WO2017155287A1

WO2017155287A1 - Companion animal management apparatus and method

Info

Publication number: WO2017155287A1
Application number: PCT/KR2017/002464
Authority: WO
Inventors: 최충광
Original assignee: 최충광; 베이징 하이퍼피 테크놀로지 컴퍼니 리미티드
Priority date: 2016-03-09
Filing date: 2017-03-07
Publication date: 2017-09-14

Abstract

Disclosed is a companion animal management apparatus. A companion animal management apparatus according to an embodiment of the present invention may comprise: a monitoring and control unit for the real-time monitoring of the behavior of a companion animal; a standard data storage unit for storing standard data generated on the basis of the normal behaviors of the companion animal; an owner treatment data storage unit for storing owner treatment data generated on the basis of the behaviors performed by an owner with respect to the abnormal behaviors of the companion animal; a data comparison unit for retrieving real-time monitoring data on the behaviors of the companion animal obtained by the monitoring and control unit and the standard data within the standard data storage unit, and for determining whether the monitoring data is consistent with the standard data to determine whether the behavior of the companion animal is normal or abnormal; a data matching unit for retrieving the real-time monitoring data on the behavior of the companion animal obtained by the monitoring and control unit and the owner treatment data within the owner treatment data storage unit and for obtaining the owner treatment data for the real-time behavior of the companion animal from the monitoring data and the owner treatment data, if the data comparison unit determines that the behavior of the companion animal is abnormal; and an application unit for retrieving and applying the owner treatment data for the real-time behavior of the companion animal obtained by the data matching unit. The companion animal management apparatus according to the present invention allows the current behavior of the companion animal to be obtained in real-time and allows the current behavior to be compared with the standard data. As a result of the comparison, if it is determined that the behavior of the companion animal is abnormal, the owner can retrieve data on the corresponding behavior and proceed with an interaction with the companion animal. Further, the present invention can realize the effect as if the owner is beside the companion animal, thereby preventing the occurrence of any physical or psychological problems in the companion animal.

Description

Pet management device and method

The present invention relates to a companion animal management apparatus and method, and more particularly, to a technique for observing, analyzing and managing a companion animal's behavior.

Currently, more and more singles are living, and in general, the longer singles are, the worse the loneliness of the people.

As a solution to this problem, people relieve loneliness by raising pets.

However, most people who keep pets have a working life, so they spend less time with their pets every day.

Therefore, the pets have a lot of time at home alone, and thus many pets suffer from diseases such as autism or depression.

Furthermore, the problems caused by this work are stressful to both the pets and the owners of the pets, especially if the pets that are not covered in Korea use animal hospitals, the economic loss of the pets increases.

Conventional technologies for solving this problem include Korean Patent Publication No. 10-2014-0146806, Korean Patent Publication No. 10-2008-0094117, and the like, but the prior art includes only the owner's voice or a schedule of a companion animal. It is difficult to grasp the behavior of pets in real time, and only limited to caring for pets.

[Preceding technical literature]

[Patent Documents]

(Patent Document 1) Korean Patent Publication No. 10-2014-0146806

(Patent Document 2) Korean Patent Publication No. 10-2008-0094117

The present invention has been made to solve the problems as described above, to detect the behavior of the companion animal in real time to detect the abnormal behavior of the companion animal through the rapid response to the detected abnormal behavior resulting in the companion animal It is an object of the present invention to provide a pet care device and method that can prevent physical and mental problems.

Companion animal management device according to the present invention,

Surveillance control unit for monitoring the behavior of the companion animal in real time;

A standard data storage unit for storing standard data generated based on the normal behavior of the companion animal;

A host processing data storage unit for storing host processing data generated based on a behavior performed by the owner for abnormal behavior of the companion animal;

The real-time monitoring data on the behavior of the companion animal acquired by the monitoring control unit and the standard data in the standard data storage unit are searched, and it is determined whether the monitoring data is identical with the standard data to determine whether the pet's behavior is normal or abnormal. Data comparison unit for determining whether or not;

If the data comparison unit determines that the companion animal's behavior is abnormal, the real-time monitoring data of the companion animal behavior acquired by the monitoring control unit and the host processing data in the host processing data storage unit are retrieved, and the monitoring data and the host processing are performed. A data matching unit for acquiring host processing data on real-time behavior of the companion animal through data;

And an application unit for searching and applying host processing data on real-time behavior of the companion animal obtained by the data matching unit.

Preferably, the apparatus further includes a standard data extracting unit, and the standard data extracting unit analyzes the past behavior of the companion animal in one time zone set according to the change of time through the progress of time comparison analysis, and extracts the analyzed data. The surveillance control unit may generate standard data for comparison with real-time surveillance data on the behavior of the companion animal.

Preferably, the apparatus further comprises a client unit, wherein the client unit is interconnected with the data comparing unit, the data matching unit and the application unit, respectively, and inputs an instruction desired by the owner of the pet for abnormal behavior of the pet. Can be done.

Preferably, the monitoring control unit for monitoring the sound of the companion animal and the audio monitoring control module for acquiring the audio data of the companion animal;

A video surveillance control module for monitoring an image of the pet and acquiring video data of the pet;

An environmental parameter monitoring control module for acquiring a parameter according to a place environment of the companion animal; It may include at least any one of.

Preferably, the environmental parameter monitoring control module, the temperature monitoring controller for monitoring the temperature of the environment environment of the companion animal;

Humidity monitoring controller for monitoring the humidity of the environment environment of the pets;

An illumination monitoring controller for monitoring an illumination of a place environment where the pet is located;

An oxygen content monitoring controller for monitoring the oxygen content of the environment where the pet is located;

An air mass monitoring controller for monitoring air quality in a place environment where the pet is located;

A water level monitoring controller for monitoring the water level of the place environment where the pet is located;

A microbial content monitoring controller for monitoring the microbial content of the environment of the companion animal;

A protein content monitoring controller for monitoring the protein content of the environment of the companion animal;

A salinity monitoring controller for monitoring salinity of the environment of the place where the pet is located; And

An acid alkali concentration monitoring controller for monitoring acid alkali concentration in a place environment where the pet is located; It may include at least any one of.

Preferably, the video surveillance control module includes a block member, a recording member, a control member and a signal detecting member, wherein the signal detecting member and the member are connected to the control member, respectively, The greening structure may be physically covered.

Preferably, it includes a pet animal activity representative, a sensor module is installed in the pet animal activity representative, the sensor module may be interconnected with the data matching unit.

Preferably, the sensor module may include at least one of a pressure sensor, a vibration sensor, and a sound sensor.

Another pet management method according to an aspect of the present invention,

The monitoring control unit monitoring the companion animal's behavior and acquiring the surveillance data of the companion animal; and the data comparison unit comparing the surveillance data with the standard data, and if the surveillance data and the standard data match, the companion animal's behavior is normal. Judging, and if it does not match, determining that the companion animal's behavior is abnormal; if the data comparison unit determines that the data comparison unit is abnormal, acquiring master processing data matching the monitoring data; and master acquired by the data matching unit. Retrieving process data and applying the host process data.

According to the present invention, it is possible to acquire and grasp the current behavior of the pet in real time.

In addition, the current behavior of the pet can be compared with the standard data, and if the comparison result is determined as the abnormal behavior of the pet, through the rapid response using the present invention can realize the effect as if the owner is near the owner feel. .

Finally, physical and mental problems that can occur in companion animals can be prevented in advance.

The following drawings attached in this specification are illustrative of the preferred embodiments of the present invention, and together with the detailed description of the invention to serve to further understand the technical spirit of the present invention, the present invention is a matter described in such drawings It should not be construed as limited to.

1 is a block diagram of a pet management device according to an embodiment of the present invention.

2 is a flow chart of a pet management method according to an embodiment of the present invention.

DETAILED DESCRIPTION In order to fully understand the present invention, the operational advantages of the present invention, and the objects achieved by the practice of the present invention, reference should be made to the accompanying drawings that illustrate preferred embodiments of the present invention.

Specific structures or functional descriptions presented in the embodiments of the present invention are only illustrated for the purpose of describing the embodiments according to the inventive concept, and the embodiments according to the inventive concept may be implemented in various forms.

In addition, it should not be construed as limited to the embodiments described herein, it should be understood to include all modifications, equivalents, and substitutes included in the spirit and scope of the present invention.

The terminology used herein is for the purpose of describing particular embodiments only and is not intended to be limiting of the invention.

Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings. Like reference numerals in the drawings denote like elements.

1 is a view showing the configuration of a pet management apparatus according to an embodiment of the present invention with reference to this,

As shown in FIG. 1, the companion animal management apparatus according to the embodiment of the present invention includes a monitoring control unit 10, a standard data storage unit 20, a data comparison unit 30, a host processing data storage unit 40, and data matching. The unit 50, the application unit 60, the standard data extraction unit 70, the client unit 80 and the companion animal activity representative unit 90.

The monitoring control unit 10 may monitor the current behavior of the companion animal in real time using a general camera.

The standard data storage unit 20 may store standard data of the pet's behavior. The standard data described here will be described in detail below, but may change with time.

That is, the standard data storage unit 20 may store data of the normal behavior of the pet and may be in a general database form.

The data of the normal behavior of the pet may be recognized as standard data when the owner or the expert of the pet observes the behavior of the pet and recognizes that the behavior is normal, which may be stored in the standard data storage unit 20. .

By adopting a time-based analysis method, it is possible to analyze the past behavior of a pet in a time zone set according to the change of time, extract the data, and use it as standard data to compare with the current pet's behavior.

For example, if a pet's activity within a certain amount of time is a certain figure and the behavior is considered normal, the figure is taken as standard data of the amount of activity and stored in the storage.

Certain standard data can also be provided for all other pet behaviors.

The standard data can be presented through regular observation or by experience.

At the same time, various standard data can be set according to various pets, various time zones, for example, season and pet age.

At the same time, there is no need to artificially maintain or update the standard data automatically.

The data comparison unit 30 is connected to the monitoring control unit 10 and the standard data storage unit 20, respectively, and the real-time monitoring data and the standard data storage unit 20 regarding the current behavior of the companion animal obtained by the monitoring control unit 10. Search the standard data in the) and compare the data of the companion animal's current behavior with the standard data at the same time to determine whether the companion animal's current behavior is consistent with the standard data. You can determine if your behavior is normal or abnormal.

The host processing data storage unit 40 may store host processing data and may have a general database form.

So-called host processing data is data generated based on the owner's actions on abnormal behavior of the pet.

For example, if the owner comforts the pet's frowning behavior, the host processing data may be audio data for the owner comforting the companion animal.

In addition, the abnormal behavior of the companion animal is that the number of loud sounds of the companion animal is continuously exceeded in the set time period, the number of times that the confirmation of the presence of the pet animal is continuously exceeded in the set time zone, the companion animal Obviously slow or rapid dynamics, the time the pet stays in the food bin exceeds the set time, the environment parameter (variable) set by the environment parameter (variable) It may include leaving the).

Various host processing data may correspond to various abnormal behaviors of the companion animal and may be stored in the host processing data storage 40 at the same time.

The data matching unit 50 is connected to the monitoring control unit 10 and the host processing data storage unit 40 to monitor real-time data and the host processing data storage unit of the current behavior of the companion animal acquired by the monitoring control unit 10 ( The host processing data in 40) can be searched, and at the same time, the host processing data on the current behavior of the companion animal can be obtained by a one-to-one corresponding relationship established between the two.

The data matching unit 50 may search the determination result of the data comparing unit 20 through a connection with the data comparing unit 30, and may find corresponding host processing data when the current behavior of the companion animal is abnormal.

The application unit 60 may search for data found by the data matching unit 50 through connection with the data matching unit 50 and simultaneously apply the data.

For example, if the host processing data is audio, the application unit 60 may be performed by the audio player unit and broadcast the audio.

If the host processing data is a moving picture, the application unit 60 may be performed by the video player and broadcast the moving picture.

That is, in the present invention, the application performed by the application unit 60 may be interpreted as a method including an audio broadcast or a video broadcast as a method of communicating with the companion animal through the data found by the data matching unit 50. have.

In accordance with the above, by monitoring the current behavior of the pet through the real-time processing of the pet's abnormal behavior to maintain the exchange between the host and the pet, the owner realizes the control of the abnormal behavior of the pet, Since the owner is not next to the pet, the pet can not observe the behavior of the pet in real time and can not be processed immediately.

The standard data extraction unit 70 may be connected to the data of the monitoring control unit 10 and the standard data storage unit 20, respectively.

The past of the companion animal of one time zone set in accordance with the change of time through the time comparison analysis in the standard data extracting unit 70 in real time monitoring the current behavior of the companion animal acquired by the monitoring and control unit 10 The behavior can be analyzed, the data can be extracted, and used as standard data to compare with the behavior of the current companion animal.

At the same time, the corresponding standard data can be sent to the standard data storage 20 to recognize and store the standard data.

For example, if the set time is three days, to analyze the behavior of the pet on the fourth day, the analysis is performed based on the behavior of the previous three days.

For example, to analyze whether a pet's behavior on the 4th day is normal or not, compare the 4th day's behavior with 1, 2, and 3 days as standard data.

If you want to analyze whether your pet's behavior on the 5th day is normal or not, compare the behavior of the 5th day with 2, 3 and 4 days as standard data.

In this way, the extraction of standard data and the automatic update according to the change of time are realized.

Since pet behavior is affected by factors such as seasons and age of pets, normal behavior of pets, that is, standard data, can also change with time, such as season and pet age.

For example, in the summer, the weather is relatively hot, so the pet's behavior is relatively slow. In the spring, the pet's behavior is relatively active.

Therefore, the spring-adapted standard data does not apply in summer.

Therefore, the standard data may change as the season changes.

In other instances, when pets are relatively young, their behavior is relatively active, and as they get older, their behavior becomes slower.

Therefore, standard data of relatively young age are not adapted to relatively young age.

Therefore, the standard data may change with the age of the pet.

And for various pets, the standard of normal behavior can vary.

For example, some pets like to move and some pets like to be quiet.

That is, the standard data of the behavior for various pets may not be the same.

For this reason, the companion animal management apparatus 1 provided by the present invention is adopted, and through the standard data obtained by time comparison analysis on the current behavior of the companion animal, the season, the age of the companion animal and the individual of the companion animal, etc. It changes with change, so standard data can be used to more and more reflect the normal behavior of pets as they change over time.

Furthermore, when comparing standard data with the current behavior of pets, the comparison results can be made more accurate.

According to the present invention, since the data monitored within a certain time zone is used as the standard data, the corresponding time zone is continuously updated according to the change of time, and thus the standard data can be continuously updated according to the change of time.

Therefore, the relatively cumbersome closing of artificially updating standard data can be solved, and automatic update of standard data can be realized.

The data comparing unit 30 or the data matching unit 50 may be connected to the data of the client unit 80.

The determination result of the data comparison unit 30 and the acquisition result of the data matching unit 50 are sent to the client unit 80, so that the owner can check whether the pet's behavior is normal or abnormal and the host processing data.

The client unit 80 may be connected to the data of the application unit 60.

The client unit 80 may send the processing data regarding abnormal behavior of the companion animal to the application unit 60 directly by the owner through the connection with the data of the application unit 60.

That is, the client unit 80 may receive and input an action and data that the owner wants to directly take and process through a connection with an application unit, and may indicate an instruction desired by the owner of the pet for abnormal behavior of the pet. Can be input and executed.

This allows the owner to realize more precise control over the pet.

When the application unit 60 does not receive the command data sent from the client unit 80, the application unit 60 searches for the master processing data stored in the master processing data storage unit 40.

For example, the host expresses host processing data through an application unit 60 for an audio or video for comforting a companion animal.

For example, an audio player or video player broadcasts the audio or video recorded by the owner.

The monitoring control unit 10 may include at least one of the audio monitoring control module 100, the video monitoring control module 200, and the environmental parameter monitoring control module 300.

The audio monitoring control module 100 may monitor the sound of the companion animal and acquire the audio data of the companion animal using an audio device or the like.

The video surveillance control module 200 may monitor the image of the companion animal using a camera or the like and acquire video data of the companion animal.

The environmental parameter monitoring control module 300 may acquire a parameter (variable) according to the environment of the place where the pet is located.

The environmental parameter monitoring control module 300 includes a temperature monitoring controller 301, a humidity monitoring controller 302, an illuminance monitoring controller 303, an oxygen content monitoring controller 304, an air mass monitoring controller 305, and a water level monitoring controller ( 306, a microorganism content monitoring controller 307, a protein content monitoring controller 308, a salinity monitoring controller 309, and an acid alkali concentration monitoring controller 310.

The temperature monitoring controller 301 may monitor the temperature of the place environment where the pet is located by using a temperature measuring device or the like.

The humidity monitoring controller 302 may monitor the humidity of the place environment where the pet is located by using a humidity measuring device or the like.

The illuminance monitoring controller 303 may monitor the illuminance of the place environment in which the pet is located by using a lighting device, and automatically illuminates the illuminance of the place environment in which the pet is in the environment. You can also activate

The oxygen content monitoring controller 304 may monitor the oxygen content of the place environment where the pet is located by using an oxygen content measuring device.

The air mass monitoring controller 305 can monitor the air quality of the environment where the pet is located by using an air mass measuring device.

The water level monitoring controller 306 may monitor the water level of the place environment where the pet is located by using a water level measuring device.

The microbial content monitoring controller 307 may monitor the microbial content of the environment of the place where the companion animal is located.

The protein content monitoring controller 308 may monitor the protein content of the environment in which the pet is located.

Salinity monitoring controller 309 may monitor the salinity of the environment environment of the pet.

The acid alkali concentration monitoring controller 310 may monitor the acid alkali concentration in the environment of the place where the pet is located.

In particular, the illumination monitoring controller 303 recognizes the brightness of the camera image to grasp the brightness of the environment in which the companion animal is located and operate the lighting device, thereby allowing the companion animal to be comfortable in a dark room.

As environmental parameters (variables), temperature, humidity, oxygen content, air mass, water level, microbial content, roughness, protein content, salt content and acid alkali concentration can have important effects on the health of your pet.

Accordingly, when the monitored parameter (variable) is different from the set value through the monitoring of the above-described parameter (variable), it is possible to adjust the parameter (variable) through the application unit 60.

Therefore, the pet may be in a good environmental condition, and the pet may be prevented from disease or death.

In addition, the above-described environmental parameters (variables) can also be sent to the owner's mobile phone so that the owner can know about the environment of the place where the pet is located.

It can also deal with strange conditions, allowing pets to stay in a good environment for a long time.

When the owner finds out that the place environment where the pet is located can control the environmental parameter monitoring control module 300 through the client unit 80, and can adjust the environmental parameter (variable).

If a situation such as a power failure occurs, the control of the monitoring control unit 10 may not be performed.

In this case, the owner is connected to the service system through the client unit 80, the service personnel can be through the home service through electricity.

The video surveillance control module 200 may include a block member, a recording member, a control member and a signal detecting member, and the signal detecting member and the block member may be connected to the control member, respectively. May physically cover the greening structure material.

In the case of the video surveillance control module 200, the video surveillance control unit 10 may monitor the behavior of the companion animal and also monitor the behavior of the owner when the owner returns home.

However, many people do not want their behavior to be monitored and even exposed to the outside world.

Therefore, in order to solve the above-mentioned problem, in the embodiment of the present invention, when the owner's signal is detected through the signal detecting structure member, when the owner's signal is detected, for example, the owner has already returned to the house, and the owner is the monitoring control unit When within the monitoring range (10), a signal is sent to the control structure member, and after the control structure member receives the signal, the block structure member is operated to cause the block structure member to cover the recording structure member so that the recording structure member loses the recording function. can do.

Therefore, video surveillance control cannot be performed. And because the owner is at home, you can directly observe the behavior of the pets, and can directly interact with the pets, it is not necessary to use the pet coffin device according to the present invention.

However, when the owner returns to the house but is not within the monitoring range of the monitoring control unit 10, it is necessary to use the companion animal management apparatus according to the present invention, the block structure does not operate, the recording structure proceeds with the recording function to monitor the video Control and management can proceed.

It is also possible to close the set blocking function, and if the monitoring control unit 10 is necessary when the owner is at home can open all the functions through the mobile phone.

The companion animal management apparatus according to the present invention may further include a companion animal activity representative unit 90, the sensor module 900 may be installed in the companion animal activity representative unit 90, and the sensor module 900 may be It may be connected to the data of the data matching unit 50. Therefore, the companion animal can be exchanged with the owner.

When the pet uses the pet activity representative unit 90, the signal of the corresponding representative used by the pet through the sensor module is sent to the data matching unit 50, and the data matching unit 50 receives the signal. At the same time, the host processing data can be retrieved and the host processing data corresponding to the behavior can be returned when the pet uses the representative.

Next, the application unit 60 can realize the exchange between the owner and the companion animal using the host processing data.

Among them, the host processing data corresponding to the behavior when the pet uses the representative can be stored in advance, and the pet can be trained at the same time, and the owner responds when the pet uses the representative. This may allow the pet to clarify the consequences of using the representative.

After the pet has acquired such a corresponding treatment of the owner, it can be used on a representative basis, thus allowing the pet to actively connect and exchange with the owner.

In the process of companionship between the pet and the owner, the pet can send a signal using the representative directly to the client's client unit 80, thus allowing the owner to directly connect and exchange with the pet.

Among them, the companion animal behavioral representative of the companion animal behavior representative 90 may be any type of object. For example, it may be a round sphere. The use of representatives by pets is, for example, pressing or biting the representative.

In addition to the actual use, the sensor module can send a signal via Bluetooth, ZigBee, WIFI or infrared when there is a reaction, and can be sent to the client unit 80 of the owner through the pet management device according to the present invention ( For example, cell phones, PADs, computers, etc.).

The sensor module 900 may include a pressure sensor 901, a vibration sensor 902, and a sound sensor 903.

The sensor module 900 may include various types of sensors, and only need to send a signal using the representative to the data matching unit 50 or the client unit 80.

For example, if the pet wants to connect with the owner, the pet sends a signal such as a pressure sensor 901 (presses), a vibration sensor 902 (hits), an audio sensor 903 (compares with the prescribed audio), For example, the manager can judge the pet's thoughts through the signals sent.

The above-described monitoring control unit 10, standard data storage unit 20, data comparison unit 30, host processing data storage unit 40, data matching unit 50, application unit 60, standard data extraction unit ( 70), the functions performed by the client unit 80 and the pet activity representative unit 90 may be implemented by a central processing unit, a CPU, an AP, or the like, and may be linked with a smart terminal.

Figure 2 is a diagram showing the procedure of the pet management method according to an embodiment of the present invention.

As shown in FIG. 2, the companion animal management performed in the companion animal management device 1 according to the embodiment of the present invention may include the following procedure.

Monitoring the current behavior of the pet and acquiring data of the current behavior of the pet (s1),

Comparing the data of the current behavior and the standard data, if the data of the current behavior and the standard data is matched, acknowledging that the behavior of the companion animal is normal, and at the same time enters the next cycle (s2).

If the data of the current behavior and the standard data do not match, it is determined that the pet's behavior is abnormal and s3 is performed.

Acquiring master processing data matching the data of the current behavior (s3).

Applying the master processing data (s4).

Among them, the pet's current behavior may be in a circle, and the data of the pet's current behavior may be the number of wheels in a circle, for example, 10 laps.

Storing standard data of the pet's behavior, that is, storing data of the normal behavior of the pet.

Data of the normal behavior of the pet may be stored in the standard data storage unit 20 as standard data if the owner or expert of the pet observes the behavior of the pet and recognizes that the behavior is normal.

For example, if a pet's activity within a certain amount of time is deemed normal, the activity can be stored as a standard data of the activity.

Certain standard data can also be provided for all other pet behaviors. The standard data can be presented through regular observation or by experience.

At the same time, a variety of standard data can be set for different pets, different time zones, eg season, pet age. At the same time, it can continuously update standard data automatically.

Host processing data is the owner's handling of abnormal behavior of the pet.

For example, if the owner comforts the pet's frowning behavior, the host processing data is audio data for the owner comforting the pet. Therefore, the host data and the abnormal behavior of pets can be countered one-to-one.

If the companion animal's behavior is abnormal, the host processing data corresponding to the companion animal can be searched and executed simultaneously, thereby realizing control of the companion animal.

The standard data is data of the past behavior of the pet within the set time zone. In addition, the set time zone is rolling updated by the actual time.

Since pet behavior is influenced by factors such as season and age of pets, normal behavior of pets, or standard data, is also influenced by factors related to changes in time such as season and pet age. .

Therefore, standard data may change with time. Thus, when comparing the standard data with the current behavior of the pet, the comparison result can be made more accurate.

Standard data can be updated artificially. However, it is relatively cumbersome.

In the present embodiment, the real-time monitoring data of the current behavior of the monitored companion animal is analyzed through the standard data extracting unit 70 and then stored in the standard data storage unit 20.

At the same time, since the data monitored within a certain time zone is used as standard data, the corresponding time zone is continuously updated as the time changes, and thus the standard data is continuously updated as the time changes.

Therefore, the relatively cumbersome closing of artificially updating standard data can be solved. It can also ensure that standard data is continuously updated automatically over time.

Step s3 is a process of establishing a correspondence relationship between the abnormal behavior data of the pet and the host processing data, and may include searching for the host processing data corresponding to the data of the current behavior.

Among them, the host processing data can be stored and sent directly to the data matching unit 50 through the client unit 80 of the owner, and can also be carried out through the application unit 60.

If it is sent directly through the client unit 80, that is, the process of establishing a correspondence between the data of the abnormal behavior of the pet and the host processing data is specifically the data of the abnormal behavior of the pet is the client unit (80) When sent to the owner, the owner sends the host processing data to the implementer through the client unit 80 based on the data of the abnormal behavior of the pet.

The abnormal behavior of the companion animal is that the number of loud sounds of the companion animal is continuously exceeded in the set time period, the number of times the pet cannot be confirmed in the set time period is continuously exceeded, and the companion animal's dynamics Obviously slow or rapid, the time the pet stays in the dish exceeds the time set, the pet bites or moves the item, and the environmental parameter (variable) set by the environmental parameter (variable) It may include leaving.

Among them, the loudness of a pet may be the sound of a very large dog barking when he hears a dog knocking on a door or when a stranger enters the house.

The time that the pet stays in the food tray exceeds the set time, wherein the length of time means that the time is too long or too short. In other words, if the pet stays in the food tray longer than the set time, the pet will be hungry as soon as possible. If the pet stays shorter than the set time, the pet may have a poor appetite. .

A pet's lack of appetite or hunger are all abnormal behaviors of a pet.

The host processing data may include a method of controlling audio, video and / or environmental parameters (variables) regarding data of abnormal behavior of a companion animal.

Among them, the audio may be audio recorded by the owner or music of a pet downloaded by the owner, and the video may be a video recorded by the owner or a video of a pet downloaded by the owner.

The owner's recorded audio or the pet's music downloaded by the owner and the owner's recorded video or the owner's downloaded video can be pre-recorded, recorded, or downloaded, and can be saved and used directly when needed. have.

During s4 the application is to broadcast the audio using the audio player, to broadcast the video using the video player and / or to control the settings for the environmental parameters (variables) using the controller of the environmental parameters (variables). It may include doing.

The audio may be audio recorded by the owner or music of a pet downloaded by the owner, and the video may be a video recorded by the owner or a video of a pet downloaded by the owner.

Depending on the kind of abnormal behavior of the pet, one of them may be used alone, several of them may be used, and one of the environmental parameters (variables) may be adjusted, Several environmental parameters (variables) can be adjusted.

The following procedure may be further included before implementing s1. It detects whether the owner has returned to the house, and if so, detects whether the owner is within the monitoring range of the monitoring control unit 10, if so, terminates, or performs s1.

When the video surveillance is performed on the companion animal, the video surveillance control unit 10 monitors the behavior of the companion animal, and when the owner returns home, the owner's behavior may be monitored.

However, many people do not want their behavior to be monitored and even exposed to the outside world. Therefore, in order to solve the above-mentioned problem, the procedure of detecting whether the owner has returned home from the embodiment of the present invention is first performed, and it can be ensured that the behavior of the owner is not monitored.

When the owner has already returned home and is within the monitoring range of the monitoring control unit 10, the monitoring control unit 10 may monitor the owner's behavior. Therefore, the monitoring control unit 10 may be closed to prevent the monitoring control management.

And when the owner has already returned home, but not within the monitoring range of the monitoring and control unit 10 may use the companion animal management device and method according to the present invention.

Therefore, in this context, the method provided in the embodiments of the present invention is implemented.

And when the owner is at home, you can observe the pet's behavior directly, and you can also interact with the pet.

Among them, detecting whether the owner has returned to the house can be performed by the following method.

Check whether the monitoring unit 10 and the client unit 80 carried by the owner are connected to the WIFI of the house at the same time or the same as the GPS position of the house, and if it is correct, the owner recognizes that he has already returned home. If not, you can admit that the owner has not yet returned home.

All or part of the procedures related to the above-described embodiments can be completed by instructing related hardware through a program.

The program is stored in a retrievable storage medium of a computer unit, and the procedure of all or part of the above-described various embodiments is performed. The computer unit is, for example, a personal computer, a server, a network device, a smart mobile terminal, a smart home unit, a wearable smart device, a vehicle smart device, and the like. The storage medium may be, for example, RAM, ROM, disk, tape, video tape, flash memory, USB memory, external hard drive, memory card, memory stick, network server memory, network cloud memory, or the like.

Likewise, the above-described steps s1, s2, s3, and s4 may be implemented by a CPU, an API, etc., and may be linked with a smart terminal.

The present invention has been described in detail with reference to preferred embodiments. However, the present invention is not limited to the above-described embodiment, and any person having ordinary skill in the art to which the present invention pertains without departing from the gist of the present invention as claimed in the following claims may make various changes or modifications. The technical spirit of the present invention will be extended to this possible range.

Claims

Surveillance control unit for monitoring the behavior of the companion animal in real time;

A standard data storage unit for storing standard data generated based on the normal behavior of the companion animal;

A host processing data storage unit for storing host processing data generated based on a behavior performed by the owner for abnormal behavior of the companion animal;

The real-time monitoring data of the companion animal's behavior acquired by the monitoring control unit and the standard data in the standard data storage unit are searched, and it is determined whether the monitoring data is identical to the standard data to determine whether the companion animal's behavior is normal or abnormal. Data comparison unit for determining whether or not;

If the data comparison unit determines that the companion animal's behavior is abnormal, the real-time monitoring data of the companion animal behavior acquired by the monitoring control unit and the host processing data in the host processing data storage unit are retrieved, and the monitoring data and the host processing are performed. A data matching unit for acquiring host processing data on real-time behavior of the companion animal through data; And

And an application unit for retrieving and applying host processing data on the real-time behavior of the companion animal obtained by the data matching unit.
The method of claim 1,

The standard data extracting unit further comprises a standard data extracting unit, which analyzes the past behavior of the pet in a time zone set according to the change of time through time comparison analysis, and extracts the analyzed data to obtain the monitoring control unit. Companion animal management device, characterized in that for generating standard data for comparison with the real-time monitoring data on the behavior of the companion animal.
The method of claim 1,

It further comprises a client, wherein the client unit is interconnected with the data comparing unit, the data matching unit and the application unit, respectively, to receive and perform the instructions desired by the owner of the pet for the abnormal behavior of the pet Pet management device characterized in that.
The method of claim 1,

The surveillance control unit for monitoring the sound of the companion animal and the audio surveillance control module for obtaining the audio data of the companion animal;

A video surveillance control module for monitoring an image of the pet and acquiring video data of the pet; And

Acquiring a parameter according to the environment of the place where the pet is located

Environmental parameter monitoring control module; Companion animal management device comprising at least any one of.
The method of claim 4, wherein

The environmental parameter monitoring control module, the temperature monitoring controller for monitoring the temperature of the environment environment of the pets;

Humidity monitoring controller for monitoring the humidity of the environment environment of the pets;

An illuminance monitoring controller that monitors illuminance of the place environment where the pet is located and automatically operates a lighting device when the illuminance of the place environment where the pet is located is less than a predetermined value;

An oxygen content monitoring controller for monitoring the oxygen content of the environment where the pet is located;

An air mass monitoring controller for monitoring air quality in a place environment where the pet is located;

A water level monitoring controller for monitoring the water level of the place environment where the pet is located;

A microbial content monitoring controller for monitoring the microbial content of the environment of the companion animal;

A protein content monitoring controller for monitoring the protein content of the environment of the companion animal;

A salinity monitoring controller for monitoring salinity of the environment of the place where the pet is located; And

An acid alkali concentration monitoring controller for monitoring acid alkali concentration in a place environment where the pet is located; Companion animal management device comprising at least any one of.
The method of claim 4, wherein

The video surveillance control module includes a block member, a recording member, a control member and a signal detecting member, wherein the signal detecting member and the block member are connected to the control member, respectively, and the block member is physically recorded. Pet care device, characterized in that can cover the structural material.
The method of claim 1,

And a companion pet activity representative, wherein the pet module is installed within the pet activity representative, the sensor module is connected to the data matching unit.
The method of claim 7, wherein

The sensor module includes at least one of a pressure sensor, a vibration sensor, and a sound sensor.
Monitoring the companion animal by the surveillance control unit to obtain surveillance data of the companion animal;

Comparing, by the data comparison unit, the surveillance data with the standard data, and determining that the companion animal's behavior is normal when the surveillance data and the standard data match, and determining that the companion animal's behavior is abnormal;

Acquiring master processing data matching the monitoring data by the data matching unit when the data comparison unit determines that the data comparison unit is abnormal; And

And searching the host processing data acquired by the data matching unit and applying the host processing data.