KR102534019B1 - System for controlling apartment complex smart living by using mobile instant messanger - Google Patents

Abstract

The present invention interlocks with the IoT smart home appliances 111, which are arranged for each household of an apartment house and perform heating, cooling, ventilation, cooking, lighting, security, and safety accident prevention, respectively, for integrated management, real-time control and reservation The home network server 110, which performs control, detects whether the IoT smart home appliance 111 is operating, and generates operation detection information, worn on the body by each resident, and health status of heart rate, electrocardiogram, number of steps, and amount of exercise It detects and creates information and external environment information such as temperature, humidity, fine dust concentration, and UV intensity, identifies location information by GPS, and provides health status information, external environment information, and location information in the external environment to the home network server (110). ), the smart watch 120 and the instant messenger app are installed and run, and in conjunction with the smart watch 120 and the home network server 110, according to health status information, external environment information, and location information, instant A mobile device including a resident terminal 130 that remotely controls and operates the IoT smart home appliance 111 by interaction through a messenger app and receives operation detection information according to operation from the home network server 110. Introducing a smart living control system for multi-family housing using instant messenger.

Description

Apartment house smart living control system using mobile instant messenger {SYSTEM FOR CONTROLLING APARTMENT COMPLEX SMART LIVING BY USING MOBILE INSTANT MESSANGER}

The present invention provides convenience by controlling IoT smart home appliances through an instant messenger app, optimizes power consumption for a specific period to alleviate the burden of management costs, and predicts the initial fire risk to prevent fire accidents. It is about a smart living control system for apartment houses using mobile instant messengers.

As is well known, a home automation system provides convenience to residents and improves quality of life by integrating and controlling lighting, air conditioning, disaster prevention, crime prevention, entertainment and communication functions of each household's interior space.

Meanwhile, in the home automation system, a method of accessing a home network server with a mobile communication terminal and controlling devices is also possible.

For example, as Internet use has recently become common, a mobile communication terminal may access a home automation device in conjunction with a social network service such as an instant messenger.

Accordingly, a technology capable of providing convenience by effectively controlling IoT smart home appliances constituting a home automation system using such an instant messenger app is required.

Korea Patent Registration No. 10-1729329 (Integrated management server for remote control of home automation devices using SNS, system and method for remote control of home automation devices using SNS, 2017.04.25) Korea Patent Registration No. 10-2378908 (Artificial Intelligence Home Automation System, 2022.03.24)

The technical task to be achieved by the idea of the present invention is to provide convenience by controlling IoT smart home appliances through an instant messenger app, to reduce the burden of management costs by optimizing power consumption for a specific period, and to predict the initial fire risk to prevent fire It is to provide an apartment house smart living control system using a mobile instant messenger that can prevent accidents.

In order to achieve the above object, an embodiment of the present invention is integrated in conjunction with IoT smart home appliances arranged for each household of an apartment house to perform heating, cooling, ventilation, cooking, illumination, security, and safety accident prevention, respectively. A home network server that manages, performs real-time control and reservation control, and generates operation detection information by detecting whether the IoT smart home appliance is operating; It is worn on the body by each resident, and detects and creates health status information such as heart rate, electrocardiogram, number of steps and exercise amount, and external environment information such as temperature, humidity, fine dust concentration, and ultraviolet light intensity, identifies location information by GPS, and a smart watch that transmits the health state information, the external environment information, and the location information in the environment to the home network server; and an instant messenger app is installed and driven, interlocks with the smart watch and the home network server, and interacts with the IoT smart app through the instant messenger app according to the health status information, the external environment information, and the location information. Provides an apartment house smart living control system using a mobile instant messenger, including a resident terminal that remotely controls and operates home appliances and receives the operation detection information according to operation from the home network server.

Here, the home network server includes an artificial intelligence-based home automation algorithm that remotely controls and operates the IoT smart home appliance based on the health status information, the external environment information, and the location information transmitted from the smart watch. can do.

In addition, the home automation algorithm is built by learning the data set of the health status information and the external environment information and the set values of the IoT smart home appliance according to the health status information by date, weather, month, and season, which have been accumulated in advance. The set value of the IoT smart home appliance may be output using the health state information and the external environment information transmitted from the smart watch as inputs.

In addition, the home network server may perform real-time control and reservation control for the IoT smart home appliance through a control value preset by the resident terminal.

In addition, a diagnosis server for diagnosing a failure of each IoT smart home appliance in conjunction with the IoT smart home appliance may be further included, and an identification ID and a failure symptom of the corresponding IoT smart home appliance may be transmitted to the resident terminal.

In addition, the diagnosis server can transmit the identification ID and failure symptom of the IoT smart home appliance to the control server of the management office that integrates and manages the home network server for each apartment house.

In addition, the resident terminal may remotely control and operate the IoT smart home appliance by interaction of an interactive text command, an interactive voice command, or a selective command based on the instant messenger.

In addition, the IoT smart home appliance is an air conditioner, gas breaker, kitchen countertop, hood, coffee machine, smoke sensor, heating boiler, interior lighting, exterior lighting, electric curtains, electric blinds, humidifiers and It may include an air purifier, a robot vacuum cleaner, a temperature sensor, a humidity sensor, a fire detection sensor, a window open/close detection sensor, a bathroom bathtub water level sensor, a door sensor, and a front door lock.

In addition, the home network server includes a DB in which the upper limit value of individual power consumption, the upper limit value of total power consumption, and the daily average power consumption for a specific period for each identification ID of the IoT smart home appliance are set by the resident terminal and stored, Within the specific period, the operation of the IoT smart home appliances is sequentially restricted so that the daily cumulative sum of the individual power consumption does not exceed the upper limit of the total power consumption according to the preset non-essential operation suspension order of the IoT smart home appliances. can make it

In addition, the home network server detects the opening and closing of the front door lock and detects the departure of the resident terminal from the corresponding household for a certain period of time by the GPS information by the smart watch, the air conditioner and heating boiler among the IoT smart home appliances and kitchen counters, hoods, interior lights, humidifiers, and air purifiers can be stopped.

In addition, the home network server may analyze an image captured by the infrared camera to identify a heat source corresponding to an initial fire and propagate the fire risk to the resident terminal.

In addition, the home network server monitors the electrocardiogram of a household member who has a history of heart disease wearing the smartwatch in real time and analyzes the electrocardiogram pattern through an electrocardiogram analysis algorithm to show abnormal symptoms for a certain period of time. , warning information can be transmitted to the resident terminal of the household member's family or guardian.

In addition, the electrocardiogram analysis algorithm learns a standard lead electrocardiogram measured on the same electric axis and a standard multiple electrocardiogram dataset matching the presence or absence of heart disease corresponding to the standard lead electrocardiogram and the degree of heart disease, and artificial intelligence built in advance. Based on the diagnostic model, it is possible to predict the presence or absence of heart disease and the degree of heart disease from electrocardiogram data input from the smart watch.

In addition, the home network server analyzes the location information of the household member with a history of dementia wearing the smart watch, and when the smart watch deviate from the preset boundary area around the apartment house for a certain period of time, the guardian of the member of the Hadang household The departure warning information can be transmitted to the control server of the resident terminal and management office.

According to the present invention, it is possible to provide convenience by controlling IoT smart home appliances through an instant messenger app, to reduce the burden of management costs by optimizing power consumption for a specific period, and to prevent fire accidents by predicting the initial fire risk. There is an effect.

1 shows a schematic configuration diagram of an apartment house smart living control system using a mobile instant messenger according to an embodiment of the present invention.
FIG. 2 illustrates an implementation diagram of a smart living control system for an apartment house using the mobile instant messenger of FIG. 1 .

Hereinafter, embodiments of the present invention having the above-described characteristics will be described in more detail with reference to the accompanying drawings.

The apartment house smart living control system using a mobile instant messenger according to an embodiment of the present invention is IoT smart, which is arranged for each household in the apartment house and performs heating, cooling, ventilation, cooking, illumination, security, and safety accident prevention, respectively. The home network server 110, which interworks with the home appliance 111, performs integrated management, performs real-time control and reservation control, and detects whether the IoT smart home appliance 111 is operating to generate operation detection information, and residents It is worn on the body separately, and detects and generates health status information such as heart rate, electrocardiogram, number of steps and exercise amount, and external environment information such as temperature, humidity, fine dust concentration, and ultraviolet light intensity, identifies location information by GPS, and external environment The smart watch 120, which transmits health status information, external environment information, and location information to the home network server 110, and an instant messenger app are installed and run, and the smart watch 120 and the home network server 110 In conjunction with, the IoT smart home appliance 111 is remotely controlled and operated by interaction through an instant messenger app according to health status information, external environment information, and location information, and according to operation from the home network server 110 It includes a resident terminal 130 that receives operation sensing information.

Hereinafter, a smart living control system for an apartment house using the mobile instant messenger having the above-described configuration with reference to the drawings will be described in detail.

First of all, the home network server 110 is individually arranged for each household in the apartment house, and various IoT smart home appliances 111 that perform heating, cooling, ventilation, cooking, illumination, security, and safety accident prevention for each household, respectively. Works with and through a wired/wireless network, integrates management of the IoT smart home appliance 111, performs real-time control and reservation control for it, and detects whether the IoT smart home appliance 111 is normally operating to obtain operation detection information It is generated and transmitted to the resident terminal 130 so that the temperature, humidity, fine dust, illumination, and security status of the interior space of each household can be grasped from inside and outside the apartment house.

Here, the IoT smart home appliance 111 is an air conditioner, a gas breaker, a kitchen countertop, a hood, a coffee machine, a smoke sensor, a heating boiler, internal lighting, exterior lighting, each assigned an individual identification ID that can be wired and wirelessly controlled. It may include electric curtains, electric blinds, humidifiers, air purifiers, robot vacuum cleaners, temperature sensors, humidity sensors, fire detection sensors, window open/close detection sensors, bathroom bathtub water level sensors, door sensors, and front door locks.

In addition, the home network server 110 remotely controls and operates the IoT smart home appliance 111 based on the health status information, external environment information, and location information transmitted from the smart watch 120, based on artificial intelligence. May contain automation algorithms.

For example, the home automation algorithm is built by learning a data set of pre-accumulated health status information by date, weather, month, and season, external environment information, and operation setting values of the IoT smart home appliance 111 according to the previously accumulated data. By using the health status information and external environment information transmitted in real time or periodically from the watch 120 as inputs, the operation setting value of the IoT smart home appliance 111 is output, so that when returning home after going out, the return time by date, Depending on weather factors such as rainfall or snowfall, external temperature by month or season, and movement distance and amount of exercise when going out, it is possible to create an optimized and comfortable interior space environment for households.

Alternatively, the home network server 110 may perform real-time control and reservation control for the IoT smart home appliance 111 through a preset control value through the instant messenger app of the resident terminal 130.

On the other hand, it may further include a diagnosis server 112 for self-diagnosing whether or not each IoT smart home appliance 111 is broken in conjunction with the IoT smart home appliance 111, and when diagnosing a failure, the corresponding IoT smart home appliance 111 ) is transmitted to the resident terminal 130, so that each IoT smart home appliance 111 can be identified through self-diagnosis even in a situation in which the resident cannot recognize it.

Here, the diagnosis server 112 compares and analyzes the electrical signal characteristics during normal operation of each IoT smart home appliance 111 and the electrical signal characteristics when a failure occurs, determines whether the operation detection information is erroneous, and performs a self-check function. In case of an error, inspection request information may be transmitted to the resident terminal 130 .

In addition, the diagnosis server 112 transmits the identification ID and failure symptom of the IoT smart home appliance 111 to the control server 113 of the management office that integrates and manages the home network server 110 for each apartment house. The server 113 may perform its own maintenance or generate maintenance request information to an external company to perform external maintenance depending on whether the resident terminal 130 is approved.

In addition, as an example, when the overflow of the bathtub is detected by the bathtub water level sensor, the home network server 110 transmits the corresponding information to the resident terminal 130 to remotely turn on the bathtub when all household members are outside. It can be locked or notified to other household members who have entered the household to make a confrontation.

Next, the smart watch 120 is worn on the body by each resident and detects health status information such as heart rate, electrocardiogram, number of steps, and amount of exercise, and external environment information such as temperature, humidity, concentration of fine dust, and intensity of ultraviolet rays to generate corresponding information. It identifies location information by identifying the location by GPS, transmits health status information, external environment information, and location information in the external environment of the apartment house to the home network server 110 and can be linked with the resident terminal 130. there is.

In addition, the home network server 110 monitors the electrocardiogram of household members who have a history of heart disease wearing the smart watch 120 in real time, analyzes the electrocardiogram pattern through an electrocardiogram analysis algorithm, and In the case of showing different abnormal symptoms, warning information is transmitted to the resident terminal 130 and the resident terminal 130 of the family member or guardian of the household member to determine the risk in advance even before the resident shows or feels the corresponding heart disease symptoms can be dealt with.

For example, the electrocardiogram analysis algorithm learns a standard lead electrocardiogram measured on the same electrical axis and a standard multiple electrocardiogram dataset matching the presence or absence of heart disease corresponding to the standard lead electrocardiogram and the degree of heart disease, and pre-constructed artificial intelligence-based diagnosis. Through the model, it is possible to predict the presence or absence of heart disease and the degree of heart disease from electrocardiogram data input in real time from the smart watch 120 .

Next, an instant messenger app is installed and operated in the resident terminal 130, and the resident terminal 130 interlocks with the smart watch 120 and the home network server 110, and interacts with the IoT smart watch through the instant messenger app. The home appliance 111 may be remotely controlled and operated, and operation detection information according to the operation of the IoT smart home appliance 111 may be transmitted from the home network server 110 to identify an operating state.

Here, the resident terminal 130 interacts with an interactive text command based on an instant messenger, an interactive voice command, or an optional command of an instant messenger app such as 'KakaoTalk AlimTalk' of the IoT smart home appliance 111. It can be operated from inside or outside the household by remotely controlling the on/off and setting values.

On the other hand, in order to optimize the power consumption, the home network server 110 sets the upper limit value of the individual power consumption, the upper limit value of the total power consumption and the daily average power consumption for a specific period for each identification ID of the IoT smart home appliance 111, for example, one month to the residents. It includes a DB 114 that is preset by the terminal 130 and listed and stored according to operation priority for each identification ID, and the ratio of IoT smart home appliances 111 according to the preset operation priority within a specific period. In accordance with the mandatory operation suspension order, the operation of the IoT smart home appliance 111 is sequentially restricted so that the total power consumption during a specific period predicted by the daily cumulative sum of individual power consumption does not exceed the preset upper limit of total power consumption. By doing so, it is possible to alleviate the burden of maintenance costs caused by unaware or indiscriminate use of electricity by residents.

In addition, the home network server 110 detects the opening and closing of the front door lock and identifies going out due to departure from a certain distance of the resident terminal 130 from the corresponding household for a certain period of time by the GPS information by the smart watch 120, IoT smart Among the home appliances (111), the operation of the air conditioner, heating boiler, kitchen countertop, hood, interior lighting, humidifier, and air purifier is stopped, so that IoT smart home appliances (111) are integrated to stop operation when going out to provide convenience. can do.

In addition, when the residents go out, the home network server 110 analyzes the image taken by the infrared camera to identify the temperature or smoke diffusion pattern of the heat source corresponding to the initial fire, and the initial fire that is not easily identified by the optical camera. Risk can be predicted and propagated to the resident terminal 130 so that it can be dealt with.

In addition, the home network server 110 identifies it as a fire in an adjacent household other than the corresponding household when a smoke detection sensor continuously detects smoke of a certain value even if a heat source corresponding to the initial fire is not identified by the infrared camera, and the resident terminal It can be propagated to (130) to prevent safety accidents caused by smoke inhalation.

In addition, when the aforementioned initial fire risk or smoke occurs, the drone flight control server 140 flies the drone 141 equipped with an optical camera and an infrared camera along the set flight path to the household from outside the household. and the home network server 110 transmits the captured video to the control server 113 and the resident terminal 130, reducing the possibility of false fire detection through the drone 141, and It can also help you understand the spread situation.

In addition, the home network server 110 analyzes the location information of a household member with a history of dementia wearing the smart watch 120, and when the smart watch 120 deviate from the preset boundary area around the apartment house for a certain period of time, The departure warning information can be transmitted to the resident terminal 130 of the guardian of the Haedang household member and the control server 113 of the management office so that they can cope with it.

Therefore, by the configuration of the apartment house smart living control system using the mobile instant messenger as described above, convenience is provided by controlling IoT smart home appliances through the instant messenger app, and management costs are borne by optimizing power consumption for a specific period. and prevent fire accidents by predicting the initial fire risk.

The embodiments described in this specification and the configurations shown in the drawings are only one of the most preferred embodiments of the present invention, and do not represent all of the technical spirit of the present invention, so various equivalents that can replace them at the time of this application. It should be understood that there may be waters and variations.

110: home network server 111: IoT smart home appliances
112: diagnosis server 113: control server
114: DB 120: smart watch
130: Resident terminal 140: Drone flight control server
141: drone

Claims (14)

In conjunction with the IoT smart home appliances that are arranged for each household of the apartment house and perform heating, cooling, ventilation, cooking, illumination, security, and safety accident prevention, integrated management, real-time control and reservation control are performed, and the IoT A home network server that detects whether a smart home appliance is operating and generates operation detection information; It is worn on the body by each resident, and detects and creates health status information such as heart rate, electrocardiogram, number of steps and exercise amount, and external environment information such as temperature, humidity, fine dust concentration, and ultraviolet light intensity, identifies location information by GPS, and a smart watch that transmits the health state information, the external environment information, and the location information in the environment to the home network server; and an instant messenger app is installed and driven, interlocks with the smart watch and the home network server, and interacts with the IoT smart app through the instant messenger app according to the health status information, the external environment information, and the location information. A resident terminal configured to remotely control and operate the home appliance and receive the operation detection information according to the operation from the home network server;
Further comprising a diagnosis server for diagnosing failures of each IoT smart home appliance in conjunction with the IoT smart home appliance, and transmitting the identification ID and failure symptom of the IoT smart home appliance to the resident terminal,
The diagnosis server transmits the identification ID and failure symptoms of the IoT smart home appliance to the control server of the management office for integrated management of the home network server for each apartment house,
The IoT smart home appliance is an infrared camera, an air conditioner, a gas breaker, a fire detector, a kitchen countertop, a hood, a coffee machine, a smoke sensor, a heating boiler, and an internal heater that take thermal images of the interior space of the household, each assigned an identification ID. Including lighting, exterior lighting, electric curtains, electric blinds, humidifiers, air purifiers, robot vacuum cleaners, temperature sensors, humidity sensors, fire detection sensors, window open/close detection sensors, bathroom bathtub water level sensors, door sensors, and front door locks,
The diagnosis server compares and analyzes the electrical signal characteristics during normal operation of each IoT smart home appliance and the electrical signal characteristics at the time of failure, determines whether the operation detection information is erroneous, performs a self-check function, and in case of an error, the resident Sends inspection request information to the terminal,
When the overflow of the bathtub is detected by the bathtub water level sensor, the home network server transmits the corresponding information to the resident terminal so that all members of the household are outside, remotely lock the bathtub water supply, or other people entering the household. Notify household members;
Even if the infrared camera does not identify a heat source equivalent to the initial fire, the home network server identifies it as a fire in an adjacent household other than the corresponding household and propagates it to the resident terminal when smoke of a certain value or more is continuously detected by the smoke sensor. do,
When an initial fire risk or smoke occurs, the drone flight control server flies a drone equipped with an optical camera and an infrared camera along a set flight path to the household and photographs it outside the household, and the home network server records the recorded video. to the control server and the resident terminal,
Apartment house smart living control system using mobile instant messenger.
According to claim 1,
The home network server includes an artificial intelligence-based home automation algorithm that remotely controls and operates the IoT smart home appliance based on the health status information, the external environment information, and the location information transmitted from the smart watch. characterized by,
Apartment house smart living control system using mobile instant messenger.
According to claim 2,
The home automation algorithm is built by learning the data set of the health status information, the external environment information, and the set values of the IoT smart home appliance according to the health status information by date, weather, month, and season, which have been accumulated in advance, and the smart watch Characterized in that the set value of the IoT smart home appliance is output using the health state information and the external environment information transmitted from
Apartment house smart living control system using mobile instant messenger.
According to claim 1,
Characterized in that the home network server performs real-time control and reservation control for the IoT smart home appliance through a control value preset by the resident terminal.
Apartment house smart living control system using mobile instant messenger.
delete delete According to claim 1,
Characterized in that the resident terminal remotely controls and operates the IoT smart home appliance by interaction of an interactive text command, an interactive voice command, or a selective command based on the instant messenger,
Apartment house smart living control system using mobile instant messenger.
delete According to claim 1,
The home network server includes a DB configured by the resident terminal and storing the upper limit value of individual power consumption, the upper limit value of total power consumption, and the average power consumption per day for a specific period for each identification ID of the IoT smart home appliance,
Within the specific period, the operation of the IoT smart home appliance is sequentially restricted so that the daily cumulative sum of the individual power consumption does not exceed the upper limit of the total power consumption according to the preset non-essential operation suspension order of the IoT smart home appliance. characterized in that,
Apartment house smart living control system using mobile instant messenger.
According to claim 9,
The home network server detects the opening and closing of the front door lock and when it is identified that the resident terminal departs a certain distance from the corresponding household for a certain period of time by the GPS information by the smart watch, the air conditioner, heating boiler and kitchen among the IoT smart home appliances Characterized in that the operation of the countertop, hood, interior lighting, humidifier and air purifier is stopped,
Apartment house smart living control system using mobile instant messenger.
According to claim 1,
The home network server analyzes the image taken by the infrared camera to identify a heat source showing a temperature and a smoke pattern and a flame pattern corresponding to the initial fire, and propagates the fire risk to the resident terminal. Characterized in that,
Apartment house smart living control system using mobile instant messenger.
According to claim 1,
The home network server monitors the electrocardiogram of a household member who has a history of heart disease wearing the smartwatch in real time and analyzes the electrocardiogram pattern through an electrocardiogram analysis algorithm to show abnormal symptoms for a certain period of time. Characterized in that the warning information is transmitted to the resident terminal of the member's family or guardian,
Apartment house smart living control system using mobile instant messenger.
According to claim 12,
The electrocardiogram analysis algorithm learns a standard lead electrocardiogram measured on the same electrical axis and a standard multiple electrocardiogram dataset matching the presence or absence of heart disease corresponding to the standard lead electrocardiogram and the degree of heart disease, and pre-constructed artificial intelligence-based diagnosis. Characterized in that the presence or absence of heart disease and the degree of heart disease are predicted from the electrocardiogram data input from the smart watch through the model,
Apartment house smart living control system using mobile instant messenger.
According to claim 1,
The home network server analyzes the location information of a household member with a history of dementia wearing the smart watch, and when the smart watch deviates from a preset boundary area around the apartment house for a certain period of time, the resident terminal of the guardian of the Haedang household member. And characterized in that for transmitting the departure warning information to the control server of the management room,
Apartment house smart living control system using mobile instant messenger.

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