KR20220074294A - Method for managing animal medical information with enhanced treatment verification function - Google Patents

Abstract

The present invention relates to a method for managing animal medical information in which a medical verification function is enhanced.
According to an embodiment of the present invention, animal medical information is managed based on individual identification information of an animal to be examined, but animal medical information including an animal examination result is input and managed through a veterinarian terminal, and a veterinarian through a damage adjuster terminal By verifying and managing the error and authenticity of the animal medical information entered by the veterinarian, the medical verification function configured to check the error and authenticity of the animal medical information generated as a result of the veterinarian’s examination and provide it to the insurance company server is strengthened A method for managing animal medical information is disclosed.

Description

Method for managing animal medical information with enhanced treatment verification function}

The present invention relates to a method for managing animal medical information with enhanced medical verification function, wherein animal medical information is managed based on individual identification information of an animal to be examined, and animal medical information including an animal examination result through a veterinarian terminal It manages input and manages the verification and management of errors and authenticity of the animal medical information entered by the veterinarian through the damage adjuster terminal. It relates to a method for managing animal medical information in which the medical verification function configured to provide is enhanced.

Livestock disease treatment insurance for livestock diseases is sold to farmers who raise cattle, and livestock accident insurance is a national project focusing on compensation for the death of livestock. At the same time, a project to support medical expenses for cattle raising farms is being implemented in some areas.

As an example, livestock disease treatment insurance is an insurance product that compensates for the cost of treatment by veterinarians visiting the farmhouse at the request of the insured farmer to diagnose, treat, prescribe, and administer in case of disease or injury to livestock. First, cattle breeds that can manage individual diseases are first introduced and operated as a pilot project.

In the case of cattle, the insurance covers cattle with registration numbers (coupons) attached (classified as calves, fattening cattle, Korean cattle breeding cattle, and dairy cattle).

In the insurance coverage, 1 accident is defined as 1 treatment per day and 1 treatment item for 1 cow, and the compensation limit is determined for each treatment item.

However, in the case of disease treatment of livestock, there may be cases in which insurance premiums are claimed using information on insured livestock after treatment for diseases of livestock not covered by insurance due to the intention or negligence of the livestock owner.

For example, when a veterinarian visits a farmhouse, after treating and treating several insured and uninsured livestock at the same time, the veterinarian can claim insurance premiums by matching the number of insured livestock.

As another example, livestock insured for livestock that has treated or treated some livestock on its own by the owner of the livestock and then treated or treated on its own with the livestock that received actual treatment when the veterinarian visits the farmhouse You can also claim insurance together by matching the two numbers.

As another example, a livestock owner may self-medicate or treat an uninsured livestock, and then claim the insurance premium by matching the number of insured livestock with the consent of a veterinarian.

Republic of Korea Patent Registration 10-1903377 (Registration Date September 21, 2018) Republic of Korea Patent Registration 10-1544413 (Registration Date August 07, 2015)

The present invention has been devised in view of the above problems, and manages animal medical information based on individual identification information of an animal to be examined, but inputs and manages animal medical information including an animal examination result through a veterinarian terminal, To verify and manage the errors and authenticity of animal medical information entered by the veterinarian through the damage adjuster terminal, and to check the error and authenticity of the animal medical information generated as a result of the veterinarian’s examination and provide it to the insurance company server An object of the present invention is to provide a method for managing animal medical information in which the configured medical verification function is strengthened.

According to one aspect of the present invention in consideration of the above object, as an animal medical information management method executed in an animal medical information management server that interworks with a veterinarian terminal, a damage adjuster terminal, an animal owner terminal and an insurance company server through a network - the veterinarian terminal, The damage adjuster terminal and the animal owner terminal are mobile terminals, and the veterinarian terminal and the damage adjuster terminal have a GPS coordinate measurement function and an image capturing function-, 1) receiving the individual identification information of the animal to be examined from the veterinarian terminal ; 2) transmitting animal medical information managed based on the individual identification information to the veterinarian terminal, and generating and transmitting two first authentication code images to a registered animal owner terminal based on the individual identification information- Animal medical information includes an animal's examination record, disease record, and treatment record, wherein the two first authentication code images have different code values and are prioritized optical code images; 3) The veterinarian terminal receives the examination result information of the animal to be examined based on the individual identification information, updates and stores the information as animal medical information of the animal, and the GPS coordinates of the veterinarian terminal and the veterinarian terminal are connected to the animal owner terminal The step of receiving and storing the first image information of the displayed image taken as the first authentication information - The photographed first image information is information of two images sequentially photographed according to the priority of the two first authentication code images including-; 4) receiving the individual identification information of the animal to be checked by the damage adjuster terminal; 5) transmitting animal medical information managed based on the entity identification information to the damage adjuster terminal, and generating and transmitting a second authentication code image to a registered animal owner terminal based on the entity identification information; 6) From the damage adjuster terminal, based on the individual identification information, the examination confirmation result information of the animal to be checked is transmitted and stored, and the GPS coordinates of the damage adjuster terminal and the damage adjuster terminal display the image displayed on the animal owner terminal receiving the photographed second image information together and storing it as second authentication information; 7) The first condition regarding whether the GPS coordinates of the veterinarian terminal included in the first authentication information match the location address of the animal registered based on the entity identification information, the damage adjuster terminal included in the second authentication information A second condition regarding whether the GPS coordinates match the location address of the animal registered based on the individual identification information, the two image information included in the first authentication information, and the shooting order are the two first authentication codes When both the third condition regarding whether the image matches with the priority and the fourth condition regarding whether the second image information included in the second authentication information matches the second authentication code image are satisfied, the animal medical care Transmitting information and the checkup confirmation result information to an insurance company server based on the individual identification information; Disclosed is a method for managing animal medical information with enhanced medical treatment verification function configured including.

As described above, the present invention has an advantage in that the animal medical information generated as a result of a veterinarian's examination is checked for errors and authenticity and provided to the insurance company server.

1 is an overall system configuration diagram in which a method for managing animal medical information according to an embodiment of the present invention is executed;
2 is a configuration diagram of an animal medical information management server according to an embodiment of the present invention;
3 is a block diagram of a veterinarian terminal according to an embodiment of the present invention;
4 is a flowchart of a method for managing animal medical information according to an embodiment of the present invention;
5 is a partial detailed flowchart of a method for managing animal medical information according to an embodiment of the present invention;
6 is a partial detailed flowchart of a method for managing animal medical information according to an embodiment of the present invention;
7 is a schematic diagram for explaining a process of confirming GPS coordinates of a terminal according to an embodiment of the present invention;
8 is a schematic diagram from a hardware perspective of an animal medical information management server according to an embodiment of the present invention.

The present invention may be embodied in various other forms without departing from its technical spirit or main characteristics. Accordingly, the embodiments of the present invention are merely illustrative in all respects and should not be construed as limiting.

The terms 1st, 2nd, etc. are used only for the purpose of distinguishing one component from another component. For example, without departing from the scope of the present invention, a first component may be referred to as a second component, and similarly, a second component may also be referred to as a first component.

When a component is referred to as being “connected” or “connected” to another component, it may be directly connected or connected to the other component, but another component may exist in between.

As used herein, the singular expression includes the plural expression unless the context clearly dictates otherwise. In the present application, terms such as "comprises" or "comprising", "have" and the like are intended to represent the presence of elements or combinations thereof described in the specification, and the possibility that other elements or features may be present or added. It is not precluded.

Hereinafter, preferred embodiments according to the present invention will be described in detail with reference to the accompanying drawings.

1 is an overall system configuration diagram in which a method for managing animal medical information according to an embodiment of the present invention is executed, FIG. 2 is a configuration diagram of an animal medical information management server according to an embodiment of the present invention, and FIG. 3 is a diagram of the present invention 8 is a schematic diagram of a hardware perspective view of an animal medical information management server according to an embodiment of the present invention.

The animal medical information management server 100 of this embodiment includes the veterinarian terminal 200, the damage adjuster terminal 300, the animal owner terminal 400, the insurance company server 500, and the animal registration management server 600 and the network 10 ) and implements the animal medical information management method. The veterinarian terminal 200, the adjuster terminal 300, and the animal owner terminal 400 are mobile terminals, and the veterinarian terminal 200 and the damage adjuster terminal 300 have a GPS coordinate measurement function and an image capturing function. do.

The network 10 includes wired and wireless networks, and the wireless network may be various well-known wireless communication networks including mobile communication networks such as LTE and 5G in order to interwork with a mobile terminal.

The animal medical information management server 100 of this embodiment includes an animal medical information management module ( 102), animal registration information management module 104 for storing/modifying/updating animal registration information including animal type, gender, age, owner, and location address, creation of an authentication code image, image verification, authentication conditions The authentication processing module 106, the veterinarian terminal 200, the damage adjuster terminal 300, the animal owner terminal 400, the insurance company server 500, and the animal registration management server 600 and the network 10 that execute judgment processing Communication module 108 for interworking through the insurance company interworking module 110 for transmitting animal medical information and examination confirmation result information to the insurance company server 500 based on the authentication condition determination processing result, operation for general system environment operation module 112 .

In addition, the animal medical information management server 100 of this embodiment includes an animal medical information DB 120 that stores and manages animal medical information including an animal examination record, a disease record, and a treatment record, and a checkup confirmation result therefor, the animal Animal registration information DB 130 that stores and manages animal registration information including the type, gender, age, owner, and address of the veterinarian, personal information about the veterinarian (eg, name, affiliation, contact number, registration number) and medical records The veterinarian DB 140 that stores and manages, the personal information (eg, name, affiliation, contact number, registration number) of the damage adjuster and the damage adjuster DB 150 that stores and manages check-up confirmation records, and company registration information related to the insurance company (eg. , company name, address, contact information, registration number) is provided with an insurance company DB 160 that stores and manages, and an authentication processing record DB 170 that stores and manages authentication processing records (eg, authentication date and time, authentication processing contents).

Referring to FIG. 8 , from a hardware point of view, the animal medical information management server 100 of this embodiment includes a memory 2 for storing one or more instructions and a processor 4 for executing the one or more instructions stored in the memory 2 . ), and is a computing device in which a computer program stored in a medium is executed to execute an animal medical information management method. The animal medical information management server 100 of this embodiment may include a data input/output interface 6 , a communication interface 8 , data display means 3 , and data storage means 5 .

The server of the present embodiment may be provided with an input console such as a keyboard and mouse, and may be provided with a display unit such as a monitor and an audio output unit such as a speaker.

The module configuration of each server described above is a functional concept, and it goes without saying that some modules may be integrated into one module or separately configured as detailed functions.

The veterinarian, damage adjuster, and animal owner of this embodiment are registered in advance with the information in the animal medical information management server 100 and also in the insurance company server 500 .

The veterinarian treats/treats the insured animal, and the damage adjuster determines whether the treatment/treatment action matches the animal medical information entered by the veterinarian for the animal for which the veterinarian has completed the treatment/treatment. check whether

The animal owner is the owner of an animal covered by livestock disease treatment insurance, and if an animal is suspected of having a disease or needs prevention, the animal owner visits the ranch or farmhouse where the animal is located and requests treatment/treatment. /After completion of treatment, apply for insurance premiums.

The veterinarian and damage adjuster of this embodiment are veterinarians and damage adjusters registered in the insurance company server 500, for example, by linking the data between the insurance company server 500 and the animal medical information management server 100 to the animal medical information management server ( The information may also be registered in 100), or the information may be registered through separate registration in the animal medical information management server 100 .

As an example, the veterinarian terminal 200 of this embodiment includes an operation module 201 for general system environment operation of a mobile terminal, a wireless communication module 202 for performing wireless communication with the animal medical information management server 100, The GPS module 203 for obtaining the geographic coordinates where the mobile terminal is located, the function of inputting individual identification information of the animal to be examined, the function of input/receiving/transmitting/displaying/storing animal medical information, and the input/reception/ of the examination result The function of the veterinary use application 204, which executes the function of transmitting/displaying/storing, the function of photographing and transmitting the first authentication code image displayed on the animal owner terminal 400, and the confirmation function related to the authentication process, the function of the veterinary application The display means 211 for displaying information on execution, the input means 212 for providing an input function for the execution of the function of the veterinary application, and the first authentication code displayed on the animal owner terminal 400 are imaged by taking an image It includes a camera 213 to create a file.

The damage adjuster terminal 300 of this embodiment includes a function to input individual identification information of an animal to be examined, a function to input/receive/transmit/display/store animal medical information, and input/receive/transmit/display of examination confirmation results. The above-described veterinary terminal except for the fact that the damage adjustment application executing the function of / storing and the function of photographing and transmitting the second authentication code image displayed on the animal owner terminal 400 and the function of verifying the authentication processing is driven. (200) has a similar configuration.

The animal owner terminal 400 of this embodiment receives the animal owner's authentication request and transmits it to the animal medical information management server 100 , and the first authentication code image or the second authentication code from the animal medical information management server 100 . It has a configuration similar to that of the veterinarian terminal 200 described above, except that an application for animal owners that receives and displays an image is driven.

As an example, the veterinarian terminal 200 , the damage adjuster terminal 300 , and the animal owner terminal 400 may be a typical smart phone or tablet PC in which each of the above-described applications is driven.

The insurance company server 500 of this embodiment is a server of an insurance company that provides livestock disease treatment insurance service, and includes insurance subscription/cancellation based on individual identification information for animals, insurance premium application reception and payment processing, livestock disease-related information management, Execute insurance-related information management function.

The animal registration management server 600 of this embodiment is a server that receives and manages animal registration information including animal type, gender, age, owner, and location address at the time of birth of an animal and manages it based on individual identification information, for example, For example, it may be a server of the Livestock Product Quality Assessment Service. The Livestock Product Quality Assessment Service operates the livestock product traceability system, and manages the history at each stage of breeding/slaughtering/packaging/selling by livestock species. For example, for the management of the breeding stage, livestock such as cattle must register their birth within a preset period from the time of birth. , create and manage animal registration information including domicile addresses.

The animal medical information management server 100 of this embodiment receives, stores and manages animal registration information from the animal registration management server 600 .

4 is a flowchart of a method for managing animal medical information according to an embodiment of the present invention, FIG. 5 is a partially detailed flowchart of a method for managing animal medical information according to an embodiment of the present invention, and FIG. 6 is an embodiment of the present invention 7 is a schematic diagram for explaining a process of confirming GPS coordinates of a terminal according to an embodiment of the present invention.

In step 1), the animal medical information management server 100 receives individual identification information of an animal to be examined from the veterinarian terminal 200 .

The individual identification information of the animal is information based on any one of data recorded on an animal's ear-tag and data recorded on an animal's nose print characteristics, and may be generated in the form of an ID code value, for example. have.

On the ear-tag of the animal, a unique number for identifying the individual of the animal, etc. may be recorded in the form of an optical code or character.

An animal nose print is a pattern on the surface of an animal's nose, similar to a human fingerprint, and each animal has a unique inscription. The image obtained by photographing the inscription can be used as object identification information by recognizing a pattern like a fingerprint image and assigning a unique code value.

In addition, biometric information such as the iris may be used as entity identification information.

For example, a veterinarian visits a farmhouse requested for business trip treatment and performs an examination on an animal for which treatment is requested. Through the veterinarian terminal 200, entity identification information (eg, stamp data, inscription image) of an animal to be examined is input. Requests for on-site visits can be sent directly from the animal owner to the veterinarian, or through an insurance company.

In the case of this table data, it may be recorded on the stamp in the form of an optical code. In this case, the result value recognized by the code through the camera of the veterinarian terminal 200 or the data value of the image itself is transmitted to the animal medical information management server 100 .

When the stamp data is recorded in text, text may be input to the veterinarian terminal 200 .

In the case of the inscription image data, the inscription image data value captured by the camera of the veterinarian terminal 200 is transmitted to the animal medical information management server 100 .

In step 2), the animal medical information management server 100 transmits the animal medical information managed based on the individual identification information to the veterinarian terminal 200, and the animal owner terminal registered based on the individual identification information ( 400) to generate and transmit two first authentication code images.

The animal medical information includes an animal checkup record, disease record, and treatment record, and the two first authentication code images are optical code images with different code values and priority. The first authentication code image is an image of an authentication code for authenticating that the veterinarian has actually visited the farmhouse or ranch where the animal to be examined is located.

The first authentication code image and the second authentication code image to be described later are code images having different code values, and may be, for example, any one of a barcode and a QR code. does not In order to separately authenticate the veterinarian and the damage adjuster, the first authentication code image and the second authentication code image to be described later have different code values.

Preferably, the animal medical information management server 100 interworks with the animal registration management server 600 through the network 10, and the transmission of the animal medical information in step 2) is executed through the following detailed process. can

In step 21), the animal medical information management server 100 checks whether there is animal registration information to be managed based on the individual identification information received in step 1). The animal registration information includes an animal's type, gender, age, owner, and address.

In step 22), when there is no animal registration information managed based on the individual identification information, the animal medical information management server 100 transmits the individual identification information to the animal registration management server 600 .

In step 23), the animal medical information management server 100 receives animal registration information for registration management based on the individual identification information from the animal registration management server 600 .

In step 24), the animal medical information management server 100 stores the animal registration information based on the individual identification information and creates an information storage item (eg, a data field) for storing the animal medical information.

In step 25), the animal medical information management server 100 transmits the animal medical information managed based on the individual identification information to the veterinarian terminal 200 . The animal medical information may be information notifying that an information storage item for storing animal medical information for an animal corresponding to the individual identification information is newly created.

On the other hand, as a result of the execution of step 21), if there is already animal registration information managed based on the individual identification information, steps 22') are executed instead of steps 22) and below.

To this end, in step 22'), the animal medical information management server 100 transmits the animal medical information managed based on the individual identification information to the veterinarian terminal 200 .

In step 3), the animal medical information management server 100 receives the examination result information of the animal to be examined based on the individual identification information from the veterinarian terminal 200, and updates and stores it as animal medical information of the animal that is already being managed. In addition, the GPS coordinates of the veterinarian terminal 200 and the first image information obtained by the veterinarian terminal 200 photographing the image displayed on the animal owner terminal 400 are transmitted together and stored as the first authentication information. The photographed first image information includes two image information obtained by sequentially photographing two first authentication code images according to priority.

The examination result information is information that records examination results such as treatment/treatment of animals, and may be generated by a selection input method according to a predetermined menu format or by character input according to a qualitative determination.

The GPS coordinates of the veterinarian terminal 200 are transmitted to confirm and authenticate the location where the veterinarian actually performed the examination.

First image information obtained by photographing the image displayed on the animal owner terminal 400 by the veterinarian terminal 200 is transmitted to confirm and authenticate whether the examination of the animal has been made while the veterinarian actually meets the owner of the animal. .

After that, the damage adjuster visits the farmhouse where the veterinarian's checkup has been completed, checks the animals that have been checked out, and confirms the animal medical information (information that reflects the results of the veterinarian's checkup) of the animal to be checked and proceeds with the animal checkup. In order to do this, the individual identification information (eg, stamp data, inscription image) of the animal to be checked is input through the damage adjuster terminal 300 . The request for confirmation of examination may be transmitted directly from the animal owner to the adjuster, or through an insurance company that has confirmed that the examination by the veterinarian has been completed.

In step 4), the animal medical information management server 100 receives the individual identification information of the animal to be checked-up from the damage adjuster terminal 300 .

The individual identification information of the animal is information based on any one of data recorded on the ear-tag of the animal and data recording the nose print characteristics of the animal, and the recognition and transmission of the individual identification information is a veterinarian terminal (200) can be carried out in a similar process.

In step 5), the animal medical information management server 100 transmits the animal medical information managed based on the individual identification information to the damage adjuster terminal 300, and the animal owner terminal registered based on the individual identification information In 400, a second authentication code image is generated and transmitted. The second authentication code image is an image of an authentication code for authenticating that the damage adjuster has actually visited the farmhouse or ranch where the animal to be checked is located.

In step 6), the animal medical information management server 100 receives and stores the examination confirmation result information of the animal to be examined based on the entity identification information from the damage adjuster terminal 300, and the damage adjuster terminal 300 ) and the damage adjuster terminal 300 receives the second image information obtained by photographing the image displayed on the animal owner terminal 400 together and stores it as second authentication information.

The checkup confirmation result information is information as a result of on-site confirmation by the damage adjuster on whether or not the updated and stored animal medical information is in error. It is also possible to input the qualitative judgment of

The GPS coordinates of the damage adjuster terminal 300 are transmitted to confirm and authenticate the location where the damage adjuster actually performed the checkup confirmation action.

The second image information obtained by the damage adjuster terminal 300 photographing the image displayed on the animal owner terminal 400 is to check and authenticate whether the animal checkup is confirmed in the state that the damage adjuster actually meets the owner of the animal are sent for

In step 7), when all of the first to fourth conditions are satisfied, the animal medical information management server 100 performs a normal veterinary checkup on the insured animal and a normal damage adjuster's checkup confirmation action. Upon determination, the animal medical information and the checkup confirmation result information are transmitted to the insurance company server 500 based on the individual identification information. The insurance company may pay premiums based on the transmitted information.

The first condition is a condition for determining whether the GPS coordinates of the veterinarian terminal 200 included in the first authentication information match the location address of the registered animal based on the entity identification information. Through the first condition, it is confirmed that the veterinarian has actually visited the registered animal's domicile address based on the individual identification information.

The second condition is a condition for determining whether the GPS coordinates of the damage adjuster terminal 300 included in the second authentication information match the location address of the registered animal based on the entity identification information. Through the second condition, it is confirmed that the adjuster has actually visited the registered animal's domicile address based on the individual identification information.

The third condition is a condition for determining whether the two pieces of image information and the shooting order included in the first authentication information match the two first authentication code images and priorities. Through the third condition, it is confirmed that the veterinarian has actually met the owner of the registered animal based on the individual identification information.

Determining whether the first image information matches the first authentication code image may be performed through code value comparison through pattern recognition of the optical code.

The animal medical information management method of this embodiment uses two first authentication code images and determines the third condition in consideration of the priorities of these two code images, thereby providing a more enhanced medical verification function.

The fourth condition is a condition for determining whether the second image information included in the second authentication information matches the second authentication code image. Through the fourth condition, it is confirmed that the adjuster actually met the owner of the registered animal based on the individual identification information.

Determining whether the second image information matches the second authentication code image may be performed through code value comparison through pattern recognition of the optical code.

In step 7), if any one or more of the first to fourth conditions are not satisfied, it is determined that there is a reliability problem in the authenticity of the examination result, and the animal medical information and the examination confirmation result information are provided to the insurance company It is not transmitted to the server 500 .

In addition, when the first condition or the third condition is not satisfied, a notification message is transmitted to the veterinarian terminal 200 and the damage adjuster terminal 300 to guide what conditions are not satisfied. Since the first condition or the third condition relates to a reliability problem with respect to the veterinarian's examination behavior, the notification message is transmitted to both the veterinarian terminal 200 and the damage adjuster terminal 300 for additional confirmation.

When the second condition or the fourth condition is not satisfied, a notification message guiding which condition is not satisfied is transmitted to the damage adjuster terminal 300 . Since the second condition or the fourth condition relates to a reliability issue regarding the damage adjuster's check-up confirmation action, the notification message is transmitted only to the damage adjuster terminal 300 for additional confirmation. That is, it is a case where it is determined that additional confirmation by the veterinarian is not necessary.

On the other hand, when an explanatory message is transmitted from the damage adjuster terminal 300 that has received the notification message, the animal medical information and the checkup confirmation result information are combined with the explanatory message on the basis of the individual identification information to the insurance company server 500 send to

The clarification message includes clarification-related content in which the damage adjuster reconfirms whether or not the matters included in the notification message are actually problematic. , it is also possible to input the qualitative judgment of the damage adjuster in text.

For example, even when the notification message is transmitted, a slight error may be the cause of insufficient satisfaction of the corresponding condition. Therefore, in this case, it is possible to explain that premium payment is possible under the judgment of the damage adjuster who confirmed the actual examination.

Meanwhile, in order to further increase the reliability of the authentication process based on the first to fourth conditions, information on when each of the steps is executed may be further used for the authentication process.

As a preferred example, the animal medical information management server 100 stores the first sending time (eg, date/time/hour, minute and second) at which the first authentication code image is transmitted to the animal owner terminal 400 in step 2). , In step 3), the first reception time point at which the first image information is transmitted from the veterinarian terminal 200 is further included and stored as the first authentication information.

In addition, in step 7), the animal medical information management server 100 satisfies the fifth condition regarding whether the first reception time is within a preset first validity period (eg, 1 day) from the first transmission time. is further determined, and when all of the first to fifth conditions are satisfied, the animal medical information and the checkup confirmation result information are transmitted to the insurance company server 500 based on the individual identification information.

For example, when 5 days have elapsed since the first receiving time point has elapsed after a preset first validity period (eg, 1 day) from the first sending time point, it may be regarded as not a normal checkup activity. Reflecting this, the fifth condition is further determined as described above.

As a modification, in addition to the determination regarding the fifth condition, the animal medical information management server 100 transmits the second authentication code image to the animal owner terminal 400 in step 5) at the second sending time point. and, in the step 6), further including a second reception time point when the second image information is transmitted from the damage adjuster terminal 300 as the second authentication information.

In addition, in step 7), the animal medical information management server 100 further determines whether a sixth condition regarding whether the second reception time is within a preset second validity period from the second transmission time is satisfied, and the When all of the first to sixth conditions are satisfied, the animal medical information and the checkup confirmation result information are transmitted to the insurance company server 500 based on the individual identification information.

For example, when 5 days have elapsed since the second reception time point is a preset second validity period (eg, 1 day) from the second transmission time point, it may be regarded as not a normal check-up confirmation act. Reflecting this, the sixth condition is further determined as described above.

As a modification, in addition to the determination of the fifth condition and the sixth condition, the animal medical information management server 100 in step 7), wherein the second reception time is a third preset time from the first reception time. It is further determined whether a seventh condition regarding whether it is within the validity period is satisfied, and when all of the first to seventh conditions are satisfied, the animal medical information and the checkup confirmation result information are transferred to the insurance company server based on the individual identification information (500).

For example, when 5 days have elapsed since the second reception time has elapsed after a preset second validity period (eg, 3 days) from the first reception time, the time of the damage adjuster's examination confirmation action from the time of the veterinarian's examination If this elapses excessively, a problem may arise as to the validity of the damage settlement. Reflecting this, the seventh condition is further determined as described above.

Meanwhile, when the judgment regarding the fifth to seventh conditions is added, the following process may be further executed.

In step 7), the animal medical information management server 100 sends the animal medical information and the checkup confirmation result information to the insurance company server 500 when any one or more of the first to seventh conditions are not satisfied. do not transmit

In addition, when the animal medical information management server 100 does not satisfy any one or more of the first condition, the third condition, and the fifth condition, the veterinarian terminal 200 and the damage adjuster terminal 300 are satisfied. Sends a notification message guiding what conditions not to do.

In addition, when the animal medical information management server 100 does not satisfy any one or more of the second condition, the fourth condition, the sixth condition, and the seventh condition, the condition not satisfied by the damage adjuster terminal 300 is Send a notification message guiding you what to do.

Thereafter, similarly to the above-described embodiment, when an explanatory message is transmitted from the damage adjuster terminal 300 that has received the notification message, the animal medical information and the examination confirmation result information are combined with the explanatory message and the entity identification information may be transmitted to the insurance company server 500 based on the

Meanwhile, referring to FIG. 7 , whether the first condition is satisfied in step 7) may be determined as follows.

In step 7), whether the first condition is satisfied is whether the GPS coordinates (P1 or P2) of the veterinarian terminal 200 are included in the area AA of the registered animal's location address based on the individual identification information. It is determined based on the first criterion for judging .

In general, when a location is indicated by an address (a lot number or street name address), it is defined on the map in the form of an area having an area, not in the form of one coordinate point. For this reason, in determining whether the GPS coordinates of the veterinarian's terminal 200 are located within the area of the animal's location address, this point must be taken into account.

When the first criterion is not met, the GPS coordinates (P1 or P2) of the veterinarian terminal 200 surround the area (AA) of the address of the registered animal based on the entity identification information of the preset size condition It is determined based on the second criterion for determining whether or not it is included in the original area CA2.

In general, the address (lot number or road name, address) of a farmhouse or ranch does not indicate the entire area of a pasture where livestock is raised or grazing, but may include only a partial area where major facilities are located.

In this case, even if the veterinarian terminal 200 is located within the area of the farmhouse or ranch, it may be determined that it is out of the area recognized based on the address of the farmhouse or ranch.

In consideration of this, when the first criterion is not met, the GPS coordinates (P1 or P2) of the veterinarian terminal 200 surround the area (AA) of the animal's address, the circle area of the preset size condition ( It is judged complementary to whether it is included in CA2).

Referring to FIG. 7 , the circle area CA2 of the preset size condition is a preset drainage condition (eg, 1.5 times, 2 times) for the diameter of the circle CA1 circumscribing the area AA of the animal's location address. It may be a circle area having a diameter reflecting a ship, etc.). Drainage conditions may be appropriately set in consideration of the proximity of a nearby ranch.

In FIG. 7 , when the veterinarian terminal 200 is located at the point P1, it is determined that the animal is within the area AA of the address of the animal, and it is determined that the first criterion is satisfied. When the veterinarian terminal 200 is located at the point P2, the animal Although it is not determined that it is within the area AA of the address of , it is determined that it is within the original area CA2 of the preset size condition, and thus it is determined that the second criterion is satisfied.

When it is determined that the first condition is satisfied based on the second criterion, information indicating that the first condition is satisfied based on the second criterion is further transmitted to the insurance company server 500 .

When it is determined that the first condition is satisfied based on the second criterion, since the veterinarian terminal 200 is not accurately located within the area of the corresponding farmhouse or ranch, it is determined that the first condition is satisfied, The information on the determination process is further transmitted to the insurance company server 500 so that the insurance company can refer to it.

Meanwhile, whether the second condition is satisfied in step 7) may be determined as follows.

In step 7), whether the second condition is satisfied is based on the third criterion for determining whether the GPS coordinates of the damage adjuster terminal 300 are included in the area of the registered animal's location address based on the entity identification information. judge based on

If the third criterion is not satisfied, it is determined whether the GPS coordinates of the damage adjuster terminal 300 are included in the original area of the preset size condition surrounding the area of the registered animal's location address based on the entity identification information. based on the fourth criterion.

When it is determined that the second condition is satisfied based on the fourth criterion, information indicating that the second condition is satisfied based on the fourth criterion is further transmitted to the insurance company server 500 .

The animal medical information management method according to an embodiment of the present invention may be provided as a computer program stored in a medium to be executed in combination with hardware. In addition, the method for managing animal medical information according to an embodiment of the present invention may be provided by being included in a computer-readable recording medium in which a computer program is recorded.

To this end, embodiments of the present invention include a program for performing various computer-implemented operations and a computer-readable recording medium recording the same. The computer-readable recording medium may include program instructions, data files, data structures, etc. alone or in combination. The medium may be specially designed and configured for the present invention, or may be known and available to those skilled in the art of computer software. Examples of the computer-readable recording medium include hard disks, magnetic media such as floppy disks and magnetic tapes, optical recording media such as CD-ROMs, DVDs, and USB drives, magneto-optical media such as floppy disks, and ROM, RAM; Included are hardware devices specially configured to store and execute program instructions, such as flash memory and the like. Examples of program instructions include not only machine language codes such as those generated by a compiler, but also high-level language codes that can be executed by a computer using an interpreter or the like.

100: animal medical information management server
200: veterinarian terminal
300: damage adjuster terminal
400: animal owner terminal
500: insurance company server
600: animal registration management server

Claims (1)

A method for managing animal medical information executed by a veterinarian terminal, an adjuster terminal, an animal owner terminal, and an animal medical information management server interworking through a network with the insurance company server, wherein the veterinarian terminal, the adjuster terminal, and the animal owner terminal are mobile terminals, The veterinarian terminal and the damage adjuster terminal are equipped with a GPS coordinate measurement function and an image capturing function-,
1) receiving the individual identification information of the animal to be examined from the veterinarian terminal;
2) transmitting animal medical information managed based on the individual identification information to the veterinarian terminal, and generating and transmitting two first authentication code images to a registered animal owner terminal based on the individual identification information- Animal medical information includes an animal's examination record, disease record, and treatment record, wherein the two first authentication code images have different code values and are prioritized optical code images;
3) The veterinarian terminal receives the examination result information of the animal to be examined based on the individual identification information, updates and stores the information as animal medical information of the animal, and the GPS coordinates of the veterinarian terminal and the veterinarian terminal are connected to the animal owner terminal Step of receiving the first image information of the displayed image and storing it as first authentication information together - The photographed first image information is two image information obtained by sequentially photographing two first authentication code images according to priority including-;
4) receiving the individual identification information of the animal to be checked by the damage adjuster terminal;
5) transmitting animal medical information managed based on the entity identification information to the damage adjuster terminal, and generating and transmitting a second authentication code image to a registered animal owner terminal based on the entity identification information;
6) From the damage adjuster terminal, based on the individual identification information, the examination confirmation result information of the animal to be checked is transmitted and stored, and the GPS coordinates of the damage adjuster terminal and the damage adjuster terminal display the image displayed on the animal owner terminal receiving the photographed second image information together and storing it as second authentication information;
7) The first condition regarding whether the GPS coordinates of the veterinarian terminal included in the first authentication information match the location address of the animal registered based on the entity identification information, the damage adjuster terminal included in the second authentication information A second condition regarding whether GPS coordinates match the location address of an animal registered based on the individual identification information, the two image information included in the first authentication information, and the shooting order are the two first authentication codes When both the third condition regarding whether the image matches with the priority and the fourth condition regarding whether the second image information included in the second authentication information matches the second authentication code image are satisfied, the animal medical care Transmitting the information and the checkup confirmation result information to an insurance company server based on the individual identification information; a method for managing animal medical information with enhanced medical treatment verification function configured including:

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