KR20220001903A - Cloud platform based apartment home smart home system - Google Patents

Abstract

The present invention relates to a cloud platform based smart home system of an apartment home. The system comprises: a household integrated sensing control module (140) installed in each household; a household terminal (150) installed in each household; an apartment house complex server (130) configured to transmit and receive control information for a control command; an internal cloud platform (120) connected to the apartment house complex server (130); and an individual household device (300) installed in each household. Therefore, the system can increase accuracy of AI control.

Description

Cloud platform based apartment home smart home system

The present invention relates to a smart home system of an apartment house based on a cloud platform.

Smart home technology, in which various home devices including home appliances are connected to each other through a network function, is expanding worldwide. Telecommunication service providers, home appliance manufacturers, and Internet portal suppliers are trying to secure customers and increase profits by providing linked services such as application program linkage and content linkage between these connected devices.

In the early days, it started at the level of providing Internet sharing functions, but gradually, functions to directly provide media services and home automation functions or to provide these services smoothly are being gradually added.

As technologies for the convenience of residential life increase as described above, residents are eager to make the residential life smart. The smart home technology of the future is expected to have automatic services that make life possible from various perspectives. Smart home technology uses home networking and Internet information appliances based on wired and wireless communication and digital information devices to realize a ubiquitous environment in the home where computing can be used anytime, anywhere, with any device, thereby 'intelligent living environment, environment It refers to the construction of an intelligent living environment and residential space in the household that adds 'friendly residential life and quality of life innovation'.

There are many commercial solutions for smart home technology, many of which are exploiting the potential of cloud computing. However, the smart home implemented so far mainly uses a private cloud when using cloud computing, so it is difficult to configure a smart home for mobile devices or external devices that do not belong to the closed cloud. have.

Home appliance manufacturers are competitively developing and releasing technologies related to smart devices. Starting with smartphones, various smart devices such as smart TVs, smart refrigerators, and smart air conditioners are emerging one after another.

However, the majority of the current generation do not yet use all of the home appliances applicable to the smart home, and the smart home technology is applied somewhat limitedly in each generation, and even if smart devices are used, smart devices are operated. In order to do this, the conventional remote control method is still the most used.

In other words, although many generations are currently transforming home appliances into smart home appliances, the proportion of smart home appliances is still not very large, so smart home technology that can be applied to these general home appliances is urgently needed.

(Patent Document 1) KR 10-2014-0050836A

(Patent Document 2) KR 10-2008-0096239A

(Patent Document 3) KR 10-1995873B

The present invention has been devised to solve the above problems.

First, the present invention intends to propose a technology that allows easy control of various smart devices and can easily and conveniently control general devices other than smart devices used in individual households by using a smart home system.

Second, in the reality that each user uses a variety of cloud platforms, by providing a dedicated cloud platform that is compatible and unified with them, individual household devices can be easily controlled and information related to the control of individual household devices in an apartment complex is provided. We would like to propose a technology that can be stored as big data.

Third, in order to improve the accuracy and processing speed, which are the problems of AI voice commands, the accuracy and processing speed of individual generation device control are improved by organically combining the configuration that recognizes patterned voice commands without applying the AI calculation method. I would like to suggest a technique.

An embodiment of the present invention for solving the above problems is a smart home system built in individual households of an apartment complex, provided in each household, and a voice recognition unit 141 for recognizing a user's preset voice command. ) and an IR control unit 145 for generating an IR signal, including a generation integrated sensing control module 140; As a household terminal 150 provided in an individual household, the operation unit 154 that receives the recognized voice command information from the generation integrated sensing control module 140 and processes the voice command information as a control command is included, household terminal 150; an apartment complex server 130 that builds a local network of the apartment complex and is connected to the household terminal 150 provided in each household to transmit and receive control information for the control command; As an internal cloud platform 120 connected to the apartment complex server 130, the internal cloud platform 120 receives the control information from the apartment complex server 130 and stores the control information as big data. ; and an individual household device 300 provided in the individual household, including at least one of a lighting device 310 , a ventilation device 320 , a heating and cooling device 330 , a smart device 340 , and a home appliance 350 , , an individual household device (300) configured to be controlled through the household terminal (150); Including, the individual household apparatus 300 capable of IR control among the individual household apparatus 300 is controlled through the generation integrated detection control module 140 and the household terminal 150, the household terminal 150 ), the control command processed by the operation unit 154 is transmitted to the generation integrated sensing control module 140, and the IR control unit 145 included in the generation integrated sensing control module 140, the control To provide a smart home system, configured to control an operation through generation of an IR control signal corresponding to a command.

In addition, the home appliance 350 includes an IR module built-in general home appliance 352 configured to allow IR control from the IR control unit 145; and a smart home appliance 354 having a communication module configured to be connected to the household terminal 150 by wire or wirelessly; Including, the smart home appliance (354) can be controlled through the household terminal (150).

In addition, the smart home system is a mobile app 202 installed in a user terminal as a command input means for controlling the individual household device 300 , configured to transmit and receive control information to and from the internal cloud platform 120 . app 202; Further comprising, when a control command for the individual household device 300 is input to the mobile app 202, control information for the control command is transmitted to the internal cloud platform 120, the internal cloud platform The control information is stored in 120 , and the internal cloud platform 120 may be configured to transmit the control information to the household terminal 150 .

In addition, the smart home system includes: an individual AI command recognition device 201 as a command input means for controlling the individual household device 300; and an external cloud platform 220 that is interlocked through authentication with the internal cloud platform 120 ; Further comprising, when a control command for the individual household device 300 is input to the individual AI command recognition device 201, control information for the control command is transmitted to the external cloud platform 220, and the The external cloud platform 220 transmits the control information to the internal cloud platform 120, the control information is stored in the internal cloud platform 120, and the internal cloud platform 120 transmits the control information It may be configured to transmit to the household terminal 150 .

In addition, the smart home system, the apartment complex server 130 and the household terminal 150, respectively, each connected, the common facility control module 160 for controlling the operation of the common facilities provided in the apartment complex; Further comprising, the common facility control module 160, through authentication by the apartment complex server 130, is interlocked with the household terminal 150, the control information for the operation of the common facility, the It may be transmitted and stored to the internal cloud platform 120 through the apartment complex server 130 .

In addition, the generation integrated sensing control module 140, the illuminance / temperature sensor unit 143 for sensing the illuminance and temperature of the household; And an air quality sensor unit 144 for sensing the air quality of the household; Further comprising, the environmental information sensed by the illuminance / temperature sensor unit 143 and the air quality sensor unit 144, the household terminal 150, the apartment complex server 130, the internal cloud platform ( 120) and the mobile app 202 in order, and may be configured to be stored in the internal cloud platform 120 .

In addition, the generation integrated sensing control module 140 is provided on the ceiling side of the individual household, and may be provided for each room located in the individual household.

Also, the generation integrated detection control module 140 may be configured to be able to add or delete a voice command recognized by the voice recognition unit 141 .

In addition, the generation integrated detection control module 140, the operation recognition unit 142 configured to recognize the user's preset operation command; It further includes, and the operation recognition unit 142 may be configured to transmit the recognized operation command information to the household terminal 150 when an operation command is recognized.

In addition, the operation unit 154 of the household terminal 150 may determine a situation using the operation command information, and when the situation is determined to be an emergency situation, a notification may be generated in a preset manner.

The present invention exhibits the following effects.

First, according to the present invention, it is easy to control various smart devices, and it is possible to easily and conveniently control general devices other than the conventional smart devices in individual households using the smart home system.

Second, in the reality that each user uses a variety of cloud platforms, by providing a dedicated cloud platform that is compatible and unified with them, individual household devices can be easily controlled and information related to the control of individual household devices in an apartment complex is provided. By storing it as big data, the accuracy of AI control can be improved.

Third, to improve the accuracy and processing speed, which are problems of AI voice commands, by organically combining the configuration that recognizes patterned voice commands without applying the AI calculation method, the accuracy and processing speed of individual generation device control can be improved. can

1 shows a schematic configuration diagram of a smart home system according to an embodiment of the present invention.
FIG. 2 illustrates a control process of the smart home system when a command is input through the user's mobile App in FIG. 1 .
FIG. 3 shows a control process of the smart home system when a command is input through an individual AI command recognition device provided in each household in FIG. 1 .
FIG. 4 shows a control process of the smart home system when a command is input through a generation integrated sensing control module provided in each household in FIG. 1 .
5 is a conceptual diagram illustrating the control process in FIG. 2 in chronological order.
6 is a conceptual diagram illustrating the control process in FIG. 3 in chronological order.
7 is a conceptual diagram illustrating the control process in FIG. 4 in chronological order.

Hereinafter, a smart home system according to the present invention will be described with reference to the drawings.

As used herein, 'apartment housing complex' refers to an aggregate of a plurality of individual households.

The term 'individual household device' used below is used to encompass all devices provided in an individual household. Individual household devices are divided into 'general home appliances' and 'smart home appliances'. A smart home appliance refers to any device to which IoT technology is applied or that can be controlled through a household terminal provided in each household, a user's smartphone, or other smart input device separately provided in each household. As a concept distinct from this, 'general home appliance' refers to a device that is controlled by directly inputting a user's command into the general home appliance itself. device that can

Smart home system configuration

A smart home system according to the present invention will be described with reference to FIG. 1 .

The smart home system according to the present invention includes command input means 201, 202, 141, 142, internal cloud platform 120, external cloud platform 220, apartment complex server 130, household terminal 150, It includes a common facility control module 160 and an integrated generation detection and control module 140 , and includes an individual household device 300 that is an object of control.

The configuration provided in each household will be described first.

An individual household is provided with a household terminal 150 , an integrated generation detection and control module 140 , and an individual household device 300 .

The generation terminal 150 is called a 'Home Network Wall-Pad' or simply a 'Wall-Pad'. Although the appearance is slightly different for each product, it usually consists of a display unit having a size of about 5 to 15 inches and a button. In addition, it includes an operation unit 154 that calculates the command information transmitted (or input) to the household terminal 150 as a command for control of a specific individual household device 300 . The operation unit 154 is configured to receive a voice command transmitted to the household terminal 150, and process it as a control command. To this end, the operation unit 154 includes a central processing unit (CPU), and may include a command storage (not shown).

The household terminal 150 is configured to be connected to the individual household devices 300 by wire/wireless to control them, and is configured to control the individual household devices 300 dedicated to the external cloud platform 220 to be described later. These controls will be described later.

The integrated generation detection and control module 140 is a module provided in each household, and for the convenience of users, it is preferably provided in each room of the individual household, and performs a function of sensing a voice command and an operation command. In order to maximize the spatial extent of the room, it is preferably located on the ceiling side of each room.

The generation integrated detection and control module 140 includes a voice recognition unit 141, a motion recognition unit 142, an illuminance/temperature sensor unit 143, an air quality sensor unit 144 and an IR control unit 145, and in addition to individual Various sensors may be further provided to sense the state or environment of a generation. The generation integrated sensing and control module 140 largely performs a sensing function, a control function, and a sensing function.

A voice command input from the user (or occupant) is recognized through the voice recognition unit 141 and the motion recognition unit 142 . Here, it is preferable that the voice recognition unit 141 and the motion recognition unit 142 do not calculate the input voice command as a control command. A separate CPU is required to perform these calculations, and when all of the size, price, weight, installation location, etc. of the generation integrated detection and control module 140 are comprehensively considered, the voice recognition unit 141 and the motion recognition unit ( 142) is configured to transmit the recognized command information (voice command information or operation command information) to the above-described household terminal 150 after recognizing the command input by the user. In order to recognize the voice command information of the voice recognition unit 141, it is preferable that the voice recognition unit 141 stores a preset pattern voice command word set. This will be described later.

On the other hand, the operation recognition unit 142, when the operation command is recognized, is configured to transmit the recognized operation command information to the household terminal (150). Here, the means for motion detection includes both lidar, infrared detection, and the like. Additionally, the operation unit 154 of the household terminal 150 may be configured to determine a situation by using the operation command information, and to generate a notification in a preset manner when the situation is determined to be an emergency situation. Notification generation may be configured to automatically provide an alarm to the mobile phone of the guardian, or to provide an alarm to the manager who manages the apartment complex.

In particular, the motion recognition unit 142 can be effectively applied to the care of the weak targeting the hearing impaired, the elderly, and the like. When it is difficult to normally generate a voice command or there is a hearing impairment, various devices can be easily controlled by using only a predetermined operation command. There are various ways in which care for the weak can be performed using the motion recognition unit 142 . By issuing an action command, it is possible to inform the outside of the crisis situation, such as the family or the management office. In this case, it can be very effectively applied for the safety of the weak, such as a mobile app notification, a method of displaying a forced notification on the control screen of the management office, or providing a notification to the manager through the management office control system.

It is preferable that a separate wireless communication module (not shown) is built in the generation integrated detection and control module 140 to wirelessly transmit command information to the generation terminal 150 .

The generation integrated detection and control module 140 performs a control function through the IR control unit 145 . The IR control unit 145 generates an IR signal, and in this respect, the function is substantially similar to that of the remote control unit. Among the individual household devices 300 provided in individual households, by generating and controlling IR signals to general home appliances capable of IR control (including all IR control devices among smart home appliances), general home appliances that are not smart home appliances are also smart. It has the effect of being included in the home category. To this end, the IR control unit 145 is configured to receive a control command from the household terminal 150, and is configured to generate an IR signal according to the received control command. The control command and the IR signal corresponding thereto are preset by an administrator or a designer.

The generation integrated detection and control module 140 is a sensing means, and includes an illuminance/temperature sensor unit 143 and an air quality sensor unit 144 . It is configured to sense all air quality information such as illuminance information, temperature information, carbon dioxide concentration, fine dust concentration, etc. of the location where the generation integrated detection and control module 140 is installed, which is wirelessly transmitted to the household terminal 150 . Here, the illuminance/temperature sensor unit 143 may be configured to be embedded in a switch or temperature controller provided in each room. The illuminance information and temperature information acquired from the illuminance and temperature sensor unit 143 may be stored as big data through the apartment complex server 130 and the internal cloud platform 120, and AI control is performed using such big data. It can be configured to be possible.

The individual household device 300 includes a lighting device 310 , a ventilation device 320 , a heating and cooling device 330 , a smart device 340 , and a home appliance 350 .

The lighting device 310 is located in each zone within an individual household, and is connected to the household terminal 150 by wire or wirelessly, and it is preferable that a separate switch is provided for each. On/off and dimming of the lighting device 310 may be controlled through the household terminal 150 .

The ventilation device 320 means an air purifier and a household fan basically provided in each household, and does not mean devices separately provided by the user. In addition, the ventilation device 320 may be formed in a configuration in which a total heat exchanger is combined.

The heating and cooling device 330 is a concept including a cooling device (meaning an air conditioner) and a heating temperature controller. These may be controlled by the IR method, and may be connected to the household terminal 150 and controlled by wire or wirelessly through the household terminal 150 . On the other hand, the usage information of the heating and cooling equipment 330 of individual households can be stored as big data through the apartment complex server 130 and the internal cloud platform 120, as will be described later, and AI using such big data It may be configured to be controllable.

The smart device 340 is a concept including devices related to electricity and heat provided in individual households. Typical examples are smart electrical outlets and induction. Such a smart device 340 has a large purpose of being used for user safety.

The home appliance 350 is a smart home appliance having a built-in communication module configured to be connected to the general home appliance 352 and the household terminal 150 by wire or wirelessly ( 354).

Examples of voice commands used for each individual household device 300 are as follows. These require an initial recognition word in common, and as a simple patterned voice command, unlike AI, they do not go through the process of analyzing the voice command, so they have the advantage of being more accurate and faster than AI.

Examples of the voice command related to the lighting device 310 include "Hey Cheolsu, turn on the light", "Hey Cheolsu, turn off the light", "Hey Cheolsu, the light is bright", "Hey Cheolsu, the light is dim".

Examples of the voice command related to the ventilation device 320 include "Chulsu, turn on the household fan", "Chulsu, turn on the air purifier".

Examples of the voice command related to the heating and cooling device 330 include "Chulsu night, air conditioner temperature 20 degrees", "cheolsu night, heating temperature 25 degrees", and the like.

Examples of the voice command related to the smart device 340 include "Chulsu, shut off the outlet", "Chulsu, turn on the outlet", "Chilsu, block induction", and the like.

Examples of voice commands related to the home appliance 350 include "Chulsu, turn on the TV", "Chulsu, go to TV channel 20", "Chulsu, turn up the TV channel one by one", "Chulsu, turn on the fan", "Chulsu, turn on the fan" Hey, let the air purifier go out."

The foregoing is merely an example of a voice command, and it is explicitly stated in advance that it is not limited thereto.

The smart home appliance 354 also has a built-in IR module and can be configured to enable IR control. It is classified into a general home appliance 352 and a smart home appliance 354 depending on whether a wired or wireless connection with the household terminal 150 is possible, IR control of the smart home appliance 354 is not excluded. The smart home appliance 354 is configured to be controllable by both the individual AI command recognition device 201, the dedicated mobile App 202 installed on the user's smartphone, and the household terminal 150, as will be described later.

The configuration provided in the apartment complex will be described.

The apartment complex is provided with an apartment complex server 130 , an internal cloud platform 120 , and a common facility control module 160 .

The apartment complex server 130 means a local server of the apartment complex, and uses this to configure a local network in the apartment complex. The apartment complex server 130 is configured to send and receive information about a control command from the household terminal 150, and performs a firewall function. Meanwhile, the apartment complex server 130 may use a cloud middleware framework (CMF) for connection with the internal cloud platform 120 . Here, the cloud middleware framework is used as an intermediate system to connect them. The apartment complex server 130 is connected to the common facility control module 160 and is configured to control the common facilities in the apartment complex.

The internal cloud platform 120 refers to a cloud platform dedicated to the apartment complex, and serves as a window in relation to the external cloud platform 220 to be described later. The internal cloud platform 120 is connected to the apartment complex server 130 and is configured to send and receive information about a control command. At this time, the information on the control command exchanged with the apartment complex server 130 is configured to be stored as big data in the internal cloud platform 120 . The accumulated big data is used as data for AI control.

The common facility control module 160 performs a function of controlling the common facilities in the apartment complex. In order to perform parking control, elevator, and access control of the common entrance, they are each connected to the common facilities within the complex. Since the control of the common facilities is very closely related to the security of the tenants of the apartment complex, it is configured to inquire about access to the common facility control module 160 using the apartment complex server 130 and to approve the connection. can be

On the other hand, an example of a voice command related to the control of the common facility control module 160 is as follows.

For example, when a voice command is generated such as “I am withdrawn, call the elevator” or “I am withdrawn, I am going out”, the elevator may be called to the floor where the occupant resides through the common facility control module 160 .

As another example, when a visitor arrives at the common entrance or the front door of the household and sends a call signal to the household terminal 150, when it is difficult for the resident in the household to operate his/her hand (eg, the resident is cleaning, cooking, washing etc.) can also be used. When the resident says "I'm withdrawn, open the door" with a voice command, it may be configured to open the common entrance door or the household entrance door.

Hereinafter, the individual AI command recognition device 201 and the external cloud platform 220 will be described. The individual AI command recognition device 201 refers to a device dedicated to the external cloud platform 220 or a device configured to be connectable to the external cloud platform 220 . An example is a smart speaker. There are already commercialized smart speakers, Google Home and Naver Clover, and they are configured to recognize the user's voice commands and give control commands to the connected IoT devices.

The external cloud platform 220 may also include, for example, Google Cloud Platform, Naver Cloud Platform, and Samsung Cloud Platform. These may be referred to as 'collaborative clouds'. Since each user has a different preferred or actually used cloud platform, it is difficult to unify them. The present invention exerts the effect of unifying different cloud platforms by using the internal cloud platform 120 .

That is, when the user is authenticated and connected to the internal cloud platform 120 no matter what kind of external cloud platform 220 is used by the user, regardless of the type of external cloud platform 220, all individual household devices 300 can be controlled. It has the effect that it can. Meanwhile, the internal cloud platform 120 and the external cloud platform 220 may be connected through an application programming interface (API) method.

Control using smart home system

Hereinafter, a case in which a control command is input through a dedicated mobile App installed in a user's smartphone will be described with reference to FIGS. 2 and 5 .

When a control command for the individual household device 300 is input to the mobile app 202 , control information for the control command is transmitted to the internal cloud platform 120 . Of course, the mobile app 202 needs to go through an authentication procedure with the internal cloud platform 120 in advance. At the same time that the control information is stored as big data in the internal cloud platform 120 , the internal cloud platform 120 is configured to transmit the control information to the household terminal 150 .

Specifically, the operation unit 154 of the household terminal 150 determines whether to process the control information and transmit it to the integrated generation detection and control module 140 or to control the individual household apparatus 300 corresponding to the control information. do. For example, in the case of the lighting device 310, it is connected to the household terminal 150 by wire or wirelessly, and the operation unit 154 does not go through the generation integrated detection and control module 140, but through the household terminal 150. It may also be configured for direct control. This can be optimally designed according to the settings of the administrator or designer.

On the other hand, in the case of a TV belonging to the general home appliance 352 , it is difficult to control the TV through the household terminal 150 because it is not directly connected to the household terminal 150 . Therefore, in this case, it is preferable to control the TV through IR control by transmitting to the IR control unit 145 of the generation integrated detection and control module 140 .

A case in which a control command is input through the individual AI command recognition device 201 will be described with reference to FIGS. 3 and 6 . As described above, the individual AI command recognition device 201 is connected to the external cloud platform 220 , and the control command is once transmitted to the external cloud platform 220 . Then, the control command is transmitted from the external cloud platform 220 to the internal cloud platform 120 and stored, and then again transmitted to the household terminal 150 via the MDU server 130 . As described above, the operation unit 154 determines whether to transmit the received control information to the integrated generation detection and control module 140 or to control the individual household apparatus 300 corresponding to the control information through operation processing of the received control information. .

A case in which a control command is input through the integrated generation detection and control module 140 will be described with reference to FIGS. 4 and 7 . This is different from the process shown in FIGS. 2, 3, 5 and 6 in that it does not go through the external cloud platform 220 .

When a voice command input from the user (or occupant) is recognized through the voice recognition unit 141 and the motion recognition unit 142 , information on the recognized voice command is transmitted to the household terminal 150 . At this time, the calculation unit 154 of the household terminal 150 processes the information and then transmits it to the integrated generation detection and control module 140 or controls the individual household device 300 corresponding to the control information. decide Meanwhile, information about the voice command transmitted to the household terminal 150 is transmitted to the internal cloud platform 120 via the apartment complex server 130 , and is stored as big data in the internal cloud platform 120 .

On the other hand, the generation integrated detection control module 140 is configured to be able to add or delete a voice command recognized by the voice recognition unit (141). According to the user's selection or needs, the required voice command word may be different, and it is preferable that the voice command word recognized by the voice recognition unit 141 be added or deleted.

In the above, the present specification has been described with reference to the embodiments shown in the drawings so that those skilled in the art can easily understand and reproduce the present invention, but these are merely exemplary, and those skilled in the art can make various modifications and equivalent other modifications from the embodiments of the present invention. It will be appreciated that embodiments are possible. Therefore, the protection scope of the present invention should be defined by the claims.

120: internal cloud platform
130: apartment complex server
140: generation integrated detection and control module
150: household terminal
160: common facility control module
201: Individual AI command recognition device
202: Mobile App
220: external cloud platform
300: individual household device
310: lighting equipment
320: ventilation device
330: heating and cooling equipment
340: smart device
350: home appliances
352: general home appliances
354: smart home appliance

Claims (10)

As a smart home system built for each household in an apartment complex,
The integrated generation detection control module 140, which is provided in each household and includes a voice recognition unit 141 for recognizing a user's preset voice command and an IR control unit 145 for generating an IR signal;
As a household terminal 150 provided in an individual household, the operation unit 154 that receives the recognized voice command information from the generation integrated sensing control module 140 and processes the voice command information as a control command is included, household terminal 150;
an apartment complex server 130 that builds a local network of the apartment complex and is connected to the household terminal 150 provided in each household to transmit and receive control information for the control command;
As an internal cloud platform 120 connected to the apartment complex server 130, the internal cloud platform 120 receives the control information from the apartment complex server 130 and stores the control information as big data. ; and
As an individual household device 300 provided in the individual household, it includes at least one of a lighting device 310 , a ventilation device 320 , a heating and cooling device 330 , a smart device 340 , and a home appliance 350 , an individual household apparatus 300 configured to be controlled through the household terminal 150; including,
The individual household device 300 capable of IR control among the individual household devices 300 includes:
Controlled through the generation integrated detection control module 140 and the generation terminal 150,
The control command calculated and processed by the operation unit 154 of the generation terminal 150 is transmitted to the generation integrated detection control module 140,
The IR control unit 145 included in the generation integrated sensing control module 140 is configured to control an operation through generation of an IR control signal corresponding to the control command,
smart home system.
The method of claim 1,
The home appliance 350,
A general home appliance 352 having a built-in IR module and configured to enable IR control from the IR control unit 145; and
a smart home appliance 354 having a built-in communication module configured to be connected to the household terminal 150 by wire or wirelessly; including,
The smart home appliance 354 is controlled through the household terminal 150,
smart home system.
3. The method of claim 2,
The smart home system is
a mobile app (202) installed in a user terminal as a command input means for controlling the individual household device (300), the mobile app (202) configured to transmit and receive control information to and from the internal cloud platform (120); further comprising,
When a control command for the individual household device 300 is input to the mobile app 202, control information for the control command is transmitted to the internal cloud platform 120, and the internal cloud platform 120 control information is stored;
The internal cloud platform 120 is configured to transmit the control information to the household terminal 150,
smart home system.
3. The method of claim 2,
The smart home system is
an individual AI command recognition device 201 as a command input means for controlling the individual household device 300; and
an external cloud platform 220 that is interlocked through authentication with the internal cloud platform 120; further comprising,
When a control command for the individual household device 300 is input to the individual AI command recognition device 201, control information for the control command is transmitted to the external cloud platform 220,
The external cloud platform 220 transmits the control information to the internal cloud platform 120, and the control information is stored in the internal cloud platform 120,
The internal cloud platform 120 is configured to transmit the control information to the household terminal 150,
smart home system.
The method of claim 1,
The smart home system is
a common facility control module 160 connected to the apartment complex server 130 and the household terminal 150, respectively, and controlling the operation of the common facilities provided in the apartment complex; further comprising,
The common facility control module 160,
Through authentication by the apartment complex server 130, it is linked with the household terminal 150,
Control information for the operation of the common facility is transmitted and stored to the internal cloud platform 120 through the apartment complex server 130,
smart home system.
4. The method of claim 3,
The generation integrated detection control module 140,
an illuminance/temperature sensor unit 143 for sensing the illuminance and temperature of the household; and
Air quality sensor unit 144 for sensing the air quality of the household; further comprising,
The environmental information sensed by the illuminance/temperature sensor unit 143 and the air quality sensor unit 144 is,
The household terminal 150, the apartment complex server 130, the internal cloud platform 120 and the mobile app 202 are transmitted in order and configured to be stored in the internal cloud platform 120,
smart home system.
The method of claim 1,
The generation integrated detection control module 140,
It is provided on the ceiling side of each household, and is provided for each room located in the individual household,
smart home system.
The method of claim 1,
The generation integrated detection control module 140,
configured to be able to add or delete a voice command recognized by the voice recognition unit 141,
smart home system.
The method of claim 1,
The generation integrated detection control module 140,
a motion recognition unit 142 configured to recognize a user's preset motion command; further comprising,
The motion recognition unit 142,
When an operation command is recognized, configured to transmit the recognized operation command information to the household terminal 150,
smart home system.
10. The method of claim 9,
The operation unit 154 of the household terminal 150,
The situation is determined using the operation command information, and when the situation is determined to be an emergency situation, a notification is generated in a preset manner,
smart home system.

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