table includes a lower case coupled to the outer circumference of the body, a lower case inserted into the upper case, electrically connected to the temperature sensor, various chips for reading information of the temperature sensor, And an upper case having an upper case having a space for covering and protecting the upper part of the lower case while simultaneously covering the upper part of the lower case.

Patent Document 4 discloses a management system in which a thermal imaging camera, a housing environment sensor module, a body temperature management sensor module, a web-based management system, and a smartphone terminal are interlocked with a communication network, respectively, An infrared camera for measuring the temperature inside the housing and transmitting status information about the temperature inside the housing according to a request signal from the web-based management system or the smartphone terminal through a communication network; A housing environment sensor module which is fixedly attached to one side of the housing to check the state information such as the temperature and humidity of the housing and transmit the information to the WEB based management system or the smartphone terminal to transmit the state information of the housing temperature according to the request signal; Each livestock in the house is attached to each livestock to check the livestock specific ID, movement information, location information, livestock thermal stress index, and body temperature information, and stores the information on a time basis, A body temperature sensor module for transmitting status information of the housing temperature according to the request signal of the body temperature sensor module; Information on the temperature inside the housing transferred through the thermal imaging camera, the temperature of the housing transferred through the housing environment sensor module, the state of the humidity, the unique ID of each livestock transmitted through the temperature management sensor module, the movement information, A web - based management system that monitors the housing environment index according to the thermal stress index and body temperature information, or performs various actions such as context awareness, disease prediction and prevention through thermal stress and proper body temperature management according to body temperature change; And the web based management system according to the request of the user 's remote status information through the communication network. Thus, the cleanliness of the housing can be maintained through the user in real time, and the housing environment index can be appropriately adjusted Mobile based management system for housing environment index and body temperature prediction management using a USN sensor including a smart phone terminal that maintains a living room environment.

Korean Registered Patent No. 10-1423879 (issued on August 31, 2014) Korean Registered Patent No. 10-1546156 (2015.08.20.20, Announcement) Korean Registered Patent No. 10-0926577 (November 12, 2009, Announcement) Korean Registered Patent No. 10-1599860 (issued on March 21, 2016)

Disclosure of the Invention The present invention aims to solve the above problem, and it is an object of the present invention to remotely examine the cause of the disease from the foot-and-mouth disease (AI) The purpose of this service is to provide a service to prevent, monitor and prevent the spread of disease from other epicenter in epicenter of disease.

In order to accomplish the above object, the present invention provides a method for detecting a disease in a plurality of wireless sensor modules attached to one side of a body for monitoring a disease, Transmitting the sensed information through a communication network; (b) capturing real-time moving images of a livestock and a thermal image in an intelligent CCTV installed on one side of the housing where the livestock is raised by interlocking with the plurality of wireless sensor modules, and transmitting the photographed information through a communication network; (c) receiving and storing the sensing information of the plurality of wireless sensor modules and the shooting information of the intelligent CCTV at the biosensor server and the media server of the central control system, respectively, and then performing the artificial intelligent deep- Analyzing the development, change and infection information in real time; (d) transmitting the analyzed information to a service operator terminal, a service user terminal, and an administrator terminal through a web server in real time; (e) The analysis server selects the livestock attached with the wireless sensor module exceeding the threshold value of the existing collected data from the analyzed information and transmits the detection information of the wireless sensor module and the video through the intelligent CCTV from the biosensor server and the media server, And a step of separately collecting the thermal image information for a predetermined period of time to perform an artificial intelligent deep learning algorithm, and provides a foot-and-mouth monitoring service method based on intelligent CCTV.

In the present invention, in the step (c), the sensing signal of the first wireless sensor module that senses the secretion discharged from the livestock among the plurality of wireless sensor modules is analyzed by performing the artificial intelligent deep learning algorithm of the analysis server The detection signal of the second wireless sensor module for detecting the heartbeat of the livestock is analyzed to determine the initial response to foot-and-mouth disease, and the detection signal of the third wireless sensor module for detecting the body of the livestock is analyzed And the detection signals of the first wireless sensor module to the third wireless sensor module with respect to the livestock are combined to determine infection information and quarantine information through the web server in real time by the service operator terminal, To the terminal and the administrator terminal, respectively.

Also, in the present invention, in the step (d), when the analyzed information by the artificial intelligent deep learning algorithm exceeds the threshold value by comparing with the existing collected data, And transmitting a text message for crisis management to the user terminal and the administrator terminal, respectively.

Also, in the present invention, in the step (d), the analyzed information may be stored in the NAS server in a database in units of hours, days, weeks, and months.

According to another aspect of the present invention, there is provided a wireless communication system comprising: a first wireless sensor module mounted on one side of a body of a livestock to detect a secretion generated from a body and transmit a sensed signal wirelessly; A second wireless sensor module mounted on one side of the body of the livestock to detect a beat generated from the heart and transmit a sensed signal wirelessly; A third wireless sensor module mounted on one side of the body of the livestock to detect a physiological phenomenon including pregnancy and transmit the sensed signal wirelessly; An intelligent CCTV installed at one side of the housing for receiving livestock, capturing the movement of the livestock, detecting the temperature of the livestock as a thermal image, and transmitting the detected signal by wire or wireless; A wired / wireless communication network for transmitting and receiving the detection signals of the first to third wireless sensor modules to the video signal of the intelligent CCTV through the sensor network and the gateway; A biosensor server for receiving and storing detection information related to the entire physiological phenomenon of livestock from the first to third wireless sensor modules and a media server for receiving and storing livestock movement and thermal image information from the intelligent CCTV, An analysis server for analyzing the sensing signal stored in the biosensor server and the image information of the media server using an installed AI algorithm, a web server for transmitting and receiving data for a control service through the wire / wireless communication network, A streaming server for transmitting and receiving a Web / App image through the web server, a server for storing various server resources for supporting the intelligent CCTV and the control service, A DM server for communicating with and controlling the intelligent CCTV, and an interface for controlling communication between the intelligent CCTV A central control system that includes a server and the interface, the coordination for control and monitoring services EMS server, NAS server for storing the video image data to be backed up; A service operator terminal of a service operator of a municipality or a related organization that is the subject of the control service; A service user terminal of a service user who owns livestock and housing for control services; A wearable smart biosensor including an administrator terminal for operating a central control system for the control service, and a foot-and-mouth service service system based on the intelligent CCTV.

In addition, in the present invention, the operation of the artificial intelligent robot for the animal, suspected of being infected, from the information analyzed by the analysis server may be used to detect a physiological phenomenon including vaccination, food supply, The system may further include a barn unattended management system for performing identification, self-cleaning, separation and isolation of diseased livestock.

Also, in the present invention, the first wireless sensor module is installed in a caretaker made of a transparent tube, and a power supply device for charging a battery that supplies power for driving a wireless sensor having a sensing unit is installed in the tube, A piezoelectric element or a miniature generator which is provided with a solar photovoltaic panel for power generation or generates electricity according to the movement of a livestock, a USB terminal for extracting data from the wireless sensor module to a computer or a portable terminal, And can be desorbed for the purpose of collecting the secretions.

In addition, in the present invention, the second wireless sensor module is installed in a bracket made of a transparent tube, and a power supply device for charging a battery for supplying power for driving a wireless sensor having a sensing unit is installed in the tube, A piezoelectric element or a miniature generator which is provided with a solar photovoltaic panel for power generation or generates electricity according to the movement of a livestock, a USB terminal for extracting data from the wireless sensor module to a computer or a portable terminal, Can be detachably coupled to sense a heartbeat.

In the present invention, the third wireless sensor module is installed on a blanket made of a transparent tube, and a power supply for charging a battery for supplying power for driving a wireless sensor having a sensing unit is installed in the tube, A piezoelectric element or a miniature generator which is provided with a solar photovoltaic panel for power generation or generates electricity according to the movement of a livestock, a USB terminal for extracting data from the wireless sensor module to a computer or a portable terminal, It may be detachably coupled to detect the physiological phenomenon of pregnancy.

According to the present invention, a wearable smart biosensor is installed on one side of the body of a livestock and an intelligent CCTV is installed on the house to detect the foot-and-mouth disease of livestock in real time and notify the crisis management situation. And to prevent the ethical part of livestock by attaching sensing means to one side of the body of the livestock. In addition to minimizing the damage and loss of the control service user who operates the house, it also provides safe food of the national diet Based on this, it can contribute to the development of the national industry, and there is an advantage that the income can be increased by exporting the foot-and-mouth service.

FIG. 1 is a configuration diagram illustrating a foot-and-mouth service service system based on a wearable smart biosensor and an intelligent CCTV according to an embodiment of the present invention.
FIG. 2 and FIG. 3 are views showing a wireless sensor module mounted on a body of a livestock in a wearable smart biosensor according to the present invention and a foot-and-mouth disease control service system based on intelligent CCTV.
FIG. 4 illustrates a wireless sensor module mounted on a nose of a wearable smart biosensor according to the present invention and a foot-and-mouth monitoring service based on intelligent CCTV.
FIG. 5 is a flowchart illustrating a foot-and-mouth service service method based on a wearable smart biosensor and intelligent CCTV according to the present invention.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Hereinafter, a wearable smart biosensor according to the present invention and a foot-and-mouth disease control service system based on intelligent CCTV will be described in detail with reference to the accompanying drawings.

In FIG. 1, a plurality of wireless sensor modules are attached to main body parts of a livestock in order to detect infection information of various diseases and change information of physiological phenomena with respect to livestock. The intelligent CCTV 40 is interlocked with the wireless sensor module and captures moving images and thermal images of the livestock. The information generated from the wireless sensor modules 10, 20 and 30 and the intelligent CCTV 40 is remotely transmitted A central control system 100 is connected to a wired / wireless communication network, and a plurality of terminals for operating, using, and managing services are connected to a wired / wireless communication network.

2 and 3, the first wireless sensor module 10 is mounted on one side of the body of the livestock and senses the secretions generated from the body of the livestock and transmits the sensed signals wirelessly. The encapsulated wireless sensor 12 ). For example, the first wireless sensor module 10 is designed to be mounted on a cattle, and may be configured in the form of a cow-shaped canine, that is, a substantially cylindrical, transparent tube made of a silicone material harmless to the body of a livestock. This is the easiest way to detect secretions from cow's nose and mouth, taking into account the ethical issues involved in raising livestock and detecting foot and mouth disease. Therefore, the sensing portion 13 of the wireless sensor 12 in the first wireless sensor module 10 is preferably coupled to a position that best senses secretions of the nasal cavity or mouth. In addition, the foot-and-mouth disease transmitted to the foot-and-mouth disease virus can be produced in various shapes and shapes to be mounted at a location where physical characteristics or secretions can be easily detected.

In addition, the first wireless sensor module 10 is provided with a power supply device 18 for driving the wireless sensor 12 and for driving data transmission / reception. A battery 17 capable of charging and discharging is built in, or a solar photovoltaic board 15 for self-power generation capable of generating a semi-permanent power can be installed. The solar photovoltaic plate 15 is preferably mounted in the form of a film. Also, a piezoelectric element or a miniature generator 16 for generating electricity according to the movement of the livestock may be installed for self-power generation. In addition, a USB terminal 14 for extracting data from the first wireless sensor module 10 to a computer or a portable terminal may be provided. Preferably, the wireless sensor 12 is detachably coupled to the livestock for manual sampling of the secretions.

4 shows that the first wireless sensor module 10 having the shape of the caretaker 11 is attached to the nose of the cow. The first wireless sensor module 10 detects whether or not the foot-and-mouth disease is infected from the sample secreted from the bovine nose Detection.

The second wireless sensor module 20 detects the heartbeat transmitted from the chest of the cow and detects the heartbeat of the cow from the initial stage of foot-and-mouth disease The reaction is detected. The second wireless sensor module 20 is provided with the solar battery module 25 and the micro generator 26 for the self-power generation as well as the battery 27, the power supply device 28, the sensing portion 23, the wireless sensor 22, And a USB terminal 24 and the like.

The third wireless sensor module 30 is mounted on the body of the cattle, and the third wireless sensor module 30 is mounted on the body of the cattle, that is, Detects physiological phenomena. The third wireless sensor module 30 includes a battery 37, a power supply unit 38, a sensing unit 33, a wireless sensor 32 and a solar battery plate 35 and a micro-generator 36 for self- And a USB terminal 34 and the like.

Accordingly, the first wireless sensor module 10 mounted on the nose of the cow is a primary collection sensor for sensing the secretion secreted from the nose of the cow and responding to the primary, and the second wireless sensor module 20 mounted on the cow of the cow, And a third wireless sensor module 30 mounted on the cow's boat for detecting the physiological phenomenon of the cattle, in particular, detecting the pregnancy and isolating and isolating the cow during pregnancy It is the third collection sensor to carry out the manual.

Therefore, the data sensed from the first to third wireless sensor modules 10, 20, and 30 mounted on the cattle are analyzed by the artificial intelligent deep learning algorithm installed in the analysis server to determine the sensory information and the infectious information, Prevent them from being blocked and prevent them, and allow them to do isolation measures depending on whether they are pregnant or not.

The intelligent CCTV 40 is installed at one side of the housing for housing livestock, capturing the movement of the livestock, sensing the temperature of the livestock as a thermal image, and transmitting the sensed signal by wire or wireless. The intelligent CCTV 40 includes vertically and horizontally rotating and zooming in / out functions and interlocks with the wireless sensor modules 10, 20, and 30 to sense the movement of livestock suspected of infection and the temperature of the animal.

The sensor network 50 transmits and receives wireless signals from and wireless signals from the wireless sensor modules 10, 20 and 30 mounted on a plurality of livestock and transmits and receives video signals of the intelligent CCTV. The gateway 51 is connected to the wired / wireless communication network 60, And a router or a communication modem for connection. The wired / wireless communication network 60 can be used as a public backbone network, can use wired and wireless communication, and can use 3G, 4G or 5G or more mobile communication network.

The central control system 100 includes a biosensor server 101 for receiving and storing detection information on the development of livestock from the wireless sensor modules 10, 20 and 30, An analysis server 103 for analyzing the sensed signal stored in the biosensor server 101 and the image information of the media server 102 by an installed artificial intelligent deep learning algorithm, A DB server 105 for storing and transmitting information for management of the intelligent CCTV 40 and a Web server 104 for communicating data for the control service through the communication network 60 An MQ server 107 for managing resources of various servers for supporting the intelligent CCTV 40 and the control service, and an intelligent CCTV 40 A DM server 108 that communicates with and controls the communication with the intelligent CCTV 40, An EMS server 110 for coordinating and monitoring for a control service, and a NAS server 111 for storing a video image and backup data. Servers included in the central control system 100 are provided with programs including algorithms for transmitting and receiving data between servers and processing received data.

The service operator terminal 200 is a municipality which is a main body for foot-and-mouth service service, or a terminal possessed by a service operator of a government-related organization, and includes a desktop, a notebook, a tablet or a smart phone capable of accessing a communication network.

Also, the service user terminal 300 is a terminal possessed by a service user who owns cattle and housing for foot-and-mouth service, and includes a desktop, a notebook, a tablet, or a smart phone capable of accessing a communication network.

In addition, the administrator terminal 400 is a terminal owned by the administrator who operates and manages the central control system 100 for the foot-and-mouth service, and includes a desktop, a notebook, a tablet, or a smart phone capable of accessing a communication network.

In addition, from the information analyzed by the analysis server 103, the operation of the artificial intelligent robot is applied to the livestock suspected of being infected, the notification of the occurrence of the disease, the feeding of the food, Self-cleaning, separation and isolation of diseased livestock.

The foot-wear monitoring service method based on the wearable smart biosensor and the intelligent CCTV according to the present invention will be described with reference to the flowchart of FIG. In the present invention, a description will be given of an example of foot-and-mouth disease such as cattle, pigs, goats, deer, and camels, particularly foot-and-mouth disease, but services for controlling influenza in birds such as chickens and ducks can also be performed by the following method .

First, in Fig. 5, in order to provide a control service for foot-and-mouth disease, a wearable smart biosensor is provided at a location where the main body of the livestock body, that is, the infectious disease information of the livestock, The wireless sensor modules 10, 20 and 30 are installed, and an intelligent CCTV 40 is installed in the housing for raising livestock to detect movement of livestock and thermal images.

A first wireless sensor module 10 of a shape of a cattle (11) to be worn on one side of the body, for example, most cattle, is applied to each livestock to be monitored for foot-and-mouth service. Furthermore, it is best not only to detect secretions from cattle nose and mouth, but also to consider ethical aspects of cattle as much as possible. Accordingly, the sensing unit 13 of the wireless sensor 12 of the first wireless sensor module 10 in the form of a canister touches the secretions generated in the nose of the cow in real time in a contact sensing manner (S11). The second wireless sensor module 10 senses the secretions generated from the cattle in real time in the sensing section 13 of the wireless sensor 12 and then transmits the sensed information to the communication network such as the sensor network 50 and the gateway 51 To the wired / wireless communication network 60 (S12).

Furthermore, in the second wireless sensor module 20 installed in the cow's bosom, the third wireless sensor module 30 installed in the body of the cow, in addition to the information sensed after the heartbeat is sensed, For example, the sensor network 50 and the gateway 51 to the wired / wireless communication network 60, respectively.

The biosensor server 101 of the central control system 100 connected to the wire / wireless communication network 60 stores the sensing information received from the wireless sensor modules 10, 20 and 30 (S13). At this time, the biosensor server 101 transmits and receives information of the wireless sensor modules 10, 20, and 30 installed in each of the plurality of sites, stores the information, and stores the identifiers of the wireless sensor modules 10, 20, It is preferable to store them separately.

In addition, the intelligent CCTV 40 installed on one side of the housing for raising livestock in cooperation with the wireless sensor modules 10, 20 and 30 captures the movement of the livestock and the thermal image in real time (S21). The intelligent CCTV 40 transmits the thermal image information for sensing the motion information of the captured cows and the temperature of the cows to the wired / wireless communication network 60 via the communication network, for example, the sensor network 50 and the gateway 51 (S22) . The media server 102 of the central control system 100 connected to the wired / wireless communication network 60 stores the shooting information received from the intelligent CCTV 40 (S23). At this time, it is preferable that the media server 102 transmits / receives a plurality of cow motions and respective pieces of thermal image information, stores them, and stores them in association with each other in accordance with the identifiers of the wireless sensor modules 10, 20, .

The analysis server 103 of the central control system includes a biosensor server 101 for storing sensing information of the wireless sensor modules 10, 20 and 30 and a media server (not shown) for storing photographing information of the intelligent CCTV 40 102, and analyzes the physiological phenomenon, change, and infection information of the livestock in real time by performing the artificial intelligent deep learning algorithm installed in the analysis server 103 (S31). At this time, from the execution of the artificial intelligent deep learning algorithm of the analysis server 103, among the plurality of wireless sensor modules 10, 20, and 30, the detection signal of the first wireless sensor module 10, A third wireless sensor module for detecting foot and mouth disease, analyzing detection signals of the second wireless sensor module 20 for detecting the heartbeat of the livestock, 30) to determine whether the livestock is pregnant or not, and the detection signals of the first to third wireless sensor modules (10) to (30) Information to the service operator terminal 200, the service user terminal 300 and the administrator terminal 400 through the web server 104 in real time.

In addition, the analysis server 103 determines whether the information analyzed by the artificial intelligent deep learning algorithm exceeds the threshold value in comparison with existing collected data (S32), and if the threshold is exceeded, the web server 104 The service user terminal 300, and the administrator terminal 400 in step S33. The text message contains the consignment of suspected foot-and-mouth disease and the serial number or identifier of the livestock.

In addition, the analysis server 103 selects livestock attached with the wireless sensor modules 10, 20, and 30 that exceed the threshold of the existing collected data from the analyzed information, and transmits them to the biosensor server 101 and the media server 102, 20 and 30 and the moving image and the thermal image information through the intelligent CCTV 40 for a predetermined period of time to perform an artificial intelligent deep learning algorithm at step S34.

The analysis server 103 stores the analyzed information in a database on a time unit, a day unit, a week unit, and a monthly basis, and stores the information in the NAS server 111 (S35).

Thereafter, the service operator terminal 200, the service user terminal 300, and the administrator terminal 400 access the central control system 100 through the wired / wireless communication network 60 to periodically or regularly check the state of the housing And the result information analyzed by performing the artificial intelligent deep learning algorithm in the analysis server 103 can be browsed and confirmed (S36).

Also, from the information analyzed by the analysis server 103, it is possible to administer the vaccine by operating the artificial intelligence robot installed in the unmanned management system 500 for the corresponding livestock suspected of being infected, or to isolate infected diseases or suspected livestock In addition to isolation, it is possible to carry out the automatic notification of the disease occurrence alarm, the identification of the physiological phenomenon including livestock pregnancy, and the automatic cleaning.

As described above, the present invention is a method for performing foot-and-mouth disease control service using a wearable smart biosensor and intelligent CCTV. The present invention primarily detects infectious disease or suspected infectious diseases such as foot- The user of the control service that manages the housing and the person in charge of the national quarantine managing the control service can be notified in real time by a text message or an e-mail, and the disinfection, sterilization , Disinfection or disinfection treatment for the prevention of disease in addition to the disinfection. In addition, by using the unmanned management system (500), it is possible to isolate the animal in a separate space according to the state of the livestock, Implement measures to provide psychological stability or food, and, depending on the health status of the livestock and the degree of infection, Heavy separated by the implementation and administration of vaccines and immunization, and 5 drive, you can proceed with the trend since, depending on the state and national quarantine inspection of the final judgment in accordance with the infection of cattle.

While the invention has been shown and described with respect to the specific embodiments thereof, it will be understood by those skilled in the art that various changes and modifications may be made without departing from the spirit and scope of the invention as defined by the appended claims. Anyone with it will know easily.

The present invention relates to a wireless sensor module and a method of controlling the same. The wireless sensor module includes a wireless sensor module, A sensor network 51, a gateway 60, a wireless sensor network 50, a wireless sensor network 50, a wireless sensor network 50, a wireless sensor network 50, The present invention relates to a system and method for providing a service to a mobile communication terminal, and more particularly, to a mobile communication terminal, a mobile communication network, a central control system, a central control system, a biosensor server, a media server, an analysis server, a web server, a DB server, a streaming server, an MQ server, NAS server 200: service operator terminal 300: service user terminal 400: administrator terminal 500: housing unmanned management system

Claims (9)

(a) The first wireless sensor module installed on the kotoule, the second wireless sensor module installed on the bridle, and the third wireless sensor module installed on the breech block for each livestock to be monitored for the control, Transmitting sensed information through a communication network after touch sensation of a physiological phenomenon change in real time;
(b) an intelligent CCTV installed on one side of the housing for raising livestock in cooperation with the first to third wireless sensor modules to the third wireless sensor module, captures live moving images of the livestock in real time, and then transmits the photographed information through a communication network step;
(c) receiving and storing sensing information of the first wireless sensor module to the third wireless sensor module and imaging information of the intelligent CCTV at a biosensor server and a media server of the central control system, respectively, and then performing artificial intelligence deep learning The algorithm analyzes the physiological phenomenon, change and infection information of livestock in real time, analyzes the detection signal of the first wireless sensor module which senses the secretion discharged from the livestock, judges about foot-and-mouth disease infestation, And determining whether the livestock is pregnant by analyzing a sensing signal of a third wireless sensor module that senses the body of the livestock and determining whether the livestock is pregnant or not, The method comprising the steps of: detecting a detection signal of the first wireless sensor module to the third wireless sensor module;
(d) transmitting the analyzed information to a service operator terminal, a service user terminal, and an administrator terminal through a web server in real time;
(e) The analysis server selects livestock having the first to third sensor modules, which exceed the threshold of the existing collected data, from the analyzed information, and transmits the selected livestock to the first wireless sensor module The intelligent CCTV system according to any one of claims 1 to 3, wherein the intelligent CCTV system comprises a plurality of intelligent CCTV sensors, Foot and mouth disease control service method.
delete The method as claimed in claim 1, wherein, in step (d), when the analyzed information is compared with existing collected data, the analysis server transmits the analyzed information through the web server to the service operator terminal, And transmitting a text message for crisis management to the user terminal and the administrator terminal, respectively, based on the wearable smart biosensor and the intelligent CCTV.
2. The method according to claim 1, wherein in step (d), the information analyzed by the analysis server is databaseized in units of hours, days, weeks, Based foot care services.
And a power supply unit for charging a battery for supplying power for driving a wireless sensor having a sensing unit is installed in the tube, and a solar photovoltaic board for self-power generation is installed or a movement of a livestock A USB terminal for extracting data from a wireless sensor module to a computer or a portable terminal and a detachable connection for collecting a sample of a secretion manually from a livestock, A first wireless sensor module for wirelessly transmitting a sensed signal by sensing a secretion generated from a body;
And a power supply unit for charging a battery for supplying power for driving a wireless sensor having a sensing unit is installed in the tube, and a solar photovoltaic board for self-power generation is installed or a movement of a livestock And a USB terminal for extracting data from the wireless sensor module to a computer or a portable terminal and is detachably coupled to detect a heartbeat manually from a livestock, A second wireless sensor module for detecting a pulse generated from a heart of the heart and transmitting a sensed signal wirelessly;
And a power supply unit for charging a battery for supplying a power for driving a wireless sensor having a sensing unit is installed in the tube, and a solar photovoltaic board for self-power generation is installed or the movement of the livestock A USB terminal for extracting data from a wireless sensor module to a computer or a portable terminal is provided and it is possible to detachably attach the probe to detect physiological phenomenon of pregnancy manually from a livestock A third wireless sensor module coupled to detect a physiological phenomenon including the pregnancy of the livestock and to transmit a sensed signal wirelessly;
An intelligent CCTV installed at one side of the housing for receiving livestock, capturing the movement of the livestock, detecting the temperature of the livestock as a thermal image, and transmitting the detected signal by wire or wireless; A wired / wireless communication network for transmitting and receiving the detection signals of the first to third wireless sensor modules to the video signal of the intelligent CCTV through the sensor network and the gateway; A biosensor server for receiving and storing detection information related to the entire physiological phenomenon of livestock from the first to third wireless sensor modules and a media server for receiving and storing livestock movement and thermal image information from the intelligent CCTV, An analysis server for analyzing the sensing signal stored in the biosensor server and the image information of the media server using an installed AI algorithm, a web server for transmitting and receiving data for a control service through the wire / wireless communication network, A streaming server for transmitting and receiving a Web / App image through the web server, a server for storing various server resources for supporting the intelligent CCTV and the control service, A DM server for communicating with and controlling the intelligent CCTV, and an interface for controlling communication between the intelligent CCTV A central control system that includes a server and the interface, coordination and monitoring of the EMS server, NAS server that stores the video image and the backup data of the CCTV, which for the control service;
A service operator terminal of a service operator of a municipality or a related organization that is the subject of the control service;
Service user terminal that owns livestock and housing for control services, and
And an administrator terminal that manages the central control system for the control service, and a foot-and-mouth service service system based on intelligent CCTV.
6. The method according to claim 5, further comprising the steps of: operating an artificial intelligent robot on a livestock suspected of being infected from the information analyzed by the analysis server to generate a physiological phenomenon including vaccination, feeding, notification of disease occurrence, A foot-and-mouth management service system based on wearable smart biosensors and intelligent CCTV, which further includes a barn unmanned management system that performs the identification, self-cleaning, separation and isolation of infected livestock.
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