KR100949860B1 - Network system for IP-based of an apartment house - Google Patents

Abstract

The present invention relates to an IP (IP) -based network system of a multi-family house, and more specifically, various devices having a network support module in a multi-unit house are connected to an external network through a home network, so that the video interphone and The present invention relates to an IP-based network system of a multi-unit house, which can control an ordinary telephone and the Internet with a single IP-based network.

That is, the present invention is connected to each place, such as each generation, common entrance, security room, administrative office, underground parking lot, etc. of the multi-family house, but various devices equipped with a network support module inside the multi-family house through the home network A multi-family IP network connected and operated on an IP basis; A router that connects the public IP address of the household subscribed to the Internet with a private IP address; An IP telephony gateway connecting generations subscribed to the landline; A multi-family IP server operated in the IP-based network; A home IP server, each generation home network server operating in the IP-based network and interworking with various devices having a network support module; Featuring an IP (IP) based network system of the apartment house.

IP (IP) networks, routers, telephony gateways, multi-family IP servers, home IP servers

Description

IP-based of an apartment house

The present invention relates to an IP (IP) -based network system of a multi-family house, and more specifically, various devices having a network support module in a multi-unit house are connected to an external network through a home network, so that the video interphone and The present invention relates to an IP-based network system of a multi-unit house, which allows a general telephone and the Internet to be controlled by a single IP-based network.

 In general, multi-unit houses such as apartments and villas have installed network cables between households, common halls, security offices, administrative offices, and underground parking lots for each purpose such as video cables, telephone lines, and Internet cables. The existing door / video phone, which is the intercom, is only available for voice calls between each household and guard room, and only one-way video and two-way voice calls between common entrances and households.

In addition, the inter-generational communication was not only limited communication between lines and lines, but also the door / video phone, which is the backbone of the home automation function, provided only simple functions such as intercom calls and crime prevention in the home. The network performs only a limited function by installing and using cables for each purpose.

Of course, the above functions can be used by using the computer, the Internet, and individual equipment, but it is impossible without using the Internet. In order to use a complex communication and broadcasting function as a separate device, there is a problem in that a plurality of devices are required and occupy a separate space.

The multi-unit house network system of the present invention is constructed based on IP, which is an Internet protocol, and used as an integrated wiring system for video interphones, general telephones, and the Internet. It facilitates interoperability so that it can be controlled regardless of time and place.

In addition, by realizing a home network server that combines broadcasting, communication, information, and home automation functions with ubiquitous and multimedia technologies into one, we want to realize one point access without having to have multiple different equipment for each function. It is to operate the function, and to live a minimum information and communication life even without joining the Internet.

That is, the present invention is not a door / video phone that performed only existing simple internal calls or security functions, but also expands the network range of multi-unit houses to the Internet or mobile communication area when going out, as well as two-way video intercom functions. It is to provide an intelligent apartment house (apartment) by accommodating various media such as communication and information and realizing a new concept home network server with home automation function.

The present invention is connected to each place, such as each generation of apartments, common entrance, guard room, administrative office, underground parking lot, etc., but the various devices equipped with a network support module inside the apartment house is connected to the outside network through the home network Multi-family IP networks operated on an IP basis; A router that connects the public IP address of the household subscribed to the Internet with a private IP address; An IP telephony gateway connecting generations subscribed to the landline; A multi-family IP server operated in the IP-based network; A home IP server operating in the IP-based network, each home network server capable of interworking with various devices having a network support module; Characterized in that the IP-based network system of the apartment house.

The present invention, by integrating the cable for each purpose of the multi-unit housing in one, as well as reducing the installation cost in the construction of the multi-unit housing, easy maintenance and management after, according to the present invention integrating the various devices provided in each generation of the multi-unit By installing the home IP server 110 embedded in a wall like a conventional door phone, space and cost are drastically reduced.

And if you can easily use only a few buttons on the remote control or keypad, even the middle-aged can easily use the broadcast, communication, and information through the Internet, even in a generation that does not subscribe to the Internet minimum Internet functions such as e-mail It can be used, and video conferences can be realized by utilizing the multi-party video conference function.

In addition, the remote control function of the devices can prevent energy accidents and safety accidents such as fire, and record and record all messages from visitors or security guards while away from the office to promote safety, realize remote messages, and make calls. There is an advantage such as access control to the common entrance, underground parking lot and generation entrance door by fingerprint recognition without the use of door locks, and to recognize the license plate of the entering and exiting vehicle with a camera.

Hereinafter, the preferred embodiment of the present invention will be described in detail. In the following description of the present invention, if it is determined that a detailed description of a related known function or configuration may unnecessarily obscure the subject matter of the present invention, the detailed description thereof will be omitted.

The IP-based network system of the multi-unit housing of the present invention is connected to each place, such as each generation of the multi-unit house, the common entrance, guard room, management office, underground parking lot, etc. An IP network of a multi-family house in which devices are connected to an external network through a home network, and an integrated video intercom, a general telephone, and the Internet are operated based on IP; A router that connects the household subscribed to the Internet to an external Internet network by matching a public IP address with a private IP address; An IP telephony gateway for connecting the household subscribed to the general telephone with an external telephone network; An IP server of the apartment house operated in the IP based network; It is composed of a home IP server, which is a home network server for each generation that is operated in the IP-based network and can be used in connection with various devices having a network support module.

Hereinafter, the present invention will be described with reference to the accompanying drawings.

1 is a block diagram showing the configuration of an IP network system of a multi-family house according to an embodiment of the present invention.

Apartment IP network system to which the present invention is applied, the apartment IP server 100, home IP server 110, network switch 120, video interphone 130, vehicle access control IP camera 140, IP telephony gateway 150, a router 170, the Internet 175, a mobile mobile terminal 190, a mobile communication network 195, and the like.

All nodes constituting the multi-family IP network system are interconnected through the IP network of the multi-family housing consisting of a network switch 120 and an optical cable (F / O) or coaxial cable (UTP), and communicates based on TCP / IP. And a network system disconnected from the Internet (175). The apartment house IP network refers to a network composed of a network switch 120 and a cable, and the apartment house IP network system corresponds to the apartment house IP server ( 100), refers to a system to which the home IP server 110 is connected.)

That is, the multi-family IP network system is physically connected to the Internet network serviced by a plurality of Internet service providers (ISP) by the router 170, but is connected to the Internet only when a user living in the multi-family housing.

In detail, all nodes constituting the multi-family IP network system use a private IP address, and when a user joins the Internet, the public IP address of the internet network operator router 170 and the corresponding home IP server 110 are used. It is connected to the Internet by matching its private IP.

However, the apartment house IP server 100 is connected to the Internet 175. However, even in a household that does not subscribe to the Internet, the multi-family IP server 100 may use multimedia message service (MMS), missed message service, and a function of remotely controlling home facilities.

The households subscribed to the general telephones are connected through the general telephone company telephone network (PSTN) 155 and the IP telephony gateway 150.

The mobile terminal 190 is connected to the Internet 175 through the mobile communication network 195. The video interphone 130 is used in a common entrance and underground parking lot, and is an entrance-only video intercom having only the video interphone of the home IP server 110, the missed message service, and the fingerprint recognition door lock function. Use the home IP server 110.

The vehicle access control IP camera 140 is installed at the front door of the apartment house and other entrances and recognizes the license plate of the access vehicle to photograph the license plate of all the entry and exit vehicles.

2 is a block diagram showing the configuration of a home network system for each generation of multi-family housing according to an embodiment of the present invention.

The home network system to which the present invention is applied includes a home IP server 110 having a multi-unit video intercom function, a living room TV 210, a kitchen TV 220, a video camera 230 and a microphone 231, and a home theater speaker 240. ), Various types of devices including a doorway intercom 250, a remote controller 260, a headset 270, a general telephone 280, a home computer 290, a notebook 291, a PDA 292, a printer 293, and the like. Are provided with a network support module.

The living room TV 210, the kitchen TV 220, home computer 290 and laptop 291 is used as the audio / video output device of the home IP server 110, including a woofer is composed of all five In addition, the home theater speaker 240 and the headset 270 that are installed in the front and rear walls of the living room are audio output devices of the home IP server 110.

The video camera 230 photographs a caller and provides image data for a video interphone, an internet phone, and a multi-party video conference, and the microphone 231 receives a caller's voice. In addition, the general telephone 280, the remote control 260 and the headset 270 is used as a voice transmission and reception terminal for a general telephone, Internet telephone, video interphone and multi-party video conferencing.

IP devices such as a home computer 290, a notebook 291, a PDA 292, a printer 293, and the like are connected to a multi-family IP network for internet use through a sharing function of the wired / wireless network of the home IP server 110. And internal IP communication among users.

The entrance intercom 250 includes a video camera 230, a microphone 231, a speaker 252 for visitor identification and a call like a conventional interphone, and a message reception and fingerprint reader for a missed message service function. 251) has a door lock function that allows users to conveniently enter and exit by fingerprint recognition.

The home IP server 110 according to the present invention is connected to a multi-family IP-based network and a LAN, and is a home network server having various functions as follows, including an image interphone which is a conventional door / video phone function.

First, video interphone function to make two-way video call between each household, common entrance, security office, management office, underground parking lot of the apartment house, internet phone, landline, wired / wireless network router, multi-party video conferencing, multimedia message service (MMS), It is a set-top box having an information communication function that provides a missed message service function and uses the Internet 175 as a wireless keyboard / mouse 395 using the living room TV 210 as a monitor.

Second, it is a set-top box having multimedia functions such as receiving IPTV, HDTV and DMB broadcasting, home theater (DVD / DivX) and PVR (Personal Video Recorder), and MP3 player.

Third, it is a home automation server having a fingerprint door lock function, license plate recognition vehicle access control, and home facility control function.

3 is a block diagram showing the configuration of a home IP server 110 according to the present invention.

The home IP server 110 according to the present invention includes a central processing unit 300, a home server LCD monitor 310, a user interface part 320, a keypad 321, an IPTV broadcast receiving part 330, and an HDTV broadcasting receiving part. 331, DMB broadcast receiving part 332, audio / video codec (340), DVD / DivX part 350, hard disk 352, audio / video distribution part 360, IP telephony A part 370, an interphone / video conferencing part 375, a facility control part 380, a network part 390, a wireless keyboard / mouse 395, a memory 399, and the like.

In detail, the LCD monitor 310 outputting all the information of the home IP server 110, the keypad 321 receiving commands from the user, the keypad 321, the remote controller 260, and a wireless keyboard / mouse 395. Receiving and tuning HDTV and DMB broadcast radio waves through a user interface part 320 for receiving a command of an external input device, an IPTV broadcast receiving part 330 for receiving an IPTV broadcast stream via the Internet 175, and a common antenna. (Tuning) and demodulation (demodulation) HDTV broadcast receiving part 331 and DMB broadcast receiving part 332, the received IPTV, HDTV and DMB broadcast signal and the video camera 230, the microphone 231 An audio / video codec 340 for decoding video and audio signals, an audio / video distribution part 360 for outputting the decoded video and audio signals to an audio / video output device or an audio output device, the decoded IPTV, HDTV And DM A hard disk 352 and a DVD / DIVX part 350 for recording or playing back media data downloaded from the B broadcast stream and the Internet 175, a hard disk 352 and a DVD which are media for storing the media data; IP telephony part 370 that handles Internet telephony and landline, multimedia message service (MMS) functions, interphone / video conferencing part 375 that handles video intercom communications and multi-conference video conferencing, and home facility control. The facility control part 380 and the home IP server 110 are connected to the common house IP network to communicate with the Internet 175, and all IP devices in the home, that is, the home computer 290, the notebook 291, Network part 390 and memory 399 having a network sharer function for sharing a network by connecting to an IP device such as PDA 292, printer 293 and wired or wirelessly with home IP server 110. By the above Having a central processing unit 300 that controls the functions and processing features.

A user may directly press a button on the keypad 321 of the home IP server 110 to select a function to be used or to issue an operation command. The user may also use an external input device such as a remote controller 260 or a wireless keyboard / mouse 395. Similarly, commands are sent to the user interface part 320.

When the interface part 320 requests the central processing unit 300 to process the received command, the central processing unit 300 controls the part in charge of the function to process the command.

The living room TV 210, the kitchen TV 220, the home computer 290, and the notebook 291 are used as audio / video output devices for all functions serviced by the home IP server 110. The speaker 240 and the headset 270 are used as audio output devices, and the remote controller 260 and the wireless headset 270 are used as voice transmission / reception terminals when using a general telephone, an internet telephone, a video interphone, and a multi-party video conferencing function.

4 is a diagram illustrating an IPTV, HDTV, and DMB broadcast reception control process of the home IP server 110 according to an exemplary embodiment of the present invention.

In FIG. 4, all of the functional parts inside the home IP server 110 are functional parts used for receiving IPTV, HDTV, and DMB broadcasting, and the user commands the user interface part 320 through the remote controller 260 or the keypad 321. If delivered, the CPU 300 controls as follows.

When the IPTV reception command is received, the IPTV reception part 330 receives the IPTV broadcast stream from the Internet 175 through the network part 390. When the HDTV or DMB broadcast reception command is received, the HDTV reception part 331 or the DMB reception is received. Part 332 tunes and demodulates the HDTV or DMB broadcast signal received via HDTV antenna 335 or DMB antenna 336.

The CPU 300 decodes the IPTV broadcast stream received through the audio / video codec 340 in MPEG4 format, the HDTV broadcast stream in MPEG2, and the DMB broadcast stream in MPEG4. The distribution part 360 controls the output to the audio / video output device or the audio output device.

From the audio / video distribution part 360 audio / video port, the audio / video output device living room TV 210, the kitchen TV 220, the computer monitor 290, and the home theater speaker used as the audio output device ( Up to 240 is connected by radio frequency or coaxial cable.

5 is a diagram illustrating a process of controlling a home theater (DVD / DivX), a personal video recorder (PVR), and an MP3 player for multimedia data playback and recording of the home IP server 110 according to an exemplary embodiment of the present invention.

In FIG. 5, all functional parts inside the home IP server 110 are functional parts used for playing and recording multimedia data. When the user transmits a command to the user interface part 320 through the remote controller 260 or the keypad 321, The central processing unit 300 controls as follows.

As illustrated in FIG. 4, when an IPTV, HDTV, or DMB broadcast stream is received through a corresponding broadcast receiving part, the CPU 300 receives the received broadcast stream through MPEG2 or MPEG4 through an audio / video codec 340. By decoding in a format, the DVD / DivX part 350 is controlled to record on the hard disk 352 or DVD.

In addition, when a user requests output of media data stored in the hard disk 352 or a DVD, the CPU 300 reads the media data read from the hard disk 352 or the DVD into an audio / video codec 340. Decode in MPEG2 or MPEG4 format through the audio / video distribution part 360 to transmit the video signal to the audio / video output device and to transmit the audio signal to the audio output device.

That is, the present invention provides a PVR (Personal Video Recorder) function for decoding an IPTV, HDTV or DMB broadcast stream and recording it on a hard disk 352 or DVD, and MPEG 2, 3, 4 formats stored in the hard disk 352 or DVD. Movies, videos, and music from the home theater speaker 240, wireless headset 270 to output to the home theater and MP3 player functions that can be enjoyed anywhere in the house.

6 is a diagram illustrating a process of controlling a multimedia message service (MMS) and a missed message service through the multi-family IP server 100 according to an exemplary embodiment of the present invention.

The multimedia message service (MMS) is a simple text message transmitted and received through the mobile communication terminal 190, as well as messages and e-mails in MPEG 2, 3, 4 format such as video or music on the Internet (175). Or a mobile communication network 195 to / from the computer 171 or the mobile terminal 190.

In FIG. 6, all functional parts inside the home IP server 110 are functional parts used for the multimedia message service (MMS) and the missed message service, and the user may use the remote controller 260, the keypad 321, or the wireless keyboard / mouse 395. When the command is transmitted to the user interface part 320 through the control unit, the central processing unit 300 controls the IP telephony part 370 to transmit the multimedia message of the user to the multimedia message service driven by the multi-family IP server 100. (MMS) to the server program, the server program is transmitted to the multimedia message service (MMS) system of the mobile carrier through the Internet 175 and sent to the recipient, and the Internet 175 or mobile communication network 195 from the outside When the multimedia message sent to the user is received by the server program and delivered to the IP telephony part 370, the central processing station 300 and outputs the received message to the hard disk 352 is stored in, and the message alert sound and the LCD monitor with the home server 310. As described above, the apartment IP server 100 is connected to the Internet 175, and mailboxes of messages transmitted and received by the multimedia message service (MMS) system are located in each household IP server 100.

According to the present invention, a user who does not subscribe to the Internet 175 may transmit and receive a multimedia message including an e-mail through the apartment IP server 100 in the same manner as described above. The missed message service function is an internal call received from another household home IP server 110 video interphone or video interphone 130 inside the apartment when the home IP server 110 is set to go out, or an Internet telephone from outside. Alternatively, the video and audio messages of the general telephone are stored in the hard disk 352 of the user home IP server 110, and the stored video and audio messages are automatically played when the user releases the home mode after returning home.

If the internal intercom caller or the external caller urgently requests to receive a message, the central processing unit 300 controls the IP telephony part 370 when the user sets an emergency emergency number. 190 or an external telephone, otherwise the user's mobile terminal 190 notifies the user of the missed message by text message.

A user may receive a stored video and audio message from the outside of the mobile terminal 190 by connecting to the multimedia message service (MMS) server program or remotely store the stored video and audio message to a computer 171 connected to the Internet 175. Can be played with.

7 is a diagram illustrating a process of controlling an Internet phone and a general phone of a home IP server 110 according to an exemplary embodiment of the present invention.

In FIG. 7, all of the functional parts inside the home IP server 110 are functional parts used for an Internet phone and a general phone, and when a user receives a request for a general phone call or an Internet phone call through the remote controller 260 or the keypad 321. The command is transmitted to the interface part 320, and the central processing unit 300 is an internet phone or a general phone between the remote controller 260, the wireless headset 270 or the general telephone 280 and the external telephone used as a voice transmission / reception terminal. By controlling the IP telephony part 370 to make a call, the IP telephony gateway 150 requests a call setup for a general telephone call, and the IP telephony gateway 150 dials a general telephone network (PSTN: 155). Set up calls to connect and control calls.

In addition, the central processing unit 300 controls the IP telephony part 370 when the Internet phone call request, and connects and controls the call to the corresponding Internet service provider gateway 150.

In addition, the CPU 300 controls the IP telephony part 370 when a call request signal is detected from the IP telephony gateway 150 or the Internet 175, such as a remote controller 260 or a wireless headset 270. Controls the call to be connected to the voice transmission / reception terminal.

In the case of an Internet phone, the central processing unit 300 decodes the video and audio data received from the other party through the audio / video codec 340, and the video data is the home server LCD monitor 310 or the living room TV 210. The audio / video distribution part 360 is controlled to output audio data to the audio transmission / reception terminal.

In addition, the network part 390 is controlled to decode the caller image data captured by the video camera 230 and the voice data from the voice transceiving terminal through the audio / video codec 340 and transmit the decoded video data to the call counterpart.

Internet telephony is a technology that transmits voice data and captured caller's image as video data using IP Telephony technology.

When the user is away from the home IP server 110, the central processing unit 300 connects all incoming calls from the outside to the missed message service function.

8 is a diagram illustrating a video interphone and a multi-party video conferencing control process of the home IP server 110 according to an exemplary embodiment of the present invention.

In FIG. 8, all of the functional parts inside the home IP server 110 are functional parts used for video interphone and multi-conference video conferencing. When a user requests a call or video conference in a multi-unit house through a remote controller 260 or a keypad 321. The central processing unit 300 controls the interphone / video conferencing part 375 so that the intercom / video conferencing is made to another household, a security office, an administrative office, etc., or a multi-party video conferencing via the Internet 175. The part 375 is controlled, and an interphone call and a conference call control are requested to a video interphone and a video conference server program running in the multi-family IP server 100.

The server program of the multi-family IP server 100 calls and requests the other party's caller to connect and control the video call.

The central processing unit 300 controls the audio / video codec 340 so that caller image data captured by the video camera 230 and voice transmission / reception terminals such as a remote controller 260, a headset 270, and a microphone 231 are provided. Decode the received audio data and transmit the video signal to the audio / video output device such as the living room TV 210 or the home server LCD monitor 310 through the audio / video distribution part 360, and the audio signal is transmitted and received. Control the network part 390 to transmit to the server program of the multi-family IP server 100 that controls the video interphone or the multi-party video conference through the network part 390.

In addition, the central processing unit 300 decodes the video interphone or multi-party video conference participant video and audio data received from the server program of the multi-family IP server 100 through the audio / video codec 340, the video is The audio / video distribution part 360 is controlled to output to the home server LCD monitor 310 or the living room TV 210 and output to the voice transceiving terminal. Multi-party video conferencing with the present invention, the home IP server 110 user or the H.323 standard multi-party video conferencing program user via the Internet 175 is also controlled in the same process.

When the user is absent, that is, the home IP server 110 is set to go out mode, the central processing unit 300 is the central processing unit 300 is the video interphone or common entrance of the other household home IP server 110 in the apartment house, underground parking lot All calls from the video interphone 130 are routed to the missed message service function.

9 is a diagram illustrating a control process of a home facility of a home IP server 110 according to an exemplary embodiment of the present invention.

In FIG. 9, all functional parts inside the home IP server 110 are functional parts used when controlling the electric switch 910, the electric outlet 920, the gas valve 950, the boiler 960, and the like in the home. When the user goes out and presses the go out button of the home IP server 110 keypad 321 and the remote control 260 to go out mode, the central processing unit 300 transmits a processing command to the facility control part 380. .

The facility control part 380 transmits a signal wirelessly to the electric switch 910 and the electric outlet 920 which are set to cut off electricity when going out. Even if the equipment is set to be shut off in advance, it will be turned on again if it is turned on manually.

In addition, even when not in the go-out mode, the electric current flowing through the switch 910 and the electrical outlet 920 is sensed, and automatically cuts out of the allowed rated current range.

That is, to prevent electricity consumption when electronic devices such as TVs are not in use and to prevent electric accidents such as short circuits.

In addition, the gas valve 950 is similarly shut off when the outing mode is set, and when the outing is set after returning out, all the equipment returns to the initial state. Even when the user is out, the user can set the outing mode by using the mobile terminal 190 or the Internet 175. The central processing unit 300 of the home IP server 110 transmits a processing instruction to the facility control part 380. Execute the control function.

That is, when a request is made to the mobile terminal 190 or the Internet 175, the control command is transmitted to the home IP server 110 via the Internet 175 and the home IP server 110 through the multi-family IP server 100. The command is transmitted to the central processing unit 300.

In the same way, the user can start or stop the operation of the boiler 960 from the outside and adjust the temperature. For this function, all electrical switches 910 and electrical outlets 920 in the home have a built-in RF chip and relay terminal for communication with the home IP server 110.

In addition, the gas valve 950 includes a communication RF chip, a relay terminal, and a small driving motor for driving, to be controlled in the same manner as the electric switch 910 and the electric outlet 920. The boiler 960 also incorporates a communication RF chip and a relay terminal in the boiler 960 controller and controls the same in the same way as the electrical switch 910 and the electrical outlet 920.

FIG. 10 is a view illustrating a control process of a vehicle access control function using a cavity entrance and a generation entrance door lock function and a license plate recognition by fingerprint recognition according to an embodiment of the present invention.

In FIG. 10, all of the functional parts inside the home IP server 110 are functional parts used to control the public entrance and generation door lock functions by fingerprint recognition and the vehicle access control function by vehicle license plate recognition.

When the user registers the fingerprint through the fingerprint reader of the household door intercom 250, the central processing unit 300 stores the hard disk 352, and controls the intercom / video conferencing part 375 to enter the door interphone 250. The fingerprint reader 251 scans a person's fingerprint and matches the fingerprint stored in the hard disk 352 so that the generation front door is opened.

In addition, the central processing unit 300 transmits the newly registered user fingerprint on the home IP server 110, the hard disk 352 to the multi-family IP server 100 to store the video in the multi-family IP server 100, video The interphone 130 scans the fingerprint of the person through the common entrance fingerprint reader 251 and matches the fingerprint stored in the fingerprint database of the apartment IP server 100, and controls the door to be opened.

When the central processing unit 300 deletes the fingerprint stored in the hard disk 352 of the home IP server 110 due to the moving of the user, the central processing unit 300 also simultaneously deletes the fingerprint stored in the fingerprint database of the apartment house IP server 100.

In addition, a license plate recognition server program (LPR, LPR) driven by the multi-family IP server 100 is used to license plates of all vehicles entering and exiting the vehicle access control IP camera 140 installed at the front door of the multi-family house and other entrances. After photographing and recognizing the vehicle number from the vehicle license plate image data, the vehicle is searched in the user registration vehicle database of the multi-family IP server 100, and if the registered user vehicle is allowed, the entry is allowed to the corresponding home server LCD monitor 310. The recognized entry vehicle number and entry notification message are output. In the case of an unregistered visitor vehicle, an image is output on the home IP server 110 LCD monitor of the visited generation. In addition, by storing all the entry and exit of the vehicle in the database of the apartment IP server 100 is used as post-security and management data.

In the above, the present invention has been described with reference to the above embodiments, but various modifications are possible within the technical scope of the present invention.

1 is a block diagram of a multi-family IP network system according to an embodiment of the present invention

2 is a block diagram of each generation home network system in a multi-family house according to an embodiment of the present invention

3 is a diagram illustrating an internal configuration of a home IP server according to the present invention.

4 is an explanatory diagram of a HDTV, DMB and IPTV broadcast reception control process of a home IP server according to an embodiment of the present invention;

5 is a diagram illustrating a process of controlling a home theater (DVD / DivX), a personal video recorder (PVR), and an MP3 player for playing and recording multimedia data of a home IP server;

6 is a diagram illustrating a process of controlling a multimedia message service (MMS) and a missed message service function of a home IP server;

7 is a diagram illustrating a process of controlling an Internet phone and a general phone of a home IP server

8 is an explanatory diagram of a video interphone and a multi-party video conferencing control process of a home IP server

9 is a diagram illustrating a home facility control process of a home IP server

10 is an explanatory diagram of a control process for controlling access to a cavity and a generation door door and a license plate recognition vehicle by fingerprint recognition according to an exemplary embodiment of the present invention.

* Explanation of symbols for main parts of the drawings

       100: apartment house IP server 110: home IP server

       120: network switch 130: video intercom

       140: vehicle access control IP camera 150: IP telephony gateway,

       155: general telephone network (PSTN) 170: router,

       171: a computer connected to the Internet, 175: the Internet

       190: mobile terminal 195: mobile communication network

       300: central processing unit

Claims (17)

Each household, common entrance, security office, administrative office, underground parking lot, etc. of apartments should be connected in one network. An IP network of a multi-family house in which various devices including a network support module in the multi-family house are connected to an external network through a home network, and the video interphone, a general telephone, and the Internet are integrated and operated on an IP basis; A router that connects the household subscribed to the Internet to an external Internet network by matching a public IP address with a private IP address; An IP telephony gateway for connecting the household subscribed to the landline with an external telephone network; An IP server of a multi-family house operated in the IP-based network, but among the functions of the home IP server, a gateway function for communicating with the Internet when using multimedia message service (MMS), missed message service, remote home facility control, and video interphone. And an IP server of a multi-family house consisting of a server function for multi-party video conferencing, fingerprint door lock, and license plate recognition vehicle access control. A home IP server operating in the IP-based network, each home network server capable of interworking with various devices having a network support module; IP (IP) based network system of a multi-family housing, characterized in that provided with. The method of claim 1, The home IP server, Video intercom, internet phone, landline, wired / wireless network router, multi-party video conferencing, multimedia message service (MMS), missed message service, and information and communication function for Internet use; Multimedia functions capable of receiving IPTV, HDTV and DMB broadcasts, and a personal video recorder (PVR), home theater (DVD / DivX), and an MP3 player; Fingerprint recognition door lock, IP based network system of the apartment house, characterized in that the home automation function that can control the home equipment The method of claim 2, On the home IP server, IP-based network system of a multi-family house, characterized in that a multi-purpose video intercom with a built-in entrance intercom is further installed at the common entrance of the multi-family house. The method of claim 1, The IP server of the apartment, A gateway function for communicating with the Internet when using multimedia message service (MMS), missed message service, and remote home facility control among the functions of the home IP server; IP-based network system of a multi-family house, comprising video interphone and multi-party video conferencing, fingerprint door lock, and server functions for access control of license plate recognition vehicles The method of claim 2, The home IP server, An LCD monitor for outputting all information of the home IP server; A keypad for receiving a command from a user; An IPTV broadcast reception part for receiving an IPTV broadcast stream through the Internet; An HDTV broadcast reception part that receives, tunes, and demodulates an HDTV broadcast radio wave through a common antenna; A DMB broadcast reception part that receives, tunes, and demodulates DMB broadcast radio waves through a common antenna; Video / audio codecs for decoding video and audio signals; An audio / video distribution part for outputting the decoded video and audio signals to an audio / video output device and an audio signal to an audio output device; A user interface part for receiving a command from an external input device such as a keypad, a remote controller, a wireless keyboard / mouse; Hard disks and DVDs which are the decoded IPTV, HDTV, DMB broadcast streams and other media data storage media; A DVD / DivX part for recording the decoded IPTV, HDTV, DMB broadcast stream and other media data to the storage medium, or reading and playing the media data from the storage medium; A network part for performing a connection with a shared house IP network and a wired / wireless network router function; IP telephony parts for Internet and landline phones, multimedia message service (MMS) function; A facility control part in charge of controlling the home facility; Central processing unit of the home IP server for controlling the functional part by using a memory; IP-based network system of the apartment house, characterized in that consisting of The method of claim 5, The home IP server, The function is operated by an external input device such as a keypad, a remote controller, a wireless keyboard / mouse, Connect your living room TV, kitchen TV, home computer monitor and laptop with wired or wireless connection to use as audio / video output device. Four front and back speakers, one woofer speaker, or a wireless headset, which are installed in each living room wall and connected by wire or wirelessly, are used as audio output devices. IP-based network system of a multi-family house, characterized in that the remote control, wireless headset, a general telephone is used as a voice transmission and reception terminal The method according to claim 5 or 6, The central processing unit of the home IP server, The IPTV receiving part receives an IPTV broadcast stream through the Internet, Decode the IPTV broadcast stream received through the video / audio codec into MPEG4, IP-based network system of an apartment house, characterized in that the control to output to the audio / video output device and the audio output device through the audio / video distribution part The method according to claim 5 or 6, The central processing unit of the home IP server, Tuning and demodulating the HDTV broadcast receiving part and the DMB broadcast receiving part after receiving the HDTV and DMB broadcast radio wave through a common antenna; The received HDTV broadcast stream is MPEG2, The received DMB broadcast stream is decoded in MPEG4, IP-based network system of an apartment house, characterized in that the control to output to the audio / video output device and the audio output device through the audio / video distribution part The method according to claim 5 or 6, The central processing unit of the home IP server, Control a DVD / DivX part to record the decoded broadcast stream to a storage medium such as the hard disk / DVD after reception; Reads the media data stored in the storage medium and transmits the media data to the audio / video output device and the audio output device for playback through the audio / video distribution part, thereby controlling the home theater (DVD / DivX) and the PVR (Personal Video Recorder). IP based network system of an apartment house, characterized in that to perform an MP3 player function The method of claim 1, The home IP server; Video intercom, internet phone, landline, wired / wireless network router, multi-party video conferencing, multimedia message service (MMS), missed message service and internet communication Multimedia functions for receiving IPTV, HDTV and DMB broadcasts, personal video recorder (PVR), home theater (DVD / DivX), MP3 player, Fingerprint door lock and home automation function The central processing unit of the home IP server, Control the IP telephony part to send the user's multimedia message to the multimedia message service (MMS) server program running on the IP server in the apartment, The server program transmits to the receiver through the mobile operator's multimedia message service (MMS) system through the Internet, Receive multimedia messages received through the Internet or mobile communication network, Store them in a message mailbox on the hard disk of the user's home IP server, By controlling to output incoming messages to the LCD monitor, IP-based network system of a multi-family housing, characterized in that the user can send and receive multimedia messages including e-mail and short text messages through the IP server of the apartment. The method of claim 1, The home IP server; Video intercom, internet phone, landline, wired / wireless network router, multi-party video conferencing, multimedia message service (MMS), missed message service and internet communication Multimedia functions for receiving IPTV, HDTV and DMB broadcasts, personal video recorder (PVR), home theater (DVD / DivX), MP3 player, Fingerprint door lock and home automation function The central processing unit of the home IP server, If the home IP server is set to go out mode when the user is absent, it controls to store interphone calls or video and audio messages from external telephones in the apartment house in a message mailbox on the hard disk of the user's home IP server. When the user exits the home mode after returning home, the saved message is automatically played. When the missed call and phone call is urgently requested from the caller, an emergency text message is sent to the user's mobile terminal, and the user remotely accesses and stores a multimedia message service (MMS) server program running on the IP server of the apartment. IP based network system of a multi-family house, characterized in that the message can be received and reproduced by a mobile mobile terminal or a computer connected to the Internet delete The method of claim 1, The home IP server; Video intercom, internet phone, landline, wired / wireless network router, multi-party video conferencing, multimedia message service (MMS), missed message service and internet communication Multimedia functions for receiving IPTV, HDTV and DMB broadcasts, personal video recorder (PVR), home theater (DVD / DivX), MP3 player, Fingerprint recognition door lock, home automation function that can control the home equipment, and the video door phone for the exclusive entrance for building the entrance door intercom embedded in the home IP server is installed at the common entrance of the apartment house. The central processing unit of the home IP server and the video intercom controls the part of the interphone / video conferencing, Ask the video interphone / multi-conference video conferencing server program running on the IP server of the apartment, Perform an internal call or a multi-party video conference with the requested user under the control of the server program, The central processing unit of the home IP server and the video intercom controls to decode the video captured by the video camera and the voice from the voice transceiving terminal, the video and the voice received from the call counterpart through the video / audio codec, Outputting the decoded video and audio to an audio / video output device, and controlling the audio / video distribution part and the network part to transmit to the other party, An IP based network system of a multi-family house, characterized by a video interphone / multi-party video conferencing function that provides the missed message service when a user is away. delete delete delete delete

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