KR20180110762A - Pet management service apparatus for managing blood sugar of pet and user terminal - Google Patents

Abstract

According to an embodiment of the present invention, a pet management service apparatus synchronizes an animal hospital apparatus and a user terminal carried by a protector and provides an exercise management service suitable for a status of a pet designated for a blood sugar management target based on synchronized pet information.

Description

[0001] The present invention relates to a pet management service apparatus for managing blood sugar in a pet,

BACKGROUND OF THE INVENTION 1. Field of the Invention [0002] The present invention relates to a pet care technology, and more particularly, to a technique for providing health care services to a pet in cooperation with a veterinary hospital.

It is known that pets have shared their lives with humans since prehistoric times, with the aim of intimate communion with humans and emotional sharing. As the traditional society in which the human interchange has been continued has been dismantled and the loneliness in the modern society has increased, interest in companion animals that meet human desires such as intimate communion with humans, emotional sharing and exchange has gradually increased . Recently, due to the demolition and change of social structure and family relations, there has been a surge in the number of single elderly households due to the unmarried male and female households and the coming of the age of aging. In this situation, the emotional stability And the demand for companion animals as a new family has soared recently, the term 'companion animal' is also widely used.

However, a variety of diseases occur during the raising of companion animals. One of them is exercise-related illness, which requires frequent exercise checkups and diabetes patients should prescribe certain medications, such as insulin.

According to one embodiment, a pet care service device and a user terminal capable of facilitating health care, particularly blood glucose management, and efficient treatment of companion animals, without going to a veterinary hospital in cooperation with an animal hospital, are proposed.

A companion animal management service apparatus according to an embodiment includes a synchronization unit for acquiring and synchronizing medical data of an animal hospital apparatus, a synchronization unit for acquiring user identification information of a user terminal used by a companion animal caregiver, A blood glucose management service unit for extracting companion animal information matched with the companion animal information and providing the blood glucose management service corresponding to the state of the companion animal to the user terminal based on the extracted companion animal information; And includes a database to be stored.

The database includes a medical database in which medical data including electronic chart information generated in each veterinary hospital is stored and a notebook database in which companion animal information to be provided through an electronic notebook of the user terminal is stored, Information is stored in the handbook database, the medical data transmitted from a plurality of animal hospital apparatuses are restored and stored in each medical database for each hospital, the companion animal information matched to the user identification information is extracted from the medical database, To the user terminal.

The blood glucose control service unit receives the blood glucose measurement value of the blood glucose control object measured by the protector through the blood glucose measurement device from the user terminal and uses the prescription record of the blood glucose management object recorded in the veterinary hospital and the blood glucose measurement value received from the user terminal A drug information service unit for calculating drug information including a blood glucose measurement time, insulin administration time and dosage, and providing the drug information service to a user terminal.

The drug information service department can calculate the insulin dose according to the blood glucose measurement value received from the user terminal by referring to the calculation standard value set by the animal hospital according to the state of the companion animal. The Drug Information Service Department can calculate the insulin dose according to the increase / decrease width of the blood glucose measurement value received from the user terminal based on the previous prescription of the companion animal recorded in the veterinary hospital.

The blood glucose management service department may include a dietary service department for transmitting dietary information to the user terminal according to blood glucose measurement values of the companion animals to be administered with blood sugar. The blood glucose management service unit may include an exercise information service unit that transmits exercise information according to the blood glucose measurement value of the companion animal to be administered with blood glucose to the user terminal.

The database includes a push DB for storing information including a blood glucose measurement time and an insulin administration time to be delivered in a push form to a user terminal. The blood glucose management service unit includes information stored in the push DB and information And a pushing unit for transmitting the identification information to the push server and requesting the push request.

The user terminal according to another embodiment of the present invention accesses and registers with a companion animal management service device, searches for and registers an animal hospital carried by a companion animal guardian among animal hospitals managed by the companion animal management service device, A registration processing unit for registering the management information of the companion animal management service device and the companion animal management service device; And a blood glucose management unit that is provided with a blood glucose management service corresponding to the state of the companion animal registered as a blood sugar control target.

The user terminal further includes a blood glucose level input unit for receiving blood glucose measurement values of the companion animal measured through the blood glucose measurement device. The blood glucose level management unit provides the blood glucose measurement value inputted through the blood glucose level input unit to the companion animal management service device, When the management service device calculates the drug information including the blood glucose measurement time, the insulin administration time and the dose using the prescription record of the blood glucose control object recorded in the veterinary hospital and the blood glucose measurement value received from the user terminal, And a drug information management unit that is acquired and managed from the companion animal management service device.

The blood sugar management unit may include a blood glucose information providing unit for providing a blood glucose curve indicating a blood glucose measurement value within a duration calculated in accordance with an output standard value set by the veterinary hospital.

The blood sugar management unit includes a first alarm unit for outputting a push notification message for requesting blood sugar measurement when the set blood glucose measurement time arrives, and a second alarm unit for requesting insulin administration when the set insulin administration time arrives and outputting a push notification message including the insulin dose And a second alarm unit.

The blood glucose management unit may include a dietary management unit that acquires and provides dietary information corresponding to blood glucose measurement values of the companion animal to be administered with blood sugar from the companion animal management service device. The blood sugar management unit may include an exercise information management unit for acquiring and providing exercise information according to the blood sugar measurement value of the companion animal to be administered with blood sugar from the companion animal management service device.

The blood glucose management unit may execute and manage an application installed in the user terminal and provide the companion animal information obtained from the companion animal management service device in synchronization with each item constituting the animal notebook in the application.

According to an embodiment, the animal hospital apparatus can be synchronized with the user terminal held by the caregiver, so that the guardian can inquire and manage the electronic chart information of the companion animal recorded in the veterinary clinic anytime and anywhere conveniently. In addition, it is possible to automatically input what has been handwritten in an animal handbook through an application, thereby enhancing the convenience of management by companion animal.

Furthermore, by providing a blood glucose control service suitable for the state of a companion animal designated for blood glucose control based on synchronized companion information, blood glucose management can be facilitated and efficient treatment is possible. In particular, the caregiver can know when to measure blood sugar, when to change insulin, and how much to administer, depending on changes in blood sugar. .

1 is a schematic configuration diagram of a companion animal management service system according to an embodiment of the present invention;
FIG. 2 is a configuration diagram of the user terminal of FIG. 1 according to an embodiment of the present invention;
FIG. 3 is a detailed configuration diagram of the blood glucose management unit of FIG. 2 according to an embodiment of the present invention;
4 is a reference view showing a pet-view execution screen of a user terminal according to an embodiment of the present invention;
FIG. 5 is a view illustrating a pet view screen shown in FIG. 4 according to an exemplary embodiment of the present invention when a 'hospital'
FIG. 6 is a reference view showing a blood glucose management screen of Pet view according to an embodiment of the present invention;
FIG. 7 is a configuration diagram of the companion animal management service apparatus of FIG. 1 according to an embodiment of the present invention;
FIG. 8 is a detailed configuration diagram of the blood glucose management service unit of FIG. 7 according to an embodiment of the present invention;
FIG. 9 is a diagram illustrating a signal flow between components to explain a blood glucose management process according to an embodiment of the present invention; FIG.
FIG. 10 is a signal flow diagram for explaining a step of acquiring veterinary hospital information according to an embodiment of the present invention;
11 is a flowchart illustrating a pet-view synchronization process in a user terminal according to an embodiment of the present invention.

BRIEF DESCRIPTION OF THE DRAWINGS The advantages and features of the present invention and the manner of achieving them will become apparent with reference to the embodiments described in detail below with reference to the accompanying drawings. The present invention may, however, be embodied in many different forms and should not be construed as being limited to the embodiments set forth herein. Rather, these embodiments are provided so that this disclosure will be thorough and complete, and will fully convey the concept of the invention to those skilled in the art. Is provided to fully convey the scope of the invention to those skilled in the art, and the invention is only defined by the scope of the claims. Like reference numerals refer to like elements throughout the specification. Hereinafter, embodiments of the present invention will be described in detail with reference to the accompanying drawings.

1 is a schematic block diagram of a companion animal management service system according to an embodiment of the present invention.

1, a companion animal management service system includes a user terminal 1, a companion animal management service device (hereinafter referred to as a "service device") 2 and an animal hospital device 3, 4). The user terminal 1, the service apparatus 2 and the veterinary hospital apparatus 3 are connected via an application programming interface (API), which is an interface for controlling functions provided by an operating system or a programming language, However, since this is a well-known technique and does not correspond to the gist of the present invention, a detailed description will be omitted.

The service device (2), in cooperation with a plurality of veterinary hospitals, provides the pet caregiver with health care services for the companion animals he or she is raising. For example, when the caregiver accesses the service device 2 via the user terminal 1 and requests the medical record of the companion animal in the animal hospital to which the user belongs, the service device 2 sends a request to the veterinary hospital server 3 Accessing the backed up electronic chart information, acquiring the medical record of the companion animal, and providing it to the user terminal 1, the corresponding record can be inquired and retrieved through the user terminal 1.

The service device 2 according to one embodiment provides the caregiver with blood sugar management service of the companion animal. Blood sugar represents the concentration of glucose in the blood, which is one of the important components that is stored as a source of body energy for companion animals and used when needed. When food is consumed, it is digested and converted into glucose. Converted glucose is circulated in blood vessels and supplied to each part of the body where it is needed. At this time, insulin acts as a supplier. Insulin secretion If an abnormality occurs in the tissue, the supply of insulin is not done properly, so the glucose in the body continues to circulate in blood, keeping the blood sugar high and even flowing through the urine, which is called diabetes.

For example, when the blood glucose level management service using the service device 2 is taken as an example, the caregiver periodically measures the blood glucose level of the companion animal at home and inputs the measured value to the user terminal 1, 2) receives the measured value. The service device 2 calculates drug information such as an insulin dose according to the blood glucose measurement value by referring to the reference value calculated by the veterinary hospital according to the state of the companion animal, and provides it to the user terminal 1. With this blood glucose management service, the caregiver can know when to measure blood sugar, when to change insulin according to changes in blood sugar, and how much should be administered. You can manage your blood sugar at home comfortably.

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

The animal hospital apparatus (3) stores the medical data generated in each animal hospital. The medical data includes basic information of the customer, basic information of the companion animal, hospital information, and electronic chart information of the companion animal. The customer's basic information may be personal information about the companion animal and the caregiver, for example, the name and cell phone number of the guardian. The basic information of the companion animal includes information on the breed, age, disease and weight of the companion animal. Medical data is information that is generated while providing medical services such as vaccination, treatment, surgery, diagnosis, etc. of companion animals in veterinary hospitals. For example, digital recordings such as electronic chart information generated in conjunction with medical devices.

The veterinary hospital apparatus 3 may be in the form of a server as shown in Fig. In this case, the veterinary hospital manager 300 accesses the veterinary hospital apparatus 3 in the form of a server using the manager terminal 302. As another example, the veterinary hospital device 3 itself may be the administrator terminal 302. The medical data stored in the animal hospital apparatus 3 is transmitted to the service apparatus 2 and the service apparatus 2 backs it up to synchronize. The data synchronization may be performed at predetermined intervals, for example, every 2 to 4 hours, at the request of the service apparatus 2, or automatically whenever data is updated in the animal hospital apparatus 3 . The animal hospital manager 300 can inquire administrator pages provided by the animal hospital apparatus 3 or input electronic chart information into the manager page.

The user terminal 1 is a terminal carried by the caregiver of the companion animal 100 and obtains information on the veterinary hospital where the caregiver 100 mainly carries from the service device 2 in accordance with the operation of the guardian 100 and provides the information. Hereinafter, "user" and "guardian" are used in combination, but they have the same meaning. The guardian 100 can inquire and manage veterinary hospital information, and can use the healthcare service provided by the service device 2. [ The user terminal 1 may be a mobile phone, a portable multimedia player (PMP), a mobile Internet device (MID), a smart phone, a desktop, a tablet PC, a notebook, book and information communication devices. The user terminal 1 can use the health management service provided by the service device 2 by executing the pet view installed in the user terminal 1. [ In particular, the present invention can utilize the blood glucose management service through the pet view executed in the user terminal 1. [

The service apparatus 2 receives medical data from a plurality of veterinary hospital apparatuses 3 and converts them into a database. The process of restoring the received data and backing it up in the database is called data synchronization. If the medical data for each animal hospital apparatus is different in format from each other, the service apparatus 2 can convert the medical data into a common format. The service device 2 may be in the form of a server as shown in Figure 1. In this case the operator 200 operating the service device 2 can access the service device 2 via the operator terminal 202 have.

The service device 2 can separate the medical data by each hospital and store them in each hospital DB. In addition, the companion animal information to be provided through the animal notebook of the user terminal 1 can be stored in the notebook DB. The animal handbook is for solving the inconvenience caused by the method of directly inputting the handwriting to the handbook in advance. The handwriting is not only provided by the guardian to input information directly through the user terminal 1, Information about the companion animal can be acquired and synchronized with each item of the animal notebook, thereby providing convenience to the user.

The service device 2 backs up, synchronizes and manages the medical data stored in the veterinary hospitals 3, and provides a management service including the blood glucose management to the user terminal 1 at the request of the user. The service device 2 acquires the companion animal information matched with the user identification information in 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 a user's name and a mobile phone number. Providing companion animal information using the 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 an apparatus for transmitting data in a push form to the user terminal 1, for example, a Google push server or an Apple push server. The push server 4 pushes data such as blood glucose administration time, insulin administration time and dosage to the user terminal 1 in cooperation with the service device 2. [ To this end, the user terminal 1 must be registered in the push server 4 in advance.

The network 5 performs transmission and reception operations for data transmission and information exchange between the respective devices 1, 2, 3, and 4. The network 18 may be any of various types of communication networks such as a wireless LAN (WLAN), a Wi-Fi, a Wibro, a Wimax, a High Speed Downlink Packet Access (HSDPA) Or a wired communication method such as Ethernet, xDSL (ADSL, VDSL), HFC (Hybrid Fiber Coax), FTTC (Fiber to the Curb) and FTTH (Fiber To The Home) . Meanwhile, the network is not limited to the communication method described above, and may include any other known or later-developed communication methods in addition to the communication methods described above.

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

1 and 2, a user terminal 1 includes a control unit 10, a user interface 14, a memory 16, and a terminal communication unit 18. The control unit 10 includes a registration processing unit 11, And a service execution unit 12.

The memory 16 stores the pet view according to one embodiment, including all of the storage devices that are built in the user terminal 1 or can be connected through a USB port or the like. The pet view stored in the memory 16 may be updated. For this, the terminal communication unit 18 may acquire the pet view update information from an external database (not shown) under the control of the control unit 10 and store it in the memory 110. The terminal communication unit 18 receives signals from the outside via the network 5 and transmits the internal output signals to the outside.

The user interface 14 receives a user operation signal and outputs information generated according to the operation of the terminal. In particular, for the companion blood glucose control, the user interface 14 may include a blood glucose level input unit 140 that receives blood glucose values of the companion animal measured through the blood glucose measurement device from the user. The user interface 14 can output a blood glucose curve showing the blood glucose value measured periodically to the screen.

The control unit 10 is for controlling each component and may be 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 the items necessary for the user to use the service. For example, the registration processing unit 11 accesses a website through an application market or a predetermined URL address via the terminal communication unit 18 in response to a request through a guardian operation on the user interface 14, And stores it in the memory 16 and registers it. At this time, the pet view is stored with an AID (Application ID).

In one embodiment, a guardian who visits a veterinary clinic reads a QR code provided at a predetermined position in an animal hospital through the user terminal 1, and a QR code You can go to the App Store and install Petview. In another embodiment, the user terminal 1 may move to the App Store linked to the link described in the SMS received from the veterinary hospital and install the pet view. In another embodiment, the pet view includes a 'recommend' function. As an acquaintance who has already installed the pet view transmits the SMS using the 'recommend' function, the user moves to the app store linked to the link included in the SMS You can also install Petview.

The registration processing unit 11 according to one embodiment accesses the service device 2 and registers with the companion animal management service provided by the service device 2. [ The registration processing unit 11 can also search for information on a plurality of veterinary hospitals 3 managed by the service apparatus 2 and select and register veterinary hospitals carried by the animal caregivers. You can also register your caregiver with your blood glucose control. If the veterinarian designates a blood glucose control subject in consideration of the state of the companion animal, the user also enters the blood glucose management menu in the pet view, selects the animal hospital registered by himself, selects the companion animal designated as the blood glucose control target, .

The service execution unit 12 reads the pet view from the memory 16 and executes it. Then, the service execution unit 12 retrieves the medical data backed up from the veterinary hospital apparatus 3 to the service apparatus 2, and outputs the medical data via the pet view. Therefore, through the pet view, the guardian can inquire and manage the state of the companion animal.

The service execution unit 12 includes a member management unit 120, a hospital search unit 122, a message management unit 124, a coupon management unit 126, and a blood sugar management unit 128.

The member management unit 120 is for authenticating a guardian who is a user of the user terminal 1 installed with the pet view. The member management unit 120 receives identification information such as name, date of birth, mobile phone number, And performs an identity verification procedure operation through mobile phone authentication or the like. Also, the subscribed user performs a login procedure to synchronize his / her companion animal information to the pet view. At this time, the ID and the PW are input, and the hashed code is received according to the authentication procedure to perform the member authentication procedure . The user identification information, such as the name of the authorized guardian and the cell phone number, may be used later by the service device 2 to filter the companion animal information matched with the user identification information in the medical data.

The hospital search unit 122 acquires information on veterinary hospitals from the service apparatus 2 and outputs the information. The veterinary hospital can be searched with a search key of at least one of a hospital name, an animal 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 for a region, you can search the list of animal hospitals in that region through the main category and the secondary category. The hospital search unit 122 searches for a hospital where the caregiver goes, and then displays an information providing screen for each hospital. Then, the guardian can select the desired hospital among the searched hospitals.

The message management unit 124 obtains the notification message of the hospital created from the manager's page of each hospital from the service device 2, and confirms / stores it. Unlike the hospital announcement, the notification message can be sent to some guardians, not the whole guardian. Depending on the grade or condition used in the hospital, the recipient can be set to receive the message. The coupon storage management unit 126 acquires the coupon information of the hospital created by the hospital-specific manager page from the service device 2 and confirms / stores the coupon information.

The blood glucose management unit 128 provides a customized blood glucose management service corresponding to the state of the companion animal registered as a blood glucose management target. The blood glucose management unit 128 transmits the blood glucose management service corresponding to the state of the companion animal to the service apparatus 2 based on the companion animal information synchronized from the animal hospital apparatus 3 to the service apparatus 2 via the user identification information of the protector As shown in FIG. The blood glucose management unit 128 requests the caregiver to measure the blood glucose level of the companion animal and, when the blood glucose level is received, outputs the blood glucose curve indicating the change in the blood glucose measurement within the duration. At this time, the medical interpretation and judgment of the blood glucose curve can be outputted together. The blood glucose management unit 128 may synchronize the companion animal information obtained from the service apparatus 2 with each item constituting the animal notebook in the pet view.

FIG. 3 is a detailed configuration diagram of the blood glucose management unit of FIG. 2 according to an embodiment of the present invention.

2 and 3, the blood glucose control unit 128 includes a drug information management unit 1280, a blood glucose information provider 1281, a first alarm unit 1282, a second alarm unit 1283, 1284, and a motion information management unit 1285.

The drug information management unit 1280 provides the blood glucose measurement value input through the blood glucose level input unit 140 to the service device 2. [ Then, the service apparatus 2 calculates the drug information such as the blood glucose measurement time, the insulin administration time and the dose using the prescription record of the blood glucose control object recorded in the veterinary hospital and the blood glucose measurement value received from the user terminal. The drug information management unit 1280 acquires drug information calculated from the service device 2 and provides the drug information to the user. The insulin dosage calculations of the service device 2 may be varied, examples of which will be described below with reference to FIG.

The blood glucose information provider 1281 displays a blood glucose curve showing the blood glucose measurement value within a predetermined duration set in accordance with the calculation reference value set in the veterinary hospital. An example of the blood glucose curve will be described later with reference to Fig.

The first alarm unit 1282 outputs a push notification message requesting blood glucose measurement when the blood glucose measurement time calculated through the drug information management unit 1280 arrives. The second alarm unit 1283 requests the administration of insulin when the insulin administration time calculated through the drug information management unit 1280 arrives, and outputs a push notification message including the insulin dose. The blood glucose measurement time, insulin administration time and dosage are calculated using the prescription record of the blood glucose control object recorded in the animal hospital and the blood glucose value measured by the user.

The dietary management unit 1284 acquires dietary information corresponding to blood glucose measurement values of the companion animal to be administered with blood sugar from the service device 2 and provides the dietary information to the user. The exercise information management unit 1285 obtains the exercise information according to the blood glucose measurement value of the companion animal, which is the blood glucose level management target, from the service device 2 and provides it to the user. In addition to medication, diabetes therapy and exercise therapy can be used in combination. Therefore, it is possible to provide dietary information and exercise therapy information corresponding to blood glucose values of companion animals. After the dietary therapy or exercise therapy, the blood glucose measurement value can be inputted, the effect can be verified, and the verification result can be provided to the user. In another example, a user may be provided with a prescription if he or she inputs the blood glucose level as well as the exercise type / time, food type / food amount.

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

The pet view execution screen in Fig. 4 is only an example, and the present invention is not limited to this. That is, the service items that can be provided through the pet view can be variously implemented according to the service provider. Referring to FIG. 4, a pet animal management menu item including 'login', 'hospital', 'message archive', 'coupon box', 'community' and 'blood sugar management' may be provided.

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

When the 'HOSPITAL' item is selected on the pet view screen, information on veterinary hospitals is acquired from the service device 2 and output. The veterinary hospital can be searched with a search key of at least one of a hospital name, an animal hospital unique code, and a region. Herein, the veterinary hospital unique code may be a code preliminarily given by the operator of the service apparatus 2. In addition, if you search for a region, you can search the list of animal hospitals in that region through the main category and the secondary category. According to one embodiment, the user can register his or her veterinary hospital in the 'hospital' menu, select a companion animal designated as a blood sugar control target, and register it as a blood glucose control target.

When the 'Message Archive' item is selected on the pet view screen, the notification message of the hospital created on the manager's page of each hospital can be confirmed. When the "coupon box" item is selected on the pet view screen, the coupon information of the hospital created by the hospital-specific manager page can be confirmed.

When the 'blood glucose management' item is selected on the pet view screen, the blood glucose management information on the companion animal designated as the blood sugar management object can be confirmed. Also, the blood glucose measurement value detected through the blood glucose measurement device can be input, and the analysis result such as the blood glucose curve indicating the change in the blood glucose measurement value for a predetermined period of time can be confirmed. The screen displayed when the 'blood glucose management' screen is selected will be described later with reference to FIG.

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

Referring to FIG. 5, the hospital information providing pet view screen displays' Hospital Notice ',' Animal Handbook ',' Reservation / Questionnaire ',' Menu items including 'FAQ' and 'dog insurance' are shown. However, this is only an embodiment, and the present invention is not limited thereto. Providing hospital information Service items that can be provided through the pet view screen can be variously implemented according to the provider.

'Hospital Notice' is a notification from each hospital, which can be a hospital notice made on the manager's page of each hospital. These hospital announcements can be searched directly by the guardian through the pet view, but they can be delivered to the guardian by push notification in case of important notice.

The 'Animal Handbook' is for solving the inconvenience of the caregiver according to the method of manually entering the animal handbook in the past, and not only provides the function of the guardian to input information directly, And synchronize the information with each item of the 'animal notebook', thereby providing convenience to the user. When such 'animal handbook' is selected, a screen including information such as 'recent visit date', 'next reservation date', 'hospital deposit', 'hospital point' and 'companion animal list' is displayed. As a result, the guardian can check the contents and manage the hospital schedule of the companion animal.

When the item 'reservation / paper-making' is selected, 'reservation', 'cancel' and 'reservation' items for the reservation list and each reservation are output. Through the 'Guyomi Gallery', the guardian can register and boast a picture of the animal. Other guardians can then display their preferences and comment. Through these functions, the caregivers in the hospital form a community space, and the hospital also participates together to increase the community between the hospital and the caregiver, and to help prevent parental departure.

'Missing report' allows you to register photos and companion animal information on the app bulletin board if the companion animal is lost, and to send a push message to the app guardians in the local animal hospital that is set up to quickly find . 'Contest' is a function to participate in beauty contest with photo of companion animal. In veterinary hospital, beauty contest can be done with photo of companion animal which is beauty in own hospital through administrator page. Therefore, through petview, protesters can give a ticket and comment on the animal they support. This function can create the effect of increasing the intimacy of the animal hospital with the companion animal.

FIG. 6 is a reference view showing a blood glucose management screen of Pet view according to an embodiment of the present invention. FIG.

Referring to FIG. 6, when the 'Blood sugar management' menu of the pet view is selected, a blood glucose curve 600 indicating a blood glucose value measured for each blood glucose measurement time is displayed in a graph form. And information on the glucose measurement time 602, the insulin administration time 604, and the insulin dose 606.

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

1 and 7, the service apparatus 2 includes a database 20, a processor 24, and a device communication unit 27. The database 20 includes a hospital DB 21, a handbook DB 22, And a push DB 23.

The device communication unit 27 is a well-known configuration for processing a signal received from the outside and an internal output signal through a wired / wireless communication network. The veterinary hospital apparatus 3 and the push server 4 and the like via the device communication unit 27 in accordance with one embodiment.

The hospital DB 21 is a database in which data recorded on an electronic chart of each of one or more veterinary hospitals is stored, and the data is updated at predetermined intervals, for example, every 2-4 hours. Here, the backup information including the hospital operator number, time, log information, and status is stored. In the information uploaded to the hospital DB 21, whether the backup of the hospital is correct or the service apparatus 2 is operated Lt; RTI ID = 0.0 > and / or < / RTI >

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

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 can be set by the operator. In the push DB 23 according to an exemplary embodiment, information on blood glucose management information to be transmitted to the user terminal 1, for example, blood glucose measurement time, insulin administration time, insulin dose, etc., 21 or the handbook DB 22 and store them.

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

The synchronization unit 25 synchronizes the medical data stored in the veterinary hospital apparatus 3. [ The synchronized medical data can be stored in the database 20 and can be 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 handbook DB 22, restores the medical data transmitted from the plurality of veterinary hospital apparatuses 3, and stores the medical data in each hospital DB 21 for each hospital . In the hospital DB 21, companion animal information matching with the user identification information is extracted and stored in the handbook DB 22. The extracted companion information may be provided to the user terminal 1.

The synchronization unit 25 according to the embodiment checks the uploaded file from the one or more veterinary hospital apparatuses 3, performs compression / decompression and recovery, and then restored files are stored in the hospital DB 21). Through the operator page, you can view the status of backups of hospital information and manage remote backups.

The synchronization unit 25 according to an embodiment transmits companion animal information including test results, medical care details, vaccination information, and carer education data matched with user identification information such as a protector name or a mobile phone number to the handbook DB 22 And transmits it to the user terminal 1. [ Further, the information including the reservation, the questionnaire, the satisfaction survey, and the coupon usage is transmitted to the hospital DB 21 or the handbook DB 22 through the user terminal 1.

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 blood glucose management service unit 264.

The authentication unit 260 performs user authentication when it is desired to receive the service provided by the service apparatus 2 via the user terminal 1 or the veterinary hospital apparatus 3. [ Authentication As an ID and a password PW are inputted from the user terminal 1 or the animal hospital apparatus 3, for example, the user authentication is performed and the hashed authentication code is transmitted. Here, for convenience of explanation, the authentication unit 260 is physically included in the service apparatus 2, but this is only an embodiment, 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 in the push DB 23 data to be transmitted to the user terminal 1 in a push form among the information stored in the hospital DB 21 or the handbook DB 22. This can be done according to the conditions set through the operator page.

The operator page management unit 262 provides functions via an operator page accessible to an operator who operates the service apparatus 2 and checks the status of data backed up from the animal hospital apparatus 3 or sets the selection condition of push data Functions and the like can be provided. The hospital manager page management unit 263 provides functions via an operator page accessible to the administrators who manage the animal hospital apparatus 3 and checks the status of data backed up from the animal hospital apparatus 3, And the like can be provided.

The blood glucose management service unit 264 extracts companion animal information matching with the user identification information from the synchronized medical data and extracts the blood glucose management service corresponding to the state of the companion animal designated as the blood glucose management object based on the extracted companion animal information To the user terminal (1). The detailed configuration of the blood glucose management service unit 264 will be described later with reference to Fig.

8 is a detailed configuration diagram of the blood glucose management service unit of FIG. 7 according to an embodiment of the present invention.

1 and 8, the blood glucose control service unit 264 includes a drug information service unit 2640, a dietetic service unit 2642, an exercise information service unit 2644, and a push provider 2646 .

The drug information service unit 2640 receives the blood glucose value measured by the guardian of the companion animal, which is the object of blood glucose control, from the user terminal 1, measures the blood glucose level of the blood glucose control object recorded in the veterinary hospital, Calculates drug information such as blood glucose measurement time, insulin administration time and dosage using the blood glucose measurement value received from the terminal (1), and provides the drug information to the user terminal (1).

In one embodiment, the drug information service unit 2640 calculates the insulin dose according to the blood glucose measurement value received from the user terminal 1 referring to the calculation reference value set by the animal hospital according to the state of the companion animal. For example, if your blood glucose reading is 240 mg / dl, you can prescribe 3 units of insulin.

In another embodiment, the drug information service unit 2640 calculates the insulin dose according to the increase / decrease width of the blood glucose measurement value received from the user terminal 1 based on the previous prescription of the companion animal recorded in the veterinary hospital. For example, when starting for the treatment of insulin, once the insulin is injected, the blood glucose level can be continuously measured to increase the insulin dose if the blood sugar is high and decrease the insulin dose if the blood sugar is low.

The dietary service unit 2642 transmits the dietary information according to the blood glucose measurement value of the companion animal to be subjected to the blood glucose control to the user terminal 1. The exercise information service unit 2644 transmits the exercise information according to the blood glucose measurement value of the companion animal, which is the blood glucose control target, to the user terminal 1. For example, you can provide dietary information or exercise therapy information that is appropriate for your blood sugar measurement. After the dietary therapy or exercise therapy, the blood glucose measurement value can be inputted, the effect can be verified, and the verification result can be provided to the user. As another example, if the user inputs not only the blood glucose level but also the exercise amount information (exercise type / time) and the feed amount information (feed type / feed amount), the prescription can be provided.

When the blood glucose measurement time or the insulin administration time comes, the push provider 2646 transmits the information stored in the push DB 23 and the user identification information to the user terminal 4 to request a push.

Next, a method for managing a companion animal management service according to an embodiment of the present invention will be described, and a management method in which a management service apparatus is interlocked with an animal hospital apparatus or a user terminal will be described.

Although not shown in the figure, the method of managing companion animal management services according to an embodiment of the present invention includes the steps of: acquiring data from at least one animal hospital apparatus at a predetermined cycle; And synchronizing the data obtained from the memory device. The method of using the various functions provided by the pet terminal in the user terminal is as described above, and a detailed description thereof will be omitted here.

FIG. 9 is a block diagram illustrating signal flow between components to illustrate a blood glucose management process according to an embodiment of the present invention. Referring to FIG.

Referring to FIG. 9, a protector measures blood glucose of a companion animal to be controlled by the blood sugar measuring device 6 (900). The guardian inputs the measured blood glucose value through the pet view of the user terminal 1 (901). In FIG. 9, blood glucose is measured using a separate blood glucose measurement device 6, but the blood glucose measurement device may be built in the user terminal 1, or may be connected by wire or wireless. In this case, the measured value through the blood glucose measurement device 6 can be automatically transmitted to the service device 2 without user input. When the user terminal 1 receives the blood glucose measurement value, the user terminal 1 outputs a blood glucose curve showing a blood glucose change for a predetermined period of time (902).

The service apparatus 2 receives the blood glucose measurement value from the user terminal 1 (903), and performs blood glucose measurement using the prescription record of the blood glucose management object recorded in the veterinary hospital and the blood glucose measurement value received from the user terminal 1 The drug information including time, insulin administration time and dosage is calculated 905. At this time, the drug information can be calculated by referring to the calculation reference value 904 set in the animal hospital apparatus 3. [ Subsequently, the calculated drug information is provided to the user terminal 1 (906). The user terminal 1 outputs the received drug information to the screen (907). The user terminal 1 informs the user through the pop-up when the calculated blood glucose measurement time or the insulin administration time comes.

FIG. 10 is a signal flow diagram for explaining a step of obtaining veterinary hospital information according to an embodiment of the present invention.

Referring to FIG. 10, in order to periodically back up the hospital information to the service apparatus 2, the veterinary hospital apparatus 3 requires an authentication procedure, and transmits the authentication information to the service apparatus 2 (1010). Then, the authentication server transmits the hash authentication code to the animal hospital apparatus according to the parental authentication (1020). Then, the veterinary hospital apparatus 3 determines 1030 whether or not a predetermined backup period has arrived. According to one embodiment of the present invention, the backup period is 2 hours to 4 hours.

As a result of the determination, when the backup cycle comes, the animal hospital apparatus 3 backs up the database recorded in the electronic chart 1040, compresses the file of the backed up data 1050, (1060). Then, the service device 2 receives the backup file, restores the file (1070), and stores the restored file in the hospital DB separated by the hospital (1080). Although not shown in the figure, it is possible to select backup information from the information stored in the hospital DB and save the backup information in the backup DB.

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

Referring to FIG. 11, the user terminal 1 installs a pet view 1110. In this embodiment, the pet viewer can be installed in the user terminal 1. In one embodiment, a guardian who visits the veterinary hospital reads the QR code provided at a predetermined position of the veterinary hospital through the user terminal 1, You can go to the App Store via QR code and install PetView. In another embodiment, the user terminal 1 may move to the App Store linked to the link described in the SMS received from the veterinary hospital and install the pet view. In another embodiment, the pet view includes a 'recommend' function. As an acquaintance who has already installed the pet view transmits the SMS using the 'recommend' function, the user moves to the app store linked to the link included in the SMS You can also install Petview.

Then, as the protector requests the execution of the pet view, a login procedure is required to synchronize the information backed up in the pet view and the animal hospital apparatus, and the user terminal 1 determines whether the user is a member (1120). As a result of the determination 1120, if the user is not a member, a membership registration procedure is performed (1130). On the other hand, if it is determined as a result of the determination, the user terminal 1 transmits the guardian identification information to the service device 2 (1140), receives the hashed authentication code (1150), and completes the login procedure.

The authenticated user terminal 1 transmits the member identification information to the service apparatus 2 (1160), the service apparatus 2 performs a search for a handbook DB using the member identification information (1170) And transmits the certificate information of the member to the user terminal 1 (1180). The user terminal 1 synchronously outputs the handbook information transmitted from the service device 2 to the pet view.

The embodiments of the present invention have been described above. It will be understood by those skilled in the art that various changes in form and details may be made therein without departing from the spirit and scope of the invention as defined by the appended claims. Therefore, the disclosed embodiments should be considered in an illustrative rather than a restrictive sense. The scope of the present invention is defined by the appended claims rather than by the foregoing description, and all differences within the scope of equivalents thereof should be construed 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 6: blood glucose measuring device
10: control unit 11: registration processing unit
12: Service execution part 14: User interface
16: memory 18: terminal communication section
20: Database 21: Hospital DB
22: Docket DB 23: Push DB
24: Processor 25:
26: Service providing unit 27: Device communication unit
120: member management unit 122: hospital search unit
124: Message management unit 126: Coupon box management unit
128: blood glucose management unit 260: authentication unit
261: push management unit 262:
263: hospital manager page management unit 264: blood glucose management service unit
1280: drug information management unit 1281: blood glucose information provider
1282: first alarm unit 1283: second alarm unit
1284: diet therapy management unit 1285: exercise information management unit
2640: Drug Information Service Department 2642: Dietary Services Department
2644: athletic information service department 2646:

Claims (15)

A synchronization unit for acquiring and synchronizing medical data of the animal hospital apparatus;
The user identification information of the user terminal used by the companion animal protector is obtained and the companion animal information matching with the user identification information is extracted from the synchronized medical data. Based on the extracted companion information, A blood glucose management service unit for providing a management service to a user terminal; And
A database in which medical data acquired from a plurality of animal hospital apparatuses are stored;
Wherein the management server comprises: 2. The method of claim 1, wherein the database
A medical database in which medical data including electronic chart information generated in each animal hospital is stored; And
A notebook database in which companion animal information to be provided through an electronic notebook of a user terminal is stored; Lt; / RTI >
The synchronization unit
Storing the authenticated user identification information in the handbook database, restoring medical data transmitted from a plurality of veterinary hospital apparatuses, storing the medical data in each medical database for each hospital, extracting companion animal information matching the user identification information in the medical database And stores it in the notebook database and provides it to the user terminal. 2. The blood glucose control apparatus according to claim 1,
A guardian receives a blood glucose measurement value of a blood glucose control object measured by the protector, from the user terminal, calculates a blood glucose measurement time using the prescription record of the blood glucose management object recorded in the veterinary hospital and the blood glucose measurement value received from the user terminal A drug information service unit for calculating drug information including insulin administration time and dosage, and providing the drug information to the user terminal;
Wherein the management server comprises: 4. The system of claim 3, wherein the drug information service unit
Wherein the animal hospital calculates the insulin dose according to the blood glucose measurement value received from the user terminal by referring to the calculation reference value set according to the state of the companion animal. 4. The system of claim 3, wherein the drug information service unit
Wherein the insulin dose calculating unit calculates the insulin dose according to the increase / decrease width of the blood glucose measurement value received from the user terminal based on the previous prescription of the companion animal recorded in the veterinary hospital. 2. The blood glucose control apparatus according to claim 1,
A dietary service unit for transmitting dietary information according to a blood glucose measurement value of a companion animal to be administered with blood glucose to the user terminal;
Wherein the management server comprises: 2. The blood glucose control apparatus according to claim 1,
An exercise information service unit for transmitting exercise information according to a blood glucose measurement value of a companion animal to be administered with blood sugar to the user terminal;
Wherein the management server comprises: 2. The method of claim 1, wherein the database
A push DB for storing information including a blood glucose measurement time and an insulin administration time to be delivered in a push form to the user terminal,
The blood glucose management service unit
A push supplier for transmitting information stored in the push DB and user identification information to a push server to request a push request when a blood glucose measurement time or an insulin administration time arrives;
Wherein the management server comprises: A registration processor for registering and registering with a companion animal management service device, searching for and registering animal hospitals carried by the animal caregivers among the animal hospitals managed by the companion animal management service device, and registering the companion animals of the caregivers as objects for blood glucose management; And
The method of claim 1, further comprising: receiving, from the animal care management service apparatus, companion animal information matching with the user identification information in the medical data synchronized from the animal hospital apparatus to the companion animal management service apparatus, A blood glucose management unit for receiving a blood glucose management service corresponding to a state of the blood glucose management unit;
And a user terminal. 10. The method of claim 9, wherein the user terminal
A blood glucose level input unit for receiving blood glucose measurement values of the companion animal measured through the blood glucose measurement apparatus; Further comprising:
The blood sugar management unit
Wherein the blood glucose measurement value input through the blood glucose input unit is provided to the companion animal management service device and the companion animal management service device uses the prescription record of the blood glucose management object recorded in the veterinary hospital and the blood glucose measurement value received from the user terminal A drug information management unit for calculating drug information including blood glucose measurement time, insulin administration time and dosage, and acquiring and managing the calculated drug information from the companion animal management service device;
And a user terminal. 10. The blood glucose control apparatus according to claim 9,
A blood glucose information providing unit for providing a blood glucose curve showing a blood glucose measurement value within a duration calculated in accordance with an output standard value set by a veterinary hospital;
And a user terminal. 10. The blood glucose control apparatus according to claim 9,
A first alarm unit for outputting a push notification message requesting blood glucose measurement when the set blood glucose measurement time arrives; And
A second alarm unit for requesting insulin administration when the set insulin administration time arrives and outputting a push notification message including the insulin dose;
And a user terminal. 10. The blood glucose control apparatus according to claim 9,
A dietary management unit for obtaining dietary information according to a blood glucose measurement value of a companion animal to be administered with blood glucose from the companion animal management service device;
And a user terminal. 10. The blood glucose control apparatus according to claim 9,
An exercise information management unit acquiring and providing exercise information according to a blood sugar measurement value of a companion animal to be administered with blood sugar from the companion animal management service device;
And a user terminal. 10. The blood glucose control apparatus according to claim 9,
An application installed in the user terminal is executed and managed,
And provides the companion animal information obtained from the companion animal management service device in synchronization with each item constituting the animal notebook in the application.

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