KR101525845B1 - A self - diagnosis system for fish holding nursery and marine­nursery facilities - Google Patents

Abstract

The present invention relates to a marine cage self-diagnosis system. The present invention relates to a marine cradle system for determining an emergency condition by CCTV installed in a cage farm, operation status of a sensor, remote setting and status confirmation of loss status information of a farm facility due to unpredictable marine weather, diagnosis of facility loss and facility diagnosis, A database for storing status information of a CCTV and a sensor provided in a cage farm in cooperation with the maritime cage system and a network for storing safety condition conditions of a facility in the event of an emergency condition according to a marine weather and providing the information to an administrator or a user; And an administrator terminal for checking status information of the marine cage system in cooperation with the communication network, checking the safety status of the cage farm provided in the database, and checking and controlling abnormality according to abnormal temperature and weather condition information. . This provides systematic production management, production cost reduction, and cost efficiency. In addition, remote control and remote power management of cage facilities are possible.

Description

{A self - diagnostic system for fish holding nursery and marine facilities}

The present invention relates to a maritime cage self-diagnosis system, and more particularly, to a marine cage self-diagnosis system, which can compare a maritime cage system with a reference information provided in a database to monitor at a remote location in case of a problem, This system is designed to provide efficient operation of marine cage system by real-time checking of relevant information such as management of our company, shipping management, medication management, etc., to provide systematic production management, production cost reduction, and cost efficiency. will be.

Recently, in order to cultivate the cage culture business, the bride of the aquaculture industry is aiming at creating value and strengthening competitiveness in the aquaculture industry.

More specifically, it is necessary to strengthen the external competitiveness of the primary industry by concluding a global FTA and accelerating the opening of the market. For this purpose, it is required to develop the technology for providing high value-added industrialization through the fusion of intelligent systems and strengthening capability of FTA .

In other words, it is required to implement systematic production management, production cost reduction and cost efficiency through convergence of software and hardware in labor-intensive marine cage culture industry.

[Related Technical Literature]

1. A fish-raising farming method using offshore wind farm (Patent Application No. 10-2006-0085331)

2. SEA WIND POWER GENERATING FACILITY FOR MAKING INCLOSING NET (Patent Application No. 10-2011-0028424)

SUMMARY OF THE INVENTION The present invention has been made in order to solve the above problems, and it is an object of the present invention to provide a method and system for monitoring marine cage systems, It is possible to check the relevant information such as management, disposal / management, shipping management and medication management in real time to provide efficient operation of maritime cage system, and to implement systematic production management, production cost reduction and cost efficiency. System.

In addition, it is possible to monitor at remote sites in case of problems due to the operation of the imaging unit and the sensor unit by comparing the reference information provided in the marine cage system and the database, and it is possible to perform remote monitoring It is possible to construct raw data such as feed intake change data according to the change of water temperature, feed size and feed change data according to growth size, optimum feed density according to growth size, standard growth rate, And to provide a maritime self-diagnosis system that can be used as a maritime self-diagnosis system.

However, the objects of the present invention are not limited to the above-mentioned objects, and other objects not mentioned can be clearly understood by those skilled in the art from the following description.

In order to achieve the above object, a maritime self-diagnosis system according to an embodiment of the present invention includes a CCTV installed in a cage farm, an operational state of a sensor, a remote setting and status of loss state information of a farm facility due to unpredictable marine weather , A marine cage system for judging the emergency status by checking facility loss and facility diagnosis; A database for storing status information of a CCTV and a sensor provided in a cage farm in cooperation with the maritime cage system and a network for storing safety condition conditions of a facility in the event of an emergency condition according to a marine weather and providing the information to an administrator or a user; And an administrator terminal for checking the state information of the marine cage system in cooperation with the communication network or checking the safety state of the cage farm provided in the database and checking and controlling the abnormality according to the abnormal temperature and the weather condition information, .

At this time, the maritime cage self-diagnosis system according to the present invention can check the status information of the cage farm in accordance with the state information of the cage farm, the abnormal weather information, and the weather condition provided in the database in cooperation with the communication network, And a user mobile terminal capable of confirming whether or not the LED status of the facility is displayed based on the real time sensing data provided by the maritime cage system, .

Further, in the maritime cage self-diagnosis system according to the present invention, the maritime cage system is configured on one side of the cage farm to image the state of the fish in the system, whether the fish is dead or dead, whether it is shipped or not, An image sensing unit for sensing a state of the sensor in real time and transmitting the sensed data to a database or an administrator terminal through a communication network, and a controller for periodically checking whether the main facility installed in the cage is in normal operation, automatically collecting information, A sensor unit for analyzing and storing the collected information of the user, detecting the durability of salt, waves, vibration to be applied according to the marine condition, and sending an alarm to the manager of the administrator terminal through the communication network , Stable to the maritime cage system A battery unit for detecting state information of the power to transmit the corresponding data so that an administrator or a user can remotely inquire data about the power source and controlling the main power and the auxiliary power, Based on the transmitted stability criterion information of the cage system, it is periodically checked whether the facility of the cage farm is normal or not, in cooperation with the image sensing unit and the sensor unit of the CCTV installed in the maritime cage system, A sensing unit for sensing the state of the cage farmed by the sensing unit, and a sensing unit for sensing information obtained from the sensor unit and the reference value information of the database, Information corresponding to the alarm sending, A main power source and auxiliary power state information of a power supply state supplied to the marine cage system, status information of normal operation of facilities of a cage farm established by the diagnosis unit, or status of loss status information of a cage farm facility according to an external environment A display unit for displaying information on the state of the cage farmed by the imaging unit using the communication network, information about sensing data performed by the sensor unit and reference value information of the database, The main power source and the auxiliary power state information of the power supply state supplied to the system, the status information of the normal operation status of the facilities of the cage farm confirmed by the diagnosis unit, and the loss status information of the cage farm facilities according to the external environment, / Transfer to administrator terminal or database Is used to control the voltage and current values of the facilities of the transmission unit and the cage farm and to control the amount of feed to be fed to the aquaculture fish or to collect the sensing data information of the environmental temperature / A setting unit for setting the state of the system so as to control the reference value or to remotely monitor and control the operational state of the maritime cage system in the user mobile terminal or the administrator terminal and the damage caused by the loss and weather of the cage aquaculture facility, And a sensing unit for sensing individual damage information, such as a collision, in advance to detect unpredictable damage or collecting the sensing data through the sensor unit.

Further, in the maritime self-diagnosis system according to the present invention, the administrator terminal processes the status information of the cage farms stored in the database, the real-time sensing data input from the CCTV installed in the marine cage system, and the sensor unit, LED state, and is configured to control the facility control / management of the tillering, the growth, the sickness / death, the shipment, the medication, and the remote feed supply.

In addition, the marine cage self-diagnosis system according to the present invention controls whether or not the marine cage system operates, and it is possible to detect whether or not the marine cage self- And transmits the state of the farm site through the communication network to a database or an administrator terminal or periodically checks the main facility installed in the cage performed by the sensor unit to check normal operation to collect information and process real time data, Or vibration to be applied according to the marine condition and controls to send an alarm to the manager of the administrator terminal through the communication network when the measured value does not meet the reference value stored in the database, Stable in marine cage system The state information of the power is detected to transmit the power supply, the corresponding data is transmitted, the manager or the user can control the data of the power source remotely, or the state of the facility identified by the diagnosis unit is transmitted from the database The control unit periodically checks whether the facility of the cage farm has normal operation based on the stability reference information of the maritime cage system and controls the information transmission to the administrator terminal or the user terminal through the communication network, In order to display the status information, status information of the cage farm, information of the sensing data, and reference value information of the database are compared with each other, and alarm transmission, main power and auxiliary power status information for stable power supply, To control delivery The transmission unit may transmit the loss status information of the cage farm facility to the mobile terminal / manager terminal or the database remotely, the status information of the captured cage farm, the information of the sensing data, and the reference value information of the database, The control unit controls the display of the status information of the normal operation status of the facility of the cage farm or the value of the voltage and the current of the facilities of the tagaduri farm and the feed of the aquaculture fish in order to set the system state of the setting unit Control of feed volume, sensing data information of temperature / temperature environmental information of form, reference value control for collecting data of loss detection, setting of monitoring operation state of marine cage system from user's mobile terminal or manager terminal remotely , Or the control unit Such as damage due to loss, weather, or collision of a ship, or to detect whether or not the individual status information is detected in order to collect the sensing data through the sensor unit, The control unit may periodically check whether the facility of the cage farm is in a normal operation mode and transmit the collected information to the administrator terminal or the user terminal so as to check the status of the facility.

The maritime cage self-diagnosis system according to an embodiment of the present invention can compare the reference information provided in the marine cage system with the reference information provided in the database, monitor the user at a remote location when a problem occurs due to the operation of the image sensing unit and the sensor unit, It is possible to check the relevant information in the real time, such as the feed management, the sickness / death management, the shipment management, and the medication management, thereby providing an efficient operation of the marine cage system.

In addition, according to another embodiment of the present invention, the marine cage self-diagnosis system can be used for the management of intelligent feed according to the data of the feed pattern of the cage farm, It is possible to construct raw data such as feed size and feed rate change data, optimum breeding density by growth size, standard growth rate, etc., and thus it can be utilized as information necessary for self-diagnosis of cage.

In addition, the maritime cage self-diagnosis system according to another embodiment of the present invention constructs data on the change in the pattern of the feed pattern for intelligent feed management, Or by providing speech recognition through speech recognition, it is possible to overcome the problem of overage expenditure and slow growth rate.

In addition, it is possible to collect data to analyze the activity of food through the imaging section of CCTV installed in the cage farm, and it can be used as statistical data by the manager through analysis of the food activity after a certain time after feeding.

In addition, the marine cage self-diagnosis system according to another embodiment of the present invention provides an effect that can be controlled by the management of the cage style and voice recognition by using a mobile environment based on a PC environment and a smart phone.

1 is a block diagram of a marine cage self-diagnosis system according to the present invention;
2 is a network configuration diagram of the maritime self-diagnosis system of Fig. 1;
3 is a block diagram of the marine cage self-diagnosis system of FIG.
4 is a view showing a method of displaying an output to an LED element of a status display of a maritime self-diagnosis system in Fig. 1
5 is a view showing a speech recognition procedure through the procedure of the internal configuration of the maritime self-diagnosis system in Fig. 1
6 is a conceptual diagram showing a voice recognition procedure of the maritime self-diagnosis system in Fig.
FIG. 7 is a conceptual diagram showing a database construction for analyzing the pattern of salience patterns of heavy fish species in the marine cage self-diagnosis system in FIG. 1; FIG.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Hereinafter, a detailed description of preferred embodiments of the present invention will be given with reference to the accompanying drawings. In the following description of the present invention, detailed description of known functions and configurations incorporated herein will be omitted when it may make the subject matter of the present invention rather unclear.

In the present specification, when any one element 'transmits' data or signals to another element, the element can transmit the data or signal directly to the other element, and through at least one other element Data or signal can be transmitted to another component.

FIG. 1 is a configuration diagram of a maritime cage self-diagnosis system according to the present invention, and FIG. 2 is a network configuration diagram of a marine cage self-diagnosis system of FIG. 1 is a block diagram of a marine cage self-diagnosis system according to an embodiment of the present invention. The marine cage self-diagnosis system according to the present invention includes a database 100, a maritime cage system 200, a communication network 300, A mobile terminal 400 and an administrator terminal 500.

The database 100 stores the state information of the CCTV and the sensor provided in the cage farm in cooperation with the maritime cage system and stores the safety state condition of the facility in the event of an emergency condition according to the weather, And the corresponding maritime cage system 200 provides the information of the CCTV installed in the cage farm, the operation status of the sensor, and the loss status information of the aquaculture facility due to unpredictable marine weather Control the overall operation of the cage farm to determine emergency status by remote setting and status check, facility loss check and facility diagnosis.

The communication network 300 provides a communication network for maritime self-diagnosis by interlocking with the database 100, the maritime system 200, the user mobile terminal 400, and the administrator terminal 500, respectively.

The user mobile terminal 400 may check the status information of the cage farm in accordance with the state information of the cage farm, the abnormal temperature information, and the weather condition of the cage provided in the database 100 in cooperation with the communication network 300, The user can confirm whether or not the LED status of the facility is displayed on the basis of the real time sensing data provided in the maritime cage system 200 by confirming whether or not the dental implantation, growth, death / death, shipment, medication, The administrator terminal 500 confirms the state information of the maritime rugged system 200 in cooperation with the communication network 300 or confirms the safety state of the cage farm provided in the database 100, And checks and controls the abnormality.

Meanwhile, the database 100 of the present invention stores general reference data for self-diagnosis of the cage farm, or stores necessary data according to a request of the user mobile terminal 400, the administrator terminal 500 and the marine cage system 100 The provided or stored data is stored. Also, in this specification, the database 100 may mean functional and structural combination of software and hardware for storing information corresponding to each database. The database 100 may be implemented as at least one table, and may further include a separate DBMS (Database Management System) for searching, storing, and managing information stored in the database. Also, it can be implemented in various ways such as a linked-list, a tree, and a relational database, and includes all data storage media and data structures capable of storing information corresponding to a database.

In the present invention, the communication network 300 is a communication network that is a high-speed period network of a large communication network capable of a large-capacity, long-distance voice and data service, and may be a next generation wired and wireless network for providing Internet or high-speed multimedia service. When the communication network 300 is a mobile communication network, it may be a synchronous mobile communication network or an asynchronous mobile communication network. As an embodiment of the asynchronous mobile communication network, a WCDMA (Wideband Code Division Multiple Access) communication network is exemplified. In this case, although not shown in the drawing, the communication network 300 may include an RNC (Radio Network Controller). Meanwhile, although the WCDMA network is exemplified, it may be a next generation communication network such as a 3G LTE network or a 4G network, or an IP network based on other IP. The communication network 300 transmits signals and data between the database 100, the maritime cage system 200, the user mobile terminal 400, the administrator terminal 500, and other systems.

3 is a block diagram showing a detailed configuration of a marine cage system 200 of a marine cage self-diagnosis system according to the present invention and includes an image sensing unit 210, a sensor unit 220, a setting unit 230, A status display unit 240, a battery unit 250, a transmission unit 260, a diagnosis unit 270, a control unit 280, and a sensing unit 290.

The image capturing unit 210 is configured on one side of the cage farm to detect the state of the fish in the system, whether it is sick / dead, whether it is shipped or not, The administrator terminal 500 or the user mobile terminal 400 through the communication network 300. In this case, the state of the farm is changed in accordance with the state of the fishery.

The sensor unit 220 periodically checks whether or not the main facility installed in the cage is normally operated to automatically collect information, process real-time data, analyze and store the collected information of the sensing data, The controller 230 sends an alarm condition to the administrator terminal 500 through the communication network 300 when the user does not match the reference value stored in the database 100, Controls the voltage and current values of the facilities of the cage farm and the amount of feed to be fed to the fish farms or controls the reference value for collecting sensed data information of environment information of the temperature / Or to remotely monitor and control the operation status of the cage system 200 at the user mobile terminal 400 or the administrator terminal 500 The state of the system is set.

The battery unit 250 provides stable power supply to the maritime cage system 200. The battery unit 250 detects state information on power and transmits corresponding data to the administrator or user mobile terminal 400 ) Is controlled to enable the user of the remote to inquire data about the power source remotely, and is constituted of a main power source and an auxiliary power source.

The status display unit 240 compares the status information of the cage farmed by the imaging unit 210 with the information of the sensing data performed by the sensor unit 220 and the reference value information of the database 100, The main power source and auxiliary power state information of the power supply state supplied from the battery unit 250 to the marine ridge system 200, the state information of whether or not the facilities of the cage farm are properly operated, And to display the loss status information of the cage farm facility according to the environment.

The transmission unit 26 transmits the status information of the cage farm captured by the imaging unit 210 to the user mobile terminal 500, the administrator terminal 400 or the database 100 via the communication network 300, The information of the sensing data performed by the sensor unit 220 is compared with the reference value information of the database 100 to transmit information corresponding to the alert transmission to the user mobile terminal 500, the administrator terminal 400 or the database 100 And transmits the main power source and auxiliary power state information of the power supply state supplied from the battery unit 250 to the marine cage system 200 to the user mobile terminal 500, the administrator terminal 400 or the database 100, Information on the normal operation status of the facilities of the cage farm established by the user, information on the loss status of the cage farm facilities according to the external environment, It is sent to the 400 or database 100. The

The diagnosis unit 27 interlocks with the sensing unit 210 and the sensor unit 220 of the CCTV installed in the maritime cage system based on the stability reference information of the maritime cage system 200 transmitted from the database 100, It is periodically checked whether the facilities of the farm are normal or not and the collected information is transmitted to the administrator terminal 500 or the user mobile terminal 400 through the communication network 300 to check and control the state of the facility The sensing unit 290 senses damage that can not be predicted in advance, such as loss of a cage farm facility, damage due to a weather, collision of a ship, or the like, And is configured to detect individual status abnormality information to collect the sensed data.

The control unit 280 may control the overall operation of the maritime crate system 200 and may control each configuration to provide sensed information of the maritime crate system 200, 500 transmits the status information of the maritime system 200 according to a request signal of the terminal 400 or 500 according to an access signal through the communication network 300 to control the overall operation for self diagnosis of the Maritime Maritime System And receives the operating condition and status of the maritime cage system 200 stored in the database 100 to check and control information necessary for the self-diagnosis of the maritime cage system 200.

FIG. 4 is a view showing a method of displaying the output of the status display of the marine caddy self-diagnosis system to the LED device in FIG. 1, FIG. 5 is a flowchart of the speech recognition procedure FIG. 6 is a conceptual diagram of the voice recognition procedure of the marine cage self-diagnosis system in FIG. 1, and FIG. 7 is a diagram showing a database construction for the saliency pattern analysis of the marine cage self- Fig. Referring to FIGS. 1 to 7, the overall operation of the cage self-diagnosis system according to the present invention will be described.

First, in the database 100, reference data necessary for self-diagnosis of the cage farm, that is, conditions necessary for the safety state of the facility when an emergency state occurs according to the ocean weather, necessary condition information of the cage farm, abnormal temperature information standard, Detailed data such as a condition, a sick / dead condition, a shipping condition, a medication condition, a feed time and a supply amount are inputted and interlocked with the maritime cage system 200 through the communication network 300 and a request signal of the user mobile terminal 400 And the manager terminal 500 has a remote condition for self diagnosis of the cage farm.

Then, in order to provide stable power supply to the maritime cradle system 200 through the battery unit 250, state information on the electric power is detected and the corresponding data is transmitted to the manager or the user to inquire data about the power source remotely The power of the power is supplied to the maritime cage system 200 as a main power source or a sub power source and the state of the maritime cage system 200 is set through the setting unit 230, Current value and the amount of feed to be fed to farm fish, setting sensing data of environmental information of temperature / water temperature of form and reference value control for collecting data of loss detection, A user or an administrator of the terminal 400 or the administrator terminal 500 can monitor the operation status of the maritime crate system 200 And displays the corresponding information on the status display unit 240 so that the operation of the maritime system 200 and the measures necessary for self diagnosis can be performed based on the displayed information.

In accordance with the control signal of the control unit 280, a fish farm in the marine cage system, such as the state of the fish in the marine cage system, whether it is sick or dead, whether it is shipped, And is prepared to be transmitted to the administrator terminal 500 or the user mobile terminal 400 through the transmission unit 260 so as to be compared with the reference information provided in the database 100 through the communication network.

The main facility installed in the cage through the sensor unit 220 such as a water temperature sensor, a disaster detection sensor, and an environmental sensor provided in the cage farm in accordance with the control signal of the controller 280 periodically measures the water temperature, And disaster according to abnormal temperature, collects information, processes real-time data, analyzes and stores information of sensing data, or detects the durability of salt, waves, and vibration to be applied depending on the state of the ocean, An alarm is sent to the administrator of the administrator terminal 500 through the communication network 300 to control the administrator.

At this time, the status information of the cage farm is displayed for displaying the loss status information of the cage farm facility through the status display unit 240, and the comparison data of the sensing data and the reference value information of the database is sent to the sensor unit 220, Main power and auxiliary power status information for stable power supply, and status information of the normal operation status of the facilities of the cage farm are displayed and displayed so that the user mobile terminal 400 or the administrator terminal 500 can confirm it.

That is, FIG. 4 shows an example of the status display unit. The status display unit is configured to display the corresponding status by lighting / blinking according to the water temperature information when a failure such as power supply, feeding operation or communication occurs. The configuration can be varied depending on the state.

In response to the control signal from the control unit 280, the diagnosis unit 270 determines the state of the identified facilities of the maritime cage system 200 based on the stability reference information of the maritime cage system transmitted from the database, Periodically checks whether the facility is normally operated and transmits the information to the administrator terminal 500 or the user mobile terminal 400 through the communication network 300 to promptly control the maritime system 200 in the event of a problem And status information on the problem sending can be displayed through the status display unit 240 and displayed for the administrator in the maritime system 200 to check.

The transmission of data between the maritime cage system 200 and the database 100, the user mobile terminal 400 and the administrator terminal 500 through the communication network 300 is performed in accordance with the control signal of the controller 280, The transmitting unit 260 remotely transmits the loss status information of the cage farm facility to the mobile terminal / manager terminal or the database, the status information of the captured cage farm, information of the sensing data, To control the display of information on the normal operation status of the facilities of the cage farm, and information transmission corresponding to the alert transmission.

With the above-described configuration and operation, the maritime self-diagnosis system of the present invention is provided so that the user can input and inquire data through the PC environment of the administrator terminal 500 and the user mobile terminal 400 In particular, it is possible to manage unit work based on voice recognition. Unit work management based on voice recognition enables input of various information through voice recognition and monitoring of the whole situation of the farm, so that workers can input and manage data. Consists of.

Accordingly, the present invention enables voice recognition through a mobile terminal such as a PC environment and a smart phone, and can process data based on the voice recognition. The attached FIGS. 5-6 illustrate unitary task management based on speech recognition, The voice recognition procedure may be performed using the preprocessor and the recognition unit, and the voice recognition procedure may be performed in conjunction with the database 100. [

In other words, the pattern analysis data of the fish species for intelligent fishery management is constructed by the data of the fishery pattern change due to the environmental change at the present farm site, Or speech recognition, so that it is possible to solve the problem of excessive expenditure of the feed cost and decrease of growth rate.

 In addition, data on the changes in food intake with changes in water temperature for cage farms, data on size and amount of feed changes according to growth size, Raw data such as breeding density and standard growth rate can be stored and constructed.

In addition, it is possible to collect data to analyze the feeding activity through the imaging unit 210 such as CCTV installed in the cage farm, and it is possible to collect the data by the manager through the feeding activity analysis after the lapse of a predetermined time Can be utilized.

As described above, preferred embodiments of the present invention have been disclosed in the present specification and drawings, and although specific terms have been used, they have been used only in a general sense to easily describe the technical contents of the present invention and to facilitate understanding of the invention , And are not intended to limit the scope of the present invention. It is to be understood by those skilled in the art that other modifications based on the technical idea of the present invention are possible in addition to the embodiments disclosed herein.

100: Database 200: Maritime Cage System
210: imaging section 220:
230: setting unit 240: status display unit
250: battery section 260: transfer section
270: diagnosis part 280: control part
290: sensing unit 300: communication network
400: user mobile terminal 500: administrator terminal

Claims (5)

It is constructed on the side of the cage farm to determine emergency status by CCTV installed in the cage farm, operation status of sensor, remote setting and status check of loss situation information of the aquaculture facilities due to unpredictable marine weather, An image pickup section for picking up the state of the fish in the system, whether it is sick / dead, whether it is shipped or not, whether the fish is fed or not, It periodically checks whether the facility is in normal operation, automatically collects information, processes real-time data, analyzes and stores collected information of sensing data, and detects whether durability of salt, If it does not meet the criteria stored in the database In order to provide stable power supply to the sensor unit and the marine cage system, the sensor unit performs alarm sending to the administrator of the administrator terminal through the communication network. It detects the status information of the power and transmits corresponding data, , A battery unit for controlling the main power and the auxiliary power, an imaging unit of the CCTV installed in the maritime cage system based on the stability reference information of the marine cage system transmitted from the database, A diagnostic unit for periodically checking whether or not a normal operation of the cage plant is performed by checking the state of the facility by transmitting information collected to the administrator terminal or the user terminal through the communication network, Information, a sensing date performed by the sensor unit Information of the main power source and auxiliary power source state supplied to the marine cage system in the battery unit, information of the auxiliary power source state of the cage fishery facilities confirmed by the diagnosis unit, A status display unit for displaying status information of normal operation status or information about the loss status of a cage farm facility according to an external environment, status information of a cage farm captured by the imaging unit, information of sensing data performed by the sensor unit, Information on the normal operation status of the facilities of the cage farm confirmed by the diagnosis unit, information on the normal operation status of the facilities of the cage farm established by the diagnosis unit, Loss of cage farm facility due to external environment A transmission unit for transmitting information to the user's mobile terminal / manager terminal or database remotely, a damage detection unit for detecting damage including damage to the cage farm facility due to loss and weather, a collision of the ship, And a sensing unit for sensing individual state abnormality information for collecting the sensing data through the sensing unit; A database for storing status information of a CCTV and a sensor provided in a cage farm in cooperation with the maritime cage system and a network for storing safety condition conditions of a facility in the event of an emergency condition according to a marine weather and providing the information to an administrator or a user; And processing the status information of the marine cage system stored in the database, the CCTV installed in the marine cage system, the real-time sensing data input from the sensor unit, collecting the processed data, And a manager terminal for controlling the facility administration / management of the facility, the remote terminal for feeding or not, and a maritime self-diagnosis system comprising the steps of:
The maritime cage system controls the voltage and current values of the facilities of the cage farm and the amount of feed to be fed to the cultured fish through the setting unit or the sensing data information of the environmental information of the style temperature / And to set the state of the system so that the user mobile terminal or the manager terminal can remotely monitor and control the operation state of the maritime crate system,
The system can check the status information of the cage farm in accordance with the state information of the cage farm, the abnormal temperature information, and the weather condition of the cage provided in the database in cooperation with the communication network, or the status of the cage farm, And a user mobile terminal capable of checking whether or not the facility is in an LED state based on the real time sensing data provided by the maritime cage system,
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