KR100464265B1 - Reclamated multi functional television device - Google Patents

Abstract

The present invention relates to a multifunctional TV device, and more particularly, to a buried multifunctional TV device embedded in the wall of the house that can be stored and withdrawn.

The embedded multifunctional TV device according to the present invention is a multifunctional TV device installed to be exposed to a predetermined wall surface of the house, the receiving portion formed in the front portion, the input unit provided with a plurality of input buttons on the outside, TV received from the airwaves A main unit including a TV receiving circuit for receiving and outputting a signal, a speaker for outputting an audio signal received from the TV receiving circuit, and a controller for controlling an operation of the embedded multifunction TV device; A monitor unit configured to display an image signal received from the TV receiving circuit, and to be received and drawn out in an accommodation unit of the main body unit; One end is fixed to the receiving portion, the other end is characterized in that it comprises a fastening part which is fixed to the monitor unit and received and drawn out.

Description

Reclamated multi functional television device

The present invention relates to a multifunctional TV device, and more particularly, to a buried multifunctional TV device embedded in the wall of the house that can be stored and withdrawn.

As the industry develops rapidly, modern people do not see houses as simple living spaces, and technologies are developed to provide convenience for residents. In general, TVs are provided in living rooms where residents spend a lot of time. However, in the daily life of busy modern people, most of the major family life is done in the kitchen where meals are performed. In particular, housewives who spend most of their time in the kitchen are showing much interest in technologies to facilitate their actions in the kitchen. For example, TVs and sound apparatuses that can be attached to sinks, for example, have been developed to allow users to listen to over-the-air broadcasts and music through TVs and sound equipments during kitchen activities.

However, such a technique has a disadvantage in that viewing is impossible at a position and a direction desired by a user due to a fixed TV and an audio device.

In addition, if you want to attach the device to other places in the house as well as the kitchen is inconvenient to provide a separate space.

The present invention was devised to solve such a problem, and an object thereof is to provide a buried multifunctional TV device that can be used by storing and withdrawing a TV device capable of watching TV on a wall.

Furthermore, the present invention provides a buried multifunctional device that can freely adjust the angle of view of the monitor to be drawn out.

In addition, the present invention provides an embedded multifunctional TV device capable of performing a video phone function capable of video and voice calls with an interphone installed outdoors.

In addition, the present invention provides a buried multifunction TV device capable of receiving a call received from the outside.

In addition, it is to provide a buried multi-function TV device having a deodorizing device that can remove the odor of the room.

In addition, to provide a built-in multi-function TV device that can control the various devices in the home through the home automation and interfacing installed in the house.

1A is a front view of a buried multifunction TV device according to an embodiment of the present invention.

1B is a side cross-sectional view of the embedded multifunction TV apparatus according to the preferred embodiment of the present invention.

Figure 2a is an operating state diagram showing the storage and withdrawal state of the monitor unit of the embedded multi-function TV device according to an embodiment of the present invention.

2B is an operating state diagram illustrating a left and right rotating state of the monitor unit according to FIG. 2A.

2c is an exploded perspective view showing the structure of a rotating part of the fastening part end and the monitor part of the embedded multifunctional TV device according to the preferred embodiment of the present invention.

Figure 3 is a block diagram schematically showing a buried multifunctional TV device according to an embodiment of the present invention.

Figure 4 is a block diagram schematically showing a buried multifunctional TV device according to another embodiment of the present invention.

<Description of Symbols for Main Parts of Drawings>

1. Embedded multifunctional TV device 100. Main body

110. Input 120. Speaker

130. Storage 140. Bracket

141. Protrusion groove 200. Monitor

210. Fitting 220. Rotating part

300. Fastener 310. Support

311.Transmission port 400.Main body

410. Input unit 420. TV tuner unit

430. Image processing unit 440. Audio output unit

450. Speaker 460. Power supply

470. Control unit 480. Microphone

490. Interphone processing unit 500. Video selection unit

510. Audio selector 520. Telephone circuit

530. Deodorizer 531. Mycelium cysts

532. Heating Element 540. Home Automation Interface

600. Monitor section 610. Display section

620. Image driving circuit

The buried multifunctional TV device according to an aspect of the present invention for achieving the above object is connected to the main body and a fastening means installed in the kitchen sink or under the wall or the wall surface of the dining table, the TV image output from the main body is It is configured to include a monitor unit to be displayed. The main unit receives the operation signal input from the user, receives the airwave signal received through the TV tuner provided therein, separates the video signal and the audio signal, and transmits the video signal to the monitor unit, and outputs the audio signal through the speaker. do.

One side of the monitor is connected to the main body, and the other side is received in a predetermined space formed in the main body by a fastening part connected to the rotating part of the monitor so that the left and right pivots. The user can arbitrarily adjust the angle of view by drawing out the monitor unit stored in the main body. The monitor unit includes a display unit, such as a liquid crystal display, to receive an image signal output from the main body unit and display the image signal through the display unit. Therefore, the user has the advantage of adjusting the angle of view according to the user's position by taking out the monitor unit accommodated when watching TV.

According to another aspect of the present invention, the buried multifunction TV device according to the present invention provides an interphone function that can communicate with the other party of the porch through the video and audio. Most home vestibules have interphones that allow them to talk to indoor dwellers. When the visitor presses the bell provided on the interphone, the main body of the embedded multi-function TV device receives this and outputs a guide message to the speaker or the monitor to notify that the visitor has come.

The resident in the house receives the call signal through the input unit provided in the main body. The interphone processor receives the video signal and the audio signal output from the camera and the microphone of the door interphone, and outputs the video signal to the video selector of the main body and the audio signal to the audio selector, and receives the audio signal received by the microphone provided in the main body. Receives it and outputs it to the interphone provided in the entrance. Therefore, the user can freely check the identity of the visitor who visited the front door and make a call in the space where the main body is installed.

According to another aspect of the present invention, the main body of the embedded multi-function TV device according to the present invention may be connected to the telephone network to receive an incoming call from the outside. When a call is received through the telephone network from the outside, the main unit detects a ring signal among the phone signals and outputs the corresponding ring signal through the speaker provided in the main unit, and outputs a call reception guide message to the monitor unit, indicating that the call has been received. Notify. The user receives the call through an input unit composed of a plurality of input buttons provided in the main body unit. The telephone circuit outputs an audio signal input from a telephone network through a speaker, receives an audio signal of a user input from a microphone, and outputs it to the telephone network. Thus, the user can receive a telephone call freely received in a kitchen or a bathroom which is not equipped with a telephone.

According to another aspect of the present invention, the buried multifunctional TV device according to the present invention further comprises a deodorizing device for removing the odor of the room. The deodorizing device comprises a basalomyeloid mycelium cyst and a heating element incorporating electrical heating means. The culture product of the basidiomycete mycelium irradiated with infrared rays emitted from the heating element activates dissolved oxygen in the air, thereby neutralizing the cation causing odor.

According to another aspect of the present invention, the main body portion of the embedded multi-function TV apparatus according to the present invention further comprises a home automation interface connected to a computer for controlling home automation installed in a house and transmitting and receiving operation commands of devices provided in the house. do. Therefore, the user can transmit a home automation operation command through the embedded multifunctional TV device, thereby enabling the operation of various home appliances provided in the house.

1A is a front view of a buried multifunction TV device according to an exemplary embodiment of the present invention, and FIG. 1B is a side cross-sectional view of the embedded multifunction TV device according to an exemplary embodiment of the present invention. As shown, the embedded multi-function TV apparatus 1 according to the present invention receives an aerial TV broadcast signal and processes and outputs an image signal and an audio signal of the TV signal, and outputs from the main body 100. Monitor unit 200 for receiving and displaying the video signal, and one side is connected to a predetermined position of the receiving unit 130 formed in the main body 100, the other side is hinged with the monitor unit 200 so as to rotate left and right It is configured to include a fastening portion 300 is connected to support the monitor unit 200.

The main body 100 is installed, for example, embedded in a wall of a kitchen table, a wall of a dining table, or a wall of a bathroom, and a predetermined storage unit 130 in which the monitor 200 is stored is integrally formed at an upper end thereof. have. The main body 100 includes a TV receiving circuit including a TV tuner that receives a TV signal that receives a TV signal received from airwaves, and separates the image into an image signal and an audio signal. The video signal of the TV signal output by the TV receiving circuit is transmitted and displayed to the monitor unit 200 through a demodulation process, and the audio signal of the TV signal is audible through the speaker 120 provided in the main body unit 100. It is converted and output.

The main body unit 100 includes an input unit 110 including a plurality of input buttons through which a user can input an operation command at a lower end of the accommodation unit 130 in which the monitor unit 200 is accommodated. At the bottom of the input unit 110, a speaker 120 is provided to convert the audio signal separated from the TV signal to an audible sound and output the audible sound.

In addition, the main body 100 receives a power source such as, for example, AC power supplied to a house to drive the main body 100 and the monitor unit 200 of the buried multifunction TV device 1 according to the present invention. Built-in power supply circuit converts and outputs as necessary.

The monitor unit 200 is configured of a small monitor such as a liquid crystal display device that receives and displays an image signal output from the main body unit 100, for example, a plurality of supports 310 which can be folded with the main body unit 100. It is connected to the joint-shaped fastening portion 300 formed by the () is accommodated in the accommodating portion 130 formed in the main body 100. The monitor 200 receives the power applied from the power supply unit (not shown) of the main body 100 and the video signal transmitted from the TV receiving circuit of the main body 100 to display the video signal through the corresponding monitor.

The fastening part 300 has one side connected to a connection part formed at a predetermined position of the receiving part 130 of the main body part 100, and the other side thereof connected to the pivoting part 220 formed on the back of the monitor part 200. Support the unit 200. In addition, the fastening part 300 is formed to have a folding structure of various methods so that the monitor part 200 is accommodated in the accommodating part 130 of the main body part 100. Hereinafter, the fastening part 300 of the embedded multi-function TV device 1 according to the present invention will be described in more detail.

Figure 2a is an operating state diagram showing the storage and retracted state of the monitor unit of the embedded multi-function TV device according to an embodiment of the present invention, Figure 2b is an operating state diagram showing a left and right rotation state of the monitor unit according to Figure 2a. As shown, the fastening portion 300 of the embedded multi-function TV device 1 according to an embodiment of the present invention is to be formed in a stretchable and foldable articulated joint hinged to both ends of the plurality of support (310) Can be.

When the monitor unit 200 is accommodated in the main body unit 100, each support 310 of the fastening unit 300 is folded and stored around the axis of the hinge, and when the monitor unit 200 is pulled out by the user, The support 310 of the fastening part 300 extends around the hinge and the monitor part 200 is drawn out of the accommodating part 130. In addition, when the user pushes the extracted monitor 200 into the housing 130 of the main body 100, the supports 310 of the fastening part 300 that are extended are centered on the hinge axis by a force applied by the user. It is folded to be accommodated into the receiving portion 130 of the main body.

According to a characteristic aspect of the present invention, the rear portion of the monitor unit 200 according to the present invention is formed with a pivoting portion 220 which is hinged so as to rotate left and right with the end support 310 of the fastening portion 300. Coupling structure of the rotating unit 220 and the fastening unit 300 will be described in more detail with reference to Figure 2c. 2c is an exploded perspective view showing the structure of a rotating part of the fastening part end and the monitor part of the embedded multifunctional TV device according to the preferred embodiment of the present invention. As shown, the ends of the fastening part 300 connected to the rotating part 220 and the main body part 100 formed on the rear surface of the monitor part 200 according to the present invention to support the monitor part 200 from side to side It is hinged to be rotatable.

For example, the rotating part 220 formed at the center of the rear surface of the monitor part 200 may be formed as a semi-cylindrical shaft provided with a protruding hinge on the upper and lower sides thereof, and the supporter at the end of the fastening part 300. 310 may be provided with a hinge groove so that the protruding hinge of the rotating part 220 is inserted and coupled. Protruding hinges formed on the upper and lower side surfaces of the rotating part 220 are inserted into and coupled to the hinge grooves formed on the distal support part 310 of the fastening part 300, such that the monitor part 200 can rotate left and right.

Therefore, the TV can be viewed by adjusting the angle of view of the embedded multi-function TV device 1 monitor unit 200 according to the user's own position.

According to a characteristic aspect of the present invention, inside each support 310 constituting the fastening portion 300 of the embedded multi-function TV device 1 according to the present invention from the body portion 100 to the monitor portion 200 RGB A transmission port 311 is formed to allow a transmission cable such as a flexible PCB to be transmitted, for example, to transmit a video signal and to supply power necessary for driving the monitor unit 200. The transmission cable is connected to the main body 100 and the monitor 200 by a transmission port 311 formed at both ends of each support 310 which is hinged. Therefore, a separate transmission cable is formed outside the fastening part 300 to prevent the smooth folds and to prevent the breakage of the transmission cable has the advantage of increasing durability.

According to a further aspect of the present invention, the fitting protrusion 210 for fixing the monitor unit 200 is formed on the back of the monitor unit 200 of the embedded multi-function TV device 1 according to the present invention, the body corresponding thereto Brackets 140 including protrusions 141 to which the fitting protrusions 210 are inserted and fixed are formed integrally on both side portions of the receiving unit 130. The diameter of the fitting protrusion 210 is formed to be larger than the diameter of the protrusion groove 141 of the bracket 140, and the interference fit according to the size of the diameter. The fitted fitting protrusion 210 is caught by the protrusion groove 141 to maintain an airtight coupling between the monitor unit 200 and the receiving unit 130 of the main body. Therefore, it is possible to prevent the monitor 200 from being pulled out of the main body 100 by an impact or unintentional external force.

According to a further aspect of the present invention, both sides of the monitor unit 200 of the buried multifunction TV device 1 according to the present invention is formed with a grip unit 230 that provides convenience when the monitor unit 200 is pulled out. The gripping portion 230 serves as a kind of handle for more conveniently withdrawing the monitor portion 200 fixed by the fitting protrusion 210 and the protrusion groove 141, and is provided on the side of the monitor portion 200. It is possible to form a concave gripping groove or a gripping jaw formed to protrude outward. Therefore, the user can easily withdraw the monitor unit 200 that is hermetically coupled by the fitting protrusion 210 and the protrusion groove 141.

Referring to the storage or withdrawal use state of the monitor unit 200 of the embedded multi-function TV device 1 described above, the embedded multi-function TV device through the input unit 110 provided on the front of the main body 100 for TV viewing (1) is driven. The TV receiving circuit built in the main body 100 receives a signal according to a broadcasting channel input by the user through the input unit 110 among the public TV signals received through the antenna, and extracts and extracts the video signal and the audio signal. Displayed through the monitor unit 200, the audio signal is converted into an audible sound through the speaker 120 formed on the front of the main body 100 and outputs.

The user withdraws the monitor 200 stored in the main body 100 embedded in the wall of the kitchen or toilet of the house for easier viewing at the location where the user is located. When the user pulls the monitor unit 200 forward by holding the grip unit 230 formed on the left and right sides of the received monitor unit 200, the fitting protrusion 210 of the monitor unit 200 is driven by the force. Will be drawn out from the projection groove 141, the support base 310 of the fastening portion 300 that was folded is extended around the hinge axis so that the monitor 200 is drawn out. When the monitor unit 200 is drawn out as the user intended, the user uses the rotating unit 220 connected to the fastening unit 300 so as to be able to rotate left and right through the left and right rotation of the monitor unit 200 to suit their position. Watch TV shows displayed by adjusting the angle of view.

When the user inputs an end command of the embedded multifunction TV device 1 through the input unit 110 provided in front of the main body 100 to end the TV viewing, the power supply unit is applied to the embedded multifunction TV device 1. By stopping the power supply, the TV device ends.

When the user pushes the extracted monitor unit 200 into the housing 130 of the main body, the respective support members 310 of the fastening unit 300 that have been extended are folded around the hinge axis and accommodated in the housing 130. do. At the same time, the fitting protrusion 210 formed on the rear surface of the monitor unit 200 is fitted to the protrusion groove 141 formed on the receiving unit 130 according to the size of the diameter. The fitted fitting protrusion 210 is caught by the protrusion groove 141 to maintain the airtight coupling of the receiving unit 130 of the monitor unit 200 and the main body unit 100.

Figure 3 is a block diagram schematically showing a buried multifunctional TV device according to an embodiment of the present invention. As shown, the embedded multi-function TV device 1 according to the present invention is embedded in the wall, a predetermined receiving portion 130 is formed therein, and receives the broadcast TV broadcast signal video signal and audio of the TV signal A main body 400 for processing and outputting a signal, a monitor unit 600 accommodated in an accommodating unit 130 formed in the main body 400, and displaying an image signal output from the main body 400, and one side The main body 400 and the hinge is connected, the other side is configured to include a fastening portion 300 is connected to the monitor 600 to be rotatable.

The main body 400 includes an input unit 410 including a plurality of input buttons for receiving an operation command from a user, and a TV tuner unit 420 that separates and outputs image data and audio data from an over-the-air broadcast signal received through an antenna. ), An image processing unit 430 for demodulating the image data output from the TV tuner unit 420 as an image signal, and an audio output for demodulating and outputting the audio data output from the TV tuner unit 420 into an audio signal. A unit 440, a speaker 450 for converting and outputting the audio signal demodulated by the audio output unit 440 to an audible sound, a power supply unit 460 for supplying power required to drive the embedded multifunctional TV device; Controls the entire embedded multifunction TV device 1 and transmits a control signal to each part of the embedded multifunction TV device 1 according to an operation command input from the input unit 410. It characterized in that it comprises all of the output control unit 470.

The input unit 410 is formed on the front of the embedded multi-function TV device 1 in a conventional well-known configuration and consists of a plurality of input buttons for inputting an operation command. The input unit 410 transmits an operation command input by the user to the control unit 470.

The TV tuner selects and receives a broadcast desired by a user from the airwave broadcast signals received through the TV antenna provided in the main body 400. The TV broadcast signal is received as a combined signal of the video signal and the audio signal, and the TV tuner outputs the two signals separately from the received TV broadcast signal. The video signal separated by the TV tuner is transmitted to the image processor 430, and the audio signal is transmitted to the audio output unit 440. The TV tuner 420 may be one of the existing analog broadcast tuners such as NTSC and PAL, or a common tuner that supports all of them. In another embodiment, the tuner 311 may be a multimedia broadcasting for mobile communication such as a satellite based digital multimedia broadcasting (DMB) scheme or a wireless LAN based multimedia broadcasting.

According to an exemplary embodiment of the present invention, CVBS is generally used as the image data separated by the TV tuner 420 according to the present invention and output to the image processor 430. CVBS (Composite Video Banking Sync.) Is a signal in which a plurality of video data (color difference, luminance, sync) are mixed in one signal.

The image processor 430 extracts and demodulates image data from a signal such as CVBS output from the TV tuner 420 and converts each image data into a separate image signal such as RGB, for example, and monitors the image. 600). The audio output unit 440 converts the audio data separated from the broadcast signal by the TV tuner 420 into an audio signal suitable for the embedded multifunction TV device 1 and outputs the audio signal to the speaker 450.

The power supply unit 460 is a power supply required to drive the main body 400 and the monitor 600 of the buried multifunction TV device 1 according to the present invention by receiving a power such as, for example, AC power supplied to a house. Convert to and print it out.

The controller 470 controls the apparatus as a whole according to an operation signal or an operation state input from the user. The controller 470 supports a convenient application environment, such as a virtual machine, and can process various controls according to a characteristic aspect of the present invention by a program. When an event such as an input of an operation command is input from the user through the input unit 410, the controller 470 issues a necessary control command to each part of the device.

The monitor unit 600 is accommodated in the accommodating unit 130 formed in the main body unit 400 and is drawn out by the user. The monitor 600 displays a video signal output from the image processor 430 of the main body 400 and a video signal transmitted from the video processor 430 to be suitable for the display 610. And an image driving circuit 620 that changes and outputs the display data.

The display unit 610 may be a well-known configuration, for example, a liquid crystal display, and receives and displays an image signal transmitted from the main body unit 400. The image driving circuit 620 receives an image signal, for example, RGB, transmitted from the image processing unit 430 of the main body unit 400, and converts the image signal into display data suitable for the display unit 610. For example, the image driving circuit 620 scales the received image signal by interpolation and / or decimation to match the resolution of the display unit 610.

It further includes a codec for storing or decompressing image data into the internal memory. In one embodiment, the codec includes an MPEG encoder / decoder and a JPEG encoder / decoder for compressing, storing and reading the captured image frame as a still image. These are implemented by the DSP and the core. In addition, the image driving circuit 620 may include a sharpness enhancement circuit for improving image quality, and a contrast and contrast adjustment function. You can even include some simple filter functions to give you graphical effects.

Figure 4 is a block diagram schematically showing a buried multifunctional TV device according to another embodiment of the present invention. As shown, the main body 400 of the buried multifunction TV device 1 according to another embodiment of the present invention includes a microphone 480 for converting a voice generated by a user into an electrical audio signal and outputting the same; Receives and outputs a video signal and an audio signal of a visitor from the camera and microphone 480 of the intercom installed at the front door of the house. An interphone processing unit 490 for outputting to an audio output means such as 450, an image selecting unit 500 for outputting any one of video signals input from the TV tuner or the interphone processing unit 490 to the image processing unit 430, and a TV. The audio selector 510 further outputs any one of audio signals input from the tuner or the interphone processor 490 to the audio output unit 440.

When the visitor visits the house and presses the call button provided in the interphone, the controller 470 detects this and notifies the user that the visitor has come through the speaker 450 of the main body 400. For example, when a user inputs a predetermined input button of the input unit 410, the controller 470 receives the same and drives the interphone processor 490. The interphone processor 490 receives a visitor's video signal and an audio signal received from an interphone installed outdoors, and outputs the video signal to the image selector 500, and outputs the audio signal to the audio selector 510. In addition, the interphone processor 490 receives an audio signal of a user input through the microphone 480 provided in the main body and outputs the audio signal through the voice output means of the interphone installed outdoors.

The image selector 500 outputs any one of the image signals output from the TV tuner or the interphone processor 490 to the image processor 430 according to the control signal of the controller 470, and the image processor 430 receives the received image. Converts the signal into an image signal such as RGB and transmits the image signal to an image driving circuit of the monitor unit 600, and the image driving circuit 620 displays the corresponding image signal through the display unit 610.

The audio selector 510 outputs any one of the audio signals output from the TV tuner or the interphone processor 490 to the audio output unit 440 according to the control signal of the controller 470, and the audio output unit 440 corresponds to the corresponding audio signal. The audio signal is converted into an audible frequency through the speaker 450 and output.

According to a further aspect of the present invention, the main body 400 of the buried multifunction TV device 1 according to the present invention receives a ring signal and an audio signal from a telephone line and outputs it to the audio selector 510, the microphone 480. It further includes a telephone circuit unit 520 for transmitting the audio signal output from the telephone line.

The telephone circuit unit 520 detects a ring signal input through a telephone line connected to the main body 400 and transmits a call to the controller 470. When the ring signal is detected from the telephone circuit unit 520, the controller 470 detects the ring signal and outputs the corresponding ring signal to the audio output unit 440, and notifies the user of the incoming call through the display unit 610. For example, when the user inputs a predetermined input button of the input unit 410, the telephone circuit unit transmits an audio signal transmitted from the telephone line to the audio selection unit 510, and the control unit 470 transmits the audio signal. The control signal is output to the output unit 440. In addition, the telephone circuit unit 520 transmits the audio signal of the user input from the microphone 480 to the telephone line, thereby transmitting the audio signal of the user to the other party connected over the telephone. Therefore, the user can receive the phone call to him using the embedded multi-function TV device (1).

According to a further aspect of the present invention, the main body 400 of the buried multifunction TV device 1 according to the present invention further includes a deodorizing device 530 for removing odor and generating dissolved oxygen in the room. Deodorizing device 530 of the embedded multi-function TV device 1 according to the present invention includes a heating element 532 formed of any one material of plastic, ceramic, glass containing the basophilic mycelium cyst 531 and electrical heating means. It is configured by. Basidiomycete mycelium cyst 531 is located at a short distance from the heating element 532, and when the 1,200 ~ 1,250nm infrared rays emitted from the heating element 532 are treated with the bacterium mycelium, the bacterium mycelium culture product exhibits an excellent deodorizing effect. do. The produced Mycelia bacteria mycelium neutralizes the cation, which is the main culprit of the odor, by anionizing air to activate dissolved oxygen.

According to a further aspect of the present invention, the main body 400 of the buried multifunction TV device 1 according to the present invention is connected to a computer controlling a home automation installed in a house to transmit and receive operation commands of devices provided in the house. It further includes a home automation interface 540. With the rapid development of the industry, home automation technology is being developed in order not to view a house as a simple residential space but to use a computer and communication technology to facilitate a series of behaviors caused by residents in the house.

Home automation is simply a matter of automating the control and management of devices such as electricity, water, heating, and locks in the home using computers and electronic communication technologies. Home automation has been developed with the goal of controlling various devices in a house from inside or outside with one type of terminal, and devices using a local area network (LAN) and the Internet using computers and cables have already been commercialized.

The embedded multifunctional TV device 1 according to the present invention includes a home automation interface 540 connected to a computer for controlling home automation by wire or wirelessly to transmit and receive operation commands necessary for controlling various home appliances.

For example, in general, when a user wants to operate a boiler of a house for heating the user, the user operates the boiler through a controller that operates a boiler provided at a predetermined position of the house. However, the embedded multifunctional TV device 1 capable of interfacing with a computer controlling a home installed home automation receives a user's boiler driving command and transmits a corresponding operation command to a computer controlling home automation. The computer receives this and commands the boiler to run using a communication technology such as a local area network (LAN) or Bluetooth.

As described above, the buried multifunctional TV device according to the present invention embeds the TV device capable of watching TV on a wall so as to be receivable, and allows the monitor unit to be pulled out using the foldable fastening part, thereby providing a separate space for installing the device. There is no need, and it is possible to develop a buried multifunctional TV device with a compact size.

In addition, by hinge-connecting the monitor unit and the locking unit so as to rotate left and right, it is possible to adjust the angle of view of the monitor unit drawn out from the main body unit according to the user's position.

In addition, by processing and outputting the video and audio signals of the visitor transmitted from the intercom installed in the outdoor, it is possible to easily identify the visitor, and there is an advantage that the call with the visitor.

In addition, by informing the user of the incoming call received through the telephone circuit unit through the speaker of the main unit or the monitor of the monitor and connecting the incoming call, there is an effect that the telephone can be received without using the telephone.

In addition, by having a deodorizing device composed of basalomyelosis mycelium cysts and a heating element incorporating electrical heating means, there is an effect that can be removed semi-permanently in the room.

In addition, by providing an interface capable of transmitting and receiving operation commands with a computer or a controller for controlling home automation installed in a house, the embedded multifunctional TV device has the effect of allowing the operation of devices provided in the house by simply inputting a simple operation command.

The present invention has been described above with reference to the preferred embodiments, but is not limited thereto, and is interpreted by the appended claims intended to cover many modifications that will be apparent to those skilled in the art without departing from the scope of the present invention. Should be done.

Claims (9)

delete In the multi-functional TV device is installed buried to be exposed to a predetermined wall surface of the house, An accommodating part formed on the front part, an input part including a plurality of input buttons on the outside, a TV tuner part for separating and outputting the airwave broadcasting data received through an antenna into image data and audio data, and outputting from the TV tuner part. A TV receiving circuit including a video processing unit for demodulating and outputting video data, an audio output unit for demodulating and outputting audio data output from the TV tuner unit, a speaker for outputting audio data received from the TV receiving circuit, and A main body including a control unit controlling an operation of the embedded multifunctional TV device; A monitor unit configured to display image data received from the TV receiving circuit, and to be received and drawn out in an accommodation unit of the main body unit; A fastening part having one end hingedly connected to a predetermined position of the accommodating part, the fastening part being configured to at least one support hinge connected to a pivoting part formed on the rear of the monitor part so as to pivot left and right; Embedded multifunctional TV device comprising a. The apparatus of claim 2, wherein the monitor unit: It further comprises a fitting protrusion formed integrally with the outer side of the back; The housing portion: It is formed integrally on both side portions, and further comprising a bracket having a projection groove is fixed to the insertion projection is inserted; Embedded multifunctional processing device, characterized in that. 4. The embedded multifunctional TV device according to claim 3, wherein: A buried multifunction TV device further comprising gripping parts formed on both sides of the monitor unit. delete The method of claim 2 or 4, wherein the body portion: A microphone for converting and outputting a user voice into an electric voice signal; An interphone processor for outputting a video signal and an audio signal of a visitor received from a camera and a microphone provided in the interphone, and outputting the audio signal input from the microphone to the interphone; An image selector configured to output one of the image signals input from the TV tuner or the interphone processor to an image processor; An audio selector configured to output one of audio signals input from the TV tuner or the interphone processor to an audio output unit; Recessed multifunction TV device further comprising a. The method of claim 6, wherein the body portion: A telephone circuit unit for outputting a ring signal and a voice signal received from a telephone line to the audio selector and transmitting the voice signal output from the microphone through a telephone line; Recessed multifunction TV device further comprising a. The method of claim 7, wherein the body portion: The embedded multifunctional TV device further comprising a deodorizing device including a basalomyeloid mycelium cyst and an electric heating means, and a heating element formed of any one material of plastic, ceramic, and glass. The method of claim 8, wherein the body portion: The embedded multifunctional TV device further comprising a home automation interface connected to a computer for controlling home automation installed in a home and transmitting and receiving operation commands of devices provided in the home.