KR200454715Y1 - Unmanned security system including VoIP joint hall and DTMF receiver. - Google Patents

Abstract

The present invention relates to an unmanned security system;

More specifically, it includes a VoIP communication unit capable of video communication with a DTMF receiver, a VoIP common hall that controls an automatic door, including a camera unit for photographing a visitor's image and an automatic problem communication unit, an alias program, a VoIP communication network soft switch, An intelligent PBX or VoIP server including multiple UAC (Usr Agent Client) for VoIP communication, VoIP guarding machine, VoIP management machine, and a common intelligent PBX VoIP network or VoIP complex VoIP server network Access to the apartment complex Internet network capable of VoIP communication;

VoIP public halls and VoIP guards or VoIP managers make internal video calls using intelligent PBXs or only VoIP servers;

In addition, VoIP public hall and generation VoIP video telephone or VoIP HN generation also make video call using intelligent PBX or just VoIP server, UAC and each VoIP communication soft switch;

In addition, the VoIP common hall, the generation VoIP phone or the PSTN phone or the mobile phone make voice calls using an intelligent PBX or only a VoIP server, a UAC and VoIP network soft switch, a PSTN switch or a mobile communication switch;

In addition, dual port phones or analog HA generation units or HN generation units that communicate with VoIP public halls using intelligent PBXs or internal VoIP networks of VoIP servers can also make voice calls. Possible;

In addition, during a call, the VoIP communication device and the PSTN phone or the mobile phone or dual port phone or the analog HA generation device or the HN generation device also transmit DTMF signals using the DTMF receiver of the VoIP common door to open an automatic door interworking with the VoIP common door;

In addition, multiple UACs for each VoIP service provider are added to the intelligent PBX or only the VoIP server, and the same VoIP communication network UAC as the generation VoIP communication device is selected by using the carrier information of each generation communication device in the intelligent PBX or only the VoIP server. It is possible to use a free call service in the same VoIP network;

In addition, in case of setting up call path with dual port phone or analog HA generation device or HN generation device and external communication device connected to extension network of intelligent PBX or VoIP server, telephone input from dual port phone or analog HA generation device or HN generation device It is also possible to determine external communication device characteristics (wired telephone or mobile telephone or country name) by using numbers and to form a call path using UAC of the same type or UAC of the same country in each of them;

In addition, a plurality of UACs for each VoIP service provider are installed in IDC centers, and UAC types are selected by using the telecommunication company information or telephone number of each generation communication device input from the intelligent PBX of each apartment complex or the VoIP server. It is also possible to check the communication usage status of a plurality of selected UACs by using the IP communication of the network, and to select and connect to the UAC waiting for communication, thereby using the UAC jointly to increase the utilization rate of the UAC;

In addition, by adding a voice recognizer to the VoIP common hall, it is also possible to open the automatic door opening voice command during the call with the VoIP common hall in the home;

In addition, it is also possible to add an emergency button to each VoIP joint hall and to operate an apartment complex emergency call system using a VoIP joint hall that transmits a digital emergency signal to a security server or a VoIP guarding room using a VoIP communication network.

In addition, by installing VoIP HN video phone or VoIP HN phone with outgoing security setting function in the living room or balcony of the house, it detects the intrusion detection signal emitted from the security detector when the outsider invades, and uses the intelligent PBX VoIP network or the common part. The present invention relates to an unmanned security system including a VoIP public hall and a DTMF receiver capable of monitoring the invasion of a home by transmitting a security intrusion signal to a security server connected to a VoIP network or a VoIP security network.

 DTMF, VoIP public hall, VoIP network, VoIP video phone, VoIP phone

Description

Unmanned security system including VoIP joint hall and DTMF receiver. {Manless Crime Prevention System with VoIP Lobby Phone and DTMF Receiver}

The present invention is directed to an unmanned security system including a VoIP common hall and DTMF receiver;

More specifically, a VoIP joint hall for controlling an automatic door including a camera unit for capturing an image of a visitor, a VoIP communication unit capable of a video call or a voice call, and a DTMF receiver and an automatic problem communication unit;

Automatic door interworking with VoIP common hall;

VoIP guard room;

A VoIP management unit;

Intelligent PBX or VoIP server that includes call setup signal and alias program for receiving call button signal of VoIP security device and converting into telephone number or extension number or private IP of each generation communication device or VoIP security device. And, the intelligent PBX or apartment complex including a plurality of UAC (User Agent Client) that connects the VoIP server and the soft switch of the VoIP communication network by communication to configure the intelligent PBX VoIP network network or VoIP complex VoIP server network Accessing the VoIP network of the Internet;

The VoIP public hall and the VoIP security room or VoIP management room make an extension video call using an intelligent PBX or only a VoIP server, and also open an automatic door interworking with the VoIP public hall by transmitting a digital signal or DTMF signal during a call;

In association with an Internet network comprising a soft switch of a VoIP communication network, a PSTN communication network comprising a PSTN exchanger and a backbone network comprising a mobile communication network comprising a mobile communication exchanger;

In addition, by inputting the number of the call to the VoIP public hall, the VoIP public hall and the VoIP video phone or VoIP HN generation unit make the video call using intelligent PBX or just VoIP server, UAC and soft switch. To open an automatic door interworking with the VoIP common hall;

In addition, by entering the number of the call to the VoIP public hall, the VoIP public hall and the VoIP phone make voice calls using an intelligent PBX or just a VoIP server, UAC and softswitch. To open the automatic door;

In addition, by entering the number of the call to the VoIP public hall, the PSTN phone or mobile phone makes a voice call by using an intelligent PBX or just a VoIP server, UAC, soft switch, PSTN switch, or mobile communication switchboard and main network. In addition, the DTMF signal is transmitted during the call to open the automatic door interlocking with the VoIP common hall;

In addition, the home dual port video phone or dual port phone or analog HA generation unit or HN generation unit, which makes an internal call with the intelligent PBX or just a VoIP server, inputs a call number from the VoIP common hall and transmits it to the intelligent PBX or only the VoIP server. Converting into an extension number using an alias program, forming an extension voice call path to make a voice call, and also transmitting an DTMF signal to open an automatic door;

In addition, in setting up a VoIP joint hall, a generation communication device, and a call path, a number of UACs (Skype wired settlement 1, Skype wired settlement 2, Skype mobile communication settlement 1, Skype mobile) are set up in an intelligent PBX or a VoIP server. Optional communication cumulative second, powercom video 1, powercom video 2, powercom audio, Hanaro voice, Hanaro video, etc.) and add them to the Alias program that includes the phone number data of Dong Ho Lake and home communication devices. It is also possible to register multiple UACs to be connected by each communication device together, check the communication usage status of multiple UACs to be connected from the intelligent PBX or just a VoIP server, and select a UAC waiting for communication to form a call path. Or within the same VoIP communication network using UAC of VoIP communication company such as VoIP communication company to which each generation communication device belongs in VoIP server. Free call service available;

It is also preferable to use a flat UAC (e.g., Skype wired fixed amount first, Skype mobile communication fixed amount first);

In addition, direct communication is possible by using each VoIP video telephone or VoIP HN generation unit and each VoIP communication service provider soft switch, so that video calls can be made with VoIP common hall and all VoIP video telephones in the home;

In addition, in an internal dual port video telephone or dual port telephone or analog HA generation unit or HN generation unit that makes an internal call with an intelligent PBX or a VoIP server, the call is formed into an external communication device;

Multiple UACs for wired telephones (e.g. Skype Wired 1, Skype Wired 2) and multiple UACs for mobile communication (e.g. Skype Mobile 1, Skype Mobile 2) and country-specific intelligent PBXs or just VoIP servers Add a plurality of UACs (e.g., Skype Secretariat 1, Skype America 2, Skype Japan 1, Skype Japan 2, Skype Taiwan 1, Skype Taiwan 2, etc.) and connect to the VoIP communication network of the Internet network;

Connecting an extension communication device such as each generation dual port video telephone or dual port telephone or analog HA generation or HN generation to an analog internal communication network or a VoIP internal communication network of an intelligent PBX or only a VoIP server;

On an intelligent PBX or just a VoIP server;

A process of determining the type of external communication device (wired telephone or mobile communication or US telephone or Japanese telephone) to be called by using the number of the front end of the telephone number inputted from the extension communication apparatus;

Determining a plurality of UACs to be accessed by using the determined communication device information (wired telephone or mobile telephone or US telephone or Japanese telephone);

Checking the use of the determined plurality of UACs;

It is also possible to configure a UAC selection process that selects UAC that is not in use among multiple checked UACs and uses it as outgoing UAC. To;

In addition, a plurality of UACs for each VoIP service provider are installed in an IDC center or a specific apartment complex communication room to connect to the Internet network, and information on the carriers of each generation communication device inputted from an intelligent PBX or a VoIP server of each apartment complex Select UAC type by phone number, check the communication usage status of selected UAC by using IP communication of Internet network, and select UAC waiting for communication to access UAC jointly in each household Integrated systems that increase the utilization of UAC are also possible;

Another embodiment is;

Adding a UAC control server for controlling UAC to the IDC center and connecting each UAC;

At the UAC control server;

Linking and registering a plurality of UAC information of a VoIP communication network such as each VoIP phone in a telephone number database including a telephone number of a household communication device or an external communication device;

In case of forming call path with VoIP common hall or extension communication device and apartment complex, each generation communication device or external communication device, it checks the use of multiple registered UAC in connection with each phone number, and among the checked multiple UAC Selecting a UAC that is not in use and using it as an outgoing UAC;

In addition, if there is no registered telephone number, the type of external communication device (wired telephone or mobile communication or American telephone or Japanese telephone) to be called is determined by using the number of the front end of the telephone number inputted from the extension communication apparatus;

Determining the type of UAC to be used using the determined communication device information (wired telephone or mobile telephone or US telephone or Japanese telephone);

Checking the use of the determined plurality of UACs;

It is also possible to include a UAC selection process that selects a UAC that is not in use from among a plurality of checked UACs and uses it as an outgoing UAC;

In addition, the construction method of the apartment public security system:

Connecting in-house VoIP communication devices to VoIP network of Internet network, respectively;

A common VoIP device, a VoIP management device, a VoIP common hall including a VoIP communication unit, an alias program, and a DTMF receiver are connected to the public intelligent PBX VoIP network;

It is possible to make a video call or a voice call with a VoIP common hall, a domestic communication device and a common communication device, and open an automatic door using a digital signal or a DTMF signal;

In addition, the VoIP communication with the public hall and the common VoIP communication device communicates using the internal VoIP communication, and the common communication period can also be configured for the public intelligent PBX VoIP network that communicates using the facilities in the apartment complex;

In addition, each of the premises VoIP communication devices connected to the VoIP communication network of the Internet network;

A VoIP security office, a VoIP management machine, a VoIP common hall including UAC, an alias program, and a DTMF receiver are also connected to the VoIP communication network of the Internet network;

It is possible to make a video call or a voice call with a VoIP common hall, a domestic communication device and a common communication device, and to configure a standalone VoIP common hall that transmits a digital signal or DTMF signal during a call to open an automatic door;

In addition, the construction method of the apartment public security system:

Connecting in-house VoIP communication devices to VoIP network of Internet network, respectively;

A VoIP public hall including a common part VoIP security unit, a VoIP management unit, a VoIP communication unit, an alias program, and a DTMF receiver are also connected to the VoIP communication network of the Internet network;

It is possible to make a video call or a voice call with a VoIP common hall, a domestic communication device and a common communication device, and open an automatic door using a digital signal or a DTMF signal;

In addition, it includes private IP or MAC ADDRESS of public VoIP VoIP hall and VoIP security equipment and VoIP management equipment, and adds VoIP server and configures private IP communication network to make calls with VoIP public hall and public VoIP communication equipment. Since the communication using the private IP or MAC ADDRESS, the common unit communication period communication is also possible to configure the VoIP server VoIP network network of the public complex to communicate using the facilities in the apartment complex;

In addition, the construction method of the apartment public security system:

Including a DTMF receiver in a common vestibule for analog communication;

Connect to an analog communication network of an intelligent PBX;

An analog communal voice network is constructed with each common hall and intelligent PBX in the apartment complex;

It is also possible to make a voice call using a public VoIP voice call path of an intelligent PBX with a public hall, a VoIP security device, or a VoIP management device.

In addition, communication with external communication devices is also possible with VoIP communication;

In addition, the camera unit is added to the common hall, and the A / V MIXER is further included in front of the intelligent PBX. The video signal of the VoIP common hall is received to MIX the camera video signal and the audio signal, and the intelligent PBX is connected to the home. Or provides a function of performing video communication with a common video communication device;

In addition, a plurality of UACs for each VoIP service provider are installed in IDC centers, and UAC types are selected by using the telecommunication company information or telephone number of each generation communication device input from the intelligent PBX of each apartment complex or the VoIP server. It is also possible to check the communication usage status of a plurality of selected UACs by using IP communication of the network, and to select and connect to the UAC waiting for communication, thereby using the UAC jointly to increase the utilization rate of the UAC;

In addition, a UAC control server is added to the IDC center to control a number of UACs for each service of each VoIP provider, and the telephone number transmitted from the apartment complex intelligent PBX or only the VoIP server using IP communication is inputted from the UAC control server. It is also possible to select a UAC type by using the carrier information or input telephone number of each generation communication device, check the communication use status of the selected plurality of UAC, and select and connect the UAC waiting for communication;

In addition, by adding a voice recognizer to the VoIP common hall, it is also possible to open the automatic door opening voice commands during the call with the communication device in the VoIP common hall and apartment complex;

In addition, by adding an emergency button to each common entrance and exit VoIP common hall of the apartment complex, it is possible to transmit the emergency signal to the security server or the VoIP guarding room using the VoIP communication network by operating the emergency button;

In addition, by connecting a VoIP HN video phone or a VoIP HN phone with a home security setting function to the VoIP network in the house, when the tenant operates the home security settings button, the security detector interlocks with wireless communication to the security monitoring state. In case of an outsider invasion, an outgoing security watch that detects an intrusion status and sends an intrusion signal to a security server or VoIP security system connected to a public intelligent PBX VoIP network network or a public Internet complex VoIP server VoIP network network. The present invention relates to an unmanned security system including a VoIP joint hall and a DTMF receiver.

In recent years, new apartments have been equipped with home automation systems.

This home automation system provides a video call function between apartment visitors and households and an unmanned security system that opens automatic doors in households.

That is, the HA system of FIG. 6, the HN system of FIG. 7 is a block diagram showing an example of a recent new apartment home automation system, for each generation of apartments, HA (Home Automation) generation unit, HN (Home Network) Generation is installed.

The HA generation unit and the HN generation unit are connected to a common vestibule and a communication network by using a UTP cable and a video cable for an BUS type communication or an apartment complex HN LAN method, which stores ID information of each HA generation unit, and a Mac of the HN generation unit. We will make video call with common hall through the integrated server including ADDRESS or apartment complex, VoIP server.

That is, when a household visitor who visits a specific household of the apartment calls a specific household through the common entrance hall of the common entrance, the called household occupant checks the image of the household visitor through the HA household or HN household located in the apartment living room. The video call and the automatic door open system for apartments includes an unmanned security system.

However, the existing common hall adopts a dedicated communication method that can communicate only with home automation system or home network system HN generation unit, so if a generation unit breaks down, any communication device such as ordinary VoIP phone or PSTN phone in the house can be called. Incapable of moving, the tenant must purchase an expensive home automation system or home network system generation unit;

In addition, if the householder manufacturer discontinued the householder or the manufacturer disappears, the tenant will not be able to use the unmanned security system because there is no way to talk to the public hall in the house, nor open the automatic door.

In other words, such an incompatible system has a fatal problem.

Therefore, the video call or voice call can be made with the VoIP joint hall of the house by using the home telephone system such as VoIP video telephone or VoIP telephone or PSTN telephone or mobile phone as well as the home network system HN generation unit as in the present invention. You can solve this fatal problem by configuring your system to open.

In addition, the home automation system or home network system HN generation unit is installed on the living room wall, so when people use the generation unit, they need to move to the living room to operate the generation unit. .

In addition, the existing apartment building is an apartment built before the automatic door and the common entrance hall. The existing installed videophone is analog star type wiring (1: 1 TIV cable) without video wiring or BUS wiring for voice communication without video wiring ( CPEV CABLE);

It is only possible to make a video call with a door phone in a generation hall, a video call with a living room, and a video call with a living room and a voice call during the guard room.

In addition, since the existing system does not have automatic doors, there is no wiring for automatic door control signals to open automatic doors, and there is no automatic door open button in the generation unit.

However, in recent years, due to the increase in labor costs in apartments, security personnel have been assigned to two or three buildings by joint halls and buildings, or an integrated security office is built in the apartment complex and security personnel only in the integrated security office. By reducing the number of personnel in the security guards and applying the unmanned security system.

In order to construct an unmanned security system such as a new apartment in such a key apartment, a home automation system HA generation unit including a function of making a video call with a common hall and opening a common entrance automatic door is installed to install an unmanned security system. Although the configuration method is also used, there is a problem in that the existing wiring is removed and a new video line (ECX CABLE) and a bus type communication line (UTP CABLE) are entered.

In addition, the apartment apartment requires workers to enter the second and second generations at the same time, and remove the wiring and install new video, audio, and control lines (ECX CABLE and BUS communication cable (UTP CABLE)). Incurs high costs;

In addition, since the video phone installed in the existing apartment does not have an automatic door opening button, it is possible to make a video call with the common door, and it will incur a lot of cost because it requires the installation of a new HA generation unit and a claim value capable of automatic problem language.

In addition, even if you want to apply the HN LAN communication method of apartment complexes that open video and voice calls and open automatic doors as shown in FIG. 7, existing apartments do not have piping. It will cost a lot.

Also, as shown in FIG. 5, the PSTN public hall is configured by including the PSTN phone function in the common hall, the PSTN common hall is connected to the PSTN network, and the visitor makes a voice call by making a call to the home telephone at the PSTN public hall. And, PSTN telephone access control system of the apartment unmanned security system that controls the automatic door using the telephone DTMF signal has been developed and used;

PSTN telephone access control system;

First, it uses a PSTN common hall for voice communication of analog circuit switching method, and it requires expensive communication cost compared to data communication for packet communication by using circuit switching method;

Second, the PSTN public hall cannot use the PSTN communication network to transmit video signals, and cannot transmit video in a call with a household, so that the visitor's video cannot be checked in the home;

Thirdly, in a call with a PSTN common hall and a generation telephone, all calls use a telephone station PSTN exchange as a switching device, so that a free call between the PSTN common hall and a generation cannot be made;

Fourth, the PSTN public hall is a PSTN public hall dedicated to voice calls without a video camera, which cannot transmit a video even in a security room and a call, so that the visitor's video cannot be confirmed in the security room, and the visitor video recording is also impossible;

Fifth, call charges are incurred by using PSTN exchange, not a facility in the apartment complex, as a switching device, even for PSTN public halls and guards or management rooms, and services such as free calls within the same VoIP communication network provided by VoIP carriers. Is also impossible;

Sixth, it is also impossible to transmit and receive data such as monitoring the operational status of the hall and emergency call signal transmission by using the voice call-only circuit-switching system.

The technical problem to be achieved by the present invention is;

Firstly, the intelligent PBX VoIP network including the VoIP public hall of the common part, the intelligent PBX including a plurality of user agent clients (UAC) communicating with the soft switch of the VoIP network, the VoIP server, the VoIP security device, and the VoIP management unit. Network or public network only VoIP server VoIP network;

VoIP public hall and VoIP security machine or VoIP management machine make video call using intelligent PBX or just VoIP server internal call, and open digital door interworking with VoIP common hall by transmitting digital control signal or DTMF signal during call. ;

In addition, the VoIP complex in the apartment complex and in-house VoIP video phone or VoIP HN generation unit make video call using intelligent PBX or complex VoIP server, UAC and soft switch.In addition, the VoIP communal hall and in-house VoIP telephone are intelligent PBX or complex VoIP Make a voice call using the server and UAC and soft switch, and also open the automatic door interworking with the VoIP common hall by transmitting digital control signal or DTMF signal during the call in the home;

Second, voice communication is made between VoIP common hall, PSTN telephone or mobile phone by using intelligent PBX or just VoIP server, UAC, soft switch, PSTN exchange or mobile communication exchange. Open the interlocking automatic entrance hall;

Third, in-house dual port video phone or dual port phone or analog HA generation device or HN generation device, which make analog extension call with intelligent PBX or VoIP server, inputs the number of calls from the VoIP common hall and enters the intelligent PBX or only VoIP server. Transmitting to an extension number using an alias program, forming an extension voice call path to make a voice call, and also transmitting a digital signal or DTMF signal to open an automatic door;

Fourth, in setting up VoIP common hall and generation communication device and call path, a plurality of UACs (e.g., Skype wired settlement 1, Skype wired settlement 2, Skype mobile communication 1, Skype mobile communication 2) , Powercom Video 1, Powercom Video 2, Powercom Voice, Hanaro Voice, Hanaro Video, etc.) can be selectively added according to the characteristics, and a number of UACs connected to each communication device in the home to an intelligent PBX or just a VoIP server are registered and linked together. By using this information in an intelligent PBX or just a VoIP server, you can check the communication usage status of multiple UACs that need to be connected when establishing a call path with a VoIP common hall and a generation communication device, and select a UAC that is waiting for communication. ;

It is also preferable to use a flat UAC (e.g., Skype wired fixed amount first, Skype mobile communication fixed amount first);

In addition, it is also possible to form a call path by using the UAC of the VoIP communication company, such as the VoIP communication company to which each generation communication device belongs, in an intelligent PBX or only a VoIP server, so that a free call service in the same VoIP communication network can be used;

In addition, direct communication is possible by using each VoIP service provider's soft switch, so that video calls can be made between the VoIP common hall and all VoIP video telephones or VoIP HN generation devices in the house, and call quality is improved;

Fifth, in setting up an external call of an internal dual port video telephone or dual port telephone or analog HA generation or HN generation, which makes an internal call with an intelligent PBX or only a VoIP server;

Multiple UACs for wired telephones (e.g. Skype Wired 1, Skype Wired 2) and multiple UACs for mobile communication (e.g. Skype Mobile 1, Skype Mobile 2) and country-specific intelligent PBXs or just VoIP servers Add a plurality of UACs (e.g., Skype Secretariat 1, Skype America 2, Skype Japan 1, Skype Japan 2, Skype Taiwan 1, Skype Taiwan 2, etc.) and connect to the VoIP communication network of the Internet network;

Connecting an extension communication device such as each generation dual port video telephone or dual port telephone or analog HA generation or HN generation to an analog internal communication network or a VoIP internal communication network of an intelligent PBX or only a VoIP server;

On an intelligent PBX or just a VoIP server;

A process of determining the type of external communication device (wired telephone or mobile communication or US telephone or Japanese telephone) to be called by using the number of the front end of the telephone number input from the extension communication apparatus;

Determining a plurality of UAC types to be used by using the determined communication device information (wired telephone or mobile telephone or US telephone or Japanese telephone);

Checking the use of the determined plurality of UACs;

It is also possible to select a UAC that is not in use among the plurality of checked UACs and to use it as an outgoing UAC, thereby reducing the charge rate using the VoIP service provider's flat fee and the VoIP service country's UAC;

It also adds a plurality of UACs of each VoIP communication company to the intelligent PBX or only the VoIP server, and connects to the VoIP communication network of the Internet network;

Connecting an extension communication device such as each generation dual port video telephone or dual port telephone or analog HA generation or HN generation to an analog internal communication network or a VoIP internal communication network of an intelligent PBX or only a VoIP server;

On an intelligent PBX or just a VoIP server;

Linking and registering a plurality of UAC information of a VoIP communication network such as a VoIP telephone number registered in the Alias program and a VoIP telephone number using the registered VoIP telephone number because the call frequency is high in each apartment complex;

When forming a call path, it checks whether the registered UAC is used and selects a UAC that is not in use among the checked UAC and uses it as an outgoing UAC. It is also possible to form a call path using the carrier's UAC, so that it is possible to use a free call service in the same VoIP communication network;

Sixth, separate multiple UACs for each VoIP provider's service from intelligent PBX or complex VoIP server, install them in IDC center or specific apartment complex communication room and connect to internet network, and input from each apartment complex intelligent PBX or complex VoIP server. Select the UAC type by using the telecommunication company information of each generation communication device or the input telephone number, check the communication usage status of the selected multiple UACs by using the IP communication of the Internet network, and select the UAC waiting for communication By using the UAC jointly, it is also possible to configure an integrated system that increases the utilization rate of the UAC;

In addition, a UAC control server is added to the IDC center to control a number of UACs for each service of each VoIP provider, and the telephone number transmitted from the apartment complex intelligent PBX or only the VoIP server using IP communication is inputted from the UAC control server. It is also possible to select a UAC type by using the carrier information or input telephone number of each generation communication device, check the communication usage status of the selected plurality of UACs, and select and connect the UAC waiting for communication;

Seventhly, in the method of constructing the apartment public security system:

Connecting in-house VoIP communication devices to VoIP network of Internet network, respectively;

In addition, by adding the intelligent PBX to the public VoIP VoIP hall, VoIP security equipment and VoIP management equipment and to form a public intelligent IP PBX VoIP network;

It is possible to make a video call or a voice call with a VoIP common hall, a domestic communication device and a common communication device, and open an automatic door using a digital signal or a DTMF signal;

In addition, the VoIP communication with the public hall and the common VoIP communication device communicates using the internal VoIP communication, and the common communication period can also be configured for the public intelligent PBX VoIP network that communicates using the facilities in the apartment complex;

In addition, each of the VOIP devices connected to the VoIP network of the Internet using UAC;

A VoIP security office, a VoIP management machine, a VoIP common hall including UAC, an alias program, and a DTMF receiver are also connected to the VoIP communication network of the Internet network;

A video call or voice call with a VoIP common hall, an indoor communication device, and a common communication device, and a method of configuring a standalone VoIP common hall that transmits a digital signal or DTMF signal during a call to open an automatic door;

In addition, the construction method of the apartment public security system:

Each of the VOIP devices connected to the VoIP network of the Internet using UAC;

A common VoIP facility, a common VoIP management unit, a VoIP public hall including a VoIP communication unit, an alias program, and a DTMF receiver are also connected to the VoIP communication network of the Internet using UAC;

It is possible to make a video call or a voice call with a VoIP common hall, a domestic communication device and a common communication device, and open an automatic door using a digital signal or a DTMF signal;

In addition, a private IP or MAC ADDRESS and a VoIP server of the common VoIP joint hall, VoIP security unit and VoIP management unit are added, and a VoIP server can be used to communicate with the VoIP public hall and the public VoIP communication device using a private IP or MAC ADDRESS. The common unit communication period communication is also possible by using the facilities within the apartment complex VoIP server VoIP network network communication;

In addition, the construction method of the apartment public security system:

Including a DTMF receiver in a common vestibule for analog communication;

In addition to an intelligent PBX for converting an analog communication signal into a data communication signal;

An analog communal voice network is constructed with each common hall and intelligent PBX in the apartment complex;

In the intelligent PBX, the voice signal transmitted from the common hall is converted into the VoIP data signal to make the voice call using the internal VoIP voice call path of the intelligent PBX. Is also provided;

In addition, the camera unit is added to the common hall, and the A / V MIXER is further included in front of the intelligent PBX to receive the video signal of the VoIP joint hall, MIXING the camera video signal and the audio signal, and connected to the intelligent PBX. Or video communication with a common video communication device;

In addition, a plurality of UACs for each VoIP service provider are installed in IDC centers, and UAC types are selected by using the telecommunication company information or telephone number of each generation communication device input from the intelligent PBX of each apartment complex or the VoIP server. It is also possible to check the communication usage status of a plurality of selected UACs by using IP communication of the network, and to select and connect to the UAC waiting for communication, thereby using the UAC jointly to increase the utilization rate of the UAC;

In addition, a UAC control server is added to the IDC center to control a number of UACs for each service of each VoIP provider, and the telephone number transmitted from the apartment complex intelligent PBX or only the VoIP server using IP communication is inputted from the UAC control server. It is also possible to select a UAC type by using the carrier information or input telephone number of each generation communication device, check the communication use status of the selected plurality of UAC, and select and connect the UAC waiting for communication;

Eighth, it further includes a voice recognizer in the VoIP common hall, opening a common entrance automatic door interworking with the VoIP common hall by generating an automatic door open voice command to any communication device in the apartment complex during a call in the home;

Ninth, by adding an emergency button to the VoIP common hall and operating the emergency button, it is also possible to function as an emergency call system to transmit an emergency signal to a security server or a VoIP security machine using data communication;

Tenth, VoIP HN video telephone or VoIP HN telephone with wireless communication module for receiving intrusion signal such as wireless fuselage detector or wireless magnetic sensor is connected to VoIP network in home, VoIP HN video telephone or VoIP HN telephone. When the tenant operates the outgoing security setting button when the user goes out, the body detector or the magnetic sensor that interlocks with the wireless communication is switched to the security monitoring state, and the intrusion state is detected by an outsider. The present invention relates to an unmanned security system including a VoIP public hall and a DTMF receiver capable of monitoring out-of-door security for transmitting an abnormal status signal to a security server or a VoIP security machine connected to a VoIP network.

According to an aspect of the present invention for achieving the above object;

Public PVX VoIP network or public VoIP server VoIP network as an intelligent PBX or VoIP server that calls are set up using the common VoIP unit in the apartment complex, VoIP security unit, VoIP management unit, and Alias program. By constructing a network;

The VoIP public hall, VoIP security unit, or VoIP management unit is provided with a public intelligent PBX VoIP network that allows video calls to be made using an intelligent PBX or an internal VoIP video call path of a VoIP server.

In addition, by connecting VoIP video phone or VoIP HN generation device to VoIP communication network of the Internet network to which intelligent PBX or VoIP server is connected, VoIP video gateway is formed to make video call with VoIP common hall.

In addition, a VoIP common hall and a VoIP voice call are provided by connecting a VoIP phone to an Internet network to which an intelligent PBX or a VoIP server is connected.

In addition, one Internet network can be selected from several physical Internet networks such as an optical fiber network or an HFC communication network installed to each apartment complex, and an intelligent PBX or a VoIP server is connected to the VoIP video telephone or VoIP HN generation or VoIP telephone. A plurality of UACs (User Agent Clients) are provided for each purpose of communicating with each soft switch that manages a VoIP video call or a VoIP voice call.

In addition, the internal dual port video phone or dual port phone or analog HA generation device or HN generation device that makes internal calls using the analog PBX or the analog analog communication unit of the VoIP server, inputs the number to the VoIP common hall and enters the intelligent PBX or If you send only to VoIP server, you can convert to extension number or private IP by using Alias program, make voice call by making an extension VoIP voice call path, and open DTV signal to open automatic door.

In addition, in establishing a communication path with a VoIP common hall and a generation communication device;

Multiple UACs for each VoIP provider's service (e.g., Skype Wired Fixed 1, Skype Wired Fixed 2, Skype Mobile Telecom Fixed 1, Skype Mobile Telecom Fixed 2, Powercom Video 1, Powercom Video 2, Powercomb) on an intelligent PBX or VoIP server. Voice, Hanaro voice, Hanaro video, etc.) can be selectively added according to the characteristics, and a plurality of UACs connected to the VoIP common hall are connected to the Alias program including the Dong Ho Lake and the telephone number data of the home communication device. In addition, the intelligent PBX or just the VoIP server can use this information to check the communication usage status of the multiple UACs to be connected when establishing a call path, and to determine the UAC waiting for communication.

It also provides the ability to select a flat fee UAC (e.g., Skype Wired 1st, Skype Mobile Communication 1st).

In addition, it is also possible to form a call path using UAC of a VoIP communication company such as a VoIP communication company belonging to each generation communication device in an intelligent PBX or only a VoIP server, so that a free call service in the same VoIP communication network can be used.

In addition, if the home telephone is a VoIP video telephone, the function of directly communicating by using each VoIP service provider's soft switch such as each generation communication network is provided, so that video calls can be made with the VoIP common hall and all VoIP video telephones in the home.

In addition, in setting a call path with an external communication device of an internal dual port video telephone or dual port telephone or analog HA generation or HN generation, which makes an internal call with an intelligent PBX or a VoIP server;

Multiple UACs for wired telephones (e.g. Skype Wired 1, Skype Wired 2) and multiple UACs for mobile communication (e.g. Skype Mobile 1, Skype Mobile 2) and country-specific intelligent PBXs or just VoIP servers Add a plurality of UACs (e.g., Skype Secretariat 1, Skype America 2, Skype Japan 1, Skype Japan 2, Skype Taiwan 1, Skype Taiwan 2, etc.) and connect to the VoIP communication network of the Internet network;

Connecting an extension communication device such as each generation dual port video telephone or dual port telephone or analog HA generation or HN generation to an analog internal communication network or a VoIP internal communication network of an intelligent PBX or only a VoIP server;

On an intelligent PBX or just a VoIP server;

Determining the type of external communication device (either a wired telephone or a mobile communication or a US telephone or a Japanese telephone) to be called by using the number of the front end of the telephone number inputted from the extension communication apparatus;

Determining the type of UAC to be used using the determined communication device information (wired telephone or mobile telephone or US telephone or Japanese telephone);

Checking the use of the determined plurality of UACs;

It is also possible to select a UAC that is not in use from among a plurality of checked UACs and use it as an outgoing UAC. Thus, a rate reduction method using a flat fee for each communication method of a VoIP provider and a gateway for each country of the VoIP provider is provided.

It also adds a plurality of UACs of each VoIP communication company to the intelligent PBX or only the VoIP server, and connects to the VoIP communication network of the Internet network;

Connecting an extension communication device such as each generation dual port video telephone or dual port telephone or analog HA generation or HN generation to an analog internal communication network or a VoIP internal communication network of an intelligent PBX or only a VoIP server;

On an intelligent PBX or just a VoIP server;

Linking and registering a plurality of UAC information of a VoIP communication network such as a VoIP telephone number registered in the Alias program and a VoIP telephone number using the registered VoIP telephone number because the call frequency is high in each apartment complex;

When forming a call path, it checks whether the registered UAC is used and selects a UAC that is not in use among the checked UAC and uses it as an outgoing UAC. Since it is also possible to form a call path using the carrier's UAC, a method of reducing a charge by using a free call service in the same VoIP communication network is provided.

In addition, a plurality of UACs for each VoIP service provider are installed in an IDC center or a specific apartment complex communication room to connect to the Internet network, and information on the carriers of each generation communication device inputted from an intelligent PBX or a VoIP server of each apartment complex is provided. Select UAC type by phone number and check the communication usage status of the selected multiple UACs by using IP communication of Internet network, and use UAC jointly in each apartment complex by selecting and connecting UAC waiting for communication. An integrated system is also available to increase the utilization of UAC.

Another embodiment is;

Adding a UAC control server for controlling the UAC of the IDC center;

At the UAC control server;

Linking and registering a plurality of UAC information of a VoIP communication network such as a generation VoIP phone in a telephone number database including a telephone number of the generation VoIP phone;

Check the use of the registered plurality of UACs, and select a UAC that is not in use from among the plurality of checked UACs and use it as an outgoing UAC;

In addition, if there is no registered telephone number, the type of external communication device (wired telephone or mobile communication or American telephone or Japanese telephone) to be called is determined using the number of the front end of the telephone number inputted from the extension communication apparatus;

Determining the type of UAC to be used using the determined communication device information (wired telephone or mobile telephone or US telephone or Japanese telephone);

Checking the use of the determined plurality of UACs;

It is also possible to select a UAC that is not in use among a plurality of checked UACs and use it as an outgoing UAC;

In addition, the construction method of the apartment public security system:

A method of configuring a standalone VoIP common hall is also provided.

That is, each of the home VoIP communication devices is connected to the VoIP communication network of the Internet network;

A VoIP security office, a VoIP management machine, a VoIP common hall including UAC, an alias program, and a DTMF receiver are also connected to the VoIP communication network of the Internet network;

It is possible to make video call or voice call with VoIP common hall, in-house communication device and common communication device. Also, a method of configuring a standalone VoIP public hall that opens a automatic door by transmitting a digital signal or DTMF signal during a call is also provided.

In addition, the construction method of the apartment public security system:

Connecting in-house VoIP communication devices to VoIP network of Internet network, respectively;

A VoIP public hall including a common part VoIP security unit, a VoIP management unit, a VoIP communication unit, an alias program, and a DTMF receiver are also connected to the VoIP communication network of the Internet network;

It is possible to make a video call or a voice call with a VoIP common hall, an in-house communication device and a common communication device, and open an automatic door using a digital signal or a DTMF signal;

In addition, by adding a public VoIP unit, a VoIP security unit, a private IP or MAC ADDRESS of the VoIP management unit, and a VoIP server only, the VoIP public hall and the public VoIP communication device communicate with each other using a private IP or MAC ADDRESS. The common unit communication period communication is also possible by using the facilities in the apartment complex VoIP server VoIP network configuration.

In addition, the construction method of the apartment public security system:

Including a DTMF receiver in a common vestibule for analog communication;

In addition to an intelligent PBX for converting an analog communication signal into a data communication signal;

An analog VoIP joint hall voice communication network is constructed of each common hall and intelligent PBX in the apartment complex;

In the intelligent PBX, converts the voice signal transmitted from the hall to a VoIP data signal;

There is also a method of making a voice call using an extension VoIP voice call path of an intelligent PBX.

In addition, the camera unit is added to the common hall, and the A / V MIXER is further included in the intelligent PBX front end to receive the video signal of the VoIP joint hall, MIXING the camera video signal and the audio signal, and connected to the intelligent PBX. Or it provides a function to perform a video communication with the common video communication device.

In addition, the intelligent PBX further includes an A / V mixer that mixes the video signal and the audio signal of the vestibule, or mixes the video and audio signals using software to perform video communication with the generation video communication device. To provide.

In addition, the digital control signal for opening the automatic door interlocking with the VoIP common hall;

It is desirable to regulate the generation, transmission, reception, confirmation, and control of signals by using a VoIP common hall, each generation VoIP communication device or a shared VoIP security room, or a VoIP management room.

In addition, DTMF receiver is included in the VoIP co-ordinator, so that the Tenkey button can be operated during a call with a PSTN communication network, a PSTN phone or a mobile communication cell phone, a home dual port video phone or a dual port phone, an analog HA generation device, or an HN generation device and a VoIP co-existence device. It provides the function to detect the DTMF button signal (* or 지정한 or * ＃) specified for the automatic door opening.

In addition, a function of detecting DTMF button signals (* or ＃ or * ＃) generated by VoIP communication devices, such as VoIP generation equipment of each generation, or VoIP management equipment of a common part, or VoIP management equipment, is provided in the VoIP common hall DTMF receiver.

There is also provided a process of opening the automatic door interworking with the VoIP common hall by transmitting the detected DTMF signal.

In addition, another method of opening the automatic door further includes a voice recognizer in the VoIP public hall, so that the voice door open voice command or a designated DTMF button can be used during the call with the VoIP public hall and the household communication device or the public communication device. It also provides a process of generating a signal (* or ＃ or * ＃), recognizing it in a voice recognizer, and opening an automatic door that interworks with the VoIP common hall.

In addition, the DTMF signal can be detected using a software method in an intelligent PBX or a VoIP server or a VoIP network soft switch that controls the communication path of the VoIP common door, or a DTMF signal can be detected using a DTMF receiver chip or DTMF receiver board. Including the IP IVR (Interactive Voice Response) function, a function for detecting a DTMF button signal (* or ＃ or * ＃) is provided.

There is also provided a method of converting the detected DTMF signal into a digital signal and transmitting it to the VoIP common hall, and receiving the same from the common hall to open the automatic door.

In addition, a separate emergency button is added to the ten key part of the VoIP common hall, and when the tenant operates the emergency button, an emergency call system function is provided to transmit an emergency signal to a security server or a VoIP security machine using data communication.

In addition, a VoIP HN video phone or VoIP HN phone with a wireless communication module that receives an intrusion signal such as a wireless fuselage detector or a wireless magnetic sensor is connected to the VoIP network in the house, and the security is out to the VoIP HN video phone and the VoIP HN phone. In addition to the set-up process, when tenants use the Tenkey to go out and set up security, the fuselage sensor or magnetic sensor connected by wireless communication is switched to the security monitoring state, and when the outsider intrudes, it detects the intrusion state and then uses the public PBX VoIP. Network server or public apartment complex VoIP server It transmits the abnormal status signal to the security server or VoIP security room connected to the VoIP network to provide security for the security of the apartment.

According to the present invention;

First, it is possible to make video call using VoIP common hall, VoIP guarding room or VoIP management room and intelligent PBX or just VoIP server VoIP extension call, and it is also possible to control common entrance automatic door interworking with VoIP common hall;

In addition, it is possible to make video call with VoIP common hall of apartment complex and VoIP video telephone or VoIP HN generation in house, and also control common door automatic door interworking with VoIP common hall, so that separate indoor video wiring for unmanned security system or Economical video call unmanned security system without audio wiring is possible;

Second, voice call is made between PSTN communication network PSTN telephone or mobile communication network mobile phone and VoIP common door. Also, during the call, automatic door opening DTMF signal is generated by using PSTN communication network PSTN phone or mobile communication network mobile phone, and transmitted to VoIP common door. By opening the common entrance automatic door interlocking with the common entrance and securing the compatibility and expandability of the controller of the unmanned security system;

Third, in-house dual port video phone or dual port phone or analog HA generation device or HN generation device which make analog extension call with intelligent PBX or just VoIP server, inputs the number of the call from the VoIP common hall and enters the intelligent PBX or just VoIP server. When a call is sent to an extension program, the call is converted to an extension number or a private IP using an alias program, and an audio call path is formed to make a voice call. By opening the common entrance automatic doors to ensure the compatibility and expandability of the controller of the unmanned security system;

Fourthly, in setting up VoIP common hall and generation communication device and call path, a number of UACs (e.g., Skype wired settlement 1, Skype wired settlement 2, Skype mobile communication settlement system) are installed on intelligent PBX or VoIP server. 1, Skype mobile communication cumulative second, Powercom video 1, Powercom video 2, Powercom voice, Hanaro voice, Hanaro video, etc.) is selectively added according to the characteristics of the home only, and the VoIP system and the communication method of the communication device (wired) Forming a call path using a UAC (User Agent Client) suitable for a communication type such as a telephone or a mobile phone or a video telephone;

It is also possible to use a flat fee UAC (e.g., Skype wired fixed amount first, Skype mobile communication fixed amount first);

In addition, it is also possible to form a call path by using the UAC of the VoIP communication company, such as the VoIP communication company to which each generation communication device belongs, in an intelligent PBX or only a VoIP server, so that a free call service in the same VoIP communication network can be used;

In addition, direct communication is possible by using each VoIP provider's soft switch, so that video calls can be made with all VoIP videophones in the VoIP common hall and apartment complex, and also improve call quality and reduce communication costs;

Fifth, a number of UACs (e.g., Skype wired fixed amount 1, Skype wired fixed amount 2) and multiple UACs for mobile communication (e.g. Skype mobile communication fixed 1, Skype mobile communication fixed 2) And a plurality of UACs per country (e.g., Skype Secretariat 1, Skype USA 2, Skype Japan 1, Skype Japan 2, Skype Taiwan 1, Skype Taiwan 2, etc.) and connected to the VoIP communication network of the Internet network;

Connecting an extension communication device such as each generation dual port video telephone or dual port telephone or analog HA generation or HN generation to an analog internal communication network or a VoIP internal communication network of an intelligent PBX or only a VoIP server;

On an intelligent PBX or just a VoIP server;

Determining the type of external communication device (either a wired telephone or a mobile communication or a US telephone or a Japanese telephone) to be called by using the number of the front end of the telephone number inputted from the extension communication apparatus;

Determining the type of UAC to be used using the determined communication device information (wired telephone or mobile telephone or US telephone or Japanese telephone);

Checking the use of the determined plurality of UACs;

It is also possible to select a UAC that is not in use among a plurality of checked UACs and to use it as an outgoing UAC, thereby reducing the charge rate using the VoIP service provider's flat fee and the VoIP service provider's gateway by country;

In addition, it is possible to use a free call service in the same VoIP network because it is possible to form a call path by selecting the same VoIP communication network UAC as the external VoIP communication device by using the carrier information of the external communication device, which is frequently used. To;

Sixth, in addition, a plurality of UACs for each VoIP service provider are installed in a communication room of an IDC center or a specific apartment complex to connect to the Internet network. Select the type of UAC by using the input telephone number, check the communication usage status of the selected multiple UACs by using the IP communication of the Internet network, and select UAC waiting for communication to connect UAC jointly by using UAC jointly. It is also possible to configure the integrated system to increase the utilization rate, further reducing the system construction cost and communication cost;

In addition, a UAC control server is added to the IDC center to control a number of UACs for each service of each VoIP provider, and the telephone number transmitted from the apartment complex intelligent PBX or only the VoIP server using IP communication is inputted from the UAC control server. It is also possible to select a UAC type by using the carrier information or input telephone number of each generation communication device, check the communication use status of the selected plurality of UAC, and select and connect the UAC waiting for communication;

Seventh, if the voice communication device is further included in the VoIP public hall, and an automatic door opening voice command is generated during a call with the home communication device or the public communication device and the VoIP public hall, the VoIP common door voice recognizer recognizes this and the VoIP communication Improving convenience by implementing voice recognition VoIP common door opening device which opens the common door automatic door interlocking with the entrance door;

Eighth, by adding an emergency button to the VoIP common hall, and operating the emergency button, it is also possible to act as an emergency call system that transmits an emergency signal to a security server or VoIP security machine by using data communication, thereby reducing the cost of emergency call system construction. Can be;

Ninth, if the tenant operates the outgoing security setting button of the VoIP HN video phone or the VoIP HN phone when they go out, it switches the house body detector or the magnet sensor to the security monitoring state, and detects an intrusion state when an outsider invades the guard room or the security server. The present invention relates to an unmanned security system including a VoIP common hall and a DTMF receiver that can enhance home security by enabling intrusion prevention function to transmit intrusion information.

Hereinafter, with reference to the accompanying drawings a detailed description according to a preferred embodiment of the present invention.

According to the present invention for achieving the above object;

As shown in FIG. 1;

A backbone network including an Internet network including a soft switch of a VoIP communication network, a PSTN communication network including a PSTN switch, and a mobile communication network including a mobile communication switch;

An indoor VoIP video telephone or VoIP HN generation or VoIP telephone connected to a VoIP network of an apartment complex Internet network and including a DTMF generation unit and a ten key button unit;

A PSTN telephone connected to the apartment complex PSTN network and including a DTMF generating unit and a ten key button unit;

A mobile phone wirelessly connected to a mobile communication network and including a DTMF generation unit and a ten key button unit;

It is connected to the intelligent PBX VoIP network, which detects the visitor's video, detects the visitor's video, the Ten-Key button, the VoIP security device call button, the VoIP communication unit that can make the video call or voice call, and the DTMF signal specified for the automatic door opening. A VoIP joint hall for controlling automatic doors including a DTMF receiver and an automatic problem communication unit;

Automatic door interworking with VoIP common hall;

A security guard VoIP unit connected to the intelligent PBX VoIP network of the common unit and each security unit in the apartment complex including a DTMF generating unit;

A VoIP management unit in the apartment complex connected to the common intelligent PBX VoIP network and including a DTMF generation unit;

It is connected to the intelligent PBX VoIP network of the common part, and contains an alias program that converts the household call number or the VoIP security alert call signal to the extension number of each household telephone number or the VoIP security alert. An intelligent PBX comprising a plurality of user agent clients (UACs) for configuring communication with a switch;

VoIP joint halls, VoIP security units, VoIP management units, intelligent PBXs. Constructing an intelligent intelligent PBX VoIP network including a plurality of UACs and accessing the VoIP communication network of an apartment complex Internet network;

When the VoIP security machine call button is operated in the VoIP common hall;

Transmitting a button signal to the intelligent PBX;

Receiving the button signal from the intelligent PBX and converting the VoIP security system call button signal into the extension number in the alias program;

In the intelligent PBX, the common VoIP VoIP security device connected to the common intelligent PBX VoIP network is called to form an internal VoIP video call or an internal VoIP voice call.

Therefore, I will perform a video call or a voice call.

In addition, during the video call or voice call with the VoIP common hall and the VoIP security room, when the Tenkey button for automatic door opening of the VoIP security room is operated, the automatic door opening digital control signal is generated and the VoIP common hall through the common PBX VoIP network. Automatic door opening Digital control signal is transmitted to the door, and the VoIP common door opens the automatic door.

In another exemplary embodiment, when a ten key button designated for automatic door opening of a VoIP security room is operated during a video call or a voice call with a VoIP public hall, a DTMF signal is generated using the VoIP security room of the common part, and an automatic door is input to the VoIP common door. Transmit open DTMF control signal and VoIP public hall recognizes DTMF signal to open automatic door.

Therefore, VoIP common hall and VoIP security room can make free video call or voice call.

In addition to the VoIP security office, you can call by entering the extension number of the VoIP management room in the management room, and also open the automatic door in the same way.

In addition, it is possible to make calls with VoIP common halls and generation VoIP communication devices, and also enable automatic problem control at home.

In particular, in establishing a call path with a VoIP common hall and a generation communication device;

Multiple UACs for each VoIP provider's service (e.g., Skype Wired Fixed 1, Skype Wired Fixed 2, Skype Mobile Telecom Fixed 1, Skype Mobile Telecom Fixed 2, Powercom Video 1, Powercom Video 2, Powercom Voice, Hanaro Voice) , Hanaro video, etc.) can be selectively added according to the characteristics, and the UAC to which each communication device should be connected to the Alias program including the Dong Ho Lake and the phone number data of the communication device in the home is registered together, and the intelligent PBX It is possible to check the communication usage status of a plurality of UAC when forming a call path, and select and connect to the UAC waiting for communication;

It is also possible to use a flat fee UAC (e.g., Skype wired fixed amount first, Skype mobile communication fixed amount first);

In addition, it is also possible to form a call path by using the UAC of the VoIP communication company such as the VoIP communication company to which each generation communication device belongs in the intelligent PBX, thereby enabling free call service in the same VoIP communication network.

Therefore, if the generation telephone is a VoIP video communication device (VoIP video phone, VoIP HN generation device) connected to the VoIP communication network of the Internet network;

Inputting the call number into the VoIP common hall;

Transmitting a button signal to the intelligent PBX;

Receiving a button signal from the intelligent PBX and converting the call number into a telephone number in an alias program;

Determining the type of UAC to be accessed by using the information of each generation communication device in the intelligent PBX;

Search for UACs waiting for communication among the plurality of UACs;

Select UAC (eg, PowerCom Video 1) on the Intelligent PBX;

In UAC, a soft switch is used to form a VoIP video call path.

Therefore, I will conduct a video call.

In addition, when the generation telephone is a VoIP telephone connected to the VoIP communication network;

Inputting the call number into the VoIP common hall;

Transmitting a button signal to the intelligent PBX;

Receiving a button signal from the intelligent PBX and converting the call number into a telephone number in an alias program;

Determining the type of UAC to be accessed by using the information of each generation communication device in the intelligent PBX;

Search for UACs waiting for communication among the plurality of UACs;

Selecting UAC (e.g., Skype Wired Liquid 1) in an intelligent PBX;

In UAC, a soft switch is used to form a VoIP voice call.

Therefore, I will conduct a voice call.

In addition, when the Ten-key button for automatic door opening is operated during a call with a generation VoIP communication device connected to the VoIP common door and the VoIP communication network, an automatic door opening digital control signal is generated, and the automatic door opening digital control signal is transmitted to the VoIP common door. The machine receives the digital control signal and opens the automatic door.

In another embodiment, when a ten-key button designated for automatic door opening of a generation VoIP communication device is operated during a call with a generation VoIP communication device connected to a VoIP common door and a VoIP communication network, a DTMF signal is generated and an automatic door is input to the VoIP common door. Transmit open DTMF control signal and VoIP public hall recognizes DTMF signal to open automatic door.

In addition, when the generation telephone is a PSTN communication network PSTN telephone;

Inputting the call number into the VoIP common hall;

Transmitting a button signal to the intelligent PBX;

Receiving a button signal from the intelligent PBX and converting the same number to a phone number in an alias program;

Determining the type of UAC to be accessed by using the information of each generation communication device in the intelligent PBX;

Search for UACs waiting for communication among the plurality of UACs;

By selecting UAC (e.g. Skype Wired Solution 1) on the Intelligent PBX:

In UAC, VoIP video call path is formed by using soft switch and PSTN switch.

Therefore, I will conduct a voice call.

In addition, if you operate the ten key button designated for automatic door opening during a call with a VoIP common door and a generation PSTN telephone, it generates a DTMF signal, transmits an automatic door opening DTMF control signal to the VoIP common door, and the VoIP common door recognizes the DTMF signal and automatically opens the door. To open.

In addition, when the generation telephone is a mobile phone network;

Inputting the call number into the VoIP common hall;

Transmitting a button signal to the intelligent PBX;

Receiving a button signal from the intelligent PBX and converting the call number into a telephone number in an alias program;

Determining the type of UAC to be accessed by using the information of each generation communication device in the intelligent PBX;

Search for UACs waiting for communication among the plurality of UACs;

By selecting UAC (e.g. Skype Mobile Communications) on an intelligent PBX;

In UAC, a VoIP voice call path is formed by using a soft switch and a mobile communication switch.

Therefore, I will conduct a voice call.

In addition, if you operate the Ten Key button designated for automatic door opening during a call with a VoIP common door and a mobile communication network mobile phone, it generates DTMF signal, transmits the automatic door opening DTMF control signal to the VoIP common door, and the VoIP common door recognizes the DTMF signal to automatically open the door. To open.

Also another embodiment is;

In addition, when the generation telephone is a mobile communication network video cell phone;

Inputting the call number into the VoIP common hall;

Transmitting a button signal to the intelligent PBX;

Receiving a button signal from the intelligent PBX and converting the call number into a telephone number in an alias program;

Determining the type of UAC to be accessed by using the information of each generation communication device in the intelligent PBX;

Search for UACs waiting for communication among the plurality of UACs;

Select UAC (eg, PowerCom Video 1) on the Intelligent PBX;

In UAC, VoIP video channel is formed by using soft switch and mobile video exchange.

Therefore, I will conduct a video call.

In addition, if you operate the Ten Key button designated for automatic door opening during a call with a VoIP common door and a mobile communication network mobile phone, it generates DTMF signal, transmits the automatic door opening DTMF control signal to the VoIP common door, and the VoIP common door recognizes the DTMF signal to automatically open the door. To open.

Alternatively, the UAC may be directly connected to the mobile communication exchange of the mobile communication base station using the Internet.

In addition, another embodiment is also possible to open the voice call and automatic door with the analog HA generation unit and VoIP joint hall.

The analog HA generation unit includes a dedicated line communication unit for the HA system and an analog communication unit for the PSTN communication, and it is possible to communicate with the VoIP common hall using the analog communication unit.

That is, in the analog HA generation device that communicates using intelligent PBX analog extension lines;

Connecting the analog communication port of the intelligent PBX and the analog HA generation device analog communication port using a telephone communication line in the apartment complex;

Inputting the call number into the VoIP common hall;

Receiving a button signal from the intelligent PBX and converting the same number to an analog extension number in an alias program;

In the intelligent PBX, an analog call path is used to form a voice call path.

Therefore, I will conduct a voice call.

In addition, if you operate a button designated for automatic door opening during a call with a VoIP common hall and a generation analog HA generation unit, it generates a DTMF signal, transmits an automatic door opening DTMF control signal to the VoIP common hall, and the VoIP common hall recognizes the DTMF signal and automatically opens the door. To open.

In addition, another embodiment is also possible for the HN generation and VoIP joint hall, voice call and automatic door opening in the home apartment apartment.

The HN generation unit includes a dedicated LAN communication unit for the home network system and an analog communication unit for the PSTN communication, and it is possible to communicate with the VoIP common hall using the analog communication unit.

That is, in the HN generation unit to communicate using the intelligent PBX analog extension line;

Connecting the analog communication port of the intelligent PBX and the HN generation analog communication port using a telephone communication line in the apartment complex;

Inputting the call number into the VoIP common hall;

Transmitting a button signal to the intelligent PBX;

Receiving a button signal from the intelligent PBX and converting the same number to an extension number in an alias program;

In the intelligent PBX, an analog call path is used to form a voice call path.

Therefore, I will conduct a voice call.

In addition, if you operate a button designated for automatic door opening during a call with a VoIP common hall and a generation HN generation unit, it generates a DTMF signal, transmits an automatic door opening DTMF control signal to the VoIP common hall, and the VoIP common hall recognizes the DTMF signal and performs an automatic door. Open.

Also another embodiment is;

Connecting the HN generation unit to the VoIP communication unit of the intelligent PBX;

To communicate with the intelligent PBX using a dedicated program or applet;

Inputting the call number into the VoIP common hall;

Transmitting a button signal to the intelligent PBX;

Receiving a button signal from the intelligent PBX and converting the same number to a private IP or Mac ADDRESS in an alias program;

In an intelligent PBX, a dedicated video program or an applet is used to form a VoIP video call path.

Therefore, I will conduct a video call.

In addition, if you operate a button designated for automatic door opening during a call with a VoIP common hall and a generation HN generation unit, it generates a DTMF signal, transmits an automatic door opening DTMF control signal to the VoIP common hall, and the VoIP common hall recognizes the DTMF signal and performs an automatic door. Open.

In another embodiment, a voice call and automatic door opening is also possible using a dual port video phone or a dual port phone and an intelligent PBX including a VoIP communication port and a PSTN communication port.

That is, in a dual port telephone or dual port video telephone including a VoIP communication port and a PSTN communication port;

Connecting the analog communication port of the intelligent PBX and the analog port of the dual port phone or the dual port video phone using the telephone communication line in the apartment complex;

The VoIP communication port is connected to the VoIP communication network of the Internet network VoIP provider;

Inputting the call number into the VoIP common hall;

Transmitting a button signal to the intelligent PBX;

Receiving a button signal from the intelligent PBX and converting the same number to an extension number in an alias program;

In the intelligent PBX, an analog call path is used to form a voice call path.

Therefore, I will conduct a voice call.

In addition, if you operate a button designated for automatic door opening during a call with a VoIP common door and a dual port video phone or a dual port phone, an automatic door opening digital control signal is generated, and the automatic door opening digital control signal is transmitted to the VoIP common door. The porch receives the digital control signal and opens the automatic door.

In addition, another embodiment of the present invention is to generate a DTMF signal by operating a button designated for automatic door opening during a call with a VoIP common door and a generation dual port video phone or a dual port phone, and transmits an automatic door opening DTMF control signal to the VoIP common door. The VoIP common door recognizes the DTMF signal and opens the automatic door.

In addition, it is possible to talk to external communication devices by connecting internal communication devices such as dual port video phones or dual port phones or analog HA generation devices or HN generation devices to the analog extension network or VoIP extension network of the intelligent PBX. In addition, it is possible to configure a communication cost savings using intelligent PBX.

That is, in each generation generation dual port video telephone or dual port telephone or analog HA generation or HN generation unit and an external communication device to establish a call path;

Multiple UACs for wired telephones (e.g. Skype wired fixed amount 1, Skype fixed wired fixed amount 2) and multiple UACs for mobile communication (e.g. Skype mobile communication fixed amount 1, Skype mobile communication fixed amount 2) and multiple UACs for each country Example: Skype Machi 1, Skype USA 2, Skype Japan 1, Skype Japan 2, Skype Taiwan 1, Skype Taiwan 2, etc.) is added, and connected to the VoIP communication network of the Internet network;

Internal communication devices such as dual port video phones or dual port phones or analog HA generation devices or HN generation devices are connected to the analog extension network or VoIP extension network of the intelligent PBX.

Intelligent PBX;

Determining the type of external communication device (either a wired telephone or a mobile communication or a US telephone or a Japanese telephone) to be called by using the number of the front end of the telephone number inputted from the extension communication apparatus;

Determining the type of UAC to be used using the determined communication device information (wired telephone or mobile telephone or US telephone or Japanese telephone);

Checking the use of the determined plurality of UACs;

It is also possible to select UAC that is not in use among the checked UAC and use it as outgoing UAC.

In addition, it is possible to connect a dual port video phone or dual port phone to a VoIP service provider's VoIP communication network, join VoIP communication to obtain a VoIP phone number, and use it as a receiving number when requesting a call from outside.

Therefore, it is possible to reduce the communication cost by jointly using the intelligent PBX's UAC when each household in the apartment complex makes an outgoing call, and it is possible to receive a telephone call from each household using the individual telephone number.

Another embodiment is;

In a dual port phone or dual port video phone including VoIP communication and analog communication, the VoIP communication part of the dual port phone or the dual port video phone is connected to the intelligent PBX VoIP communication part, and the analog communication part is an MTA (Multimedia Terminal Adapter). It is possible to receive and send VoIP communication by using analog port of dual port phone or dual port video phone by connecting to external VoIP communication network by using. Also, dual port phone or dual port video phone VoIP communication part and intelligent PBX VoIP It is also possible to make video call with VoIP common hall by using communication port, and it is also possible to configure communication line of dual port phone or dual port video phone that can be transmitted to outside by VoIP communication method.

Also another embodiment is;

It is possible to reduce communication costs by centralizing and installing multiple UACs for each VoIP service provider in IDC centers or apartment complexes.

That is, each UAC is installed in a separate IDC center or apartment complex communication room and connected to the Internet network;

Connecting the intelligent PBX of the common intelligent PBX VoIP communication network to the Internet network;

When there is a call request from the VoIP common hall, or from each generation dual port video phone or dual port phone or analog HA generation or HN generation connected to the analog internal communication network or VoIP extension network of the intelligent PBX in the home When a call request is made, the UAC type is selected using the telecommunication company information or the telephone number of each generation communication device input from the intelligent PBX or the VoIP server, and the communication of multiple UACs selected using the IP communication of the Internet network. By checking the status of use, selecting the UAC waiting for communication and using it as a call path, you can increase the usage rate of UAC, reduce the construction cost, and reduce the communication cost by reducing the number of calling numbers.

Another embodiment is;

A method for selecting UAC of an IDC center;

Add a plurality of UACs for each VoIP service provider to the IDC center;

Adding a UAC control server for controlling a plurality of UAC call paths for each service of a VoIP communication company, and connecting to an Internet network;

In addition, each apartment complex intelligent PBX also connected to the Internet network;

In case of request to make a call by sending home phone number or external phone number by using IP communication from intelligent PBX or VoIP server in each apartment complex;

At the UAC control server;

Linking and registering a plurality of UAC information of a VoIP communication network such as a generation VoIP phone in a telephone number database including a telephone number of the generation VoIP phone;

Check the use of the registered plurality of UACs, and select a UAC that is not in use from among the plurality of checked UACs and use it as an outgoing UAC;

In addition, if there is no registered telephone number, the type of external communication device (wired telephone or mobile communication or US telephone or Japanese telephone) to be called is determined by using the numbers of telephone numbers inputted from the extension communication apparatus;

Determining the type of UAC to be used using the determined communication device information (wired telephone or mobile telephone or US telephone or Japanese telephone);

Checking the use of the determined plurality of UACs;

It is also good to select a UAC that is not in use among multiple checked UACs and use it as an outgoing UAC.

In addition, the alternative configuration of the apartment public security system:

12, which includes a DTMF receiver and connects a VoIP common hall including an analog voice communication unit to the intelligent PBX;

It is also possible to convert an analog signal into a VoIP data signal using an intelligent PBX to perform VoIP communication.

That is, the VoIP common hall and the intelligent PBX perform analog voice communication;

Method of converting analog voice signal into VoIP digital voice signal in intelligent PBX to perform VoIP communication with VoIP video phone or VoIP communication network HN generation device or VoIP communication phone VoIP phone or mobile phone network or home PSTN network PSTN phone It is possible.

At this time, only a voice call is possible, but as shown in FIG. 13, the video signal of the VoIP common hall camera unit is transmitted to the A / V MIXER using a separate video line, and the video signal and the voice are output from the A / V MIXER. By mixing the signals and transmitting them, it is possible to realize an effect such as transmitting video and audio signals using VoIP communication in the VoIP common hall.

At this time, the VoIP public hall and the guard room call can be made into the voice call path by using the internal call in the intelligent PBX, but more preferably, the VoIP video surveillance device is connected to the intelligent PBX VoIP station which is mixed with video and voice. As you can make a call, you can check the visitor's video on the VoIP security system.

At this time, the method for mixing the video signal and the audio signal of the camera;

Software mixing in Intelligent PBX is also good;

It is also possible to mix intelligent PBXs using an A / V mixer;

It is also possible to use A / V MIXER in front of intelligent PBX.

In addition, it is possible to stand alone VoIP joint hall system.

That is, a VoIP common hall including an alias program and a DTMF receiver, and connected to a VoIP communication network of the Internet network using UAC, and capable of making a video call or a voice call with a public VoIP device or a generation communication device;

Automatic door interworking with VoIP common hall;

A VoIP guard room connecting to the VoIP communication network of the Internet using UAC;

A VoIP management room which connects to the VoIP communication network of the Internet using UAC;

A home VoIP video telephone or a VoIP HN generation or a VoIP telephone connected to the VoIP communication network of the Internet using UAC;

A PSTN telephone connected to the home PSTN communication network;

Mobile phone network;

An unmanned security system comprising a backbone network integrating a VoIP communication network including a soft switch, a PSTN communication network including a PSTN switch, and a mobile communication network including a mobile communication switch;

When the VoIP security machine call button is operated in the VoIP common hall;

Converting the VoIP security equipment call button signal into the VoIP security equipment telephone number using an alias program;

Send to the softswitch;

In the soft switch, the VoIP common hall, the VoIP security room, and the VoIP video call path connected to the VoIP communication network are formed.

Therefore, if you make a video call with the VoIP common hall and the VoIP security room through the VoIP communication network, and operate the button designated for automatic door opening during the call, the automatic door opening digital control signal is generated and the automatic door opening digital to the VoIP common hall through the VoIP communication network. It transmits the control signal and the VoIP common door receives the automatic door open digital control signal and opens the automatic door.

In another exemplary embodiment, when a button designated for automatic door opening is operated during a call, a DTMF control signal is generated in the VoIP security equipment of the VoIP communication network, and an automatic door opening DTMF control signal is transmitted to the VoIP public hall through the VoIP communication network. The cavity door receives the automatic door open DTMF control signal and opens the automatic door.

In addition, when the in-generation communication device is a VoIP video phone or a VoIP HN generation device;

Inputting generation number in VoIP common hall;

Converting the generation number into a VoIP video telephone or VoIP HN generation number using an alias program;

Transmit to the VoIP network soft switch;

In the soft switch, a VoIP videophone or a VoIP videophone or a VoIP HN generation device connected to the VoIP communication network is formed.

Therefore, if you make a video call with a VoIP public hall and a generation VoIP video phone or VoIP HN generation through a VoIP communication network and operate a button designated for automatic door opening during a call, an automatic door opening digital control signal is generated and The automatic door open digital control signal is transmitted to the common door and the VoIP common door receives the automatic door open control signal to open the automatic door.

In another embodiment, when a button designated for automatic door opening is operated during a call, a DTMF signal is generated from a VoIP video network VoIP phone, and an automatic door open control DTMF signal is transmitted to a VoIP public hall through a VoIP communication network, and the DTMF receiver is operated. The VoIP common hall, including the automatic door opening control, receives the DTMF signal and opens the automatic door.

At this time, even if the phone connected to the VoIP communication network is a voice call VoIP phone without a video monitor, the voice call and the automatic door opening are naturally possible.

In addition, when the in-generation communication device is another VoIP communication network VoIP video telephone or VoIP HN generation device;

Inputting generation number in VoIP common hall;

Converting the generation number into a VoIP video telephone or VoIP HN generation number using an alias program;

Transmit to the VoIP network soft switch;

By using the backbone network in softswitch, it is connected to other VoIP network softswitch to form VoIP voice port and VoIP videophone or VoIP HN generation connected to VoIP network.

Therefore, if you make a voice call with a VoIP public hall and a generation VoIP video phone or a VoIP HN generation device through a VoIP communication network, and operate a button designated for automatic door opening during a call, an automatic door opening digital control signal is generated and the VoIP connection is performed through the VoIP communication network. The automatic door open digital control signal is transmitted to the common door and the VoIP common door receives the automatic door open control signal to open the automatic door.

In another embodiment, when a button designated for automatic door opening is operated during a call, a DTMF signal is generated from a VoIP video network VoIP phone, and an automatic door open control DTMF signal is transmitted to a VoIP public hall through a VoIP communication network, and the DTMF receiver is operated. The VoIP common hall, including the automatic door opening control, receives the DTMF signal and opens the automatic door.

At this time, even if the phone connected to the VoIP communication network is a voice call VoIP phone without a video monitor, the voice call and the automatic door opening are naturally possible.

In addition, when the in-generation communication device is a PSTN telephone connected to a PSTN communication network;

Inputting generation number in VoIP common hall;

Converting household call numbers to PSTN phone number using an alias program;

Send to the softswitch;

In the soft switch, the PSTN switch is used to establish a voice call path with the PSTN telephone and the VoIP common hall connected to the VoIP communication network.

Therefore, if you make a voice call with a VoIP common hall and a generation PSTN phone through a VoIP communication network and a PSTN communication network, and operate a button designated for automatic door opening during a call, a DTMF signal is generated from the PSTN phone, and a VoIP communication network and a PSTN communication network are used. The automatic door open control DTMF signal is transmitted to the VoIP public hall, and the VoIP public hall including the DTMF receiver receives the automatic door open control DTMF signal to open the automatic door.

In addition, if there is no wired telephone in the household, the automatic door can be opened using a mobile phone owned by each individual.

When the household communication device is a mobile phone connected to a mobile communication network;

Inputting generation number in VoIP common hall;

Converting the household number into a mobile phone number using the Alias program;

Send to the softswitch;

In the soft switch, a mobile communication switch is used to form a voice call path with the mobile phone.

Therefore, if you perform voice call with VoIP common hall and mobile phone through VoIP communication network and mobile communication network, and operate Tenkey designated for automatic door opening during the call, DTMF signal is generated from mobile phone, and VoIP is transmitted through VoIP communication network and mobile communication network. The automatic door open control DTMF signal is transmitted to the common door and the VoIP joint door including the DTMF receiver receives the automatic door open control signal to open the automatic door.

Also in a standalone VoIP joint hall;

It is possible to reduce communication costs by centralizing and installing multiple UACs for each VoIP service provider in IDC centers or apartment complexes.

That is, a number of UACs for each VoIP provider's service (e.g. Skype wired fixed amount 1, Skype wired fixed amount 2, Skype mobile communication fixed amount 1, Skype mobile communication fixed amount 2, Powercom video 1, Powercom video 2, Powercom voice, Hanaro voice, Hanaro video, etc.) is installed in a separate IDC center and connected to the Internet network;

Connecting the public VoIP VoIP hall to the Internet network;

When there is a call request from the VoIP common hall to the home, select the carrier to be used and the type of UAC to be used by using the telecommunication device information of the home communication device from the VoIP common hall, and each IDC center or apartment complex in the VoIP common hall. By grasping the current state of UAC, by selecting the UAC in use and using it as a call path, it is possible to increase the use rate of UAC, reduce construction cost, and reduce communication cost by reducing the number of calling numbers.

In addition, if the UAC of the communication network, such as the home communication device communication network is selected to form a communication path with the home communication device, it is possible to use the free rate communication service between the same VoIP communication networks that are used as a policy recently.

Another embodiment is;

Adding a UAC control server for controlling the UAC of the IDC center;

At the UAC control server;

Link and register a plurality of UAC information of a VoIP communication network such as a generation VoIP phone in a telephone number database of the generation VoIP phone;

Check the use of the registered plurality of UACs, and select a UAC that is not in use from among the plurality of checked UACs and use it as an outgoing UAC;

In addition, if there is no registered telephone number, the type of external communication device (wired telephone or mobile communication or American telephone or Japanese telephone) to be called is determined by using the number of the front end of the telephone number inputted from the extension communication apparatus;

Determining the type of UAC to be used using the determined communication device information (wired telephone or mobile telephone or US telephone or Japanese telephone);

Checking the use of the determined plurality of UACs;

It is also possible to select a UAC that is not in use among multiple checked UACs and use it as an outgoing UAC.

In addition, the alternative configuration of the apartment public security system:

As shown in Figure 2, it is also good to configure the unmanned security system by configuring the VoIP server network of the public complex only VoIP server.

That is, the home VoIP video telephone, the VoIP HN generation unit, the VoIP telephone unit which is connected to the VoIP communication network of the apartment complex Internet network including UAC and includes DTMF generation unit and ten key button unit;

A PSTN telephone connected to the PSTN communication network and including a DTMF generating unit and a ten key button unit;

A mobile phone connected to a mobile communication network to make a wireless call and including a DTMF generation unit and a ten key button unit;

A backbone network including an Internet network including a soft switch of a VoIP communication network, a PSTN communication network including a PSTN switch, and a mobile communication network including a mobile communication switch;

DTMF which includes private IP and connects to the internet network, captures the visitor's video, camera key, ten key button, VoIP security device call button, UAC capable of video call or voice call and DTMF signal specified for automatic door opening A VoIP common hall that controls an automatic door including a receiver and an automatic problem communication unit;

A security guarding VoIP security unit in each apartment complex including a private IP or MAC ADDRESS and accessing the Internet network and including a DTMF generating unit;

A VoIP management room in the apartment complex including private IP and MAC ADDRESS and accessing the Internet network, including a DTMF generating unit;

Alias program that includes private IP and Mac ADDRESS and connects to internet network, and converts household call number or VoIP guarding machine call button signal into private IP or MAC ADDRESS of each household telephone number or VoIP guarding machine or VoIP management machine. A VoIP server that includes a call setup;

A plurality of UACs per service of each VoIP service provider communicating only with the VoIP server and the VoIP network soft switch;

With VoIP joint halls, VoIP guard rooms, VoIP management rooms, VoIP servers. A public-only VoIP server VoIP network, which is a private IP network including a plurality of UACs for each VoIP service provider;

If you operate the VoIP security system call button in the common VoIP unit in the apartment complex;

Send only the button signal to the VoIP server;

Only receives the button signal from the VoIP server, and converts the VoIP security service call button signal to the private IP or MAC ADDRESS in the alias program;

The VoIP security machine is called from the VoIP server to form a VoIP video call or a VoIP voice call.

Therefore, the VoIP public hall and VoIP security unit of the public unit will perform a video call or a voice call.

In addition, during the video call or the voice call with the VoIP common hall, the VoIP security room, when the Tenkey button for automatic door opening of the VoIP security room is operated, an automatic door opening digital control signal is generated, and the automatic door opening digital control signal is transmitted to the VoIP common hall. The VoIP common door opens the automatic door.

In another embodiment, when the Tenkey button designated for automatic door opening of the VoIP security terminal of the common part is operated during a video call or a voice call with the VoIP common hall, a DTMF signal is generated by using the VoIP security terminal of the common part, and the VoIP common hall The automatic door opening DTMF control signal is transmitted to the air conditioner, and the VoIP common hall recognizes the DTMF signal and opens the automatic door.

Therefore, VoIP common hall and VoIP security unit in the apartment complex can make free video call or voice call.

In addition to the VoIP security room, the VoIP management room in the management room can also enter the VoIP management room extension number to enable video calls or voice calls and automatic door opening.

In addition, it is possible to talk with VoIP common hall and generation VoIP communication equipment.

In particular, in setting up the VoIP common hall and generation communication device and call path, a number of UACs (e.g., Skype wired settlement 1, Skype wired settlement 2, Skype mobile communication settlement 1, Skype mobile) are set up in the VoIP server for each VoIP service provider. Optional communication cumulative second, powercom video 1, powercom video 2, powercom audio, Hanaro voice, Hanaro video, etc.) and add them to the Alias program that includes the phone number data of Dong Ho Lake and home communication devices. It is also possible to register the UAC to be connected to each communication device together, and use this information in the VoIP server to check the communication usage status of the multiple UACs to be connected when forming a call path, and to select and connect the UAC waiting for communication. To;

It is also possible to use a flat fee UAC (e.g., Skype wired fixed amount first, Skype mobile communication fixed amount first);

In addition, it is also possible to form a call path using a VoIP communication company's UAC, such as a VoIP communication company to which each generation communication device belongs, in a VoIP server, thereby enabling a free call service in the same VoIP communication network.

That is, when the generation phone is a VoIP video communication device (VoIP video phone, VoIP HN generation device) connected to the VoIP communication network;

Inputting the call number into the VoIP common hall;

Send only the button signal to the VoIP server;

Only receiving the button signal from the VoIP server, the alias program converts the call number into a telephone number;

The VoIP server decides the type of UAC to be accessed by using each generation communication device information;

Search for UACs waiting for communication among the plurality of UACs;

Just select UAC (eg PowerCom Video1) on the VoIP server;

In the VoIP server, a soft switch is used to form a VoIP video call.

Therefore, I will conduct a video call.

In addition, when the generation telephone is a VoIP telephone connected to the VoIP communication network;

Inputting the call number into the VoIP common hall;

Send only the button signal to the VoIP server;

Only receiving the button signal from the VoIP server, the alias program converts the call number into a telephone number;

The VoIP server decides the type of UAC to be accessed by using each generation communication device information;

Search for UACs waiting for communication among the plurality of UACs;

Just select UAC (e.g. Skype wired solution 1) on the VoIP server;

Only VoIP switches are used to create VoIP voice calls.

Therefore, I will conduct a voice call.

In addition, when the Ten-key button for automatic door opening is operated during a call with a VoIP common door and a generation VoIP communication device, an automatic door opening digital control signal is generated, and the automatic door opening digital control signal is transmitted to the VoIP common door. Receive and open the automatic door.

In another exemplary embodiment, when a ten key button designated for automatic door opening of a generation VoIP communication device is operated during a call with a VoIP common door and a generation VoIP communication device, a DTMF signal is generated and an automatic door opening DTMF control signal is transmitted to the VoIP joint door. The VoIP common hall recognizes the DTMF signal and opens the automatic door.

In addition, when the generation telephone is a PSTN communication network PSTN telephone;

Inputting the call number into the VoIP common hall;

Send only the button signal to the VoIP server;

Only receiving the button signal from the VoIP server, the alias program converts the call number into a telephone number;

The VoIP server decides the type of UAC to be accessed by using each generation communication device information;

Search for UACs waiting for communication among the plurality of UACs;

Just select UAC (e.g. Skype wired solution 1) on the VoIP server;

In the VoIP server, a soft switch is used to form a VoIP video call.

Therefore, I will conduct a voice call.

In addition, if you operate the ten key button designated for automatic door opening during a call with a VoIP common door and a generation PSTN telephone, it generates a DTMF signal, transmits an automatic door opening DTMF control signal to the VoIP common door, and the VoIP common door recognizes the DTMF signal and automatically opens the door. To open.

In addition, when the generation telephone is a mobile phone network;

Inputting the call number into the VoIP common hall;

Send only the button signal to the VoIP server;

Only receiving the button signal from the VoIP server, the alias program converts the call number into a telephone number;

The VoIP server decides the type of UAC to be accessed by using each generation communication device information;

Search for UACs waiting for communication among the plurality of UACs;

Just select UAC (e.g. Skype Mobile Communications) on the VoIP server;

In the VoIP server, a soft switch and a mobile communication switch are used to form a VoIP video channel.

Therefore, I will conduct a voice call.

In addition, if you operate the Ten Key button designated for automatic door opening during a call with a VoIP common door and a mobile communication network mobile phone, it generates DTMF signal, transmits the automatic door opening DTMF control signal to the VoIP common door, and the VoIP common door recognizes the DTMF signal to automatically open the door. To open.

Also another embodiment is;

In addition, when the generation telephone is a mobile communication network video cell phone;

Inputting the call number into the VoIP common hall;

Send only the button signal to the VoIP server;

Only receiving the button signal from the VoIP server, the alias program converts the call number into a telephone number;

The VoIP server decides the type of UAC to be accessed by using each generation communication device information;

Search for UACs waiting for communication among the plurality of UACs;

Just select UAC (eg PowerCom Video1) on the VoIP server;

In the VoIP server, a soft switch and a mobile communication switch are used to form a VoIP video channel.

Therefore, I will conduct a video call.

In addition, if you operate the Ten Key button designated for automatic door opening during a call with a VoIP common door and a mobile communication network mobile phone, it generates DTMF signal, transmits the automatic door opening DTMF control signal to the VoIP common door, and the VoIP common door recognizes the DTMF signal to automatically open the door. To open.

In addition, the UAC may be directly connected to a mobile communication base station using a wired network.

In addition, another embodiment of the present invention is that only the VoIP server and the HN generation unit and the VoIP common hall can open calls and automatic doors.

That is, the HN generation device only connects to the physical VoIP communication part of the VoIP server;

In the HN generation only communicates with the VoIP server using a dedicated program or applet;

Inputting the call number into the VoIP common hall;

Send only the button signal to the VoIP server;

Only receives the button signal from the VoIP server and converts the password number into a private IP or MAC ADDRESS in the alias program;

The VoIP video channel is formed by using a dedicated program or applet on the VoIP server.

Therefore, I will conduct a video call.

In addition, when the button specified for automatic door opening is operated during the call with the VoIP common hall and the HN generation unit, the automatic door opening digital control signal is generated, and the automatic door opening digital control signal is transmitted to the VoIP common hall. Receive and open the automatic door.

In another exemplary embodiment, when a button designated for automatic door opening is operated during a call with a VoIP common door and a generation HN generation device, a DTMF signal is generated, the automatic door opening DTMF control signal is transmitted to the VoIP common door, and the VoIP common door is a DTMF signal. Recognizes and opens the automatic door.

In addition, another embodiment of the present invention will be possible to open a call and automatic door using a dual port video phone or dual port phone including a VoIP communication port and a PSTN communication port, and only a VoIP server.

That is, in a dual port video telephone or a dual port telephone including a VoIP communication port and a PSTN communication port;

Dual port video phone or dual port phone PSTN communication port to PSTN communication network, VoIP communication port is only physically connected to the VoIP server;

Inputting the call number into the VoIP common hall;

Send only the button signal to the VoIP server;

Only receives the button signal from the VoIP server and converts the password number into a private IP or MAC ADDRESS in the alias program;

In the VoIP server, a video call or a voice call is formed using a dedicated program or applet.

Therefore, I will perform a video call or a voice call.

In addition, if you operate a button designated for automatic door opening during a call with a VoIP common door and a dual port video phone or a dual port phone, an automatic door opening digital control signal is generated, and the automatic door opening digital control signal is transmitted to the VoIP common door. The porch receives the digital control signal and opens the automatic door.

In addition, another embodiment of the present invention is to generate a DTMF signal by operating a button designated for automatic door opening during a call with a VoIP common door and a generation dual port video phone or a dual port phone, and transmits an automatic door opening DTMF control signal to the VoIP common door. The VoIP common door recognizes the DTMF signal and opens the automatic door.

In addition, it is possible to make a call with the outside by using a communication device for each generation such as dual port video phone or dual port phone or HN generation device in VoIP extension network of VoIP server, and also saves communication cost by using VoIP server only. It is possible to configure.

That is, in setting a call path with a generation dual port video telephone or dual port telephone or an HN generation unit and an external communication device;

Only a large number of UACs (e.g., Skype wired fixed amount 1, Skype wired fixed amount 2) and multiple UACs for mobile communication (e.g. (E.g., Skype Secretariat 1, Skype America 2, Skype Japan 1, Skype Japan 2, Skype Taiwan 1, Skype Taiwan 2, etc.), and connect to the VoIP communication network of the Internet network;

Connecting a communication device for extension such as each generation dual port video telephone or dual port telephone or analog HA generation or HN generation to a physical analog internal communication network or VoIP internal communication network of the VoIP server;

Only on the VoIP server;

Determining the type of external communication device (either a wired telephone or a mobile communication or a US telephone or a Japanese telephone) to be called by using the number of the front end of the telephone number inputted from the extension communication apparatus;

Determining the type of UAC to be used using the determined communication device information (wired telephone or mobile telephone or US telephone or Japanese telephone);

Checking the use of the determined plurality of UACs;

It is also possible to form a call path using outgoing UAC by selecting a UAC that is not in use among a plurality of checked UACs.

Only on the VoIP server;

Linking and registering a plurality of UAC information of a VoIP communication network such as a VoIP telephone number registered in the Alias program and a VoIP telephone number using the registered VoIP telephone number because the call frequency is high in each apartment complex;

When forming a call path, it checks whether the registered UAC is used and selects a UAC that is not in use among the checked UAC and uses it as an outgoing UAC. It is also possible to form a call path using the carrier's UAC, so that it is possible to use a free call service in the same VoIP communication network;

Therefore, when each household in the apartment complex makes an outgoing call, it is possible to reduce the communication cost by using the UAC of the VoIP server jointly.

In addition, when composed of two VoIP communication ports;

As shown in Fig. 2, the first VoIP communication port is connected to the VoIP service provider's VoIP communication network, and the second VoIP communication port can be connected only to the VoIP extension line of the VoIP server.

Also another embodiment is;

It is possible to reduce communication costs by centralizing and installing multiple UACs for each VoIP service provider in IDC centers or apartment complexes.

That is, each UAC is installed in a separate IDC center or apartment complex communication room and connected to the Internet network;

Connecting only VoIP server of public sector only VoIP server network to Internet network;

When there is a call request from the VoIP common hall to the house or each household dual port video phone or dual port phone or analog HA generation or HN generation connected to the physical analog internal communication network or VoIP internal communication network of the VoIP server in the home only. When there is a call request from the outside, only UAC type is selected by using the UAC selection process on the VoIP server, and the current state of each UAC in the IDC center is determined by using IP communication on the VoIP server. By selecting and using as a call path, UAC usage rate can be increased, construction cost can be reduced, and communication cost can be reduced by reducing the number of calling numbers.

Another embodiment is;

A method for selecting UAC of an IDC center;

Add a plurality of UACs for each VoIP service provider to the IDC center;

Adding a UAC control server for controlling a plurality of UAC call paths for each service of a VoIP communication company, and connecting to an Internet network;

In addition, the VoIP server in each apartment complex is connected to the Internet network;

When a request is made to make an external telephone number by using IP communication from a VoIP server in each apartment complex;

At the UAC control server;

Linking and registering a plurality of UAC information of a VoIP communication network such as a generation VoIP phone in a telephone number database including a telephone number of the generation VoIP phone;

Check the use of the registered plurality of UACs, and select a UAC that is not in use from among the plurality of checked UACs and use it as an outgoing UAC;

In addition, if there is no registered telephone number, the type of external communication device (wired telephone or mobile communication or American telephone or Japanese telephone) to be called is determined by using the number of the front end of the telephone number inputted from the extension communication apparatus;

Determining the type of UAC to be used using the determined communication device information (wired telephone or mobile telephone or US telephone or Japanese telephone);

Checking the use of the determined plurality of UACs;

It is also good to select a UAC that is not in use among multiple checked UACs and use it as an outgoing UAC.

Also in the automatic door opening control signal;

There are also VoIP communication devices (VoIP video phones, VoIP HN generation devices, VoIP phones) operated by various VoIP providers. Also, there are analog PSTN communication networks and PSTN phones. Recently, mobile phones, which are mobile communication devices, do not use wired phones. Some generations use only.

In these various types of generation communication devices;

The VoIP common hall can receive the automatic door open digital control signal in accordance with a specific VoIP communication device and a protocol.

However, there are too many VoIP providers, and there are differences in hardware and protocols for each operator.

Therefore, it is also good to use the automatic door opening digital signal by matching the protocol of VoIP communication equipment (VoIP video phone, VoIP phone) with each VoIP communication network operated by several VoIP providers;

More preferably, the VoIP communication network (VoIP video phone, VoIP phone) operated by each VoIP service provider transmits the In-band DTMF signal to the VoIP common hall so that the VoIP common hall DTMF receiver receives the in-band DTMF. It is better to control the automatic door by receiving a signal.

In addition, the PSTN telephone, which is an analog communication device, receives DTMF signals (1-9, *, ＃) generated by the analog PSTN telephone in the DTMF receiver of the VoIP common-use station. As a communication device that can receive 1 to 9, *, ＃) at the same time, it becomes more adaptable, and it can play a role of a communication device capable of receiving automatic door open control signals from all communication devices in the home.

In addition, automatic door opening is possible in HA generation and HN generation, which include DTMF signals in common, and automatic door opening in HN generation.

In addition, the mobile phone can transmit the in-band DTMF signal to the VoIP common hall to control the automatic door by receiving the DTMF signal from the VoIP common hall DTMF receiver.

In addition, the DTMF receiver may detect the DTMF signal by receiving the pull-out signal of the NETWORK IC of the VoIP common hall, or may detect the DTMF signal by receiving the analog signal of the speaker.

Also another embodiment is;

In digital communication, DTMF signal transmission has an out-band method for transmitting voice signal and DTMF signal separately, RTP-2833 method, and in-band method for transmitting voice signal and DTMF signal together.

Therefore, the DTMF receiver or IP IVR recognizing the DTMF signal is included in the intelligent PBX or only the VoIP server;

DTMF tones specified by automatic door opening signal generated by operating button while monitoring incoming call line from intelligent PBX or VoIP server during call with VoIP common door, VoIP video phone or HN generation device or VoIP phone or mobile phone or PSTN phone. It is also good to detect (eg, * or ＃ or * ＃), convert it into digital signal, transmit it to VoIP common hall, and open the automatic door.

In another embodiment, a DTMF receiver or an IP IVR (Interactive Voice Response) function is included in the backbone soft switch to monitor a receiver call line, and a DTMF sound (eg, * or ＃ or * ＃) is detected and converted into a digital signal and transmitted to the VoIP public hall, and the VoIP public hall may open the automatic door.

In addition, the DTMF receiver may be configured in the form of a physical DTMF chip or DTMF board.

In addition, automatic door opening using speech recognition is possible.

That is, the voice recognizer as shown in Figs. 8 and 9 is included in the VoIP common hall so that the VoIP common hall and the caller (receiver) are in the voice recognizer during the video call or voice call with the VoIP common hall and the in-house communication device. It is good to open the automatic door by recognizing a word or sentence such as automatic door opening command (eg, open door, automatic door opening, automatic door) designated during continuous speech recognition.

In addition, DTMF tones are designated as automatic door opening signals generated by the user by operating the button while the voice recognizer continuously recognizes the recipient's call during the video call or voice call with the VoIP common hall and the VoIP device inside the home. ＃) It is good to recognize the presence of the automatic door to open.

It may also be configured to include voice recognition software in the memory.

Another embodiment is to include a voice recognizer or voice recognition software in an intelligent PBX or just a VoIP server;

It recognizes the words or sentences such as automatic door opening command (eg, open door, automatic door opening, automatic door) specified by continuous voice recognition by analogizing voice call contents with VoIP common hall and premises communication device and converts them into digital signal. It is also a good idea to open the automatic door by sending it to the communal door.

In addition, it is good to open the automatic door by recognizing the DTMF sound (for example, * or ＃ or * 연속) that is designated during continuous voice recognition by analogizing the voice call content with the VoIP common hall and the indoor communication device.

Also, an alias program that implements the speed dial function:

In case of configuring a public intelligent PBX VoIP network;

By including the Alias program in the intelligent PBX, and the tenant operates the call number or the VoIP security practical call button on the VoIP common hall;

Transmitting a button signal to the intelligent PBX;

In the intelligent PBX, it is possible to convert the call number of the household call number or the VoIP security system into the telephone number or the extension number of each generation communication device or the VoIP communication device of the common part, so that call setting can be performed.

Also another embodiment is;

To include an alias program in the VoIP public hall;

When the tenant operates the call number or the VoIP security equipment call button in the VoIP common hall, the VoIP common hall converts the telephone number or the extension number of each generation communication device or the common VoIP communication device to transmit to the intelligent PBX;

It is possible to make a call setup from the intelligent PBX or the intelligent PBX and the soft switch.

At this time, the database of each household lake number information, telephone number information, and extension number information may be configured so that the intelligent PBX can input, modify, and delete the program, and transmit the data to each VoIP common hall.

Also in case of public network only VoIP server VoIP network;

If only the VoIP server includes an alias program, the tenant operates the call number or the VoIP security service call button on the VoIP common hall;

Send only the button signal to the VoIP server;

In the VoIP server, it is possible to set the call by converting the call number of the household call or VoIP security device to the telephone number of each generation communication device or the common VoIP communication device or the private IP or MAC ADDRESS.

Also another embodiment is;

To include an alias program in the VoIP public hall;

When the tenant operates the call button or VoIP security device call button on the VoIP public hall, the VoIP public hall converts the phone number of each generation communication device or public VoIP device to the private IP or MAC ADDRESS and transmits it to the VoIP server. ;

It is possible to make an internal call only through a VoIP server, or call with each generation communication device using only a soft switch in the VoIP server.

At this time, the database of each household lake information, phone number information, private IP or MAC ADDRESS is just good to configure the program to input, modify, and delete from the VoIP server and transmit it to each VoIP common hall.

In addition, when the configuration using a stand-alone VoIP common hall;

To include an alias program in the VoIP public hall;

When the tenant operates the call number or the VoIP security equipment call button on the VoIP common hall, the VoIP common hall converts the telephone number of each generation communication device or the common VoIP communication device to the soft switch;

It is possible to make a call setting from the soft switch.

The intelligent PBX also included in the public intelligent PBX VoIP network;

It is a device that includes physical VoIP communication port and PSTN communication port for communication with the outside. It is possible to configure UAC using a physical LAN card and software, to embed it in intelligent PBX, and to connect with soft switch of VoIP communication network. It is also possible to create devices (such as Skype's Exchange) containing physical LAN cards and software programs and connect them to soft switches in VoIP networks.

In addition, the extension network includes VoIP communication line and general analog extension network.

In addition, when a request is made with an internal communication device or an external communication device that makes an internal call to an intelligent PBX, the intelligent PBX uses the telephone number to determine whether the other party's phone is a landline phone or a mobile communication cell phone. In the case of a telephone, a process of determining a country name and selecting a UAC having a low communication cost by using a telephone number calculation process is provided.

In addition, when a call is requested with a VoIP common hall and an in-house communication device, it is possible to form a call path by selecting the same VoIP communication network UAC as the generation VoIP communication device by using the carrier information of each generation communication device in the intelligent PBX. ;

The only VoIP server also included in public sector only VoIP server VoIP network;

It is possible to configure UAC using a physical LAN card and software, and to embed it in a VoIP server and connect it with a soft switch of a VoIP communication network. It is also possible to connect the soft switch to the VoIP network.

In addition, when a request is made for a call with an external communication device from an internal communication device that makes an internal call with a VoIP server, the VoIP server uses the telephone number to determine whether the other party's phone is a landline phone or a mobile communication cell phone. In addition, in the case of an overseas call, a process of determining a country name and selecting a UAC having a low communication cost by a communication fee calculation process using a phone number is provided.

In addition, when a call is made with a VoIP common hall and an internal communication device, a call path may be formed by selecting the same VoIP network UAC as the generation VoIP communication device using the carrier information of each generation communication device in the VoIP server. Possible;

In addition, VoIP server without analog communication unit can convert to VoIP communication by adding MTA which converts analog signal into digital signal in dual port video phone or dual port phone or analog HA generation device or HN generation device.

In addition, in the ten key button part of the VoIP common hall;

An emergency button for interlocking with a security server or a VoIP security guard unit is added to a button portion consisting of 0 to 9 and *, a security guard call button, and the like;

If the occupants feel the danger at the entrance of the apartment, it is better to include an emergency button function to send the emergency personnel by sending an emergency signal to the security server or VoIP security equipment when operating the emergency button of the VoIP common door.

By constructing the emergency call system as described above, the security server or the VoIP security system monitors the operation of the VoIP common hall at a predetermined time interval (for example: 10 seconds);

In addition, by operating the emergency button of the VoIP common door, the emergency call signal is transmitted to the security server or the VoIP security room, and the siren can be sounded by using the speaker of the VoIP common door.

Therefore, the cost of construction of the emergency call system can be reduced by using the VoIP common hall which is located at each entrance of the apartment complex and installed at appropriate intervals in the apartment complex as an emergency call system.

In addition, if there is an emergency call, it is also good to transmit the emergency call signal and the video to the VoIP security room as well as to record in conjunction with the video recording device.

In addition, a VoIP HN video telephone or VoIP HN telephone further comprises a control wireless communication module for receiving an intrusion detection signal transmitted from a security detector such as a wireless body detector or a wireless magnetic sensor in the home to a VoIP video telephone or a VoIP telephone;

Connect to VoIP communication network of Internet network;

Intrusion detection signal generated in the home will include a function for transmitting to the security server or VoIP security machine.

In addition, the security server is connected to the public intelligent PBX VoIP network or the public complex VoIP server VoIP network.

That is, the private IP or MAC ADDRESS of the security server is stored in the VoIP HN video phone or the VoIP HN phone, and the VoIP HN video phone or the VoIP HN phone phone number or the MAC ADDRESS or private IP is stored in the security server to go out from the household. When the security is initiated, the VoIP HN video phone or VoIP HN phone transmits the outgoing security start signal to the security server, and the security server transmits a PING or confirmation signal at a predetermined time interval (for example, 10 seconds) to generate a generation VoIP HN video phone and It checks the activation of VoIP HN phone, and if generation VoIP HN video phone and VoIP HN phone detect intrusion detection signal transmitted from security detector such as wireless fuselage detector or wireless magnet detector in home, it sends intrusion detection signal to security server. do.

At this time, the crime prevention server that receives the signal will generate an alarm inside the siren, and transmit the intrusion detection signal to the guard machine belonging to the household again.

It is also possible to transmit to the control center of the security company, or to the control center in the apartment complex;

In addition, the VoIP HN video telephone or VoIP HN telephone and the door door phone further comprises a voice communication module, such as DCT, so as to configure a voice call with the generation hall;

In addition, it is also possible to further include video communication modules such as wireless LAN in the VoIP HN videophone and the door phone, so that the video can be added to the house entrance and video and voice calls.

At this time, it is preferable to use a conventional Zigbee or RF module for the control wireless communication module used;

In addition, it is preferable to use a conventional DCT communication module for control and voice call communication;

In addition, the control, voice communication and video communication can be configured using a conventional wireless LAN.

In addition, in the VoIP HN video telephone or VoIP HN telephone mechanism, it is also preferable to embed a Zigbee or RF communication module in the VoIP HN video telephone to communicate with a security detector, a gas valve controller or a door lock, but the USB of the VoIP HN video telephone or VoIP HN telephone It's also good to have a removable USB communication module inserted into the port.

That is, it communicates with a VoIP HN video phone or a VoIP HN phone using a USB communication module, and uses a USB communication module to communicate with a security detector or gas valve controller or door lock using a Zigbee or RF communication module. I would also like to.

In addition, wireless communication module such as ZigBee or RF module can be included in VoIP HN video phone or VoIP HN phone and digital door lock, respectively.

The reason that the VoIP door phone or VoIP phone or VoIP HN generation device or PSTN phone or mobile phone or HN generation device or analog HA generation device or dual port video phone or dual port phone is simultaneously accepted and configured to open the automatic door is ;

In apartments such as apartments, VoIP video phones, VoIP phones, VoIP HN generation units or HN generation units are used, and many households use PSTN phones.

In addition, some generations use existing analog HA generation units, while others use existing HN generation units.

There is also a generation that uses only cell phones without landline phones.

In addition, since the apartment entrance automatic door is a common equipment, the system should be constructed so that all households can open it at home.

Therefore, any communication device in the home can make a video call or a voice call with the VoIP common hall, and can also open an automatic door in the home;

In addition, it is possible to reduce the communication cost of VoIP common hall by using multi-UAC of each carrier, and also reduce the communication fee of tenants by using HN generation unit, analog HA generation unit, or dual port phone in home. By enabling security functions, it is possible to improve compatibility, scalability, economics and convenience.

Such an unmanned security system is good to apply to the main apartment, it can also be applied to new apartments.

In the above described and illustrated with respect to the preferred embodiment in the present invention. However, the present invention is not limited to the above-described embodiment, and modifications and variations are possible to those skilled in the art without departing from the technical spirit of the present invention.

Therefore, the scope of the claims in the present invention will not be defined within the scope of the detailed description will be limited by the claims and technical spirit thereof.

1 is a VoIP common vestibule and DTMF using an optical LAN communication network and a common part intelligent PBX VoIP network including an intelligent PBX using an optical LAN communication network according to an embodiment of the present invention. A diagram of an unmanned security system including a receiver.

2 is connected to a VoIP common hall, a VoIP security room, a VoIP management room, an in-house VoIP communication device, and a VoIP server, each of which includes a DTMF receiver in an optical LAN communication network, according to an embodiment of the present invention. Unmanned security system configuration including VoIP public hall and DTMF receiver, which is composed of common IP-VoIP server VoIP network.

3 is a VoIP common hall and DTMF configured using an HFC communication network and a common part intelligent PBX VoIP network including an intelligent PBX and a VoIP common hall that includes a DTMF receiver, according to an embodiment of the present invention. A diagram of an unmanned security system including a receiver.

4 is connected to a VoIP common hall, a VoIP security room, a VoIP management room, an in-house VoIP communication device, and a VoIP server in a HFC communication network according to an embodiment of the present invention. Unmanned security system configuration including VoIP public hall and DTMF receiver, which is composed of common IP-VoIP server VoIP network.

5 is a PSTN exchanger according to the conventional method, and makes a voice call with a PSTN public hall connected to a PSTN network using a home telephone, and uses a PSTN public hall that opens an automatic door interworking with the PSTN public hall. Diagram showing an example of an apartment unmanned security system.

FIG. 6 illustrates an example of a home automation system including a UTP cable and a video cable for BUS communication that open a automatic door interlocking with a common hall using a HA generation machine applied to a new apartment. Diagram showing.

7 is a new apartment HN (Home network) system configuration method to construct the apartment complex HN LAN network in the apartment complex, using the apartment complex HN LAN network video call with the VoIP HN generation unit and the common hall, interworking with the common hall A diagram showing an example of a home network system that opens an automatic door.

8 is a voice recognition board configuration included in the VoIP common hall according to an embodiment of the present invention

9 is a voice recognition board included in the VoIP joint hall according to an embodiment of the present invention

10 is a circuit diagram of a DTMF receiver included in a VoIP common hall according to an embodiment of the present invention.

11 is a block diagram of a VoIP common hall system according to an embodiment of the present invention.

12 is a block diagram illustrating a VoIP joint hall using an intelligent PBX and a joint hall including an analog voice communication unit according to an embodiment of the present invention.

FIG. 13 is a block diagram of a camera video signal of an intelligent PBX and a cavity projector and an audio signal of a cavity projector according to an exemplary embodiment of the present invention mixed with an A / V mixer.

14 is a configuration diagram of adding a plurality of UAC (User Agent Client) of a plurality of VoIP communication carriers to an intelligent PBX or only a VoIP server according to an embodiment of the present invention.

15 is a dual port phone or dual port video phone for accommodating VoIP communication and analog communication according to an embodiment of the present invention, the VoIP communication unit of the dual port phone or dual port video phone is connected to an external VoIP communication network, Dual port phone or dual port video phone analog communication unit is connected with intelligent PBX analog communication port, and it is possible to receive and send VoIP communication using dual port phone VoIP communication unit, and dual port phone or dual port video phone analog communication unit Communication line configuration of dual port phone or dual port video phone that can send outside by VoIP communication method using intelligent PBX.

16 is a dual port phone or dual port video phone for accommodating VoIP communication and analog communication according to an embodiment of the present invention, the VoIP communication unit of the dual port phone or dual port video phone intelligent PBX or only VoIP server VoIP It is connected to the communication unit, and the analog communication unit is connected to the external VoIP communication network using the MTA (Multimedia Terminal Adapter), and it is possible to receive and send VoIP communication using the analog communication unit of the dual port telephone or dual port video telephone. Port Phone or Dual Port Video Phone A communication line diagram of a dual port phone or dual port video phone that can be externally transmitted through VoIP communication using an VoIP communication unit and an intelligent PBX or just a VoIP server.

17 is a dual port phone or dual port video phone for receiving VoIP communication and analog communication according to an embodiment of the present invention, the VoIP communication unit of the dual port phone or dual port video phone intelligent PBX or only VoIP server VoIP Connected with the communication unit, analog communication unit can be connected to the external PSTN communication network, analog receiving and sending using the analog communication unit of the dual port phone or dual port video phone, and also the dual port phone or dual port video phone VoIP communication unit and intelligent Communication line diagram of dual port phone or dual port video phone that can transmit outside by VoIP communication using PBX or just VoIP server.

FIG. 17 is a diagram illustrating a plurality of UACs of a plurality of VoIP carriers separated from an intelligent PBX or a VoIP server according to an embodiment of the present invention and installed in a separate IDC or a specific apartment communication room.

<Code Description of Main Parts of Drawing>

240: HA generation

248: voice, data line

249: video line

310: HA main unit

940: HN Generation (Home Network)

910: integrated server

<Term description>

Optical LAN communication network: It is a communication network composed of lines such as optical cable and UTP cable. It mainly uses optical cable to enter apartment complex. It mainly refers to the communication network that provides VoIP service and IPTV service through UTP cable at home.

HFC communication network (Hybrid Fiber Coaxial Net): A network consisting of a mixture of optical and coaxial cables.It mainly uses optical cables to enter apartment complexes. A network that includes services and includes a Cable Modem Termination System (CMTS) or Ethernet Node Modem (ENM) that converts cable modem data into packets.

Softswitch: A series of software platforms that provide functions such as call access and control, number translation and routing, gateway control, bandwidth management, and security, including various media gateways, signaling gateways, It provides call connection service by controlling IP telephone, integrated access device (IAD), etc., and performs exchange call control functions such as providing tone, announcement and number translation, and based on signaling information and customer database information. It performs routing, interworks with network operation management system, billing and subscriber management system, intelligent network service control point, gatekeeper supporting H.323, MGC supporting MGCP / MEGACO, SIP supporting SIP protocol. Soft switch system that provides individual or combined function of system that plays call control role like Server, IMS server. Hereinafter referred to as.

UAC (User Agent Client); The terminal that can make and receive calls and supports the function of SIP protocol is called User Agent (UA), and the call requesting side is called UAC (User Agent Client), but in this design, H.323 protocol or MGCP / MEGACO It is intended to be used in the same sense, and the receiving side is called a soft switch.

Intelligent PBX: Refers to IP PBX that uses H.323 protocol or SIP protocol to perform call setup and call termination between apartments and receivers in the apartment complex. To control;

In particular, it is also possible to configure a variety of UAC (User Agent Client) (e.g. Powercom, Skype) of several VoIP providers for communication with the outside, one of the main contents of the present invention, using the LAN card and VoIP provider software UAC can be configured and embedded or add a separate physical device. Also, when setting up a call in an intelligent PBX, a call can be set up using a predetermined UAC among a plurality of UACs. When setting up a call at, the function of analyzing callee's phone number information (wired telephone, mobile phone, USA, Japan, etc.) to set up the call is also included.

VoIP Server: It is mainly used in home network system. It is called including VoIP server that uses H.323 protocol or SIP protocol to perform call setting, call termination, call termination, etc. Installed mainly to control the common path of the apartment complex;

In particular, it is also possible to configure the UAC (User Agent Client) (e.g. Skype) of various VoIP providers for communication with the outside, which is one of the main contents of the present invention, Additional UAC is also available. Also, when setting up a call from a VoIP server, it is possible to set up a call using a pre-designated UAC among a plurality of UACs. It also includes a function to analyze the information of the recipient's telephone number (wired telephone, mobile telephone, US, Japan, etc.) and set up the call according to the pre-programmed contents (minimum communication cost, video call, voice call).

DTMF (Dual Tone Multi Frequence): A complex frequency signal generated by pressing the corresponding number of the telephone number (signal) information transmitted by the telephone.For transmission schemes, inband DTMF-relay, outbandDTMF-relay (NTFY), and rtp-2883 ( NTFY message), and rtp-2833 is a method of transmitting DTMF cadence information as a signal using RTP channel, and inband method is a method in which DTMF is relayed through voice channel without gateway intervention, and outband DTMF relay The method is a method of transmitting only digit information through the MGCP signaling channel like H245 of H323. In this design, in-band DTMF signal can be detected by adding DTMF receiver to VoIP public hall. Also, it can be detected using DTMF receiver or IVR function in intelligent PBX or only VoIP server or soft switch.

Alias program: Each household call number and guard device call button operation signal is stored in correspondence with telephone number or extension number or MAC ADDRESS or IP of household communication device or guard room or management room in 1: 1, and VoIP common hall This program converts the phone number or extension number or MAC address or IP address into 1: 1 by inputting the same number or using the guard room call button by using the ten key (1 ~ 9, *, ＃).

IP IVR (Interactive Voice Response): The existing unique function is to automatically perform a series of processes based on the telephone number button entered by the customer for the caller's phone call and hear the result. By using the DTMF recognition function, which is an existing unique function, it monitors the calls between the telephones in the home and the VoIP public hall, and recognizes the automatic door open DTMF signal, converts it into a digital signal, and transmits it to the VoIP common hall to open the automatic door. box.

Claims (20)

An intra-house VoIP communication device that performs VoIP communication by using the VoIP communication soft switch and UAC (User Agent Client) of the apartment complex Internet network and includes a DTMF generation unit and a ten key button unit; It includes a VoIP communication unit that can make a video call or a voice call by connecting to an intelligent PBX internal VoIP network, a camera unit that captures the visitor's image, a ten key button unit, a DTMF receiver that detects DTMF signals specified for automatic door opening, and an automatic problem communication unit. A VoIP joint hall for controlling automatic doors; Automatic door interworking with VoIP common hall; It includes a plurality of UAC for connecting the communication with the VoIP communication network soft switch of the Internet network and is set to call the telephone number of the household VoIP communication device of each household corresponding to each generation when the household call number is inputted, An intelligent PBX that performs communication connection between the household VoIP communication device and the VoIP common hall device of each generation through a VoIP communication network of the Internet network, When the Tenkey button specified for the home VoIP automatic door opening is inputted, the automatic door is opened by detecting the DTMF signal specified for the automatic door opening purpose in the VoIP common door DTMF receiver. The VoIP security room is further connected to the intelligent PBX to communicate with the indoor VoIP communication device and the VoIP common hall. When a separate emergency button is added to the ten key button of the VoIP common hall, the emergency button signal of the VoIP common door is manipulated to generate an emergency signal from the VoIP common hall to transmit an emergency signal to the VoIP security unit. , Unmanned security system including VoIP joint hall and DTMF receiver. The method according to claim 1, The indoor VoIP communication device is a device capable of video and voice calls, Unmanned security system including VoIP joint hall and DTMF receiver. delete delete delete delete delete delete delete delete delete delete delete delete delete delete delete delete delete delete

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