KR20200055818A - System, server and method for providing integrated pet management on based big-data - Google Patents

Abstract

The present invention relates to an integrated pet risk management system based on big data, which constructs the big data form information about a pet owner, pet etiquette, an animal hospital, the pet, a pet-related agent/organization, and the like to integrally perform risk management for the pet based on the big data, and a server and method thereof. According to the present invention, the method comprises: a step of allowing a pet owner terminal to request registration of pet owner information inputted through an input means; a step of allowing a pet etiquette provider terminal to request registration of pet etiquette information inputted through an input means; a step of allowing an animal hospital terminal to request registration of animal hospital information inputted through an input means; a step of allowing a pet provider terminal to request registration of pet information inputted through an input means; a step of allowing a pet-related agency/organization terminal to request registration of pet-related agency/organization information inputted through an input means; a step of allowing the server to collect pet owner information, pet etiquette information, animal hospital information, and pet-related agency/organization information in accordance with a pet owner information registration request of the pet owner terminal, a pet etiquette information registration request of the pet etiquette provider terminal, an animal hospital information registration request of the animal hospital terminal, and a pet-related agency/organization information registration request of the pet-related agency/organization terminal to construct and register the collected data as big data; and a step of allowing a database to construct the pet owner information, pet etiquette information, animal hospital information, and pet-related agency/organization information transferred from the server.

Description

System, server and method for providing integrated pet management on based big-data

The technical field of the present invention relates to a big data-based companion animal crisis management integrated system, a server, and a method, in particular, by constructing big data with information of a companion, pet ticket, companion animal hospital, companion animal, and companion organization, It is a big data-based integrated animal crisis management system, server, and method that is implemented so that risk management for companion animals can be integrated.

Cases of raising pets at home are rapidly increasing, including dogs, cats, fish, birds, and iguanas. After purchasing these companion animals, it was difficult to know how to manage them in the future. Few people are aware of the problems that arise after purchase, such as how to raise them, how to deal with them when they get sick, and how to handle them when they die.

When managing companion animals, animal hospitals are often used like people, but the number of treatments in animal hospitals is not a fixed number, and is not a condition where insurance is provided. In addition, despite the fact that regular check-ups and preventive injections are necessary to prevent illness, there are cases in which the patient is left unattended due to missed timing or burden of medical expenses.

Korean Registered Patent No. 10-1781924 (Registration on September 20, 2017) discloses a system for providing medical treatment based on companion animal medical insurance, a set of breeder mobile terminals composed of a plurality of breeder mobile terminals, and a plurality of animal hospital terminals A companion animal medical insurance-based complex treatment service providing system for companion animal medical insurance server, companion animal feed / supply provision server, and disease information DB and signal and data transmission and reception through a network. The medical insurance server includes a breeder insurance subscription module that completes a breeder insurance subscription by a breeder mobile terminal operated by each companion animal breeder; A veterinary hospital insurance subscription module that completes veterinary hospital insurance coverage by the veterinary hospital terminal operated by each veterinary hospital director; For the breeder's mobile terminal that has completed the breeder's insurance by the breeder's insurance subscription module, it provides an offline companion animal treatment service by the animal hospital's terminal that has completed the insurance of the animal hospital, and provides online and companion animal feed from a companion animal feed / supply server. / Pet insurance service providing module that provides insurance benefits provided when purchasing pet food and supplies in an offline store operating a server for providing goods; And an organic animal reception / management module. According to the disclosed technology, an animal loss medical insurance is operated by establishing a cooperation and cooperation system between a companion animal breeder and a clinical veterinarian, and contributing to the improvement of the companion animal welfare and ethics according to the improvement of the companion animal breeding environment. It is necessary to reduce the amount of treatment, to solve all the economic difficulties caused by the breeding of companion animals, as well as to solve the ethical problems in the management and disposal of organic companion animals, and to provide more realistic adoption and release of companion animals.

Korean Patent Publication No. 10-2014-0108837 (published on September 15, 2014) wears a necklace-type terminal on the pet's neck and, for the pet breeder, a companion animal through a separate terminal for monitoring the current status of the pet. It is disclosed with respect to a companion animal management system using a mobile terminal to monitor the. According to the disclosed technology, a mobile terminal such as a wireless Internet phone having a wireless communication function and a screen display, a camera, a speaker, and the like in a home and indoor can communicate with each other through a mobile terminal, and a distance sensor is built in. A mobile animal management system using a mobile terminal that can be freely moved in the home and indoors by using basic information input by a breeder on the mobile terminal through the combination of a mobile terminal and a mobile dock that can be freely moved. For the management of companion animals that are kept indoors, a plurality of wireless beacons using wireless communication technology and wireless positioning technology are operated at a specific location indoors, and a wireless communication terminal with a microphone is attached to a specific area of the companion animal to indoor The location and condition of your pet The mobile beacon can be interlocked to prevent identification and dangerous situations, and the wireless communication control technology enables the control of a pet house located at home and at home, an automatic feeder, and a toilet pad control function through wireless communication. It is characterized in that the mobile terminal and the mobile terminal are used to manage the rest, feed, and excretion of the companion animal.

In the conventional technology as described above, the social cost for lost / mammalian animals is still increasing, and there is a limitation in the activation of small animal hospitals due to poor linkage to companion animal crisis management, and it is also independent in various location situations. Due to the individual service operated by the company, it is inefficient to have to call the companions individually, or to search through the SNS for the organizational organizations and the companion animal hospitals. In addition, it is necessary to improve the service or system to efficiently respond to social issues and costs due to the rapid growth of the companion animal business.

Korean Registered Patent No. 10-1781924 Korean Patent Publication No. 10-2014-0108837

The problem to be solved by the present invention is to solve the shortcomings or necessities as described above, by constructing big data with information such as companions, pet tickets, companion animal hospitals, companion animals, and companion organization groups, big data It is to provide a big data-based companion animal crisis management system, server, and method that is implemented so that crisis management for companion animals can be integrated.

As a means for solving the above-mentioned problems, according to one aspect of the present invention, a companion terminal for requesting registration of companion information input through the input means; A pet ticket provider terminal requesting registration of pet ticket information input through an input means; A companion animal hospital terminal requesting registration of companion animal hospital information input through an input means; A companion animal provider terminal for requesting registration of companion animal information input through an input means; A terminal for a companion institution group requesting registration of the companion institution information input through the input means; Request for registration of companion information from the companion terminal, request for registration of pet ticket information from the pet ticket provider terminal, request for registration of companion animal hospital information from the companion animal hospital terminal, request for registration of companion animal information from the companion animal provider terminal, and the companion A server that collects companion information, pet ticket information, companion animal hospital information, companion animal information, and companion organization information according to the request for registration of the companion organization information of the terminal of the organization group and builds it as big data; And a database for establishing and registering companion information, pet ticket information, companion animal hospital information, companion animal information, and companion organization information transmitted from the server as big data. to provide.

In one embodiment, the companion information is characterized by including member ID, name, address, contact information, and information of the last hospital ID.

In one embodiment, the pet ticket information is characterized in that it includes the information of the pet ticket ID, pet ticket content, registrant name, date and time of registration, and data source.

In one embodiment, the companion animal hospital information is characterized in that it includes information of the hospital ID, address, contact information, medical subjects, emergency room availability, absences, consultation, treatment.

In one embodiment, the companion animal information includes companion animal ID, animal breed, breed, birthday, color, inoculation content, final inoculation date, next inoculation content, inoculation information, inoculation schedule date, final hospital ID information It is characterized by.

In one embodiment, the group information of the companion institution is characterized in that it includes information of the companion organization ID, address, contact information, department in charge, and business in charge.

In one embodiment, the companion terminal is characterized by notifying the server by checking the current companion location using the location detecting means.

In one embodiment, the companion terminal confirms the one-stop loss / organic / abuse registration request through the input means, and the loss / organic / abuse information including loss / organic / abuse related information and identification information input through the input means It is characterized by generating a registration request signal and transmitting it to the server.

In one embodiment, the lost / organic / abuse related information is characterized by including information on a GPS location, a picture or video, an event situation, and information about Confucius.

In one embodiment, the companion terminal is characterized in that it outputs that the loss / organic / abuse registration is completed in one stop according to the lost / organic / abuse registration completion signal received from the server.

In one embodiment, the companion terminal is characterized in that it checks and outputs information of the companion organization group terminal or shelter from the companion animal protection notification signal received from the server.

In one embodiment, the companion terminal is characterized in that it confirms the adoption request through the input means, generates an adoption request signal including the desired animal-related information and identification information input through the input means and transmits it to the server. do.

In one embodiment, the desired animal-related information is characterized in that it includes information on the size, breed, gender, age, color, neutralization, and medical history of the adoption application.

In one embodiment, the companion terminal is characterized in that it checks and outputs information of the adoptable companion animal from the adoptable companion animal notification signal received from the server.

In one embodiment, the companion terminal is characterized in that the companion animal hospital and medical treatment that can perform neutralization, companion animal registration, and education contents for companion animal registration are recommended from the server.

In one embodiment, the companion terminal is characterized in that by checking the disease / emergency click through the input means, the disease / emergency signal including identification information and location information is generated and transmitted to the server.

In one embodiment, the companion terminal is characterized in that it checks and outputs companion animal hospital information, consultation and reservation approval information from a consultation reservation confirmation signal received from the companion animal hospital terminal.

In one embodiment, the companion animal hospital terminal checks companion information and companion animal information in the consultation reservation signal received from the server, processes the consultation and reservation request, and then processes the companion animal hospital information, consultation and reservation approval information. Characterized in that it generates a consultation reservation confirmation signal including the transmitted to the companion terminal.

In one embodiment, the companion animal hospital terminal is characterized in that when the consultation reservation confirmation signal is transmitted, wait information, surgical information, possible schedule information, and payment processing information are also transmitted to the companion terminal.

In one embodiment, one or more of the companion terminal, the pet ticket provider terminal, the companion animal hospital terminal, the companion animal provider terminal, and the companion organization group terminal, inputs input information to be input through OCR scanning It is characterized by receiving and storing.

In one embodiment, one or more of the companion terminal, the pet ticket provider terminal, the companion animal hospital terminal, the companion animal provider terminal, and the companion organization group terminal, strings OCR scanning recognition information through imaging technology It is characterized in that it is converted to and stored in a standard format that has been previously specified.

In one embodiment, one or more of the companion terminal, the pet ticket provider terminal, the companion animal hospital terminal, the companion animal provider terminal, and the companion organization group terminal, equipped with a camera, is an image containing input information It is characterized in that it photographs, extracts text from the photographed image, and automatically stores the text.

In one embodiment, the server, parsing, correction, refining, categorization, indexing, encryption, de-identification data for companion information, pet ticket information, companion animal hospital information, companion animal information, and companion organization information It is characterized by constructing the integrated big data for crisis management of companion animals through standardized processing.

In one embodiment, the server receives a request for amendment of a companion information when a correction or change is made to the companion information, and uses the companion information to construct the correction change information as big data. .

In one embodiment, the modified change information is characterized in that it includes the member ID, date and time of change, information before and after the change.

In one embodiment, the server receives a pet ticket usage when using the pet ticket, and uses pet information and pet ticket information to additionally construct the pet ticket usage information as big data.

In one embodiment, the pet ticket usage information is characterized in that it includes the information of the pet ticket ID, member ID, pet ticket content, registrant name, registration date, and source of data.

In one embodiment, the server receives a crisis request for a companion animal of a companion when a pet requests a crisis for a companion animal, and uses the companion information and the companion animal hospital information to make the crisis request information big. It is characterized by further constructing with data.

In one embodiment, the crisis application information is characterized in that it includes the member ID, companion animal ID, application type, hospital ID, shelter ID, GPS location, address, time, information of the application.

In one embodiment, the server receives the companion's companion animal hospital visit when the companion visits the companion animal hospital, and uses the companion information and the companion animal hospital information to add the companion visit information as big data It is characterized by building.

In one embodiment, the companion visit information is characterized in that it includes a companion, a companion animal hospital ID, and date and time information.

In one embodiment, the server receives the companion animal acquisition of the companion when the companion animal is acquired, and uses the companion information and the companion animal information to additionally construct the companion animal acquisition information as big data. It is characterized by.

In one embodiment, the companion animal acquisition information is characterized in that it includes the companion, the companion animal ID, the date and time information.

In one embodiment, the server receives a notification of a companion animal of the companion when reporting the companion animal to the companion animal, and uses the companion information and the companion animal information to convert the companion animal report information into big data. It is characterized by additional construction.

In one embodiment, the companion animal report information is characterized by including information of a member ID, companion animal ID, report type, GPS location, address, time, and report content.

In one embodiment, the server receives the companion animal hospital visit of the companion animal when the companion animal visits the companion animal hospital, and uses the companion animal hospital information and companion animal information to add companion animal visit information as big data. It is characterized by building.

In one embodiment, the companion animal visit information is characterized by including the companion animal hospital ID, companion animal ID, date and time information.

In one embodiment, the server receives the pet organization's report when the pet's report is made, and uses the pet's report information and the agency's group information to additionally build the agency's report information as big data. It is characterized by.

In one embodiment, the institutional group reporting information is characterized by including information of a companion institutional group ID, member ID, companion animal ID, address, contact number, department in charge, and task in charge.

In one embodiment, the server receives a video registration of a companion animal when registering the video of the companion animal, and uses the companion animal information to additionally construct the companion animal video information as big data.

In one embodiment, the companion animal video information is characterized in that it includes a companion animal ID, a member ID, a video ID, a registration date and time, and the name of a registrant.

In one embodiment, the server receives an image registration of a companion animal when registering the image of the companion animal, and uses the companion animal information to further construct the companion animal image information as big data.

In one embodiment, the companion animal image information is characterized in that it includes companion animal ID, member ID, image ID, registration date, and registrant name information.

In one embodiment, the server receives the companion animal's video content registration when registering the companion animal's video content, and uses the companion animal report information and the companion animal video information to add the companion animal video content information as big data. It is characterized by building.

In one embodiment, the companion animal video content information is characterized in that it includes the member ID, video ID, video content, date of registration, information of the registrant's name.

In one embodiment, the server receives the companion animal's image content registration when registering the companion animal's image content, and adds the companion animal image content information as big data using the companion animal report information and the companion animal image information. It is characterized by building.

In one embodiment, the companion animal image content information includes a member ID, an image ID, an image content, a registration date, and information on the registrant's name.

In one embodiment, the server is characterized in that it provides a companion animal reporting one-stop service, adoption matching service, or emergency / disease treatment service through mobile or web based on big data.

In one embodiment, the server identifies identification information and loss / organic / abuse related information in the lost / organic / abuse registration request signal received from the companion terminal, and identifies lost / organic / abuse related information by identification information. The database is registered in the database, and at the same time, the loss / organic / abuse registration completion signal is generated and transmitted to the companion terminal after notification of the loss / organic / abuse report to the terminal or shelter of the companion institution. It is characterized by.

In one embodiment, the server uses the government-directed shelter DB, the private shelter DB, the companion DB, and the companion animal DB of the database, through the big data-based matching / recommended morpheme analysis, lost / organized registered in the database It is characterized in that there is a companion animal group terminal or a shelter corresponding to the relevant information to check whether there is a companion animal, and generates a pet animal notification signal including information of the companion organization group terminal or shelter and transmits it to the companion terminal. do.

In one embodiment, the server checks identification information and desired animal-related information in the adoption request signal received from the companion terminal, and registers the desired animal-related information in the database by identification information and simultaneously registers the database. , After notifying the pet application terminal or the pet terminal or shelter of the pet application, generating an adoption request completion signal and transmitting it to the pet terminal.

In one embodiment, the server uses the government-directed shelter DB, the private shelter DB, the companion DB, and the companion animal DB of the database, through the big data-based matching / recommended morpheme analysis, related to the desired animal registered in the database Checks whether there is a pet terminal or companion organization terminal or shelter capable of adopting companion animals corresponding to the information, generates a screening approval request signal including information about the adoptable companion animal, and then generates the pet companion terminal or the companion institution. After transmitting to the group terminal or the shelter, the pet companion terminal or the companion organization group terminal or the shelter receives an examination approval to generate an adoptable companion animal notification signal including information of the adoptable companion animal to generate the companion animal Characterized in that the transmission to the terminal.

In one embodiment, when the server transmits the adoptable companion animal notification signal, the pet animal hospital and medical treatment capable of performing neutralization and companion animal registration, and companion animal registration education contents are recommended to the companion terminal. It is characterized by.

In one embodiment, the server checks identification information and location information from a disease / emergency signal received from the companion terminal, checks the closest companion animal hospital from the database, and corresponds to the identification information Characterized in that it generates a consultation reservation signal including companion information and companion animal information and transmits it to the companion animal hospital terminal.

In an embodiment, the database may include modification change information, pet ticket usage information, crisis request information, companion visit information, companion animal acquisition information, companion animal notification information, companion animal information transmitted from the server It is characterized by additionally constructing and registering visit information, institutional group reporting information, companion animal video information, companion animal image information, companion animal video content information, or companion animal image content information as big data.

As a means for solving the above-described problem, according to another feature of the present invention, each of the companion terminal, pet ticket provider terminal, companion animal hospital terminal, companion animal provider terminal, and companion organization terminal respectively connected through a network. By identifying, the pet terminal's pet information registration request, the pet ticket provider terminal's pet ticket information registration request, the pet animal terminal's pet animal hospital information registration request, and the pet animal terminal's pet animal information registration request , An interface unit for receiving a request for registration of a group information of a companion organization from the terminal of the group of companion organizations; Companion information, pet ticket information, and companion animal hospital according to a request for registration of companion information received through the interface unit, a request for registration of pet ticket information, a request for registration of companion animal hospital information, a request for registration of companion animal information, and a request for registration of companion organization information An information collection unit that collects information, companion animal information, and companion organization information; And big data-based companion animal crisis management integrated server including a big data building unit to build the companion information, pet ticket information, companion animal hospital information, companion animal information, and companion organization information collected by the information collection unit as big data Provides

As a means for solving the above-described problem, according to another feature of the present invention, the companion terminal is requested to register the companion information input through the input means; A pet ticket provider terminal requesting registration of pet ticket information input through an input means; Requesting the companion animal hospital terminal to register the companion animal hospital information input through the input means; Requesting the companion animal provider terminal to register the companion animal information input through the input means; A step of requesting the terminal of the companion institution group to register the companion institution group information input through the input means; And a server requesting registration of companion information from the companion terminal, requesting registration of pet ticket information from the pet ticket provider terminal, requesting registration of companion animal hospital information from the companion animal hospital terminal, and requesting registration of companion animal information from the companion animal provider terminal , Big data including the step of collecting the companion information, pet ticket information, companion animal hospital information, companion animal information, and companion organization information according to the request for registration of the companion organization information of the companion organization terminal Provides an integrated method of managing the companion animal crisis.

As an effect of the present invention, by constructing big data with information of a companion, pet ticket, companion animal hospital, companion animal, companion organization, etc., it is possible to integrally carry out crisis management for companion animals based on the big data. Providing an integrated system, server, and method for managing big animal-based companion animals, it is possible to reduce social costs for lost / mammalized animals and efficiently utilize saving budgets by advancing management of lost / mammalized animals. In conjunction with the companion animal crisis management, it can contribute to the activation of small animal hospitals, contribute to the advancement of the companion animal business and strengthen international competitiveness, can be used as veterinary research data, and can improve companion animal related social problems. Is there.

1 is a view for explaining an integrated system for managing a big data-based companion animal crisis according to an embodiment of the present invention.
FIG. 2 is a view for explaining the structure of big data constructed by the big data-based companion animal crisis management integrated server in FIG. 1.
3 is a diagram illustrating a companion animal reporting one-stop service provided by the big data-based companion animal crisis management integrated server in FIG. 1.
FIG. 4 is a diagram illustrating adoption matching service provided by the big data-based companion animal crisis management integrated server in FIG. 1.
FIG. 5 is a diagram illustrating an emergency / disease treatment service provided by the big data-based companion animal crisis management integrated server in FIG. 1.
6 is a view for explaining a big data-based companion animal crisis management server in FIG. 1.
7 is a view for explaining a method of integrating big data-based companion animal crisis management according to an embodiment of the present invention.

Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings so that those skilled in the art to which the present invention pertains may easily practice. However, since the description of the present invention is only an example for structural or functional description, the scope of the present invention should not be interpreted as being limited by the embodiments described in the text. That is, since the embodiments can be variously changed and have various forms, it should be understood that the scope of the present invention includes equivalents capable of realizing technical ideas. In addition, the purpose or effect presented in the present invention does not mean that a specific embodiment should include all of them or only such an effect, and the scope of the present invention should not be understood as being limited thereby.

The meaning of the terms described in the present invention should be understood as follows.

Terms such as "first" and "second" are for distinguishing one component from other components, and the scope of rights should not be limited by these terms. For example, the first component may be referred to as the second component, and similarly, the second component may also be referred to as the first component. When a component is said to be "connected" to another component, it should be understood that other components may exist in the middle, although they may be directly connected to the other component. On the other hand, when a component is said to be "directly connected" to another component, it should be understood that no other component exists in the middle. On the other hand, other expressions describing the relationship between the components, that is, "between" and "immediately between" or "neighboring to" and "directly neighboring to" should be interpreted similarly.

Singular expressions are to be understood to include plural expressions unless the context clearly indicates otherwise, and terms such as "comprises" or "have" include the features, numbers, steps, actions, components, parts or components described. It is to be understood that a combination is intended to be present, and should not be understood as pre-excluding the existence or addition possibility of one or more other features or numbers, steps, actions, components, parts or combinations thereof.

All terms used herein have the same meaning as generally understood by a person skilled in the art to which the present invention pertains, unless otherwise defined. The terms defined in the commonly used dictionary should be interpreted to be consistent with meanings in the context of related technologies, and cannot be interpreted as having ideal or excessively formal meanings unless explicitly defined in the present invention.

Now, an integrated system, a server, and a method for managing a big data-based companion animal crisis according to an embodiment of the present invention will be described in detail with reference to the drawings.

1 is a view for explaining a big data-based companion animal crisis management integrated system according to an embodiment of the present invention, and FIG. 2 is a structure of big data constructed by the big data-based companion animal crisis management integrated server in FIG. 1. FIG. 3 is a diagram illustrating a companion animal reporting one-stop service provided by the big data-based companion animal crisis management integrated server in FIG. 1, and FIG. 4 is a big data-based companion animal crisis management in FIG. 1 It is a diagram illustrating an adoption matching service provided by a server, and FIG. 5 is a diagram illustrating an emergency / disease treatment service provided by the big data-based companion animal crisis management integrated server in FIG. 1.

1 to 5, the big data-based companion animal crisis management integrated system 100 includes a plurality of companion terminals 110, a plurality of pet ticket provider terminals 120, and a plurality of companion animal hospital terminals 130 ), A plurality of companion animal provider terminals 140, a plurality of companion organization group terminals 150, a big data-based companion animal crisis management integrated server (hereinafter referred to as a 'server' for convenience of description) 160, a database ( 170), network 180.

The companion terminal 110 receives the companion information (eg, member ID, name, address, contact information, final hospital ID, and the like) through the input means and requests registration with the server 160.

In one embodiment, the companion terminal 110 may use the location detecting means such as a GPS module to check the current companion location and notify the server 160 of the identified companion location.

In one embodiment, when the companion terminal 110 reports a loss / organic / abuse, the GPS location, photo or video, event through the input means on the main screen of the companion animal-related app (meaning, companion animal-related program) When entering information related to loss / organism / abuse of circumstances, information, etc. and requesting one-stop loss / organization / abuse registration, check the one-stop loss / organization / abuse registration request through the input method and confirm the request After generating and transmitting the lost / organic / abuse registration request signal (including identification information) including the input lost / organic / abuse related information to the server 160, the lost / organic / transmitted from the server 160 Upon receiving the abuse registration completion signal, the one-stop display of lost / organic / abuse registration may be displayed through the display means (or voice output through the output means).

In one embodiment, the companion terminal 110 receives the companion animal protection notification signal transmitted from the server 160, and receives the companion animal protection notification signal from the received companion animal protection notification signal. Check the information of the direct management shelter or private shelter) and display it through the display means (or voice output through the output means) to display the corresponding terminal of the organization 150 (or shelter (government direct shelter or private shelter) According to the information of)), it is possible to provide a one-stop service to find a companion animal for loss / organic reporting by allowing the companion to easily visit and receive the companion animal.

In one embodiment, the companion terminal 110, the size, type, gender, age, color of the adoption application through the input means on the main screen of the companion animal-related app (internal, companion animal-related program) when applying for adoption. When applying for adoption and requesting information related to the desired animal, such as neutralization, medical history, etc., confirm the adoption request through the input means, and the adoption request signal (identification information) including the desired animal-related information input through the input means After including the generated) and transmits it to the server 160, receives the adoption application completion signal transmitted from the server 160 and displays through the display means that the adoption application is completed (or, the voice output through the output means) ).

In one embodiment, the companion terminal 110 receives the adoptable companion animal notification signal transmitted from the server 160 and checks and displays the information of the adoptable companion animal in the received adoptable companion animal notification signal. Display through (or, through the output means, voice output), the pet can easily go to the adoption of the pet according to the displayed information of the adoptable pet to be displayed, the pet can be adopted, so that the pet can be adopted for adoption It is possible to provide one-stop service up to a positive number.

In one embodiment, the companion terminal 110 may receive recommendations from the server 160 for companion animal hospitals and medical treatment, companion animal registration education contents, etc. that can perform neutralization, companion animal registration, and the like.

In one embodiment, the companion terminal 110, when a disease / emergency occurs, clicks the disease / emergency menu through the input means on the main screen of the companion animal-related app (internal, companion animal-related program), After confirming the disease / emergency click through the corresponding input means, generating a disease / emergency signal (including identification information and location information) and transmitting it to the server 160, and then the consultation transmitted from the companion animal hospital terminal 130 Upon receiving the reservation confirmation signal, check the companion animal hospital information, consultation and reservation approval information from the received consultation reservation confirmation signal and display it through the display means (or voice output through the output means) to display the corresponding companion animal hospital. Location-based companion animal hospital for disease / emergency occurrence by allowing pets to easily visit and receive medical treatment according to information, consultation, and reservation approval information You can be provided with one-stop service from search, consultation reservation, medical reservation and payment processing.

The pet ticket provider terminal 120 receives the pet ticket information (eg, pet ticket ID, pet ticket content, registrant name, registration date, data source, etc.) through the input means and requests registration with the server 160 Do it.

The companion animal hospital terminal 130 receives the companion animal hospital information (eg, hospital ID, address, contact information, medical subject, emergency room availability, absence, consultation, treatment, etc.) through the input means and the server 160 Please request registration.

In one embodiment, the companion animal hospital terminal 130 may receive a consultation reservation signal transmitted from the server 160 and check companion information and companion animal information from the received consultation reservation signal, and check the companion companion Consultation and reservation requests for information and companion animal information can be processed, and a consultation reservation confirmation signal including companion animal hospital information, consultation and reservation approval information can be generated and transmitted to the companion terminal 110.

In one embodiment, the companion animal hospital terminal 130 may provide the waiting terminal, the operation information, the possible schedule information, the payment processing information, etc. to the companion terminal 110 when the consultation reservation confirmation signal is transmitted.

The companion animal provider terminal 140, through the input means, companion animal information (eg, companion animal ID, breed, breed, birthday, color, inoculation content, final inoculation date, next inoculation content, unvaccinated content, inoculation date, final It receives information such as hospital ID) and requests registration to the server 160.

The companion organization terminal 150 receives input of the companion organization information (for example, information of the companion organization's ID, address, contact information, department in charge, and duties, etc.) through the input means and requests registration with the server 160 .

In one embodiment, one or more of the companion terminal 110, the pet ticket provider terminal 120, the companion animal hospital terminal 130, the companion animal provider terminal 140, and the companion institution group terminal 150, For example, it may be a communication terminal such as a PC, a laptop, or a mobile communication terminal such as a smart phone, a mobile phone, a PDA, etc., and access the server 160 through the network 150 to generate a download request signal to generate a server ( After transferring to 160), a companion animal-related app (meaning, companion animal-related program) transmitted from the server 160 may be downloaded and installed in the internal memory.

In one embodiment, one or more of the companion terminal 110, the pet ticket provider terminal 120, the companion animal hospital terminal 130, the companion animal provider terminal 140, and the companion institution group terminal 150, A companion animal-related app (meaning, companion animal-related program) may be provided. In this case, when the companion animal-related app (meaning, companion animal-related program) is executed, the server 160 is accessed through the network 180. By displaying the main screen through the display means through the display means, such as an LCD, a touch screen, or it can be output through an output means such as a speaker, a printer.

In one embodiment, one or more of the companion terminal 110, the pet ticket provider terminal 120, the companion animal hospital terminal 130, the companion animal provider terminal 140, and the companion institution group terminal 150, When accessing the server 160 through the network 180, the main screen information transmitted from the server 160 is received, and the main screen is displayed through the display means (or voice output through the output means). In this case, if a member registration item is selected from the selection items on the main screen through an input means such as a keypad, a touch pad (particularly, a touch screen), a member registration selection is made to check this and inform the selected member registration item. A signal (including identification information) can be generated and transmitted to the server 160. Then, the member registration screen information transmitted from the server 160 is received, and the member registration screen is displayed. It can be displayed (or audio output through the output means). Therefore, if you input your own related information in the input field of the member registration screen through the input means and select membership, check this and enter the corresponding information. A member registration request signal including related information (including identification information) can be generated and transmitted to the server 160, and then a member registration registration signal transmitted from the server 160 is received, and the display means Through the membership registration registration can be displayed (or voice output through output means).

In one embodiment, one or more of the companion terminal 110, the pet ticket provider terminal 120, the companion animal hospital terminal 130, the companion animal provider terminal 140, and the companion institution group terminal 150, When the companion selects a login item from the selection items on the main screen through the input means, it checks this and generates a login selection signal (including identification information) to inform the selected login item to the server 160 It can be transmitted, and then receive the login screen information transmitted from the server 160, and display the login screen through the display means (or voice output through the output means). When entering the ID or identification information and password in the input field of the login screen through the input method and selecting login, check this to confirm the entered ID or identification information and secret A login request signal including a number may be generated and transmitted to the server 160. Then, a member authentication completion signal transmitted from the server 160 is received, and the member authentication completion is displayed through the display means (or Audio output through the output means).

In one embodiment, one or more of the companion terminal 110, the pet ticket provider terminal 120, the companion animal hospital terminal 130, the companion animal provider terminal 140, and the companion institution group terminal 150, OCR (optical character reader) scanning of input information (eg, companion information, pet ticket information, companion animal hospital information, companion animal information, companion organization information, companion animal notebook information, treatment information, etc.) to be input It can be easily received and stored, and at this time, the OCR scanning recognition information can be converted into a string through imaging technology and saved in a standard format that has been previously specified, thereby minimizing the input items and service steps.

In one embodiment, one or more of the companion terminal 110, the pet ticket provider terminal 120, the companion animal hospital terminal 130, the companion animal provider terminal 140, and the companion institution group terminal 150, A camera may be provided, and input information using the camera (eg, companion information, pet ticket information, companion animal hospital information, companion animal information, companion organization information, companion animal notebook information, treatment information, etc.) You can also take an image containing (for example, a companion animal profile image, a medical certificate, and other receipts) and automatically save the text by extracting the text from the captured image.

The server 160 receives the pet information registration request from the companion terminal 110, receives the pet ticket information registration request from the pet ticket provider terminal 120, and the pet animal hospital terminal 130 from the pet animal hospital terminal 130. Receiving a request for registration of information, receiving a request for registering a companion animal information from the companion animal provider terminal 140, receiving a request for registering a companion organization information from the companion organization terminal 150, the companion information, pet ticket information, Companion animal hospital information, companion animal information, and companion organization information are built into big data having an optimal physical data model as shown in FIG. 2 and stored in the database 170.

In one embodiment, when the big data is constructed, the server 160 parses, corrects, refines, categorizes, and indexes the companion information, pet ticket information, companion animal hospital information, companion animal information, and companion organization information. , Through the standardization of data such as encryption, de-identification, etc., it can be constructed as integrated big data for companion animal crisis management.

In one embodiment, upon modification or change of the companion information, the server 160 modifies and changes the companion information from the terminal or the companion terminal 110 of the operator or administrator who wants to modify or change the companion information. When receiving a request, using the companion information, the modified change information (for example, member ID, change date, information before and after the change) is additionally constructed as big data as shown in FIG. 2, and the database 170 ).

In one embodiment, when the pet ticket is used, the server 160 uses pet information and pet ticket information, when the pet ticket usage is received from a source of data using the pet ticket, pet ticket usage information ( For example, a pet ticket ID, member ID, pet ticket content, registrant name, registration date, data source information, etc.) may be additionally constructed as big data as shown in FIG. 2 and stored in the database 170.

In one embodiment, when a companion pet's crisis is requested, the server 160 may be in crisis from the operator's or manager's terminal, the companion's terminal 110, or the like, who wants to apply for the companion's pet's crisis. When receiving an application, using the companion information and the companion animal hospital information, the crisis request information (eg, member ID, companion animal ID, application type, hospital ID, shelter ID, GPS location, address, time, application details) 2) may be additionally constructed as big data as shown in FIG. 2 and stored in the database 170.

In one embodiment, when the companion visits the companion animal hospital, the server 160 receives a companion animal visit from the companion terminal 110 or the companion animal hospital terminal 130, etc. Using companion information and companion animal hospital information, companion / companion animal hospital information (i.e., companion visit information) (e.g., companion, companion animal hospital ID, date and time, etc.) as shown in FIG. It can be additionally built with the same big data and stored in the database 170.

In one embodiment, when acquiring a companion animal of the companion, the server 160 receives a companion animal acquisition of the companion from the companion terminal 110 or the companion animal provider terminal 140, etc. Using information and companion animal information, companion / companion animal information (i.e., companion animal acquisition information) (e.g., companion animal, companion animal ID, date and time, etc.) is added as big data as shown in FIG. It can be built and stored in the database 170.

In one embodiment, when the companion pet reports to the companion animal, the server 160 receives a companion pet notification from the companion terminal 110 or the companion animal provider terminal 140 or the like. In, using companion information and companion animal information, companion animal reporting information (eg, member ID, companion animal ID, report type, GPS location, address, time, report content, etc.) is shown in FIG. 2. It can be additionally built with the same big data and stored in the database 170.

In one embodiment, when the companion animal visits the companion animal hospital, the server 160 receives a companion animal visit from the companion animal hospital terminal 130 or the companion animal provider terminal 140 or the like. , Using companion animal hospital information and companion animal information, the companion animal / companion animal hospital information (i.e., companion animal visit information) (e.g., companion animal hospital ID, companion animal ID, date, etc.) is shown in FIG. 2. It can be additionally built with the big data as described above and stored in the database 170.

In one embodiment, when reporting an agency group of a companion animal, the server 160 reports the agency group of the companion animal from the companion terminal 110 or the companion animal provider terminal 140 or the companion organization group terminal 150, etc. In the case of receiving, using the companion animal notification information and the institutional group information, the institutional group notification information (for example, the information of the companion institutional group ID, member ID, companion animal ID, address, contact information, department in charge, and duties in charge) 2 may be additionally constructed as big data as shown in FIG. 2 and stored in the database 170.

In one embodiment, when the companion animal's video is registered, the server 160 receives the companion animal's video registration from the companion animal provider terminal 140 or the like, using the companion animal information, the companion animal video information. (For example, companion animal ID, member ID, video ID, registration date, registrant name, and the like information) may be additionally constructed as big data as shown in FIG. 2 and stored in the database 170.

In one embodiment, when the companion animal image is registered, the server 160 uses the companion animal information to receive the companion animal image information when receiving the companion animal image registration from the companion animal provider terminal 140 or the like. (For example, companion animal ID, member ID, image ID, registration date, information such as the name of the registrant) can be additionally constructed as big data as shown in FIG. 2 and stored in the database 170.

In one embodiment, when registering the companion animal's video content, the server 160 receives the companion animal's video content registration from the companion terminal 110 or the companion animal provider terminal 140, etc. Using the report information and companion animal video information, companion animal video content information (eg, member ID, video ID, video content, registration date, registrant name, etc.) is additionally constructed as big data as shown in FIG. 2. Can be stored in the database 170.

In one embodiment, when registering the companion animal's image content, the server 160 receives a companion animal's image content registration from the companion terminal 110 or the companion animal provider terminal 140, etc. Using report information and companion animal image information, companion animal image content information (e.g., member ID, image ID, image content, registration date, registrant name, etc.) is additionally constructed as big data as shown in FIG. Can be stored in the database 170.

In one embodiment, the server 160 is a companion animal report one-stop service as shown in FIG. 3, or as shown in FIG. 4, through mobile or web based on the big data built in the database 170. Adoption matching service or emergency / disease treatment service as shown in FIG. 5 may be integrated.

In one embodiment, the server 160 is a companion terminal 110, a pet ticket provider terminal 120, a companion animal hospital terminal 130, a companion animal provider terminal 140, and a companion organization group terminal 150. Upon receiving the transmitted download request signal, the companion animal-related app (internal, companion animal-related program) is read from the database 170 and the read companion pet-related app is rejected by the terminal 110 and the pet ticket provider terminal 120 ), A companion animal hospital terminal 130, a companion animal provider terminal 140, and a companion organization group terminal 150.

In one embodiment, the server 160 includes a companion terminal 110, a pet ticket provider terminal 120, a companion animal hospital terminal 130, a companion animal provider terminal 140, and a companion organization group terminal 150. When accessing through the network 180, check this, read main screen information from the database 170, and read the main screen information from the terminal 110, the pet ticket provider terminal 120, and the companion animal hospital The terminal 130, a companion animal provider terminal 140, and a companion organization group terminal 150 may be transmitted.

In one embodiment, the server 160 is a companion terminal 110, a pet ticket provider terminal 120, a companion animal hospital terminal 130, a companion animal provider terminal 140, and a companion organization group terminal 150. Receive the transmitted member subscription selection signal, check the identification information (eg, ID) from the received member subscription selection signal, read the member registration screen information corresponding to the identified identification information from the database 170 and read the corresponding A member registration screen information may be transmitted to the companion terminal 110, the pet ticket provider terminal 120, the companion animal hospital terminal 130, the companion animal provider terminal 140, and the companion organization group terminal 150. .

In one embodiment, the server 160 is a companion terminal 110, a pet ticket provider terminal 120, a companion animal hospital terminal 130, a companion animal provider terminal 140, and a companion organization group terminal 150. Upon receiving the transmitted member registration request signal, the related information and identification information are checked in the received member registration request signal, and the checked related information is databased for each identified identification information) and registered in the database 170 Next, the member registration registration completion signal is generated to the companion terminal 110, the pet ticket provider terminal 120, the companion animal hospital terminal 130, the companion animal provider terminal 140, and the companion organization group terminal 150. I can send it.

In one embodiment, the server 160 is a companion terminal 110, a pet ticket provider terminal 120, a companion animal hospital terminal 130, a companion animal provider terminal 140, and a companion organization group terminal 150. A terminal that receives the transmitted login selection signal, checks identification information from the received login selection signal, reads the login screen information corresponding to the identified identification information from the database 170 and rejects the read login screen information (110), a pet ticket provider terminal 120, a companion animal hospital terminal 130, a companion animal provider terminal 140, and a companion organization terminal 150.

In one embodiment, the server 160 is a companion terminal 110, a pet ticket provider terminal 120, a companion animal hospital terminal 130, a companion animal provider terminal 140, and a companion organization group terminal 150. Upon receiving the transmitted log-in request signal, the companion terminal 110, the pet ticket provider terminal 120, the companion animal hospital terminal 130, the companion animal provider terminal 140, and the companion organization group terminal 150 are legitimate terminals It checks whether it is recognized (for example, whether the ID and password match, whether payment is made, etc.). At this time, it checks the ID, password and identification information in the received login request signal, and responds to the identified identification information. The previously registered ID and password are read from the database 170, and the verified ID and password and the read ID and password are matched with each other, and the checked companion is returned. When the terminal 110, the pet ticket provider terminal 120, the companion animal hospital terminal 130, the companion animal provider terminal 140, and the companion organization group terminal 150 are legitimate terminals, a member authentication completion signal is generated and then returned. It can be transmitted to the in-terminal 110, the pet ticket provider terminal 120, the companion animal hospital terminal 130, the companion animal provider terminal 140, and the companion institution group terminal 150.

In one embodiment, the server 160 receives the lost / organic / abuse registration request signal transmitted from the companion terminal 110, and the identification information and the lost / organic / from the received lost / organic / abuse registration request signal Abuse-related information can be checked, and the identified lost / organic / abuse-related information is databased according to the identified identification information and registered in the database 170. (Or 150) (or, a shelter (government-directed shelter (APMS) or private shelter)), and then generate a lost / organic / abuse registration complete signal and send it to the companion terminal 110. have.

In one embodiment, the server 160 utilizes a government-directed shelter DB, a private shelter DB, a companion DB, a companion animal DB, etc. of the database 170, through a big data-based matching / recommended morpheme analysis, and the database ( 170) It is possible to check whether there is a companion animal for protection measures at the companion terminal 150 (or a shelter (government-directed shelter or private shelter)) corresponding to the lost / organic related information registered in 170). In case there is, a companion animal group communication terminal 150 may be generated and transmitted to the companion terminal 110 by generating a companion animal protection notification signal including information of the companion organization group terminal 150 (or a shelter (government-directed shelter or private shelter)).

In one embodiment, the server 160 may receive the adoption application signal transmitted from the companion terminal 110 and check the identification information and the desired animal-related information in the received adoption application signal, and the identified desired animal The related information is databased for each identified identification information and registered in the database 170, and at the same time, the petitioner terminal 140 or the petitioner group terminal 150 (or the shelter (government-directed shelter ( APMS) or a private shelter)), and then generate an application completion signal and transmit it to the companion terminal 110.

In one embodiment, the server 160 utilizes a government-directed shelter DB, a private shelter DB, a companion DB, a companion animal DB, etc. of the database 170, through a big data-based matching / recommended morpheme analysis, and the database ( 170) Whether there are pets that can be adopted by the companion animal provider terminal 140 or the companion organization terminal 150 (or the shelter (government-directed shelter (APMS) or private shelter)) corresponding to the desired animal-related information registered in 170). In this case, if there is an adoptable companion animal, a petition for approval request including information of the adoptable companion animal is generated, and the corresponding companion animal provider terminal 140 or companion organization terminal 150 (or shelter ( After transferring to the government-directed shelter or private shelter), receive the approval from the relevant pet provider terminal 140 or the companion organization group terminal 150 (or the shelter (government-directed shelter or private shelter)). To generate possible to adopt a companion animal notification signal that contains information of the companion animal can be sent to the line by the companion device 110.

In one embodiment, the server 160, when transmitting a pet signal for adoption pets, can recommend a companion animal hospital and medical treatment that can perform neutralization, pet registration, etc., to the companion terminal 110 In addition, it is also possible to recommend companion animal registration education contents to the companion terminal 110.

In one embodiment, the server 160 may receive the disease / emergency signal transmitted from the companion terminal 110 and check identification information and location information from the received disease / emergency signal, and the identified location information The nearest companion animal hospital can be confirmed from the database 170, and a consultation reservation signal including companion information and companion animal information corresponding to the identified identification information is generated and transmitted to the companion animal hospital terminal 130. You can.

The database 170, the companion information, pet ticket information, companion animal hospital information, companion animal information, and companion organization information transmitted from the server 160 have the optimal physical data model as shown in FIG. By constructing and registering with data, it provides convenience of data use and performance improvement.

In one embodiment, the database 170, the modification change information, pet ticket usage information, crisis request information, companion visit information, companion animal acquisition information, companion animal report information, etc. transmitted from the server 160 B, companion animal visit information, institutional group report information, companion animal video information, companion animal image information, companion animal video content information, or companion animal image content information is added as big data as shown in FIG. You can build and register.

The network 180 includes a wired communication network or a wireless communication network, between a plurality of companion terminals 110 and a server 160, between a plurality of pet ticket provider terminals 120 and a server 160, and a plurality of companion animals Between the hospital terminal 130 and the server 160, between a plurality of companion animal provider terminals 140 and the server 160, between a plurality of companion organization group terminals 150 and the server 160, or a terminal of an operator or administrator (Or, the source of data) and the server 160 are connected by wired or wireless communication to transmit and receive data between each other.

The big data-based companion animal crisis management integrated system 100 having the above-described configuration builds big data with information such as companions, pet tickets, companion animal hospitals, companion animals, and companion organization groups, and is based on big data. By implementing the crisis management for companion animals in an integrated manner, the social cost reduction and efficient use of saving budgets for the lost / mammal companion animals is possible through the advancement of lost / mammal companion animals. In connection with crisis management, it can contribute to the revitalization of small animal hospitals, contribute to advancement of companion animal business and strengthen international competitiveness, can be used as veterinary research data, and can improve companion animal related social problems.

The big data-based companion animal crisis management integrated system 100 having the above-described configuration can automatically detect and recommend nearby companion animal hospitals, shelter, institutions, and organizations by automatically recognizing the companion's location information. , Through analysis statistical information using big data, it is possible to minimize unnecessary search and search clicks by matching recommendations, and provide location information and additional information together based on the location of the companion, and report on crisis, companion animal events, etc. You can also provide push notifications. In addition, the big data-based companion animal crisis management integrated system 100 having the above-described configuration can be used in parts such as prediction model technology, IoT connection technology, matching technology, government-directed shelter connection technology, and user convenience technology. Do.

6 is a view for explaining a big data-based companion animal crisis management integrated server in FIG. 1.

Referring to FIG. 6, the big data-based companion animal crisis management integrated server 160 includes an interface unit 161, an information collection unit 162, and a big data construction unit 163.

The interface unit 161 includes a plurality of companion terminals 110, a plurality of pet ticket provider terminals 120, a plurality of companion animal hospital terminals 130, and a plurality of companion animal provider terminals 140 through the network 180. ), Communicating with a plurality of companion organization group terminals 150, each with their own unique identification information (eg, companion ID, pet ticket provider ID, companion animal hospital ID, companion animal provider ID, companion organization group) ID, etc.), a companion terminal 110, a pet ticket provider terminal 120, a companion animal hospital terminal 130, a companion animal provider terminal 140, and a companion organization terminal 150 connected through a network. Identifying each, receiving a companion information registration request transmitted from the companion terminal 110 and passing it to the information collection unit 162, requesting registration of pet ticket information transmitted from the pet ticket provider terminal 120 Received and delivered to the information collection unit 162, receives a request for registration of a companion animal hospital information transmitted from the companion animal hospital terminal 130, transmits it to the information collection unit 162, and transmits it from the companion animal provider terminal 140 Upon receiving the request for registration of the companion animal information, the request is transmitted to the information collection unit 162, and the request for registration of the companion organization information transmitted from the companion terminal 150 is received and transmitted to the information collection unit 162.

In one embodiment, the interface unit 161 receives a request for a modification of a companion information transmitted from a terminal or a companion terminal 110 of an operator or an administrator who wants to modify or change the companion information, and the information collecting unit ( 162).

In one embodiment, the interface unit 161 may receive the use of the pet ticket transmitted from the data source using the pet ticket and deliver it to the information collection unit 162.

In one embodiment, the interface unit 161 receives the crisis request transmitted from the operator's terminal or the companion terminal 110 or the like of the operator or manager who wants to request a crisis for the companion animal of the companion animal, and the information collecting unit 162 ).

In one embodiment, the interface unit 161 may receive a visit from a companion animal hospital of a companion transmitted from the companion terminal 110 or the companion animal hospital terminal 130, etc., and transmit the received information to the information collection unit 162. have.

In one embodiment, the interface unit 161 may receive the companion animal acquired by the companion terminal transmitted from the companion terminal 110 or the companion animal provider terminal 140, etc., and transmit the received companion animal to the information collection unit 162. .

In one embodiment, the interface unit 161 receives the report of the companion animal transmitted from the companion terminal 110 or the companion animal provider terminal 140, etc., and delivers the report to the information collection unit 162. Can be.

In one embodiment, the interface unit 161 receives the visit of the companion animal hospital of the companion animal transmitted from the companion animal hospital terminal 130 or the companion animal provider terminal 140, etc., and delivers the information to the information collection unit 162. Can be.

In one embodiment, the interface unit 161 receives the companion organization's report from the companion terminal 110 or the companion animal provider terminal 140 or the companion organization group terminal 150, and the information collection unit (162).

In one embodiment, the interface unit 161 may receive a video registration of a companion animal transmitted from the companion animal provider terminal 140 or the like, and transmit it to the information collection unit 162.

In one embodiment, the interface unit 161 may receive an image registration of a companion animal transmitted from the companion animal provider terminal 140 or the like and transmit it to the information collection unit 162.

In one embodiment, the interface unit 161 may receive the video content registration of the companion animal transmitted from the companion terminal 110, the companion animal provider terminal 140, and the like, and transmit it to the information collection unit 162. .

In one embodiment, the interface unit 161 may receive registration of the image content of the companion animal transmitted from the companion terminal 110 or the companion animal provider terminal 140, etc., and transmit the image content registration to the information collection unit 162. .

The information collecting unit 162 collects companion information according to a request for registering a companion information transmitted from the interface unit 161, and collects pet ticket information according to a request for registering pet ticket information transmitted from the interface unit 161. Collects and collects companion animal hospital information according to a request for registration of companion animal hospital information transmitted from the interface unit 161, and collects companion animal information according to a request for registration of companion animal information transmitted from the interface unit 161 In addition, the companion information is collected in response to a request for registration of a group information of a companion organization transmitted from the interface unit 161.

In one embodiment, the information collecting unit 162 collects the modified change information (for example, member ID, date and time of change, information before and after the change) according to the request for amendment of the companion information transmitted from the interface unit 161 I can do it.

In one embodiment, the information collection unit 162, the pet ticket usage information (eg, pet ticket ID, member ID, pet ticket content, registrant name, registration date and time, according to the use of the pet ticket transmitted from the interface unit 161), Information source, etc.).

In one embodiment, the information collection unit 162, the crisis application information (eg, member ID, companion animal ID, application type, hospital ID, shelter ID, GPS location, etc.) according to the crisis application transmitted from the interface unit 161, Information such as address, time, and application information) can be collected.

In one embodiment, the information collection unit 162, the companion / companion animal hospital information (i.e., companion visit information) according to the companion's visit to the companion animal hospital transmitted from the interface unit 161 (e.g., the companion visit information) , Companion Animal Hospital ID, date and time, etc.).

In one embodiment, the information collection unit 162, the companion / companion animal information (i.e., companion animal acquisition information) (eg, companion animal acquisition information) according to the companion animal acquisition of the companion animal transmitted from the interface unit 161 Animal ID, date and time, etc.).

In one embodiment, the information collection unit 162, the companion animal notification information (eg, member ID, companion animal ID, report type, GPS location) according to the companion's notification to the companion animal transmitted from the interface unit 161 , Address, time, and report information).

In one embodiment, the information collection unit 162, companion animal / companion animal hospital information (i.e., companion animal visit information) according to the companion animal hospital visit of the companion animal transmitted from the interface unit 161 (for example, companion animal visit information) Hospital ID, companion animal ID, date and time, etc.).

In one embodiment, the information collection unit 162, the agency group reporting information (eg, companion agency group ID, member ID, companion animal ID, address, etc.) You can collect information such as contact information, departments in charge, and tasks in charge.

In one embodiment, the information collection unit 162, companion animal video information (eg, companion animal ID, member ID, video ID, registration date, registration date, registrant name) according to the video registration of the companion animal transmitted from the interface unit 161 Information, etc.).

In one embodiment, the information collection unit 162, companion animal image information (eg, companion animal ID, member ID, image ID, registration date, registration date, registrant name) according to the image registration of the companion animal transmitted from the interface unit 161 Information, etc.).

In one embodiment, the information collection unit 162, companion animal video content information (eg, member ID, video ID, video content, date and time of registration, registrant according to the video content registration of the companion animal transmitted from the interface unit 161) Information such as people).

In one embodiment, the information collection unit 162, the companion animal image content information (eg, member ID, image ID, image content, date and time of registration, registrant according to image content registration of the companion animal transmitted from the interface unit 161) Information such as people).

The big data construction unit 163, the companion information, pet ticket information, companion animal hospital information, companion animal information, companion organization information collected by the information collection unit 162 is the optimal physics as shown in FIG. It is built into big data with a data model and stored in the database 170.

In one embodiment, the big data construction unit 163 parses, corrects, refines, and categorizes companion information, pet ticket information, companion animal hospital information, companion animal information, and companion organization information when constructing big data. Through the standardization of data such as anger, indexing, encryption, de-identification, etc., it can be constructed as an integrated big data for companion animal crisis management.

In one embodiment, the big data construction unit 163 uses the companion information collected by the information collection unit 162, and the modified change information collected by the information collection unit 162 is as shown in FIG. It can be additionally built with big data and stored in the database 170.

In one embodiment, the big data construction unit 163 uses the companion information collected by the information collection unit 162, and the modified change information collected by the information collection unit 162 is as shown in FIG. It can be additionally built with big data and stored in the database 170.

In one embodiment, the big data construction unit 163 uses the pet information and pet ticket information collected by the information collection unit 162 to display the pet ticket usage information collected by the information collection unit 162. It can be additionally built with big data as shown in and stored in the database 170.

In one embodiment, the big data construction unit 163 uses the companion information and the companion animal hospital information collected by the information collection unit 162 to display the crisis application information collected by the information collection unit 162. It can be additionally built with big data as shown in and stored in the database 170.

In one embodiment, the big data building unit 163 uses the companion information and the companion animal hospital information collected by the information collecting unit 162, and the companion / companion animal hospital collected by the information collecting unit 162 Information (that is, companion visit information) may be additionally constructed as big data as shown in FIG. 2 and stored in the database 170.

In one embodiment, the big data construction unit 163 uses the companion information and companion animal information collected by the information collecting unit 162, and the companion / companion animal information collected by the information collecting unit 162 ( That is, companion animal acquisition information) may be additionally constructed with big data as shown in FIG. 2 and stored in the database 170.

In one embodiment, the big data construction unit 163 uses the companion information and companion animal information collected by the information collecting unit 162 to display the companion animal reporting information collected by the information collecting unit 162. It can be additionally built with big data as shown in and stored in the database 170.

In one embodiment, the big data building unit 163 uses the companion animal hospital information and companion animal information collected by the information collecting unit 162, and the companion animal / companion animal hospital collected by the information collecting unit 162 Information (that is, companion animal visit information) may be additionally constructed as big data as illustrated in FIG. 2 and stored in the database 170.

In one embodiment, the big data construction unit 163 uses the companion animal reporting information and the organizational group information collected by the information collection unit 162 to assist the organizational group reporting information collected by the information collection unit 162. It can be additionally built with big data as shown in 2 and stored in the database 170.

In one embodiment, the big data construction unit 163 uses the companion animal information collected by the information collecting unit 162, and the companion animal video information collected by the information collecting unit 162 is shown in FIG. It can be additionally built with the same big data and stored in the database 170.

In one embodiment, the big data construction unit 163 uses the companion animal information collected by the information collecting unit 162, and the companion animal image information collected by the information collecting unit 162 is shown in FIG. It can be additionally built with the same big data and stored in the database 170.

In one embodiment, the big data construction unit 163 uses the companion animal reporting information and the companion animal video information collected by the information collecting unit 162, and the companion animal video content information collected by the information collecting unit 162. 2 may be additionally constructed as big data as shown in FIG. 2 and stored in the database 170.

In one embodiment, the big data construction unit 163 uses the companion animal reporting information and the companion animal image information collected by the information collecting unit 162, and the companion animal image content information collected by the information collecting unit 162. 2 may be additionally constructed as big data as shown in FIG. 2 and stored in the database 170.

The big data-based companion animal crisis management integrated server 160 having the above-described configuration, the companion animal reporter stop service provider 164, or the adoption matching service provider 165, or the emergency / disease treatment service provider It may further include (166), based on the big data built in the database 170, using the mobile or the web through the interface unit 161, a companion animal reporting one stop as shown in FIG. The service, or an adoption matching service as shown in FIG. 4, or an emergency / disease treatment service as shown in FIG. 5 may be integrated.

When the companion animal reporter stop service providing unit 164 receives the lost / organic / abuse registration request signal transmitted from the companion terminal 110 through the interface unit 161, the received lost / organic / abuse In the registration request signal, identification information and loss / organic / abuse related information can be checked, and the identified lost / organic / abuse related information is databased for each identified identification information and registered in the database 170. / Organization / abuse report can be notified to the terminal 150 of the agency group (or shelter (government-directed shelter (APMS) or private shelter)) through the interface unit 161, and then lost / organized / The abuse registration completion signal is generated and transmitted to the companion terminal 110 through the interface unit 161.

In one embodiment, the companion animal report stop service providing unit 164 utilizes a government-directed shelter DB, a private shelter DB, a companion DB, a companion animal DB, etc. of the database 170, matching / recommended morphemes based on big data Through the analysis, it is possible to confirm whether there are companion animals for protection measures of the terminal 150 of the companion organization group (or a shelter (government-directed shelter or private shelter)) corresponding to the lost / organic information registered in the database 170, At this time, if there is a companion animal for protective action, the companion animal group communication terminal 150 is generated through the interface unit 161 by generating a companion animal protection notification signal including information of the companion organization group terminal 150 (or a shelter (government-directed shelter or private shelter)). It can be transmitted to the companion terminal 110.

When the adoption matching service providing unit 165 receives the adoption application signal transmitted from the companion terminal 110 through the interface unit 161, the identification matching information and the desired animal-related information are received from the received adoption application signal. It is possible to check, and the corresponding desired animal-related information is databased for each identified identification information and registered in the database 170, and at the same time, an application for adoption is received through the interface unit 161, or the companion animal provider terminal 140 or A terminal 150 of a companion organization group (or, a shelter (a government-directed shelter (APMS) or a private shelter)) may be notified, and then a signal for completion of adoption is generated and the companion terminal is returned through the interface unit 161 ( 110).

In one embodiment, the adoption matching service provider 165 utilizes a government-directed shelter DB, a private shelter DB, a companion DB, a companion animal DB, etc. of the database 170 to perform big data-based matching / recommended morpheme analysis. Through this, the pet animal terminal 140 corresponding to the desired animal-related information registered in the database 170 or the petitioner group terminal 150 (or, the shelter (government-directed shelter (APMS) or private shelter)) can be adopted. It is possible to check whether there is an animal, and in this case, if there is an adoptable companion animal, a screening approval request signal including information of the adoptable companion animal is generated and the corresponding companion animal provider terminal 140 or companion is provided through the interface unit 161. After transmitting to the institutional group terminal 150 (or a shelter (government-directed shelter or private shelter)), the companion animal provider terminal 140 or the companion group terminal 150 (or, through the interface unit 161) Bo Upon receipt of the screening approval from the appeal (government-directed shelter or private shelter), an adoptable companion animal notification signal including information of the adoptable companion animal is generated and transmitted to the companion terminal 110 through the interface unit 161. Can be.

In one embodiment, the adoption matching service providing unit 165, when transmitting the pet signal for adoption pets, the interface unit 161 to the companion animal hospital and medical treatment that can perform neutralization, pet registration, etc. Through this, the companion terminal 110 may be recommended, and the companion animal registration education content may be recommended to the companion terminal 110 through the interface unit 161.

When the emergency / disease treatment service providing unit 166 receives a disease / emergency signal transmitted from the companion terminal 110 through the interface unit 161, identification information and location in the received disease / emergency signal Information can be checked, and the identified location information can be checked from the database 170 of the nearest companion animal hospital, and a consultation reservation signal including companion information and companion animal information corresponding to the identified identification information is generated. It is transmitted to the companion animal hospital terminal 130 through the interface unit 161.

7 is a view for explaining a method for integrating big data-based companion animal crisis management according to an embodiment of the present invention.

Referring to FIG. 7, when receiving companion information (eg, member ID, name, address, contact information, final hospital ID, etc.) through input means, in companion terminal 110, through input means The registration request for the received companion information is transmitted to the server 160 (S701).

In requesting the registration of the companion information in step S701, the companion terminal 110 equipped with a location detecting means such as a GPS module, checks the current companion location using the location detecting means and checks the corresponding companion The location of the phosphorus can be notified to the server 160.

In the case of requesting registration of companion information in step S701 described above, when receiving pet ticket information (for example, pet ticket ID, pet ticket content, registrant name, registration date, data source, etc.) through input means , In the pet ticket provider terminal 120, the registration request for the pet ticket information received through the input means is transmitted to the server 160 (S702).

While requesting pet ticket information registration in step S702 described above, input pet animal hospital information (for example, hospital ID, address, contact information, medical subject, emergency room availability, absence, consultation, treatment, etc.) through input means When receiving, the companion animal hospital terminal 130 transmits a registration request for the companion animal hospital information received through the input means to the server 160 (S703).

In the above-described step S703, pet animal information is requested to be registered, and pet information (eg, pet ID, breed, breed, birthday, color, inoculation content, final inoculation date, next inoculation content, unvaccinated) through input means When receiving the contents, the scheduled inoculation date, information such as the final hospital ID, etc., the companion animal provider terminal 140 transmits a request for registration of the companion animal information received through the input means to the server 160. (S704).

In the above-described step S704, while requesting registration of the companion animal information, when receiving the companion organization information (e.g., the identity of the companion organization, address, contact information, department in charge, service, etc.) through the input means, it is rejected The request for registration of the group information of the companion organization received through the input terminal of the organization group 150 is transmitted to the server 160 (S705).

Request registration of companion information in step S701 described above, request registration of pet ticket information in step S702 described above, request registration of companion animal hospital information in step S703 described above, or register companion animal information in step S704 described above In requesting or requesting registration of the companion organization information in step S705, the companion terminal 110, the pet ticket provider terminal 120, the companion animal hospital terminal 130, the companion animal provider terminal 140, and the companion In one or more of the institution group terminals 150, input information to be input (for example, companion information, pet ticket information, companion animal hospital information, companion animal information, companion institution group information, companion animal notebook information, Treatment information, etc.) can be easily received and stored by OCR scanning. At this time, the OCR scanning recognition information is converted into a string through imaging technology, and saved in a standard format that has been previously specified. It is possible to minimize input items and service steps.

Request registration of companion information in step S701 described above, request registration of pet ticket information in step S702 described above, request registration of companion animal hospital information in step S703 described above, or register companion animal information in step S704 described above When requesting or requesting registration of a companion organization information in step S705 described above, a companion terminal 110, a pet ticket provider terminal 120, a companion animal hospital terminal 130, and a companion animal provider equipped with a camera In one or more of the terminal 140 and the companion organization group terminal 150, input information (for example, companion information, pet ticket information, companion animal hospital information, companion animal information, companion animal) using the corresponding camera Group information, companion animal notebook information, treatment information, etc. are captured (for example, companion animal profile image, medical certificate, and other receipts), and taken from the captured image To extract the host may give auto save.

When the request for registration of the companion organization information is requested in step S705, the server 160 receives the request for registering the companion information transmitted from the companion terminal 110 and the pet transmitted from the pet ticket provider terminal 120. Receive a request to register ticket information, receive a request to register a companion animal hospital information transmitted from the companion animal hospital terminal 130, receive a request to register a companion animal information transmitted from the companion animal provider terminal 140, and a companion organization Collect information related to companion animals such as companion information, pet ticket information, companion animal hospital information, companion animal information, companion organization information, etc., such as receiving a request for registration of companion organization information transmitted from the terminal 150 It becomes (S706).

In collecting the information related to the companion animal in step S706 described above, when modifying or changing the companion information, it is returned from the terminal or companion terminal 110 of the operator or manager who wants to modify or change the companion information. When receiving a request for modification of personal information, the server 160 collects the modified change information (for example, member ID, date and time of change, information before and after the change) according to the received request for the personal information modification change. Can be.

In collecting the information related to the companion animal in step S706 described above, when using a pet ticket, when receiving a pet ticket use from a data source using the pet ticket, the server 160 uses the received pet ticket Depending on the pet ticket usage information (eg, pet ticket ID, member ID, pet ticket details, registrant name, registration date, information such as source of data source) can be collected.

In collecting information related to the companion animal in step S706 described above, when the companion petitions for a crisis for the companion animal, the terminal or companion terminal 110 of the operator or manager who wants to apply for the companion animal's crisis ) When receiving a crisis request from the server, the server 160, according to the received crisis request crisis information (eg, member ID, companion animal ID, application type, hospital ID, shelter ID, GPS location, address , Time, application information, etc.).

In collecting the information related to the companion animal in step S706, when the companion visits the companion animal hospital, the companion terminal 110 or the companion animal hospital terminal 130 receives the companion's visit to the companion animal hospital. In the case of receiving, in the server 160, companion / companion animal hospital information (i.e., companion visit information) according to the received companion pet's visit to the companion animal hospital (e.g., companion, hospital companion ID, date, etc.) Information).

When collecting information related to a companion animal in step S706, when acquiring a companion animal, when acquiring a companion animal from the companion terminal 110 or the companion animal provider terminal 140, etc. In response, the server 160 collects companion / companion animal information (ie, companion animal acquisition information) (for example, companion, companion animal ID, date and time, etc.) according to the companion animal acquisition of the received companion. can do.

In collecting information related to the companion animal in step S706 described above, when reporting the companion animal to the companion animal, report the companion animal to the companion animal from the companion terminal 110 or the companion animal provider terminal 140 or the like. When receiving, in the server 160, the companion animal report information (eg, member ID, companion animal ID, report type, GPS location, address, time, report) according to the received companion's notification of the companion animal Information, etc.).

In collecting the information related to the companion animal in step S706, when the companion animal visits the companion animal hospital, visit the companion animal hospital from the companion animal hospital terminal 130 or the companion animal provider terminal 140. When receiving, the server 160, the companion animal / companion animal hospital information (i.e., companion animal visit information) according to the received companion animal's visit to the companion animal hospital (e.g., companion animal hospital ID, companion animal ID, Information such as date and time).

In collecting the information related to the companion animal in step S706 described above, when reporting the organizational group of the companion animal, the companion animal from the companion terminal 110 or the companion animal provider terminal 140 or the companion organization group terminal 150, etc. In the case of receiving an agency group report, the server 160 reports the agency group information according to the agency group report of the received companion animal (eg, a companion agency group ID, a member ID, a companion animal ID, address, contact information, Information can be collected from the department in charge, tasks in charge, etc.

In collecting information related to the companion animal in step S706 described above, when registering the companion animal's video, when receiving the companion animal's video registration from the companion animal provider terminal 140 or the like, in the server 160, the corresponding Depending on the video registration of the received companion animal, companion animal video information (eg, companion animal ID, member ID, video ID, date and time of registration, registrant name, etc.) may be collected.

In collecting the information related to the companion animal in step S706 described above, when registering the companion animal's image, when receiving the companion animal's image registration from the companion animal provider terminal 140 or the like, in the server 160, the corresponding The companion animal image information (eg, companion animal ID, member ID, image ID, registration date, registrant name, etc.) may be collected according to the received pet image registration.

When collecting information related to the companion animal in step S706, when registering the companion animal's video content, when receiving the companion animal's video content registration from the companion terminal 110 or the companion animal provider terminal 140, etc. In the server 160, companion animal video content information (for example, member ID, video ID, video content, registration date, registrant name, etc.) may be collected according to the video content registration of the received companion animal. .

When collecting the information related to the companion animal in step S706, when registering the companion animal's image content, when receiving the companion animal's image content registration from the companion terminal 110 or the companion animal provider terminal 140, etc. In the server 160, companion animal image content information (eg, member ID, image ID, image content, registration date, registrant name, etc.) may be collected according to registration of the received companion animal image content. .

After collecting the information related to the companion animal in step S706 described above, in the server 160, information related to the companion animal collected in the step S706 described above (for example, companion information, pet ticket information, companion animal) Hospital information, companion animal information, companion organization information, etc.) are constructed as big data having an optimal physical data model as shown in FIG. 2 and stored in the database 170 (S707).

In constructing the big data in step S707 described above, the server 160 parses, corrects, refines, categorizes companion information, pet ticket information, companion animal hospital information, companion animal information, and companion organization information. Through standardized data processing such as indexing, encryption, and de-identification, it can be constructed as integrated big data for companion animal crisis management.

In constructing the big data in the above-described step S707, the server 160 uses the companion information collected in the above-described step S706, and the modified change information collected in the above-described step S706 is as shown in FIG. It can be additionally built with big data and stored in the database 170.

In constructing the big data in the above-described step S707, the server 160 uses the pet information and pet ticket information collected in the above-described step S706 to use the pet ticket usage information collected in the above-described step S706. It can be additionally built with big data as shown in and stored in the database 170.

In constructing the big data in the above-described step S707, the server 160 uses the companion information and the companion animal hospital information collected in the above-described step S706, and the crisis request information collected in the above-described step S706 is shown in FIG. 2. It can be additionally built with big data as shown in and stored in the database 170.

In constructing the big data in the above-described step S707, the server 160 uses the companion information and the companion animal hospital information collected in the above-described step S706, and the companion / companion animal hospital collected in the above-described step S706 Information (that is, companion visit information) may be additionally constructed as big data as shown in FIG. 2 and stored in the database 170.

In constructing the big data in the above-described step S707, the server 160 uses the companion information and the companion animal information collected in the above-described step S706, and the companion / companion animal information collected in the above-described step S706 ( That is, companion animal acquisition information) may be additionally constructed with big data as shown in FIG. 2 and stored in the database 170.

In constructing the big data in the above-described step S707, the server 160 uses the companion information and the companion animal information collected in the above-described step S706 to show the companion animal reporting information collected in the above-described step S706. It can be additionally built with big data as shown in and stored in the database 170.

In constructing the big data in the above-described step S707, the server 160 uses the companion animal hospital information and the companion animal information collected in the above-described step S706, and the companion animal / companion animal hospital collected in the above-described step S706 Information (that is, companion animal visit information) may be additionally constructed as big data as illustrated in FIG. 2 and stored in the database 170.

In constructing the big data in the above-described step S707, the server 160 uses the companion animal reporting information and the organizational group information collected in the above-described step S706 to assist the organizational group reporting information collected in the above-described step S706. It can be additionally built with big data as shown in 2 and stored in the database 170.

In constructing the big data in the above-described step S707, the server 160 uses the companion animal information collected in the above-described step S706, and the companion animal video information collected in the above-described step S706 is shown in FIG. It can be additionally built with the same big data and stored in the database 170.

In constructing the big data in the above-described step S707, the server 160 uses the companion animal information collected in the above-described step S706, and the companion animal image information collected in the above-described step S706 is shown in FIG. It can be additionally built with the same big data and stored in the database 170.

In constructing the big data in the above-described step S707, the server 160 uses the companion animal reporting information and the companion animal video information collected in the above-described step S706, and the companion animal video content information collected in the above-described step S706. 2 may be additionally constructed as big data as shown in FIG. 2 and stored in the database 170.

In constructing the big data in the above-described step S707, the server 160 uses the companion animal reporting information and the companion animal image information collected in the above-described step S706, and the companion animal image content information collected in the above-described step S706. 2 may be additionally constructed as big data as shown in FIG. 2 and stored in the database 170.

After building the big data in step S707 described above, the server 160, the companion animal reporting one-stop service as shown in Figure 3 through the mobile or the web based on the big data built in the database 170, or Adoption matching service as shown in FIG. 4 or emergency / disease treatment service as shown in FIG. 5 may be integrated.

In the case of the above-mentioned companion animal reporting one-stop service, when reporting loss / organism / abuse, the GPS location, photo or video, event status through the input means on the main screen of the companion animal-related app (meaning, companion animal-related program) , When entering information related to loss / organic / abuse of information, such as Confucius, and requesting one-stop loss / organic / abuse registration, the companion terminal 110 requests a one-stop loss / organic / abuse registration request through the corresponding input means. Upon confirmation, a lost / organic / abuse registration request signal (including identification information) including lost / organic / abuse related information input through the corresponding input means is generated and transmitted to the server 160. Accordingly, the server 160 receives the lost / organic / abuse registration request signal transmitted from the companion terminal 110, and the identification / lost / abuse related information in the received lost / organic / abuse registration request signal You can check, and the corresponding lost / organic / abuse related information is databased according to the identified identification information, registered in the database 170, and at the same time, the loss / organic / abuse report is accepted. (Or, the shelter (government-directed shelter (APMS) or private shelter)) may be notified, and then, a loss / organic / abuse registration completion signal is generated and transmitted to the companion terminal 110. Then, the companion terminal 110 receives the lost / organic / abuse registration completion signal transmitted from the server 160 and displays the lost / organic / abuse registration in one stop through display means (or output means). Voice output).

In the case of the above-mentioned companion animal reporting one-stop service, the server 160 utilizes a government-directed shelter DB, a private shelter DB, a companion DB, and a companion animal DB of the database 170 to match / recommend based on big data. Through the morpheme analysis, it is possible to check whether there are companion animals to be protected by the companion terminal 150 (or the shelter (government-directed shelter or private shelter)) corresponding to the lost / organic information registered in the database 170. In this case, if there is a pet to be protected, the companion terminal 110 generates a companion animal protection notification signal including the information of the companion organization group terminal 150 (or the shelter (government-directed shelter or private shelter)). Can be sent to Then, the companion terminal 110 receives the companion animal protection notification signal transmitted from the server 160, and receives the companion animal protection notification signal from the received companion animal protection notification signal. Private shelter)) to display the information through the display means (or voice output through the output means) to display the corresponding companion organization group terminal 150 (or shelter (government-direct shelter or private shelter)) According to the information, it is possible for the companion to easily visit and receive the companion animal, so that the one-stop service to find the companion animal for the loss / organization report can be provided.

In the case of the adoption matching service described above, when applying for adoption, in the companion terminal 110, the size, type, and type of the application for adoption through the input means on the main screen of the companion animal-related app (meaning, companion animal-related program), If you enter the desired animal-related information such as gender, age, color, neutralization, medical history, etc., and apply for adoption, confirm the adoption request through the relevant input method and adopt the desired animal-related information entered through the input method. The application signal (including identification information) is generated and transmitted to the server 160. Accordingly, the server 160 receives the adoption application signal transmitted from the companion terminal 110, and can identify identification information and desired animal-related information from the received adoption application signal, and check the corresponding desired animal-related information. The database is registered for each identified identification information and registered in the database 170, and at the same time, the pet application terminal 140 or pet group terminal 150 (or shelter (government-directed shelter (APMS)) Private shelter)), and then generates an adoption completion signal and transmits it to the companion terminal 110. Then, the companion terminal 110 receives the adoption application completion signal transmitted from the server 160 and displays (or outputs audio through the output means) through the display means that the adoption application is completed.

In the case of the adoption matching service described above, the server 160 utilizes a government-directed shelter DB, a private shelter DB, a companion DB, a companion animal DB, etc. of the database 170 to analyze big data-based matching / recommended morphemes. Through, it is possible to adopt a companion animal provider terminal 140 or a companion organization terminal 150 (or a shelter (government-directed shelter (APMS) or private shelter)) corresponding to the desired animal-related information registered in the database 170. It is possible to check whether there is a companion animal, and in this case, if there is an adoptable companion animal, a screening approval request signal including information of the adoptable companion animal is generated to generate a corresponding companion animal provider terminal 140 or a companion organization group terminal 150. (Or, after transmitting to a shelter (government-directed shelter or private shelter)), the companion animal provider terminal 140 or a companion organization terminal 150 (or shelter (government-directed shelter or private shelter)) Received from receiving the examination and approval to generate a possible adoption pet notification signal that contains information of the companion animal can be adopted may be sent to the line by the companion device 110. Then, the companion terminal 110 receives the adoptable companion animal notification signal transmitted from the server 160 and checks the information of the adoptable companion animal in the received adoptable companion animal notification signal and displays it through the display means (Or voice output through an output means), so that a companion can easily visit and receive an adoptable pet according to the displayed information of the adoptable pet, so that the pet can be adopted for adoption. One-stop service can be provided.

In the case of the adoption matching service described above, when transmitting the pet signal for adoptable companion animals, the server 160, the terminal 110 is a companion pet hospital and medical treatment that can perform neutralization, pet registration, etc. ), And can also recommend companion animal registration education contents to the companion terminal 110. Then, the companion terminal 110 may receive recommendations from the server 160 for companion animal hospitals, medical treatment, companion animal registration education contents, etc. that can perform neutralization, companion animal registration, and the like.

In the case of the above-mentioned emergency / disease treatment service, when a disease / emergency occurs, the terminal 110, which is the companion, in the main screen of the companion animal-related app (internal, companion animal-related program) through the input means disease / emergency When a menu is clicked, a disease / emergency click is confirmed through the corresponding input means, and a disease / emergency signal (including identification information and location information) is generated and transmitted to the server 160. Accordingly, the server 160 receives the disease / emergency signal transmitted from the companion terminal 110 and can identify identification information and location information from the received disease / emergency signal, and the identified location information is the closest. The companion animal hospital can be checked from the database 170, and a consultation reservation signal including companion information and companion animal information corresponding to the identified identification information is generated and transmitted to the companion animal hospital terminal 130. Accordingly, the companion animal hospital terminal 130 may receive the consultation reservation signal transmitted from the server 160 and check companion information and companion animal information from the received consultation reservation signal, and check the companion information and Counseling and reservation requests for companion animal information can be processed, and a consultation reservation confirmation signal including companion animal hospital information, consultation and reservation approval information is generated and transmitted to the companion terminal 110. Then, the companion terminal 110 receives the consultation reservation confirmation signal transmitted from the companion animal hospital terminal 130 and checks and displays the companion animal hospital information, consultation and reservation approval information from the received consultation reservation confirmation signal. Through the display (or voice output through the output means), the companion animal can easily visit and receive the treatment of the companion animal according to the displayed companion animal hospital information, consultation and reservation approval information. You will be provided with a one-stop service from Korea's location-based companion animal hospital search, consultation reservation, treatment reservation, and payment processing.

In the case of the above-mentioned emergency / disease treatment service, when transmitting a reservation reservation confirmation signal, the companion animal hospital terminal 130 also accepts waiting information, surgery information, possible schedule information, payment processing information, etc. Can provide.

As described above, the embodiment of the present invention is not implemented only through the above-described apparatus and / or operating method, and a program for realizing a function corresponding to the configuration of the embodiment of the present invention, a recording medium in which the program is recorded, etc. It may be implemented, such an implementation can be easily implemented by those skilled in the art to which the present invention belongs from the description of the above-described embodiment. Although the embodiments of the present invention have been described in detail above, the scope of the present invention is not limited thereto, and various modifications and improvements of those skilled in the art using the basic concept of the present invention defined in the following claims are also provided. It belongs to the scope of rights.

100: Big data-based companion animal crisis management integrated system
110: companion terminal
120: pet ticket provider terminal
130: companion animal hospital terminal
140: companion animal provider terminal
150: companion organization group terminal
160: Big data-based companion animal crisis management integrated server
161: interface
162: Information collection department
163: Big Data Construction Department
164: Companion Animal Reporting Service
165: Adoption matching service provider
166: Emergency / disease treatment service provider
170: database
180: network

Claims (5)

A companion terminal requesting registration of companion information input through an input means;
A pet ticket provider terminal requesting registration of pet ticket information input through an input means;
A companion animal hospital terminal for requesting registration of companion animal hospital information input through an input means;
A companion animal provider terminal for requesting registration of companion animal information input through an input means;
A terminal for a companion organization group requesting registration of the companion organization information input through the input means;
Request for registration of companion information from the companion terminal, request for registration of pet ticket information from the pet ticket provider terminal, request for registration of companion animal hospital information from the companion animal hospital terminal, request for registration of companion animal information from the companion animal provider terminal, and the companion A server that collects companion information, pet ticket information, companion animal hospital information, companion animal information, and companion organization information according to a request for registration of companion organization information of the organization group terminal and builds it into big data; And
A big data-based companion animal crisis management integrated system that includes a database that builds and registers companion information, pet ticket information, companion animal hospital information, companion animal information, and companion organization information transmitted from the server as big data. The method of claim 1, wherein the companion terminal,
Big data-based companion animal crisis management integrated system characterized in that the location is detected and the current companion location is checked and the server is notified. The method of claim 1, wherein the companion terminal,
Confirming the request for one-stop loss / organic / abuse registration through the input means, generates a lost / organic / abuse registration request signal including the lost / organic / abuse related information and identification information input through the input means and transmits it to the server Big data-based companion animal crisis management integrated system, characterized in that. A companion terminal, a pet ticket provider terminal, a companion animal hospital terminal, a companion animal provider terminal, and a companion organization group terminal, each of which is connected through communication through a network, identifies each of the companion terminal's companion information registration request, and the pet ticket provider terminal An interface unit for receiving a pet ticket information registration request, a pet animal hospital information registration request from the companion animal hospital terminal, a pet animal information registration request from the companion animal provider terminal, and a companion institution group information registration request from the companion animal terminal;
Companion information, pet ticket information, and companion animal hospital according to the request for registration of companion information received through the interface unit, a request for registration of pet ticket information, a request for registration of companion animal hospital information, a request for registration of companion animal information, and a request for registration of companion organization information An information collection unit that collects information, companion animal information, and companion organization information; And
Big data-based companion animal crisis management integrated server including a big data construction unit that builds companion information, pet ticket information, companion animal hospital information, companion animal information, and companion organization information collected from the information collection unit as big data. Requesting the companion terminal to register companion information input through the input means;
A pet ticket provider terminal requesting registration of pet ticket information input through an input means;
Requesting the companion animal hospital terminal to register the companion animal hospital information input through the input means;
Requesting the companion animal provider terminal to register the companion animal information input through the input means;
A step of requesting the terminal of the companion organization group to register the companion organization information input through the input means; And
The server requests registration of companion information from the companion terminal, requests for registration of pet ticket information from the pet ticket provider terminal, requests for registration of companion animal hospital information from the companion animal hospital terminal, and requests for registration of companion animal information from the companion animal provider terminal, Big data base, including collecting personal information, pet ticket information, companion animal hospital information, companion animal information, and companion organization information according to the request for registration of companion organization information of the companion organization terminal How to integrate companion animal crisis management.

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