KR20200063637A - Pet healthcare network service system based on heart rate monitoring database - Google Patents

Abstract

According to one embodiment of the present invention, a health care network service system based on a companion animal heart rate monitoring database to manage a heart rate of a companion animal allows synchronization between an animal hospital device and a user terminal carried by a guardian and provides a health care service suitable for a condition of a companion animal based on synchronized medical data and measured heart rate data.

Description

Pet healthcare network service system based on heart rate monitoring database}

The present invention relates to a companion animal management technology, and more particularly, to a technology for providing a health care network service based on a database accumulated by monitoring a companion animal heart rate.

Pets are known to share life with humans since prehistoric times for the purpose of intimate fellowship and emotional sharing with humans. As the traditional society in which human exchanges have been continuously dismantled and the sense of loneliness in modern society increases, interest in companion animals that can satisfy human needs such as intimate fellowship, emotional sharing, and exchanges gradually increases. Doing. Recently, due to the dissolution or change of social structure and family relations, the number of single unmarried households or the elderly living alone has increased rapidly in the face of the advent of the aging age. However, as the demand for companion animals as a new family has rapidly increased, the term'companion animal' is also widely used.

Various diseases occur while raising these pets. In order to prevent the occurrence of these diseases and prolong the life of the pet, it is necessary to continuously manage the health of the pet. To this end, it is necessary to periodically go to an veterinary hospital for diagnosis, so the cost and time will be consumed.

According to one embodiment, in conjunction with an animal hospital, it facilitates health management for a companion animal without going to an animal hospital, particularly heart rate management, and proposes a health care network service device and a user terminal based on the managed heart rate monitoring database. do.

The companion animal heart rate monitoring database-based health care network service system according to an embodiment includes a user terminal for measuring and recording a heart rate for a companion animal, an animal hospital device storing medical data, and medical data of the animal hospital device. Acquiring and synchronizing and extracting companion animal information matching the user identification information of the user terminal from the synchronized medical data and providing it to the user terminal, but analyzes the health status of the companion animal using the medical data and the received heart rate data and analyzes the result And a companion animal management service device that provides heart rate related health information to the user terminal.

The user terminal accesses the companion animal management service device to register as a member and searches for and registers the animal hospital attended by the companion animal caregiver among the animal hospitals managed by the companion animal management service device, and registers the guardian's companion animal as a health care target It may include a registration processing unit, a health management unit that receives heart rate related health information generated based on heart rate data, and a user interface that receives a user manipulation signal and outputs heart rate related health information.

The health management unit may include a bio-information providing unit that organizes the received heart rate data in units of hours and outputs the organized heart rate data together with the units of time.

The health management unit may include a diet management unit that obtains dietary information according to the heart rate data of the companion animal from the companion animal management service device or generates and provides dietary information.

The health management unit may manage and execute an application installed in the user terminal, and synchronize and provide each item constituting the animal notebook in the companion animal application.

According to an embodiment of the present invention, by synchronizing between the veterinary hospital device and the user terminal possessed by the guardian, the guardian can conveniently view and manage the vehicle chart information of the companion animal recorded in the veterinary hospital. In addition, it is possible to automatically input the handwriting input to the animal notebook through the application, thereby increasing the convenience of management for each companion animal.

Furthermore, by providing a health care service suitable for the condition of the companion animal based on the synchronized companion animal information, it is possible to facilitate the health management and effective treatment. In particular, the guardian can manage the health of the companion animal at home without having to go to the animal hospital every time since the health information related to the heart rate of the companion animal may be received based on the measured heart rate.

1 is a schematic configuration diagram of a health care network service system based on a companion animal heart rate monitoring database according to an embodiment of the present invention;
Figure 2 is a block diagram of the user terminal of Figure 1 according to an embodiment of the present invention,
Figure 3 is a detailed configuration diagram of the health care unit of Figure 2 according to an embodiment of the present invention,
4 is a reference diagram showing a pet view execution screen of a user terminal according to an embodiment of the present invention,
5 is a reference view showing a pet view screen that is displayed when the'hospital' item of FIG. 4 is selected according to an embodiment of the present invention;
6 is a reference view showing a heart rate management screen of a pet view according to an embodiment of the present invention,
7 is a block diagram of the companion animal management service device of FIG. 1 according to an embodiment of the present invention;
8 is a configuration diagram showing a signal flow transmitted and received between components to describe a health care process according to an embodiment of the present invention;
9 is a signal flow diagram for explaining the steps of acquiring animal hospital information according to an embodiment of the present invention,
10 is a flowchart illustrating a pet view synchronization process in a user terminal according to an embodiment of the present invention.

Advantages and features of the present invention, and methods for achieving them will be clarified with reference to embodiments described below in detail together with the accompanying drawings. However, the present invention is not limited to the embodiments disclosed below, but may be implemented in various different forms, and only the embodiments allow the disclosure of the present invention to be complete, and common knowledge in the technical field to which the present invention pertains. It is provided to fully inform the holder of the scope of the invention, and the invention is only defined by the scope of the claims. The same reference numerals refer to the same components throughout the specification. Hereinafter, embodiments of the present invention will be described in detail with reference to the accompanying drawings.

1 is a schematic configuration diagram of a companion animal heart rate monitoring database-based health care network service system according to an embodiment of the present invention.

1, the companion animal heart rate monitoring database-based health care network service system includes a user terminal 1, a companion animal management service device (hereinafter referred to as a'service device') 2, an animal hospital device 3, And a network 5, and may further include a push server 4. The user terminal 1, the service device 2, the veterinary hospital device 3, and the push server 4 are application programming interfaces, which are interfaces made to control functions provided by an operating system or a programming language. API) can perform various functions, but this is a well-known and common technique and does not correspond to the subject matter of the present invention, so a detailed description thereof will be omitted.

The service device 2 provides health care services for companion animals raised by the guardian of the companion animal in cooperation with a plurality of animal hospitals. For example, when a guardian accesses the service device 2 through the user terminal 1 and requests a medical record of a companion animal from the animal hospital where he or she attends, the service device 2 sends to the animal hospital server 3 By accessing the backed up vehicle chart information, a companion animal's medical records are obtained and provided to the user terminal 1, the corresponding records can be searched and searched through the user terminal 1.

The service device 2 according to an embodiment provides a companion animal health care service to a guardian, particularly a heart rate related health care service. As an example of a health care service using the service device 2, the guardian measures the heart rate of a companion animal at home and transmits the measured heart rate data to the service device 2 through the user terminal 1. The service device 2 analyzes the received heart rate data and provides the analysis result to the user terminal 1. The analysis information may be a result of comparing the measured heart rate data with normal heart rate data stored in advance. Or it may be disease prediction information according to the comparison result. The normal heart rate data may be calculated according to a reference value received from the animal hospital device 3, the reference value being determined according to the condition of the companion animal. For example, it may vary depending on the breed, weight, age, disease, etc. of the companion animal, and the corresponding information may be directly input from the guardian through the user terminal 1 or obtained from medical data recorded in the animal hospital server 3 Can be. Through this health care service, the guardian can comfortably manage the heart rate of the companion animal at home without having to go to the animal hospital every time.

The user terminal 1 may use the health care service provided by the service device 2 through an application (hereinafter referred to as'pet view'). When the application of the user terminal 1 is called a'pet view', the service device 2 may be called a'pet view server'. Hereinafter, each component of the companion animal management service system will be described in detail below.

The veterinary hospital apparatus 3 stores medical data generated in each veterinary hospital. Medical data includes basic information of the customer, basic information of the companion animal, hospital information, and electronic chart information about the companion animal. The basic information of the customer may be personal information about the companion animal and the guardian, for example, the guardian's name and mobile phone number. The basic information of the companion animal includes information on the breed, age, disease, and weight of the companion animal. Medical data is information generated while providing medical services such as vaccination, treatment, surgery, and diagnosis of companion animals in an animal hospital. For example, medical data is electronic chart information, which is a digital record generated in conjunction with medical equipment.

The animal hospital device 3 may be in the form of a server, as shown in FIG. 1. In this case, the veterinary hospital manager 300 accesses the veterinary hospital device 3 in the form of a server using the manager terminal 302. As another example, the animal hospital device 3 itself may be the manager terminal 302. The medical data stored in the animal hospital device 3 is transmitted to the service device 2, and the service device 2 backs it up and synchronizes it. Data synchronization may be performed at a preset period, for example, every 2 to 4 hours, upon request of the service device 2, or automatically whenever data is updated on the animal hospital device 3. . The veterinary hospital manager 300 may query the manager page provided by the veterinary hospital device 3 or input tank chart information on the manager page.

The user terminal 1 is a terminal possessed by the guardian 100 of a companion animal, and obtains and provides information of an animal hospital that the guardian 100 mainly attends according to the operation of the guardian 100 from the service device 2. Hereinafter,'user' and'guardian' are used interchangeably, but it is revealed that they have the same meaning. The guardian 100 may inquire and manage animal hospital information, and may use the health care service provided by the service device 2. The user terminal 1 includes a mobile phone, a portable multimedia player (PMP), a mobile Internet device (MID), a smart phone, a desktop, a tablet PC, a notebook, and a netbook. book) and information communication devices. The user terminal 1 may execute the pet view installed on the user terminal 1 to use the health care service provided by the service device 2. In particular, the present invention can use a health care service through a pet view executed in the user terminal (1).

The heart rate data measured at the user terminal is stored in the server along with the companion animal's breed, age section, gender, and weight information.

The age range of pets is divided into 5 stages: puffy, childhood (4-6 months), 1 year old, adulthood (2-6 years old), old age (6-8 years old), and dusk (9 years old or older).

The gender of the companion animal is divided into 5 types: male, female, male sex (M/N), female sex (F/S), and gender unknown.

The maximum, minimum, and average data of the individual heart rate measured for each companion animal are compared with the highest, lowest, average, and standard deviation data calculated according to the breed, age, sex, weight range, and health status of the companion animal.

The service device 2 receives medical data from a plurality of veterinary hospital devices 3 and makes it a database. The process of restoring the received data and backing it up to the database is called data synchronization. If the format of the medical data for each veterinary hospital device is different from each other, the service device 2 may convert it to a common format. The service device 2 may be in the form of a server as shown in FIG. 1, in which case, the operator 200 operating the service device 2 can access the service device 2 through the operator terminal 202. have.

The service device 2 may separate medical data for each hospital and store it in each hospital DB. In addition, companion animal information to be provided through the animal notebook of the user terminal 1 may be stored in the notebook DB. The animal notebook is intended to solve the inconvenience caused by the method of manually inputting the notebook into the notebook, and provides not only a function for the guardian to input information directly through the user terminal 1, but also from the service device 2 It is possible to provide convenience to a user by acquiring information on a companion animal and synchronizing it with each item of the animal notebook.

The service device 2 backs up and synchronizes and manages medical data stored in a plurality of animal hospital devices 3, and provides a management service including health management to the user terminal 1 according to a user request. The service device 2 obtains companion animal information matching the user identification information from the medical data based on the user identification information received from the user terminal 1 and provides it to the user terminal 1. The user identification information may be the user's name and mobile phone number. Provision of companion animal information using user identification information For example, the companion animal information corresponding to the user's name and mobile phone number is extracted from the medical data stored in the service device 2 and transmitted to the user terminal 1. Then, the guardian 1 can inquire and manage the health of the companion animal through the user terminal 1.

The push server 4 is a device for transmitting data in the form of a push to the user terminal 1, for example, a Google push server or an Apple push server. The push server 4 works with the service device 2 to push a message informing the user terminal 1 when the heart rate measurement time is reached. To this end, the user terminal 1 must be registered in advance in the push server 4.

The network 5 performs transmission/reception operations for data transmission and information exchange between each device 1, 2, 3, 4. Various types of communication networks may be used as the network 18, for example, Wireless LAN (WLAN), Wi-Fi, Wibro, Wimax, High Speed Downlink Packet Access (HSDPA) Wireless communication methods such as Ethernet or wired communication methods such as Ethernet, xDSL (ADSL, VDSL), HFC (Hybrid Fiber Coax), FTTC (Fiber to The Curb), and FTTH (Fiber To The Home) may be used. . Meanwhile, the network is not limited to the above-described communication method, and may include all other well-known or future communication methods in addition to the above-described communication method.

2 is a block diagram of the user terminal of FIG. 1 according to an embodiment of the present invention.

1 and 2, the user terminal 1 includes a control unit 10, a user interface 14 and a memory 16. The control unit 10 may include a registration processing unit 11 and a service execution unit 12.

The memory 16 stores a pet view according to an embodiment, including all types of storage devices that are embedded in the user terminal 1 or can be connected through a USB port. The pet view stored in the memory 16 may be updated.

The user interface 14 receives a user manipulation signal and outputs information generated according to the operation of the terminal.

The control unit 10 is for controlling each component, and may be referred to as a processor constituting the main control unit of the user terminal 1. The control unit 10 according to an embodiment includes a registration processing unit 11 and a service execution unit 12.

The registration processing unit 11 registers matters necessary for the user to use the service. As an example of pet view registration, the registration processing unit 11 accesses a website using an application market or a predetermined URL address and downloads a pet view according to a request through a guardian manipulation on the user interface 14, and downloads the pet view memory 16 Save and register on. At this time, the pet view is stored by receiving an AID (Application ID).

There are various embodiments in which the pet view can be installed on the user terminal 1. As an example, a guardian who visits an animal hospital reads the QR code provided at a predetermined location of the animal hospital through the user terminal 1, and the QR code You can go to the App Store and install Pet View. As another embodiment, the user terminal 1 may move to the App Store connected to the link described in the SMS received from the animal hospital to install Pet View. As another embodiment, PetView includes a'Recommend' function. As an acquaintance who has already installed PetView sends an SMS using the'Recommend' function, it moves to the App Store connected to the link included in the SMS. You can also install Pet View.

The registration processing unit 11 according to an embodiment accesses the service device 2 and registers a member in the companion animal management service provided by the service device 2. In addition, the registration processing unit 11 may search for information on a plurality of animal hospitals 3 managed by the service device 2 and select and register the animal hospitals attended by the companion animal guardians. In addition, the guardian's companion animal can be registered as a health care object. When the animal hospital is designated as a health management target considering the condition of the companion animal, the user also enters the'heart rate management menu' in Pet View, selects the animal hospital that he or she has registered, and selects the companion animal designated as the heart rate management target to be the heart rate management target. You can register.

The service execution unit 12 reads and executes the pet view from the memory 16. In addition, the service execution unit 12 loads medical data synchronized to the service device 2 from the animal hospital device 3 and outputs it through a pet view. Therefore, through pet view, the guardian can inquire and manage the status of the companion animal.

The service execution unit 12 according to an embodiment includes a member management unit 120, a hospital search unit 122, a message management unit 124, a coupon box management unit 126, and a health management unit 128.

The member management unit 120 is for authenticating the guardian who is the user of the user terminal 1 having installed PetView, and receives identification information such as a name, date of birth, and mobile phone number that can identify himself/herself from the guardian. And perform identity verification procedure operations through mobile phone authentication. In addition, the registered user performs a log-in process to synchronize his/her pet information with Pet View, and at this time, enters an ID and a PW, and receives a hashed code according to the authentication procedure, thereby performing a member authentication process. . User identification information, such as the name and mobile phone number of the authorized guardian, can be used later by the service device 2 to filter companion animal information that matches the user identification information in the medical data.

The hospital search unit 122 obtains and outputs information about animal hospitals from the service device 2. The veterinary hospital may be searched with a search key of at least one of a hospital name, a veterinary hospital unique code, and a region. The animal hospital unique code may be a code previously assigned by the operator of the service device 2. In addition, if you search by region, you can search the list of animal hospitals in the region through large and medium categories. The hospital search unit 122 searches for a hospital attended by a guardian, and outputs an information providing screen for each hospital. And among the searched hospitals, the guardian can select the desired hospital.

The message management unit 124 obtains the notification message of the hospital created from the manager page of each hospital from the service device 2 and checks/stores it. The notification message may be sent to some guardians, not all guardians, unlike hospital notices, and a message reception target may be set according to a grade or condition used in the hospital. The coupon box management unit 126 obtains and stores/confirms the coupon information of the hospital created on the hospital-specific manager page from the service device 2.

The health management unit 128 provides a personalized health care service suitable for the condition of a companion animal registered as a health care object. The health management unit 128 receives companion animal information matching the user identification information from the medical data synchronized from the animal hospital device 3 to the service device 2 and provides it to the user interface 14 . At this time, the health management unit 128 receives the heart rate related health information generated based on the synchronized medical data and the measured heart rate data from the service device 2 and provides it to the user interface 14. The health management unit 128 may provide companion animal information obtained from the service device 2 in synchronization with each item constituting the animal notebook in Pet View. The detailed configuration of the health management unit 128 will be described later with reference to FIG. 3.

3 is a detailed configuration diagram of the health care unit of FIG. 2 according to an embodiment of the present invention.

2 and 3, the health management unit 128 includes a bio-information transmission unit 1280, a bio-information management unit 1282, a bio-information providing unit 1284, a risk notification unit 1286, and a diet management unit 1288 ).

The biometric information transmission unit 1280 transmits the heart rate measurement value received through the short-range communication module 180 to the service device 2. Then, the service device 2 uses the medical data of the companion animal recorded in the animal hospital and the heart rate data received from the user terminal 1 to generate heart rate related health information suitable for the companion animal.

The biometric information management unit 1282 receives heart rate-related health information generated by the service device 2 from the service device 2 and outputs it through the user interface 14. The heart rate related health information may be analysis information comparing heart rate measurement data with normal heart rate data stored in advance. The normal heart rate data may vary depending on the condition of the companion animal, for example, depending on the breed, weight, age, disease, etc. of the companion animal, and corresponding information may be directly input from the guardian through the user terminal 1 or the animal It can be obtained from the medical data recorded in the hospital server (3).

Heart rate-related health information may be disease prediction information according to an analysis result. The biometric information providing unit 1284 organizes heart rate data measured for a companion animal in units of time and displays the organized information together with the unit of time through the user interface 14. Here, the time unit may be a year, month, day, or hour, and heart rate data may be displayed in units of a year, a month, a week, or 24 hours.

When the measured heart rate exceeds the reference range, the danger notification unit 1286 generates a danger warning signal and outputs it through the user interface 14. The danger notification unit 1286 may generate a danger warning signal by distinguishing the danger situation. Based on the measured heart rate, an output signal capable of distinguishing it according to tachycardia, bradycardia, and arrhythmia is generated and output through the user interface 14. For example, the user interface 14 may output light of different colors according to tachycardia, bradycardia, and arrhythmia.

For example, if the measured heart rate average of the companion animal is outside the (average-standard deviation) and (average+standard deviation) of the breed, age, sex, weight and health status of the companion animal, a risk notification is given. .

As another example, if the heart rate data measured for each companion animal accumulates for 10 days or more, the maximum, minimum, and average data of the companion heart rate data are calculated, and the average heart rate measured thereafter is (average-standard deviation) and (average+standard) Deviation) alerts you.

In addition, for 60 breeds of dogs, if heart disease information for each breed is related to heart disease information, the companion animal of the breed belongs to the age group, and the risk information for the disease is provided along with disease description and management information.

The heart rate data registered in the user application is synchronized with the veterinarian's veterinary hospital device to provide the same risk notification to the veterinary hospital device, and the veterinarian can check the heart rate data.

The diet management unit 1288 obtains diet information according to the heart rate data of the companion animal from the service device 2 or generates diet information and outputs it through the user interface 14. It can provide dietary information that matches the heart rate data of the companion animal. Dietary information may include what kind of feed the pet needs to eat, and how many calories per feed.

4 is a reference diagram illustrating a pet view execution screen of a user terminal according to an embodiment of the present invention.

The pet view execution screen of FIG. 4 is only an example, and the present invention is not limited thereto. That is, service items that can be provided through the pet view can be implemented in various ways depending on the operator. Referring to FIG. 4, the pet view may be provided with a companion animal management menu item including'login','hospital','message storage box','coupon box','community' and'health management'.

When the'login' item is selected on the pet view screen, the user enters ID and PW, and receives the hashed code according to the authentication procedure accordingly to perform the member authentication procedure. User identification information, such as the name and mobile phone number of the authorized guardian, can be used later by the service device 2 to filter companion animal information that matches the user identification information from the medical data stored in the DB.

When the'hospital' item is selected on the pet view screen, information about the animal hospitals is obtained from the service device 2 and output. The veterinary hospital may be searched with a search key of at least one of a hospital name, a veterinary hospital unique code, and a region. Here, the unique code of the animal hospital may be a code previously given by the operator of the service device 2. In addition, if you search by region, you can search the list of animal hospitals in the region through large and medium categories. According to an embodiment, the user may register an animal hospital that he or she attends in the'hospital' menu, and select a companion animal designated as a health care object and register it as a health care object.

When the'Message storage box' item is selected on the pet view screen, you can check the notification message of the hospital created on the manager page of each hospital. When the'Coupon Box' item is selected on the pet view screen, you can check the coupon information of the hospital created on the hospital-specific manager page.

When the'Heart rate management' item is selected on the pet view screen, it is possible to check heart rate management information for a companion animal designated as a health care object. At this time, information obtained by arranging the detected heart rate data in units of hours may be checked, and health information suitable for the measured heart rate data may be checked. The screen displayed when the'heart rate management' screen is selected will be described later with reference to FIG. 8.

5 is a reference diagram illustrating a pet view screen that is displayed when the'hospital' item of FIG. 4 is selected according to an embodiment of the present invention.

Referring to FIG. 5, the hospital information provision pet view screen includes'hospital notice','animal notebook','reservation/questionnaire','medical satisfaction survey','disappearance report','cute gallery','contest', Menu items including'FAQ' and'Pet Insurance' are shown. However, this is only an example, and the present invention is not limited thereto. Service items that can be provided through the hospital information provision pet view screen can be implemented in various ways depending on the operator.

The'hospital notice' is a notice from each hospital, which may be a hospital notice written on the manager page of each hospital. Such a hospital announcement musk may be directly searched and viewed by a guardian through a pet view, but if it is an important notification, it may be delivered to a guardian by a push notification.

The'Animal Handbook' is intended to solve the inconvenience of the guardian according to the method previously input by hand in the animal handbook, and not only provides a function for the guardian to directly input information, but also a companion animal from the service device 2 It is possible to provide convenience to the user by acquiring information on and synchronizing each item of the'animal notebook'. When such an'animal notebook' is selected, a screen including information such as a guardian's'last visit','next reservation date','hospital deposit','hospital point', and'companion animal list' is displayed. Accordingly, the guardian can check the contents and manage the pet's hospital schedule.

When the'Reservation/Interview' item is selected, the reservation list and the'Interview','Cancel' and'Reservation' items for each reservation are displayed. Through the'cute gallery', guardians can register and boast pictures of animals. Then, other guardians can express their preferences and comment. Through these functions, the guardians in the hospital form a community space, and by participating in the hospital together, the community between the hospital and the guardians is increased and the guardianship prevention is supported.

'Missing Report' is a feature that allows you to register photos and pet information on the app bulletin board when you lose your pet, and to send a push message to app guardians who attend the veterinary hospital in the area you have set up to find quickly. Gives 'Contest' is a function that allows you to participate in a beauty contest with a photo of a pet, and in an animal hospital, you can conduct a beauty contest with a photo of a pet that you have groomed in your hospital through the administrator page. Thus, through Petview, guardians can vote and comment on the animals they support. Through this function, an animal hospital can have an effect of increasing intimacy with a companion animal.

6 is a reference view showing a'heart rate management' screen of a pet view according to an embodiment of the present invention.

Referring to FIG. 6, when the'heart rate management' menu of the pet view is selected, heart rate data measured for a companion animal are arranged in units of time and displayed on the screen (800,810). The unit of time can be 24 hours, week, month, year. In FIG. 8, heart rate data is displayed on a weekly basis. At this time, the normal heart rate data of the companion animal may be displayed on the screen together. According to the comparison result between the heart rate measurement data and the normal heart rate data, an analysis result is output on the heart rate management screen. The analysis result includes disease prediction information 820.

7 is a configuration diagram of the service device of FIG. 1 according to an embodiment of the present invention.

1 and 7, the service device 2 includes a database 20, a processor 24, and a device communication unit 27, and the database 20 includes a hospital DB 21 and a notebook DB 22 And it may include a push DB (23).

The device communication unit 27 processes a signal received from the outside and an internal output signal through a wired or wireless communication network, and is a well-known configuration. According to one embodiment, the user terminal 1, the animal hospital device 3 and the push server 4 and the like through the device communication unit 27.

The device communication unit 27 according to an embodiment includes a biometric information receiving unit 270 and a biometric information transmitting unit 272. The bio-information receiving unit 270 receives heart rate data measured by the companion animal from the user terminal 1.

The bio-information transmitting unit 272 transmits the heart rate information to the veterinary hospital device 3 when the veterinary hospital manager requests or the normal heart rate and the measured heart rate comparison result from the health care service unit 264 satisfy a predetermined condition. do. The predetermined condition is, for example, when the difference between the normal heart rate and the measured heart rate is greater than a preset threshold value. The animal hospital manager may be a veterinarian. The veterinary hospital manager may request and receive heart rate information from the service device 2 through the electronic chart, thereby monitoring the condition of the companion animal through the received heart rate information or refer to the treatment.

The hospital DB 21 is a database in which data recorded on each of the one or more veterinary hospitals is stored, at a predetermined cycle, for example, every 2-4 hours, or when an operator requests, or the veterinary hospital device 3 It is updated when the information stored in it is updated. Here, it stores the backup information including the hospital operator number, time, log status, and status, and operates the service device 2 to query whether the backup of the hospital is correct or the backup status among the information uploaded to the hospital DB 21. Can be managed through the operator page.

The notebook DB 22 is a database in which information provided through the'animal notebook' on the pet view is stored. As the identification information of the guardian is transmitted from the user terminal 1, the notebook DB 22 corresponds to the identification information of the guardian Information used in the'animal notebook' is detected and transmitted to the user terminal 1.

The push DB 23 stores information to be pushed to the user terminal 1 through the push server 4, and may include information such as a reservation schedule and announcements. The push information may be set by the operator. In the push DB 23 according to an embodiment, the health management information to be transmitted to the user terminal 1 for health management of the companion animal may be read from the hospital DB 21 or the notebook DB 22 and stored.

The processor 24 works in conjunction with the device communication unit 27 and the database 20 to provide a companion animal management service through pet view. The processor 24 according to an embodiment includes a synchronization unit 25 and a service providing unit 26.

The synchronization unit 25 synchronizes medical data stored in the animal hospital device 3. The synchronized medical data may be stored in the database 20 and provided to the user terminal 1 through the service provider 26. For example, the synchronization unit 25 stores the authenticated user identification information in the notebook DB 22 and recovers medical data transmitted from a plurality of animal hospital devices 3 and stores it in each hospital DB 21 for each hospital. . Then, the companion animal information matching the user identification information is extracted from the hospital DB 21 and stored in the notebook DB 22. The extracted companion animal information may be provided to the user terminal 1.

The synchronization unit 25 according to an embodiment checks the uploaded file from one or more animal hospital devices 3, performs compression/decompression and recovery, and then recovers the files in the hospital DB ( 21) by moving to a folder for each hospital and save it. Through the operator page, it is possible to inquire about whether the backup of hospital information has been performed correctly and to manage the remote backup.

The synchronization unit 25 according to an embodiment of the companion animal information including the inspection results, medical history, immunization information, and guardian education data matching the user identification information such as the guardian's name or mobile phone number to the notebook DB 22 In addition to the storage box, it is transmitted to the user terminal 1. In addition, as information including reservation, questionnaire, satisfaction survey, coupon use, etc. is transmitted through the user terminal 1, it is updated in the hospital DB 21 or the notebook DB 22.

The service providing unit 26 according to an embodiment includes an authentication unit 260, a push management unit 261, an operator page management unit 262, a hospital manager page management unit 263, and a health management service unit 264.

The authentication unit 260 performs user authentication when the user device 1 or the animal hospital device 3 wants to receive the service provided by the service device 2. Authentication For example, as the ID (ID) and password (PW) are input from the user terminal 1 or the animal hospital device 3, a user authentication is performed and a hashed authentication code is transmitted. Here, for convenience of description, the authentication unit 260 has a configuration form physically included in the service device 2, but this is only an example and the present invention is not limited thereto. For example, authentication may be performed through a separate authentication server (not shown) for authentication.

The push management unit 261 stores data to be transmitted to the user terminal 1 in the form of a push, from the information stored in the hospital DB 21 or the notebook DB 22 in the push DB 23. This can be done according to the conditions set through the operator page.

The operator page management unit 262 provides functions through an operator page accessible to an operator who operates the service device 2, and checks the status of data backed up from the animal hospital device 3 or sets a condition for selecting push data. Various functions including functions and the like can be provided. The hospital administrator page management unit 263 provides functions through an operator page accessible to administrators who manage the animal hospital device 3, checks the status of data backed up from the animal hospital device 3, sets coupon options, etc. It can provide a variety of functions, including the functionality of.

The health care service unit 264 extracts companion animal information matching the user identification information from the synchronized medical data through the synchronization unit 25 and provides it to the user terminal 1. In addition, based on the synchronized medical data and the received heart rate data, the user terminal 1 is provided with a health care service suitable for the condition of the companion animal.

The health care service unit 264 according to an embodiment analyzes the health status of the companion animal and provides analysis results using medical data of the companion animal recorded in the animal hospital and heart rate data received from the user terminal 1. . The health care service unit 264 according to an embodiment compares the heart rate data of the companion animal received from the user terminal 1 with the pre-stored normal heart rate data and compares heart rate-related health including disease prediction information according to a comparison result or a comparison result Information is provided to the user terminal 1. The normal heart rate data may be calculated according to the reference value received from the animal hospital device 3, and the reference value may be determined according to the condition of the companion animal. For example, it may be determined according to the breed, age, and weight of the companion animal.

The health care service unit 264 may transmit dietary information according to the heart rate data of the companion animal to the user terminal 1. For example, a companion animal may provide calorie information on what kind of feed to eat and how many calories per feed.

Next, a health care network service system based on a companion animal heart rate monitoring database according to an embodiment of the present invention will be described, but a management method in which the management service device is interlocked with the animal hospital device or the user terminal will be described.

Although not shown in the drawings, the companion animal management service method according to an embodiment of the present invention comprises obtaining data at a predetermined cycle from one or more animal hospital devices, and an animal hospital device according to a request from a user terminal having installed Pet View And synchronizing data obtained from. The method of using various functions provided by the pet view in the user terminal is the same as described above, so a detailed description thereof will be omitted here.

8 is a diagram illustrating a signal flow transmitted and received between components to describe a health care process according to an embodiment of the present invention.

Referring to Figure 8, the guardian measures the heart rate of the companion animal through the user terminal (1) (1000). The user terminal 1 may output the heart rate data to the screen through a pet view (1002).

The service device 2 receives the heart rate data from the user terminal 1 (1003), and uses the medical data of the companion animal recorded in the animal hospital and the heart rate data received from the user terminal 1 to the health state of the companion animal Analyze (1005). At this time, it may be analyzed by referring to the set reference value 1004 set in the animal hospital device (3). Subsequently, the service device 2 provides the analysis result to the user terminal 1 (1006 ). Then, the user terminal 1 outputs the received analysis result on the screen through a pet view (1007).

The service device 2 according to an embodiment compares the heart rate data received from the user terminal 1 with the normal heart rate data stored in advance and compares the heart rate related health information including disease prediction information according to the comparison result or the comparison result with the user terminal ( 1). The normal heart rate data is calculated according to the reference value received from the animal hospital device 3, and the reference value may be determined according to the condition of the companion animal.

9 is a signal flow diagram for explaining the steps of acquiring animal hospital information according to an embodiment of the present invention.

Referring to FIG. 9, the veterinary hospital device 3 requires an authentication procedure to periodically back up hospital information to the service device 2, and transmits the authentication information to the service device 2 (1110 ). Thereafter, the authentication server transmits the hash authentication code according to the guardian authentication to the animal hospital device (1120). Subsequently, the animal hospital device 3 determines whether a preset backup cycle has arrived (1130). According to an embodiment of the present invention, the backup cycle is 2 hours to 4 hours.

As a result of the determination, when the backup cycle arrives, the animal hospital device 3 backs up the database recorded in the electronic chart (1140), compresses the file of the backed up data (1150), and then supplies the backup file to the service device (2). ) (1160). Then, the service device 2 receives the backup file, restores the file (1170), and stores it in a separate hospital DB for each hospital (1180). Although not shown in the drawings, backup information may be selected from information stored in the hospital DB and stored in the backup DB.

10 is a flowchart illustrating a pet view synchronization process in a user terminal according to an embodiment of the present invention.

Referring to FIG. 10, the user terminal 1 installs a pet view (1210). Here, there are various embodiments in which the pet view can be installed on the user terminal 1. In one embodiment, a guardian who visits an animal hospital reads a QR code placed at a predetermined location of the animal hospital through the user terminal 1, You can install PetView by moving to the App Store through the QR code. As another embodiment, the user terminal 1 may move to the App Store connected to the link described in the SMS received from the animal hospital to install Pet View. As another embodiment, PetView includes a'Recommend' function. As an acquaintance who has already installed PetView sends an SMS using the'Recommend' function, it moves to the App Store connected to the link included in the SMS. You can also install Pet View.

Then, as the guardian requests to execute pet view, a login procedure is required to synchronize the information backed up from the pet view and the animal hospital device, and the user terminal 1 determines whether it is a member (1220). If the result of the judgment 1220 is not a member, the member registration procedure is performed (1230). On the other hand, if it is determined that the user is a member, the user terminal 1 transmits the guardian identification information to the service device 2 (1240), receives the hashed authentication code (1250), and completes the login procedure.

As the authenticated user terminal 1 delivers the member identification information to the service device 2 (1260), the service device 2 performs a notebook DB search using the member identification information (1270), and The user's notebook information is transmitted to the user terminal 1 (1280). The user terminal 1 synchronizes and outputs the notebook information transmitted from the service device 2 to the pet view.

So far, the present invention has been focused on the embodiments. Those skilled in the art to which the present invention pertains will understand that the present invention can be implemented in a modified form without departing from the essential characteristics of the present invention. Therefore, the disclosed embodiments should be considered in terms of explanation, not limitation. The scope of the present invention is shown in the claims rather than the foregoing description, and all differences within the equivalent range should be interpreted as being included in the present invention.

1: user terminal 2: companion animal management service device
3: Animal hospital device 4: Push server
5: Network

Claims (5)

A user terminal for measuring and recording heart rate for a companion animal;
An animal hospital device in which medical data is stored; And
Acquiring and synchronizing medical data of the veterinary hospital device, extracting companion animal information matching the user identification information of the user terminal from the synchronized medical data and providing it to the user terminal, but is rejected using the medical data and the received heart rate data A companion animal management service device that analyzes an animal's health state and provides heart rate related health information including an analysis result to a user terminal;
Companion animal heart rate monitoring database-based health care network service system comprising a. The method of claim 1, wherein the user terminal
A registration processing unit that accesses a companion animal management service device to register as a member, searches for and registers an animal hospital attended by a companion animal caregiver among animal hospitals managed by the companion animal management service device, and registers a companion animal as a health care object;
A health management unit that receives heart rate related health information generated based on the heart rate data; And
A user interface that receives a user manipulation signal and outputs the heart rate related health information;
Companion animal heart rate monitoring database-based health care network service system comprising a. The method of claim 2, wherein the health care unit
A biometric information providing unit that organizes the received heart rate data in units of hours and outputs the organized heart rate data together with the units of time;
Companion animal heart rate monitoring database-based health care network service system comprising a. The method of claim 2, wherein the health care unit
A diet management unit that obtains dietary information according to the heart rate data of the companion animal from the companion animal management service device or generates and provides dietary information;
Companion animal heart rate monitoring database-based health care network service system comprising a. The method of claim 2, wherein the health care unit
Run and manage the application installed on the user terminal,
Companion animal heart rate monitoring database-based health care network service system characterized by providing in synchronization with each item constituting the animal notebook in the application.

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