KR102514862B1 - System for Providing My Pet Application Service to Manage the Health of Campansion Animal - Google Patents

Abstract

The present invention relates to a my pet application service providing system for managing health of a companion animal which transmits an alarm message not to miss essential health care for the companion animal through an application. The present invention can improve a health state of a companion animal by notifying it not to miss the remaining vaccination period. The present invention has an effect of integrating services managed through a notebook in the existing animal hospital and an animal beauty salon to manage health and hygiene states of a companion animal to be identified at a glance.

Description

System for Providing My Pet Application Service to Manage the Health of Campansion Animal}

The present invention relates to a My Pet application service providing system, and more particularly, to a My Pet application service providing system for managing the health of a companion animal by sending an alarm message so as not to miss essential health care for companion animals through an application. .

Companion animal refers to an animal that lives together with humans, and in respect of the various benefits that animals provide to humans, pets have been renamed companion animals in the sense that they are not toys for humans.

As the number of households living alone increases, the number of people with pets increases. According to the '2020 National Awareness Survey on Animal Protection' announced by the Ministry of Agriculture, Food and Rural Affairs, the number of companion animal households increased by 470,000 from the previous year in 2020 to 6.38 million, the highest ever.

The life cycle of a companion animal can be divided into three stages. Although it depends on the type of companion animal, 6 months ago is regarded as the puppy period, 6 to 7 months to 1 year as immature adulthood, and 1 year old or more as physical adulthood. Generally, when they are over 8 or 10 years of age, they are treated as senior dogs.

It doesn't matter if you do a health checkup for your companion animal from a young age, but it's good to do it from the age of 5 at the earliest when considering the economic aspect. Large dogs have a shorter average lifespan than small dogs. With good care, large dogs can live to be 15 years old and small dogs to be 20 years old. That's why it's a good idea to have a check-up a little earlier for large dogs.

Comprehensive vaccinations, corona enteritis, infectious bronchitis, new flu, and rabies are included in the vaccinations that companion animals must do every year.

Vaccinations except for rabies can be done once every 2 to 3 years depending on the companion animal, but the decision must be made after the antibody test is completed. You can check how much your pet's defense is through an antibody test, and if there is no problem as a result of the test, you can increase the cycle. However, since antibody testing is expensive and annual vaccinations do not cause problems for companion animals, annual vaccinations are recommended.

Rabies is required by law to be vaccinated every year. If the dog is not vaccinated against rabies, the first fine is as high as 2 million won. Rabies is very cheap if given twice a year during the designated period of the country.

In this way, companion animals, like newborns, should be given various preventive injections at the right time from the puppy age, but it is difficult for the companion dog owner to check basic checks one by one without being late.

In addition to basic vaccinations, companion animals should receive various health care services at the right time, such as health checkups, medications that need to be injected or eaten when sick, and hygiene care such as claws, anus, and eye lines. However, it is easy for a companion dog owner to miss the point of health care depending on the situation, and when raising multiple companion animals, the point of health care must be manually recorded and checked in a notebook, which inevitably causes problems in managing companion animals. reality is that there is no

Korean Registered Patent No. 10-2280058

In order to solve this problem, an object of the present invention is to provide a My Pet App service providing system for managing the health of companion animals, which transmits an alarm message so as not to miss essential health care for companion animals through an application.

The My Pet App service providing system for managing the health of companion animals according to the features of the present invention for achieving the above object is,

A user terminal owned by the companion animal's guardian; and

Providing a pet service that enables mutual wireless communication with the user terminal, installs the My Pet life cycle notification service app on the user terminal, and provides a user interface screen of the total health service related to companion animals to the user terminal through the app contains the server

The user terminal receives basic information consisting of animal information and biometric information of the companion animal, health condition information, and check item information consisting of vaccination information through the app.

The pet service providing server receives the basic information, the health condition information, and the check item information from the user terminal and classifies and stores the information for each user terminal, and retrieves vaccination information of the health condition information from the database unit to extract the vaccination reservation date, use the difference between the current date and the vaccination reservation date to create the remaining days until the hospital visit, and generate vaccination alarm information including the remaining date, vaccination reservation date, and vaccination type through the communication unit An inoculation reservation date calculation unit that transmits to the user terminal in the form of a message, and a life cycle notebook by arranging the basic information, the health status information, the check item information, and the inoculation alarm information in a display area at a specific location according to a predetermined format Further includes a life cycle notebook configuration unit for generating and transmitting to the user terminal.

The pet service providing server analyzes the basic information, the health condition information, and the check item information through the app, extracts a schedule field corresponding to the date and time, and displays the extracted schedule field in accordance with the time display area to display the electronic Further comprising an electronic calendar component for generating a calendar and transmitting the generated electronic calendar to a user terminal;

The MyPet life cycle notification service app includes an alarm processing mode for generating the inoculation alarm information in the inoculation reservation date calculation unit, a life cycle notebook creation mode for generating the life cycle notebook in the life cycle notebook configuration unit, and the electronic calendar configuration An electronic calendar generation mode for generating the electronic calendar in the unit, an exercise mode for exercising the companion animal, a feeding mode for supplying food for the companion animal, a monitoring mode for monitoring the movement of the companion animal, and the companion animal A location tracking mode that monitors whether or not the preset protection radius is out of range is composed of a plurality of functional modes.

The check item information sets information on the number of walks of the companion animal, healing care information including a walk alarm setting time that informs when to perform a walk, and setting a reservation time for bath, ear, claw, anus, and eye line marks, hygiene care Hygiene care information including a hygiene care notification setting time indicating the timing is further included.

When the pet service providing server receives a signal for selecting the alarm processing mode from the user terminal, the inoculation reservation date calculation unit generates the inoculation alarm information and transmits it to the user terminal in the form of a message through a communication unit,

The database unit searches for healing care information of check item information, extracts the number of walks information and the walk alarm setting time, and when the walk alarm setting time is reached in a state where the walk number information is not 0, the walk time is set. a healing care alarm day calculation unit generating walk alarm information and transmitting it to the user terminal through a communication unit; and

The database unit retrieves hygiene care information of check item information, extracts the hygiene care alarm setting date, calculates the remaining hygiene care date using the difference between the current date and the hygiene care alarm setting date, and calculates the remaining hygiene care A hygiene care alarm date calculation unit for generating hygiene care alarm information including a date and transmitting the generated hygiene care alarm information to the user terminal through a communication unit is further included.

According to the configuration described above, the present invention has the effect of improving the health status of companion animals by notifying the remaining vaccination timing so as not to be missed.

The present invention has the effect of integrating services managed through notebooks in existing animal hospitals and animal beauty salons to manage health and hygiene conditions of companion animals at a glance.

1 is a block diagram showing the configuration of a My Pet App service providing system for managing the health of a companion animal according to an embodiment of the present invention.
2 is a block diagram briefly showing the internal configuration of a user terminal according to an embodiment of the present invention.
3 is a block diagram briefly showing the internal configuration of a pet service providing server according to an embodiment of the present invention.
4 is a block diagram briefly showing the internal configuration of an electronic leash attached to a companion animal according to an embodiment of the present invention.
5 is a view showing an external appearance of an exercise device according to an embodiment of the present invention.
6 is a perspective view showing the configuration of a rope rotating device according to an embodiment of the present invention.
7 is a view showing a cross section of a launching unit according to an embodiment of the present invention.
8 is a block diagram schematically illustrating an internal configuration of an exercise device according to an embodiment of the present invention.
9 is a perspective view showing the configuration of a monitoring device for monitoring the appearance of a companion animal according to an embodiment of the present invention.
10 is a block diagram briefly showing the internal configuration of a monitoring device according to an embodiment of the present invention.
11 is a view showing the appearance of the feeding management device according to an embodiment of the present invention.
12 is a block diagram briefly showing the internal configuration of the feeding management device according to an embodiment of the present invention.

Since the present invention can make various changes and have various embodiments, specific embodiments will be illustrated in the drawings and described in detail in the detailed description. However, this is not intended to limit the present invention to specific embodiments, and should be understood to include all modifications, equivalents, and substitutes included in the spirit and scope of the present invention. Like reference numerals have been used for like elements throughout the description of each figure.

Terms such as first, second, A, and B may be used to describe various components, but the components should not be limited by the terms. These terms are only used for the purpose of distinguishing one component from another. For example, a first element may be termed a second element, and similarly, a second element may be termed a first element, without departing from the scope of the present invention. The term “and/or” includes any combination of a plurality of related listed items or any of a plurality of related listed items.

It is understood that when an element is referred to as being "connected" or "connected" to another element, it may be directly connected or connected to the other element, but other elements may exist in the middle. It should be. On the other hand, when an element is referred to as “directly connected” or “directly connected” to another element, it should be understood that no other element exists in the middle.

Terms used in this application are only used to describe specific embodiments, and are not intended to limit the present invention. Singular expressions include plural expressions unless the context clearly dictates otherwise. In this application, the terms "include" or "have" are intended to designate that there is a feature, number, step, operation, component, part, or combination thereof described in the specification, but one or more other features It should be understood that the presence or addition of numbers, steps, operations, components, parts, or combinations thereof is not precluded.

Unless defined otherwise, all terms used herein, including technical or scientific terms, have the same meaning as commonly understood by one of ordinary skill in the art to which the present invention belongs. Terms such as those defined in commonly used dictionaries should be interpreted as having a meaning consistent with the meaning in the context of the related art, and unless explicitly defined in the present application, they should not be interpreted in an ideal or excessively formal meaning. don't

Hereinafter, with reference to the accompanying drawings, preferred embodiments of the present invention will be described in more detail. In order to facilitate overall understanding in the description of the present invention, the same reference numerals are used for the same components in the drawings, and redundant descriptions of the same components are omitted.

1 is a block diagram showing the configuration of a My Pet App service providing system for managing the health of a companion animal according to an embodiment of the present invention.

The My Pet application service providing system 100 for managing the health of companion animals according to an embodiment of the present invention includes a user terminal 110, a communication network 120, an animal hospital server 122, and a pet service providing server 130. include

In the place 10 where the companion animal 11 resides, an exercise device 150 for exercising the companion animal 11, a feeding management device 180 for supplying food to the companion animal 11, and the companion animal 11 A monitoring device 190 for monitoring the appearance of, and a wireless repeater 30 are installed.

The wireless repeater 30 is formed on one side of the place 10 where the companion animal 11 resides, and the companion animal 11 receives the companion animal from the electronic leash 140 including the leash main body 141 coupled to a part of the body of the companion animal 11. Receives the current location of (11) and transmits it to the outside.

The user terminal 110 is a terminal possessed by a guardian of the companion animal 11, and may be a fixed terminal implemented as a computer device or a mobile terminal.

For example, the user terminal 110 includes a smart phone, a mobile phone, a navigation device, a computer, a laptop computer, a digital broadcasting terminal, a personal digital assistant (PDA), a portable multimedia player (PMP), a tablet PC, and the like. For example, the user terminal 110 may communicate with the pet service providing server 130 through the communication network 120 using a wireless or wired communication method.

The communication network 120 is not limited to a communication method, and may include, for example, a communication method using a mobile communication network, wired Internet, wireless Internet, or a broadcasting network, as well as short-distance wireless communication between devices. For example, the communication network 120 may include a personal area network (PAN), a local area network (LAN), a campus area network (CAN), a metropolitan area network (MAN), a wide area network (WAN), a broadband network (BBN), may include any one or more of networks, such as the Internet. In addition, the communication network 120 may include any one or more of network topologies including a bus network, a star network, a ring network, a mesh network, a star-bus network, a tree or a hierarchical network, and the like. Not limited.

The pet service providing server 130 may be implemented as a computer device or a plurality of computer devices that communicate with the user terminal 110 through the communication network 120 to provide commands, codes, files, contents, services, and the like.

The pet service providing server 130 may provide a file for installing the MyPet life cycle notification service app 20 to the user terminal 110 accessed through the communication network 120 . In this case, the user terminal 110 may install the My Pet life cycle notification service app 20 using a file provided from the pet service providing server 130 .

In addition, by accessing the pet service providing server 130 under the control of an operating system (OS) included in the user terminal 110 and at least one program (for example, a browser or the installed application), the pet service providing server ( 130) can be provided with services or contents. For example, when the user terminal 110 transmits a service request message to the pet service providing server 130 through the communication network 120 under the control of the My Pet life cycle notification service app 20, the pet service providing server 130 ) may transmit a code corresponding to the service request message to the user terminal 110, and the user terminal 110 configures and displays a screen according to the code under the control of the MyPet life cycle notification service app 20 to inform the user. content can be provided.

In the user terminal 110, a dedicated application for providing the MyPet life cycle notification service provided from the pet service providing server 130 through the communication network 120 is installed, and various services provided from the pet service providing server 130 are dedicated. run through the application.

The user terminal 110 downloads and installs a dedicated application provided by the pet service providing server 130, accesses a web page provided by the pet service providing server 130, and provides various health care information of the companion animal 11. You can check.

The pet service providing server 130 is capable of mutual wireless communication with the user terminal 110, installs the My Pet life cycle notification service app 20 in the user terminal 110, and provides companion animal-related information through the app 20. The user interface screen of the total health service is provided to the user terminal 110 .

The user terminal 110 receives basic information consisting of animal information and biometric information of a companion animal, health status information, and check item information consisting of vaccination information through the app 20 .

The pet service providing server 130 provides the MyPet life cycle notification service including various health care information necessary for each life cycle to the user terminal 110 .

In order to receive services provided by the pet service providing server 130, the user terminal 110 has the “My Pet life cycle notification service app 20” downloaded from the pet service providing server 130 installed.

The user terminal 110 accesses the pet service providing server 130 and transmits/receives data using the MyPet life cycle notification service app 20 .

The MyPet life cycle notification service app (20) includes alarm processing mode (21), life cycle notebook creation mode (22), electronic calendar creation mode (23), exercise mode (24), feeding mode (25), and monitoring mode (26). ) and a plurality of functional modes consisting of a location tracking mode (27).

The alarm processing mode 21, the life cycle notebook generation mode 22, and the electronic calendar generation mode 23 are functions performed by the alarm processing unit 134, the life cycle notebook component unit 136, and the electronic calendar component unit 137. , and will be described in detail with reference to FIG. 3 below.

The exercise mode 24 interlocks between the exercise device 150 and the pet service providing server 130 to check the exercise amount of the companion animal 11 or to help the companion animal 11 perform an exercise function to increase the exercise amount of the companion animal 11, , will be described in detail with reference to FIGS. 5, 6, 7, and 8 below.

In the feeding mode 25, the user terminal 110 and the feeding management device 180 work together to perform a function of managing feeding of the companion animal 11, which will be described in detail with reference to FIGS. 11 and 12 below. .

The monitoring mode 26 monitors the motion of the companion animal 11 in conjunction with the exercise device 150, the monitoring device 190, and the user terminal 110, and details are provided with reference to FIGS. 9 and 10 below. explain clearly.

The location tracking mode 27 tracks the location of the companion animal 11 in conjunction with the electronic leash 140 and the pet service providing server 130, and performs a function of periodically checking whether it is out of a preset protection range, It will be described in detail with reference to FIG. 4 below.

The pet service providing server 130 provides a total companion animal related service to the user through the My Pet life cycle notification service app 20, which is a dedicated application installed on the user terminal 110.

The veterinary hospital server 122 provides pet service with veterinary hospital information, including the presence or absence of allergies of the companion animal 11, skin troubles, current disease name, vaccination information, address, contact information, and health status information of the last health checkup result It is transmitted to the server 130.

The present invention can improve the health status of companion animals by notifying the remaining vaccination period through the My Pet life cycle notification service app (20), a service that was previously managed through notebooks at animal hospitals and animal beauty salons. can be integrated to manage the health status and hygiene status of companion animals at a glance.

In the present invention, a dog notebook and a cat notebook can be recognized as a service possessed as an application. In the present invention, periodic management can be performed by applying for a subscription service to an animal guardian who is unable to provide necessary basic sanitary care for companion animals due to time and circumstances.

The MyPet life cycle notification service app 20 may provide necessary services to the user terminal 110 that has applied for the subscription service.

2 is a block diagram briefly showing the internal configuration of a user terminal according to an embodiment of the present invention.

The user terminal 110 according to an embodiment of the present invention includes an inscription photographing unit 111, a storage unit 112, a communication processing unit 113, a terminal controller 114, a companion animal information input unit 115, and a display unit 116 ).

The inscription photographing unit 111 is provided with a 3D scanner to photograph the nose of the companion animal 11 to generate a 3D scan image, performs image preprocessing, extracts an inscription image including an inscription region, and stores the inscription image in the storage unit 112. Save.

The communication processing unit 113 receives information from the animal hospital server 122, including the presence or absence of allergies of the companion animal 11, skin troubles, the name of the current disease, vaccination information, address, contact information, and the health of the last health examination result. State information is received and stored in the storage unit 112 .

The terminal controller 114 drives the pre-installed MyPet life cycle notification service app 20 to access a web page provided by the pet service providing server 130.

The companion animal information input unit 115 transmits basic information, health status information, and check item information input from the guardian of the companion animal 11 to the pet service providing server 130 through the web page of the pet service providing server 130 do. Health condition information including vaccination information may be provided from the animal hospital server 122 .

The user interface screen provided by the pet service providing server 130 is implemented through the My Pet life cycle notification service app 20 .

The companion animal information input unit 115 receives basic information, health condition information, check item information, and parameter values included in each information according to predetermined input rules through the app.

Basic information of the companion animal 11 includes animal information, biometric information, and preference information.

Animal information includes breed, gender, age, blood type, contact information, and address.

Biometric information includes feature information of appearance, voice, crying, and color, and inscription information. Characteristic information may include positions, shapes, and angles of the eyes, nose, and mouth.

Preference information includes favorite foods and toys.

The health state information includes the presence or absence of allergies of the companion animal 11, skin trouble, the name of the currently ongoing disease, and the result of the last health checkup.

Check item information includes vaccination information, healing care information, hygiene care information, and beauty care information.

Vaccination information includes comprehensive vaccines (DHPPI (four vaccines), DHPPL (five vaccines)), corona enteritis, connell cough, rabies, and influenza.

DHPPI (four vaccines) covers prominence, hepatitis, parvovirus enteritis, and parainfluenza, and DHPPL (five vaccines) covers leptospira prophylaxis. Inoculate between 6 and 8 weeks after birth, and then inoculate 5 or more times at intervals of 2 to 3 weeks.

Corona enteritis is inoculated between 6 and 8 weeks after birth, and then inoculated at intervals of 2 to 3 weeks. Cornelope is inoculated between 6 and 8 weeks after birth, in the same way as corona enteritis, and then inoculated three times at intervals of 2 to 3 weeks, and then additionally inoculated every 6 months.

Vaccination information includes the extent to which the companion animal 11 has been vaccinated based on the vaccinations that must be received basically after birth, the vaccination type to be vaccinated in the future, the vaccination reservation date, and the vaccination type.

The healing care information can set the number of walks of the companion animal 11 to once or twice a day, and includes a walk alarm setting time indicating when to perform the walk.

The sanitary care information includes a sanitary care notification setting time in which reservation time points for bathing, ears, toenails, anus, and eye lines are set at intervals of 10 days, and sanitary care time points are notified.

The beauty care information may set a reservation for a next beauty salon after the last beauty salon, and includes a beauty care alarm setting time.

3 is a block diagram briefly showing the internal configuration of a pet service providing server according to an embodiment of the present invention.

The pet service providing server 130 according to an embodiment of the present invention includes an app providing unit 131, a server control unit 132, a database unit 133, an alarm processing unit 134, a communication unit 135, and a life cycle notebook configuration unit. (136) and an electronic calendar component (137).

The app provider 131 generates the MyPet life cycle notification service app 20 and transmits it to the user terminal 110 through the communication network 120 .

The server control unit 132 accesses the user terminal 110 where the MyPet life cycle notification service app 20 is activated, and displays a user interface screen implementing the MyPet life cycle notification service through the MyPet life cycle notification service app 20. to provide.

Here, the My Pet life cycle notification service app 20 is a platform through which the companion animal 11 can check essential vaccination reservation dates and health care hygiene care reservation services through notifications.

The server control unit 132 receives basic information, health condition information, and check item information of the companion animal 11 from the user terminal 110 through the MyPet life cycle notification service app 20 and stores them in the database unit 133. .

The database unit 133 classifies and stores basic information consisting of animal information, biometric information, and preference information, and check item information consisting of health condition information, healing care information, hygiene care information, and beauty care information for each user terminal.

Basic information, health condition information, and check item information are stored in the database unit 133 in a standardized format.

Each companion animal 11 stores basic information, health status information, and check item information of the corresponding companion animal 11 matched.

The alarm processing unit 134 includes an inoculation reservation date calculation unit 134a, a healing care alarm date calculation unit 134b, a hygiene care alarm date calculation unit 134c, and a beauty care alarm date calculation unit 134d.

The vaccination reservation date calculation unit 134a retrieves the vaccination information of the health status information from the database unit 133, extracts the vaccination reservation date, and uses the difference between the current date and the vaccination reservation date to generate the remaining days until the hospital visit .

The vaccination reservation date calculation unit 134a generates vaccination alarm information including the remaining days until the hospital visit, the vaccination reservation date, and the type of vaccination, and transmits the information to the user terminal 110 through the communication unit 135. Inoculation alarm information can be implemented in various forms such as a pop-up message form and a text message form.

The healing care alarm day calculation unit 134b is an alarm signal for taking the companion animal 11 for a walk, and the number of walks can be set as needed, preferably at least once or twice a day. .

The healing care alarm date calculation unit 134b retrieves healing care information of check item information from the database unit 133 and extracts information on the number of walks and a walk alarm setting time.

The healing care alarm date calculation unit 134b generates walk alarm information indicating the start of a walk when the walk alarm setting time is reached in a state where the number of walk information is not 0, and is sent to the user terminal 110 through the communication unit 135. send.

In the user terminal 110, if a completion button is pressed after taking a walk, information on the number of walks may be deducted.

The walk alarm information may be implemented in various forms such as a pop-up message such as “It is now time to take a walk with the companion animal” or a text message form.

When receiving a response signal corresponding to the walk alarm information of the user terminal 110 from the server control unit 132, the healing care alarm day calculation unit 134b controls the number of walks to be deducted, and when the number of walks is full, the number of walks is zero. is initialized with

The hygiene care alarm date calculation unit 134c retrieves the hygiene care information of the check item information from the database unit 133, extracts the hygiene care alarm setting date, and uses the difference between the current date and the hygiene care alarm setting date to obtain the remaining Calculate hygiene care days.

Here, the hygiene care alarm setting time may be set differently for each hygiene care (bath, ears, toenails, anus, eye lines).

The hygiene care alarm date calculation unit 134c generates hygiene care alarm information including remaining hygiene care dates and transmits it to the user terminal 110 through the communication unit 135 .

The beauty care alarm date calculation unit 134d searches the beauty care information field of the check item information in the database unit 133, extracts the beauty care alarm setting time, calculates the difference between the current date and the beauty care date, and calculates the remaining beauty care information. Create a care date.

The beauty care alarm date calculation unit 134d generates beauty care alarm information including remaining beauty care dates and transmits the beauty care alarm information to the user terminal 110 through the communication unit 135 .

Here, the beauty care alarm information includes the last beauty care day, the next beauty salon reservation, and the remaining beauty care days.

The life cycle notebook component 136 provides basic information, health status information and checklist information through the MyPet life cycle notification service app 20, and vaccination alarm information including days remaining until hospital visit, vaccination reservation date, and vaccination type. , hygiene care alarm information including remaining hygiene care dates, and beauty care alarm information are arranged in a display area at a specific location according to a predetermined format to create a life cycle notebook.

The life cycle notebook configuration unit 136 transmits the life cycle notebook generated through the app to the user terminal 110 .

The user terminal 110 outputs the life cycle notebook generated by the life cycle notebook configuration unit 136 from the MyPet life cycle notification service app 20 and displays it through the display unit 116 .

The electronic calendar component 137 analyzes basic information, health status information, and checklist information through the MyPet life cycle notification service app 20, extracts a schedule field corresponding to the date and time, and displays the extracted schedule field as the time. Create an electronic calendar by displaying it according to the area. Here, the date is an example of a unit of one section in which the time display area is subdivided.

The electronic calendar configuration unit 137 transmits the electronic calendar created through the app to the user terminal 110 .

The electronic calendar displays information related to time, such as vaccination reservation date, vaccination type, hygiene care date, and beauty care date, according to the schedule.

The user terminal 110 outputs the electronic calendar generated by the electronic calendar component 137 from the MyPet life cycle notification service app 20 and displays it through the display unit 116 .

The MyPet life cycle notification service app 20 includes an alarm processing mode 21 that generates inoculation alarm information in the inoculation reservation date calculator 134a and a life cycle notebook that generates a life cycle notebook in the life cycle notebook component 136 Creation mode 22, electronic calendar generation mode 23 for generating an electronic calendar in the electronic calendar configuration unit 137, exercise mode 24 for exercising companion animals, and feeding mode for supplying food for companion animals (25), a monitoring mode (26) for monitoring the movement of the companion animal, and a location tracking mode (27) for monitoring whether the companion animal is out of a preset protection radius range, and a plurality of function modes.

The user terminal 110 includes an alarm processing mode (21), a life cycle notebook creation mode (22), an electronic calendar creation mode (23), an exercise mode (24), and a meal mode (25) in the MyPet life cycle notification service app (20). ), monitoring mode (26), and location tracking mode (27) can be selected.

When the pet service providing server 130 receives the selection signal of the alarm processing mode 21 from the user terminal 110, the inoculation reservation date calculation unit 134a generates inoculation alarm information and sends it in the form of a message through the communication unit 135. to the user terminal 110.

When the pet service providing server 130 receives the selection signal of the alarm processing mode 21 from the user terminal 110, the healing care alarm date calculation unit 134b performs healing care of check item information in the database unit 133. Information is retrieved to extract walk count information and walk alarm set time, and when the walk alarm set time is reached in a state where the walk count information is not 0, walk alarm information indicating the start of a walk is generated through the communication unit 135. It is transmitted to the user terminal 110.

When the pet service providing server 130 receives the selection signal of the alarm processing mode 21 from the user terminal 110, the sanitary care alarm date calculation unit 134c calculates sanitary care of check items information from the database unit 133. Search information to extract the hygiene care alarm setting date, use the difference between the current date and the hygiene care alarm setting date to calculate the remaining hygiene care date, and create hygiene care alarm information including the remaining hygiene care date so that the communication unit It is transmitted to the user terminal 110 through (135).

When the pet service providing server 130 receives a selection signal for the life cycle notebook generating mode 22 from the user terminal 110, the life cycle notebook generating unit 136 provides basic information, health condition information, check item information, Inoculation alarm information is arranged in a display area at a specific location according to a predetermined format to generate a life cycle notebook and transmit it to the user terminal 110 .

When the pet service providing server 130 receives the selection signal of the electronic calendar creation mode 23 from the user terminal 110, the electronic calendar component 137 analyzes basic information, health condition information, and check item information to A schedule field corresponding to the date and time is extracted, and the extracted schedule field is displayed according to the time display area to generate an electronic calendar and transmit it to the user terminal 110 .

4 is a block diagram briefly showing the internal configuration of an electronic leash attached to a companion animal according to an embodiment of the present invention.

The companion animal 11 wears the electronic leash 140 wrapped around a part of its body in order to measure its movement.

The electronic leash 140 may be connected or detachable with a strap through which the guardian can control the movement of the companion animal, and may be attached to a part of the companion animal's body, but may be provided in a form that wraps the entire body of the companion animal. .

The electronic leash 140 includes a leash main body 141 including a Global Positioning System (GPS) module 181, a sensor device 143, a signal communication unit 147, and a leash control module 148, and a leash main body. The part 141 is worn to be wrapped around a part of the companion animal's body.

The GPS module 142 may generate GPS information by determining the companion animal's GPS coordinates in real time. GPS information may be provided to the user terminal 110 .

The sensor device 143 includes a motion detection sensor 144, a body temperature detection sensor 145, and a heart rate sensor 146.

The motion detection sensor 144 detects the motion of the companion animal and generates a motion signal. When the companion animal walks or runs, the degree of contraction or expansion of the leash main body 141 can be detected.

The motion detection sensor 144 may generate a movement signal by determining that the companion animal is in an exercise state when the collar main body 141 is contracted or expanded beyond a reference range when the companion animal walks or runs.

The body temperature sensor 145 may measure the body temperature of the companion animal to generate a biosignal including body temperature information.

The heart rate sensor 146 may measure the heart rate of the companion animal and generate a biosignal including heart rate information.

The leash control module 148 transmits GPS information indicating the current location of the companion animal, motion signals, and bio signals to the wireless repeater 30 through the signal communication unit 147 .

The wireless repeater 30 generates companion animal state information including GPS information received from the leash control module 148, movement signals, bio signals, and guardian user terminal information, and pet service providing server 130 through the communication network 120. ) is transmitted periodically.

The server controller 132 of the pet service providing server 130 receives companion animal state information including GPS information, motion signals, bio signals, and guardian user terminal information through the communication unit and stores them in the database unit 133.

The server control unit 132 sets the companion animal to an abnormal health condition when the movement signal does not exist or is low within a preset time range, when the body temperature information is below or above a preset range, and when the heart rate information is out of a preset reference range. can judge

When it is determined that the companion animal 11 has an abnormal health state, the server controller 132 generates health abnormal alarm information indicating the health abnormality of the companion animal and transmits it to the user terminal 110 through the communication unit.

The user terminal 110 may output health abnormality alarm information from the activated MyPet life cycle notification service app 20 .

The server controller 132 calculates the movement distance of the companion animal 11 based on periodically stored GPS information, and calculates the amount of exercise of the companion animal 11 based on the calculated movement distance.

The amount of momentum is preset as a numerical value proportional to the moving distance.

The server control unit 132 generates exercise state information including movement distance and amount of exercise and transmits it to the user terminal 110 through the communication unit 135 .

The user terminal 110 may output exercise state information from the activated MyPet life cycle notification service app 20 . The movement distance may be displayed as a movement path on map data.

The server control unit 132 periodically monitors whether the companion animal 11 is out of a preset protection radius range based on the periodically stored GPS information, and when the companion animal 11 is out of the protection radius range, a warning notifying that the companion animal 11 is out of the protection radius range. A message is generated and transmitted to the user terminal 110 through the communication unit 135 .

The protection radius range may be set based on the house where the companion animal 11 and the guardian reside. However, the user terminal 110 may select the location of the reference point for setting the protection radius range, or may be another location, or change the protection radius range.

For example, if the protection radius range is set to 300m, the radius of 300m is displayed based on the house.

The user terminal 110 may output a warning message from the activated MyPet life cycle notification service app 20 .

The above-mentioned My Pet life cycle notification service app 20 can perform the function of checking the vaccination and hygiene care of companion animals, and even the problem of companion animals moving out of protection range.

In modern society, single-person households or dual-income couples often leave the house for a long time, and when companion animals are left alone, they wait for the owner all day and suffer from depression or a lot of food, resulting in various health problems due to failure to control the amount of food. can cause problems

It is intended to add a function for adjusting the amount of exercise and meal of the companion animal 11 to the My Pet life cycle notification service app 20.

When the server controller 132 receives a selection signal of the location tracking mode 27 from the user terminal 110, the server controller 132 periodically monitors whether the companion animal is out of a preset protection radius range based on the periodically received GPS information. If (11) is out of the protection radius range, a warning message indicating that it is out of the protection radius range is generated and transmitted to the user terminal 110 through the communication unit 135.

5 is a view showing the appearance of an exercise device according to an embodiment of the present invention, and FIG. 6 is a perspective view showing the configuration of a rope rotation device according to an embodiment of the present invention.

The exercise device 150 according to an embodiment of the present invention includes a rope rotation device 153 and a launching unit 170.

The exercise device 150 forms a first case 151 and a second case 152 separated by a predetermined distance.

The first case 151 and the second case 152 are formed to have a certain height and width to form a certain internal space therein.

A rope rotating device 153 is installed between the first case 151 and the second case 152.

The rope rotating device 153 has a first screw 154 in the longitudinal direction between the first case 151 and the second case 152, both ends of the first screw 154 in the horizontal direction of the first case It penetrates into the inside of 151 and the inside of the second case 152, and both ends of the first screw 154 are coupled to the first holder 155a and the second holder 155b.

The rope rotating device 153 couples the first bevel gear 156 to one end of the first screw 154, and engages the second bevel gear 157 in the vertical direction to the first bevel gear 156 by gear meshing. And, the second bevel gear 157 is coupled to the first rotation shaft 158a of the first drive motor 158.

The first screw 154 is formed to have a constant length in a straight line shape and is formed long in the longitudinal direction so as to pass through the first moving block portion 159 having a predetermined shape.

The first screw 154 is formed long in the longitudinal direction and is coupled through the first moving block portion 159 having a predetermined shape.

The first screw 154 is processed by rolling or grinding a screw groove along the circumferential direction.

The first moving block part 159 forms a nut part (not shown) therein, and a first screw 154 is coupled through the center of the nut part.

The nut part of the first moving block unit 159 forms a through hole penetrating the front and rear surfaces of the center portion so that the first screw 154 is coupled thereto, and a screw formed on the outer circumferential surface of the first screw 154 on the inner circumferential surface of the through hole. A thread corresponding to the groove is formed.

The first screw 154 is inserted into the through-hole of the nut portion of the first moving block portion 159 so that the screw groove and the screw thread are screwed together.

A connecting member 159a having a predetermined shape is coupled to one surface of the first moving block unit 159 . The first moving block unit 159 reciprocates in a horizontal direction along the first screw 154 according to the driving of the first driving motor 158 .

The connecting member 159a has a central axis in a horizontal direction protruding inward, and the rotating body 160 is coupled to the central axis to rotate.

The rotating body 160 includes a circular inner wheel body 161 to which the central axis of the connecting member 159a is coupled, an outer wheel body 162 larger than the diameter of the inner wheel body 161, an inner wheel body 161, and an outer wheel body ( 162), a plurality of roller bearings 163 are formed.

The inner wheel body 161 is coupled to a rod member 164 of a certain length in the vertical direction on one side, and a rope toy 165 formed by twisting a rope rope is coupled to the end of the rod member 164. The rope toy 165 is made of a cotton material with a certain length and is formed into a knot, and is not easily broken even if chewed well.

The inner ring body 161 is rotatable through a roller bearing 163, and the rod member 164 to which the rope toy 165 is coupled is rotated according to the rotation of the inner ring body 161 to perform a pendulum motion.

The inner ring body 161 freely rotates whenever the first moving block unit 159 moves along the first screw 154, and accordingly, the rope toy 165 can freely swing back and forth.

7 is a view showing a cross section of a launching unit according to an embodiment of the present invention.

The first case 151 and the second case 152 form a box shape of a hexahedron in which a space is configured inside to accommodate the launching unit 170 so that the elastic ball 170b is launched. Here, the elastic ball 170b is a rubber ball and has a softness that does not tear even if a companion animal bites.

The first case 151 and the second case 152 are formed with outlets through which the elastic balls 170b mounted therein are discharged at regular intervals, the outlets are formed on the end surfaces, and the elastic balls 170b are formed. A cylindrical launch tube 170a, which is a moving path, is inclined and forms a launching unit 170 that launches an elastic ball 170b into the launch tube 170a.

The firing unit 170 includes a triggering unit 171 that directly hits the elastic ball 170b and a pressing unit 177 that operates the triggering unit 171.

The triggering part 171 is formed on the launch tube 170a, and extends from one side of the head member 172 having a certain shape to contact the elastic ball 170b and hits the head member 172 to a certain length, and the circumference It includes a spring support (176a) coupled to the spring member 176 along the direction.

The head member 172 has a groove 173 dug to a certain depth on one side, a spring 174 is coupled to the inner surface of the groove 173, and a pin unit 175a is coupled to the spring 174, and the pin unit 175a is coupled with an arc-shaped engaging portion 175b.

Inside the groove part 173, a spring 174 and a pin part 175a are coupled to one end of the spring 174, and a locking part 175b is coupled to an end of the pin part 175a. The pin part 175a and the hooking part 175b may be inserted into the groove part 173 by the elastic force of the spring 174 and protrude outward.

The pressing portion 177 is formed on the inner walls of the first and second cases 151 and 152, forms a catching groove 177a into which the catching portion 175b is inserted or leaves, and directly attaches the catching portion 175b. A push button 178 that is pressed in contact with the push button 178, an actuator 179 that advances and retreats the push button 178 by connecting to the push button 178, and a solenoid 179a that is switched and controlled by a control signal by combining the actuator 179 ).

8 is a block diagram schematically illustrating an internal configuration of an exercise device according to an embodiment of the present invention.

In the exercise device 150 according to the embodiment of the present invention, the motion controller 166 is electrically connected to the solenoid 179a, the first drive motor 158, and the first communication module 167.

When the server control unit 132 of the pet service providing server 130 receives the selection signal of the exercise mode 24 from the user terminal 110, the companion animal is selected based on the GPS information periodically received from the wireless repeater 30. Calculate the movement distance of the animal, calculate the momentum of the companion animal based on the calculated movement distance, and generate a motor drive signal of the first drive motor 158 when the calculated momentum is equal to or less than a preset first reference value to exercise device It is transmitted to the first communication module 167 of (150).

When the motion controller 166 receives a motion control signal from the pet service providing server 130 through the first communication module 167, the first movement block unit 159 is preset to reciprocate left and right. A programmed motor driving signal is periodically or selectively generated and transmitted to the first driving motor 158 .

The rope rotating device 153 rotates the first screw 154 according to the operation of the first driving motor 158 to reciprocate the first moving block 159 left and right. The rod member 164 performs a pendulum motion of the rope toy 165 according to the left and right reciprocating movement of the first moving block unit 159 and the rotational movement of the rotating body 160 .

The server control unit 132 of the pet service providing server 130 generates a solenoid drive signal when the calculated amount of exercise falls within a preset range of the first reference value to the second reference value, and the first communication module of the exercise device 150 ( 167).

When the motion controller 166 receives the solenoid driving signal from the pet service providing server 130 through the first communication module 167, the solenoid on signal is generated and transmitted to the solenoid 179a. When the push button 178 operates the actuator 179 according to the operation of the solenoid 179a, it rises toward the head member 172. When the push button 178 contacts and presses the locking part 175b to leave the second groove 173 and enter the firing tube 170a, the head member 172 of the triggering part 171 springs the spring member 176 It expands due to the elastic force of, and accordingly, the head member 172 strikes the elastic ball 170b so that the elastic ball 170b is discharged to the outlet along the firing tube 170a.

When the motion controller 166 receives a motion control signal or a solenoid drive signal and receives a selection signal of the monitoring mode 26 from the user terminal 110, it generates an on control signal that activates the monitoring device 190 for monitoring. Send to device 190.

9 is a perspective view showing the configuration of a monitoring device for monitoring the appearance of a companion animal according to an embodiment of the present invention, and FIG. 10 is a block diagram briefly showing the internal configuration of the monitoring device according to an embodiment of the present invention.

The monitoring device 190 according to an embodiment of the present invention forms a first cradle 191 and a second cradle 192 spaced apart from each other by a predetermined distance, and the first cradle 191 and the second cradle 192 A second screw 193 is installed in the longitudinal direction between, the first gear 194 is coupled to one end of the second screw 193, and the second gear 195 is perpendicular to the first gear 194. ) is gear-engaged and engaged, and the second gear 195 is coupled to the second rotational shaft 197 of the second drive motor 196.

The second screw 193 is formed in a straight line shape with a constant length, and is formed long in the longitudinal direction so as to pass through the second moving block portion 198 having a predetermined shape.

The second screw 193 is formed long in the longitudinal direction and is coupled through the second moving block portion 198 having a predetermined shape.

The second screw 193 is processed by rolling or grinding a screw groove along the circumferential direction.

The second moving block unit 198 forms a nut unit (not shown) therein, and a second screw 193 penetrates the central portion of the nut unit and is coupled thereto.

The nut part of the second moving block part 198 forms a through hole penetrating the front and rear surfaces so that the second screw 193 is coupled to the central portion, and a screw formed on the outer circumferential surface of the second screw 193 on the inner circumferential surface of the through hole. A thread corresponding to the groove is formed.

The second screw 193 is inserted into the through hole of the nut portion of the second moving block portion 198 so that the screw groove and the screw thread are screwed together.

The second moving block unit 198 reciprocates in a horizontal direction along the second screw 193 according to the driving of the second driving motor 196 .

On the upper surface of the second moving block unit 198, the first camera unit 200, the second camera unit 210, and the third camera unit 220 are provided at three different angles in the left direction, the front direction, and the right direction, respectively. form

The first camera unit 200, the second camera unit 210, and the third camera unit 220 are formed on one side, and the first motion detection sensor 201 and the second motion detection sensor 211 are formed in the same direction as the camera direction. ), and the third motion detection sensor 221 is respectively coupled.

The first motion detection sensor 201, the second motion detection sensor 211, and the third motion detection sensor 221 are the first camera unit 200, the second camera unit 210, and the third camera unit 220. Detects the movement of a forward object along the shooting direction, that is, the left direction, the front direction, and the right direction. Preferably, the lens direction angle between the first camera unit 200, the second camera unit 210, and the third camera unit 220 is set to 60 degrees.

A control module is installed on one side of the inside or outside of the first holder 155a or the second holder 155b.

The monitoring device 190 includes a first camera unit 200, a second camera unit 210, a third camera unit 220, a first motion detection sensor 201, a second motion detection sensor 211, a third It includes a motion detection sensor 221, a sensing value storage unit 203, a third communication module 204, and a sensing controller 202.

The sensing controller 202 includes a first camera unit 200, a second camera unit 210, a third camera unit 220, a first motion detection sensor 201, a second motion detection sensor 211, a third It is electrically connected to the motion detection sensor 221, the sensing value storage unit 203, the third communication module 204, and the second driving motor 196.

The first camera unit 200, the second camera unit 210, and the third camera unit 220 are devices for capturing images of movement and movement of companion animals, and include various types of image sensors capable of sensing images. .

The first camera unit 200, the second camera unit 210, and the third camera unit 220 refer to a plurality of camera modules including a lens capable of capturing images or images and an imaging device. Here, each camera unit is preferably a PTZ camera, but is not necessarily limited thereto.

A PTZ camera refers to a camera capable of zooming in and tracking a moving object by controlling pan and tilt of the lens unit and zoom-in and zoom-out of the lens. That is, the first camera unit 200, the second camera unit 210, and the third camera unit 220 are a kind of imaging device (eg, CMOS (Complementary Metal-Oxide Semiconductor) or CCD (Charge-Coupled Device) and lens As a kind of photographing device equipped with a camera unit, it acquires images in a fixed area (predetermined place), that is, the first camera unit 200, the second camera unit 210, and the third camera unit 220 are fixed. Based on the selected location, an image of an area corresponding to predetermined field of view information is captured.

The first camera unit 200, the second camera unit 210, and the third camera unit 220 have a first motion detecting sensor 201, a second motion detecting sensor 211, and a third motion detecting sensor on their upper surfaces, respectively. Connect the sensor 221.

The first motion detection sensor 201, the second motion detection sensor 211, and the third motion detection sensor 221 are composed of an infrared sensor or an ultrasonic sensor and transmit sensor signals to detect the presence of a companion animal by transmitting a reflected signal. can figure out whether

The sensing controller 202 generates a power supply signal when receiving a control signal from the exercise device 150 and a selection signal of the monitoring mode 26 from the user terminal 110 through the third communication module 204. The first camera unit 200, the second camera unit 210, the third camera unit 220, the first motion detection sensor 201, the second motion detection sensor 211, and the third motion detection sensor 221 ) to supply power.

When a motion of the companion animal 11 running toward the exercise device 150 occurs, the sensing controller 202 includes the first motion detection sensor 201, the second motion detection sensor 211, and the third motion detection sensor 221. ) and periodically receives a detection signal and stores it in the sensed value storage unit 203 .

When the sensing controller 202 receives detection signals from the first motion detection sensor 201, the second motion detection sensor 211, and the third motion detection sensor 221, the first camera unit coupled to the corresponding sensors ( 200), the second camera unit 210, and the third camera unit 220 are operated to capture image information and store it in the sensed value storage unit 203.

When the sensing controller 202 sequentially senses the first motion sensor 201, the second motion sensor 211, and the third motion sensor 221, the companion animal moves from one direction to the other. It is determined that it is doing, and the second screw 193 is rotated by operating the second driving motor 196 in the direction of the third motion detection sensor 221 . The second moving block unit 198 moves in the direction of the third motion detection sensor 221 .

When the sensing controller 202 sequentially senses the third motion sensor 221, the second motion sensor 211, and the first motion sensor 201, the companion animal moves from one direction to the other. It is determined that it is doing, and the second screw 193 is rotated by operating the second drive motor 196 in the direction of the first motion detection sensor 201 . The second moving block unit 198 moves in the direction of the first motion detection sensor 201 .

The sensing controller 202 is one of the first motion detection sensor 201, the second motion detection sensor 211, and the third motion detection sensor 221 in a state in which the second moving block unit 198 is moved. When is operated, the first camera unit 200, the second camera unit 210, and the third camera unit 220 coupled to the corresponding sensor are operated to capture image information and store it in the sensing value storage unit 203. .

The sensing controller 202 transmits image information stored in the sensing value storage unit 203 to the user terminal 110 through the third communication module 204 .

The user terminal 110 receives image information from the monitoring device 190 through the communication processing unit 113 and stores it in the storage unit 112 . The guardian of the companion animal 11 checks the image information to determine whether the companion animal 11 has properly exercised using the rope toy 165 or the elastic ball 170b of the exercise device 150 . The guardian may adjust the meal amount according to the degree of exercise of the companion animal (11).

The meal amount is composed of 4 stages of feeding mode according to the degree of exercise of the companion animal 11, and the 4 stage feeding mode represents the amount of feed according to calories.

In the feeding mode, the guardian can arbitrarily select the amount of feed by checking the image information.

When the user terminal 110 receives the selection signal of one of the four steps of the feeding mode, it generates a feeding control signal including the feeding mode of the specific step and transmits it to the feeding management device 180.

Figure 11 is a view showing the appearance of the feeding management device according to an embodiment of the present invention, Figure 12 is a block diagram briefly showing the internal configuration of the feeding management device according to an embodiment of the present invention.

The feeding management device 180 according to an embodiment of the present invention is a device for supplying pet food and includes a frame 181 and a feeding table 189a.

The frame 181 includes a vertical frame 181a installed vertically from the ground, and a horizontal frame 181b formed in parallel to face the feeding table 189a vertically upward and coupled to the vertical frame 181a. .

On the lower surface of the horizontal frame 181b, a housing 182 is formed with a space inside so that pet food is contained.

The bottom surface of the housing 182 has a discharge port 182a having a certain width so that the feed can fall. The outlet 182a is opened or closed by the slide opening/closing device 183.

The slide opening/closing device 183 couples the hydraulic cylinder 184 to the side of the vertical frame 181a in the horizontal direction to adjust the amount of feed supplied to the companion animal by opening and closing the outlet 182a.

The hydraulic cylinder 184 includes a cylinder tube 185 forming an inner space, a piston 186 installed inside the cylinder tube 185 and moved by a working fluid (eg, compressed oil, etc.), and a piston It includes a piston rod 187 that is coupled to 186 and serves as an axis for driving the piston 186.

The piston rod 187 is inserted into or removed from the cylinder tube 185 and reciprocates in the horizontal direction. The opening/closing plate 187a coupled to the end of the piston rod 187 slides according to the reciprocation of the piston rod 187 to block the outlet 182a to prevent feed supply, or to open the outlet 182a to feed supply

The hydraulic pump 188 inflows and discharges the working fluid for operating the piston 186.

When the working fluid discharged from the hydraulic pump 188 flows into the suction hole of the cylinder tube 185 via an inlet pipe (not shown), the hydraulic pump 188 continuously discharges the high-pressure working fluid, The inside of the cylinder tube 185 is filled with working fluid.

The working fluid horizontally moves the piston 186 from one side to the other, and moves the piston rod 187 connected to the piston 186 in the horizontal direction. Accordingly, the piston rod 187 moves from the inside of the cylinder tube 185 to the outside in a horizontal direction and is extended.

When the hydraulic pump 188 sucks the working fluid, it is discharged through the inlet pipe (not shown) through the discharge hole of the cylinder tube 185, and the hydraulic pump 188 continuously sucks the high-pressure working fluid, The pressure causes the working fluid inside the cylinder tube 185 to escape.

The working fluid horizontally moves the piston 186 from the other side to one side, and moves the piston rod 187 connected to the piston 186 in the horizontal direction. Accordingly, the piston rod 187 is inserted and moved in the horizontal direction into the cylinder tube 185 and shortened.

In the hydraulic cylinder 184, the piston rod 187 moves from right to left inside the cylinder tube 185 to open the outlet 182a by the opening and closing plate 187a, and the piston rod 187 moves from the right to the left. 185) moves from the left side to the right side, and the outlet port 182a is closed by the opening/closing plate 187a.

The feeding controller 189 receives and analyzes a feeding control signal including a feeding mode of a specific stage from the user terminal 110 through the second communication module 189b.

The feeding controller 189 generates a driving control signal of the hydraulic pump 188 according to the step-by-step feeding control signal, and operates the hydraulic pump 188 according to the driving control signal to move the piston rod 187 in the horizontal direction to open and close. The outlet 182a of the housing 182 is opened by moving the plate 187a to the left. Feed contained in the housing 182 falls to the feeding tray 189a through the outlet 182a.

The feeding controller 189 generates a drive control signal of the hydraulic pump 188 after a certain time passes, and operates the hydraulic pump 188 according to the drive control signal to move the piston rod 187 in the horizontal direction to open and close the plate. 187a is moved to the right to close the outlet 182a of the housing 182. The feeding time (opening time of the opening/closing plate 187a) is preset according to the feeding mode of the 4 stages.

For example, the feeding mode of step 1 sets the opening time of the opening/closing plate 187a to the shortest, and the feeding mode of step 4 sets the opening time of the opening/closing plate 187a to the longest, and vice versa. .

Operations according to the embodiments of the present specification can be implemented as computer-readable programs or codes on a computer-readable recording medium. A computer-readable recording medium includes all types of recording devices in which data that can be read by a computer system is stored. In addition, computer-readable recording media may be distributed to computer systems connected through a network to store and execute computer-readable programs or codes in a distributed manner.

When the embodiment is implemented as software, the above-described technique may be implemented as a module (process, function, etc.) that performs the above-described functions. A module can be stored in memory and executed by a processor. The memory may be internal or external to the processor, and may be coupled with the processor in a variety of well-known means.

In addition, the computer-readable recording medium may include hardware devices specially configured to store and execute program instructions, such as ROM, RAM, and flash memory. The program command may include high-level language codes that can be executed by a computer using an interpreter or the like as well as machine code generated by a compiler.

Although some aspects of the present invention have been described in the context of an apparatus, it may also represent a description according to a corresponding method, where a block or apparatus corresponds to a method step or feature of a method step. Similarly, aspects described in the context of a method may also be represented by a corresponding block or item or a corresponding feature of a device. Some or all of the method steps may be performed by (or using) a hardware device such as, for example, a microprocessor, programmable computer, or electronic circuitry. In some embodiments, one or more of the most important method steps may be performed by such an apparatus.

In embodiments, a programmable logic device (eg, a field programmable gate array) may be used to perform some or all of the functions of the methods described herein. In embodiments, a field programmable gate array may operate in conjunction with a microprocessor to perform one of the methods described herein. Generally, methods are preferably performed by some hardware device.

Although the above has been described with reference to preferred embodiments of the present invention, those skilled in the art will variously modify and change the present invention within the scope not departing from the spirit and scope of the present invention described in the claims below. You will understand that it can be done.

10: Where pets live 11: Pets
20: My Pet life cycle notification service app 21: Alarm processing mode
22: life cycle notebook creation mode 23: electronic calendar creation mode
24: exercise mode 25: feeding mode
26: monitoring mode 27: location tracking mode
30: wireless repeater 100: my pet application service providing system
110: user terminal 111: inscription photographing unit
112: storage unit 113: communication processing unit
114: terminal controller 115: companion animal information input unit
116: display unit 120: communication network
122: Animal hospital server 130: Pet service providing server
131: App provider 132: Server control unit
133: database unit 134: alarm processing unit
134a: Inoculation reservation date calculation unit 134b: Healing care alarm date calculation unit
134c: hygiene care alarm date calculation unit 134d: beauty care alarm date calculation unit
135: communication unit 136: life cycle notebook component unit
137: electronic calendar component 140: electronic leash
141: leash body part 142: GPS module
143: sensor device 144: motion detection sensor
145: body temperature detection sensor 146: heart rate sensor
147: signal communication unit 148: leash control module
150: exercise device 151: first case
152: second case 153: rope rotating device
154: first screw 155a: first holder
155b: second holder 156: first bevel gear
157: second bevel gear 158a: first rotational shaft
158: first driving motor 159: first moving block unit
159a: connecting member 160: rotating body
161: inner ring body 162: outer ring body
163: roller bearing 164: rod member
165: rope toy 166: motion controller
167: first communication module 170: launch unit
170a: launch tube 170b: bouncy ball
171: trigger part 172: head member
173: groove 174: spring
175a: pin part 175b: hooking part
176: spring member 176a: spring support
177: pressing part 177a: locking groove
178: push button 179: actuator
179a: solenoid 180: feeding management device
181: frame 181a: vertical frame
181b: horizontal frame 182: housing
182a: outlet 183: slide opening and closing device
184: hydraulic cylinder 185: cylinder tube
186: piston 187: piston rod
187a: opening and closing plate 188: hydraulic pump
189: feeding controller 189a: feeding platform
189b: second communication module 190: monitoring device
191: first cradle 192: second cradle
193: second screw 194: first gear
195: second gear 196: second drive motor
197: second rotational axis 198: second moving block unit
200: first camera unit 201: first motion detection sensor
202: sensing controller 203: sensing value storage unit
204: third communication module 210: second camera unit
211: second motion detection sensor 220: third camera unit
221: third motion detection sensor

Claims (6)

A user terminal owned by the companion animal's guardian; and
Providing a pet service that enables mutual wireless communication with the user terminal, installs the My Pet life cycle notification service app on the user terminal, and provides a user interface screen of the total health service related to companion animals to the user terminal through the app including the server;
The user terminal receives basic information consisting of animal information and biometric information of the companion animal, health status information, and check item information consisting of vaccination information through the app,
The pet service providing server includes a database unit that receives the basic information, health status information, and check item information from the user terminal, classifies and stores the information for each user terminal, and provides vaccination information of the health status information in the database unit. Search and extract the vaccination reservation date, use the difference between the current date and the vaccination reservation date to create the remaining days until the hospital visit, and create vaccination alarm information including the remaining days, vaccination reservation dates, and vaccination types to send communication an inoculation reservation date calculation unit that transmits to the user terminal in the form of a message through a message, and arranges the basic information, the health status information, the check item information, and the inoculation alarm information in a display area at a specific location according to a predetermined format so as to provide a life cycle Further comprising a life cycle notebook configuration unit for generating and transmitting a notebook to the user terminal,
In the place where the companion animal resides, a first case and a second case are formed with a predetermined inner space at a predetermined height and width at a predetermined distance apart, and between the first case and the second case. Install an exercise device that combines a rope rotation device on
The rope rotation device has a first screw in the longitudinal direction between the first case and the second case in the horizontal direction, and both ends of the first screw are moved into the first case and the second case. penetrates, couples a first bevel gear to one end of the first screw, engages a second bevel gear in a vertical direction with the first bevel gear, and engages the second bevel gear with the first driving motor. 1 is coupled to a rotational shaft, and the first screw penetrates and is coupled to a first moving block having a predetermined shape,
A connecting member having a predetermined shape is coupled to one surface of the first moving block unit, the connecting member is rotatably coupled to the rotating body inwardly, and a rod member having a predetermined length is coupled to the rotating body in a vertical direction, and the rod A MyPet application service providing system in which a rope toy formed by twisting a rope at the end of a member is combined. The method of claim 1,
The pet service providing server analyzes the basic information, the health condition information, and the check item information through the app, extracts a schedule field corresponding to the date and time, and displays the extracted schedule field in accordance with the time display area. Further comprising an electronic calendar component for generating an electronic calendar and transmitting the generated electronic calendar to a user terminal;
The MyPet life cycle notification service app includes an alarm processing mode for generating the inoculation alarm information in the inoculation reservation date calculation unit, a life cycle notebook creation mode for generating the life cycle notebook in the life cycle notebook configuration unit, and the electronic calendar. An electronic calendar generation mode for generating the electronic calendar, an exercise mode for exercising the companion animal, a feeding mode for supplying food for the companion animal, a monitoring mode for monitoring the movement of the companion animal, and the companion animal in a component unit. MyPet Application service providing system consisting of a plurality of function modes including a location tracking mode that monitors whether an animal is out of the preset protection radius range. The method of claim 2,
The check item information sets information on the number of walks of the companion animal, healing care information including a walk alarm setting time notifying when to perform a walk, and setting a reservation time for bath, ears, claws, anus, and eye lines, and sanitation. Further includes hygiene care information including a hygiene care notification setting time indicating the time of care,
When the pet service providing server receives a selection signal of the alarm processing mode from the user terminal, the inoculation reservation date calculation unit generates the inoculation alarm information and transmits it to the user terminal in the form of a message through a communication unit,
The database unit searches healing care information of check item information to extract the number of walks information and the walk alarm setting time, and when the walk alarm setting time is reached in a state where the walk number information is not 0, the walk time point a healing care alarm day calculation unit generating walking alarm information notifying the user and transmitting the walk alarm information to the user terminal through the communication unit; and
The database unit retrieves hygiene care information of check item information to extract a hygiene care alarm setting date, calculates the remaining hygiene care date using the difference between the current date and the hygiene care alarm setting date, and the remaining hygiene care My Pet App service providing system further comprising a hygiene care alarm date calculation unit generating hygiene care alarm information including a date and transmitting the generated hygiene care alarm information to the user terminal through a communication unit. The method of claim 2,
The companion animal wears an electronic leash wrapped around a part of the body to measure movement,
The electronic leash further includes a GPS module that determines GPS (Global Positioning System) coordinates of the companion animal in real time to generate GPS information, and a leash controller that transmits the generated GPS information to a wireless repeater through a signal communication unit, ,
The wireless repeater generates companion animal status information including GPS information received from the leash controller and periodically transmits it to the pet service providing server;
When receiving a location tracking mode selection signal from the user terminal, the pet service providing server periodically monitors whether the companion animal is out of a preset protection radius range based on the periodically received GPS information, and My Pet App service providing system further comprising a server control unit generating a warning message indicating that it is out of the protective radius range and transmitting the warning message to the user terminal through a communication unit when the radius range is out of range. delete The method of claim 1,
When the server controller receives the exercise mode selection signal from the user terminal, the server controller calculates the movement distance of the companion animal based on the GPS information periodically received from the wireless repeater, and based on the calculated movement distance The amount of exercise of the companion animal is calculated, and when the calculated amount of exercise is equal to or less than a preset first reference value, a motor drive signal of the first drive motor is generated and transmitted to a first communication module of the rope rotation device,
The rope rotating device rotates the first screw according to the operation of the first driving motor to make the first moving block reciprocate left and right, and accordingly, the rope toy performs a pendulum motion.

Images