KR20210033228A - Health care house system for companion animal and health care method using thereof - Google Patents

Abstract

The present invention relates to a health care house system for companion animals communicating with a user smart device, comprising: a cover in which a living space of a companion animal is formed; a tray that is detachably coupled to one side of the cover and can measure the weight of a companion animal; a plurality of sensors installed inside the cover and measuring the state of a companion animal located on the tray or measuring the environment of the environment of a companion animal living space formed in the cover; and a control unit that receives data regarding the state of the companion animal and data regarding the environment inside the cover, and analyzes the data, wherein the control unit determines a setting mode for operation method of the house according to an analysis result of the data. The purpose of the present invention is to provide a suitable environment for companion animals to live in by easily measuring information on health status such as weight.

Description

A healthcare house system for companion animals and a healthcare method using it {HEALTH CARE HOUSE SYSTEM FOR COMPANION ANIMAL AND HEALTH CARE METHOD USING THEREOF}

The present invention relates to a health care house system and a health care method that can check the health status of a companion animal using a plurality of sensors. Specifically, the companion animal collects information on the health status of the companion animal based on the Internet of Things. It relates to a health care house system and a health care method for companion animals in which a multifaceted health management system for animals can be established.

Recently, as many media outlets broadcast a lot of celebrities living with pets, the public's interest in pets is increasing, and pets are evolving into companion animals, the concept of family, even at home. In particular, companion animals are increasingly recognized as a family that can solve people's loneliness due to social phenomena such as aging and nuclear familyization. Accordingly, people are making a lot of effort, such as taking care of their companion animals' health and taking them to veterinary hospitals to treat diseases, and taking them to beauty salons to shave their hair neatly or take a walk every day. In other words, owners of pets are raising pets with all their sincerity and financial expenses.

However, in order to check the health of a companion animal that cannot actually speak, it is necessary to visit a financially burdensome hospital and conduct a medical examination.Therefore, there are frequent situations in which companion animals cannot be properly raised due to time, mental, and financial burdens. Is emerging as a social issue. In particular, in the case of elderly companion animals, it is necessary to frequently perform health checks due to heat generation due to inflammation or frequent changes in body weight, but if the proper treatment period is missed, a considerable amount of hospital expenses should be consumed and a great deal of effort should be put into caring for care. There was a problem.

In order to solve this problem, Korean Patent Publication No. 2013-0100815 (Patent Document 1) discloses a technology related to a device for controlling biometric information of an animal through measurement of blood sugar and calorie consumption of an animal. According to this document, it is possible to efficiently implement food supply to animals by more accurately detecting an animal's appetite state through the analysis of the animal's biological signals.

However, since the prior art is not managed for each animal, but is managed based on universal data, accurate and rational management is difficult. There was a problem that it is highly likely that even phosphorus data is not accurate information.

In addition, Korean Patent Publication No. 2019-0079178 (Patent Document 2) discloses a system-related technology capable of grasping the status of a companion animal in a smart device using voice data of the companion animal. According to this document, it is possible to grasp the health state, activity state, and even the intention of the companion animal through the companion animal's voice.

However, the prior art is simply to grasp the condition of the companion animal with only voice data, so the result value based on the data is not quite accurate, and the information and technology are insufficient to be in charge of the overall healthcare of the companion animal. There was a problem.

In addition, in the prior art as described above, in that it is merely a notification to the user by checking the status of the companion animal, even if an abnormal signal occurs in the health of the companion animal, the owner of the companion animal There were limitations in that the overall companion animal healthcare curriculum could not be prepared, such as wandering around without knowing how to deal with it.

Patent Document 1: Unexamined Patent Publication No. 2013-0100815 (published on September 12, 2013) Patent Document 2: Unexamined Patent Publication No. 2019-0079178 (published on May 5, 2019)

It is an object of the present invention to easily obtain a number of information about the health state, including weight information of the companion animal, and provide environmental conditions suitable for the companion animal to live, and if there is an abnormality in the health state of the companion animal It is to provide a health care house system and a health care method for companion animals that can recommend a curriculum related to health care to solve the problem.

The present invention is a health care house system for a companion animal that communicates with a user's smart device, wherein the system is a cover on which a companion animal's living space is formed, and is detachably coupled to one side of the cover and measures the weight of the companion animal. A tray that can be used, a plurality of sensors installed inside the cover and measuring the condition of the companion animal located on the tray or measuring the environment of the companion animal living space formed in the cover, and data related to the condition of the companion animal And a control unit for receiving data on the environment inside the cover and analyzing the data, and the control unit determines a setting mode for an operation method of the house according to the analysis result of the data.

In addition, the plurality of sensors may include a temperature sensor that measures a change in body temperature of a companion animal located on the tray, a motion detection sensor and a weight sensor to check the movement of the companion animal when the companion animal sleeps, and brightness among the environment in the cover. And an air quality measurement sensor that senses the state of the air in the cover and an illumination sensor that senses it.

In addition, the setting mode includes a rest mode activated when a companion animal is present in the cover, an absent mode activated when a companion animal is not present in the cover, a sleep mode activated when the companion animal sleeps, and the control unit It includes a recommended mode for presenting the health management method of the companion animal to the user according to the analyzed information on the health state of the companion animal.

In addition, whether the plurality of sensors are driven is changed according to the absent mode, the rest mode, and the sleep mode.

In addition, the motion detection sensor and the weight sensor are operated in the sleep mode, the lighting sensor and the temperature sensor are operated in the rest mode, and the air quality measurement sensor is operated in the absent mode, the rest mode, and the sleep mode.

In addition, the recommendation mode is activated when an abnormal signal is generated in the companion animal, and when the recommendation mode is activated, the controller searches for a current location and controls to match a related organization that may correspond to the abnormal signal.

In addition, the air quality measurement sensor is interlocked with at least one of an air purifier, a humidifier, an oxygen generator, and an antibacterial processor installed inside the cover.

In addition, the temperature sensor is interlocked with a heating wire installed in the tray and a thermal imaging camera installed in the cover to check a temperature change of a companion animal.

In addition, at the entrance of the house, an LED lighting lamp is installed that automatically determines whether to operate or not depending on whether or not a companion animal enters or exits.

In addition, the system further includes a speaker for playing sleep music to the companion animal or outputting a user's voice, and a monitor for displaying a dedicated channel for companion animals.

The healthcare method for a companion animal according to the present invention includes the steps of measuring the current state and the living environment state of the companion animal using a sensor that checks the health state of the companion animal and a sensor that measures the environment inside the companion animal house, Determining whether an abnormal signal has occurred in the health state of the companion animal, determining the setting mode of the house according to the abnormal signal, displaying a control result according to the setting mode to the user, and responding to the abnormal signal And storing the contents of the corresponding control result in the server.

In addition, when the abnormal signal occurs, the house operates in a recommended mode, and the control result is stored in the server in consideration of the search result of the current location and the state of the companion animal. It includes searching for a related institution and recommending it to a user, and determining an emergency level by analyzing the condition of the companion animal.

In addition, when the abnormal signal does not occur, the house operates in a rest mode or a sleep mode, and the control result detects the behavior of the companion animal, diagnoses the condition of the companion animal in detail, and analyzes the environment inside the companion animal house. And controlling an environmental condition in the house by operating a sensor disposed inside the house to correspond to the condition of the companion animal and measuring the condition of the companion animal.

According to the present invention, which is different from the existing companion animal's weight check system, the device for measuring the weight of the companion animal is manufactured in the form of a tray so that it can be separated from the house, which is a resting space for the companion animal. By installing the tray in the space, there is an advantage in that the weight of the companion animal can be easily and accurately measured.

In addition, according to the present invention, by measuring the movement of a companion animal through a motion sensor and a weight sensor, collecting and analyzing the corresponding data, and drawing it into a graph, not only the amount of sleep of the companion animal but also the quality of sleep are easily at a glance. There is an advantage to be able to grasp.

In addition, according to the present invention, since a plurality of sensors capable of measuring the health status of the companion animal and the surrounding environment are installed in the house, the internal environment of the house corresponding to the corresponding state is formed after determining the current status of the companion animal. There is an advantage that customized precision control is performed as much as possible.

In addition, according to the present invention, by analyzing the data analysis result of the condition of the companion animal and the current location, recommended data such as information on the behavior diagnosis of the companion animal or institution matching information such as a hospital or a dog shop is provided to the user. Because it can be done, there is an advantage in that active care of companion animals can be achieved.

In addition, according to the present invention, since information on the status of the companion animal can be activated in an application running on the user's smart device through a communication unit such as Bluetooth or Wi-Fi, the user can recognize the status of the companion animal anytime and anywhere. There is an advantage to cope with.

1 is a front view showing an overall shape of a house system for a companion animal according to an embodiment of the present invention as viewed from the front.
2 is a cross-sectional perspective view showing the interior of the house system for a companion animal.
3 is a screen of a smart device for explaining an operation mode of a house system for a companion animal when an application is executed.
4 is a block diagram illustrating a configuration for controlling an operation method of the house system for a companion animal.
5 is a flowchart illustrating a process in which data according to the state of a companion animal is analyzed, processed, and displayed to a user.

In the present invention, various modifications can be made and various forms can be obtained, and exemplary embodiments will be described in detail in the text. However, this is not intended to limit the present invention to a specific form disclosed, it should be understood to include all changes, equivalents, or substitutes included in the spirit and scope of the present invention. In describing each drawing, similar reference numerals have been used for similar elements. Terms such as first and second may be used to describe various elements, but the elements should not be limited by the terms.

The above terms are used only for the purpose of distinguishing one component from another component. The terms used in the present 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 indicates otherwise.

In the present application, terms such as "comprise" or "consist of" are intended to designate the presence of features, numbers, steps, actions, elements, parts, or combinations thereof described in the specification, but one or more other features. It is to be understood that the presence or addition of elements or numbers, steps, actions, components, parts, or combinations thereof, does not preclude in advance the possibility of the presence or addition.

Unless otherwise defined, 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 as defined in a commonly used dictionary should be interpreted as having a meaning consistent with the meaning in the context of the related technology, and should not be interpreted as an ideal or excessively formal meaning unless explicitly defined in the present application. Does not.

Hereinafter, exemplary embodiments of the present invention will be described in more detail with reference to the drawings.

1 is a front view showing an overall shape of a house system for a companion animal according to an embodiment of the present invention as viewed from the front. And, Figure 2 is a cross-sectional perspective view showing the interior of the house system for the companion animal.

1 and 2, a health care house system 1 for companion animals according to an embodiment of the present invention is combined with a tray 10 capable of measuring the weight of a companion animal and the tray 10 It is possible and consists of a cover 20 that provides a living space for the companion animal. The tray 10 is detachably coupled to the cover 20 at the lower side of the cover 20. That is, the tray 10 is configured to form a bottom surface capable of supporting a companion animal, and is configured to be separated from the cover 20 if necessary. Accordingly, the user can easily clean the cover 20 by separating it from the tray 10, and can easily measure the weight of the companion animal.

Specifically, conventionally, in order to measure the weight of the companion animal, the guardian held the companion animal, climbed on a scale, measured the total weight, and then measured the weight of the companion animal by subtracting the guardian's weight from the total weight. In other words, since it is impossible for the companion animal to climb on the scale and measure its own weight, it has to go through the cumbersome weight measurement process as described above. However, according to the present invention, after separating the cover 20 from the tray 10, the weight of the companion animal can be easily measured by installing the tray 10 in a space where the companion animal frequently stays.

A display window 11 through which a user can check the weight of a companion animal is formed on the front of the tray 10. In addition, the front of the cover 20 is formed with an entrance 15 for a companion animal, and at the entrance 15, the LED lighting lamp 40 can be illuminated when entering the interior of the house system 1 of the companion animal. Access sensors can be installed. The user can check whether the companion animal has entered the house system 1 through data detected by the access sensor. That is, the entrance sensor may be interlocked with the LED lighting lamp 40 to determine whether to operate the LED lighting lamp 40 according to whether a companion animal enters or exits.

The cover 20 may be formed of four surfaces, in detail, a bottom surface 21, a left surface 22, a ceiling 24, and a right surface 23. That is, a space in which a companion animal can rest or sleep may be provided in a space formed by the floor surface 21, the left surface 22, the ceiling 24, and the right surface 23.

A plurality of sensors are installed in the cover 20 to measure the condition of the companion animal located on the tray 10 or to measure the environment of the companion animal living space formed in the cover 20. Specifically, among the plurality of sensors, as a sensor for measuring the state of the companion animal, a temperature sensor 31 that measures the change in body temperature of the companion animal located on the tray 10 and the movement of the companion animal when the companion animal sleeps. It includes a motion detection sensor 32 and a weight sensor 35 for checking. In addition, among the plurality of sensors, as a sensor for measuring the environment of a living space, an illumination sensor 33 for sensing the brightness of the space in the cover 20 and an air quality for sensing the air condition in the space in the cover 20 It includes a measurement sensor (34).

According to FIG. 2, the temperature sensor 31 and the motion sensor 32 are installed on the left side 22, the lighting sensor 33 is installed on the ceiling 24, and the air quality sensor 34 is on the right side. It is installed on 23, and the weight sensor 35 is shown as being installed on the bottom surface 21, but the position of the sensors is not limited thereto, and if the position of the sensors can be more effectively exhibited, the cover ( 20) It should be noted that the location can be freely changed within.

The temperature sensor 31 measures the body temperature of the companion animal every predetermined time, and data on the health state of the companion animal is collected according to the change in the measured temperature. In addition, the temperature sensor 31 is installed in the heating wire 21a installed on the bottom surface 21 of the tray 10 and the cover 20 to be interlocked with a thermal imaging camera that checks the temperature change of the companion animal. I can. That is, when the temperature sensor 31 detects that the body temperature of the companion animal is low, the heating wire 21a is operated to keep the companion animal warm, and at the same time, the thermal imaging camera is operated to continuously check the body temperature of the companion animal. Function to be able to. The thermal imaging camera is measured at intervals of time desired by Gongju, and has a recall function capable of comparing previously photographed data with currently photographed data. Accordingly, dog breeds can obtain information on changes in the body temperature of the companion animal by using the recall function.

In addition, when the companion animal sleeps, the motion detection sensor 32 and the weight sensor 35 are activated. The motion detection sensor 32 functions to detect direct movement of the companion animal while sleeping, and the weight sensor 35 recognizes a change in the gravity point to determine the movement of the companion animal during sleep. The weight sensor 35 is preferably installed on the bottom surface 21 to measure the weight of the companion animal located on the tray 10. In this way, information on the movement of the companion animal during sleep is detected by the motion detection sensor 32 and the weight sensor 35, and the corresponding information is derived as a graph according to the calculation result of the calculation unit (reference numeral 210 in FIG. 3). do. Accordingly, the user can check the graph to determine at a glance whether the sleeping state of the companion animal is a sleeping state or a deep sleep state.

In addition, when the companion animal enters the space within the cover 20 through the entrance 15, the lighting sensor 33 is interlocked with the LED lighting lamp 40 to maintain proper indoor brightness to protect the companion animal's eyesight. I can. If the companion animal enters the sleeping state, the lighting sensor 33 is turned off to turn off the LED lighting lamp 40.

In addition, the air quality measurement sensor 34 may be installed to be interlocked with at least one of an air purifier, a humidifier, an oxygen generator, and an antibacterial processor installed inside the cover 20. That is, the air quality measurement sensor 34 detects information on the air quality in the living environment of the companion animal in the cover 20, and is installed in the cover 20 to respond when it is determined that there is a problem with the air quality. It automatically operates air purifier, humidifier, oxygen generator and antibacterial processor.

For example, when the air quality measurement sensor 34 determines that the air is cloudy, the air purifier may be operated to remove fine dust, and the humidifier may be operated when moisture is insufficient. The air purifier may have a cooling function. Therefore, when there is moisture in the companion animal's body, it is possible to dry the remaining moisture in the companion animal's fur by activating the blowing function of the air for cooling. The humidifier may be, for example, an aromatherapy humidifier installed on the ceiling 24, and may function to increase the mental and physical stability and relaxation effect of the companion animal together with the aroma oil. In addition, when the air quality measurement sensor 34 determines that the amount of oxygen in the air is insufficient, the oxygen generator is operated, and when there is an odor, the antibacterial processor is operated, such as using a biopharmaceutical that is harmless to the human body, so that a comfortable indoor environment is achieved. Function.

In addition, a speaker for listening to sleep music or outputting a user's voice to a companion animal and a monitor for displaying a dedicated channel for companion animals may be additionally installed in the cover 20. The speaker is a configuration installed to give the companion animal a sense of psychological stability, and is interlocked with a microphone so that the dog's voice can be transmitted to the companion animal through the speaker. In addition, the monitor is configured to be installed in a space within the cover 20 in a form such as a television so that education and rest of the companion animal can be performed through a medium.

The companion animal house system 1 may be linked to a smart device 100 such as a user's smart phone, PDA, or notebook. That is, the system 1 can communicate with the application of the smart device 100 with a Bluetooth or Wi-Fi method by activating the communication unit 50 using the IoT. Hereinafter, a communication process and a communication method between the smart device 100 and the system 1 will be described.

3 is a screen of a smart device for explaining an operation mode of a house system for a companion animal when an application is executed. And, Figure 4 is a block diagram illustrating a configuration for controlling the operation method of the house system for the companion animal.

3 and 4, the smart device 100 may receive data transmitted from the house system 1 for companion animals. Specifically, a user may execute an application and receive a result of data measured from a plurality of sensors of the system 1 through the display unit 110 of the smart device 100.

That is, the system 1 receives data transmitted from the plurality of sensors, and the controller 200 analyzes the data to control the overall operation process and method of the system 1. In detail, the controller 200 communicates with the temperature sensor 31, motion detection sensor 32, and weight sensor 35 to detect data on the condition of the companion animal, and measure the lighting sensor 33 and air quality. In communication with the sensor 34, data on the environment inside the cover 20 is sensed. In addition, after analyzing the data, the controller 200 determines a setting mode for an operation method of the house 1 according to the analyzed result.

The setting mode includes a rest mode 130 activated when a companion animal is present in the cover 200, an absent mode 120 activated when a companion animal does not exist in the cover 200, and a companion animal. A sleep mode 140 that is activated during sleep of the child and a recommended mode 150 that presents the health management method of the companion animal to the user according to the information on the health state of the companion animal analyzed by the control unit 200. The absent mode 120, the rest mode 130, the sleep mode 140, and the recommended mode 150 are displayed on the display unit 110 of the smart device 100. The user may determine whether a companion animal is present, whether it is sleeping, whether or not a recommendation is required, and the like, and manually set an appropriate mode through the display unit 110. As another example, for the setting modes, an appropriate mode may be automatically selected based on an analysis result of the control unit 200.

Whether the plurality of sensors are driven may vary according to the absent mode 120, the rest mode 130, and the sleep mode 140, respectively. Specifically, when the absence mode 120 is operated while the sensors are all off, the air quality measurement sensor 34 is activated, and when the rest mode 130 is operated, the air quality measurement sensor 34 and the The lighting sensor 33 and the temperature sensor 31 are activated, and when the sleep mode 140 is activated, the air quality measurement sensor 34, the motion detection sensor 32, and the weight sensor 35 are activated. .

In this way, whether each sensor is operated according to the setting mode can be automatically adjusted by transmitting the calculation result of the calculation unit 210 to the control unit 200. In addition, when the user wants to manually control whether or not each sensor is operated, a signal may be transmitted to the option setting unit 220 to perform manual operation of each sensor. For example, when the user wants to activate the lighting sensor 33 that is turned off in the sleep mode 140, the user transmits an ON signal to the lighting sensor 33 to the option setting unit 220, and the corresponding signal is transmitted to the control unit ( 200), the activation control of the illumination sensor 33 may be performed.

Unlike the method of operation with the absent mode 120, the rest mode 130, and the sleep mode 140, the controller 200 automatically executes the recommendation mode 150 when an abnormal signal occurs in the companion animal. . When the recommendation mode 150 is activated, the controller 200 searches for the user's current location using GPS and controls to match a related organization that may respond to the abnormal signal.

For example, when it is determined that an abnormal signal has occurred in the health of the companion animal, the controller 200 may activate the recommendation mode 150 to recommend veterinary hospitals in the order closest to the current location of the user. As another example, when an abnormal signal indicating that a companion animal needs to be molt occurs, the controller 200 may activate the recommendation mode 150 to recommend a dog shop or a dog beauty salon in the order closest to the current location of the user. As another example, when an abnormal signal indicating that urine and feces education is required for a companion animal occurs, the control unit 200 activates the recommendation mode 150, and the animal training center, the education-related counseling center, or the education curriculum in the order closest to the current location of the user. Etc. can be recommended.

Such recommended information may be displayed on the user's smart device 100 through the communication unit 50. That is, the communication unit 50 functions as a data transmission medium connecting the house system 1 for companion animals and the smart device 100 to each other. Hereinafter, a process in which information according to the state of the companion animal is analyzed and processed by the controller 200 and displayed to the user will be described with reference to FIG. 5.

Referring to FIG. 5, first, when a companion animal enters the house system 1, a check on the state of the companion animal is performed through a plurality of sensors installed in the system 1 (S100). At this time, the plurality of sensors not only inspects the condition of the companion animal, but also determines whether the environment in the system 1 is suitable for the companion animal to live. Then, the control unit 200 determines whether there is an abnormality in the companion animal by receiving and analyzing the data sensed from the plurality of sensors (S200).

If, when the control unit 200 receives the abnormal signal of the companion animal, the control unit 200 performs a search for the current user's location, and based on this, matches an appropriate organ capable of responding to the abnormal signal of the companion animal ( S210). That is, the controller 200 controls the system 1 to operate in the recommended mode 150 when the abnormal signal is detected. The matching information generated by the control unit 200 is displayed on the display unit 110 of the smart device so that the user can easily check it.

Then, the control unit 200 may indicate the urgency of the abnormality signal, for example, that it is a very urgent situation if the companion animal has a disease that requires immediate treatment, and as another example, if molting is necessary, it may indicate that it is a non-urgent situation. So, by determining the level divided by the degree of urgency, it is determined to which emergency level range the abnormal signal of the current companion animal belongs to (S220).

However, when it is determined that there is no abnormal signal in the companion animal in step S200, the control unit 200 performs a detailed diagnosis on the behavior of the companion animal (S230). That is, if the control unit 200 does not detect the abnormal signal, there is no abnormality in the health of the companion animal. Therefore, it is sufficient to maintain only the environment in the system 1 appropriately for the companion animal to live. Therefore, the control unit 200 controls the system 1 to operate in the rest mode 130 or the sleep mode 140 according to whether the companion animal sleeps, and through detailed diagnosis of the companion animal's behavior, the current system (1) Determine whether the environment inside is appropriate.

Then, the control unit 200 properly adjusts the internal environment state in the system 1 by operating the plurality of sensors (S240). Accordingly, it is possible to prevent in advance the occurrence of abnormalities in the health of the companion animal in the future.

When the step S220 or step S240 is finished, the results of the action according to each step are displayed on the display unit 110 of the smart device (S300). That is, the display unit 110 displays information about whether a companion animal is abnormal, whether appropriate countermeasures have been taken according to the environmental conditions in the system 1, and what additional actions should be taken in the future. In addition, the final product including the corresponding measures is stored in the server in the display unit 110 (S400). The data stored in the server undergo a deep learning process, so that effective response measures according to each setting mode may be prepared in more detail. In addition, since such continuously stored information is used in a big data method in the future, the result value calculated by the control unit 200 can be more accurate and high reliability can be obtained.

As described above, according to the present invention, by collecting information on the health status of a companion animal based on the Internet of Things, multi-faceted health management for the companion animal can be performed, and a customized related institution recommendation for active healthcare can be performed. There is an advantage to be able to.

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

1: House system for pets
10: tray
31: temperature sensor
32: motion detection sensor
33: light sensor
34: air quality measurement sensor
35: weight sensor
50: communication department
200: control unit
210: operation unit
220: option setting unit

Claims (13)

As a companion animal healthcare house system that communicates with the user's smart device,
A cover in which a living space of a companion animal is formed therein;
A tray detachably coupled to one side of the cover and capable of measuring the weight of a companion animal;
A plurality of sensors installed inside the cover and measuring a condition of a companion animal located on the tray or measuring an environment of a living space of a companion animal formed in the cover; And
And a control unit configured to receive data related to the state of the companion animal and data related to the environment inside the cover, and to analyze the data,
The control unit determines a setting mode for an operation method of the house according to the analysis result of the data.
The method of claim 1,
The plurality of sensors,
A temperature sensor that measures a change in body temperature of a companion animal located on the tray;
A motion detection sensor and a weight sensor for checking the movement of the companion animal when the companion animal sleeps;
An illumination sensor that detects brightness in the environment in the cover; And
Companion animal health care house system, characterized in that it comprises an air quality measurement sensor for detecting the state of the air in the cover.
The method of claim 2,
The setting mode,
A rest mode activated when a companion animal is present in the cover;
Absence mode activated when a companion animal is not present in the cover;
A sleep mode that is activated when a companion animal sleeps; And
And a recommendation mode for presenting a health management method of the companion animal to the user according to the information on the health state of the companion animal analyzed by the control unit.
The method of claim 3,
The plurality of sensors,
A health care house system for companion animals, characterized in that whether or not driving is changed according to the absence mode, rest mode, and sleep mode.
The method of claim 4,
The motion detection sensor and the weight sensor are operated in the sleep mode,
The lighting sensor and the temperature sensor are operated in the rest mode,
The air quality measurement sensor is a health care house system for companion animals, characterized in that operated in the absent mode, the rest mode, and the sleep mode.
The method of claim 3,
The recommended mode is activated when an abnormal signal occurs in the companion animal,
When the recommendation mode is activated, the control unit searches for a current location and controls to match a related organization capable of responding to the abnormal signal.
The method of claim 2,
The air quality measurement sensor,
A health care house system for companion animals, characterized in that interlocked with at least one of an air purifier, a humidifier, an oxygen generator, and an antibacterial processor installed inside the cover.
The method of claim 2,
The temperature sensor,
A health care house system for companion animals, characterized in that interlocked with a heating wire installed on the tray and a thermal imaging camera installed in the cover to check a temperature change of the companion animal.
The method of claim 2,
At the entrance of the house,
A health care house system for companion animals, characterized in that an LED lighting lamp that automatically determines whether or not to operate according to the entry of the companion animal is installed.
The method of claim 1,
A speaker for playing sleep music to a companion animal or outputting a user's voice; And
Companion animal healthcare house system, characterized in that it further comprises a monitor on which a dedicated channel for companion animals is screened.
Measuring a current state and a living environment state of the companion animal using a sensor that checks the health state of the companion animal and a sensor that measures the environment inside the house for the companion animal;
Determining whether an abnormal signal has occurred in the health state of the companion animal;
Determining a setting mode of the house according to the abnormal signal;
Displaying a control result according to the setting mode to a user; And
And storing the contents of the control result corresponding to the abnormal signal in a server.
The method of claim 11,
When the abnormal signal occurs, the house operates in the recommended mode,
The control result is,
Recognizing the user's current location;
Searching for a related institution stored in the server and recommending it to a user in consideration of the result of searching the current location and the condition of the companion animal; And
Companion animal healthcare method comprising the step of determining an emergency level by analyzing the state of the companion animal.
The method of claim 11,
When the abnormal signal does not occur, the house operates in a rest mode or a sleep mode,
The control result is,
Detecting the behavior of the companion animal, diagnosing the state of the companion animal in detail, and measuring the environment inside the house for the companion animal; And
And controlling an environmental condition in the house by operating a sensor disposed inside the house to correspond to the condition of the companion animal.

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