KR101613650B1 - Smart Terminal, His control system for controlling multiple wireless repeaters and Control method thereof - Google Patents

Abstract

The present invention relates to a method for controlling a wireless repeaters control system having a database unit which stores an MAC address, an ID and a password of a smart device, and stores information for the wireless repeater corresponding to the smart device and a controlled device linked to the wireless repeater, and connected to a plurality of wireless repeaters and the smart devices through the network. A server receives the MAC addresses of the currently connected smart device and wireless repeater from the wireless repeater, and issues the ID and the password. The server stores the issued information to the database unit. If the smart device inputs remote control information by performing login with the issued ID and password, the server enables the smart device to control the linked controlled device by transferring the remote control information to the wireless repeater. Thus, the controlled device located in a plurality of places can be freely controlled with one smart device.

Description

TECHNICAL FIELD [0001] The present invention relates to a smart device, a control method thereof,

The present invention relates to a smart device that can be used in an Internet, a home network, and the like, and a system and a method for controlling the same. More particularly, the present invention relates to a smart relay device and a plurality of home appliances And more particularly, to a smart device, its multiple radio relay apparatus control system and method for controlling a product remotely or in close range.

In general, there is a tendency that various kinds of internet are installed in various places such as home or office.

In order to access the Internet, a smart home central control device is purchased and an application is downloaded from a smart device application store used by an individual to register the user identity (Identification) of the smart home central control device to perform remote control.

The remote control method using the existing smart device as described above is variously applied to the Internet of things due to the development of technology, and provides various convenience for remote control of various smart devices.

However, since the remote control method using the existing smart device is provided in various ways, the usage method becomes complicated and inconveniences the user.

For example, in a system for registering a user using a unique ID (normal MAC address) of a smart device, a plurality of smart home central control devices can not be registered in the same smart device.

Accordingly, in order to control various devices located in a plurality of places, a plurality of smart home central control devices are registered using a plurality of smart devices, and a plurality of devices linked to each central control device are controlled.

That is, conventionally, a plurality of smart devices having a unique ID (ordinary MAC address) must be used to control devices located in a plurality of places, which is a problem in expanding the scope of the Internet of things.

Other methods include downloading a smart app from an app store using a smart device owned by the individual, registering and using the downloaded information of the smart home central control device, and using the Internet to control In order to control the device, the information of the smart home central control device is registered and utilized in a server on the Internet.

In the conventional smart home control, there is a problem in that it is necessary to activate an app for controlling the controlled device in order to control the controlled device and use it separately.

Also, even if a smart home central controller using the same app is used, when a plurality of users are installed in different places (for example, each vinyl control of a vinyl house farm, separately installed at home, office, and store) There is a problem in that a plurality of smart devices and apps must be controlled in order to control a controlled device located at a plurality of locations because the device is controlled by using unique information.

SUMMARY OF THE INVENTION It is an object of the present invention to provide a smart device capable of freely controlling a plurality of controlled devices located at a plurality of places with one smart device and a system and a method for controlling the multiple wireless relay devices, .

In addition, a smart device capable of implementing and activating a plurality of smart home central control devices connected to the Internet in an application for one smart device in the control of Internet devices using the smart device, a system and a method for controlling the multiple wireless relay devices, .

The present invention also provides a wireless relay device for controlling a plurality of controlled devices, a smart device capable of integrating and controlling a plurality of wireless relay devices in a plurality of different spaces, And to provide a device control system and method.

Then, the smart device unique ID (ordinary MAC address) owned by the individual is combined with the information of the wireless relay device so that the multiple use registration can be performed through the issued ID and password, and the session between the server and the wireless relay device Session) to be easily utilized in a single application, and a system and method for controlling the multiple wireless relay apparatuses.

Also, in order to easily control a radio relay device located at a plurality of places and a plurality of controlled devices associated with the plurality of locations, a plurality of radio relay devices in a smart device's app and information The present invention also provides a system and method for controlling a plurality of wireless relay apparatuses, and more particularly, to a smart device for processing a unique ID (ordinary MAC address) and connecting to a server to provide the above information and enable a plurality of IDs to be registered.

According to an aspect of the present invention,

1. A smart device interlocked with a plurality of radio relay apparatuses and a multiple radio relay apparatus control system through a network and controlling a controlled device interlocked with each of the radio relay apparatuses,

A communication unit performing a communication function;

A storage unit for storing information set values of a user's controlled device;

An input unit for receiving a selection of a user;

Extracts a MAC address of the wireless relay apparatus itself and accesses the multi-radio relay apparatus control system via the network through the communication unit, receives an ID and a password from the multi-radio relay apparatus control system, And a control unit for connecting to the multi-radio relay repeater control system using the ID and the password when a signal for controlling the controlled apparatus is inputted from the input unit,

And the controller registers the MAC address of the radio relay apparatus corresponding to the ID and the password in the multi-radio relay apparatus control system.

According to an aspect of the present invention, there is provided a system for controlling a radio relay apparatus,

1. A wireless relay apparatus control system connected to a plurality of wireless relay devices and smart devices through a network,

A database unit for storing the smart device MAC address, the ID and the password, and storing information on a connection communication path for maintaining a session with the smart device;

Receiving a MAC address of the smart device currently connected from the wireless relay device and a MAC address of the wireless relay device, issuing an ID and a password, storing the issued information in the database, And a remote control unit for transmitting a control signal to the radio relay apparatus according to the remote control information when the remote control information is input by connecting with an ID and a password to control the controlled controlled apparatus.

The server comprises:

A smart device management unit for receiving a MAC address of the smart device currently connected from the wireless relay device and a MAC address of the wireless relay device, issuing an ID and a password, and storing the issued information in the database;

 And a remote control unit for controlling the linked controlled device by transmitting a control signal to the remote control when the smart device connects with the issued ID and password and inputs remote control information.

The plurality of wireless relay devices corresponding to the smart device are at least one, and the controlled devices interlocked with the wireless device are at least one.

Wherein the control unit processes the MAC address of the smart device at the time of registering the second wireless relay device to generate a value of unique ID + 1, and then combines the information of the wireless relay device.

The control unit processes the MAC address of the smart device at the time of registering the n-th wireless relay apparatus, generates a value of unique ID + n-1, and then combines the information of the wireless relay apparatus.

According to an aspect of the present invention, there is provided a method of controlling a radio relay apparatus control system,

And a database unit for storing the MAC address of the smart device, the MAC address of the wireless relay device corresponding to the smart device, and the information of the connection communication path for maintaining the session with the server, A control method of a radio relay apparatus control system connected to a radio relay device and a smart device,

The server receiving the MAC address of the smart device currently connected from the wireless relay device and the MAC address of the wireless relay device and issuing an ID and a password;

Storing the issued information in the database unit;

When the smart device accesses the remote control information by connecting with the issued ID and password, the server transmits a control signal to the radio relay device according to the remote control information, and controls the controlled device linked to the radio relay device , ≪ / RTI >

The plurality of wireless relay devices corresponding to the smart device are at least one, and the controlled devices interlocked with the wireless device are at least one.

Wherein the server receives the MAC address of the smart device currently being accessed from the wireless relay device and the MAC address of the wireless relay device and issues an ID and a password,

The MAC address of the smart device is processed to generate a value of unique ID + 1 at the time of registering the second wireless relay device, and then the information of the wireless relay device is combined and registered in the database unit.

Wherein the server receives the MAC address of the smart device currently being accessed from the wireless relay device and the MAC address of the wireless relay device and issues an ID and a password,

The control unit processes the MAC address of the smart device to generate a value of unique ID + n-1 at the time of the n-th wireless relay apparatus registration, and registers the combined information in the database unit after combining the information of the wireless relay apparatus .

In the embodiment of the present invention, it is possible to provide a smart device capable of freely controlling a plurality of controlled devices located at a plurality of places with one smart device, and a system and a method for controlling the multiple wireless relay devices.

In addition, a smart device capable of implementing and activating a plurality of smart home central control devices connected to the Internet in an application for one smart device in the control of Internet devices using the smart device, a system and a method for controlling the multiple wireless relay devices, .

The present invention also provides a wireless relay device for controlling a plurality of controlled devices, a smart device capable of integrating and controlling a plurality of wireless relay devices in a plurality of different spaces, Device control system and method.

Then, it is possible to combine the smart device unique ID (ordinary MAC address) owned by the individual with the information of the smart home central control device so as to allow multiple use registration, and to register the session with the registered server and the smart home central controller ) To be easily utilized by a single application, and a system and a method for controlling the multiple wireless relay apparatuses can be provided.

Further, in order to easily control a radio relay device located at a plurality of places with a single smart device and a plurality of controlled devices associated therewith, an app of a smart device is connected to a server through a plurality of radio relay devices, A smart device that enables ID registration, and a system and method for controlling the multiple wireless relay apparatuses.

1 is a diagram illustrating a peripheral connection relationship of a smart outlet system according to an embodiment of the present invention.
2 is a configuration diagram of a smart outlet system according to the first embodiment of the present invention.
3 is a configuration diagram of a smart outlet system according to a second embodiment of the present invention.
4 is a configuration diagram of a relay device applied to a smart outlet system according to a second embodiment of the present invention.

Hereinafter, embodiments of the present invention will be described in detail with reference to the accompanying drawings so that those skilled in the art can easily carry out the present invention. The present invention may, however, be embodied in many different forms and should not be construed as limited to the embodiments set forth herein. In order to clearly illustrate the present invention, parts not related to the description are omitted, and similar parts are denoted by like reference characters throughout the specification.

Throughout the specification, when an element is referred to as "comprising ", it means that it can include other elements as well, without excluding other elements unless specifically stated otherwise. Also, the terms " part, "" module," and " module ", etc. in the specification mean a unit for processing at least one function or operation and may be implemented by hardware or software or a combination of hardware and software have.

1 is a block diagram of a radio relay apparatus control system according to an embodiment of the present invention.

A wireless relay apparatus control system (200) connected to a plurality of wireless relay apparatuses (400) and a smart device through a network,

A connection for storing a MAC address of the wireless relay device 400 corresponding to the smart device 100 and a session between the server and the wireless relay device 400 by storing the MAC address, ID and password of the smart device 100, A database unit 220 for storing path information;

Receives the MAC address of the smart device currently connected from the wireless relay device 400 and the MAC address of the wireless relay device 400, issues an ID and a password, stores the issued information in the database, And a controlled device server 210 that transmits a control signal to the wireless relay device 400 according to the remote control information when the smart device 100 accesses the remote control information by connecting with the issued ID and password do.

The server 210,

Receives the MAC address of the smart device currently connected from the wireless relay device 400 and the MAC address of the wireless relay device 400, issues an ID and a password, and stores the issued information in the database 220 A smart device management unit 211;

 When the smart device 100 accesses the remote control information by connecting with the issued ID and password, the smart device 100 transmits a control signal to the wireless relay device 400 according to the remote control information, And a remote control unit (212) for controlling the device (500)

A plurality of wireless repeaters 400 corresponding to the smart device 100 and at least one controlled device 500 interlocked with the wireless device 400.

The wireless relay apparatus 400 is connected to the Internet network 300 and transmits control data to the controlled device 500 through wireless communication (Wi-Fi, Bluetooth, Zigbee, or other wireless communication such as eve IR) IR / RF.

The controlled device 500 is controlled by receiving a control signal transmitted from the radio relay device 400 and includes an air conditioner 504 (including a system air conditioner), a TV 501, a set-top box 502, There are various types such as a dvd 503, a lamp 6501, a curtain 506, a cable converter, a satellite receiver, an IP TV converter, and audio.

Referring to FIG. 2, a smart device 100 according to an embodiment of the present invention includes:

A plurality of wireless relay apparatuses 400 and a plurality of smart relay apparatuses 400 connected to the wireless relay apparatuses 400 through a network and controlling the controlled devices 500 interlocked with the respective wireless relay apparatuses 400 )as,

A communication unit 140 for performing a communication function;

A storage unit 150 for storing information set values of the user's controlled device 500;

An input unit 110 including a touch panel or a keypad for receiving a user's selection;

And extracts a MAC address of the wireless relay apparatus 400 from the wireless relay apparatus 400 and accesses the multiple wireless relay apparatus control system 200 via the network 140 via the communication unit 140, The control unit 500 receives the ID and the password from the input unit 110 and stores the ID and the password in the storage unit and accesses the multi-radio relay repeater control system 200 using the ID and the password, When a signal for controlling the mobile terminal is input, the mobile terminal includes a wireless relay apparatus control unit 130 through a server;

The controller 130 registers the MAC addresses of the plurality of radio relay apparatuses corresponding to the ID and the password in the multi-radio relay apparatus control system 200.

The smart device 100 may be one of a smart phone, a smart pad, and a tablet PC.

In the smart device 100, an application of a home network function provided in an app store or an Android market is downloaded and installed, and a shortcut icon for executing an application of a home network function is installed on the desktop.

The application of the home network function provided in the app store or the Android market refers to an application developed and provided by the applicant of the present invention.

The control unit 130 of the smart device 100 activates the application of the home network function when the shortcut icon provided on the desktop is touched in the standby state. Here, the home network function may be an integrated remote control function.

The smart device 100 registers and sets the wireless relay device 400 and the controlled device 500 linked to the wireless relay device 400 for each place to be controlled in the home network application, selects a desired place anytime and anywhere, The device 500 can be controlled.

The server 210 has the above-described configuration for each smart device of various users, thereby enabling remote control.

In the present invention, a plurality of controlled devices 500 installed in a plurality of places, that is, a home, a house, or another place can be controlled by one smart device 100.

3, the wireless relay apparatus 400 includes a first wireless communication unit 410, a USB port 420, a memory unit 430, a controller 440, a second wireless communication unit 450).

The first wireless communication unit 410 receives the data packet transmitted from the smart device 100 and provides the data packet to the control unit 440.

The first wireless communication unit 410 may be connected to the smart device 100 through a network through either Bluetooth communication or Wi-Fi communication.

The USB port 420 is connected to an adapter or a USB port of a computer to supply power necessary for operation of the relay device 400.

The USB port 420 is connected to a computer terminal or an Internet network and provides an upgrade of the firmware of the firmware and the control code of the user's controlled device 500.

The memory unit 430 stores a control code of the user controlled device 500, which can control various types of electric / electronic devices, as a table.

When the data packet is received through the first wireless communication unit 410, the control unit 440 analyzes the data packet to recognize the agreed key value, and transmits the control code corresponding to the agreed key value to the memory unit 430 Accesses from the control code table of the user controlled device 500 to match the control codes, and transmits the control codes through the second wireless communication unit 450 to operate the controlled device 500 in the designated operation.

The second wireless communication unit 450 operates the controlled device 500 by transmitting the control code matched with the control command to the controlled device 500 according to a predetermined communication method under the control of the control unit 440.

The second wireless communication unit 450 transmits a control code matched with a control command to the controlled device 500 through any one of IR communication, RF communication, Wi-Fi communication, Bluetooth communication, Zigbee, .

Hereinafter, the operation of the smart device and its multi-radio relay apparatus control system according to the embodiment of the present invention having such a configuration will be described in detail.

First, the user connects the wireless relay device 400 of the first place where the controlled devices desired to be controlled by his own smart device 100 to the Internet.

Then, the smart app (APP) of the smart device 100 of the user is driven to combine the unique ID (normal MAC address) of the user smart device with the information of the wireless relay device 400 at the time of establishing the communication, So that a session is established between the server 210 and the wireless relay apparatus 400. [

Here, a session is a logical connection for inter-user or computer-to-computer communication in a network environment, and is a period from the recognition of each other through message exchange to the completion of communication to perform communication between processes, The detailed description is omitted because it is well known in the art.

Then, in the second wireless relay apparatus 400, the control unit connects the wireless relay apparatus 400 to the Internet in the same manner as described above, APP) to process the unique ID (normal MAC address) of the user smart device to generate a value of unique ID + 1, and then combines the information of the wireless relay device 400 and registers it in the server 210 .

Then, a session is established between the server 210 and the radio relay apparatus 400. When the number of the wireless relay apparatuses 400 is increased to n, the unique ID + n-1 value is generated and discriminated as described above, and the wireless relay apparatus 400 is registered in the server 210, It is possible to provide convenience to the user with the function of integrally controlling the wireless relay device 400 installed in a plurality of places in one smart device and one activated smart app.

Referring to FIG. 6, even when the wireless relay device 400 is installed in a plurality of places, the smart app 100 may be operated to select a desired wireless relay device 400 among the wireless relay devices 400 installed in various places So that the controlled device 500 linked with the controlled device 500 can be integrally controlled.

This process will be described in more detail as follows.

Referring to FIG. 4, the user first activates a smart app (APP) of the smart device 100 and selects a first place where there are controlled devices that want to control the smart device 100 (S401).

When the communication setting is selected (S402), the control unit 130 determines whether the current client mode is present (S403). At this time, the wireless connection is made in the client mode to the home router of the network network, and the wired connection is made in the router mode.

If the client 130 is connected in the client mode, the controller 130 accesses the wireless relay apparatus 400 (S404), searches for the SSID of the home router, and sets the communication (S405).

Then, the control unit 130 extracts the MAC addresses of the smart device 100 and the wireless relay device 400 (S406). In step S403, the MAC address of the smart device 100 and the wireless relay device 400 are directly extracted even if the client mode is not present (S406).

Next, the control unit 130 determines whether it is the installation place 1 or not.

The control unit 130 receives an ID and a password using the extracted MAC address of the smart device 100 and the wireless relay device 400 after connecting to the server 210 S409).

On the other hand, in the case of the first and subsequent installation sites, the control unit 130 processes the extracted MAC addresses of the smart device 100 and the wireless relay device 400, and receives an ID and a password (S408).

That is, in the second wireless relay apparatus 400, up to n registrations connect the wireless relay apparatus 400 to the Internet in the same manner as above, A unique ID (normal MAC address) of the user smart device is processed to generate a value of unique ID + 1, and then the information of the wireless relay device 400 is combined and registered in the server 210. If the wireless relay apparatus 400 is in the n-th position, the unique ID + n-1 value is generated and discriminated as described above.

At this time, the smart device management unit 211 of the server 210 matches the ID of the smart device 100 with the wireless relay device 400 being connected and registers the matching in the database unit 220. That is, one smart device MAC address is processed to generate a plurality of MAC addresses for each place, and a plurality of wireless devices are associated with a plurality of MAC addresses.

Therefore, ID and password are assigned to each place.

After issuing the ID and password of the registered smart device 100, the user selects the control site using the smart device 200, and logs in the server 210 with the previously issued ID and password corresponding to the selected location .

Then, the set value of the user controlled device 500 is applied in the database in the smart device 100 of the user.

Next, the user selects a control device at the corresponding place with the smart device 200, and performs a desired control.

The remote control unit 212 of the server 210 then outputs the remote control signal to the selected wireless relay apparatus 400 and the selected wireless relay apparatus 400 controls the operation of the previously selected controlled apparatus 500 And outputs the control signal to cause the controlled device 500 to perform a desired operation by the user.

The process of applying the set values of the user controlled device 500 in the above process will be described in more detail as follows.

When the smart device 100 is logged in, the storage unit 150 calls the location-specific setting values registered in the corresponding smart device 100 (S421).

Then, it is checked whether the controlled device 500 has a device setting value (S422). If there is an appliance setting value of the controlled device 500, the device setting value of the controlled device 500 is called S423) and applies the device setting value (S424).

Then, it is checked whether or not the set values are applied to all the devices in the corresponding place (S425), and the process is terminated when the set values are applied to all the controlled devices in all the places.

The above-described processes (S421 to S425) are performed for the wireless repeater 400 in all the predetermined places.

For example, the set point may be a house, an office, or a factory, and the controlled device 500 may be set to be turned on, turned off, turned on, or the like depending on the mode.

Here, the control mode may be set as an outgoing mode, a home mode, or the like for each place. In addition, various modes may be set as needed, and there may be a real time mode for controlling the device in real time.

Referring to FIG. 7, it is possible to select a place, execute an application, log in, select a sub-place of the place, and control various devices in the sub-place. It is also possible to directly control the device at the place without a sub-location as necessary.

In the embodiment of the present invention, a plurality of controlled devices located at a plurality of places can be freely controlled by one smart device.

Also, in the control of the object Internet device using the smart device, a plurality of smart home central control devices connected to the Internet network can be implemented as one smart device application and activated.

In addition, a wireless relay apparatus for controlling a plurality of controlled devices can be configured, and even if a plurality of wireless relay apparatuses are installed in different spaces in various places, they can be integrated into one smart device application and controlled.

Then, it is possible to combine the smart device unique ID (ordinary MAC address) owned by the individual with the information of the smart home central control device so as to allow multiple use registration, and to register the session with the registered server and the smart home central controller ), So you can easily use it with one app.

Further, in order to easily control a radio relay device located at a plurality of places with a single smart device and a plurality of controlled devices associated therewith, an app of a smart device is connected to a server through a plurality of radio relay devices, ID registration is possible.

The embodiments of the present invention described above are not only implemented by the apparatus and method but may be implemented through a program for realizing the function corresponding to the configuration of the embodiment of the present invention or a recording medium on which the program is recorded, The embodiments can be easily implemented by those skilled in the art from the description of the embodiments described above.

While the present invention has been particularly shown and described with reference to exemplary embodiments thereof, it is to be understood that the invention is not limited to the disclosed exemplary embodiments, It belongs to the scope of right.

Claims (9)

1. A smart device interlocked with a plurality of radio relay apparatuses and a multiple radio relay apparatus control system through a network and controlling a controlled device interlocked with each of the radio relay apparatuses,
A communication unit performing a communication function;
A storage unit for storing a set value of the user equipment;
An input unit for receiving a selection of a user;
Extracts a MAC address of the wireless relay apparatus itself and accesses the multi-radio relay apparatus control system via the network through the communication unit, receives an ID and a password from the multi-radio relay apparatus control system, And a control unit for connecting to the multi-radio relay repeater control system using the ID and the password when a signal for controlling the controlled apparatus is inputted from the input unit,
Wherein the controller registers the MAC addresses of the plurality of radio relay apparatuses corresponding to the ID and password in the multi-radio relay apparatus control system,
Wherein the control unit processes the MAC address of the smart device at the time of registering the second wireless relay device to generate a value of unique ID + 1, and then combines the information of the wireless relay device,
Wherein the controller processes the MAC address of the smart device to generate a value of unique ID + n-1 at the time of registering the nth wireless relay device, and then combines the information of the wireless relay device. delete delete 1. A wireless relay apparatus control system connected to a plurality of wireless relay devices and smart devices through a network,
A database unit for storing the smart device MAC address, the ID and the password, and storing information on a connection path for maintaining a MAC address and session of the wireless relay device corresponding to the smart device;
Receiving a MAC address of the smart device currently connected from the wireless relay device and a MAC address of the wireless relay device, issuing an ID and a password, storing the issued information in the database, And a server for controlling the interlocked controlled device by transmitting a control signal to the radio relay device according to the remote control information when the remote control information is input by connecting with an ID and a password,
Wherein the server comprises: a smart device manager for receiving a MAC address of the smart device currently connected from the wireless relay device and a MAC address of the wireless relay device, issuing an ID and a password, and storing the issued information in the database;
And a remote control unit for transmitting a control signal to the radio relay apparatus according to the remote control information when the smart device accesses the remote control information by connecting with the issued ID and password, ,
Wherein a plurality of wireless relay devices corresponding to the smart device are provided and at least one controlled device interlocked with the wireless relay device is provided,
Wherein the server issues an ID and a password using the MAC address processed by the smart device and registers the ID and password in the database when registering the nth wireless relay device. delete delete 5. The method of claim 4,
The wireless relay apparatus includes: a first wireless communication unit for receiving a data packet transmitted from a smart device;
A USB port connected to an adapter or a USB port of a computer to supply power necessary for operation of the relay device and to be connected to a computer or the Internet to provide upgrades of firmware and control codes of the user controlled device;
A memory unit in which a table of a user controlled device control code is stored in a designated area;
A control unit for extracting a committed key value from a data packet received by the first wireless communication unit, accessing a control code corresponding to a key value in a user controlled apparatus control code stored in the memory unit, and transmitting the control code to the controlled apparatus;
A second wireless communication unit for transmitting a control code of a control command word to the controlled device in a predetermined communication manner under the control of the control unit to operate the controlled device;
The radio relay apparatus control system comprising: And a database unit that stores the smart device MAC address, the ID and the password, and stores the wireless relay device corresponding to the smart device and the controlled device information interlocked therewith, and connects the wireless relay device and the smart device The control method comprising the steps of:
The server receiving the MAC address of the smart device currently connected from the wireless relay device and the MAC address of the wireless relay device and issuing an ID and a password;
Storing the issued information in the database unit;
When the smart device accesses the remote control information by connecting with the issued ID and password, the server transmits a control signal to the radio relay device according to the remote control information to control the controlled device linked to the radio relay device , ≪ / RTI >
Wherein a plurality of wireless relay devices corresponding to the smart device are provided and at least one controlled device interlocked with the wireless relay device is provided,
Wherein the server receives the MAC address of the smart device currently being accessed from the wireless relay device and the MAC address of the wireless relay device and issues an ID and a password,
wherein the smart relay device issues an ID and a password using the MAC address processed by the smart device and registers the ID and the password in the database when registering the nth radio relay device. delete

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