KR200388976Y1 - Home network system using control switch capable of putting out light and cutting off the gas - Google Patents

Abstract

In a home network system comprising a user terminal, a home network control device, a control switch for going out, and a control terminal, the control switch for going out receives a control signal from an illumination control button to provide a control signal for turning on / off an operation of the illumination switch. Generating lighting control unit; A gas valve control unit which receives an input signal from the gas control button and generates a control signal for turning on / off an operation of the gas valve; A communication unit connected to the home network controller via a communication line to receive a control signal of the home network controller and to transmit a response signal corresponding thereto; A data signal processor for generating a data signal corresponding to a control signal of the lighting controller, the gas valve controller, and a home network controller, and detecting a data signal corresponding to the response signal; A DC power communication unit for transmitting the data signal of the data signal processing unit to a control terminal to a DC component power source from which an AC component is removed from a commercial AC power source of a power line; And a control unit configured to be electrically connected to the lighting control unit, the gas valve control unit, the communication unit, the data signal processing unit, and the DC power communication unit to turn off the lights and block the gas. The home network system used is provided.

Description

Home network system using control switch capable of putting out light and cutting off the gas}

The present invention relates to a home network system using an electronic switch for going out, and more specifically, using an electronic switch connected to a gas valve control member for controlling the supply of gas and a blocking member for shutting off power to electric lights installed throughout the home. The present invention relates to a home network system using a control lamp for outgoing and a switch-off of gas, which can collectively turn off lights and gas that can cut off the supply of power and gas supplied to the lights.

In general, a power source used in a house is connected to an individual outlet or switch through an initial electricity meter, and electrical appliances such as various home appliances or lamps are individually used in the outlet or switch. In addition, the gas used in the house is supplied to a heating device such as a gas range or a boiler in the kitchen through a supply pipe, etc. from the gas supply source, the gas range or boiler is to be controlled to supply the gas by a gas supply valve. have.

Therefore, when going out due to urgent work, the conventional house as described above is provided to the lights in various places throughout the home through the electricity meter, the switch to cut off the power when the power supply to the lights are located Must be forcibly switched off. In addition, even when the gas supply is cut off, it is troublesome to move to the place where the gas valve is located and forcibly cut off the gas supply.

Therefore, in order to solve the above problems, conventionally, a separate communication line, for example, RS in a communication module (or ADC (Analog Digital Converter)) for controlling the operation of each controller such as the lamp, gas range, boiler, etc. Since the control signal is transmitted by connecting the -485 line, a separate wired wiring work is required accordingly, and there is an aesthetic problem due to the exposure of the wiring.

Therefore, when you go out due to urgent work, you can easily cut off the supply of power supplied to the lamp and the gas supplied to the gas range or boiler, etc. without using a separate wired wiring work and the control lamp for going out from the remote by using this There is a need for a home network system that can control the supply of power and gas.

Therefore, an object of the present invention is to use a light switch for supplying or cutting off the power of a lighting in a home and a control switch for outing connected to a gas supply control valve for supplying or cutting off gas, and a power supply and a gas range or a boiler when going out. The present invention provides a home network system using a control lamp for outgoing which allows the light to be turned off collectively and the gas to be shut off.

In addition, another object of the present invention is to connect the home network control device to the control switch for going out, the control signal of the home network control device along with the power line to control the light switch and the gas supply control valve to control the lighting lamp from a remote location The present invention provides a home network system using a control lamp for outgoing and a switch-off of a gas that is capable of selectively controlling the supply of gas supplied to a power source and a gas range or a boiler.

According to the present invention, in a home network system consisting of a user terminal, a home network control device, a control switch for going out and a control terminal, the control switch for going out receives an input signal from an illumination control button to turn on / off the operation of the illumination switch. Lighting control unit for generating a control signal for the; A gas valve control unit which receives an input signal from the gas control button and generates a control signal for turning on / off an operation of the gas valve; A communication unit connected to the home network controller via a communication line to receive a control signal of the home network controller and to transmit a response signal corresponding thereto; A data signal processor for generating a data signal corresponding to a control signal of the lighting controller, the gas valve controller, and a home network controller, and detecting a data signal corresponding to the response signal; A DC power communication unit for transmitting the data signal of the data signal processing unit to a control terminal to a DC component power source from which an AC component is removed from a commercial AC power source of a power line; And a control unit configured to be electrically connected to the lighting control unit, the gas valve control unit, the communication unit, the data signal processing unit, and the DC power communication unit to turn off the lights and block the gas. The home network system used is provided.

In addition, the control terminal is connected to each of the plurality of light switches and gas control valves so that the power supplied to the lamp and gas supplied to the gas range or boiler is cut off, a plurality of selectively switching the light switch and gas control valve It is preferable to include the first terminal switch and the second terminal switch for switching the first terminal switch collectively.

In addition, the first terminal switch and the second terminal switch of the control terminal is preferably assigned a unique ID or address, respectively.

The DC power communication unit may include an input circuit device for transmitting a data signal transmitted from the power line to the data signal processor, and an output circuit device for transmitting a data signal transmitted from the data signal processor to the power line. The input circuit device includes rectifying means for rectifying the data signal transmitted from the power line, noise removing means for removing noise of the data signal rectified by the rectifying means, and detecting a data signal from which noise is removed by the noise removing means. And signal stabilization means for amplifying the data signal detected by the signal detection means, and voltage stabilization means for supplying stable operating power to the transmission amplification means. Signal detecting means for detecting a data signal to be transmitted; Receiving amplifying means for amplifying the data signal detected by the signal detecting means, voltage stabilizing means for supplying a stable operating power to the receiving amplifying means, and rectifying means for rectifying the data signal amplified by the receiving amplifying means. It is preferable.

Hereinafter, the configuration of a preferred embodiment of the present invention with reference to the accompanying drawings will be described in detail.

In describing the present invention, when it is determined that a detailed description of a related known function or configuration may unnecessarily obscure the subject matter of the present invention, a detailed description thereof will be omitted.

1 is a block diagram schematically showing a home network system using a control switch for going out according to a preferred embodiment of the present invention.

As shown in Figure 1, the home network system using a control switch for going out in accordance with a preferred embodiment of the present invention, the user terminal 100, a lighting lamp 510, gas range ( 520 and the controller 500 from the home network control device 200 and the home network control device 200 for receiving the status information for the control device 500, such as the boiler 530, and transmits the response information corresponding thereto. Receives a control signal corresponding to the status information of the) and transmits a response signal corresponding thereto, and cuts off the supply of power supplied to the lamp 510 and the gas supplied to the gas range 520 or the boiler 530. It includes a control terminal 400 connected to the control switch 300 for going out and the control switch 300 for going out through a power line to control the controller 500 corresponding to the control signal.

The user terminal 100 is to generate a status information signal for grasping the status information of the controllers 500, such as the lamp 510, the gas range 520 and the boiler 530 in the home at a remote location, It includes a PC or a mobile communication terminal connected to the home network control device 200 through the Internet communication network.

In this case, the user terminal 100 connected to the home network control apparatus 200 through the Internet communication network is provided with an Internet browser capable of displaying a web page to enable wired and wireless Internet communication with the outside through a wired or wireless interface. desirable.

In addition, the Internet communication network includes all communication networks such as WAN, LAN, etc. using the TCP / IP protocol that can be wired and the WAP protocol that can be wirelessly connected to access the home network control apparatus 200. It is preferable to include an IP server of a telecommunication company side that manages, for example, IP information as a substantial gateway of the IP.

The home network control apparatus 200 is connected to the Internet communication network of the TCP / IP communication unit 210 and the TCP / IP communication unit 210 for receiving a request signal from the user terminal 100 and transmitting a response signal thereto. Interrupts generated in the data communication unit 220, the TCP / IP communication unit 210, and the data communication unit 220 for transmitting a control signal corresponding to the request signal to the control switch 300 for going out and receiving a response signal thereto. A home gateway that is electrically connected to the interrupt processor 230 and the TCP / IP communication unit 210, the data communication unit 220, and the interrupt processor 230 to control the components. To perform.

Here, the TCP / IP communication unit 210 is an interface which is an internet network access means for allowing the user terminal 100 using the internet communication network to be connected to the home network control apparatus 200, and the user terminal 100 connected to the interface. A web server that provides a web page to the user terminal 100 to generate a request signal (control signal) for controlling the controller 420, and a request signal (control signal) generated from the web server. It is preferable to include a data signal processor for processing the data signal to the control unit 390 and receiving a response signal from the control unit 390 to process the data signal to the user terminal 100 for transmission.

FIG. 2 is a perspective view illustrating an installation state of a control switch for going out in the home network system of FIG. 1, and FIG. 3 is a block diagram illustrating the control switch for going out of FIG. 2.

3 and 4, the outgoing control switch 300 is installed in the entrance or living room of the home, the power supply unit receives a commercial AC power from the power line (indoor) drawn from the power supply (not shown) ( 310, a constant voltage unit 320 for supplying only a DC component power from which an AC component has been removed among commercial AC powers of the power supply unit 310, receives an input signal from the illumination control button 331, and supplies power supplied to the lamp 510. Gas for generating a control signal for blocking the gas supplied to the gas range 520 or the boiler 530 by receiving an input signal from the lighting control unit 330, the gas control button 341 to generate a control signal for blocking It is connected to the valve control unit 340 and the home network control device 200 through a communication line, and receives a control signal from the home network control device 200 and transmits a response signal corresponding thereto to the home network control device 200. Data signal for generating a data signal corresponding to the control signal of the communication unit 350, the lighting control unit 330, the gas valve control unit 340 and the home network control device 200 and detects the data signal corresponding to the response signal DC power communication unit for loading the data signal of the data signal processing unit 360 to the control terminal 400 through the power line to load the DC component power from the AC component of the commercial alternating power of the processing unit 360, the power supply 310 The controller 380 is electrically connected to the lighting controller 330, the gas valve controller 340, the communicator 350, the data signal processor 360, and the DC power communication unit 370 to control the components. It acts as an electronic switch, including

Here, the data signal processing unit 360 and the DC power communication unit 370 of the control switch 300 for going out, the "application for DC power line communication" of Korean Patent Application No. 10-2004-0010362 filed by the applicant of the present application. / Output circuit device and its method "correspond to" data signal generator / processor "and" input / output circuit device "respectively, and the DC power communication unit 370 transmits the data signal of the data signal processor 360 Since it is supplied to the control terminal 400 through the power line loaded on the power of the component, there is no need to perform a separate power supply and wired wiring for data communication, and there is no need to use an expensive modem for data conversion.

The DC power communication unit 370 may further include an input circuit device for transmitting the data signal transmitted from the power line to the data signal processing unit 360 and a data signal transmitted from the data signal processing unit 360 to the power line. It consists of an output circuit device.

The input circuit device may further include rectifying means for rectifying a data signal transmitted from the power line, noise removing means for removing noise of the data signal rectified by the rectifying means, and data in which noise is removed by the noise removing means. And signal detecting means for detecting a signal, transmission amplifying means for amplifying the data signal detected by the signal detecting means, and voltage stabilizing means for supplying stable operating power to the transmission amplifying means.

In addition, the output circuit device is a signal detecting means for detecting a data signal transmitted from the data signal processing unit 360, receiving amplifying means for amplifying the data signal detected by the signal detecting means, stable operation to the receiving amplifying means Voltage stabilizing means for supplying power and rectifying means for rectifying the data signal amplified by the receiving amplifying means.

4 is a diagram illustrating the connection of control terminals and controllers in the home network system of FIG. 2.

As shown in FIG. 4, the control terminal 400 includes a plurality of light switches 540 and gases such that power supplied to the lamp 510 and gas supplied to the gas range 520 or the boiler 530 are blocked. A plurality of first terminal switches 410 and the first terminal switch 410 are collectively connected to the control valve 550 to selectively switch the lighting switch 540 and the gas control valve 550 to be controlled. It includes a second terminal switch 420 to be controlled to switch.

Here, the control terminal 400 is supplied with a DC power supply from the DC power communication unit 370 of the control switch 300 for going out and further DC power communication means (not shown) or ADC (Analog Digital Converter) to enable data communication. It is preferable to include, and it is preferable that a unique ID or address is assigned to each of the terminal switches 410 and 420 to enable selective switching of the control signal of the home network controller 200.

Therefore, when a control signal is input from the lighting controller 330, the gas valve controller 340, and the home network controller 200, a data signal corresponding to the control signal is transmitted through the power line to the second terminal switch 420 and the first terminal. The light switch 540 and the gas control valve 550 may be selectively or collectively received by the switch 410.

Hereinafter, the operation and effect of the home network system using the control switch for going out according to the preferred embodiment of the present invention having the above configuration will be described in more detail.

First, the power supply of the lamp 510 by the illumination control button 331 and the gas control button 341 provided outside the switch 300 for going out and the gas supplied to the gas range 520 or boiler 530 The blocking / release control will be described as follows.

First, a control signal is input from the user to the lighting control button 331 or the gas control button 341 of the switch 300 for going out, and the respective control signals are respectively provided to the lighting control unit 330 and the gas valve control unit 340. Is received.

Subsequently, control signals of the lighting controller 330 and the gas valve controller 340 are converted into corresponding data signals by the data signal processor 360, and the data signals are loaded on the power line by the DC power communication unit 370. Is sent to 400.

Thereafter, the first terminal switch 410 is switched and controlled by the second terminal switch 420 of the control terminal 400 to be supplied to the lamp 510 and the gas range 520 or the boiler 530. And gas will be blocked.

Accordingly, when the data signal corresponds to the control signal generated from the lighting control button 331, the first terminal switch 410 connected to the lighting switch 540 by the second terminal switch 420 of the control terminal 400. They are all in an OFF state, and all power supplied to the lamp 510 is cut off.

In addition, when the data signal corresponds to a control signal generated from the gas control button 341, the first terminal switch 410 connected to the gas valve 550 by the second terminal switch 420 of the control terminal 400. ) Are all turned off (OFF), and all the gas supplied to the gas range 520 or the boiler 530 is blocked.

On the other hand, it will be described with respect to the control of the power supply to the lamp 510 from a remote location and the gas cut / release control of the gas supplied to the gas range 520 or the boiler 530 as follows.

First, to block the power supplied to the lamp 510 from the user terminal 100 to the TCP / IP communication unit 210 of the home network control apparatus 200 and the gas supplied to the gas range 520 or the boiler 530. When the control signal is input, the control signal is transmitted to the control switch 300 for going out by the data communication unit 220 of the home network control device 200.

Thereafter, the control signal is received by the communication unit 350 of the control switch 300 for going out and converted into the corresponding data signal by the data signal processing unit 260, and the data signal is loaded on the power line by the DC power communication unit 370. It is transmitted to the control terminal 400.

Thereafter, the first terminal switch 410 is selectively switched and controlled by the second terminal switch 420 of the control terminal 400 and the power supplied to the lamp 510 and the gas range 520 or the boiler 530. The gas will be shut off.

Accordingly, when the data signal corresponds to the control signal generated from the lighting control button 331, the first terminal switch 410 connected to the lighting switch 540 by the second terminal switch 420 of the control terminal 400. They are all in an OFF state, and all power supplied to the lamp 510 is cut off.

In addition, when the data signal corresponds to a control signal generated from the gas control button 341, the first terminal switch 410 connected to the gas valve 550 by the second terminal switch 420 of the control terminal 400. ) Are all turned off (OFF), and all the gas supplied to the gas range 520 or the boiler 530 is blocked.

On the other hand, if the data signal includes the unique ID or address of the terminal switch (410,420) of the control terminal 400, only the corresponding terminal switch of the control terminal 400 is off (OFF) state a plurality of lights 510 Only the power supplied to the corresponding lamp is cut off or only the gas supplied to any one of the gas range 520 or the boiler 530 is cut off.

Therefore, according to the present invention as described above, when the user presses the light control button or gas control button provided in the control switch for going out when the light switch or gas valve is automatically cut off and the power supplied to the lamp and gas range or boiler, etc. The gas to be supplied can be shut off collectively.

In addition, by connecting the control switch for going out to the home network control device it is possible to collectively or selectively control the blocking of power and gas supplied to the lamp and the gas range or the boiler from a remote location.

In addition, by supplying the DC power supply and the control signal through the power line between the control switch and the control terminal for going out, separate to the communication module (or ADC (Analog Digital Converter)) for controlling the operation of each controller device Communication line For example, since RS-485 line does not need to transmit control signal, there is no need for separate wired wiring work, so it is possible to construct a simple home network.

On the other hand, although the preferred embodiment of the present invention, the lighting switch and the gas valve has been described in the control terminal, home appliances that receive the operating power from the power outlet by further connecting the power outlet, for example, TV It is desirable to be able to shut off power to computers, audio, and air conditioners.

Although the present invention has been described with respect to specific embodiments, various modifications can be made without departing from the scope of the present invention. Therefore, the scope of the invention should not be defined by the described embodiments, but by the equivalents of the claims and claims.

As described above, according to the present invention, only the control button of the outgoing control switch that can communicate with the control terminal connected to the light switch and the gas valve, the power supplied to the lights installed around the home and the gas supplied to the gas range or the boiler By blocking them collectively, it is possible to make the user go out more easily by not blocking the lighting switch and the gas valve.

In addition, by connecting the control switch for going out and the home network control device, the power supplied to the lamp and the gas supplied to the lamp from a remote user can be selectively or collectively controlled.

In addition, by supplying the DC power supply and the transmission of the control signal through the power line between the control switch and the control terminal for going out, there is no need to perform a separate wired wiring work and construct an economical home network without having an expensive communication modem can do.

1 is a block diagram schematically showing a home network system using a control switch for going out according to a preferred embodiment of the present invention;

Figure 2 is a perspective view showing the installation state of the control switch for going out in the home network system of Figure 1;

3 is a block diagram illustrating a control switch for outing of FIG. 2; And

FIG. 4 is a diagram illustrating the connection of control terminals and controllers in the home network system of FIG. 2.

* Explanation of symbols for main parts of the drawings

100: user terminal 200: home network control device

300: control switch for going out 310: power supply

320: constant voltage unit 330: lighting control unit

340: gas valve control unit 350: communication unit

360: data signal processor 370: DC power communication unit

380 control unit 400 control terminal

410: first terminal switch 420: second terminal switch

500: controller 510: lighting

520 gas range 530 boiler

Claims (4)

In the home network system consisting of a user terminal, a home network control device, a control switch for going out and a control terminal, The control switch for going out, An illumination control unit which receives an input signal from the illumination control button and generates a control signal for turning on / off an operation of the illumination switch; A gas valve control unit which receives an input signal from the gas control button and generates a control signal for turning on / off an operation of the gas valve; A communication unit connected to the home network controller via a communication line to receive a control signal of the home network controller and to transmit a response signal corresponding thereto; A data signal processor for generating a data signal corresponding to a control signal of the lighting controller, the gas valve controller, and a home network controller, and detecting a data signal corresponding to the response signal; A DC power communication unit for transmitting the data signal of the data signal processing unit to a control terminal to a DC component power source from which an AC component is removed from a commercial AC power source of a power line; And The lighting control unit, the gas valve control unit, the communication unit, the data signal processing unit and the DC power communication unit is electrically connected to the control unit for controlling the components, characterized in that it is characterized in that the collective lighting of the lighting lamp and go out to enable the blocking of gas. Home network system using control switch. According to claim 1, The control terminal is connected to each of the plurality of light switches and gas control valves so as to cut off the power supplied to the lamp and gas supplied to the gas range or boiler to selectively select the light switch and gas control valve. And a plurality of first terminal switches for switching to the first and second terminal switches for collectively switching the first terminal switches. Home network system. According to claim 2, wherein the first terminal switch and the second terminal switch of the control terminal is assigned a unique ID or address, respectively, characterized in that the home light using a control switch for going out and to block the gas and turn off the lights. Network system. The method of claim 1, wherein the DC power communication unit, An input circuit device for transmitting a data signal transmitted from the power line to the data signal processor and an output circuit device for transmitting a data signal transmitted from the data signal processor to the power line, The input circuit device, Rectifying means for rectifying the data signal transmitted from the power line, noise removing means for removing noise of the data signal rectified by the rectifying means, signal detecting means for detecting a data signal from which noise is removed by the noise removing means; Transmission amplification means for amplifying the data signal detected from the signal detection means and voltage stabilization means for supplying stable operating power to the transmission amplification means, The output circuit device, Signal detecting means for detecting a data signal transmitted from the data signal processor, receiving amplifying means for amplifying the data signal detected by the signal detecting means, voltage stabilizing means for supplying stable operating power to the receiving amplifying means, and And a rectifying means for rectifying the data signal amplified by the receiving amplifying means.