KR100892997B1 - Ubiquitous home network system and audio service and illumination control method using the same - Google Patents

Abstract

Ubiquitous home network system and service method of the present invention includes a wireless remote control to generate a request signal for checking the operation state of the lighting installed in the home and the control signal for controlling the lighting to the adjacent smart switch; A first smart switch for transmitting the request signal and the control signal received from the wireless remote control to a management server for inter-switch communication, and receiving the operation state information of the lighting from the management server and outputting the voice; A management server for transmitting the received request signal and the control signal to an Nth smart switch, and for transmitting operation state information of the lighting received from the Nth smart switch to the first smart switch; And an ubiquitous home network lighting control system including an Nth smart switch configured to transmit operation state information of the lighting to the management server according to the received request signal, and control the operation of the lighting according to the control signal. There is a characteristic.

Lighting control, ubiquitous, home network, voice information, voice information service

Description

Ubiquitous home network system and audio service and illumination control method using the same}

1 is a block diagram showing a ubiquitous home network system according to the present invention,

2 is a block diagram of a wireless remote control according to the present invention;

3 is a block diagram of a smart switch according to the present invention,

4 is a configuration diagram of a management server according to the present invention;

5 is a configuration diagram of a web server according to the present invention;

6 is a flowchart illustrating a process of checking the operation state of the entire lighting provided in the home according to the present invention;

7 is a flowchart illustrating a voice service process according to the present invention;

8 is a flow chart showing a control process of a specific light according to the present invention.

        <Explanation of symbols for the main parts of the drawings>

      110: Article 1 lighting 111: N lighting

      200: first wireless remote control 201: N wireless remote control

      300: first smart switch 301: N smart switch

      400: management server 500: web server

The present invention relates to a system applying a ubiquitous environment to a home network and a service method using the same, and more particularly, to a ubiquitous home network system and a service method including a wireless remote control, a smart switch, a management server and a web server.

Ubiquitous home network is based on wired / wireless communication and digital information devices. It assumes a ubiquitous environment that can be used by anytime, anywhere (any-place) or any device (any-device) using home networking and internet information appliances. It means the living environment and living space in the intelligent home that pursues 'intelligence of living environment, environment-friendly residential life and innovation of quality of life'. In other words, it is also called a smart home.

The present invention relates to a light control unit and a control method, and the related prior art is Korean Patent Publication No. 2003-0079448. This technology proposes a two-way communication system, but only the control signal between the management server and the light control unit transmits and receives the home server's comprehensive management service for the entire home lighting management. There is a problem.

In addition, since there is no voice information service function that provides the news, life information, environment information inside and outside the house by voice through the Internet search, the user can obtain the necessary information at any time. Not only do not provide user preference information through, but also there is another problem that can not provide voice information through the voice output device.

In addition, Korean Patent Laid-Open Publication No. 2005-0049977 is disclosed as a prior art regarding a control method of a home network system. This technology is a system that can control home appliances by entering commands through microphones installed throughout the house. However, because this technology can operate only when the user's voice is correctly recognized, it may not work or work at all, depending on the user's status or location. There is another problem that only one-way commands for controlling the operation of home appliances are possible and the user cannot be provided with information on the operation state.

In addition, the existing home network system is difficult to install the home network system in the existing building due to the complicated equipment and installation process, or even if the installation of the entire building often requires a lot of time and cost. Therefore, the home network system could be provided only in the building in which the construction of the home network system was considered in the design phase of the new building.

The present invention has been made to solve the problems of the prior art as described above is provided with a smart switch and a management server capable of two-way wireless communication to provide the status information of the lighting of the invisible location to the user, the user remotely It is an object of the present invention to provide a ubiquitous home network system and a service method for controlling.

In addition, the present invention has another object of the present invention to replace the existing home lighting switch and intercom with a smart switch and management server that is connected by wireless communication to install a home network system with a simple construction method and low cost.

In addition, the present invention is provided with a web server connected to the management server and the Internet to perform a real-time web search of the user's preferred information, and converts the detected web information into a voice file to provide a voice information service to the user There is another purpose.

The first object of the present invention is to generate a request signal for checking the operation state of the lighting installed in the home and the control signal for controlling the lighting and transmits to the adjacent smart switch; The request signal and the control signal received from the first wireless remote control transfers to the management server for the communication between the switch and receives the operation state information of the lighting from the management server and outputs in voice, one or more lights connected by wire The first smart switch to control the; A management server for transmitting the received request signal and the control signal to an Nth smart switch, and for transmitting operation state information of the lighting received from the Nth smart switch to the first smart switch; And an N-th smart switch for transmitting the operation state information of the lighting to the management server according to the received request signal, and controlling the operation of the lighting according to the control signal. do.

In addition, another object of the present invention is to provide a wireless remote control for generating user identification information according to a user's request to provide a web information service; A smart switch which mediates communication between the wireless remote control and the management server and outputs voice information received from the management server; The management server stores and manages preference information for each user, detects the preference information corresponding to the user classification information received from the wireless remote controller, transmits the preference information to a web server, and transmits the information received from the web server to the smart switch. ; And receiving the preference information detected from the home network manager, collecting web information corresponding to the home network manager, converting the web information into an information signal, and transmitting the web information to the management server. do.

In addition, another object of the present invention is a first step of the first wireless remote control to generate a request signal for confirming the operating state of the lighting to the first switch; A second step of transmitting, by the first switch, the request signal to a manager for inter-switch communication; A third step of the manager transferring the request signal to an N th switch connected to the lighting; A fourth step of the N-th switch determining the operation state of the lighting according to the request signal and transferring the determination result information to the manager; And a fifth step of receiving, by the first switch, the determination result information from the manager and outputting the received determination result information as a voice.

In addition, another object of the present invention is a first step of receiving a request signal from the smart switch in response to the web information service providing request of the user generated by the wireless remote control; A second step of transmitting, by the smart switch, the request signal to a management server; A third step of detecting preference information corresponding to the request signal by a user setting unit and delivering the detected preference information to a web server; A fourth step of the web server searching for and collecting information corresponding to the preference information and transmitting the converted information into an information signal to the management server; A fifth step of transmitting, by the management server, the information signal to the smart switch; And a sixth step of outputting the information signal through the voice output unit in the smart switch.

Prior to this, terms or words used in the specification and claims should not be construed as having a conventional or dictionary meaning, and the inventors should properly explain the concept of terms in order to best explain their own invention. Based on the principle that can be defined, it should be interpreted as meaning and concept corresponding to the technical idea of the present invention.

Therefore, the embodiments described in the specification and the drawings shown in the drawings are only the most preferred embodiment of the present invention and do not represent all of the technical idea of the present invention, various modifications that can be replaced at the time of the present application It should be understood that there may be equivalents and variations.

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

1 is a block diagram showing a lighting control system using a ubiquitous home network system according to an embodiment of the present invention. Referring to FIG. 1, the configuration of the ubiquitous home network system 100 is provided with a single management server 400 in the home and wirelessly signals the first smart switch 300 and the N-th smart switch 301 installed in the home. And transmit and receive data. The first smart switch 300 and the N-th smart switch can be installed to replace the existing lighting switch in the home.

The first smart switch 300 controls the first light 110 and the N-th smart switch 301 controls the N-th light 111. The web server 500 communicates with the management server 400 using the Internet. The first wireless remote control 200 and the Nth wireless remote control, which allow a user to request a lighting control command and a voice information service, do not distinguish between the first smart switch 300 or the Nth smart switch 301 and are smart at the nearest position. Send wireless communication signal to switch. In addition, the wireless remote controller may receive the lighting state information and the voice service signal from the management server and display the information through the display unit.

2 is a block diagram of a wireless remote control 200 according to the present invention. Referring to FIG. 2, the wireless remote controller 200 includes a wireless communication unit 210, an illumination control button unit 220, an illumination state request button unit 230, a voice information service button unit 240, and a display unit 250. It is composed.

The wireless communication unit 210 is provided with a wireless communication terminal smart control input unit 220, the light state request button 230 and the voice information service button unit 240 receives the user's input using wireless communication smart The signal is transmitted to the switch, and the determination result information is received from the smart switch and transmitted to the display unit 250 expressing the visual information.

The wireless communication uses infrared communication (IrDA), ZigBee, Bluetooth (Blue tooth), UWB (Ultra wideband), home radio frequency (RF), wireless LAN (WLAN), Wi-Fi (Wi-Fi), etc. .

The lighting control button unit 220 is provided with a button for controlling the lighting controlled by the first smart switch and the N-th smart switch, and the control of the lighting means illuminance, on and off of the lighting. When the user wants to control the lighting, receives the user's input and sends a control signal of the lighting to the wireless communication unit 210.

The lighting state request button unit 230 is provided with a button for requesting confirmation of the lighting state of the home, and the first smart switch receiving the lighting state request signal makes a lighting state check request to the management server. The management server grasps the states of the first smart switch and the Nth smart switch and transmits the status information to the first smart switch. The smart switch services the state of the home lighting based on the state information by using a method capable of transmitting an accurate meaning to a user or voice. In addition, the status information is transmitted to the wireless remote controller to display the status information through the display unit of the wireless remote controller.

The voice information service button unit 240 is provided with a user identification information button for distinguishing a user's identity, and can be additionally registered and set up by a family member using an extension button. The signal generated through the user identification information button requests a voice information service for preference information set by the user. Users can select their desired fields such as stock quotes, sports game schedules and results, home shopping and TV program schedules through the web page, and receive voice information service in real time whenever they request. The voice information service is provided by voice through a smart switch and can be provided by text through a wireless remote control.

The display unit 250 generates an illumination state request signal by the input of the illumination state request button unit, receives the state information of the indoor lighting from the smart switch, and transmits the state information of the indoor lighting to the visual expression device using the LCD or LED to the user. do.

Each button unit of the wireless remote control can be applied as a device that can control and check the status of home appliances as well as lighting control and lighting status check within the scope of the present invention.

3 is a block diagram of a smart switch 300 according to the present invention. Referring to FIG. 3, the smart switch 300 includes a voice output unit 310, a switch unit 320, a wireless remote control receiver 330, a controller 340, and a transceiver 350.

Transceiver 350 is provided with a wireless communication transmission or reception equipment or a wired communication transmission and reception equipment provides a function for transmitting and receiving data and signals between the management server and the smart switch 300, all data and signals passing through the transceiver 350 It is controlled by the controller 340.

When the transceiver is equipped with a wireless communication transceiver, ZigBee (Bluetooth), Bluetooth (Blue tooth), UWB (Ultra wideband), Home radio frequency (RF), Wireless LAN (WLAN), Wi-Fi (Wi-Fi) And the like, and when the wired communication transceiver is provided, power line communication (PLC), Ethernet, Home Phoneline Networking Alliance (PNA), IEEE1394, and the like can be used.

The controller 340 controls the devices included in the smart switch 300 and controls data and signals between the devices. The request signal and the control signal transmitted through the wireless remote controller receiver 330 are transmitted to the management server or the response signal received from the management server is transmitted to the wireless remote controller, and the response signal is classified in the controller. That is, the information signal of the response signal is transmitted to the voice output unit to output the voice, and the control signal commands the switch unit 320 to control the lighting.

In addition, the control unit 340 transmits a request signal to the management server when receiving a request signal for checking the lighting state from the wireless remote control, and is stored in the control unit 340 when an information signal about the lighting state is received from the management server. The information signal is searched and transmitted to the voice output unit 310 and the wireless remote control receiver 330 corresponding to the entire lighting condition response.

The wireless remote receiver 330 is provided with a wireless communication terminal of the same type as the wireless remote control, and receives the wireless communication signal transmitted from the wireless remote control and transmits it to the control unit 340, and the state information of the home lighting from the control unit 340. Receives the transmission to the wireless remote control to display the lighting status information of the home via the display unit of the wireless remote control. The voice output unit 310 receives an information signal from the controller 340 and provides a voice service to the user.

The switch unit 320 controls the illuminance, on and off of the lights connected to the switch unit 320 according to the control command of the controller 340. The switch unit 320 may control the illuminance, on and off of the illumination by using an electronic switch using electromagnetic electricity or a transistor.

In addition, by providing a button for manually operating or requesting lighting control, lighting status request and voice information service, the user can use the functions without inconvenience without using the wireless remote control.

Each part of the smart switch can be applied as a device that can control and check the status of home appliances as well as lighting control and lighting status check within the scope of the present invention.

4 is a block diagram of a management server 400 according to the present invention. Referring to FIG. 4, the management server 400 includes a web setting unit 410, a management unit 420, a control unit 430, an Ethernet interface unit 440, and a transmission / reception unit 450.

The transceiver 450 is provided with a wireless communication or wired communication transceiver of the same type as the smart switch to provide a data transmission and reception function with a plurality of smart switches in the home. The management unit 420 registers the first smart switch and the Nth smart switch as an apparatus for integrating and managing a plurality of smart switches in the home, and assigns an identification number. When transmitting a control signal from the management server 400 is always attached to the identification number and transmits the function to control only the specified smart switch to operate without crosstalk. The smart switch in the home can be extended by necessity and situation as well as the first smart switch and the N-th smart switch. Ethernet interface unit 440 is a device that allows the management server 400 to access the Internet. The Ethernet interface unit 440 maintains a connection with the web server through the Internet network, and transmits the voice information service request signal of the smart switch to the web server and receives the information signal from the web server.

The control unit 430 is a device for the operation of the management server 400. It includes a driver of the transmission and reception unit 450, the management unit 420 and the Ethernet interface unit 440 included in the management server 400, and controls the operation of each device and smooth data transmission and reception between each device To ensure.

The web setting unit 410 stores a user preference information and provides an interface for changing a setting. The user may access the web setting unit 410 through the Internet, and select a field that he / she wants to receive after the user authentication step. The web setting unit 410 stores the information set by the corresponding user, and provides the information to the controller 430 whenever the controller requests. Later, by adding visual interface elements to the web settings, users can store user preferences in the settings directly without going through the Internet.

Each part of the management server can be applied as a device that can control and check the status of home appliances as well as lighting control and lighting status check within the scope of the present invention.

5 is a configuration diagram of a web server 500 according to the present invention. Referring to FIG. 5, the web server 500 includes a web server unit 510, a text-to-speech unit 520, a controller 530, and an Ethernet interface unit 540.

The Ethernet interface 540 is a device that allows the web server 500 to access the Internet at all times. Receives user preference information from a plurality of management servers installed in a plurality of homes, such as an apartment complex or a housing complex, and transmits it to the web server unit 510, and receives the information signal from the text-to-speech unit 520. Send a signal to the management server.

The web server unit 510 crawls the web in real time on the received preference information for each user. The data detected after the web crawl is generated and transmitted to the text-to-speech unit 520 by generating a data file in a text format. The text-to-speech converter 520 receives the text data from the web server 510 and converts the data into a voice file to generate an information signal. The generated information signal is transmitted to the management server through the Ethernet interface 540.

The control unit 530 is a device for operating the web server 500 of each device included in the web server 500, that is, the Ethernet interface unit 540, the web server unit 510 and the text-to-speech unit 520 Includes a driver, controls the operation of each device and ensures accurate data movement between each device.

Referring to the operation of the web server 500 in more detail, the web server is connected to the Internet through the Ethernet interface 540 and transmits and receives user preference information and information signals with the management server. If a request signal for preference information for each user is received through the Ethernet interface 540, the controller transmits the request to the web server unit 510.

When the request signal is transmitted, the web server unit 510 checks the user's preferred information in the request signal and then performs a web crawl including the user's request signal as an index word.

Countless documents are collected through the Internet to extract a lot of information as soon as possible, and search is performed based on the received request signal of the user. As a result of the search, the text showing the user's request information and the highest accuracy is text. It is saved as a file and transmitted to the text-to-speech unit 520.

The text-to-speech unit 520 reads the text file and replaces the text file with an internal voice file corresponding to each word or character. When a single voice file is generated by replacing the entire text file with a voice file, the text file is converted into an information signal and transmitted to the management server through the Ethernet interface 540.

6 is a flowchart illustrating a process of checking the operation state of the entire lighting provided in the home according to the present invention. Referring to FIG. 6, when the wireless remote controller generates a request signal for confirming an operation state of lighting, the wireless remote control transmits the request signal to the first smart switch using wireless communication (S610). The first smart switch transmits a request signal to the management server (S620).

When the management server transmits the request signal (S620), the request signal is transmitted to all smart switches in the home registered in the management server, including the first smart switch and the Nth smart switch (S630). All smart switches in the home determine the state of the light connected to the switch unit according to the request signal and transmits the determination result information to the management server (S640).

The management server collects discrimination result information transmitted from each smart switch. The collected determination result information is transmitted to the first smart switch that has transmitted the first request signal (S650). The first smart switch analyzes the received discrimination result information, searches for a voice file suitable for a situation, plays it through its own voice output unit (S660), and delivers it to the user. In addition, the determination result information is transmitted to the wireless remote controller (S670), and the state of lighting is displayed on the display unit of the wireless remote controller (S680).

7 is a flowchart illustrating a control process of lighting according to the present invention. Referring to FIG. 7, when an illumination control command for the Nth smart switch is generated in the wireless remote controller, the wireless remote controller transmits a control signal to the first smart switch that is closest to the remote controller (S710). The first smart switch transmits a control signal to the management server through wireless communication (S720). The management server grasps the identification number of the Nth smart switch for managing the control requested lighting, and transmits a control signal including the identification number of the Nth smart switch (S730). The N-th smart switch receiving the control signal controls the lighting through the switch unit (S740).

6 and 7 is one embodiment, it should be understood that the actual ubiquitous home network system of the present invention can control not only lighting but also home appliances.

8 is a flowchart illustrating a voice service process according to the present invention. Referring to FIG. 8, when a request signal is generated according to a request for providing a web information service of a user through a voice information service button unit of a wireless remote controller, the request signal is transmitted through wireless communication (S810).

The closest smart switch receives the voice information service request signal (S810) and transmits the voice information service request signal to the management server through wireless communication (S820).

The management server confirms the user requesting the voice information service from the received request signal, detects information on the field set by the user through the web server, and transmits the detected preference information to the web server (S830).

The web server performs a web crawl on the preference information requested by the user (S840), converts the result of the web crawl into an information signal and transmits the result to the management server (S850). The management server transmits the information signal to the smart switch that sent the first request signal (S860).

The smart switch receiving the information signal provides a voice information service to a user by reproducing a voice file to a voice output unit (S870), and transmitting the information signal to a wireless remote controller (S880). Is displayed as a character (S890).

Although the present invention has been shown and described with reference to the preferred embodiments as described above, it is not limited to the above embodiments and those skilled in the art without departing from the spirit of the present invention. Various changes and modifications will be possible.

Therefore, the ubiquitous home network system and service method of the present invention can replace the existing home lighting switch and intercom with a smart switch and a management server connected by wireless communication, thereby installing a simple construction method and a low cost home network system.

In addition, the present invention implements a ubiquitous information environment by providing a voice information service to the user with a wireless remote control, a smart switch, a management server, a web server, and allows the management server to manage all the lighting or home appliances in the home There is another effect of controlling all the lights or appliances without moving in.

Claims (31)

A wireless remote controller for generating a request signal for checking an operation state of a lighting installed in a home and a control signal for controlling the lighting and transmitting the generated control signal to a nearby smart switch; Delivering the request signal and the control signal received from the wireless remote control to the management server for inter-switch communication, receives and outputs the operation state information of the lighting from the management server, and controls one or more lights connected by wire A first smart switch; A management server transferring the received request signal and the control signal to an Nth smart switch and transferring operation state information of the lighting received from the Nth smart switch to the first smart switch; And An N-th smart switch which transmits operation state information of the lighting to the management server according to the received request signal and controls the operation of the lighting according to the control signal Includes, the wireless remote control, A wireless communication unit which transmits the control signal and the request signal through wireless communication; An illumination control button unit which receives an input of a control command button and generates a control signal for controlling each lighting in the home and transmits it to a wireless communication unit; An illumination state request button unit which receives an input of an illumination state request button and generates a request signal for requesting the state information of the indoor lighting and transmits the request signal to the wireless communication unit; And A display unit for receiving the state information of the light and displaying it on the visual representation device Ubiquitous home network lighting control system comprising a. delete The method of claim 1, The wireless communication unit is a ubiquitous home network lighting control system using a wireless communication of any one of Zigbee, Bluetooth, UWB, home RF, WLAN and Wi-Fi. The method of claim 1, wherein the smart switch, Transmitting and receiving unit for transmitting the request signal and the control signal received through the control unit to the management server, and transmits the signal received from the home network to the control unit; A wireless remote control receiver which receives a wireless communication signal from the wireless remote control and transmits it to a control unit; A switch unit configured to perform illuminance, on, and off commands of illumination under the control of the controller; A voice output unit receiving the output signal from the controller and outputting the output signal; And A control unit connected to the transceiver, a wireless communication unit, a voice output unit, and a switch unit to control each unit and manage communication between the units Ubiquitous home network lighting control system for voice information service comprising a. The method of claim 4, wherein The transceiver is a ubiquitous home network lighting control system using a wireless communication of any one of Zigbee, Bluetooth, UWB, home RF, WLAN and Wi-Fi. The method of claim 4, wherein The transceiver unit is a ubiquitous home network lighting control system using wired communication of any one of power line communication, Ethernet, home PNA, and IEEE1394. The method of claim 4, wherein The control unit is a ubiquitous home network lighting control system for determining the operation of the smart switch according to the identification number by checking the identification number from the signal received from the management server. The method of claim 4, wherein The switch unit is a ubiquitous home network lighting control system, characterized in that the electronic relay for controlling the illumination, on and off of the illumination. The method of claim 4, wherein The switch unit is a ubiquitous home network lighting control system, characterized in that the electronic switch using a transistor for controlling the illumination, on and off of the illumination. The method of claim 1, wherein the management server It is connected to the control unit and transmits the control signal and the request signal received from the first or the N-th smart switch to the control unit via wireless communication and wirelessly transmits the signal received from the control unit to the first smart switch or the N-th smart switch. Transmitting and receiving unit; A management unit generating a signal for registration and control of the first smart switch and the Nth smart switch and transmitting the signal to the controller; And A control unit connected to the transmission and reception unit and the management unit to control and manage each device by using the driver of each unit included therein and to generate a signal corresponding to the control signal and the request signal. Ubiquitous home network lighting control system comprising a. The method of claim 10, The transceiver is a ubiquitous home network lighting control system using a wireless communication of any one of Zigbee, Bluetooth, UWB, home RF, WLAN and Wi-Fi. The method of claim 10, The transceiver unit is a ubiquitous home network lighting control system using wired communication of any one of power line communication, Ethernet, home PNA, and IEEE1394. The method of claim 10, The management unit allocates different identification numbers to the first and N-th smart switches, and performs wireless communication between each smart switch and the management server, and transmits the wireless communication signal including the identification number to transmit the ubiquitous home network lighting control. system. A wireless remote controller generating user identification information according to a user's request for providing a web information service; A smart switch which mediates communication between the wireless remote control and the management server and outputs voice information received from the management server; A management server which stores and manages preference information for each user, detects the preference information corresponding to the user classification information received from the wireless remote controller, transmits the preference information to a web server, and transmits the information received from the web server to the smart switch; And The web server receives the preference information detected from the management server, collects web information corresponding to the web server, converts the web information into an information signal, and transmits the information to the management server. The wireless remote control includes a A wireless communication unit which transmits user identification information through wireless communication; And Voice information service button unit that receives user identification information using wireless remote control and generates user identification information and transmits it to wireless communication unit Ubiquitous home network voice information system comprising a. delete The method of claim 14, The ubiquitous home network voice information system using the wireless communication unit of any one of Zigbee, Bluetooth, UWB, home RF, WLAN and Wi-Fi. The method of claim 14, wherein the smart switch, A wireless remote control receiver for receiving a wireless communication signal from the wireless remote control; A voice output unit for receiving a voice file from the controller and outputting the voice file; And Transmitting and receiving unit for transmitting and receiving a signal through the wireless communication with the management server; Control unit connected to the wireless remote control receiver, voice output unit, transceiver and Ethernet interface unit to control and manage each unit and convert the information signal into a playable voice file Ubiquitous home network voice information system comprising a. The method of claim 17, The control unit checks the identification number from the signal transmitted from the management server, and determines whether the operation of the smart switch according to the identification number ubiquitous home network voice information system. The method of claim 17, The control unit receives the user identification information from the wireless remote control unit and requests preference information to the user setting unit to transmit the preference information to the web server via the Ethernet interface unit ubiquitous home network voice information system. The method of claim 17, The control unit is a ubiquitous home network voice information system for converting the information signal received from the management server into a voice file to transmit to the voice output unit. The method of claim 17, The transceiver Ubiquitous home network voice information system using any one of infrared communication, Zigbee, Bluetooth, UWB, home RF, WLAN and Wi-Fi. The method of claim 17, The transceiver unit is a ubiquitous home network voice information system using wired communication of any one of power line communication, Ethernet, home PNA, and IEEE1394. The method of claim 14, wherein the management server, Transmitting and receiving unit for transmitting and receiving a signal through the two-way wireless communication with the smart switch; A user setting unit configured to store and store user preference information through a web page, and provide the user preference information when the user identification information is received through the transceiver;  A management unit for registering the smart switch and generating a signal for identification and transmitting the generated signal to the control unit; And An Ethernet interface unit connected to the Internet to receive the user preference information from the management server and transmit the web information converted into an information signal to the management server Ubiquitous home network voice information system comprising a. The method of claim 23. The transceiver Ubiquitous home network voice information system using any one of infrared communication, Zigbee, Bluetooth, UWB, home RF, WLAN and Wi-Fi. The method of claim 23, wherein The transceiver unit is a ubiquitous home network voice information system using wired communication of any one of power line communication, Ethernet, home PNA, and IEEE1394. The method of claim 23, wherein The management unit allocates an identification number to the smart switch, and in wireless communication between the smart switch and the management server transmits the identification information in the wireless communication signal including the wireless communication signal. The method of claim 14, wherein the web server, An Ethernet interface unit connected to the Internet to receive the user preference information from the management server and to transmit web information converted into an information signal to the management server; A web server unit performing real-time web crawling on the preference information received from the management server and generating the searched result as a text file; A text-to-speech converter for converting the text file received from the web server to a voice file to generate an information signal; And A control unit connected to the Ethernet interface unit, web server unit and text-to-speech unit, for controlling and managing each device by incorporating the driver of each unit. Ubiquitous home network voice information system comprising a. A first step of generating, by the wireless remote controller, a request signal for confirming the operation state of the lighting and transmitting the generated request signal to the first switch; A second step of transmitting, by the first switch, the request signal to a manager for inter-switch communication; A third step of the manager transferring the request signal to an Nth switch connected to the lighting; A fourth step of the N-th switch determining the operation state of the lighting according to the request signal and transferring the determination result information to the manager; A fifth step of receiving, by the first switch, the determination result information from the manager and outputting the received determination result information; A sixth step of transmitting the determination result information to a wireless remote control; And A seventh step of displaying the determination result information through a visual expression apparatus; An eighth step of generating, by the wireless remote controller, a control signal for controlling the lighting and transmitting the generated control signal to the first switch; A ninth step of delivering, by the first switch, the control signal to the manager; A tenth step of the manager transferring the control signal to the N-th switch; And An eleventh step of the N-th switch controlling the illumination according to the control signal; Home network service method comprising a. delete A first step of receiving a request signal according to a user's request for providing a web information service generated by a wireless remote controller from a smart switch; A second step of transmitting, by the smart switch, the request signal to a management server; A third step of detecting preference information corresponding to the request signal by a user setting unit and delivering the detected preference information to a web server; A fourth step of the web server searching for and collecting information corresponding to the preference information and transmitting the converted information into an information signal to the management server; A fifth step of transmitting, by the management server, the information signal to the smart switch; A sixth step of outputting the information signal from the smart switch through a voice output unit; A seventh step of transmitting the information signal to the wireless remote controller by the smart switch; And An eighth step of receiving the information signal from the wireless remote controller and expressing voice information as a text using a display unit; Including the fourth step, A first step of receiving the preference information from an Ethernet interface unit and transmitting the preference information to a user setting unit; A second step of performing a web crawl on the preference information in the user setting unit; A third step of generating a result of the web crawling into a text file and transmitting it to a text-to-speech unit; A fourth step of converting the text file into a voice file and generating an information signal by the text-to-speech converter; And A fifth process of transmitting the information signal to the management server through the Ethernet interface unit; Home network service method comprising a. delete

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