KR20130028627A - Dispenser for sterilizational certificate - Google Patents

Abstract

PURPOSE: A disinfection certificate issuing system is provided to allow detailed verification of a disinfection history and to automatically mark the exact time of preparation for a disinfection certificate with a preparation time provider. CONSTITUTION: A disinfection certificate issuing system includes an input component(12), a camera(11), a preparation component(13), an output component(14), and a controller(10). The input component inputs disinfection information allowing the verification of a disinfection history by being marked on a disinfection certificate. The camera takes pictures of a vehicle or a person coming out of the exit of a disinfection booth. The preparation component prepares a disinfection certificate based on the pictures of the camera and the disinfection information of the input component. The output component outputs the disinfection certificate prepared at the preparation component. The controller controls the operations of the output component, camera, input component, and preparation component. [Reference numerals] (10) Controller; (11) Camera; (12) Input component; (13) Preparation component; (14) Output component; (15) Certificate storage component; (16) Number recognition component; (17) Transmitter; (21) Vehicle path provider; (22) Preparation time provider; (23) Camera operator; (24) Warning component; (25) Vehicle manager; (26) Weather information provider

Description

Disinfection Certificate Issuance System {DISPENSER FOR STERILIZATIONAL CERTIFICATE}

The present invention relates to a disinfection certificate issuing system, and more particularly to a disinfection certificate issuing system that can confirm that disinfection is completed.

In general, when a serious epidemic that threatens a person or animal occurs, particularly when an animal epidemic, such as foot-and-mouth disease, develops, the vehicle or person performs disinfection to prevent the spread of the epidemic. In particular, vehicles or people who frequently visit livestock management organizations such as livestock farms or livestock cooperatives must disinfect after the visit and move to the next place.

However, since a device for verifying a vehicle or a person who has been sterilized has not been developed yet, the situation is currently reported orally.

On the other hand, Patent Registration No. 10-0816408 (name: certificate issuing server and authentication system for proving the operating environment) of the Republic of Korea Patent Office, as described in claim 1, the information processing device for processing information and the operation of the information processing device And a certificate issuing server for issuing an electronic certificate to prove the environment, and an information storage server for storing and storing information in a storage storage unit. The information processing device requests a certificate issuing server to verify the operation environment of the information processing device. And the certificate issuing server issues an electronic certificate certifying the operating environment of the information processing device based on the request for authentication of the operating environment sent from the information processing device, and the information processing device is an electronic certificate issued by the certificate issuing server. Receive the certificate, and create certificate attachment information based on the electronic certificate and processing information, and identification information identifying the certificate attachment information. The information storage server receives the certificate attachment information and the identification information from the information processing device and stores it in the storage storage, receives the identification information and retrieves the certificate attachment information stored in the storage storage. And outputting the retrieved certificate attachment information.

Such a prior art can be obtained by searching for proof attachment information based on identification information from the information storage server. Therefore, it is possible to prove the operating environment when the information processing apparatus has processed the processing information. For example, the prior art can prove that the point and time at which the image was taken at the time of the circuit security is true, so that the captured image can have the capability as evidence, which can be used in a trial or the like.

On the other hand, Patent Registration No. 10-0402645 (name: Traffic Law Violation Enforcement Device and Control Method by Image Processing) of the Republic of Korea Patent Office, as described in claim 1, it is possible Determining traffic violations using possible cameras; Crackdown on traffic violations; Transmitting, in real time, traffic information such as traffic violation control results, traffic volume and traffic accidents to a central control and monitoring station; A module box such as a camera, an infrared light, a flash, etc. operated in conjunction with a signal to remotely monitor and control signal control, surveillance camera control, storage information transmission and reception, and other peripheral device control at a central control and monitoring station; A signal for notifying a vehicle of a traffic signal state; It consists of a traffic law enforcement crackdown signal processor that processes traffic violation control and traffic information data and forms a network with the central control and monitoring station.In particular, the traffic law enforcement crackdown signal processor converts analog video signals into digital. An image converter; A digital video memory unit for storing the converted digital image; A digital video processing unit which analyzes the digital image to determine a traffic law violation and to obtain an image for evidence of a vehicle to be cracked and to recognize a license plate; A main processing unit for managing and controlling the infrared light, the flash, the beacon, the entire device, and the like; A network processing unit which transmits the result of the control to the central control and monitoring station in real time and enables the device to be controlled remotely there; It is characterized by consisting of the main memory to play the role of storing the results of interruptions, device control data storage, device execution program storage.

Another conventional technique is to operate the enforcement of traffic violations as an unmanned enforcement device, and can be controlled remotely from the central control and monitoring station to reduce the waste of personnel and to generate unnecessary complaints by presenting the image of the offending vehicle to the driver. Can be reduced. In addition, it is possible to complexly regulate traffic violations and identify real-time traffic information for violations of dedicated lanes, speed violations, traffic signal violations, stop line violations, prohibited entry areas, central line violations, traffic volume detection, and accidents. It is possible to solve the difficulty of repair, to provide traffic information on real-time traffic volume, and to provide accurate grounds for enforcement due to the provision of video evidence for driving the vehicle such as violation of various traffic laws and accidents.

However, the above-mentioned prior arts cannot confirm the disinfection history of when and where disinfection with which disinfectant, so there is a problem that can not be applied to the issuing device of the disinfection certificate. That is, since it is not configured to check various disinfection details, it cannot be used as a device for issuing disinfection certificates.

In addition, there is a problem in that it is not possible to enlarge only the license plate of the vehicle or the face of a person in the captured image, so that the disinfected vehicle or person cannot be clearly identified.

In addition, it is not possible to provide the documents to prove the disinfection room to a mobile phone or a remote terminal, so that the disinfection room must be issued as a document, and the disinfection status cannot be managed systematically in the central control room. There is also.

In addition, since the movement path of the vehicle can not be grasped, there is also a problem that can not quickly prevent the spread of infectious diseases.

The present invention was created in order to solve the above problems, it is possible to issue a certificate describing the disinfection history of the vehicle or person who has been disinfected, various disinfection contents can be described in the disinfection certificate, and the issuing time of the certificate is automatically generated. Another aim is to provide a system for issuing disinfection certificates that can be accurately described.

In particular, the purpose of the present invention is to provide a disinfection certificate issuing system that includes a photograph of a vehicle or person who has been disinfected with disinfection information such as the time and place of disinfection in the disinfection certificate.

In addition, the image of the vehicle or person described above and the above-mentioned disinfection information can be stored to create a disinfection certificate, and further, a portion such as a license plate or a face of the vehicle can be enlarged and marked on the disinfection certificate. Another purpose is to provide a disinfection certificate issuance system.

In addition, it is another object to provide a disinfection certificate issuing system that can easily issue or verify the certificate if necessary, in addition to the certificate that has been stored in the certificate stored easily.

In addition, to provide a disinfection certificate issuing system that can automatically operate the operation of the camera imaging the vehicle or person in accordance with the entry and exit of the vehicle or person, and can automatically warn the malfunction of the component issuing the certificate. Another purpose.

In addition, the weather information corresponding to the disinfection date or disinfection time can be automatically recorded in the certificate, and furthermore, in order to provide a disinfection certificate issuing system that can provide weather information of the area in which disinfection has been performed through the Internet. Another purpose.

In addition, another object of the present invention is to provide a disinfection certificate issuing system that can notify the central control room of the above-described vehicle's movement path through a wireless communication network or an internet network.

The present invention for achieving the above object, in the system for issuing a disinfection certificate for proving the disinfection of the vehicle or person who has been disinfected in the disinfection booth, disinfection information is displayed on the disinfection certificate to confirm the disinfection history An input input; A camera for photographing a vehicle or person coming out of the exit of the disinfecting booth; A creator for creating the disinfection certificate based on the image of the camera and the disinfection information of the input unit; An output unit for outputting the disinfection certificate created by the creator; And a controller for controlling the operation of the output device, the camera, the input device, and the composer, wherein the disinfection information includes a disinfecting place in which the disinfecting booth is installed, an implementer who performed disinfection, a disinfection date and time, a disinfection object, a disinfectant name, and a disinfection method. At least one of the regulation, the type of disinfection equipment, the name of the person in charge of sterilization, the number or names of the manpower, the date of issue, the issuer and the seal of the issuer, the operation of the creator for the preparation of the disinfection certificate is detected And providing a preparation time of the disinfection certificate to the creator and providing a preparation time of the disinfection certificate to the disinfection certificate through the creator. The preparation time provider may further include a PC on which the controller is installed. Synchronize the reference time to provide the creation time to the writer or to input the counted current time to the input device. It is characterized in that it is provided to the creator.

The creator includes, for example, a data storage unit for storing disinfection information input to the input unit; An image storage unit storing an image captured by the camera; Form storage unit for storing the form of the disinfection certificate; A certificate generator for generating the disinfection certificate by matching the image and the disinfection information to the form of the form storage unit; And an interface unit for transmitting the generated disinfection certificate to the output unit, wherein the creator includes an image enlargement unit for enlarging a portion set from an image stored in the image storage unit and providing the certificate generation unit to the certificate generation unit. do.

The present invention further includes a certificate holder for storing and storing the disinfection certificate created by the creator, wherein the certificate holder includes, for example, a certificate storage unit for storing the disinfection certificate created by the creator; And a reading unit which reads the disinfection certificate requested through the input unit from among the disinfection certificates stored in the certificate storage unit and provides the disinfection certificate to the output unit, wherein the certificate storage unit includes the disinfection certificate stored in the certificate storage unit. A timer for checking the storage period; And a deleting unit for comparing the storage period checked in the timer with the set erasing period to delete or disinfect the disinfection certificate corresponding to the erasing period to the output unit to delete the disinfection certificate after the storage period has elapsed. The timer may be synchronized with a reference time of the PC where the controller is installed to check the storage period of the disinfection certificate.

The present invention further comprises a camera actuator for controlling the operation of the camera by sensing the entry and exit of the vehicle or person, wherein the camera actuator is composed of, for example, a loop sensor or a photo sensor installed at the exit side of the disinfecting booth A detection sensor for detecting a vehicle or a person coming out of the exit of the disinfecting booth; And a signal transmission unit for transmitting the detection signal of the detection sensor to the controller to operate the camera.

The present invention may further include a warning device that warns a malfunction of the composer or the output device. The warning device may include, for example, a detector configured to detect a malfunction through a down signal transmitted from the composer or the output device; And an alert for warning of a malfunction by lighting or sound by a malfunction signal detected by the detection unit.

The present invention further includes a weather information provider for providing weather information corresponding to a disinfection date or disinfection time of a vehicle or person to the creator and displaying weather information on the disinfection certificate. The weather information provider may include, for example, A drive detection unit detecting a drive of the builder; And when the generator is detected to drive, the weather information of the area where the disinfecting booth is installed is downloaded through the internet network, and the weather information corresponding to the disinfection date or disinfection time is provided to the generator and the weather is written on the disinfection certificate through the output device. It includes an information downloader.

The present invention may further include a vehicle path provider for providing a movement path of the vehicle to a central control server for managing the vehicle. The vehicle path provider may include a unique signal set and installed in a vehicle captured by the camera. Sending unit for transmitting the; A receiver for receiving a unique signal of the transmitter; And a transmitter for transmitting a unique signal received to the receiver to the central control server to confirm the movement position of the vehicle.

According to the present invention as described above, since the image of the vehicle or person photographed by the camera and the disinfection information input from the input device are written on the disinfection certificate by the creator and output to the output device, the vehicle or person who has been disinfected can be clearly identified. Disinfection information consists of at least one of disinfection place, implementer, disinfection date and time, disinfection object, disinfectant name, disinfection method, legal regulations, issue date, issuer's name and seal, so that disinfection details can be identified in detail. The correct preparation time of the disinfection certificate can be marked automatically.

The disinfection certificate can be stably generated by matching the disinfection information stored in the image storage unit and the disinfection information stored in the data storage unit with the form of the disinfection certificate stored in the certificate generation unit. Since the license plate of the vehicle or the face of the person is enlarged from the stored image and provided to the certificate generation unit, the entire image and a portion of the enlarged image of the vehicle or the person can be provided at the same time, thereby more clearly identifying the vehicle or the person.

In addition, it is possible to reissue the previously issued disinfection certificate through the certificate holder 15 at any time. Therefore, if a timer and a deletion unit are provided in the certificate holder, the stored disinfection certificate is automatically deleted when the storage period elapses or the administrator Since it can be notified to the deletion, it is easy to manage the disinfection certificate that has passed the storage period.

In addition, the camera operator can automatically operate the camera according to the entrance or exit of the vehicle or person, and the warning device can warn the malfunction state of the writer or output device, thereby quickly handling the malfunction of the device.

In addition, if the weather information is provided by the weather information provider, the disinfection manager in the area or the manager of the central control room can predict the disinfection effect according to the weather. have.

In addition, the vehicle route provider notifies the central control server of the central control room in real time through the wireless communication network or the internet network, so that the infectious disease can be spread by checking the movement route of the vehicle or by identifying the vehicle entry and exit status in a certain area. It is possible to anticipate the area in which it is located, and to quickly prevent the spread of communicable diseases.

1 is a block diagram of a disinfection certificate issuing system according to an embodiment of the present invention;
FIG. 2 is a block diagram showing the configuration of the builder shown in FIG. 1; FIG.
FIG. 3 is a block diagram showing the configuration of the vehicle route provider shown in FIG. 1; FIG.
4 is a block diagram showing the configuration of the certificate depositor shown in FIG. 1;
5 is a block diagram showing the configuration of the camera actuator shown in FIG. 1;
6 is a block diagram showing the configuration of the warning device shown in FIG. 1;
7 is a block diagram showing the configuration of the weather information provider shown in FIG. 1;
8 is a flowchart showing a method for issuing a disinfection certificate according to an embodiment of the present invention; And
9 is an exemplary diagram illustrating a disinfection certificate output by the issuing system of FIG.

Hereinafter, with reference to the accompanying drawings illustrating a disinfection certificate issuance system according to an embodiment of the present invention.

Referring to Figure 1, the disinfection certificate issuance system according to an embodiment of the present invention, the input unit 12 as shown. A camera 11, a writer 13, an output 14, and a controller 10.

The input unit 12 is marked on the disinfection certificate is input disinfection information to confirm the disinfection history. The input unit 12 may be configured in various forms, for example, preferably composed of a keyboard or a touch panel.

Here, the above-mentioned disinfection information is, for example, the disinfection place where the disinfection booth is installed, the performer who performed the disinfection, the date and time of disinfection, the disinfection object composed of the vehicle number or the name of the person, the disinfectant name, and the type of disinfection which disinfects. It may consist of at least one of the method, the legal regulations related to disinfection (applicable law), the date of issuance of the disinfection certificate, the type of disinfection equipment, the name of the person in charge of disinfection, the number or names of the personnel involved, the issuer of the disinfection certificate and the seal of the issuer. Therefore, the disinfection information may provide various contents related to disinfection when configured as described above.

The camera 11 photographs a vehicle or a person not shown coming out of the exit of the disinfecting booth (not shown). The camera 11 transmits the captured image to the creator 13 described later. The camera 11 may photograph a vehicle or a person as a moving image, or may capture images one by one.

Here, the above-described disinfecting booth may be configured in various forms, but may be configured in a sealed form on all sides, alternatively, may be configured to be sealed only by the side wall or panel. Since the disinfection booth is a conventional device, detailed description thereof will be omitted.

The creator 13 creates a disinfection certificate based on the image transmitted from the camera 11 and the disinfection information input to the input unit 12. That is, the builder 13 may prepare a disinfection certificate in which an image and disinfection information are described. Such a builder 13 is preferably composed of, for example, a program installed and driven in a PC together with the controller 10 to be described later.

The output unit 14 outputs the disinfection certificate created by the creator 13. The output unit 14 may be configured, for example, with a monitor for outputting the disinfection certificate as an image or a printer for outputting the disinfection certificate to the ground. The output unit 14 may be installed at the outlet side of the disinfecting booth so as to easily withdraw when the printer 14 is configured as a printer.

The controller 10 controls the operation of the above-described output unit 14, camera 11, input unit 12 and creator 13. Accordingly, the output unit 14, the camera 11, the input unit 12 and the creator 13 operate smoothly by the controller 10.

On the other hand, the disinfection certificate issuing system according to an embodiment of the present invention as shown in the certificate holder 15, the number recognizer 16, the transmitter 17, the vehicle path provider 21, the creation time provider 22 At least one of the camera operator 23, the warning device 24, the vehicle manager 25, and the weather information provider 26 may be further included. If this is explained in more detail as follows.

The certificate holder 15 stores the disinfection certificate created by the builder 13 described above. The certificate holder 15 stores and stores the disinfection certificate created by the creator 13, and outputs the stored disinfection certificate to the output unit 14 at the request of the administrator. Therefore, the certificate holder 15 may reissue the previously issued disinfection certificate at any time.

The number recognizer 16 extracts or scans the image described in the license plate of the vehicle from the image photographed by the camera 11 to recognize the number of the vehicle. The number recognizer 16 can be configured as a general vision system for recognizing the number of the vehicle. The number recognizer 16 provides the recognized number to the creator 13 described above. Therefore, the builder 13 confirms which vehicle the disinfection target vehicle is by marking the vehicle number in the disinfection target column of the disinfection certificate. That is, the vehicle number is data corresponding to the disinfection target of the disinfection information described above.

The vehicle manager 25 checks the number of times of entry and exit of the vehicle by checking the number of times of entry and exit of the vehicle corresponding to the vehicle recognized by the above-mentioned number recognizer 16 or the vehicle number input by the above-described input device 12. It stores, and outputs the number of times of entry and exit of the vehicle to the above-described output unit 14 when requested by the administrator. Therefore, the manager can easily secure the disinfection information of the vehicle through the access information of the vehicle.

The vehicle manager 25 may include, for example, a storage DB and a reading unit, which are not shown. The storage DB classifies and stores the number of entry and exit times of vehicles by vehicle. Then, the reading unit reads the number of times of entry and exit of the vehicle stored in the storage DB at the request of an administrator and outputs the result to the output unit 14 described above. Therefore, the manager can check the disinfection information of the vehicle.

On the other hand, the above-described transmitter 17 transmits the disinfection certificate created by the creator 13 to a mobile phone or a terminal (not shown) installed in a long distance through a network network such as a wireless communication network, an internet network or a wired communication network. That is, the transmitter 17 transmits the data (disinfection information, image or vehicle number, etc.) created by the creator 13 to the mobile phone or the terminal for outputting the disinfection certificate. Therefore, the mobile phone or the remote terminal can receive the disinfection certificate through the transmitter 17, so that it can confirm the disinfection or the disinfection of the vehicle or person. In more detail, the above-described mobile phone can prove the disinfection fact by displaying the received disinfection certificate on the screen. Therefore, since the driver or person of the sterilized vehicle does not have to be issued a disinfection certificate in writing, it is possible to simply prove the disinfection fact without moving to the output unit 14 and receiving the disinfection certificate. In addition, the terminal of the above-mentioned distance can determine the disinfection fact through the received disinfection certificate, it is not required to present the disinfection certificate to the driver or person of the disinfected vehicle. In particular, when the above-mentioned remote terminal is the central control server of the central control room, it is possible to not only grasp the disinfection status of the vehicle or the person, but also to classify and manage by organization, period, region, livestock type, or responsible person. Not only can it be used as control status, prophylactic measures or statistical data, but it can also notify disinfection centers in other regions, so it is not necessary to ask for disinfection certificates at other regions. Of course, the central control server not only can confirm whether the vehicle or person is disinfected through the received disinfection certificate, but also can receive the disinfection certificate even if the vehicle or person performs disinfection in other areas. You can also figure out the path.

The vehicle path provider 21 provides a moving path of the vehicle to the central control server of the aforementioned central control room for integrated management of the vehicle. The vehicle path provider 21 recognizes the vehicle that has been disinfected and provides vehicle information of the vehicle to the central control server. Therefore, the central control server can check the moving path of the vehicle through the vehicle information even if the disinfection certificate is not received.

The creation time provider 22 detects the operation of the above-described builder 13 and provides the builder 13 with a preparation time of the disinfection certificate. The creation time provider 22 may provide the reference time of the PC as the creation time by synchronizing the reference time of the PC on which the creator 13 and the controller 10 are installed as described above. That is, when the operation of the creator 13 or the camera 11 is detected, the creation time provider 22 synchronizes the reference time of the PC on which the creator 13 is installed with the creation time and provides it to the creator 13. Therefore, the builder 13 can mark the preparation time on the disinfection certificate.

Alternatively, the creation time provider 22 may be configured as a counter, not shown, which provides a creation time by counting the current time input to the input device 12 described above. That is, the counter starts counting from the current time input to the input device 12 and provides the counted time as the preparation time of the disinfection certificate when the builder 13 or the camera 11 is operated. Therefore, the builder 13 can mark the preparation time on the disinfection certificate. For example, the counter starts counting at the time of input or at the time inputted by the counting start signal when 06.00.25.2011 is input to the input device 12. When the counter 13 or the camera 11 is checked, the counter provides the counting time to the composer 13 to indicate the counting time through the composer 13 on the disinfection certificate.

The camera actuator 23 automatically operates the camera 11 in accordance with the entry and exit of the vehicle or person. The camera actuator 23 detects the entry of a vehicle or a person to operate the camera 11. Of course, the camera 11 may be stopped by the camera actuator 23, or alternatively, the camera 11 may be stopped by a driving program installed therein.

The warning device 24 warns of a malfunction state of the writer 13 or the output device 14. Therefore, the administrator can quickly check and restart the builder 13 or the printer 14.

The weather information provider 26 displays weather information on the disinfection certificate by providing weather information corresponding to the disinfection date or the disinfection time of the vehicle or the person to the builder 13. That is, the weather information provider 26 indicates on the disinfection date or the disinfection time whether it rained or how many degrees the temperature was in the disinfection certificate. Thus, the reason for displaying weather information is that the disinfectant is washed when it rains, so that the disinfecting effect is lowered. Therefore, if weather information is provided, the disinfection manager of the area or the manager of the central control room can predict the disinfection effect, so that the disinfection method can be effectively provided by providing a disinfection method suitable for the weather in the area.

Referring to FIG. 2, the builder 13 is, for example, a data storage 13a, an image storage 13b, a form storage 13c, a certificate generator 13d, and an interface 13e, as shown. It can be configured to include.

The data storage unit 13a stores the above-described disinfection information input to the input unit 12. The image storage unit 13b stores an image such as a moving image or a cut image captured by the camera 11. Form storage unit (13c) stores the form of the disinfection certificate consisting of a certain form of form. The certificate generator 13d generates a disinfection certificate by matching the disinfection information stored in the image storage unit 13b with the disinfection information stored in the image storage unit 13c. The interface unit 13e transmits the disinfection certificate generated by the certificate generator 13d to the output unit 14 and outputs it.

Here, the above-mentioned form is described, for example, a title for indicating the disinfecting place or disinfecting person, disinfection date and time, disinfection target, disinfectant product name, disinfection method, regulation, issue date and issuer, etc. This is the format described.

Meanwhile, the builder 13 may further include an image enlarger 13f as shown. The image enlarger 13f enlarges a part set in the image stored in the image storage 13b and provides it to the certificate generator 13d. The image enlarger 13f enlarges, for example, the license plate of the vehicle or the face of the person and provides it to the certificate generator 13d. Therefore, the certificate generation unit 13d generates the disinfection certificate by matching the enlarged image to the form. For this reason, the disinfection certificate may mark an enlarged license plate or face along with the overall shape of the vehicle or person. Of course, the manager can see the vehicle or person more clearly through an enlarged image of the disinfection certificate.

Here, the above-described creator 13 may be configured to include, for example, a detector and an extender not shown. The detector detects a portion set in the image stored in the image storage unit 13b. That is, the detector detects the license plate of the vehicle or the face of a person. Such a detector is a conventional vision system that detects an area where a license plate is installed by extracting an image of a preset license plate from an image.

The extender enlarges an image of a part detected by the detector and provides it to the certificate generator 13d. These extenders can also be configured, for example, with a program called Zoomit, available from Microsoft's Technet, which enlarges or reduces the screen displayed on the monitor. That is, the extender can be comprised by the normal program which enlarges an image.

Meanwhile, the builder 13 may include a capture unit 13g as shown. The capture unit 13g captures a screen set in the image captured by the camera 11 described above. The capture unit 13g may capture a necessary image (an image of a vehicle or a person) immediately from an image captured by the camera 11, and unlike the image stored in the image storage unit 13b. You can also capture. Of course, the capture unit 13g captures the necessary image when the moving image is captured by the camera 11. Therefore, the creator 13 can secure the necessary images by the capture unit 13g one by one.

Referring to FIG. 3, the vehicle path provider 21 may include, for example, a transmitter 21a, a receiver 21b, and a transmitter 21c as illustrated.

The transmitting part 21a transmits the unique signal which is provided and installed in the vehicle imaged by the camera 11 mentioned above. The transmitter 21a may be configured of, for example, a GPS, an RF module, or a high-pass terminal that transmits a unique signal. The receiver 21b receives the unique signal of the transmitter 21a. The transmitter 21c transmits the unique signal received by the receiver 21b to the above-described central control server to confirm the moving position of the vehicle. Therefore, the central control server can check the movement path of the vehicle and use it as disinfection information.

Referring to FIG. 4, the certificate storage unit 15 may include, for example, a certificate storage unit 15a and a reader unit 15b as shown. The certificate storage unit 15a stores the disinfection certificate created by the creator 13 described above. The reading unit 15b reads out the disinfection certificate requested by the administrator through the input unit 12 described above among the disinfection certificates stored in the certificate storage unit 15a and provides the read disinfection certificate to the output unit 14 described above. Therefore, the certificate holder 15 can re-print and verify the disinfection room of the vehicle or person at any time. For example, the certificate storage unit 15 may read out and reprint the disinfection certificate corresponding to the sterilization date or the vehicle number requested by the administrator.

The certificate holder 15 may further include a timer 15c and a deletion unit 15d as shown. The timer 15c checks the storage period of the disinfection certificate stored in the certificate storage unit 15a. The timer 15c may check the storage period of the disinfection certificate in synchronization with the reference time of the PC described above. Then, the deleting unit 15d compares the storage period checked by the timer 15c with the set erasing period, and displays on the output unit 14 described above whether to delete or delete the disinfection certificate corresponding to the erasing period. Therefore, the certificate holder 15 may automatically delete the stored disinfection certificate when the storage period has elapsed or delete the administrator when selecting the deletion.

Referring to FIG. 5, the camera actuator 23 may include a sensor 23a and a signal transmitter 23b as shown. The detection sensor 23a is configured of, for example, a loop sensor or a photo sensor installed at an exit side of the disinfection booth to detect a vehicle or a person coming out of the exit of the disinfection booth. The signal transmission unit 23b transmits the detection signal of the detection sensor 23a to the controller 10 described above to operate the camera 11 described above. Therefore, the camera operator 23 automatically operates the camera 11 as the vehicle or person enters and exits the disinfecting booth.

Referring to FIG. 6, the warning device 24 may include, for example, a sensing unit 24a and an aller 24b as shown. The detector 24a detects a malfunction of the builder 13 or the output unit 14 described above. The sensing unit 24a may detect a malfunction through, for example, a down signal transmitted from the writer 13 or the output unit 14.

The aller 24b warns of a malfunction by lighting or sound by a malfunction signal detected by the detection unit 24a. The aller 24b may be, for example, a beacon or the like, or alternatively, may be a speaker.

In the warning device 24, when the comparator 13 or the output unit 14 malfunctions, the detection unit 24a transmits a malfunction detection signal to the alert 24b. At this time, the aller 24b warns of malfunction by lighting or sound. Therefore, the administrator can confirm the malfunction by the allot 24b, so that the administrator can quickly deal with the malfunction of the device.

On the other hand, the warning device 24 may further include a warning message transmission unit 24c as shown. The warning message transmitting unit 24c transmits the warning message to the portable terminal of the manager by the malfunction signal detected by the detecting unit 24a. The warning message transmission unit 24c may include, for example, a phone number storage unit, an alert character storage unit, and a communication unit, which are not shown. The phone number storage unit stores the manager's phone number. Alert text storage unit stores the alert text to be sent to the mobile phone. The communication unit transmits the stored warning character to the stored telephone number when the malfunction signal of the detection unit 24a is detected. Therefore, the administrator can check the malfunction with a mobile phone even at a long distance.

Here, the above-described warning device 24 may be composed of only the above-described detection unit 24a and the warning message transmission unit 24c. In this case, the alarm 24 cannot warn of malfunction by lighting or sound.

Referring to FIG. 7, the weather information provider 26 may include, for example, a driving detection unit 26a and a weather information downloader 26b as illustrated. The drive detection unit 26a detects the driving of the builder 13 described above. When the weather information downloader 26b detects the driving of the above-described builder 13, the weather information downloader 26b downloads the weather information through the internet network and provides the weather information to the builder 13. Therefore, the weather information provider 26 may provide the weather information corresponding to the disinfection date or the disinfection time to the writer 13 and describe the disinfection certificate through the above-described output unit 14.

Here, the above-mentioned weather information is weather information of the region where the above-described disinfecting booth is installed. In addition, the weather information downloader 26b may access the site providing the weather information and may easily download the weather information as an address for downloading the weather information is stored.

Referring to Figure 9, the disinfection certificate, as shown, the disinfection place, the person who performed the disinfection, the date and time of disinfection, the disinfection target, disinfection product name, disinfection method, regulations, date of issue and the issuer is described in the title or commercial phrase. In other words, the disinfection certificate shall be prepared in the form as shown, with the enumerated contents listed in the title or commercial text. Of course, this form is stored in the form storage unit 13c described above.

Disinfection certificates will always be printed with these titles and commercial phrases on them. In other words, the disinfection certificate is rarely changed once the title or commercial text listed is confirmed. Such disinfection certificate may be stamped with the seal of the publisher, not shown.

Here, the above-mentioned form means a form in which titles, laws and regulations and the issuer of items 1 to 6 shown are described.

In addition, the Sancheong Livestock Purification Center and address of item 1, Sancheong Livestock Cooperative Association of item 2, vehicle number of item 4, drug name of item 5, and spray disinfection or air shower of item 6 are The disinfection information entered through the input unit 12 and described next to the titles of the above items 1 to 6 is described. That is, the disinfection information is data that is input according to the situation or location. Of course, these disinfection information is written by the above-described creator 13 in the disinfection certificate as shown in the form described above.

On the other hand, the year, month, date and time of the item 3 shown in the lowest date and time is transmitted from the above-described creation time provider 22 is inserted into the disinfection certificate.

The operation of the disinfection certificate issuance system according to the embodiment of the present invention configured as described above will be described with reference to the accompanying drawings as follows. The disinfection certificate issuance method for this will be described together. In the description, reference numerals of FIG. 8 showing the issuing method will be described in parentheses.

Referring to FIG. 1, the input device 12 receives the above-described disinfection information indicated on the disinfection certificate. (S2 of FIG. 8) The camera 11 captures a vehicle or a person coming out of the disinfection booth. S4) At this time, the camera operator 23 automatically detects the vehicle or the person coming out of the disinfecting booth to operate the camera 11 automatically.

The creator 13 creates a disinfection certificate of a set form using the image of the camera 11 and the disinfection information of the input unit 12. (S5 of FIG. 8) At this time, the preparation time provider 22 is a The creation time is provided to the creator 13. Then, the number recognizer 16 recognizes the vehicle number from the license plate of the vehicle displayed on the image of the camera 11 and provides it to the creator 13 so that the vehicle number is automatically displayed on the disinfection certificate. Therefore, the creator 13 creates a disinfection certificate including the preparation time and the vehicle number.

The output unit 14 outputs the disinfection certificate produced by the creator 13 to a screen or a printer. (S9 of FIG. 8) At this time, the output unit 14 includes disinfection information, an image captured by the camera 11, a creation time and a vehicle. Print the disinfection certificate numbered.

The controller 10 controls the input unit 12, the camera 11, the writer 13, the output unit 14, the camera operator 23, the creation time provider 22 and the number recognizer 16 to control the disinfection certificate. Output smoothly. Therefore, the driver of the vehicle, the person who performed the disinfection or the manager can easily check the disinfection certificate.

On the other hand, the certificate holder 15 stores and stores the disinfection certificate created by the creator 13. (S6 of FIG. 8) Therefore, the administrator can re-print the disinfection certificate created at any time and reconfirm it, and reissue it if necessary. It may be.

The weather information provider 26 provides the weather information corresponding to the disinfection date or the disinfection time to the writer 13. (S8 of FIG. 8) Of course, the writer 13 includes the weather information by including the weather information in the disinfection certificate ( 14) Therefore, the manager, the manager of another region, or the manager of the central control room can reconsider the disinfection method through the weather information of the disinfection certificate to promote efficient disinfection.

The vehicle manager 25 checks the number of times of entry and exit of the vehicle by checking the number of times of entry and exit of the vehicle corresponding to the vehicle recognized by the number recognizer 16 or the vehicle number input by the input device 12 described above. After that, upon request of the administrator, the number of times of entry and exit of the vehicle is transmitted to the above-described generator 13 and output to the above-described output unit 14 (S7a and S7b of FIG. 8). After the entry and exit of the vehicle is matched with the above-described disinfection certificate form, the disinfection certificate is output to the output unit 14. Therefore, the manager can easily secure the previous disinfection information of the vehicle through the access information of the vehicle, that is, the vehicle information. In addition, the manager can secure the access frequency of the access vehicle as statistical data, and can provide the statistical data to other companies.

The transmitter 17 transmits the disinfection certificate created by the creator 13 to a mobile phone or a remote terminal of a driver or a person who has disinfected. Therefore, the driver or the person who performed the disinfection can prove the disinfection by the mobile phone without having to obtain a disinfection certificate in writing. In addition, the administrator managing the remote terminal can not only confirm the disinfection of the vehicle or person at a long distance, but also transmit the disinfection room to a disinfection control center in another region to confirm. Of course, the driver or the person who performed the disinfection can check the disinfection certificate from a distance by receiving or downloading the disinfection certificate from a remote location.

The warning device 24 warns of a malfunction of the device when a malfunction signal is received from the writer 13 or the output unit 14. Therefore, the manager can immediately recognize the malfunction of the creator 13 or the printer 14, so that the administrator can take action promptly.

The vehicle route provider 21 notifies the central control server of the movement route of the vehicle. (S7 in FIG. 8) Therefore, the administrator of the central control room checks the movement route of the vehicle and indicates that the vehicle moves frequently to the contagious area. As it can be identified, the disinfection of the area can be appropriately adapted to the movement of vehicles.

Referring to FIG. 2, the builder 13 stores disinfection information input to the input device 12 described above through the data storage unit 13a. (S3 of FIG. 8), and the builder 13 stores an image storage unit. The image captured by the camera 11 described above is stored through 13b. In addition, the builder 13 stores the form input from the input device 12 through the form storage unit 13c for the preparation of the disinfection certificate. (S1 in FIG. 8) The builder 13 also includes a certificate generator ( The disinfection certificate stored in the data storage unit 13a and the image stored in the image storage unit 13b are matched to the form stored in the form storage unit 13c through 13d) to generate a disinfection certificate. (S5 of FIG. 8) The creator 13 transmits the disinfection certificate created through the interface unit 13e to the above-described output unit 14 to output the disinfection certificate produced by the screen or the printer. Therefore, the above-described output unit 14 outputs the disinfection certificate recorded by the camera 11 and the image of the whole image and the disinfection information recorded. Of course, the manager can clearly recognize the vehicle or person who performed the disinfection through the image and information of the disinfection certificate.

On the other hand, the composer 13 enlarges the license plate of the vehicle or the face of a person from the image stored in the image storage 13b through the image enlarger 13f and provides it to the certificate generator 13d. At this time, the image magnification unit 13f detects a portion where the license plate or face of the vehicle is located in the stored image, and magnifies an image of the detected portion and provides it to the certificate generation unit 13d (S4d and S4e in FIG. 8). Therefore, the certificate generating unit 13d matches the enlarged license plate or face image to one side of the disinfection certificate in which the entire image is recorded. (S4f in FIG. 8) Of course, the above-described output unit 14 may be an enlarged license plate or the like. The face is printed on the disinfection certificate together with the entire image. As a result, the manager can more clearly recognize the vehicle or the person who performed the disinfection.

On the other hand, when the moving picture is stored in the image storage unit 13b, the composer 13 captures the image of the vehicle or the person through the capture unit 13g as a single image and generates the above-described certificate generation unit ( 13d) or the image enlargement unit 13f. (S4c in FIG. 8) Therefore, the certificate generation unit 13d or the image enlargement unit 13f is a single image by the capture unit 13g even when a moving image is captured. It can be marked on the disinfection certificate.

Referring to FIG. 3, when the unique signal of the transmitter 21a installed in the vehicle is received by the receiver 21b, the vehicle path provider 21 sends the unique signal received through the transmitter 21c to the central control server. send. Therefore, the manager of the central control room can check the movement route of the vehicle, so that a control measure can be established according to the movement route of the vehicle.

Referring to FIG. 4, the certificate storage unit 15 stores the disinfection certificate created by the above-described creator 13 in the certificate storage unit 15a, and then, upon request of an administrator, the certificate disinfection certificate to the reading unit 15b. It reads out and outputs to the above-mentioned output unit 14. Therefore, the administrator can reissue or reconfirm the disinfection certificate and send it to the central control server if necessary.

On the other hand, when the storage period of the disinfection certificate stored by the timer 15c is confirmed, the certificate storage unit 15 automatically deletes or deletes the data through the deletion unit 15d. (S10 in FIG. 8) Therefore, the certificate holder 15 can prevent the disinfection certificate from accumulating continuously.

Referring to FIG. 5, the camera actuator 23 transmits a detection signal to the camera 11 through the signal transmission unit 23b when a vehicle or a person enters or exits the disinfecting booth by the detection sensor 23a. (S4a of FIG. 8) Therefore, the camera actuator 23 can automatically operate the camera 11 according to whether a vehicle or a person enters or leaves a disinfecting booth. Of course, for this reason, the above-described builder 13 automatically creates a disinfection certificate.

Referring to FIG. 6, the warning device 24 outputs a warning sound or an illumination light through the aller 24b when a malfunction signal is applied from the above-described creator 13 or the output device 14. Then, the warning device 24 transmits the warning text to the administrator's mobile phone through the warning message transmission unit 24c. Therefore, the administrator can deal with the malfunction of the device quickly.

Referring to FIG. 7, the weather information provider 26 detects the driving of the above-described camera 11 through the driving sensor 26a. (S8a of FIG. 8) At this time, the driving sensor 26a is a camera. The driving of the camera 11 can be sensed by the power applied to the (11). When the driving of the camera 11 is confirmed, the weather information provider 26 accesses a weather information site of an address set through a wireless communication network or an internet network and downloads current weather information of the corresponding region. S8b) Subsequently, the weather information provider 26 transmits the downloaded weather information to the above-described creator 13. Therefore, the writer 13 matches the weather information to the form of the above-described disinfection certificate and outputs it through the above-described output unit 14 (S8c of FIG. 8). Of course, the administrator can adjust the weather information through the weather information of the disinfection certificate. New countermeasures can be established.

Referring to FIG. 8, the disinfection certificate is stored in the above-described form storage unit 13c after the forms of titles 1 through 6, the legal regulations, and the issuer are stored in the above-described certificate generation unit 13d. As shown. This disinfection certificate is written on the side of the title as shown in the disinfection information input to the input unit 12, and the image stored in the image storage unit 13b described above and enlarged in the image expansion unit 13f described above. Images are marked together. Therefore, the disinfection certificate can not only express various disinfection details but also clearly display the disinfection object. In particular, when the disinfection certificate is a vehicle as shown, since the license plate of the vehicle is provided on one side of the entire image can be clearly recognized the disinfection vehicle.

Since the above-described embodiments are merely illustrative of the preferred embodiments of the present invention, the scope of application of the present invention is not limited to the above, and appropriate modifications are possible within the scope of the same idea. Therefore, since the shape and structure of each component shown in the embodiment of the present invention can be carried out by deformation, it is natural that the modification of the shape and structure belong to the appended claims of the present invention.

10 controller 11 camera
12: Input Method 13: Builder
14: writer 15: certificate holder
16: number recognizer 17: transmitter
21: vehicle route provider 22: creation time provider
23: camera operator 24: warning
25: vehicle manager 26: weather information provider

Claims (6)

In the system to issue a disinfection certificate to prove the disinfection of the vehicle or person sterilized in the disinfection booth,
An input device for inputting disinfection information displayed on the disinfection certificate to confirm disinfection history;
A camera for photographing a vehicle or a person coming out of the exit of the disinfecting booth;
A creator for creating the disinfection certificate based on the image of the camera and the disinfection information of the input unit;
An output unit for outputting the disinfection certificate created by the creator; And
And a controller for controlling the operation of the output unit, camera, input unit, and writer.
The disinfection information,
Disinfection place where the disinfecting booth is installed, performer who performed disinfection, date and time of disinfection, disinfection product name, disinfection product name, disinfection method, legal regulations, type of disinfection equipment, name of the person in charge of disinfection, number and names of personnel in operation, issue date, issuer and publisher At least one of the seal of the,
If the operation of the builder for the preparation of the disinfection certificate is detected, providing a time for preparing the disinfection certificate to the creator to provide a time for creating the disinfection certificate on the disinfection certificate through the creator; ,
The creation time provider,
Disinfecting certificate issuing system, characterized in that for synchronizing the reference time of the PC in which the controller is installed to provide the creation time to the writer, or to the writer the current time entered and counted to the input unit. According to claim 1, The creator,
A data storage unit for storing disinfection information input to the input unit;
An image storage unit storing an image captured by the camera;
Form storage unit for storing the form of the disinfection certificate;
A certificate generator for generating the disinfection certificate by matching the image and the disinfection information to the form of the form storage unit; And
And an interface unit configured to transmit the generated disinfection certificate to the output unit.
The creator,
Disinfecting certificate issuing system further comprising; an image enlargement unit for expanding the portion set in the image stored in the image storage unit provided to the certificate generating unit. The method of claim 1,
And a certificate holder for storing and storing the disinfection certificate created by the creator.
The certificate holder,
Certificate storage unit for storing the disinfection certificate created by the creator; And
And a reading unit which reads the disinfection certificate requested through the input unit from among the disinfection certificates stored in the certificate storage unit and provides the disinfection certificate to the output unit.
The certificate holder,
A timer for checking a storage period of the disinfection certificate stored in the certificate storage unit; And
And a deletion unit for deleting the disinfection certificate corresponding to the deletion period by deleting the disinfection certificate corresponding to the deletion period by comparing the storage period checked in the timer with the set deletion period, and deleting the disinfection certificate after the storage period has passed. ,
The timer is disinfecting certificate issuing system, characterized in that for checking the storage period of the disinfection certificate in synchronization with the reference time of the PC, the controller is installed. The method of claim 1,
It further comprises a camera actuator for controlling the operation of the camera by detecting the entry and exit of the vehicle or person,
The camera actuator,
A detection sensor composed of a loop sensor or a photo sensor installed at an exit side of the disinfection booth and detecting a vehicle or a person coming out of the exit of the disinfection booth; And
And a signal transmission unit for transmitting the detection signal of the detection sensor to the controller to operate the camera.
It further comprises a warning device for warning the malfunction of the creator or the output device;
The warning device,
A detection unit for detecting a malfunction through a down signal transmitted from the generator or the output unit; And
Disinfecting certificate issuing system comprising a; an alert for warning of the malfunction by lighting or sound by the malfunction signal detected by the detection unit. The method of claim 1,
The weather information provider for providing weather information corresponding to the disinfection date or disinfection time of the vehicle or person to the creator to indicate the weather information on the disinfection certificate;
The weather information provider,
A drive detection unit detecting a drive of the builder; And
When the drive is detected, the weather information of the area where the disinfecting booth is installed is downloaded through the Internet network, and the weather information corresponding to the disinfection date or disinfection time is provided to the generator and the weather information written on the disinfection certificate through the output device. Disinfection certificate issuance system including; The method according to any one of claims 1 to 5,
And a vehicle path provider for providing a movement path of the vehicle to a central control server for managing the vehicle.
The vehicle route provider,
A transmitting unit which transmits a unique signal that is installed and installed in a vehicle captured by the camera;
A receiver for receiving a unique signal of the transmitter; And
Disinfection certificate issuing system comprising a; transmitting unit for transmitting the unique signal received to the receiving unit to the central control server to confirm the movement position of the vehicle.

Images