KR102197494B1 - IOT-based Vehicle Anti-virus control system - Google Patents

Abstract

The present invention relates to an IoT-based vehicle quarantine control system. According to the present invention, a vehicle sterilizer is installed at vehicle sterilization centers (vehicle sterilizers) installed at regional bases, feed companies, cattle markets, slaughterhouses, and so on so that livestock-related vehicles can be sterilized regularly. In addition, the vehicle numbers of members are registered so that automatic recognition and access control can be performed for each visit. Further, group setting by a group leader is performed so that vehicles in each group can be managed computationally. As a result, infectious diseases can be prevented by means of the IoT-based vehicle quarantine control system. According to the present invention, the vehicle sterilizer is pre-installed at the regional bases, feed companies, cattle markets, slaughterhouses, and so on and an IoT-type LPR (100) and a vehicle blocker (200) are installed at the livestock-related vehicle sterilization center where the vehicle sterilizer is to be installed. As a result, whether the vehicles have been sterilized is managed with regard to the entering vehicles, the livestock-related vehicles can be regularly sterilized based on the data, and contagious disease transmission via the vehicles can be forestalled.

Description

IOT-based Vehicle Anti-virus control system

The present invention relates to an IoT-based vehicle quarantine control system, and in more detail, vehicle sterilizers are installed and configured in vehicle sterilization centers (vehicle sterilizers) installed at each regional base, feed company, cattle market, slaughterhouse, etc. It is sterilized, and the vehicle number of members is registered so that access control can be performed by automatically recognizing each time they visit, and a group is set up by the group leader so that a plurality of vehicles included in the group can be electronically managed. By doing so, it relates to an IoT-based vehicle quarantine control system that can prevent infectious diseases in advance.

Livestock infectious diseases such as mad cow disease, foot-and-mouth disease, and bird flu are affecting the safety of not only animals but also people around the world, and social and economic damages in the event of a livestock epidemic have reached a situation where it cannot be estimated.

This has spread to the situation of national disaster, leading to a situation that could cause not only economic damage, but also mental damage to livestock farms and related people.In the case of Korea, foot-and-mouth disease spread nationwide, resulting in secondary leachate caused by livestock burial. The situation was spreading to environmental pollution.

As the scale of livestock rearing increases and is grouped, the scale of damage caused by livestock diseases is expected to increase. In particular, with the trend of increasing livestock imports from overseas, it is necessary to establish a systematic quarantine system.

In addition, as the cause of foot-and-mouth disease is found to be a livestock farmer who has traveled to countries at risk of foot-and-mouth disease, the need to expand the area of quarantine by strengthening border quarantine as well as domestic quarantine has emerged.

In this way, in order to expand to domestic quarantine and border quarantine to perform prevention, forecasting, diagnosis, control, and follow-up management, a system that can systematically manage and prevent all processing by digitalizing it is necessary.

Meanwhile, animal disease and health management are recognized as important matters for realizing a safe society, and are emerging as an important issue in the aspect of animal welfare.

As a conventional disease management measure, for example, when a suspected foot-and-mouth disease report is received, a quarantine officer conducts an investigation, and when a positive decision is made, intercept and quarantine is performed.

After investigating the veterinarians, feed car drivers, manure car drivers, livestock transport vehicles, collection vehicles, artificial insemination workers, quarantine agents, and consultants who visited the house for a certain period before the judgment, and investigated which house they visited after that. Block quarantine or killing will be carried out for the houses that have been visited.

However, at this stage of investigation, it has a factor that can cause failure in accurate blocking and quarantine by relying on poor records or memories of the livestock house manager and the person who visited the house.

In fact, it was found that foot-and-mouth disease caused by the aft was spread by vehicles and widely spread by feed cars used by these affected farms.

Therefore, there is a limit to taking a quarantine policy depending on the passive recording or memory of the livestock house manager or the person entering and exiting.

Accordingly, the government is compulsory to register 300,000 livestock officials and vehicles, and is preparing measures to regularly sterilize vehicles.

However, it is difficult for the government or local governments in charge of livestock to determine whether 300,000 livestock officials and vehicles have been sterilized regularly and encourage sterilization.

Therefore, the present invention was disclosed in order to facilitate tasks such as dunning the vehicle that has not been sterilized or imposing a penalty for prohibiting movement by automatically collecting and managing information on vehicles subjected to sterilization by digitalizing the vehicle sterilization center based on IOT. will be.

Usually, congratulatory officials may be bothered to actively record visits on a regular basis, and if they are busy, there is also a possibility that they will forget and not record.

(Utility model registration document) KR 0220372 (2001.04.16)

The present invention was invented to solve the above problems, and an object of the present invention is to install a vehicle sterilizer for each local base or feed company, cattle market, slaughterhouse, etc., or in a vehicle sterilization center related to livestock to be installed in the future. ) And vehicle blocker 200 to manage vehicle sterilization for vehicles entering and exiting, and to regularly sterilize livestock related vehicles based on this data.

Another object of the present invention is to register the vehicle numbers of members so that they can automatically recognize and control access each time they visit, and by setting up a group by the group leader, it is possible to calculate whether or not to sterilize a vehicle for a plurality of vehicles included in the group. It is intended to encourage sterilization by efficiently managing tasks such as encouraging vehicle sterilization to owners who have not sterilized during the sterilization period or imposing a fine for sterilization by allowing them to be managed independently.

In order to achieve the problem to be solved by the present invention,

IoT-based vehicle quarantine control system according to an embodiment of the present invention,

When a vehicle is detected by the vehicle detection sensor, the vehicle detection signal is provided to the vehicle number recognition engine, and when a control signal is received through the vehicle number recognition engine, a photo is taken including the vehicle number by the camera. , IoT-type LPR (100) for providing the photographed image to the vehicle number recognition engine,

A vehicle breaker 200 installed and configured around the IoT-type LPR 100 and controlling vehicle entry according to a breaker open signal provided from the vehicle number recognition engine,

After acquiring an image including the vehicle number from the IoT-type LPR (100), accessing the quarantine management server by recognizing the vehicle number of the vehicle, and checking information on whether the registered vehicle is a registered vehicle, the vehicle blocker 200 Provides a breaker open signal, generates detailed vehicle information and provides it to the quarantine management server and control terminal, and in the case of unregistered vehicles, the vehicle number information is provided to the quarantine management server so that it can be transmitted to a smartphone. Vehicle number recognition engine 300 for providing a circuit breaker open signal to the vehicle circuit breaker 200 when obtaining a circuit breaker open signal from

A quarantine management server 400 for transmitting detailed vehicle information provided by the vehicle number recognition engine to a smartphone of a person concerned,

By including a control terminal 500 for registering a vehicle and setting a group to control access and granting a group authority, the subject of the present invention is solved.

IoT-based vehicle quarantine control system according to the present invention,

Vehicle sterilizers are installed at each local base or feed company, cattle market, slaughterhouse, etc., or IoT-type LPR (100) and vehicle blocker (200) are installed in vehicle sterilization centers related to livestock that will be installed in the future to determine whether vehicles are sterilized. By managing and regularly sterilizing livestock related vehicles based on this data, it is possible to prevent infectious diseases from being transmitted through vehicles in advance.

In addition, the vehicle number of members is registered so that access control can be performed by automatically recognizing each visit, and a group is set up by the group leader, and the vehicle sterilization of a plurality of vehicles included in the group can be electronically managed. This provides the effect of encouraging sterilization by efficiently managing tasks such as encouraging vehicle sterilization to owners who have not sterilized during the sterilization period or imposing a fine for sterilization with the minimum number of personnel.

1 is an overall configuration diagram of an IoT-based vehicle quarantine control system according to an embodiment of the present invention, FIG. 2 is a block diagram of an IoT-type LPR 100, and FIG. 3 is a block diagram of a vehicle number recognition engine 300 4 is a block diagram of the quarantine management server 400, FIG. 5 is a block diagram of the control terminal 500, FIGS. 6 to 7 are user management page screens, and FIG. 8 is a user detailed view and modification screen, 9 is a gate management screen, FIG. 10 is a smartphone application login screen, FIG. 11 is a disinfection confirmation certificate issuance screen, FIG. 12 is a home screen, FIG. 13 is a vehicle access management screen, and FIG. 14 is a disinfection confirmation certificate issuance details. 15 is a screen, and FIG. 15 is a home screen for a smartphone application, and FIG. 16 is an exemplary view showing a disinfection confirmation certificate output screen on the smartphone application.

Hereinafter, the configuration of the IoT-based vehicle quarantine control system of the present invention will be described in detail according to embodiments with reference to the accompanying drawings.

The present inventor IoT-based vehicle quarantine control system,

When a vehicle is detected by the vehicle detection sensor, the vehicle detection signal is provided to the vehicle number recognition engine, and when a control signal is received through the vehicle number recognition engine, a photo is taken including the vehicle number by the camera. , IoT-type LPR (100) for providing the photographed image to the vehicle number recognition engine,

A vehicle breaker 200 installed and configured around the IoT-type LPR 100 and controlling vehicle entry according to a breaker open signal provided from the vehicle number recognition engine,

After acquiring an image including the vehicle number from the IoT-type LPR (100), accessing the quarantine management server by recognizing the vehicle number of the vehicle, and checking information on whether the registered vehicle is a registered vehicle, the vehicle blocker 200 Provides a breaker open signal, generates detailed vehicle information and provides it to the quarantine management server and control terminal,

In the case of an unregistered vehicle, the vehicle number information of the vehicle is provided to the quarantine management server so that it can be transmitted to a smartphone, and a vehicle for providing a circuit breaker open signal to the vehicle circuit breaker 200 when a circuit breaker open signal is obtained from the smartphone. Number recognition engine (300) and,

A quarantine management server 400 for transmitting detailed vehicle information provided by the vehicle number recognition engine to a smartphone of a person concerned,

It is characterized in that it is configured to include a control terminal 500 for registering a vehicle and setting a group to control access and granting group authority.

At this time, the vehicle number recognition engine 300,

A vehicle number recognition unit 310 for acquiring an image including a vehicle number from the IoT-type LPR 100 to recognize the vehicle number of the vehicle; And

A registered vehicle availability check unit 320 for accessing the quarantine management server to obtain information on whether a registered vehicle is a registered vehicle with respect to the recognized vehicle number; And

As a result of the confirmation, in the case of a registered vehicle, a breaker open processing unit 330 for transmitting a breaker open signal to the vehicle breaker; And

A vehicle detailed information generation processing unit 340 for generating detailed vehicle information including date of visit, vehicle number, vehicle affiliation, vehicle usage, driver, contact information, and address of the vehicle and providing it to a quarantine management server and a control terminal;

In the case of an unregistered vehicle, vehicle number information is provided to the quarantine management server so that it can be transmitted to a smartphone, and when a circuit breaker open signal is obtained from a smartphone, the vehicle breaker 200 is not registered to provide a breaker open signal. Vehicle processing unit 350; characterized in that it is configured to include.

At this time, the quarantine management server 400,

Vehicle detailed information storage processing unit 410 for obtaining detailed vehicle information provided by the vehicle number recognition engine and storing it in the quarantine management DB; And

The quarantine management DB 420 storing the detailed vehicle information, vehicle registration information, and manager information; And

Vehicle detailed information transmission processing unit 430 for transmitting detailed vehicle information to the smartphone 2000 stored in the manager information; And

A breaker open signal transmission processing unit 440 for transmitting a breaker open signal to the vehicle number recognition engine 300 when acquiring a breaker open signal for an unregistered vehicle from the smartphone 2000; And

When obtaining disinfection certificate issuance information from a smartphone, the approval request information is transmitted to the control terminal, and when approval acceptance information is obtained from the control terminal, a disinfection certificate is issued. A disinfection certificate is issued to transmit printing information to the printer or the vehicle owner's smartphone. It characterized in that it is configured to include; processing unit 450.

At this time, the control terminal 500,

Authorization information acquisition unit 510 for obtaining authorization information from the administrator terminal; And

A group setting unit 520 for setting a group for registered vehicles; And

A breaker automatic open setting unit 530 for setting whether or not to automatically open a breaker for the set group; and

An administrator smartphone setting unit 540 for setting smartphones 2000 of an administrator who can access the quarantine management DB 420; And

In the case of acquiring the disinfection certificate approval request information from the smartphone 2000 of any one manager, the disinfection certificate approval processing unit 550 for generating the approval acceptance information and transmitting it to the quarantine management server 400; It is characterized by being.

1 is an overall configuration diagram of an IoT-based vehicle quarantine control system according to an embodiment of the present invention.

As shown in Figure 1, the present inventor IoT-based vehicle quarantine control system, IoT-type LPR (100), vehicle blocker 200, vehicle number recognition engine 300, and quarantine management server 400 Wow, it is configured to include the control terminal 500 and the manager's smartphone 2000.

As described above, the system of the present invention includes an IoT-type LPR 100, a vehicle breaker 200, a vehicle number recognition engine 300, a quarantine management server 400, a control terminal 500, and a manager. The smart phone 2000 is connected to the network to enable mutual data exchange.

Specifically, when a vehicle is detected by a vehicle detection sensor, the IoT-type LPR 100 provides a vehicle detection signal to the vehicle number recognition engine, and when a control signal is received through the vehicle number recognition engine, the vehicle After taking a picture including the vehicle number of, it performs a function of providing the photographed image to the vehicle number recognition engine.

To this end, when a vehicle is detected by the vehicle detection sensor 150, a vehicle detection signal providing unit 110 for providing a vehicle detection signal to the vehicle number recognition engine; And

A camera operation processing unit 120 for providing a photographic signal to the camera when a control signal is received through the vehicle number recognition engine; And

When operated by the camera operation processing unit, a photographic image providing unit 130 for providing a photographed image including the vehicle number of the vehicle from the camera to the vehicle number recognition engine; is configured to include.

In addition, the vehicle breaker 200 is installed and configured around the IoT-type LPR 100, and performs a function of controlling vehicle entry according to a breaker open signal provided from a vehicle number recognition engine.

That is, as a general vehicle circuit breaker, the vehicle enters only when the circuit breaker open signal is obtained, and the vehicle entry is blocked when the circuit breaker open signal is not obtained.

Then, the vehicle number recognition engine 300 acquires an image including the vehicle number from the IoT-type LPR 100, recognizes the vehicle number of the vehicle, accesses the quarantine management server, and then checks information on whether the registered vehicle is a registered vehicle. In this case, the breaker open signal is provided to the vehicle breaker 200, and detailed vehicle information is generated and provided to the quarantine management server and the control terminal, and in the case of an unregistered vehicle, the vehicle number information is provided to the quarantine management server. It can be transmitted to the phone, and when acquiring a breaker open signal from a smartphone, it performs a function for providing a breaker open signal to the vehicle breaker 200.

Specifically, as shown in Figure 3, the vehicle number recognition engine 300,

A vehicle number recognition unit 310 for acquiring an image including a vehicle number from the IoT-type LPR 100 to recognize the vehicle number of the vehicle; And

A registered vehicle availability check unit 320 for accessing the quarantine management server to obtain information on whether a registered vehicle is a registered vehicle with respect to the recognized vehicle number; And

As a result of the confirmation, in the case of a registered vehicle, a breaker open processing unit 330 for transmitting a breaker open signal to the vehicle breaker; And

A vehicle detailed information generation processing unit 340 for generating detailed vehicle information including date of visit, vehicle number, vehicle affiliation, vehicle usage, driver, contact information, and address of the vehicle and providing it to a quarantine management server and a control terminal;

In the case of an unregistered vehicle, vehicle number information is provided to the quarantine management server so that it can be transmitted to a smartphone, and when a circuit breaker open signal is obtained from a smartphone, the vehicle breaker 200 is not registered to provide a breaker open signal. The vehicle processing unit 350; is configured to include.

That is, the vehicle number recognition unit 310 acquires an image including the vehicle number from the IoT-type LPR 100 and performs a function of recognizing the vehicle number of the vehicle.

In this case, since the technology for recognizing the vehicle number of the vehicle is a generally well-known technology, a detailed description will be omitted.

The registered vehicle availability check unit 320 accesses the quarantine management server and performs a function of acquiring information on whether a registered vehicle is based on the recognized vehicle number.

For example, if the vehicle number is 12ga1234, in order to check whether the vehicle number is a registered vehicle, it accesses the quarantine management server to request whether it is a registered vehicle, and obtains the information of the registered vehicle from the quarantine management server. Will do.

At this time, the breaker open processing unit 330 transmits a breaker open signal to the vehicle breaker in the case of a registered vehicle as a result of the confirmation.

That is, the vehicle enters the vehicle by transmitting a breaker open signal to the vehicle circuit breaker.

If the vehicle is not a registered vehicle, entry of the vehicle is controlled, and thus, the vehicle driver may be configured to obtain information about the visit purpose and driver information by requesting the vehicle driver through a speaker formed in the vehicle blocker.

In addition, the vehicle detailed information generation processing unit 340 is for generating vehicle detailed information including the date of visit, vehicle number, vehicle affiliation, vehicle use, driver, contact information, and address of the vehicle to be provided to the quarantine management server and the control terminal. Function.

That is, detailed information on the vehicle currently in and out is generated, which extracts detailed information of the vehicle that is stored and managed in the quarantine management DB 420 in advance, and adds visit date information to the quarantine management server and the control terminal. It is provided at the same time to be stored and managed in the quarantine management server, and the information can be checked by the administrator in the control terminal.

In addition, the unregistered vehicle processing unit 350 provides vehicle number information to the quarantine management server in the case of an unregistered vehicle so that it can be transmitted to a smartphone, and when obtaining a breaker open signal from the smartphone, the vehicle breaker 200 ) To provide a breaker open signal.

That is, in the case of an unregistered vehicle, a loophole may occur during quarantine work or in vehicle management, so it is intended to obtain approval in advance whether to provide a circuit breaker open signal through the administrator's judgment by notifying the administrator's smartphone.

If approved by the manager, the breaker open signal is obtained from the smartphone, and the breaker open signal is immediately provided to the vehicle breaker to open the vehicle breaker to induce vehicle entry, and then to the internal security guard or access manager. The vehicle driver may be prompted to enter detailed information.

Meanwhile, the quarantine management server 400 performs a function of transmitting detailed vehicle information provided by the vehicle number recognition engine to a smartphone of a person concerned.

That is, it is built in a remote location through a network, and is configured to share information in real time with the vehicle number recognition engine to manage vehicle control information.

Specifically, as shown in Figure 4, the quarantine management server 400,

Vehicle detailed information storage processing unit 410 for obtaining detailed vehicle information provided by the vehicle number recognition engine and storing it in the quarantine management DB; And

The quarantine management DB 420 storing the detailed vehicle information, vehicle registration information, and manager information; And

Vehicle detailed information transmission processing unit 430 for transmitting detailed vehicle information to the smartphone 2000 stored in the manager information; And

A breaker open signal transmission processing unit 440 for transmitting a breaker open signal to the vehicle number recognition engine 300 when acquiring a breaker open signal for an unregistered vehicle from the smartphone 2000; And

When obtaining disinfection certificate issuance information from a smartphone, the approval request information is transmitted to the control terminal, and when approval acceptance information is obtained from the control terminal, a disinfection certificate is issued. The processing unit 450; is configured to include.

That is, the detailed vehicle information storage processing unit 410 performs a function of acquiring detailed vehicle information provided by the vehicle number recognition engine and storing it in the quarantine management DB.

This is to manage a log record of the visit date and time in real time by matching the visit date and time information with the vehicle detail information registered in advance and processing it.

In addition, the quarantine management DB 420 stores the detailed vehicle information, vehicle registration information, and manager information. The vehicle registration status information includes the vehicle number, and the manager information includes detailed information of the manager, for example, , The manager's name, address, and management tasks are included, and the group leader's name, address, and authority range are stored.

At this time, the vehicle detailed information transmission processing unit 430 transmits detailed vehicle information to the smartphone 2000 stored in the manager information.

That is, by transmitting the acquired vehicle detailed information, the manager checks the information on the vehicle currently scheduled to enter through the smartphone in real time.

If it is a registered vehicle, the smartphone may provide a pop-up window notifying that the vehicle is registered.

Further, the breaker open signal transmission processing unit 440 performs a function of transmitting a breaker open signal to the vehicle number recognition engine 300 when acquiring a breaker open signal for an unregistered vehicle from the smart phone 2000. .

That is, in the case of an unregistered vehicle, it is necessary to register it for quarantine because the vehicle is out of the management target.

Therefore, this is notified by the smartphone so that the manager can determine whether to provide a breaker open signal.

If the manager provides an open signal, the breaker open signal is transmitted to the vehicle number recognition engine 300.

In addition, the disinfection certificate issuance processing unit 450 transmits approval request information to the control terminal when obtaining information on disinfection certificate issuance from a smartphone, and when obtaining approval acceptance information from the control terminal, the disinfection certificate issuance printing information is printed or It is transmitted to the vehicle owner's smartphone.

In other words, after completing the disinfection on the manager's smartphone, the information to issue a disinfection certificate may be provided.

At this time, the information is acquired and the approval request information is transmitted to the control terminal.In the case of the control terminal, since it can be managed by the group leader, if approval acceptance information is obtained by the group leader who is the final payment authority, the disinfection certificate issuance printing information Is transmitted to the printer or the vehicle owner's smartphone.

Meanwhile, the control terminal 500 performs a function of registering a vehicle and setting a group in order to control access, and granting a group authority.

Specifically, as shown in Figure 5, the control terminal 500,

Authorization information acquisition unit 510 for obtaining authorization information from the administrator terminal; And

A group setting unit 520 for setting a group for registered vehicles; And

A breaker automatic open setting unit 530 for setting whether or not to automatically open a breaker for the set group; and

An administrator smartphone setting unit 540 for setting smartphones 2000 of an administrator who can access the quarantine management DB 420; And

In the case of acquiring the disinfection certificate approval request information from the smartphone 2000 of any one manager, the disinfection certificate approval processing unit 550 for generating the approval acceptance information and transmitting it to the quarantine management server 400; Is done.

That is, as shown in Fig. 6, the administrator terminal provides a new user setting page to the control terminal, and in the control terminal, ID, password, name (group, farm, local government), account status, person in charge, group authority, contact information , Email, etc. are input, and the authorization information acquisition unit 510 obtains authorization information.

In addition, the inputted information can be corrected as shown in FIG. 8.

For example, user information can be checked, and if you press Save, it is saved, and in the case of account status, it means waiting for approval, normal, blocking setting, etc., and the group authority means group leader authority can be granted, blocker setting, quarantine management DB (420 )'S access authority (eg, authority to modify vehicle registration information, etc.).

Meanwhile, as shown in FIG. 7, the group setting unit 520 provides a group setting page, for example, name, status, ID, person in charge, circuit breaker (open only registered vehicles, open all vehicles, etc.), It is to provide a page for setting the certificate output authority, access authority of the quarantine management DB 420, group authority, creation date, function (search function), and the like.

Meanwhile, according to an additional aspect, the control terminal may further include a gate management unit for managing the gate by providing a gate to the vehicle breaker.

That is, as shown in Fig. 9, the gate management unit,

An ID assignment module for assigning an ID to the vehicle breaker;

It is configured to include a; breaker function grant module for providing a breaker opening function.

For example, when an ID is assigned to a vehicle breaker, an open signal can be provided through the control terminal.

The circuit breaker function granting module performs a function of allowing the vehicle breaker configured at the entrance to the farm or the center to be accessed from the quarantine management server.

If you do not choose to open the circuit breaker, access from the quarantine management server is blocked.

Meanwhile, the circuit breaker automatic opening setting unit 530 performs a function of setting whether to automatically open a circuit breaker for a set group.

For example, if a group leader working in the Hongseong branch registers members operating in Hongseong branch and then automatically opens a circuit breaker for the Hongseong branch group, all vehicles registered in the group are automatically You are allowed to enter.

On the other hand, the manager smartphone setting unit 540 performs a function for setting the manager's smartphones 2000 that can access the quarantine management DB 420?

That is, as shown in FIG. 10, a page for inputting an ID and a password is provided, and when registered, an administrator can download an application through a smartphone and control the vehicle in real time.

And, when the disinfection certificate approval processing unit 550 obtains the disinfection certificate approval request information from the smartphone 2000 of any one manager, the group leader sets information on the departure place, destination, and visit purpose, and the set information It performs a function of generating the approval acceptance information included and transmitting it to the quarantine management server 400.

At this time, as shown in Fig. 11, when transmitted to the quarantine management server 400, the quarantine management server generates a disinfection certificate. Specifically, the driver's name, vehicle number, phone number, address, disinfection date, and movement The disinfection certificate including the route, disinfection content, region, place, disinfectant's position, position, name, etc. is generated by the quarantine management server 400 and is displayed on the screen of the control terminal.

On the other hand, according to an additional aspect, the control terminal 500,

A home screen display unit for accessing the quarantine management server 400 to extract the number of visits by vehicle use, camera screens, vehicle visits, and vehicle entry record information and display it on the screen.

As shown in FIG. 12, when the control terminal 500 logs in, 15 items designated by the Ministry of Agriculture and Forestry, such as feed truck, livestock transportation, egg transportation, manure collection, etc., in the number of visits by vehicle use through the home screen display unit. The number of visits by vehicle use, which is displayed according to classification, is displayed by day of the week.

In addition, a photo of the recently visited vehicle is displayed in the camera screen area, the number of visits by day of the week is displayed in the number of vehicle visits area, and vehicle entry record information is displayed in the vehicle entry record area, so that the group leader can clearly check the current vehicle entry status. You will be able to.

On the other hand, according to another additional aspect, the control terminal 500,

The configuration further includes a vehicle access detailed screen display unit for accessing the quarantine management server 400 to extract detailed vehicle access record information and display it on a screen.

As shown in Fig. 13, when the control terminal 500 logs in and selects the vehicle entry record page, the vehicle entry detail screen display unit displays detailed vehicle entry record information, for example, date of visit, vehicle number, license plate image, Information such as the entire image and whether or not the registered vehicle is displayed on the screen.

On the other hand, according to another additional aspect, the control terminal 500,

It is configured to further include a vehicle entrance detailed screen display unit for accessing the quarantine management server 400 to extract information on the disinfection confirmation certificate issuance details and display it on the screen.

As shown in FIG. 14, the disinfection date and time, vehicle number, driver information, movement route, disinfection content, area/location, disinfectant information, etc. are displayed on the screen.

On the other hand, according to another additional aspect, the smart phone 2000,

An image information display unit for displaying image information of a visiting vehicle; And

A list information display unit for displaying information on a visited vehicle list; And

It is configured to include; a circuit breaker opening setting unit for setting the opening of the circuit breaker.

That is, the smartphone is equipped with an application to provide a screen as shown in FIG. 15, and an image, list information, and the like are displayed through the application.

To this end, the image information display unit displays the image information of the visited vehicle in the set area, the list information display unit displays the visited vehicle list information in the set area, and the breaker open setting unit displays in the area set to set the breaker opening. It becomes.

On the other hand, according to another additional aspect, the smartphone,

It may be configured to further include a disinfection certificate output screen providing unit for providing a disinfection certificate output screen for the visited vehicle.

That is, as shown in FIG. 16, information on visited vehicles and disinfection certificate issuance information are provided to the smartphone on the screen, and if the smartphone administrator is a disinfectant, an input page for inputting information on the origin and destination can be provided. It becomes.

On the other hand, the control terminal,

It may be configured to further include a visited vehicle information processing unit for transmitting the visited vehicle information to the county office server.

For example, the Hongseong branch establishes a group to manage vehicle information existing in the group, and generates information on a list of vehicles visited within a set period and provides it to the Hongseong-gun office server.

Through this, the county office can check whether the current vehicles are disinfected, and since each farm does not check whether or not it is disinfected, it provides the advantage of comprehensive management for each group.

In addition, the control terminal,

Weight information processing unit for acquiring weight information from the weight sensor unit formed in the sterilizer of the feed company, extracting the weight information and vehicle information, and transmitting it to the quarantine management server 400 for storage and management; And

A local weight information processing unit for acquiring weight information from the weight sensor unit formed in the sterilizer of the feed supply farm, extracting weight information and vehicle information, and transmitting it to the quarantine management server 400 for storage and management; may be further included. .

That is, the weight information is obtained from the weight sensor unit formed in the sterilizer of the feed company through the weight information processing unit, and the weight information and vehicle information are extracted and transmitted to the quarantine management server 400 for storage and management.

For example, if the weight of feed is acquired from a feed company and managed, and the weight of feed is acquired from a feed supply farm and managed, the weight of feed fed can be monitored.

In other words, since it is possible to monitor which feed supply farm the vehicle outgoing from the feed company went to and what the weight of the feed is, there is a lot of tendency to spread the disease from the actual feed vehicle. It provides an easy effect.

In addition, the quarantine management server 400,

The feed information storage processing unit for extracting the weight information provided by the feed company and storing it in the feed information DB; may be configured to further include.

In this case, the feed information DB is characterized in that the feed supply and demand farm information, feed transport vehicle information, feed weight information, and feed supply and supply farm owner information are stored by date.

In addition, the quarantine management server extracts the login information of the smart device and compares it with the feed supply farm owner information stored in the feed information DB, and extracts the feed weight information and feed transport vehicle information by date of the matching feed supply farm. It can be configured to further include; feed information providing unit for providing as.

For example, when a farm owner of A feed-supply farm logs in from a smart device, farm information called A feed-supply farm, which is a feed-supply farm that matches the login information, is extracted, and feed weight information and feed received from the farm by date. By extracting the information of the vehicle carrying the vehicle and transmitting it to the smart device of the farm owner, the farm owner can easily access the feed information anytime, anywhere through the smart device to check the feed information.

This has the advantage of being able to check whether a problem has occurred in feed supply by checking the vehicle supplying feed in real time, and the effect of confirming how much feed the farmer is consuming in a month because feed weight information can be checked by date. Will be provided.

On the other hand, according to an additional aspect, the IoT-based vehicle quarantine control system,

When acquiring the normal vehicle number request signal for the misrecognized vehicle number from the vehicle number recognition engine 300, the normal vehicle number information is extracted from the vehicle number management DB by referring to the incorrectly recognized vehicle number and transmitted to the vehicle number recognition engine. It can be configured to further include a server for providing an abnormal vehicle number versus an incorrect vehicle number.

At this time, the vehicle number management DB is characterized in that it stores vehicle number information, vehicle model information, vehicle owner information.

For example, if the vehicle number recognized by the vehicle number recognition engine is'Jeonbuk Ra 158*', it is a misrecognized vehicle number, so even the registered vehicle will not open the circuit breaker normally.

At this time, the misrecognized vehicle number is provided to a server that provides an abnormal vehicle number relative to the incorrectly recognized vehicle number, and the incorrectly recognized vehicle number versus the abnormal vehicle number providing server compares the number where the problem occurs with the normal vehicle number information by referring to the incorrectly recognized vehicle number. It provides information called'Jeonbuk Ra 1587'.

If there are two normal numbers corresponding to the'Jeonbuk Ra 158*','Jeonbuk Ra 1587' and'Jeonbuk Ra 1588', the vehicle number based on the vehicle model is extracted by comparing the vehicle model information.

As described above, the reason for configuring the server for separately managing the vehicle number is that it is configured as described above as a solution to this by identifying the phenomenon in which vehicle number recognition errors frequently occur during actual operation, and through this, the recognition error could be resolved.

In addition, the vehicle number recognition engine 300 of the present invention acquires an image including the vehicle number from the IoT-type LPR 100, recognizes the vehicle number of the vehicle, accesses the quarantine management server, and then stores information about whether or not a registered vehicle. Check and provide a breaker open signal to the vehicle breaker 200 in the case of a registered vehicle, and provide detailed vehicle information to the quarantine management server and control terminal, and in the case of an unregistered vehicle, the vehicle number information of the vehicle is provided to the quarantine management server. It can be transmitted to the smartphone by providing a function to provide a breaker open signal to the vehicle breaker 200 when acquiring a breaker open signal from the smartphone.

If configured as described above, information on livestock houses nationwide is divided, information on livestock houses and vehicles across the country are divided, new information can be registered, and government and local government livestock officials and vehicles The information of the person concerned who visited the country house is automatically recognized by each quarantine management server, and based on the stored and managed information, when an infectious disease such as foot-and-mouth disease occurs, the person who visited the onset house is different. It extracts which barn houses are visited so that a quarantine plan can be made.

In addition, the quarantine management server 400 according to an additional aspect of the present invention,

It may be configured to further include an image recording storage unit for recording and recording the image taken from the camera.

This is to allow information about the vehicle to be added later after recording an unregistered vehicle or driver, or to leave a basis for tracking the vehicle in case of a problem.

In addition, recorded video information may be recorded and stored for a certain period of time and then automatically deleted.

On the other hand, it may be configured to further include an LED billboard for checking whether the vehicle number is recognized around the vehicle blocker 200.

Therefore, the driver checks whether the vehicle number has been recognized, and when the vehicle number is recognized, the vehicle number recognition engine provides information on the vehicle, which is displayed through an LED display.

Meanwhile, the disinfection confirmation certificate described in the present invention is output by sending information from the quarantine management server to a printer, and the location of the printer, that is, the issuing machine, is preferably a vehicle disinfection facility management room.

Meanwhile, in case of a failure, the quarantine management server program is installed and backed up for emergency on the server equipped with the vehicle number recognition engine, and the vehicle number recognition engine is also installed on the quarantine management server for emergency purposes. It could be configured so that one can act as two servers.

Through the above configuration and operation, the vehicle sterilizer is installed at each local base or feed company, cattle market, slaughterhouse, etc., or the IoT-type LPR (100) and vehicle breaker (200) are installed and entered in the vehicle sterilization center related to livestock to be installed It is possible to prevent infectious diseases from being transmitted through vehicles in advance by managing vehicle sterilization of vehicles and regularly sterilizing livestock related vehicles based on this data.

Those skilled in the art to which the present invention with the above contents pertains will be able to understand that it can be implemented in other specific forms without changing the technical spirit or essential features of the present invention. Therefore, the embodiments described above are exemplified in all respects and should be understood as non-limiting.

The scope of the present invention is indicated by the claims to be described later rather than the detailed description, and all changes or modified forms derived from the meaning and scope of the claims and their equivalent concepts should be interpreted as being included in the scope of the present invention. do.

100: IoT type LPR
200: vehicle breaker
300: vehicle number recognition engine
400: quarantine management server
500: control terminal

Claims (2)

In the IoT-based vehicle quarantine control system,
When a vehicle is detected by the vehicle detection sensor, the vehicle detection signal is provided to the vehicle number recognition engine, and when a control signal is received through the vehicle number recognition engine, a photo is taken including the vehicle number by the camera. , IoT-type LPR (100) for providing the photographed image to the vehicle number recognition engine,
A vehicle breaker 200 installed and configured around the IoT-type LPR 100 and controlling vehicle entry according to a breaker open signal provided from the vehicle number recognition engine,
After acquiring an image including the vehicle number from the IoT-type LPR (100), accessing the quarantine management server by recognizing the vehicle number of the vehicle, and checking information on whether the registered vehicle is a registered vehicle, the vehicle blocker 200 Provides a breaker open signal, generates detailed vehicle information and provides it to the quarantine management server and control terminal, and in the case of unregistered vehicles, the vehicle number information is provided to the quarantine management server so that it can be transmitted to a smartphone. Vehicle number recognition engine 300 for providing a circuit breaker open signal to the vehicle circuit breaker 200 when obtaining a circuit breaker open signal from
A quarantine management server 400 for transmitting detailed vehicle information provided by the vehicle number recognition engine to a smartphone of a person concerned,
It is configured to include a control terminal 500 to register a vehicle and set a group to control access, and to grant group authority,
The vehicle number recognition engine 300,
A vehicle number recognition unit 310 for acquiring an image including a vehicle number from the IoT-type LPR 100 to recognize the vehicle number of the vehicle; And
A registered vehicle availability check unit 320 for accessing the quarantine management server to obtain information on whether a registered vehicle is a registered vehicle with respect to the recognized vehicle number; And
As a result of the confirmation, in the case of a registered vehicle, a breaker open processing unit 330 for transmitting a breaker open signal to the vehicle breaker; And
A vehicle detailed information generation processing unit 340 for generating detailed vehicle information including date of visit, vehicle number, vehicle affiliation, vehicle usage, driver, contact information, and address of the vehicle and providing it to a quarantine management server and a control terminal;
In the case of an unregistered vehicle, vehicle number information is provided to the quarantine management server so that it can be transmitted to a smartphone, and when a circuit breaker open signal is obtained from a smartphone, the vehicle breaker 200 is not registered to provide a breaker open signal. Vehicle processing unit 350; characterized in that it is configured to include,
The quarantine management server 400,
Vehicle detailed information storage processing unit 410 for obtaining detailed vehicle information provided by the vehicle number recognition engine and storing it in the quarantine management DB; And
The quarantine management DB 420 storing the detailed vehicle information, vehicle registration information, and manager information; And
Vehicle detailed information transmission processing unit 430 for transmitting detailed vehicle information to the smartphone 2000 stored in the manager information; And
A breaker open signal transmission processing unit 440 for transmitting a breaker open signal to the vehicle number recognition engine 300 when acquiring a breaker open signal for an unregistered vehicle from the smartphone 2000; And
When obtaining disinfection certificate issuance information from a smartphone, the approval request information is transmitted to the control terminal, and when approval acceptance information is obtained from the control terminal, a disinfection certificate is issued. A disinfection certificate is issued to transmit printing information to the printer or the vehicle owner's smartphone. The processing unit 450; characterized in that it is configured to include,
The control terminal 500,
Authorization information acquisition unit 510 for obtaining authorization information from the administrator terminal; And
A group setting unit 520 for setting a group for registered vehicles; And
A breaker automatic open setting unit 530 for setting whether to automatically open a breaker for the set group;
An administrator smartphone setting unit 540 for setting smartphones 2000 of an administrator that can access the defense management DB 420;
In the case of acquiring the disinfection certificate approval request information from the smartphone 2000 of any one manager, the disinfection certificate approval processing unit 550 for generating the approval acceptance information and transmitting it to the quarantine management server 400; IoT-based vehicle quarantine control system, characterized in that. The method of claim 1,
The quarantine management server 400,
An IoT-based vehicle quarantine control system, characterized in that it further comprises an image recording and storage unit for recording and recording the image taken from the camera.

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