KR20210105751A - Smart supporting system for monitoring disease of farming fish - Google Patents

Abstract

The present invention relates to a smart support system for monitoring diseases in farming fishes, and more specifically, to a smart support system for monitoring diseases in farming fishes, which differentially classifies an action of an aquaculturist for disease diagnosis and spread prevention activities in aquaculture fish according to preset standards, and provides a fish farming coin, a virtual currency which can be used only in the fishery industry to promote the system and the fish farming industry at the same time.

Description

Smart supporting system for monitoring disease of farming fish

The present invention relates to a smart support system for disease monitoring of aquaculture fish, and more specifically, differentially classifying the actions of aquaculture-related persons for disease diagnosis and prevention of spread of aquaculture fish according to preset standards, and thus can be used only in the aquaculture industry. It is about a smart support system for disease monitoring of farmed fish that can simultaneously promote the system and the aquaculture industry by paying the fish farming coin, a virtual currency that can be used.

Due to various factors such as high-density aquaculture environment due to commercial aquaculture and climate change, disease outbreaks in farmed fish are occurring more frequently than in the past. Due to this, financial damage occurs to the aquaculture company, and new problems such as environmental pollution occur by disposing of diseased fish. Therefore, in order to promote the stable growth of aquaculture producers, it has become more important to accurately understand the sanitary conditions of fish and to establish appropriate management measures early in the event of a disease. Accordingly, as in the following patent documents, a system for early warning by analyzing information output from CCTV, infrared sensor, GPS, etc. to confirm the occurrence of diseases in farmed fish has been widely developed.

<Patent Literature>

Patent Literature: Patent No. 10-1598898 (registered on Feb. 24, 2016) “System for preventing halibut disease through sound and image analysis”

However, the conventional farmed fish disease monitoring system frequently turns off the CCTV, infrared sensor, and GPS device due to the reluctance to disclose private life through exposure to the fish environment, etc. Numbers are a problem.

The present invention has been devised to solve the above problems,

The present invention analyzes the information output from the sensor unit to determine the participation information of the aquaculture related person in the activity to diagnose and prevent the spread of aquaculture fish disease, calculate the compensation to be paid to the aquaculture related person, and perform the compensation accordingly, thereby promoting voluntary participation. The purpose is to provide a smart support system for disease monitoring of farmed fish that can induce system activation.

In addition, the present invention induces active participation by differentially classifying the actions of aquaculture-related persons for disease diagnosis and spread prevention activities of aquaculture fish according to preset criteria, and by making the rewards for active participants larger than those for passive participants, The purpose is to provide a smart support system for disease monitoring of farmed fish that can further promote activation.

In addition, the present invention identifies the contribution to disease spread prevention for each active action of aquaculture related persons for disease diagnosis and spread prevention activities in aquaculture fish, so that if there is a lot of contribution, more compensation can be made so that fair compensation can be achieved. The purpose is to provide a smart support system for disease monitoring of farmed fish.

In addition, the present invention provides a smart support system for disease monitoring of farmed fish that can simultaneously promote the system and the aquaculture industry by providing a fish farming coin, a virtual currency that can only be used in the fishery industry, in return for compensation to those involved in aquaculture. There is a purpose.

In addition, according to the present invention, the farmed fish that can implement the automatic compensation claim function using the block chain because the fish farming related terminal can calculate the fish farming coin using the information shared with the fish farm related terminals and the management server and automatically claim it. The purpose is to provide a smart support system for disease monitoring in

In addition, the present invention is to provide a smart support system for disease monitoring of farmed fish that can improve the convenience and security of the transaction because the transaction is made using the fish coin in the form of a smart contract by the smart contract processing unit. There is this.

The present invention is implemented by an embodiment having the following configuration in order to achieve the above object.

According to an embodiment of the present invention, a smart support system for disease monitoring of farmed fish according to the present invention includes: a sensor unit for sensing information on farmed fish and transmitting it to a management server; A management server having a compensation calculation unit that analyzes the information output from the sensor unit to determine the participation information of a person related to aquaculture in a cultured fish disease diagnosis and spread prevention activity, and calculates a compensation to be paid to the person related to the aquaculture; characterized.

According to another embodiment of the present invention, in the smart support system for disease monitoring of farmed fish according to the present invention, the compensation calculation unit analyzes the information output from the sensor unit, and a person related to aquaculture interferes with the operation of the sensor unit. A passive participation module that calculates the compensation to be paid to the fish-related person when it is determined not to perform It is characterized in that it includes an active participation module for calculating the compensation to be paid to the person related to the fish farming when it is determined that it is being carried out.

According to another embodiment of the present invention, in the smart support system for disease monitoring of farmed fish according to the present invention, the reward calculated by the active participation module is greater than the reward calculated by the passive participation module. do.

According to another embodiment of the present invention, in the smart support system for disease monitoring of farmed fish according to the present invention, the active participation module outputs information that a disease has occurred in a specific fish farm to a fish farm-related terminal, then the sensor The post-alarm collection module collects the information output from the department, and the information obtained through the post-alarm collection module is analyzed to determine whether a person related to aquaculture has performed an active action to prevent the spread of disease in farmed fish according to a preset standard and compensates an active behavior evaluation module that calculates , and an prevention effect evaluation module that corrects the compensation calculated in the active behavior evaluation module by identifying the extent to which the active behavior of the aquaculture related person contributed to the prevention of the spread of aquaculture fish disease after the end of the aquaculture fish disease It is characterized in that it includes.

According to another embodiment of the present invention, in the smart support system for disease monitoring of farmed fish according to the present invention, the active behavior evaluation module analyzes the information obtained through the post-alarm collection module to determine the schedule of the fish farm where the disease has occurred. A shipment determination module that calculates compensation by determining whether farmed fish have not been shipped from a fish farm located within the range, and a terminal for aquaculture related to a fish farm located within a certain range of a fish farm where a disease has occurred by analyzing the information obtained through the post-warning collection module A test judgment module that calculates compensation by determining whether the test results using the simple diagnostic kit are output from Vaccination evaluation module that calculates compensation by determining whether a vaccine for a disease alerted by the system has been received, and the information obtained through the post-warning collection module is analyzed from the terminal of the fish farm related to the fish farm located within a certain range of the farm where the disease has occurred. It is characterized in that it includes an antibody generation confirmation module that recalculates the compensation calculated by the vaccination evaluation module when it is determined that the antibody is generated by determining whether the antibody test result for a specific disease is output using the simple diagnosis kit.

According to another embodiment of the present invention, in the smart support system for disease monitoring of farmed fish according to the present invention, the prevention effect evaluation module is installed in the server operated by the sensor unit or a department managing a farmed fish disease in the country. A termination confirmation module that analyzes the output information to determine whether the aquaculture fish disease has ended, and when the termination confirmation module determines that the aquaculture fish disease has ended, the active behavior of the fishery related person whose compensation is calculated by the active behavior evaluation module an active behavior collection module that collects information about and a correction module for correcting the compensation calculated by the active behavior evaluation module according to the contribution of a person related to aquaculture to the prevention of the spread of farmed fish output from the contribution determination module.

According to another embodiment of the present invention, in the smart support system for disease monitoring of farmed fish according to the present invention, the sensor unit includes a first sensor unit that can check the status of farmed fish under cultivation, and and a second sensor unit capable of confirming a movement path, wherein the first sensor unit is installed at a specific location and continuously checks the status of farmed fish at a predetermined time interval and transmits information, and a business related to aquaculture It is characterized in that it includes a passive sensor that transmits information by temporarily checking the status of farmed fish by the operation of

According to another embodiment of the present invention, in the smart support system for disease monitoring of farmed fish according to the present invention, the management server can be used only in the fishery industry according to the compensation to be paid to the person related to the fish farming calculated by the compensation calculation unit. It additionally includes a virtual currency unit that issues a fish farming coin, which is a virtual currency that can be used for fish farming, and transmits it to the fish farm-related terminal, and the virtual currency unit exchanges information with the fish farm-related terminal to generate a fish fish coin, which is a virtual currency that can be used in the fishery industry. A currency generation module that collects the compensation information to be paid to the fisheries related person calculated by the compensation calculation unit, and a fish farm coin, a virtual currency generated by the currency generation unit using the collected compensation information, is specified. It is characterized in that it comprises an allocation module for allocating a certain amount to a person related to aquaculture, and a transmission module for transmitting the virtual coin fish farming coin allocated by the allocation module to a terminal of a person related to a fish farming of a specific person related to the fishery to be compensated.

According to another embodiment of the present invention, in the smart support system for disease monitoring of farmed fish according to the present invention, the aquaculture-related terminal is installed in the aquaculture-related terminal to exchange information with other fisheries-related terminals and management servers. and an information processing app that allows the information processing app to store information transmitted from other fish farming-related terminals and management servers in memory, and transmit information generated from their own fish farming-related terminals to other fish farming-related terminals and management servers. The information management unit analyzes the information stored in the memory to determine the participation information of the people involved in the disease diagnosis and spread prevention activities for aquaculture fish, calculates the compensation to be paid to the people related to the aquaculture, and pays them according to the calculated compensation result. It is characterized in that it includes an automatic compensation claiming unit that calculates the fishery coin to be received and transmits the payment request information to the management server.

According to another embodiment of the present invention, in the smart support system for disease monitoring of farmed fish according to the present invention, the information processing app allows a transaction between fisheries related parties using a fish farm coin to be concluded, and when the transaction is completed, the fish farm coin is transferred to the other party. It further includes a smart contract processing unit that transmits to the fish farming-related terminal and transmits the transaction completion information to all fish farming-related terminals and management servers, wherein the smart contract processing unit requests a transaction using a fishery coin to other fish farming-related terminals A request module for outputting information, a confirmation module for checking whether corresponding information corresponding to the requested information is output from the other fish farming-related terminal, and checking whether the requested information and the corresponding information match a preset condition, so that the contract is completed upon matching Includes a contract processing module to ensure that the contract is completed, and a payment processing module that transmits the fish farming coin to the counterpart's fish farming terminal when information indicating that the contract has been completed is output to the contract processing module and transmits the transaction completion information to all fish farm related terminals and management servers characterized in that

The present invention can obtain the following effects by the configuration, combination, and use relationship described below with the present embodiment.

The present invention analyzes the information output from the sensor unit to determine the participation information of the aquaculture related person in the activity to diagnose and prevent the spread of aquaculture fish disease, calculate the compensation to be paid to the aquaculture related person, and perform the compensation accordingly, thereby promoting voluntary participation. It has the effect of inducing the activation of the system.

In addition, the present invention induces active participation by differentially classifying the actions of aquaculture-related persons for disease diagnosis and spread prevention activities of aquaculture fish according to preset criteria, and by making the rewards for active participants larger than those for passive participants, There is an effect that can promote further activation.

In addition, the present invention identifies the contribution to disease spread prevention for each active action of aquaculture related persons for disease diagnosis and spread prevention activities in aquaculture fish, so that if there is a lot of contribution, more compensation can be made so that fair compensation can be achieved. there is an effect

In addition, the present invention has the effect of simultaneously promoting the revitalization of the system and the fish farming industry by providing a fishery coin, a virtual currency that can only be used in the fishery industry, in return for compensation to those related to fish farming.

In addition, the present invention has the effect of implementing the automatic compensation claim function using the block chain because the fish farming related terminal can calculate the fish farming coin using the information shared with the fish farm related terminals and the management server and automatically claim it. have.

In addition, the present invention has the effect of improving the convenience and security of the transaction because the transaction is made using the fish farming coin in the form of a smart contract by the smart contract processing unit.

1 is a block diagram of a smart support system according to an embodiment of the present invention.
Fig. 2 is a block diagram showing a detailed configuration of the management server of Fig. 1;
3 is a block diagram showing the detailed configuration of the compensation calculating unit of FIG.
Figure 4 is a block diagram showing the detailed configuration of the active participation module of Figure 3;
5 is a block diagram showing the detailed configuration of the prevention effect evaluation module of FIG.
6 is a block diagram showing the detailed configuration of the virtual currency unit of FIG.
Fig. 7 is a block diagram showing the detailed configuration of the link processing unit of Fig. 2;
Fig. 8 is a block diagram showing the detailed configuration of the information processing app of Fig. 1;
9 is a block diagram showing the detailed configuration of the smart contract processing unit of FIG.

Hereinafter, preferred embodiments of the smart support system for disease monitoring of farmed fish according to the present invention will be described in detail with reference to the accompanying drawings. In the following description of the present invention, if it is determined that a detailed description of a well-known function or configuration may unnecessarily obscure the gist of the present invention, the detailed description thereof will be omitted. Throughout the specification, when a part "includes" a component, it means that other components may be further included, rather than excluding other components, unless otherwise stated. Terms such as "... unit, ... module" mean a unit that processes at least one function or operation, and may be implemented as hardware or software or a combination of hardware and software.

When the smart support system for disease monitoring of farmed fish according to an embodiment of the present invention is described with reference to FIGS. 1 to 9, the smart support system includes a fish farming related terminal 1, a sensor unit 2, a management server 3) and the like.

The aquaculture-related terminal 1 is a terminal used by a fish farming business, and exchanges information with other fish farming-related terminals 1 and the management server 3 . The fish farming related terminal 1 can exchange information through the Internet and an electronic device capable of storing information can be used, for example, a PC, a smartphone, a tablet, etc. can be used. For example, the business related to the fish farming business includes a business that cultivates fish, a business that processes farmed fish, a business that distributes aquacultured fish, a business that transports aquacultured fish, and a business that provides goods and/or services necessary for aquaculture can The fish farming-related terminals and the management server form a private blockchain network so that the setting information and the generation information of the smart support system can be distributed and stored in the fish farming-related terminals and the management server 3, respectively. The exchange of information through the fish farming-related terminal 1 is performed by the information processing app 11 received and installed from the management server 3, and the information processing app 11 automatically claims compensation using a block chain. and smart contracts between fisheries related parties, which will be described in detail below.

The sensor unit 2 is configured to sense the information of the farmed fish and transmit it to the aquaculture-related terminal 1 and/or the management server 3, for example, a first sensor unit that can check the status of the fish being farmed. (21), and may include a second sensor unit 22 that can check the movement path of the shipped farmed fish.

The first sensor unit 21 includes an active sensor 211 installed at a specific location to continuously check the status of farmed fish at regular time intervals and transmit information, and temporarily farmed fish by an operation related to fish farming. It may include a passive sensor 212 that transmits information by checking the state of the . The active sensor 211 may include, for example, a CCTV installed in a farm to photograph farmed fish, an infrared sensor installed in a farm to measure the temperature of farmed fish, and the like, and the passive sensor 212 is a sample of the body fluid of farmed fish. For example, a simple diagnostic kit for diagnosing viral diseases or judging whether or not antibodies are generated according to vaccination. Even the same sensor may be used as the active sensor 211 or passive sensor 212 depending on how it is used. The second sensor unit 22 may be, for example, a GPS device attached to a vehicle that moves the shipped farmed fish. The simple diagnosis kit has a configuration capable of diagnosing a disease and transmitting information electronically, and may transmit information by itself, or information may be transmitted through the fish farming related terminal 1 of a person using the simple diagnosis kit. . In addition, the sensor unit 2 may exist in an independent form or may exist as a component in the fish farming-related terminal 1 .

The management server 3 exchanges information with the aquaculture-related terminal 1 and the sensor unit 2 to determine the participation information of the aquaculture-related person in the disease diagnosis and spread prevention activity of aquaculture fish, and pay it to the aquaculture-related person. As a configuration for calculating the compensation to be paid, the transceiver 31, the disease determination unit 32, the alarm unit 33, the compensation calculation unit 34, the virtual currency unit 35, the linkage processing unit 36, the app management unit 37) , a storage unit 38 , a control unit 39 , and the like.

The transceiver 31 transmits/receives information to and from the fish farming related terminal 1 and the sensor unit 2 .

The disease determination unit 32 is configured to determine whether a farmed fish has a disease by checking the information transmitted from the sensor unit 2, for example, a farmed fish showing abnormal behavior for a certain period by analyzing a photographed image of the farmed fish. If there is a disease, it can be determined that a disease has occurred in the farmed fish, and when an abnormal signal occurs in the diagnosis result of the simple diagnostic kit, it can be determined that the disease has occurred in the farmed fish.

When the disease determination unit 32 determines that a disease has occurred in the farmed fish, the alarm unit 33 is configured to generate an alarm signal of disease occurrence to the aquaculture-related terminal 1 related to the diseased farmed fish. The alarm unit 33 may exchange information with a server (not shown) operated by a department managing a farmed fish disease in the country, and transmit information indicating that a disease has occurred to the server, and from the server An alarm signal may be generated by receiving the occurrence information. The fish farming-related terminal 1 related to the diseased aquaculture fish transports the farmed fish of a fish farmer with a disease, a farmer located within a certain distance from the fish farm, and a farmer who raises the diseased fish , refers to a terminal such as a company that processed and distributed it.

The compensation calculation unit 34 analyzes the information output from the sensor unit 2 to determine the participation information of the aquaculture related person in the activity to diagnose and prevent the spread of aquaculture fish disease and calculate the compensation to be paid to the aquaculture related person As such, it includes a passive participation module 341, an active participation module 342, and the like. The compensation calculation unit 34 differentially classifies the degree of participation in the smart support system of the fisheries related person according to a preset standard, and differentially calculates the compensation to be paid to the fish farm related person according to the predetermined criteria, and the compensation is, for example, related to the fishery industry. There are virtual currencies that can be used.

The manual participation module 341 analyzes the information output from the sensor unit 2 and when it is determined that the person related to the fish farming does not perform an action that interferes with the operation of the sensor unit 2, the compensation to be paid to the person related to the fish farming As a configuration for calculating , for example, when the sensor unit 2 installed at a specific location and set to continuously output information continuously outputs information matching the setting information (eg, CCTV installed in a fish farm, infrared sensor When information is output at a set period, when a GPS device installed in a vehicle registered to transport the shipped farmed fish continuously outputs information, etc.) You may decide not to do it.

The active participation module 342 analyzes the information output from the sensor unit 2, and if it is determined that the person related to the aquaculture is performing an active action in diagnosing and preventing the spread of disease in aquaculture fish, it should be paid to the person related to the aquaculture. As a configuration for calculating the compensation to be compensated, it includes a post-alarm collection module 342a, an active behavior evaluation module 342b, a prevention effect evaluation module 342c, and the like.

The post-alarm collection module 342a outputs information that a disease has occurred in a specific fish farm to the fish farm-related terminal 1 by the alert unit 33, and then outputs it from the sensor unit 2 to a storage unit ( 35) and collect the information stored in it.

The active behavior evaluation module 342b analyzes the information obtained through the post-warning collection module 342a, determines whether a person related to aquaculture has performed an active action to prevent the spread of disease in farmed fish according to a preset standard, and calculates a reward It includes a shipment determination module 3421 , a test determination module 3422 , a vaccination evaluation module 3423 , an antibody generation confirmation module 3424 , and the like.

The shipment determination module 3421 analyzes the information obtained through the post-alarm collection module 342a to determine whether the farmed fish are not shipped from the fish farm located within a certain range of the fish farm where the disease has occurred (e.g., CCTV installed in the fish farm) It is possible to confirm the fact of shipment through the video) and calculate the compensation.

The inspection determination module 3422 analyzes the information obtained through the post-alarm collection module 342a, and the inspection result using a simple diagnostic kit is obtained from the fish farming related terminal 1 of the fish farm located within a certain range of the fish farm where the disease has occurred. Compensation is calculated by judging whether it has been printed.

The vaccination evaluation module 3423 analyzes the information obtained through the post-warning collection module 342a, and the vaccine against the disease alerted by the fish farm related terminal 1 located within a certain range of the fish farm where the disease has occurred. Compensation is calculated by judging whether this has been inoculated.

The antibody generation confirmation module 3424 analyzes the information obtained through the post-alarm collection module 342a, and a specific disease using a simple diagnostic kit from the fish farm related terminal 1 located within a certain range of the fish farm where the disease has occurred. It is determined whether the antibody test result is output, and when it is determined that the antibody is generated, the compensation calculated by the vaccination evaluation module 3423 is recalculated.

The prevention effect evaluation module 342c is configured to correct the compensation calculated in the active behavior evaluation module 342b by determining the extent to which the active behavior of the aquaculture related person contributed to the prevention of the spread of the aquaculture fish disease after the end of the aquaculture fish disease. As such, it includes a termination confirmation module 3425 , an active behavior collection module 3426 , a contribution determination module 3427 , a correction module 3428 , and the like.

The termination confirmation module 3425 analyzes information output from the sensor unit 2 or a server operated by a department managing a farmed fish disease in the country to determine whether the aquaculture fish disease has ended. For example, if the farmed fish does not show any behavior for more than a certain period or maintains a certain body temperature through CCTV images or infrared sensors installed in the fish farm, information indicating that the occurrence of a specific cultured fish disease has ended on the server is output. It can be judged that the fish disease has ended.

The active behavior collection module 3426 collects information on the active behavior of a person related to aquaculture for which the compensation is calculated by the active behavior evaluation module 342b when the termination confirmation module 3425 determines that the disease of the farmed fish has ended. do.

The contribution determination module 3427 is configured to determine the extent to which the active actions of each person related to aquaculture collected by the active action collection module 3426 contributed to the prevention of the spread of aquaculture fish diseases according to a preset standard and output the results. For example, even if the same active action is performed early, the contribution is greater. The fact that fish farm B is 100 m south of fish farm A, where farmed fish occurred, and fish farm C 100 m north, and that both farms B and C shipped the farmed fish after the warning. However, if a disease occurs at a fish farm more than 100 m south of fish farm A and no disease occurs at a fish farm more than 100 m north of fish farm A, fish farm C has a greater contribution to preventing the spread of aquaculture disease than fish farm B. can judge

The correction module 3428 is configured to correct the compensation calculated by the active behavior evaluation module 342b according to the contribution of a person related to aquaculture to the prevention of the spread of farmed fish output from the contribution determination module 3427 . For example, the active behavior evaluation module evaluated the active behavior of person A in fish farming as 100 as a reward, and the active behavior evaluation module evaluated the active behavior of person B related in fish farming as 50 as a reward. Contribution determination module 3427 If it is evaluated that A's contribution is 1 and B's contribution is 2, the correction module 3428 calculates 100 as a reward to be paid to the fisheries related person A and 100 is calculated as the compensation to be paid to the fish farming related person B. Even if a smart support system including a fish farming-related terminal (1), sensor unit (2), management server (3), etc. is established, CCTV, infrared Sensors and GPS devices are often turned off, so in order to activate the smart support system, the information output from the sensor unit 2 is analyzed to identify the participation information of the smart support system of the fisheries related person and compensate accordingly. By doing so, it is possible to promote the activation of the smart support system. In addition, the degree of participation in the smart support system of fisheries related people is differentiated according to preset criteria, and the reward for the active participant is larger than that for the passive participant, thereby inducing active participation, thereby further activating the system. In addition, although compensation is paid only for active actions, it is possible to determine the contribution level of prevention of vaginal spread for each active action of a fish farmer so that if there is a lot of contribution, more compensation can be paid so that fair compensation can be achieved.

The virtual currency unit 35 issues a fish farming coin, which is a virtual currency that can be used only in the fishery industry, according to the compensation to be paid to the fisheries related person calculated by the compensation calculation section 34, and transmits it to the fish farm related terminal 1 , including a currency generation module 351 , a compensation information collection module 352 , an allocation module 353 , a transmission module 354 , and the like. The virtual currency issued by the virtual currency unit 35 is characterized in that it can be used in the fishery industry.

The currency generation module 351 is configured to generate a fishery coin, which is a virtual currency that can be used in the fishery industry, by exchanging information with the aquaculture related terminal 1 . Since the fish farming coin must be used in the fishery industry, the operator of this system (operating the management server) and the fish farming related person according to the preset contractual relationship, the operator can receive the goods and services of the fish farming related person in the contract relationship. Currency can be set, and the money generating module 351 exchanges information with the fish farming related terminal 1 to generate a fish farm coin, which is a virtual currency.

The compensation information collection module 352 collects compensation information to be paid to a person related to fish farming calculated by the compensation calculation unit 34 .

The allocation module 353 allocates a certain amount of a fish farming coin, which is a virtual currency generated by the money generating unit 351, to a specific fish farmer by using the collected compensation information. If there is a high level of participation in this system, more fishery coins will be allocated, and if the contribution to preventing the spread of disease is high even in the same active activity, more fishery coins will be allocated.

The transmission module 354 has a configuration such that the virtual coin fish farming coin allocated by the allocation module 353 is transmitted to the fish farm related terminal 1 of a specific fish farm related person who should be compensated, and a virtual currency fish farm coin. A person related to aquaculture who has been paid through the aquaculture-related terminal 1 may present to a person related to aquaculture with which the contract for use of the fishery coin has been made, and receive products and/or services related to the fishery industry. The present invention provides a smart support system and It will be possible to promote the revitalization of the aquaculture industry at the same time.

The link processing unit 36 is configured to control the fish farming related terminal 1 and the management server 3 to exchange information, and the necessary setting information for operating the smart support system stored in the storage unit 38 . and an information transmission module 361 that transmits the generated information generated by the management server 3 to the terminals related to the fish farming, collects the information generated in the terminal 1 related to the fish farming, and stores the information in the storage unit 38. When information requesting a request for a fishery coin is output from the information storage module 362 to store and the terminal 1 for the person related to fish farming, the compensation calculation unit 34 and the virtual currency unit 35 are controlled to control the person related to the fishery. and a claim confirmation module 363 for determining the legality of the information output from the terminal 1 and allowing the fish farm coin to be paid from the fish farm related terminal 1 when the legality is recognized. For example, when information requesting payment of fishery coin 100 is output from terminal A related to aquaculture, the claim confirmation module 363 controls the compensation calculation unit 34 and the virtual currency unit 35 to control terminal A related to fish farming. Check whether it is 100 fish farming coins to be paid to , and if this is the case, make sure that fish farming coins 100 are paid to terminal A related to fish farming. Since the fish farming-related terminals 1 and the management server 3 form a network, the link processing unit 36 provides setting information necessary for the operation of the management server 3 (compensation calculation, virtual currency calculation, smart information required for the contract) and the information generated in the management server 3 are distributed and stored not only in the storage unit 38 of the management server 3 but also in each fish farming related terminal 1, and the fish farming related terminal The information generated in (1) may be distributed and stored in the storage unit 38 as well. That is, the smart support system forms a block containing setting and generation information and transmits the block to the fish farming-related terminals 1 and the management server in the network, thereby enabling distributed storage on the block chain.

The app management unit 37 is installed in the fish farming-related terminal 1, and a signal to request the download of an information processing app to exchange information with other fish farming-related terminals 1 and management server 3 is output. In this case, the control so that the information processing app can be installed in the fish farming-related terminals (1). The information processing app 11 is installed in the fish farming-related terminal 1 to exchange information with other fish farming-related terminals 1 and management server 3, and the information management unit 111, automatic compensation and a billing unit 112 , a smart contract processing unit 113 , and the like.

The information management unit 111 stores the information transmitted from the other fish farming related terminal 1 and the management server 3 in the memory (not shown) of the fish farming related terminal 1, and generates it in its own fish farming related terminal 1 It is a configuration for transmitting the acquired information to other fish farming related terminals (1) and management server (3).

The automatic compensation claiming unit 112 analyzes the information stored in the memory, grasps the participation information of the aquaculture related person for the disease diagnosis and spread prevention activity of farmed fish, calculates the compensation to be paid to the farmed fish related person, and calculates the calculated compensation According to the result, the fish farming related person calculates the fish farming coin to be paid, and controls the payment request information to be transmitted to the management server (3). Since the memory stores the necessary setting information for operating the smart support system, the generation information generated by the management server, and the information output by the sensor unit 2, the automatic compensation claim unit 112 uses it to will be billed automatically. The automatic compensation claim unit 112 has the same functions as the compensation calculation unit 34 and the virtual currency unit 35 of the management server 3 (however, the function of generating and transmitting money of the virtual currency unit 35 is excluded), that is, the automatic compensation claiming unit 112 includes the compensation calculation unit 34 and the virtual currency unit 35 (however, the money generating module 351 and the transmission module 354 are Except for the detailed configuration of ), including the configuration that performs the same function as the detailed configuration, the fishery coin to be paid to a specific person related to aquaculture will be calculated. Therefore, since the fish farming related terminal 1 and the management server 3 calculate the fish farming coin by the same judgment method for the same data, the amount of the fish farm coin automatically claimed by the abbreviation related terminal 1 and the management server ( The amount of fishery coins calculated in 3) will be the same. Since the fish farming-related terminal can calculate a fish farming coin using information shared with the fish farm-related terminals and the management server and automatically claim it, the smart support system can implement an automatic compensation claim function using a block chain, The fish farming related person can automatically calculate and claim the compensation money beyond passively accepting the result of the compensation money calculated by the management server 3, so that the interests of the fish farming related person can be prevented from being damaged.

The smart contract processing unit 113 allows a transaction between fisheries related parties using a fish farming coin to be concluded, and when the transaction is completed, the fish farm coin is transmitted to the other party's fish farming related terminal 1, and information on the completion of the transaction is transmitted to all fish farming related terminal 1 ) and to the management server (3). The smart contract processing unit 113 includes a request module 113a for outputting information requesting a transaction using a fish farming coin to the terminal 1 of the other fish farming related person, and information corresponding to the requested information from the terminal 1 related to the other fish farm. a confirmation module 113b for confirming whether the output A payment processing module (113d) that transmits the fish farming coin to the counterpart's fish farming terminal (1) when outputting the information that the contract has been completed, and transmits the transaction completion information to all the fish farm-related terminals (1) and the management server (3). include For example, the contract for feed delivery between the fish farmer and the feed supplier is automatically processed by the smart contract processing unit 113, the fish farmer's aquaculture coin is transmitted to the feed supplier, and the information on the completion of the transaction is transferred to the rest of the aquaculture-related terminal. (1) and the management server (3), the feed supplier can use the aquaculture coin. In the present invention, since the transaction using the form coin is made in the form of a smart contract by the smart contract processing unit 113, the convenience and security of the transaction can be improved.

The storage unit 38 stores information exchanged with the form-related terminal, for example, necessary setting information for operating the smart support system, generated information generated by the management server 3, and the form-related terminal 1 ) to store the generated information. All or part of the information stored in the storage unit 38 is stored in the memory of the form-related terminal 1 .

The control unit 39 controls the overall automatic control of the management server 3, that is, the transceiver 31, the disease determination unit 32, the alarm unit 33, the compensation calculation unit 34 of the management server 3, It controls the operation of the virtual currency unit 35 , the linked processing unit 36 , and the app management unit 37 .

Another embodiment of the present invention relates to a method for supporting disease monitoring of aquaculture fish using a smart supporting system for disease monitoring of farmed fish, wherein the disease determination unit 32 includes the sensor unit 2 A disease determination step of determining whether a farmed fish is diseased by checking the transmitted information, and when it is determined that a disease of the farmed fish has occurred in the disease determination step, the alarm unit related to the farmed fish with the disease (1) In the alarm stage of generating an alarm signal of disease occurrence in According to the compensation calculation step of calculating the compensation to be paid to the related person, and the compensation to be paid to the person related to the fish farming calculated in the compensation calculation step 34 by the virtual currency unit 35, the fish farm coin, a virtual currency that can be used only in the fishery industry and a virtual currency generation step of issuing and transmitting to the fish farming-related terminal (1).

In the compensation calculation step, the compensation unit 34 analyzes the information output from the sensor unit 2 to determine the participation information of the aquaculture-related person in the disease diagnosis and spread prevention activity of aquaculture fish, and calculates the compensation to be paid to the aquaculture-related person This step includes a passive participation judgment step, an active participation judgment step, and the like.

In the manual participation determination step, when the manual participation module 341 analyzes the information output from the sensor unit 2 and determines that the person related to the fish farming does not perform an action that interferes with the operation of the sensor unit 2, Calculate the compensation to be paid.

In the active participation plate step, when the active participation module 342 analyzes the information output from the sensor unit 2 and determines that a person related to aquaculture is performing an active action in diagnosing and preventing the spread of disease in aquaculture fish, the This is the stage of calculating the compensation to be paid to those involved in fish farming, and includes a collection stage after warning, an active behavior evaluation stage, and a prevention effect evaluation stage.

In the post-alarm collecting step, after the post-alarm collecting module 342a outputs information that a disease has occurred in a specific fish farm to the fish farm-related terminal 1 in the alert step, the sensor unit 2 outputs and stores the information. It is a step of collecting information stored in the unit 38 .

In the active behavior evaluation step, the active behavior evaluation module 342b analyzes the information obtained in the post-warning collection step, and determines whether a person related to aquaculture has performed an active action to prevent the spread of disease in farmed fish according to a preset standard, and calculates a reward is a step to

In the prevention effect evaluation step, the prevention effect evaluation module 342c determines the extent to which the active actions of the fisheries related person contributed to the prevention of the spread of the disease in the farmed fish after the end of the disease in the farmed fish, and corrects the compensation calculated in the active behavior assessment step. This step includes a completion confirmation step, an active action collection step, a contribution determination step, a correction step, and the like.

The end confirmation step is a step in which the end confirmation module 3425 analyzes information output from the sensor unit 2 or a server operated by a department managing a cultured fish disease in the country to determine whether the aquaculture fish disease has ended.

In the active behavior collection step, when the active behavior collection module 3426 determines that the aquaculture fish disease has ended in the termination confirmation step, the active behavior evaluation module 342b provides information on the active behavior of the person related to the fishery for which the compensation is calculated. This is the collection stage.

The contribution determination step is a step in which the contribution level determination module 3427 identifies the information that the active actions of each person related to aquaculture contributed to the prevention of the spread of aquaculture fish diseases collected in the active action collection step, and outputs the result.

The correction step is a step in which the correction module 3428 corrects the compensation calculated in the active behavior evaluation step according to the contribution of the fisheries related person to the prevention of the spread of aquaculture fish disease determined in the contribution level determination step.

In the virtual currency generation step, the virtual currency unit 35 issues a fish farm coin, a virtual currency that can be used only in the fishery industry, according to the compensation to be paid to the fish farm related person calculated in the compensation calculation step 34, and the fish farm related terminal (1) ), the money generating module 351 exchanges information with the fish farming-related terminal 1 to generate a fishery coin, which is a virtual currency that can be used in the fishery industry, and the compensation information collection module 352 A compensation information collection step of collecting compensation information to be paid to a person related to fish farming calculated in the compensation calculation step, and a fish farm coin, a virtual currency generated in the money generation step, using the compensation information collected by the allocation module 353 An allocation step of allocating a certain amount to a specific fisheries related person, and transmitting the transmission module 354 to the terminal 1 of the fish farming related person of a specific fisheries related person to whom the virtual money farmer allocated in the allocation step should be compensated steps and the like.

In the above, the applicant has described various embodiments of the present invention, but these embodiments are only one embodiment that implements the technical idea of the present invention, and any changes or modifications as long as the technical idea of the present invention is implemented in the present invention should be construed as falling within the scope of

1. Aquaculture related terminal 2: Sensor unit 3: Management server
11: information processing app 21: first sensor unit 22: second sensor unit
31: transceiver 32: disease determination unit 33: alarm unit
34: compensation calculation unit 35: virtual currency unit 36: linked processing unit
37: app management unit 38: storage unit 39: control unit
111: information management unit 112: automatic compensation claim unit 113: smart contract processing unit
211: active sensor 212: passive sensor 341: passive participation module
342: active participation module 351: currency generation module 352: compensation information collection module
353: allocation module 354: transmission module 361: information transmission module
362: information storage module 363: claim confirmation module 113a: request module
113b: confirmation module 113c: contract processing module 113d: payment processing module
342a: post-alarm collection module 342b: active behavior evaluation module 342c: prevention effect evaluation module
3421: shipment determination module 3422: inspection determination module 3423: vaccination evaluation module
3424: antibody generation confirmation module 3425: termination confirmation module 3426: active behavior collection module
3427: contribution determination module 3428: correction module

Claims (10)

a sensor unit for sensing information on farmed fish and transmitting it to a management server; A management server having a compensation calculation unit that analyzes the information output from the sensor unit to determine the participation information of a person related to aquaculture in a cultured fish disease diagnosis and spread prevention activity, and calculates a compensation to be paid to the person related to the aquaculture; A smart support system for disease monitoring in farmed fish characterized by its features. According to claim 1,
The compensation calculation unit analyzes the information output from the sensor unit and determines that the person related to the fish farming does not perform an action that interferes with the operation of the sensor unit. An active participation module for calculating the compensation to be paid to the aquaculture related person when it is determined that the fish farming related person is performing an active action in diagnosing and preventing the spread of disease of aquaculture fish by analyzing the information output from Smart support system for disease monitoring of farmed fish. 3. The method of claim 2,
The smart support system for disease monitoring of farmed fish, characterized in that the reward calculated by the active participation module is greater than the reward calculated by the passive participation module. 4. The method of claim 3,
The active participation module includes a post-alarm collection module that collects information output from the sensor unit after information that a disease has occurred in a specific fish farm is output to a fish farming-related terminal, and a post-alarm collection module by analyzing the information obtained through the An active behavior evaluation module that calculates compensation by determining whether a person related to aquaculture has performed an active action to prevent the spread of disease in farmed fish according to a preset standard A smart support system for disease monitoring of farmed fish, characterized in that it includes a prevention effect evaluation module that detects after the end of the disease of farmed fish and corrects the compensation calculated in the active behavior evaluation module. 5. The method of claim 4,
The active behavior evaluation module analyzes the information obtained through the post-alarm collection module to determine whether farmed fish have not been shipped from a fish farm located within a certain range of a fish farm where a disease has occurred, and a shipment judgment module to calculate compensation; An inspection and judgment module that analyzes the information obtained through the collection module to determine whether the test result using the simple diagnostic kit is output from the fish farm-related terminal located within a certain range of the fish farm where the disease has occurred and calculates compensation; and the collection after the warning A vaccination evaluation module that analyzes the information obtained through the module and calculates compensation by judging whether a vaccine for a disease alerted from a fish farm-related terminal device located within a certain range of a fish farm where the disease has occurred has been inoculated, and the collection after the warning By analyzing the information obtained through the module, it is determined whether the antibody test result for a specific disease using a simple diagnostic kit is output from the fish farm-related terminal located within a certain range of the fish farm where the disease has occurred. A smart support system for disease monitoring of farmed fish, characterized in that it includes an antibody generation confirmation module that recalculates the compensation calculated by the inoculation evaluation module. 6. The method of claim 5,
The prevention effect evaluation module includes a termination confirmation module for determining whether a cultured fish disease has ended by analyzing information output from the sensor unit or a server operated by a department managing a farmed fish disease in the country, and the termination confirmation module includes: When it is determined that the disease has ended, the active behavior collection module collects information on the active behavior of the fisheries-related person whose compensation is calculated by the active behavior evaluation module, and the active behavior pattern for each person related to the fishery collected by the active behavior collection module A contribution determination module that identifies the degree of contribution to the prevention of the spread of fish diseases according to a preset standard and outputs the result, and the active action according to the contribution of a person related to aquaculture to the prevention of the spread of aquaculture fish output from the contribution determination module A smart support system for disease monitoring of farmed fish, characterized in that it includes a correction module for correcting the compensation calculated in the evaluation module. 7. The method of claim 6,
The sensor unit includes a first sensor unit that can check the state of the farmed fish being farmed, and a second sensor unit that can check the movement path of the shipped farmed fish,
The first sensor unit is installed at a specific location and continuously checks the status of farmed fish at regular time intervals and transmits information, and temporarily checks the status of farmed fish by the operation of a business related to aquaculture. A smart support system for disease monitoring of farmed fish, characterized in that it includes a passive sensor that transmits information. 8. The method of claim 7,
The management server further includes a virtual currency for issuing a fish farming coin, which is a virtual currency that can be used only in the fishery industry, according to the compensation to be paid to the person related to the fishery calculated by the compensation calculation unit and transmitting it to the terminal of the person related to the fishery,
The virtual currency unit exchanges information with the aquaculture related terminal to generate a currency generating module that generates a fish farming coin, which is a virtual currency that can be used in the fishery industry, and a reward for collecting compensation information to be paid to the fish farming related person calculated by the compensation calculation unit An information collection module, an allocation module for allocating a certain amount of a fish farming coin, which is a virtual currency generated by the money generating unit, to a specific person related to fish farming using the collected compensation information, and a virtual coin fish farm coin allocated by the allocation module A smart support system for disease monitoring of farmed fish, characterized in that it includes a transmission module to be transmitted to the terminal of a specific fish-related person to be paid. 9. The method of claim 8,
The fish farming-related terminal includes an information processing app that is installed on the fish farm-related terminal and allows information to be exchanged with other fish farming-related terminals and management servers,
The information processing app stores information transmitted from other fish farming-related terminals and management servers in memory, and an information management unit that transmits information generated from one's own fish farming-related terminals to other fisheries-related terminals and management servers, and the information stored in the memory. Analyze and determine the participation information of the fisheries related person in the prevention of disease diagnosis and spread of farmed fish, calculate the compensation to be paid to the person related to the aquaculture, and calculate and pay the fishery coin to be paid to the person related to the farm according to the calculated compensation result A smart support system for disease monitoring of farmed fish, characterized in that it includes an automatic compensation claim unit for transmitting requested information to the management server. 10. The method of claim 9,
The information processing app is a smart contract processing unit that allows transactions between fisheries related parties using fish farming coins to be concluded, and when the transaction is completed, the fish farming coins are transmitted to the other party's fish farm related terminals, and the information of the transaction completion is transmitted to all fish farm related terminals and management servers. further comprising,
The smart contract processing unit includes a request module for outputting information for requesting a transaction using a fish farming coin to another terminal related to aquaculture; A contract processing module that checks whether information and corresponding information match a preset condition and completes the contract upon matching, and when information indicating that the contract has been completed is output to the contract processing module, a fish farming coin is transmitted to the counterpart's fish farming related terminal and the transaction is completed A smart support system for disease monitoring of farmed fish, characterized in that it includes a payment processing module that transmits information to all aquaculture-related terminals and management servers.

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