KR20200094486A - Supporting system for monitoring livestock disease through the compensation support of virtual money - Google Patents

Abstract

The present invention relates to a livestock disease monitoring support system and, more specifically, to a livestock disease monitoring support system through virtual money compensation support, wherein information outputted from a sensor unit is analyzed to identify participation information of livestock-related people in livestock disease diagnosis and prevention activities so as to pay a livestock coin which is a virtual currency which can only be used in the livestock industry, thereby simultaneously promoting the system and the livestock industry.

Description

Supporting system for monitoring livestock disease through the compensation support of virtual money

The present invention relates to a livestock disease monitoring support system, and more specifically, to analyze the information output from the sensor unit to grasp livestock disease related information on livestock disease diagnosis and spread prevention activities, and livestock, a virtual currency that can be used only in the livestock industry. It is about the livestock disease monitoring support system through virtual currency compensation support that can simultaneously promote the system and livestock industry by paying coins.

Due to the reality of livestock farming from small to large scale and livestock farming in a dense breeding environment to improve commerciality, the spread of livestock diseases is rapid and it is inevitable to develop livestock diseases in large areas. It causes monetary damage, and causes problems such as environmental pollution by killing diseased livestock. Therefore, in order to promote stable growth of livestock farms, it is more important than ever to accurately grasp the hygiene status of livestock and to establish appropriate management measures early in the event of disease. Accordingly, as described in the following patent document, a system for analyzing an information output from a CCTV, an infrared sensor, GPS, etc. and confirming the occurrence of a livestock disease has been widely developed.

<Patent Document>

Patent Literature 1: Published Patent Publication No. 10-2014-0013425 (published on Feb. 05, 2014) "Livestock disease monitoring system, livestock disease monitoring server and monitoring method thereof"

Patent Document 2: Published Patent Publication No. 10-2009-0109671 (published Oct. 21, 2009) "How to monitor the health status of remote livestock"

Patent Literature 3: Published Patent Publication No. 10-2014-0115277 (published Sep. 30, 2014) "Early warning system and method for discovering livestock diseases and discovering pregnant animals"

However, in the conventional livestock disease monitoring system, the CCTV, infrared sensor, and GPS device are frequently turned off due to the refusal to disclose private life through exposure to the breeding environment, exposure to the travel route, etc., thereby effectively monitoring the livestock disease monitoring system. Could not operate.

The present invention was made to solve the above problems,

The present invention analyzes the information output from the sensor unit, grasps livestock disease related information for livestock disease diagnosis and spread prevention activities, and provides livestock coins, a virtual currency that can be used only in the livestock industry, thereby simultaneously promoting the system and livestock industry activation. The purpose is to provide a livestock disease monitoring support system through virtual currency compensation support.

In addition, since the present invention can calculate the livestock coin using the information shared by the livestock related terminal and the management server, the livestock related terminal can automatically request it, so it is a virtual currency that can implement the automatic compensation function using the blockchain. The purpose is to provide a system for monitoring livestock diseases through compensation support.

In addition, the present invention provides a livestock disease monitoring support system through virtual currency compensation support that can improve the convenience and security of transactions because the transaction is made using livestock coins in the form of smart contracts by the smart contract processing unit. There is a purpose.

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, the livestock disease monitoring support system through the virtual currency compensation support according to the present invention includes a sensor unit for sensing the information of the livestock and transmitting it to a management server; Includes; a management server for analyzing the information transmitted from the sensor unit, the management server includes a livestock-related terminal and a sensor unit for transmitting and receiving information, and the sensor unit, the information transmitted and output from the transceiver unit By analyzing and analyzing information related to livestock disease related to livestock disease diagnosis and prevention of spread, the compensation calculation government calculates the compensation to be paid to the livestock related person, and the compensation to be paid to the livestock related person calculated by the compensation related government. Accordingly, it is characterized by including a virtual currency issuing virtual money to be sent to the terminal related to livestock.

According to another embodiment of the present invention, in the livestock disease monitoring support system through the virtual currency compensation support according to the present invention, the virtual currency is characterized in that it is a livestock coin that can be used only in the livestock industry.

According to another embodiment of the present invention, in the livestock disease monitoring support system through the virtual currency compensation support according to the present invention, the virtual currency exchange unit exchanges information with animal husbandry related terminals to generate livestock coins, which are virtual currencies that can be used in the livestock industry. The currency generation module, the compensation information collection module for collecting the compensation information to be paid to the livestock related person calculated by the compensation calculation government, and the livestock coin, which is the virtual currency generated in the currency generation module, are collected using the collected compensation information. Characterized in that it comprises an allocation module that allows a certain amount to be allocated to the livestock related person, and a transmission module that allows the livestock coin allocated by the allocation module to be transmitted to the livestock related person terminal of a specific livestock related person to be compensated.

According to another embodiment of the present invention, in the livestock disease monitoring support system through the virtual currency compensation support according to the present invention, the livestock related terminal is installed in the livestock related terminal and exchanges information with other livestock related terminal and management server. It includes an information processing app to enable, the information processing app stores information transmitted from other livestock related terminal and management server in memory and transmits the information generated by own livestock related terminal to other livestock related terminal and management server The information management department and the information stored in the memory analyze the livestock disease diagnosis and prevention of spreading activities to determine the participation information of livestock related persons, calculate the compensation to be paid to the livestock related person, and pay the livestock related person according to the calculated compensation result It is characterized in that it comprises an automatic compensation unit that calculates the livestock coins to be received and sends the information requesting the payment to the management server.

According to another embodiment of the present invention, in the livestock disease monitoring support system through the virtual currency compensation support according to the present invention, the information processing app enables transactions between livestock-related persons using livestock coins to be concluded and the livestock coins are countered when the transaction is completed. It further includes a smart contract processing unit to be transmitted to the livestock-related terminal of the company and to transmit the information of the transaction completion to all livestock-related terminal and the management server, and the smart contract processing unit requests a transaction using the livestock coin to the other livestock-related terminal. A request module for outputting the information to be made, a confirmation module for checking whether the corresponding information corresponding to the requested information is output from the other livestock related terminal, and a contract when matching by checking whether the requested information and the corresponding information match predetermined conditions A contract processing module to be completed and a payment processing module to transmit livestock coins to the counterpart's livestock related terminal when the information on the contract processing module is output, and to send the transaction completion information to all livestock related terminal and management server. It is characterized by including.

According to another embodiment of the present invention, in the livestock disease monitoring support system through the virtual currency compensation support according to the present invention, the compensation calculation unit analyzes information output from the sensor unit, and a livestock person interferes with the operation of the sensor unit. If it is determined that the act is not performed, the passive participation module that calculates the compensation to be paid to the livestock related person, and the livestock related person by analyzing the information output from the sensor part is active in the diagnosis and spread prevention of diseases of livestock diseases It is characterized in that it includes an active participation module that calculates the compensation to be paid to the livestock related person if it is determined that the execution.

According to another embodiment of the present invention, in the livestock disease monitoring support system through the virtual currency compensation support according to the present invention, the compensation calculated by the active participation module is greater than the compensation calculated by the passive participation module. Is done.

According to another embodiment of the present invention, in the livestock disease monitoring support system through the virtual currency compensation support according to the present invention, the active participation module is output after the information that the disease has occurred in a specific farm in the livestock related terminal. Analyzing the information collected through the post-alarm collection module and the post-alarm collection module output from the sensor unit, and determining whether the livestock related person has performed an active action to prevent the spread of livestock diseases according to predetermined criteria and calculate compensation It includes an active behavior evaluation module, and an prevention effect evaluation module that corrects the compensation calculated in the active behavior evaluation module by grasping the extent to which the livestock worker's active behavior has contributed to preventing the spread of livestock diseases after the end of the livestock disease. It is characterized by.

According to another embodiment of the present invention, in the livestock disease monitoring support system through the virtual currency compensation support according to the present invention, the active behavior evaluation module analyzes the information obtained through the post-alarm collection module to identify the farm where the disease occurred. A delivery determination module that calculates compensation by determining whether a farmhouse located within a certain range has not shipped livestock, and a livestock related person of a farmhouse located within a certain range of a farm where a disease has occurred by analyzing the information obtained through the collection module after the alarm. It is characterized in that it comprises a test judgment module for determining whether the test result is output using the simple diagnostic kit from the terminal and calculating the compensation.

According to another embodiment of the present invention, in the livestock disease monitoring support system through the virtual currency compensation support according to the present invention, the prevention effect evaluation module is provided in the sensor unit or a server operated by a department that manages livestock diseases in the country. Collects information on the active behavior of the compensation calculation government officials analyzed by the active behavior evaluation module and the termination confirmation module that analyzes the outputted information to determine whether the livestock disease has ended, and when the termination confirmation module determines that the livestock disease has ended. The active behavior collection module, and the contribution determination module for identifying information that the active behavior for each livestock related person collected by the active behavior collection module contributed to the prevention of the spread of livestock diseases, and outputting the result, and the livestock output from the contribution determination module And a correction module for correcting the compensation calculated in the active behavior evaluation module according to the contribution of the livestock related person to the prevention of disease spread.

According to another embodiment of the present invention, in the livestock disease monitoring support system through the virtual currency compensation support according to the present invention, the sensor unit includes a first sensor unit capable of checking the state of the livestock being raised, and a moving path of the livestock. It includes a second sensor unit that can be checked, and the first sensor unit is installed at a specific location, and at regular intervals, it continuously checks the condition of livestock and transmits information. It characterized in that it comprises a passive sensor for transmitting information by checking the state of the livestock.

According to another embodiment of the present invention, the method for monitoring livestock diseases according to the present invention is characterized by using a system for monitoring livestock diseases through virtual currency compensation support of any one of claims 1 to 11.

According to another embodiment of the present invention, the livestock disease monitoring support method according to the present invention uses a livestock disease monitoring support system through virtual currency compensation support, and the compensation unit analyzes the information output from the sensor unit to diagnose and diagnose livestock diseases. The compensation calculation step of calculating the compensation to be paid to the livestock related person by grasping the participation information of the livestock related person to the proliferation prevention activity, and the virtual currency can be used only in the livestock industry according to the compensation to be paid to the livestock related person calculated in the compensation and calculation step. And a livestock coin generation step of issuing a livestock coin, which is a cryptocurrency that can be transmitted to a livestock related terminal, and the livestock disease monitoring support system through the virtual currency compensation is used by the livestock disease monitoring support system through the virtual currency compensation of paragraph 6. It is characterized by being.

According to the present invention, the following effects can be obtained by the configuration, combination, and use relationship described above with respect to the present embodiment.

The present invention analyzes the information output from the sensor unit, grasps livestock disease related information for livestock disease diagnosis and spread prevention activities, and provides livestock coins, a virtual currency that can be used only in the livestock industry, thereby simultaneously promoting the system and livestock industry activation. There is an effect that can be done.

In addition, since the present invention can calculate the livestock coin using the information shared by the livestock related terminal and the management server, the livestock related terminal can automatically request it, so it has the effect of implementing the automatic compensation function using the blockchain. have.

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

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

Hereinafter, with reference to the accompanying drawings, preferred embodiments of the livestock disease monitoring support system through virtual currency compensation according to the present invention will be described in detail. In the following description of the present invention, when it is determined that a detailed description of known functions or configurations may unnecessarily obscure the subject matter of the present invention, the detailed description will be omitted. Throughout the specification, when a part “includes” a certain component, it means that the component may further include other components, not exclude other components, unless specifically stated to the contrary. Terms such as "... part, ... module" mean a unit that processes at least one function or operation, and may be implemented by hardware or software or a combination of hardware and software.

1 is a block diagram showing the detailed configuration of the management server of FIG. 1, and FIG. 3 is a detailed diagram of the compensation calculation unit of FIG. Figure 4 is a block diagram showing the detailed configuration of the active participation module of Figure 3, Figure 5 is a block diagram showing the detailed configuration of the prevention effect evaluation module of Figure 4, Figure 6 is the virtual currency of Figure 2 Fig. 7 is a block diagram showing the detailed configuration of the information processing app of Fig. 1, and Fig. 9 is a smart diagram of Fig. 8 It is a block diagram showing the detailed structure of the contract processing unit.

When explaining a livestock disease monitoring support system through a virtual currency compensation support according to an embodiment of the present invention with reference to FIGS. 1 and 9, the monitoring support system includes a livestock related terminal (1), a sensor unit (2), and a management server (3) and the like.

The livestock related terminal 1 is a terminal used by a business related to the livestock industry, and exchanges information with other livestock related terminal 1 and the management server 3. The livestock related terminal 1 can be used to exchange information through the Internet and to store electronic information, for example, a PC, server, smartphone, tablet, etc. can be used. For example, the companies related to the livestock industry may include livestock breeding companies, livestock processing companies, livestock distribution companies, livestock transportation companies, and companies providing goods and/or services necessary for livestock raising. . The livestock related terminal and the management server form a private blockchain network so that the setting information and generated information of the monitoring support system can be distributed and stored in the livestock related terminal and management server 3, respectively. The exchange of information through the livestock related terminal 1 is performed by the installed information processing app 11 received from the management server 3, and the information processing app 11 is automatically charged for compensation using a blockchain And smart contracts between livestock related people, which will be described in detail below.

The sensor unit 2 is configured to sense livestock information and transmit it to the livestock-related terminal 1 and/or the management server 3, for example, a first sensor unit capable of confirming the state of livestock being reared ( 21), it may include a second sensor unit 22 and the like to check the movement path of the livestock.

The first sensor unit 21 is installed at a specific location, and at regular intervals, the active sensor 211 continuously checks the condition of the livestock and transmits the information, and temporarily operates the livestock by the operation of a supplier related to the livestock industry. It may include a passive sensor 212 and the like to check the status and transmit the information. The active sensor 211 may be exemplified by a CCTV that is installed in a barn to photograph livestock, an infrared sensor that is installed in a barn to measure the temperature of the livestock, and the passive sensor 212 uses livestock bodily fluid as a sample. Examples include simple diagnostic kits for diagnosing viral diseases such as bird flu and foot and mouth disease. Depending on how the same sensor is used, it may be used as the active sensor 211 and it may be used as the passive sensor 212. The second sensor unit 22 may be, for example, a GPS device attached to a vehicle for moving livestock. The simple diagnostic kit, etc. may have a configuration capable of electronically diagnosing disease and transmitting information, or may transmit information on its own, or information may be transmitted through a livestock related terminal 1 of a person using the simple diagnostic kit. . In addition, the sensor unit 2 may exist in an independent form or may be present as a component in the livestock related terminal 1.

The management server (3) exchanges information with the livestock related terminal (1) and sensor unit (2), grasps livestock disease participation and participation information for livestock disease diagnosis and spread prevention activities, and pays the livestock related person. With the configuration of calculating the compensation, the transmission/reception unit 31, the disease determination unit 32, the alarm unit 33, the compensation calculation unit 34, the virtual currency unit 35, the link processing unit 36, the app management unit 37, It includes a storage unit 38, a control unit 39, and the like.

The transceiver 31 transmits and receives information to the livestock related terminal 1 and the sensor 2, and the like.

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

The alarm unit 33 is configured to generate an alarm signal for disease occurrence in the livestock related terminal 1 associated with the diseased livestock, when the disease determination unit 32 determines that a disease of the livestock has occurred. The alarm unit 33 may exchange information with a server (not shown) operated by a department that manages livestock diseases in the country, and transmit information that the disease has occurred to the server, and information on occurrence of livestock diseases from the server It may be received to generate an alarm signal. The livestock-related terminal (1) associated with the livestock in which the disease occurs is a business operator of a farm that breeds livestock in which the disease occurs, another farmhouse located within a certain distance from the farmhouse, and a farmhouse that breeds the diseased livestock. It means a terminal such as a business that transports, processes and distributes livestock.

The compensation calculation unit 34 analyzes the information output from the sensor unit 2 to grasp the participation information of livestock related persons for the diagnosis and spread prevention of livestock diseases, and calculates the compensation to be paid to the livestock related person. , Passive participation module 341, active participation module 342, and the like. The compensation calculation government 34 classifies the degree of participation of the livestock related person's monitoring support system according to a predetermined standard, and accordingly calculates the compensation to be paid to the livestock related person, and the compensation is, for example, related to the livestock industry. A virtual currency that can be used is mentioned.

The manual participation module 341 analyzes the information output from the sensor unit 2 and determines that the livestock related person does not perform an act that interferes with the operation of the sensor part 2. The compensation to be paid to the livestock related person In 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 (for example, a CCTV or infrared sensor installed in a house) When outputting information for each set period, when a GPS device installed in a vehicle registered to transport livestock continuously outputs information, etc.), livestock workers do not perform an action that interferes with the operation of the sensor unit 2 It can be judged not to.

The active participant module 342 analyzes the information output from the sensor unit 2 and determines that the livestock related person is performing an active action to diagnose and spread the disease of livestock diseases. As a configuration for calculating compensation, it includes a collection module after an alert 342a, an active behavior evaluation module 342b, and an prevention effect evaluation module 342c.

After the warning, the collecting module 342a is output by the alarm unit 33 to the livestock related terminal 1, after information indicating that a disease has occurred in a specific farm, is output from the sensor unit 2, and then stored in the storage unit ( 38).

The active behavior evaluation module 342b analyzes the information obtained through the post-alarm collection module 342a to determine whether the livestock related person has performed an active action to prevent the spread of livestock diseases according to a predetermined criterion and calculates compensation. In a configuration, it includes a shipping judgment module 3421, an inspection judgment module 3342, and the like.

The shipment determination module 3421 analyzes the information obtained through the alert collection module 342a to determine whether a farmhouse located within a certain range of a farm where a disease has occurred has not shipped livestock (for example, CCTV installed on a farmhouse) It is possible to confirm the fact of shipment through the video) Calculate the compensation.

The inspection determination module 3342 analyzes the information obtained through the alert collection module 342a, and the inspection result using the simple diagnosis kit from the farming-related terminal 1 of the farmhouse located within a certain range of the farm where the disease occurred It judges whether it has been output and calculates the compensation.

The prevention effect evaluation module 342c is configured to correct the compensation calculated by the active behavior evaluation module 342b by grasping the extent to which the livestock worker's active behavior contributed to the prevention of the spread of livestock diseases after the end of the livestock disease, It includes a termination confirmation module 3423, an active behavior collection module 3424, a contribution determination module 3425, and a correction module 3426.

The termination confirmation module 3423 analyzes information output from the sensor unit 2 or a server operated by a department that manages livestock diseases in the country to determine whether the livestock diseases have ended. For example, when a livestock does not show a behavior for a certain period of time or maintains a certain body temperature through a CCTV image, an infrared sensor, etc. installed in a farmhouse, and when the server outputs information that the occurrence of a specific livestock disease has ended, the livestock disease It can be judged as finished.

The active behavior collection module 3424 collects information on active behaviors of compensation compensation government officials analyzed and stored by the active behavior evaluation module 342b when the termination confirmation module 3423 determines that the livestock disease has ended. do.

The contribution determination module 3425 is configured to identify information that has been contributed to the prevention of the spread of livestock diseases by the active behaviors of livestock related persons collected by the active behavior collection module 3424 and output the result. For example, even if the same active behavior is performed early, the contribution is greater, and the farmhouse B where the livestock originated is located 100m south of the farm, the farmhouse C is 100m north of the farmland, and all farm animals are shipped after the B and C farmhouse warnings. If there is no disease in the farmhouse more than 100m south of farm A and no disease occurs in farmhouse more than 100m north of farm A, farmer C is considered to have a greater contribution to preventing the spread of livestock disease than farm B can do.

The correction module 3426 is configured to modify the compensation calculated by the active behavior evaluation module 342b according to the contribution of the livestock related person to the prevention of the spread of livestock diseases output from the contribution determination module 3425. For example, the active behavior evaluation module evaluated 100 as a reward for the active behavior of livestock related person A, and the active behavior evaluation module evaluated 50 as a compensation for the active behavior of livestock related person B, and the contribution determination module 3425 If A has a contribution of 1 and B has a contribution of 2, the correction module 3426 calculates 100 as compensation to be paid to livestock related person A, and calculates 100 as compensation to be paid to livestock related person B. Even if a surveillance support system including a livestock related terminal (1), a sensor unit (2), a management server (3), etc. is established, CCTV, infrared light, etc. Since the sensor and the GPS device are frequently turned off, the information output from the sensor unit 2 is analyzed to activate the monitoring support system, and information related to the monitoring support system of livestock related persons is identified to compensate. By doing this, it is possible to promote the activation of the monitoring support system. In addition, the degree of participation of the livestock-related monitoring support system can be classified differently according to predetermined criteria, and the compensation for active participants is greater than the compensation for passive participants, thereby inducing active participation to further activate the system. In addition, although compensation is paid only by the active action itself, it is possible to determine the contribution of prevention of vaginal proliferation for each active action of livestock workers, so that if there are many contributions, more compensation is paid so that fair compensation can be made.

The virtual currency unit 35 is configured to issue livestock coins, which are virtual currency that can be used only in the livestock industry, and send them to the livestock related terminal 1 according to the compensation to be paid to the livestock related person calculated by the compensation and calculation government 34. , 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 livestock industry.

The currency generation module 351 is a component that exchanges information with the livestock related terminal 1 to generate livestock coins, which are virtual currencies that can be used in the livestock industry. Since the livestock coin must be used in the livestock industry, according to the established contract relationship with the operator of this system (operated by the management server) and the livestock related person, the operator is a cryptocurrency that can receive goods and services of the livestock related person in a contract relationship. The currency generation module 351 exchanges information with the livestock related terminal 1 to generate livestock coins, which are virtual currencies.

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

The allocation module 353 allows the livestock coin, which is the virtual currency generated by the money generating unit 351, to be allocated to a specific livestock related person by using the collected compensation information. In the case of high participation in the system, more livestock coins are allocated, and even in the same active action, more livestock coins are allocated when the contribution to the prevention of disease spread is large.

The transmission module 354 is configured to allow the virtual currency livestock coin allocated by the allocation module 353 to be transmitted to the livestock related terminal 1 of a specific livestock related person to be compensated. The livestock related person paid through the livestock related person terminal 1 can be presented to the livestock related person to whom the use contract of the livestock coin is concluded, and can receive products and/or services related to the livestock industry. The present invention analyzes the information output from the sensor unit, grasps the degree of participation of the livestock related person's surveillance support system, and pays compensation accordingly, by providing livestock coins, a virtual currency that can be used only in the livestock industry, to monitor the livestock support system and livestock. Industry revitalization can be promoted simultaneously.

The linkage processing unit 36 is configured to control the livestock related terminal 1 and the management server 3 to exchange information. Necessary setting information for operating the monitoring 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 livestock related terminal, and collects the information generated by the livestock related terminal 1 to the storage unit 38. When the information storage module 362 for storing and information for requesting a claim for livestock coins are output from the livestock related terminal 1, the livestock related person is controlled by controlling the compensation calculation unit 34 and the virtual currency unit 35 It includes a claim confirmation module 363 to determine the legality of the information output from the terminal 1 and allow the livestock coin to be paid by the livestock related terminal 1 when the legality is recognized. For example, when the information requesting payment of livestock coin 100 is output from the livestock related terminal A, the claim confirmation module 363 controls the compensation calculation government 34 and the virtual currency unit 35 to control the livestock related terminal A It is checked whether the livestock coin 100 should be paid to the livestock coin 100, and if so, the livestock coin 100 is paid to the livestock related terminal A. Since the livestock-related terminal 1 and the management server 3 form a network, the linkage processing unit 36 sets 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 by the management server 3 are distributed to each livestock related terminal 1, as well as the storage 38 of the management server 3, respectively, and the livestock related terminal The information generated in (1) can be distributedly stored in the storage unit 38 as well. That is, the monitoring support system is capable of forming a block containing configuration and generation information, and allowing the block to be transmitted to livestock related terminal 1 and a management server in a network to be distributed and stored on the blockchain.

The app management unit 37 is installed in the livestock related terminal (1), the other livestock related terminal 1 and the management server (3) to exchange information with the signal requesting the download of the information processing app is output In this case, it is controlled so that the information processing app can be installed on the livestock related terminal 1. The information processing app 11 is installed in the livestock related terminal 1, and is configured to exchange information with other livestock related terminal 1 and the management server 3, the information management unit 111, compensation automatic It includes a billing unit 112, a smart contract processing unit 113, and the like.

The information management unit 111 stores information transmitted from the other livestock related terminal 1 and the management server 3 in a memory (not shown) of the livestock related terminal 1 and generates it in its own livestock related terminal 1 It is a configuration that transmits the information to the other livestock related terminal 1 and the management server (3).

The automatic compensation claim unit 112 analyzes the information stored in the memory, grasps the information related to livestock disease related to livestock disease diagnosis and spread prevention, calculates the compensation to be paid to the livestock related person, and calculates the compensation result According to this, the livestock related person calculates livestock coins to be paid and controls the information to be requested to be transmitted to the management server 3. Since the necessary setting information for operating the monitoring support system, the generated information generated by the management server, and the information output by the sensor unit 2 are stored in the memory, the automatic compensation claim unit 112 uses the livestock coin using this. Will automatically charge. The automatic compensation 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 the currency of the virtual currency unit 35) Excluding), that is, the automatic compensation unit 112, the compensation calculation unit 34 and the virtual currency unit 35 (however, the currency generation module 351 and the transmission module 354) Excluding), it calculates livestock coins to be paid by a certain livestock related person, including those that perform the same functions as the detailed structure. Therefore, since the livestock related terminal 1 and the management server 3 calculate livestock coins by the same determination method for the same data, the livestock related terminal 1 automatically charges the amount of livestock coins and the management server ( The amount of livestock coins calculated in 3) will be the same. The livestock related terminal can calculate and automatically request livestock coins using information shared with livestock related terminals and management servers, so the monitoring support system can implement an automatic compensation function using blockchain. The livestock related person can automatically calculate and claim the compensation beyond the manual acceptance of the result of the compensation calculated by the management server 3, so that the profits of the livestock related person can be prevented from being damaged.

The smart contract processing unit 113 allows transactions between livestock related persons using livestock coins to be concluded, and when the transaction is completed, the livestock coins are transmitted to the other person's livestock related terminal 1, and the information on the completion of the transaction is transmitted to all livestock related terminals 1 ) And the management server (3). The smart contract processing unit 113 is a request module 113a for outputting information for requesting a transaction using livestock coins to the other livestock related terminal 1, and information corresponding to the request information from the other livestock related terminal 1 A confirmation module (113b) for checking whether the output, and the contract processing module (113c) and the contract processing module (113c) to ensure that the contract is completed upon matching by checking whether the request information and the corresponding information match the preset conditions. When outputting the information that the contract is completed, the payment processing module 113d, etc., which transmits livestock coins to the counterpart's livestock related terminal 1, and transmits the transaction completion information to all the livestock related terminal 1 and the management server 3, etc. Includes. For example, a contract for feed delivery between a livestock farm and a feed supplier is automatically processed by the smart contract processing unit 113 so that the livestock farm's livestock coins are sent to the feed supplier and the information on the completion of the transaction is the rest of the livestock related terminal. (1) and sent to the management server (3), it is possible for the feed supplier to use the livestock coin. In the present invention, since the transaction using the livestock coin is performed in the form of a smart contract by the smart contract processing unit 113, it is possible to improve the convenience and security of the transaction.

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

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

Another embodiment of the present invention includes a livestock disease monitoring support method using the livestock disease monitoring support system through the virtual currency compensation support. The animal disease monitoring support method using the animal disease monitoring support system through the virtual currency compensation support includes a disease determination step in which the disease determination unit 32 determines whether the animal is diseased by checking the information transmitted from the sensor unit 2 In the case of determining that a disease of a livestock occurred in the disease determination step, the warning step generates a warning signal of a disease occurrence in the livestock related terminal 1 associated with the diseased livestock, and a compensation section 34. Compensation calculation step to analyze the information output from the sensor unit 2 to grasp the information related to livestock disease related to livestock disease and spread prevention activities to calculate the compensation to be paid to the livestock related person, and the virtual currency unit 35 And a virtual currency generation step for issuing a livestock coin, which is a virtual currency that can be used only in the livestock industry, and transmitting it to the livestock related terminal 1 according to the compensation to be paid to the livestock related person calculated in the compensation calculation step 34.

In the compensation calculation step, the compensation unit 34 analyzes the information output from the sensor unit 2 to grasp the information related to livestock disease related to livestock disease diagnosis and spread prevention, and calculates compensation to be paid to the livestock related person. The steps include passive participation judgment, active participation judgment, and so on.

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 livestock related person does not perform an act that interferes with the operation of the sensor unit 2, the manual participation module is informed to the livestock related person. Calculate the compensation to be paid.

In the active participation plate step, if the active participation module 342 analyzes the information output from the sensor unit 2 and determines that a livestock related person is performing an active action to diagnose and prevent the spread of diseases of livestock diseases, the livestock This is a step to calculate the compensation to be paid to the related person, and includes the post-alarm collection phase, the active behavior evaluation phase, and the prevention effectiveness evaluation phase.

In the post-alarm collection step, after the alarm collection module 342a outputs information that a disease has occurred in a specific farm to the livestock-related terminal 1 in the alarm step, it is output and stored in the sensor unit 2 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-alarm collection step to determine whether the livestock related person has performed an active action to prevent the spread of livestock diseases according to predetermined criteria and calculates compensation. It is a step.

In the prevention effect evaluation step, the prevention effect evaluation module 342c determines the degree to which the livestock worker's active behavior contributed to the prevention of the spread of livestock diseases after the end of the livestock disease and corrects the compensation calculated in the active behavior evaluation step. It includes the final confirmation step, the active action collection step, the contribution determination step, and the correction step.

The termination confirmation step is a step in which the termination confirmation module 3423 analyzes information output from the sensor unit 2 or a server operated by a department that manages livestock diseases in the country to determine whether the livestock diseases have ended.

In the active behavior collecting step, when the active behavior collecting module 3424 determines that the livestock disease has ended in the termination confirmation step, the active behavior evaluation module 342b analyzes and stores information about the active behavior of the compensation calculation related person. It is a step to collect.

The contribution determination step is a step in which the contribution determination module 3425 grasps information on the active behaviors of livestock-related persons collected in the active behavior collection step to prevent the spread of livestock diseases and outputs the result.

The correcting step is a step in which the correcting module 3426 corrects the compensation calculated in the active behavior evaluation step according to the contribution of the livestock related person to the prevention of the spread of livestock diseases determined in the contribution determining step.

In the virtual currency generation step, the virtual money unit 35 issues a livestock coin, which is a virtual currency that can be used only in the livestock industry, according to the compensation to be paid to the livestock related person calculated in the compensation calculation step 34, and the livestock related terminal 1 In the step of transmitting, the currency generation module 351 exchanges information with the livestock related terminal 1 to generate a livestock coin, which is a virtual currency that can be used in the livestock industry, and the reward information collection module 352 A livestock coin, which is a virtual currency generated in the currency generation step, using the reward information collecting step of collecting the reward information to be paid to the livestock related person calculated in the reward calculation step, and the reward information collected by the allocation module 353 is a specific livestock. Allocation step to allocate a certain amount to the relevant person, and a transmission step in which the transmission module 354 transmits the virtualized livestock coin allocated in the assignment step to the livestock related person terminal 1 of a specific livestock related person to be compensated. It includes.

In the above, the applicant has described various embodiments of the present invention, but these embodiments are only one embodiment of implementing the technical idea of the present invention, and any modification or modification example of the invention as long as the technical idea of the present invention is implemented It should be interpreted as being within the scope of.

1. Livestock related terminal 2: Sensor part 3: Management server
11: Information processing app 21: First sensor unit 22: Second sensor unit
31: transmitting and receiving unit 32: disease determination unit 33: alarm unit
34: Compensation Computing Government 35: Virtual Currency 36: Linked Processing
37: App management unit 38: Storage unit 39: Control unit
111: information management unit 112: automatic compensation claim 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: assignment module 354: transmission module 361: information transmission module
362: information storage module 363: claim verification 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: shipping judgment module 3422: inspection judgment module 3423: termination confirmation module
3424: active behavior collection module 3425: contribution determination module 3426: correction module

Claims (13)

A sensor unit for sensing livestock information and transmitting it to a management server; Includes; management server for analyzing the information transmitted from the sensor unit,
The management server transmits and receives information to the livestock related terminal and sensor unit, and analyzes the information transmitted from the transmit and receive unit from the sensor unit to analyze livestock disease participation and participation information for livestock disease diagnosis and spread prevention activities. Compensation calculation unit to grasp and calculate the compensation to be paid to the livestock related person, and a virtual currency issued to the livestock related terminal to issue a virtual currency according to the compensation to be paid to the livestock related person calculated by the compensation related government Livestock disease monitoring support system through virtual currency compensation support, characterized in that. The method of claim 1, wherein the virtual currency
Livestock disease monitoring support system through virtual currency compensation support, which is a livestock coin that can be used only in the livestock industry. The method of claim 2, wherein the virtual currency is
A currency generation module that exchanges information with livestock related terminals to generate livestock coins, which can be used in the livestock industry, and a collection of compensation information to collect compensation information to be paid to livestock related persons calculated by the compensation and calculation government, and collect Allocation module that allows a certain amount of livestock coins, which are virtual currencies generated by the money generation module, to be allocated to a certain livestock related person by using the reward information, and specific livestock to be compensated by the virtual currency livestock coin allocated by the allocation module Livestock disease monitoring support system through a virtual currency compensation support, characterized in that it comprises a transmission module to be transmitted to the related animal husbandry terminal. According to claim 3,
The livestock related terminal is installed in the livestock related terminal, and includes an information processing app to exchange information with other livestock related terminal and management server,
The information processing app stores the information transmitted from the other livestock related terminal and management server in memory, and the information management unit that transmits the information generated by the livestock related terminal to other livestock related terminal and management server, and the information stored in the memory. Analyze the livestock disease diagnosis and spread prevention activities to find out the information related to livestock related people, calculate the compensation to be paid to the livestock related person, calculate the livestock coin to be paid by the livestock related person based on the calculated compensation result, and request the payment. Livestock disease monitoring support system through a virtual currency compensation support, characterized in that it includes an automatic compensation unit to transmit the information to the management server. According to claim 4,
The information processing app is a smart contract processing unit that allows transactions between livestock-related persons using livestock coins to be concluded, and that when the transaction is completed, livestock coins are transmitted to the other person's livestock related terminal, and information on the completion of the transaction is transmitted to all livestock related terminals and management servers. In addition,
The smart contract processing unit includes a request module for outputting information requesting a transaction using livestock coins to the other livestock related terminal, a confirmation module for checking whether corresponding information corresponding to the request information is output from the other livestock related terminal, and the request A contract processing module that checks whether the information and the corresponding information match the preset conditions to complete the contract upon matching, and sends the livestock coin to the counterpart's livestock related terminal when the information on the contract processing module is output. Livestock disease monitoring support system through virtual currency compensation support, characterized in that it comprises a payment processing module for transmitting information to all livestock related terminal and management server. The method of claim 3, wherein the compensation calculation
A manual participation module that calculates the compensation to be paid to the livestock related person when analyzing the information output from the sensor part and determines that the livestock related person does not perform an act that interferes with the operation of the sensor part, and the information output from the sensor part Analyzing the analysis, it is determined that the livestock related person performs an active action to diagnose and prevent the spread of diseases of livestock diseases. Support for virtual currency compensation, comprising an active participation module that calculates the compensation to be paid to the livestock related person. Livestock disease monitoring support system through. The method of claim 6,
Livestock disease monitoring support system through virtual currency compensation support, characterized in that the compensation calculated by the active participation module is greater than the compensation calculated by the passive participation module. The method of claim 7, wherein the active participation module
After the information on the occurrence of a disease in a specific farm is output to the livestock related terminal, the post-alarm collection module output from the sensor unit and the information obtained through the post-alarm collection module are analyzed and the livestock related person is set according to a predetermined standard. The active action evaluation module determines the compensation by determining whether A has performed an active action to prevent the spread of livestock diseases, and determines the extent to which the active actions of the livestock worker contributed to the prevention of the spread of livestock diseases after the end of the livestock disease. Livestock disease monitoring support system through virtual currency compensation support, characterized in that it comprises a prevention effect evaluation module to modify the compensation calculated in the behavior evaluation module. The method of claim 8, wherein the active behavior evaluation module
Analyzing the information obtained through the post-alarm collection module to determine whether the farmer located within a certain range of the farm where the disease occurred has not shipped livestock, and determines the compensation by calculating the shipping determination module and the information obtained through the post-alarm collection module. Through the virtual currency compensation support, it includes an inspection judgment module that determines whether the test results using the simple diagnosis kit are output from the livestock related terminal of the farm located within a certain range of the farm where the disease occurred and calculates the compensation. Livestock disease monitoring support system. The method of claim 8, wherein the prevention effect evaluation module
The sensor unit or a termination confirmation module that analyzes information output from a server operated by a department that manages livestock diseases in the country to determine whether the livestock disease has ended, and the active action when the termination confirmation module determines that the livestock disease has ended. The active action collection module collects information on the active actions of the compensation calculation government officials analyzed by the evaluation module, and the active action by livestock related persons collected by the active action collection module identifies information that contributed to the prevention of the spread of livestock diseases. And a correction module for outputting a result and a correction module for correcting the compensation calculated in the active behavior evaluation module according to the contribution of a livestock related person to prevent the spread of livestock diseases output from the contribution determination module. Livestock disease monitoring support system through virtual currency compensation support. The method of claim 10,
The sensor unit includes a first sensor unit to check the state of the livestock being raised, and a second sensor unit to check the movement path of the livestock,
The first sensor unit is installed at a specific location, and at regular intervals, an active sensor that continuously checks the condition of the livestock and transmits the information, and temporarily checks the condition of the livestock by the operation of a supplier related to the livestock industry and transmits the information Livestock disease monitoring support system through virtual currency compensation support, characterized in that it comprises a passive sensor. A method for supporting livestock diseases monitoring, characterized by using a livestock disease monitoring support system through any one of claims 1 to 11 for compensation of virtual currency. In the method for monitoring livestock diseases using a livestock disease monitoring support system through virtual currency compensation support,
The livestock disease monitoring support method comprises a compensation calculation step of calculating the compensation to be paid to the livestock related person by grasping the information of the livestock related person for the livestock disease diagnosis and spread prevention activity by analyzing the information output from the sensor unit of the compensation unit, The virtual currency generation step includes a virtual currency generation step of issuing a livestock coin, a virtual currency that can be used only in the livestock industry, and transmitting it to the livestock related terminal according to the compensation to be paid to the livestock related person calculated in the compensation calculation step.
Livestock disease monitoring support system through the virtual currency compensation, characterized in that the livestock disease monitoring support system through the virtual currency compensation of claim 6 is used.

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