KR100951716B1 - Auto security system using of comparing data and method of the same - Google Patents

Abstract

The present invention relates to an automatic security system and method through data comparison, comprising a security terminal having a voice input and a data transmission function in each elevator or at home, and collects the voice data and the position data collected through the terminal. It is an object of the present invention to provide an automatic security system and method by comparing the data to be automatically analyzed by the security data processing server to transmit the emergency situation to the police station server or security company server when checking the registered voice data.

According to the present invention, the voice data or the video data inputted inside the elevator car or at home is compared with the pre-registered voice data and the video data to automatically determine whether the user is in an emergency situation and receive the corresponding emergency signal. It is advantageous to prevent violent crime by sending it to the police or security company.

Automatic security system, voice recognition, video comparison, elevator.

Description

AUTO SECURITY SYSTEM USING OF COMPARING DATA AND METHOD OF THE SAME}

The present invention relates to an automatic security system and method through data comparison, and more particularly, having a security terminal having a voice input and a data transmission function inside each elevator, and voice data and position data collected through the terminal. Automatic security system and method by comparing the data to be transmitted to the National Police Agency server or security company server that the automatic situation in the security data processing server to verify the pre-registered emergency voice data.

As is well known, due to the recent development of information and communication technology, the development of information providing technology that provides real-time information to various subscribers through at least one host server through a remote data communication network is actively underway.

Based on this, in recent years, information selection technology and compression technology are being developed to more easily access peripheral technologies such as cache memory expansion technology to provide accurate information to subscribers more quickly and subscribers' tastes and preferences. It is also spurring the development of various contents and its solutions.

In particular, as democracy has become more advanced, the accumulation of wealth over private property has become a very large personal task. At the present time, the protection of personal and family renewal has been taken as another purpose of happiness.

Indeed, the gap between the rich and the poor has deepened, the unemployment rate has increased, and various crime rates have increased.

Therefore, recently, high-voltage devices have been introduced that can directly control a counterpart when a robbery or hijacking occurs. However, using such a portable high voltage device, the user needs considerable container and quickness to directly control the other party, and since the high voltage device is carried in a state such as a suitcase, it is placed in a suitcase under threat of a knife or other weapon. The problem is that it is very difficult to pull things out.

In addition, in case of such robbery and kidnapping, it is often generated for the elderly, infants and women who are relatively weak, so even if they are equipped with portable equipment, the user who is weak may not be able to control the other party directly. There was a problem of difficulty.

In addition, in the case of such a robbery or kidnapping case, there is a problem that there is a very high concern that the adverse effect can be generated by further stimulating the emotion of the other party.

Therefore, recently, a GPS function is built in, and a security phone that automatically notifies a remote server such as a police agency server or a security company's server of its position and emergency situation by directly operating a button has appeared. However, even in the case of such a security phone, you have to directly operate the mobile phone, likewise, there is a problem that it is not easy to transmit specific information by operating the hotkey of the mobile phone in the threat of weapons such as knife.

Therefore, in order to solve this problem, the applicant has developed a system for automatically notifying an external server of an emergency situation by improving a function of a mobile phone. However, most mobile phones have a problem in that it is very difficult to recognize or play a voice because it is placed in a pocket of a bag or a coat.

In addition, in recent years, the situation of a violent crime is rapidly increasing in an enclosed space left alone in an elevator or a home, it is urgently required to prepare a countermeasure.

The present invention has been made in view of the above-described state of the art, and includes a security terminal having a voice input and a data transmission function inside each elevator, and collects voice data and position data collected through the terminal into a secure data processing server. The purpose of the present invention is to provide an automatic security system and method by comparing the data to be transmitted to the National Police Agency server or security company server for the emergency situation by checking the pre-registered emergency voice data.

Another object of the present invention is provided with a security terminal having a voice input and data transmission function inside the elevator, and the voice data and location data collected through the terminal automatically analyzes the security data processing server to register the registered emergency voice data. When confirming, drive the CCD camera inside the elevator to capture the image and execute the image secondary analysis to transmit the corresponding voice data, location data, image data and emergency signal to the National Police Agency server or security company server. The present invention provides an automatic security system and method through data comparison.

Another object of the present invention is provided with a security terminal having a voice input and data transmission function inside the elevator, and the voice data and location data collected through the terminal automatically analyzes the security data processing server to register the registered emergency voice data. It provides an automatic security system and method through data comparison to drive an alarm installed inside the elevator or to display emergency situation information on the elevator external display window and transmit the emergency signal to the police service server or security company server. have.

Another object of the present invention is to provide a security terminal having a voice input and data transmission function inside the IPTV to interlock with an IPTV installed in the home, and automatically collects the voice data and the position data collected through the terminal in a secure data processing server. The present invention provides an automatic security system and method through data comparison to transmit the emergency situation to the National Police Agency server or security company server when analyzing the registered voice data.

In order to achieve the above object, according to a preferred embodiment of the present invention, the security terminal is installed in a predetermined portion inside each elevator for receiving real-time voice data from the elevator to the data collection terminal installed in the guard room or management room; A pre-registered URL is set therein for receiving voice data and an elevator car ID from the security terminal and transmitting it to a server, and a data collection terminal provided in a security room or a management room; By comparing the voice data transmitted from the data collection terminal and the pre-registered emergency signal generation voice data to determine whether the current elevator situation is an emergency, the police station server or security associated with the location information of the security terminal to the data communication network A security data processing server which enables on-site dispatch by transmitting to a company server; There is provided an automatic security system through data comparison, comprising a police station server and a security company server for receiving an emergency situation signal and incident occurrence location information from the security data processing server and generating a site dispatch signal.

Preferably, the security terminal includes a voice input unit for receiving the voice data generated in the elevator through the microphone therein; There is provided an automatic security system through data comparison, characterized in that a communication module for transmitting the voice data received from the voice input unit to the data collection terminal is provided.

Preferably, the security terminal and the data collection terminal is provided with an automatic security system through a data comparison, characterized in that configured to communicate via an RS-232 serial communication line.

Preferably, the voice input unit is provided with an automatic security system through a data comparison, characterized in that it further includes a filtering means for filtering the growth of 300 ~ 3 있도록 so that only the voice of a person can be received and transmitted.

Preferably, the data collection terminal is connected to the communication module and the communication module of the plurality of security terminals therein and a communication module for receiving voice data collected from the elevator car; A display unit for displaying a voice data reception state and an emergency signal generation state of each security terminal, and a registration state of a police station terminal and a security company server connected to a data communication network; A data combination unit for combining the voice data received from each security terminal and the unique number of the data collection terminal into a single packet; A memory for storing a unique number of the data collection terminal, location information of each security terminal, URL information of the secure data processing server, and a control routine for performing automatic session connection and access to the URL; And a controller configured to combine the voice data received from each security terminal and the unique number of the data collection terminal into a single packet to perform an automatic session connection to the security data processing server and control to transmit and process the packet. An automatic security system is provided through data comparison.

Preferably, the secure data processing server receives voice data and location information from the data collection terminal distributed for each building through a data communication network via a web server, the emergency occurrence signal and the location signal to the police station terminal or Communication module for transmitting to the security company server; A subscriber information registration unit which receives a service subscription signal from the data collection terminal and registers personal information, telephone number information, and location information of the corresponding subscriber; A subscriber data processing unit for classifying and processing voice data and location information data transmitted from the data collection terminal for each data collection terminal; With voice recognition S / W installed inside, it is registered through comparison / judgment of a specific word or sentence of the registered user through distance analysis of Viterbi search or other phonetic vector and input voice. A voice recognition unit for determining whether the voice matches the input voice; A security signal generation unit for determining an emergency signal generated in an elevator car through voice recognition in connection with the subscriber information registration unit and managing a dispatch application history due to an emergency signal to the police department and a security company; An incident occurrence location management unit that is connected to the subscriber data processing unit and manages to transmit the location information generated by the emergency situation occurrence signal of the elevator car to the police agency server and the security company server; A subscriber information DB for storing subscriber identification information and telephone number information of a landlord of a building having a corresponding data collection terminal; A reference voice data DB for pre-registering voice data collectable from an elevator car in an emergency situation; A subscriber security signal DB for storing subscriber information causing an emergency; A police agency / security company registration DB that stores police station and security company information and server URL information; A subscriber location information DB for storing emergency location data; An outgoing information DB for storing outgoing information of the police and security companies when an emergency occurs in a subscriber; Receives the voice data collected from the elevator car, the unique number information of the elevator car and the location information from the data collection terminal, analyzes the voice data and determines whether to match with the pre-registered emergency voice data. There is provided an automatic security system through data comparison, comprising a control unit for transmitting the car position information and emergency signal generated by the police station server or security company server connected to the data communication network.

Preferably, the security terminal is an automatic through the data comparison, characterized in that the alarm output unit consisting of a buzzer or a warning light to receive an alarm output control signal from the security data processing server when the emergency occurs therein to output an alarm therein. A security system is provided.

Preferably, the security terminal is installed at the upper end of the platform, and provides an automatic security system through a data comparison, characterized in that it further includes an external display for receiving the emergency information from the security data processing server screen output.

On the other hand, the present invention comprises a first step of registering a voice data for emergency signal generation security data processing server equipped with S / W for voice recognition; A second step of the security data processing server receiving and registering a service subscription signal, personal information and telephone number information from a data collection terminal; A third step of receiving, by the security terminal installed in each elevator car, the voice data and the positional information into a single data packet; A fourth step of the security terminal transmitting the data packet to the data collection terminal; A fifth step of the data collection terminal combining the voice data and the location information matched with the unique number of each security terminal into a single packet and transmitting the packet data to the security data processing server; A sixth step of receiving, by the secure data processing server, the packet data; A seventh step in which the security data processing server drives the voice recognition S / W mounted therein to compare the voice data for generating an emergency situation signal with the voice data input in real time from the elevator car and determine whether the voice data is identical. Process; An eighth step of the security data processing server extracting location data combined with the packet data and combining the location data with an emergency occurrence signal to form a data packet; The security data processing server is provided with a ninth process of transmitting an emergency occurrence signal and location information to a police station terminal or a security company server connected to a data communication network.

Preferably, the second process further comprises the step of registering the automatic access function by transmitting the URL value of the server to the data collection terminal, the security data processing server, the automatic security method through a data comparison Is provided.

Preferably, the ninth process is provided with an automatic security method through a data comparison, characterized in that the security data processing server further comprises the step of transmitting an emergency occurrence signal to the data collection terminal.

Preferably, after the ninth process, the security data processing server transmits an alarm output control signal to a security terminal; The security terminal further includes a step of driving an alarm output unit by receiving a warning output control signal.

Preferably, after the step 9, the security data processing server transmits an emergency information output control signal to a security terminal; The security terminal further provides a process for outputting emergency information through an external display unit.

On the other hand, the present invention includes a security terminal installed in each elevator predetermined part for receiving real-time transmission of the audio data and video data inside the elevator to the data collection terminal installed in the guard room or management room; A pre-registered URL is set therein for receiving voice data / video data and an elevator car ID from the security terminal and transmitting it to a server, and a data collection terminal provided in a security room or a management room; By comparing the voice data transmitted from the data collection terminal with the pre-registered emergency signal generation voice data, it is primarily determined whether the current elevator is in an emergency situation, and if it is determined that the emergency situation is an image capture request signal to the security terminal. Receives the video data by receiving the video data and compares the video data with the pre-registered emergency video data to determine whether it is an emergency situation, and the location information and video / audio data of the corresponding security terminal are linked to the data communication network A security data processing server which enables on-site dispatch by transmitting to a police agency server or a security company server; There is provided an automatic security system through data comparison, comprising a police station server and a security company server for receiving an emergency situation signal and incident occurrence location information from the security data processing server and generating a site dispatch signal.

Preferably, the security terminal includes a voice input unit for receiving the voice data generated in the elevator through the microphone therein; An image input unit for capturing image data in an elevator through a CCD camera or a web camera; There is provided an automatic security system through data comparison, characterized in that the communication module for transmitting the audio / video data received from the audio input unit and the video input unit to the data collection terminal.

Preferably, the secure data processing server receives voice data / video data and location information from the data collection terminal distributed for each building through a data communication network via a web server, and receives an emergency occurrence signal and a location signal. Communication module for transmitting to the police station terminal or security company server; A subscriber information registration unit which receives a service subscription signal from the data collection terminal and registers personal information, telephone number information, and location information of the corresponding subscriber; A subscriber data processing unit for classifying voice data / video data and location information data transmitted from the data collection terminal for each data collection terminal; With voice recognition S / W installed inside, it is registered through comparison / judgment of a specific word or sentence of the registered user through distance analysis of Viterbi search or other phonetic vector and input voice. A voice recognition unit for determining whether the voice matches the input voice; An image comparison unit for comparing the image data transmitted from the security terminal with reference image data to determine whether an emergency situation exists; The security signal generator for determining whether an emergency signal is generated through voice recognition and video comparison in connection with the subscriber information registration unit, and managing a dispatch application history due to an emergency signal to the police department and a security company; An incident occurrence location management unit managing to transmit the location information generated by the emergency situation occurrence signal of the elevator car to the police agency server and the security company server in association with the subscriber data processor; A subscriber information DB for storing subscriber identification information and telephone number information of a landlord of a building having a corresponding data collection terminal; A reference voice data DB for pre-registering voice data collectable from an elevator car in an emergency situation; A reference image DB for storing image data indicating an emergency situation including image data wearing a hat, image data with a knife or a weapon, and image data threatening a specific person; A subscriber security signal DB for storing subscriber information causing an emergency; A police agency / security company registration DB that stores police station and security company information and server URL information; A subscriber location information DB for storing emergency location data; An outgoing information DB for storing outgoing information of the police and security companies when an emergency occurs in a subscriber; Receives the voice data collected from the elevator car, the unique number information of the elevator car and the location information from the data collection terminal, analyzes the voice data and determines whether to match with the pre-registered emergency voice data. The image capture request signal is transmitted to the security terminal, and the image data transmitted through the data collection terminal is compared with the reference image data to finally determine whether it is an emergency situation, the location information of the elevator car and the emergency situation occurrence signal. Provided is an automatic security system through a data comparison, characterized in that consisting of a control unit for transmitting and processing to the police station server or security company server linked to the data communication network.

On the other hand, the present invention comprises a first step of registering a voice data for emergency signal generation security data processing server equipped with S / W for voice recognition; A second step of the security data processing server receiving and registering a service subscription signal, personal information and telephone number information from a data collection terminal; A third step of receiving, by the security terminal installed in each elevator car, the voice data and the positional information into a single data packet; A fourth step of the security terminal transmitting the data packet to the data collection terminal; A fifth step of the data collection terminal combining the voice data and the location information matched with the unique number of each security terminal into a single packet and transmitting the packet data to the security data processing server; A sixth step of receiving, by the secure data processing server, the packet data; A seventh step of the security data processing server driving the voice recognition S / W mounted therein to compare the voice data for generating an emergency signal and the voice data input from the elevator car in real time to determine whether they match; and; An eighth step of transmitting, by the secure data processing server, an image capture request signal to the corresponding security terminal; A ninth step of the security terminal capturing an image inside the elevator; A tenth step of transmitting, by the security terminal, image data; An eleventh step of the security data processing server driving an image comparison S / W mounted therein to compare the registered emergency situation image data with the image data input from the elevator car in real time to determine whether the security data processing server is identical; A twelfth step of extracting the position data combined with the packet data and forming a data packet in combination with an emergency occurrence signal when the data is matched; The security data processing server is provided with a thirteenth process of transmitting an emergency occurrence signal and location information to a police station terminal or a security company server linked to a data communication network.

On the other hand, the present invention is an IPTV security terminal configured to be added to the IPTV to receive voice data in the home, and to automatically transmit the voice data and location information data to the security data processing server; The voice data transmitted from the IPTV security terminal is compared with the voice data for generating an emergency signal, and the current home situation is determined to be an emergency, and the location information of the IPTV security terminal is linked to the data communication network. Provided is an automatic security system through data comparison, comprising a security data processing server for transmission to the police station terminal or security company terminal.

Preferably, the IPTV security terminal is additionally connected in the form of a dummy device (Dummy Device) is added to the Internet-enabled IPTV, and through the data comparison, characterized in that configured to drive the Internet communication module of the IPTV in a standby state An automatic security system is provided.

Preferably, the IPTV security terminal includes a voice input unit for receiving voice data generated inside the elevator through voice input means such as a microphone therein; A communication module for automatically connecting the voice data received from the voice input unit to a URL of a predetermined security data processing server and transmitting the same to the security data processing server; A data combination unit for combining the input voice data and the terminal unique number into a single packet; A memory storing terminal unique number information, a URL of the secure data processing server, and control routine information for performing automatic session connection to a pre-registered URL at a predetermined time interval during voice input and transmitting corresponding voice data; The voice data received through the voice input unit and the unique number of the corresponding terminal are combined into a single packet, an automatic session connection is performed by a URL of a pre-registered secure data processing server, and the packet is transmitted to the secure data processing server at predetermined time intervals. There is provided an automatic security system through a data comparison, characterized in that configured as a control unit for performing a control to transmit the processing.

Preferably, the voice input unit is provided in each room, living room, kitchen is provided with an automatic security system through the data comparison, characterized in that configured to be connected to the IPTV security terminal by wire or wireless.

Preferably, the IPTV security terminal includes a key input unit for generating an operation control key signal therein so as to start input of voice data therein; In order to receive the operation control signal generated from the key input unit is provided an automatic security system through the data comparison, characterized in that the AP configuration unit further comprises a wireless receiving area of a predetermined radius configured.

The automatic security system and method through data comparison according to the present invention compare the voice data or video data inputted inside the elevator car or at home with the pre-registered voice data and video data to determine whether the user is in an emergency situation. The strong judgment can be prevented by automatically determining and transmitting the emergency signal to the police or security company.

EMBODIMENT OF THE INVENTION Hereinafter, the 1st Embodiment of this invention is described in detail with reference to drawings.

1 is a schematic diagram showing the configuration of an automatic security system by comparing data according to a first embodiment of the present invention.

Referring to this, the automatic security system by comparing data according to the first embodiment of the present invention includes a security terminal having a voice input and a data transmission function in each elevator, and the voice data and the location collected through the terminal. It is a system that automatically analyzes the data in the security data processing server and transmits the emergency situation to the National Police Agency server or security company server when checking the registered voice data.

That is, the automatic security system through the data comparison according to the first embodiment of the present invention is a security terminal (2a) for real-time transmission of voice data or image data in the elevator to the data collection terminal (4a ~ 4n) installed in the guard room or management room 2n to 2n are provided in predetermined portions of each elevator, and the first to Nth security terminals 2a to 2n transmit voice data and positional information data inside the elevator via data collection terminals 4a to 4n. It is set to transmit to the secure data processing server 6.

The security data processing server 6 compares the voice data transmitted from the first to Nth security terminals 2a to 2n with the voice data for generating an emergency signal, and determines whether the current elevator situation is an emergency situation. The site information is transmitted by transmitting the user information, the emergency occurrence signal, and the location information of the first to Nth security terminals 2a to 2n to the police station server 10 or the security company server 12 linked to the data communication network. Enable dispatch.

Therefore, in the automatic security system based on the data comparison according to the first embodiment of the present invention, in a state where the voice recognition S / W is mounted therein, a specific word is registered to compare / determine whether the corresponding word is input by voice. The security data processing server 6 to automatically determine whether there is an emergency registered in advance to monitor the voice data input from each elevator.

At this time, the voice recognition S / W provided in the secure data processing server 6 is a known S / W, and a conventional Viterbi search algorithm or a word and grammar dictionary is mounted on the secure data processing server 6. Therefore, the voice recognition is performed on the input voice, but in the present invention, a plurality of users directly use the dependent voice recognition S / W to perform voice recognition. Since the voice recognition S / W itself is outside the gist of the present invention, further detailed description will be omitted.

On the other hand, the automatic security system through a data comparison according to the first embodiment of the present invention is provided with a voice input unit for performing a voice input, the first to the first for transmitting voice data via serial communication, RS-232 N security terminals 2a to 2n are provided for each elevator car (not shown), and receive voice data and elevator car ID (unique number) from the first to Nth security terminals 2a to 2n. In order to transmit, the pre-registered URL is set, and the data collection terminals 4a-4n provided in the guard room or the management room are provided.

In addition, the automatic security system through the data comparison according to the first embodiment of the present invention receives the voice data collected from the elevator car, the unique number information and location information of the elevator car from the data collection terminals (4a ~ 4n), Analyzes the voice data to determine whether it matches with the registered emergency voice data, and in case of an emergency, the police station server 10 or the security company server 12 in which the location information of the elevator car and the emergency signal are linked to the data communication network. There is provided a secure data processing server 6 for transmission processing.

2 is a block diagram illustrating the configuration of a security terminal and a data collection terminal included in an automatic security system through data comparison according to a first embodiment of the present invention.

Referring to this, the security terminals 2a to 2n included in the automatic security system through data comparison according to the first embodiment of the present invention are provided with voice data generated inside an elevator through voice input means such as a microphone therein. A voice input unit 14 for receiving an input; A communication module 16 for transmitting the voice data received from the voice input unit 14 to the data collection terminals 4a to 4n via the RS 232 communication line is provided.

At this time, the voice input unit 14 further includes a filtering means (not shown) for filtering the growth of 300 Hz to 3 Hz so that only the human voice can be input and transmitted, and the filtering means is a known component. This eliminates mechanical and other sounds and allows only voice data to be transmitted.

The data collection terminals 4a to 4n included in the automatic security system through data comparison according to the first embodiment of the present invention have a communication module 16 and a port of the plurality of security terminals 2a to 2n therein. The communication module 18 is configured to receive the voice data collected in the elevator car from the communication module 16, the communication module 18 is provided with a plurality of voice data receiving ports (not shown) Therefore, the unique number of the security terminal (2a ~ 2n) can be recognized through the corresponding port number.

In addition, the data collection terminal (4a ~ 4n), the voice data reception state and emergency signal generation state of each of the security terminal (2a ~ 2n) is displayed, the police station terminal 10 and the security company server connected to the data communication network A display section 20 for displaying the registration status of (12) is provided, combining the voice data received from the security terminals 2a to 2n and the unique numbers of the data collection terminals 4a to 4n into a single packet. A data combination section 22 is provided.

Further, inside the data collection terminals 4a to 4n, a unique number of the data collection terminals 4a to 4n, registration information of the police station terminal 10 and the security company server 12, and each security terminal 2a to 2n. And a memory 24 for storing location information for each connection port of the communication port, and the voice data received from each of the security terminals 2a to 2n and the unique number of the corresponding data collection terminals 4a to 4n in a single packet. The control unit 26 is provided with a combination to perform the control to transfer processing to the secure data processing server (6).

Accordingly, the data collection terminals 4a to 4n receive voice data collected from the elevator car, unique number information and location information of the elevator car, and analyzes the voice data to match the registered emergency voice data. Transmission processing is performed so that the security data processing server 6 can determine.

3 is a block diagram illustrating a configuration of a security data processing server included in an automatic security system through data comparison according to a first embodiment of the present invention.

Referring to this, the secure data processing server 6 included in the automatic security system through data comparison according to the first embodiment of the present invention includes a communication module 30, a subscriber information registration unit 32, and a subscriber data processing unit therein. (34), voice recognition unit 36, security signal generation unit 38, the incident occurrence position management unit 40, subscriber information DB 42a, reference voice data DB 42b, subscriber security signal DB 42c, The police agency / security company registration DB 42d, subscriber position information DB 42e, dispatch information DB 42f, and the control part 44 are comprised.

In more detail, the communication module 30 receives voice data and location information from the data collection terminals 4a to 4n distributed for each building through a data communication network via a web server (not shown). It is a means for transmitting the emergency occurrence signal and the position signal to the police station terminal 10 or the security company server 12.

In addition, the subscriber information registration unit 32 is a means for receiving the service subscription signal from the data collection terminals 4a to 4n and registering personal information, telephone number information, and location information of the corresponding subscriber, and the subscriber data processing unit 34 ) Is means for classifying and processing voice data and location information data transmitted from the data collection terminals 4a to 4n for each data collection terminal.

In addition, the voice recognition unit 36 is inputted with a specific word or sentence of the user registered through the Viterbi search or distance analysis of other phonetic vectors while the voice recognition S / W is mounted therein. It is a means for determining whether or not the pre-registered voice and the input voice through the comparison / determination of the voice.

For example, the voice recognition unit 36 registers the voice data that the security data processing server 6 can determine for itself whether it is an emergency, that is, a specific sentence “Please save.” Or “Who are you?” A voice such as a voice is registered as a voice for generating an emergency signal and compared with voice data collected from an elevator car to generate an emergency signal according to a match.

In addition, the security signal generator 38 is connected to the subscriber information registration unit 32 to determine which emergency signal is generated from the elevator car through the voice recognition, the dispatch request due to the emergency signal to the police and security company It is a means for managing the history, the incident occurrence location management unit 40 is linked to the subscriber data processing unit 34 to manage the location information generated by the emergency situation occurrence signal of the elevator car to the National Police Agency server and security company server It is a means to.

The subscriber information DB 42a is a DB for storing subscriber identification information and phone number information of the building owner of the building having the corresponding data collection terminals 4a to 4n, and the reference voice data DB 42b is used in case of emergency. DB for registering the voice data that can be collected from the elevator car in advance, the subscriber security signal DB (42c) is a DB for storing the subscriber information that caused the emergency situation, the police agency / security company registration DB (42d) is the police department and DB that stores security company information and server URL information.

In addition, the subscriber location information DB (42e) is a DB for storing emergency situation occurrence position data, the dispatch information DB (42f) is a DB for storing the dispatch information of the police and security companies when an emergency situation of the subscriber.

Meanwhile, the controller 44 receives voice data collected from the elevator car, unique number information of the elevator car, and location information from the data collection terminals 4a to 4n, and analyzes the voice data to preregister the emergency voice data. It is a means for determining whether or not to match, and transmits the location information and emergency situation occurrence signal of the elevator car to the police station server 10 or the security company server 12 connected to the data communication network when an emergency situation occurs.

The function and operation of the automatic security system through data comparison according to the first embodiment of the present invention having the above-described configuration will be described in detail with reference to the accompanying drawings.

4 is a flowchart illustrating a signal flow of an automatic security system through data comparison according to a first embodiment of the present invention.

First, the automatic security system through data comparison according to the first embodiment of the present invention registers the speaker's voice, which the server can determine for itself as an emergency. That is, the voice of the specific sentence "Please save." Or "Who?" And the like is registered in the security data processing server 6 voice data for emergency signal generation.

At this time, the voice data registered in the secure data processing server 6 is registered in the form of text data, receives voice data of the speaker, recognizes the voice, converts the recognized voice data into text data, and then registers the registered text data with the registered text data. By comparison, it is preferable to use a speaker dependent speech recognition algorithm that compares the voice transmitted from the elevator car with the registered speech, and such speaker dependent speech recognition algorithm is a well-known method commonly used when the speaker is a plurality of different users. Since detailed descriptions will be omitted herein.

Therefore, the voice recognition S / W containing such a voice recognition algorithm is built in the secure data processing server 6 in advance.

In this state, the building owner of the building provided with the data collection terminals 4a to 4n or the like generates a service subscription signal to the secure data processing server 6 via the data collection terminals 4a to 4n, and the personal information. And telephone number information. Then, the secure data processing server 6 transmits the URL value of the server to the data collection terminals 4a to 4n.

Then, the data collection terminals 4a to 4n register the URL of the security data processing server 6. The data collection terminals 4a to 4n receive voice data from the security terminals 2a to 2n provided in the elevator cars, and determine the unique numbers of the security terminals 2a to 2n according to the port information.

When the data collection terminals 4a to 4n collect voice data from each of the security terminals 2a to 2n, a single packet includes the voice data and location information matching the unique number of each of the security terminals 2a to 2n. In combination, the packet data is transmitted to the secure data processing server 6.

Then, the security data processing server 6 drives the voice recognition S / W mounted therein to generate voice data for generating an emergency signal (eg, save) and voice data input in real time from an elevator car. Compare and determine whether to match, and extract the position data combined with the packet data in combination with the emergency occurrence signal to form a data packet.

The security data processing server 6 transmits an emergency occurrence signal and location information to the police station terminal 10 or the security company server 12 linked to the data communication network to enable on-site dispatch.

At the same time, the security data processing server 6 transmits an emergency occurrence signal to the data collection terminals 4a to 4n, so that an officer of a guard room, a control room and a building management office is provided in each elevator car. To identify the situation on the site.

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

FIG. 5 is a block diagram illustrating the configuration of a security terminal and a data collection terminal included in an automatic security system through data comparison according to a second embodiment of the present invention.

Referring to this, the automatic security system by comparing the data according to the second embodiment of the present invention includes a security terminal having a voice input and a data transmission function in the interior of the elevator, and voice data and position data collected through the terminal. Automatically analyzes the security data processing server and checks the registered emergency voice data by driving the CCD camera inside the elevator to capture the image and execute the image secondary analysis to determine the final emergency situation. It is a system that transmits data and emergency signal to the National Police Agency server or security company server.

The first embodiment of the present invention relates to a system for automatically detecting an emergency situation generated in an elevator car through voice recognition and transmitting an emergency occurrence signal thereof to an external police station or security company. In the exemplary embodiment, since the system automatically generates an emergency signal only through voice recognition, there is a possibility that an error recognized as an emergency is generated when the emergency situation is not.

In order to solve this problem, in the second embodiment of the present invention, when an emergency situation is satisfied through voice recognition, image data is recognized and a second verification for an emergency situation is performed, and an emergency situation is performed through automatic image data comparison. If it is determined that the system is to send emergency signals to the police or security companies.

To this end, the security terminals 102a to 102n included in the automatic security system by comparing the data according to the second embodiment of the present invention are provided with voice data generated inside the elevator through voice input means such as a microphone therein. A voice input unit 114 for receiving an input; An image capture unit 118 for capturing image data in an elevator by receiving an external control signal when an emergency signal of voice data is recognized through a CCD camera or a web camera; A communication module 116 is provided for transmitting audio data and video data received from the audio input unit 14 or the image capturing unit 118 to the data collection terminals 104a to 104n through the RS 232 communication line.

In this case, the voice input unit 114 further includes a filtering means (not shown) for filtering the growth of 300 Hz to 3 Hz so that only a human voice can be received and transmitted, and the filtering means is a known component. This eliminates mechanical and other sounds and allows only voice data to be transmitted.

The data collection terminals 104a to 104n included in the automatic security system through data comparison according to the second embodiment of the present invention have communication modules 116 and ports of the plurality of security terminals 102a to 102n therein. The communication module 118 is connected to receive the audio data and the image data collected in the elevator car from the communication module 116, the communication module 118 is provided with a plurality of receiving ports (not shown) Since it is possible to recognize the unique number of the security terminal (102a ~ 102n) through the corresponding port number.

In addition, the data collection terminals (104a to 104n) is displayed inside the voice data and video data reception state of each of the security terminals (102a to 102n) and the video data and emergency signal generation state inside the elevator, connected to the data communication network A display unit 120 for displaying the registered state of the police station terminal 10 and the security company server 12 is provided, and audio data or video data and data collection terminals received from the security terminals 102a to 102n are provided. A data combiner 122 is provided for combining the unique numbers 104a to 104n into a single packet.

Further, inside the data collection terminals 104a to 104n, a unique number of the data collection terminals 104a to 104n, registration information of the police station terminal 10 and the security company server 12, and each security terminal 102a to 102n. Memory 124 is provided for storing the location information for each connection port of the), the audio data and video data received from each of the security terminal (102a ~ 102n) and the unique number of the corresponding data collection terminal (104a ~ 104n) The control unit 126 is provided to perform control to combine the data into a single packet and transmit it to the secure data processing server 106.

Accordingly, the data collection terminals 104a to 104n receive voice data collected from the elevator car, unique number information of the elevator car, and location information, and analyze the voice data to match the registered emergency voice data. It transmits to the security data processing server 106 so as to be judged, and receives an image capture request signal from the security data processing server 106 to control the image capturing unit 118 of the security terminals 102a to 102n. Capture the image data inside the elevator and transmits to the security data processing server 106.

6 is a block diagram illustrating a configuration of a security data processing server included in an automatic security system through data comparison according to a second embodiment of the present invention.

Referring to this, the secure data processing server 106 included in the automatic security system through data comparison according to the second embodiment of the present invention includes a communication module 130, a subscriber information registration unit 132, and a subscriber data processing unit. 134, voice recognition unit 136, video comparison unit 137, security signal generator 138, incident occurrence location management unit 140, subscriber information DB 142a, reference voice data DB 142b, reference The video DB 142c, the subscriber security signal DB 142d, the police agency / security company registration DB 142e, the subscriber location information DB 142f, the dispatch information DB 142g, and the control unit 144 are configured.

In more detail, the communication module 130 receives voice data / video data and location information from the data collection terminals 104a to 104n distributed for each building through a data communication network via a web server (not shown). And, it is a means for transmitting the emergency occurrence signal and the position signal to the police station terminal 10 or the security company server 12.

In addition, the subscriber information registration unit 132 is a means for receiving the service subscription signal from the data collection terminals 104a to 104n and registering personal information, phone number information, and location information of the subscriber, and the subscriber data processing unit 134. ) Is means for classifying the audio data / video data and location information data transmitted from the data collection terminals 104a to 104n for each data collection terminal.

In addition, the voice recognition unit 136 is inputted with a specific word or sentence of the user registered through a Viterbi search or distance analysis of other phonetic vectors while the voice recognition S / W is mounted therein. It is a means for determining whether the registered voice matches the input voice by comparing / determining the voice.

The image comparison unit 137 is a comparison unit for determining whether an emergency situation is compared by comparing image data transmitted from the security terminals 102a to 102n with reference image data. The video data wearing a hat, the video data with a knife or a weapon, and the video data threatening a specific person are registered in advance, and the video data of the emergency situation is compared with the video data transmitted from the security terminals 102a to 102n. You can determine if there is an emergency and let the inside of an elevator car be judged.

For example, the voice recognition unit 136 registers the voice data that the security data processing server 106 can determine by itself whether it is an emergency, that is, a specific sentence “Please save.” Or “Who are you?” A voice such as a voice is registered as a voice for generating an emergency signal and compared with voice data collected from an elevator car to generate an emergency signal according to a match.

In addition, the security signal generation unit 138 is connected to the subscriber information registration unit 132 to determine whether an emergency signal is generated through the voice recognition and image comparison, the dispatch request history due to the emergency signal to the National Police Agency and the security company The incident location management unit 140 is connected to the subscriber data processing unit 134 to manage the location information generated by the emergency situation occurrence signal of the elevator car to the police agency server and security company server Means.

The subscriber information DB 142a is a DB storing subscriber identification information and phone number information of a building owner of a building having the corresponding data collection terminals 4a to 4n, and the reference voice data DB 142b is used in case of emergency. It is a DB for pre-registering audio data that can be collected from an elevator car, and the reference video DB 142c is an image representing an emergency situation including a video data with a hat, a video data with a knife or a weapon, and video data threatening a specific person. DB where data is stored.

The subscriber security signal DB (142d) is a DB that stores the subscriber information that caused the emergency situation, the police / security company registration DB (142e) is a DB that stores the police and security company information and server URL information and the like.

In addition, the subscriber location information DB (142f) is a DB for storing the emergency occurrence location data, the dispatch information DB (142g) is a DB for storing the dispatch information of the police and security companies when the emergency situation occurs.

Meanwhile, the controller 144 receives voice data collected from the elevator car, unique number information of the elevator car, and location information from the data collection terminals 104a to 104n, and analyzes the voice data to preregister the emergency voice data. And the image capture request signal to the security terminals 102a to 102n when the first emergency occurs and compare the image data transmitted through the data collection terminals 104a to 104n with the reference image data. Finally, it is determined whether it is an emergency situation, and means for transmitting and processing the location information and emergency situation occurrence signal of the elevator car to the police station server 10 or the security company server 12 connected to the data communication network.

The function and operation of the automatic security system through data comparison according to the second embodiment of the present invention having the above-described configuration will be described in detail with reference to the accompanying drawings.

7 is a flowchart illustrating a signal flow of an automatic security system through data comparison according to a second embodiment of the present invention.

First, the automatic security system through data comparison according to the second embodiment of the present invention registers the speaker's voice, which the server can determine for itself in an emergency situation. That is, a specific sentence, such as "Please save." Or "Who are you?" To register the voice data for emergency signal generation in the secure data processing server 106.

Furthermore, the security data processing server 106 registers the image data indicating the emergency situation including the image data wearing a hat, the image data with a knife or a weapon, and the image data threatening a specific person.

At this time, the voice data registered in the secure data processing server 106 is registered in the form of text data, receives voice data of the speaker, recognizes the voice, converts the recognized voice data into text data, and then registers the registered text data with the registered text data. By comparison, it is preferable to use a speaker dependent speech recognition algorithm that compares the voice transmitted from the elevator car with the registered speech, and such speaker dependent speech recognition algorithm is a well-known method commonly used when the speaker is a plurality of different users. Since detailed descriptions will be omitted herein.

Similarly, the comparison between the image data registered in the security data processing server 106 and the image data transmitted from the security terminals 102a to 102n is also determined by using a known image comparison S / W to determine whether or not there is a match. Since it is a pore paper technology to determine whether the additional description will be omitted.

Accordingly, the security data processing server 106 is built in advance with a voice recognition S / W including such a voice recognition algorithm and a video comparison S / W including an image comparison algorithm.

In this state, the building owner or the like of the building provided with the data collection terminals 104a to 104n generates a service subscription signal to the secure data processing server 106 via the data collection terminals 104a to 104n, and the personal information. And telephone number information. Then, the secure data processing server 106 transmits the URL value of the server to the data collection terminals 104a to 104n.

Then, the data collection terminals 104a to 104n register the URL of the corresponding security data processing server 106. The data collection terminals 104a to 104n receive voice data from the security terminals 102a to 102n provided in the elevator cars, and determine the unique numbers of the security terminals 102a to 102n according to the port information.

When the data collection terminals 104a to 104n collect voice data from each of the security terminals 102a to 102n, a single packet includes the voice data and the location information matching the unique number of each of the security terminals 102a to 102n. In combination, the packet data is transmitted to the secure data processing server 106.

Then, the secure data processing server 106 drives the voice recognition S / W mounted therein to generate voice data for generating an emergency signal (eg, save) and voice data input in real time from an elevator car. Compare and determine whether to match, the security data processing server 106 transmits an image capture request signal to the security terminals 102a to 102n via the data collection terminals 104a to 104n.

Then, the security terminals 102a to 102n capture an image of the interior of the elevator through an image capturing unit, transmit the image data to the data collection terminals 104a to 104n, and secure terminals 102a to 102n according to the port information. Determine the unique number of).

When the data collection terminals 104a to 104n collect the image data from each of the security terminals 102a to 102n, a single packet includes the image data and the location information matching the unique number of each of the security terminals 102a to 102n. In combination, the packet data is transmitted to the secure data processing server 106.

Then, the security data processing server 106 drives an image comparison S / W mounted therein, and the registered emergency situation image data (for example, a hat-pressed image, a threatening weapon) and an elevator car. It compares the image data input in real time to determine whether to match, and extracts the position data combined with the packet data in combination with the emergency occurrence signal to form a data packet.

In addition, the security data processing server 106 transmits an emergency occurrence signal and location information to the police station terminal 10 or the security company server 12 linked to the data communication network to enable on-site dispatch.

At the same time, the security data processing server 106 transmits an emergency situation occurrence signal to the data collection terminals 104a to 104n, so that an officer of a guard room, a control room and a building management office is provided in each elevator car. To identify the situation on the site.

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

8 is a block diagram showing the configuration of a security terminal and a data collection terminal included in an automatic security system through data comparison according to a third embodiment of the present invention.

Referring to this, the automatic security system by comparing data according to the third embodiment of the present invention includes a security terminal having a voice input and a data transmission function in an elevator, and voice data and position data collected through the terminal. The system automatically analyzes the security data processing server to drive an alarm installed inside the elevator when checking the registered emergency voice data, and transmits the emergency signal to the police agency server or the security company server.

The automatic security system through the data comparison according to the third embodiment of the present invention is similar in configuration to the first embodiment, but if it is determined that the emergency situation through voice comparison to induce the abandonment of the offender, the police station terminal While sending an emergency occurrence signal to the security company server to output an alarm through an alarm generator (not shown) provided inside the elevator.

To this end, the security terminals 202a to 202n included in the automatic security system through data comparison according to the third embodiment of the present invention input voice data generated inside the elevator through voice input means such as a microphone therein. A voice input unit 214 for receiving; A communication module 216 is provided for transmitting the voice data received from the voice input unit 214 to the data collection terminals 204a to 204n via an RS-232 communication line and receiving an alarm output signal from the outside. .

In addition, an alarm output unit 218 for receiving an alarm output signal from the communication module 216 and outputting an alarm is provided, and the alarm output unit 218 is preferably a warning light or a buzzer.

The data collection terminals 204a to 204n included in the automatic security system through data comparison according to the third embodiment of the present invention have communication modules 216 and ports of the plurality of security terminals 202a to 202n therein. A communication module 218 is configured to receive voice data collected in an elevator car from the communication module 216, and the communication module 218 is provided with a plurality of voice data receiving ports (not shown). Therefore, the unique numbers of the security terminals 202a to 202n can be recognized through the corresponding port numbers.

In addition, the data collection terminals 204a to 204n display the voice data reception state and emergency signal generation state of each of the security terminals 202a to 202n, and the police station terminal 10 and the security company server connected to the data communication network. A display unit 220 for displaying the registration status of (12) is provided and combines the voice data received from each of the security terminals 202a to 202n and the unique number of the data collection terminals 204a to 204n into a single packet. The data combination unit 222 is provided.

Further, inside the data collection terminals 204a to 204n, a unique number of the data collection terminals 204a to 204n, registration information of the police station terminal 10 and the security company server 12, and each security terminal 202a to 202n. Memory 224 is provided for storing the location information for each connection port of the communication port, and the voice data received from each of the security terminals 202a to 202n and the unique number of the corresponding data collection terminals 204a to 204n in a single packet. Perform a combination of control processing for transmission to the security data processing server 206, and receive the alarm output control signal from the security data processing server 206, and transmit the alarm output control signal to the security terminals 202a to 202n. The control part 226 is provided.

Accordingly, the data collection terminals 204a to 204n receive the voice data collected from the elevator car, the unique number information of the elevator car, and the location information, and analyze the voice data to match the registered emergency voice data. Transmission processing so that the security data processing server 206 can be determined, and receives the alarm output control signal from the security data processing server 206 and transmits the alarm output control signal to the corresponding security terminal (202a ~ 202n) An alarm is output to induce the offender's crime.

The function and operation of the automatic security system through data comparison according to the third embodiment of the present invention having the above-described configuration will be described in detail with reference to the accompanying drawings.

9 is a flowchart illustrating a signal flow of an automatic security system through data comparison according to a third embodiment of the present invention.

First, the automatic security system through data comparison according to the third embodiment of the present invention registers the speaker's voice, which the server can determine for itself as an emergency. That is, the voice of the specific sentence "Please save." Or "Who?" And the like to register the voice data for emergency signal generation in the secure data processing server (206).

At this time, the voice data registered in the secure data processing server 206 is registered in the form of text data, receives voice data of the speaker, recognizes the voice, converts the recognized voice data into text data, and then registers the registered text data with the registered text data. By comparison, it is preferable to use a speaker dependent speech recognition algorithm that compares the voice transmitted from the elevator car with the registered speech, and such speaker dependent speech recognition algorithm is a well-known method commonly used when the speaker is a plurality of different users. Since detailed descriptions will be omitted herein.

Therefore, the voice recognition S / W including such a voice recognition algorithm is built in the secure data processing server 206 in advance.

In this state, the landlord of the building provided with the data collection terminals 204a to 204n generates a service subscription signal to the secure data processing server 206 via the data collection terminals 204a to 204n, and the personal information. And telephone number information. Then, the secure data processing server 206 transmits the URL value of the server to the data collection terminals 204a to 204n.

Then, the data collection terminals 204a to 204n register the URL of the security data processing server 206. In addition, the data collection terminals 204a to 204n receive voice data from the security terminals 202a to 202n installed in each elevator car, and determine the unique numbers of the security terminals 202a to 202n based on the port information.

When the data collection terminals 204a to 204n collect the voice data from each of the security terminals 202a to 202n, the data collection terminals 204a to 204n share the corresponding voice data and location information matching the unique numbers of the security terminals 202a to 202n. Combining the packets, the packet data is transmitted to the secure data processing server 206.

Then, the secure data processing server 206 drives the voice recognition S / W mounted therein to generate voice data for generating an emergency signal (eg, save) and voice data input in real time from an elevator car. Compare and determine whether to match, and extract the position data combined with the packet data in combination with the emergency occurrence signal to form a data packet.

The security data processing server 206 transmits an emergency occurrence signal and location information to the police station terminal 10 or the security company server 12 linked to the data communication network to enable on-site dispatch.

At the same time, the security data processing server 206 transmits an alarm output control signal to the corresponding security terminals 202a to 202n where an emergency situation signal is generated, and the security terminals 202a to 202n receive the corresponding signal and output an alarm. The unit 218 is driven to generate an alarm to induce the offender to give up the crime.

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

FIG. 10 is a block diagram illustrating the configuration of a security terminal and a data collection terminal included in an automatic security system through data comparison according to a fourth embodiment of the present invention.

Referring to this, the automatic security system by comparing data according to the fourth embodiment of the present invention includes a security terminal having a voice input and a data transmission function in an elevator, and voice data and position data collected through the terminal. The system automatically analyzes the security data processing server and displays emergency situation information on the exterior display window of the elevator when confirming the registered emergency voice data, and transmits the emergency signal to the police agency server or the security company server.

Through this, the automatic security system through the data comparison according to the fourth embodiment of the present invention to display the emergency information inside the elevator car through the external display unit 318 installed on the upper of the elevator platform waiting passengers in the platform The passengers inside the car can be assisted, and the emergency station can be notified to the police station via another route.

To this end, the security terminals 302a to 302n included in the automatic security system through data comparison according to the fourth embodiment of the present invention input voice data generated inside an elevator through voice input means such as a microphone therein. A voice input unit 314 for receiving; A communication module 316 is provided for transmitting the voice data received from the voice input unit 314 to the data collection terminals 304a to 304n via an RS-232 communication line, and for receiving an emergency output signal from the outside. .

In addition, an external display unit 318 for receiving an emergency output signal from the communication module 316 and outputting the screen is provided, and the external display unit 318 is installed at the upper end of the platform to provide passengers waiting for boarding of the elevator car. You will be informed of the emergency.

In addition, the external display unit 318 is associated with an elevator display control unit 300 which is a known elevator circuit, and the elevator display control unit 300 directly outputs an emergency situation output signal from the data collection terminals 304a to 304n. It is also possible to print it out.

The data collection terminals 304a to 304n included in the automatic security system through data comparison according to the fourth embodiment of the present invention have a communication module 316 and a port of the plurality of security terminals 302a to 302n therein. The communication module 318 is connected to receive the voice data collected in the elevator car from the communication module 316, the communication module 318 is provided with a plurality of voice data receiving port (not shown) Therefore, the unique numbers of the security terminals 302a to 302n can be recognized through the corresponding port numbers.

In addition, the data collection terminal (304a ~ 304n), the voice data reception state and emergency signal generation state of each of the security terminal (302a ~ 302n) is displayed, the police station terminal 10 and the security company server connected to the data communication network A display section 320 is provided for displaying the registration status of (12), and combines the voice data received from the security terminals 302a to 302n and the unique numbers of the data collection terminals 304a to 304n into a single packet. A data combination unit 322 is provided.

Further, inside the data collection terminals 304a to 304n, a unique number of the data collection terminals 304a to 304n, registration information of the police station terminal 10 and the security company server 12, and each security terminal 302a to 302n. A memory 324 is provided for storing the location information for each connection port of the communication port, and the voice data received from the security terminals 302a to 302n and the unique number of the data collection terminals 304a to 304n are converted into a single packet. Control to transmit to the secure data processing server 306 in combination, and receive the emergency output control signal from the secure data processing server 306 to output the emergency information through the external display unit 318. A control unit 326 is provided to transmit an emergency output control signal.

Accordingly, the data collection terminals 304a to 304n receive voice data collected from the elevator car, unique number information of the elevator car, and location information, and analyze the voice data to match the registered emergency voice data. Transmitting process to be judged by the secure data processing server 306, and receives an alarm output control signal from the secure data processing server 306 to the external display unit 318 of the corresponding security terminals 302a to 302n. By sending the status output control signal to the passengers waiting to board the platform.

The function and operation of the automatic security system through data comparison according to the fourth embodiment of the present invention having the above-described configuration will be described in detail with reference to the accompanying drawings.

11 is a flowchart illustrating a signal flow of an automatic security system through data comparison according to a fourth embodiment of the present invention.

First, the automatic security system through data comparison according to the fourth embodiment of the present invention registers the speaker's voice, which the server can determine for itself as an emergency. That is, the voice of the specific sentence "Please save." Or "Who?" And the like is registered in the security data processing server 306 voice data for emergency signal generation.

At this time, the voice data registered in the secure data processing server 306 is registered in the form of text data, receives voice data of the speaker, recognizes the voice, converts the recognized voice data into text data, and then registers the registered text data with the registered text data. By comparison, it is preferable to use a speaker dependent speech recognition algorithm that compares the voice transmitted from the elevator car with the registered speech, and such speaker dependent speech recognition algorithm is a well-known method commonly used when the speaker is a plurality of different users. Since detailed descriptions will be omitted herein.

Therefore, the voice recognition S / W including such a voice recognition algorithm is built in the secure data processing server 306 in advance.

In this state, the landlord of the building provided with the data collection terminals 304a to 304n generates a service subscription signal to the secure data processing server 306 via the data collection terminals 304a to 304n, and the personal information. And telephone number information. Then, the secure data processing server 306 transmits the URL value of the server to the data collection terminals 304a to 304n.

Then, the data collection terminals 304a to 304n register the URL of the security data processing server 306. Further, the data collection terminals 304a to 304n receive voice data from the security terminals 302a to 302n provided in each elevator car, and determine the unique numbers of the security terminals 302a to 302n according to the port information.

When the data collection terminals 304a to 304n collect the voice data from each of the security terminals 302a to 302n, a single packet includes the voice data and location information matching the unique number of each of the security terminals 302a to 302n. In combination, the packet data is transmitted to the secure data processing server 306.

Then, the security data processing server 306 drives the voice recognition S / W mounted therein to generate voice data for generating an emergency signal (eg, save) and voice data input in real time from an elevator car. Compare and determine whether to match, and extract the position data combined with the packet data in combination with the emergency occurrence signal to form a data packet.

In addition, the security data processing server 306 transmits an emergency occurrence signal and location information to the police station terminal 10 or the security company server 12 linked to the data communication network to enable on-site dispatch.

At the same time, the secure data processing server 306 transmits an emergency situation information output control signal to the external display units 318 of the corresponding security terminals 302a to 302n where an emergency situation signal is generated, and drives the external display unit 318. Emergency information (for example, the occurrence of a robbery in the current elevator, etc.) to be output to the passenger waiting for boarding for help.

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

12 is a schematic diagram showing the configuration of an automatic security system by comparing data according to a fifth embodiment of the present invention.

Referring to this, the automatic security system by comparing the data according to the fifth embodiment of the present invention includes a security terminal having a voice input and a data transmission function inside the IPTV to work with the IPTV installed in the home, and the terminal It is a system that automatically analyzes the voice data and location data collected through the security data processing server and transmits the emergency situation to the National Police Agency server or security company server when checking the registered voice data.

The automatic security system through data comparison according to the fifth embodiment of the present invention collects voice information even inside the home and automatically transmits it to the secure data processing server 6 provided at the outside, and at the secure data processing server 6. It is a system that determines whether an emergency has occurred inside the home by comparing it with the registered voice and automatically transmits an emergency signal to the National Police Agency or a security company.

To this end, an IPTV security terminal 400a to 400n is provided to be added to a known IPTV and receive voice data in a home and automatically transmit the same. The IPTV security terminal 400a to 400n includes an Internet connection. It is configured in the form of a dummy device added to the IPTV. The IPTV security terminals 400a to 400n are set to drive the Internet communication module of the IPTV in a standby state.

At this time, since the security data processing server 6, the police station terminal 10 and the security company terminal 12 performs the same function as the first embodiment, a detailed description thereof will be omitted.

The IPTV security terminals 400a to 400n are set to transmit voice data and location information data in the home to the security data processing server 6.

The security data processing server 6 compares the voice data transmitted from the IPTV security terminals 400a to 400n with the voice data for generating an emergency signal, and determines whether the current home situation is an emergency situation. The location information of the IPTV security terminals 400a to 400n is transmitted to the police station terminal 10 or the security company terminal 12 linked to the data communication network to enable on-site dispatch.

FIG. 13 is a block diagram illustrating a configuration of an IPTV security terminal included in an automatic security system through data comparison according to a fifth embodiment of the present invention.

Referring to this, the IPTV security terminals 400a to 400n included in the automatic security system through data comparison according to the fifth embodiment of the present invention have voices generated inside an elevator through voice input means such as a microphone therein. A voice input unit 406 for receiving data; A communication module 402 is provided for automatically connecting the voice data received from the voice input unit 406 to the URL of the predetermined secure data processing server 6 and transmitting the same to the secure data processing server 6. It is done.

At this time, the voice input unit 406 further includes a filtering means (not shown) for filtering the growth of 300 ~ 3 있도록 to receive and transmit only the human voice, the filtering means is a known component This eliminates mechanical and other sounds and allows only voice data to be transmitted.

The IPTV security terminals 400a to 400n included in the automatic security system through data comparison according to the fifth embodiment of the present invention store unique number information of the corresponding terminal therein. The communication module 402 When transmitting the data to the outside through the), by including the corresponding terminal number to transmit the secure data processing server 6 to determine the position of the IPTV security terminal (400a ~ 400n).

In addition, the IPTV security terminal (400a ~ 400n) is provided with a data combination unit 410 for combining the voice data and the terminal unique number input therein into a single packet.

In addition, the inside of the IPTV security terminal (400a ~ 400n) is connected to the terminal unique number information and the URL of the secure data processing server 6, and the automatic session connection to the URL registered at a predetermined time interval during voice input, A memory 412 is provided that stores control routine information for transmitting the corresponding voice data. The voice data received through the voice input unit 406 and a unique number of the corresponding terminal are combined into a single packet, and a pre-registered security is provided. A control unit 26 performs automatic session connection to the URL of the data processing server 6 and performs control of transmitting and transmitting the packet to the secure data processing server 6 at regular time intervals.

Accordingly, the IPTV security terminals 400a to 400n analyze the voice data inputted in the home, the terminal unique number information, and the location information to match the registered emergency voice data in the security data processing server 6. Transmit process to determine.

In this case, the voice input unit 406 may be provided in each room, living room, or kitchen, and may be configured by means connected to the IPTV security terminals 400a to 400n by wire or wirelessly.

On the other hand, the automatic security system through the data comparison according to the fifth embodiment of the present invention does not wait for the IPTV security terminal (400a ~ 400n) in a standby state to receive the voice data at all times, from the drive signal input It is possible to receive voice data.

That is, the IPTV security terminals 400a to 400n further include a key input unit 404 for generating an operation control key signal so as to start input of voice data. When the key input unit 404 is operated, Data may be transmitted to the secure data processing server 6 through the voice input unit 406. That is, the IPTV security terminals 400a to 400n may be driven through the key input unit 404 at a time when an emergency situation may occur.

At this time, the key input unit 404 can be wired or wireless, but if the wireless, the IPTV security terminal (400a ~ 400n) is provided with a separate AP configuration unit 408 to generate an access point of a certain radius. This would be preferable.

When the key input unit 404 is configured to enable wireless data transmission, the key input unit 404 may be configured in plural numbers, attached to an arbitrary position in each room or living room, and configured to be operable even if there is a threat of the abuser. There will be. In particular, it will be possible to easily move the attachment place so that the key input unit 404 can be attached so that the attacker does not notice it.

On the other hand, the automatic security system through the data comparison according to the fifth embodiment of the present invention is not limited to the IPTV security terminal (400a ~ 400n), and collects the audio data or video data, the security for the analysis All home network terminals or other home terminals that can be transmitted to the data processing server 6 can be included.

On the other hand, the automatic security system and method through a data comparison according to an embodiment of the present invention is not limited only to the above-described embodiment, various modifications are possible within the scope without departing from the technical gist.

1 is a schematic diagram showing the configuration of an automatic security system through data comparison according to a first embodiment of the present invention;

2 is a block diagram showing the configuration of a security terminal and a data collection terminal included in an automatic security system through a data comparison according to a first embodiment of the present invention;

3 is a block diagram showing a configuration of a security data processing server included in an automatic security system through data comparison according to a first embodiment of the present invention;

4 is a flowchart illustrating a signal flow of an automatic security system through data comparison according to a first embodiment of the present invention;

5 is a block diagram showing the configuration of a security terminal and a data collection terminal included in an automatic security system through a data comparison according to a second embodiment of the present invention;

6 is a block diagram showing the configuration of a secure data processing server included in an automatic security system through data comparison according to a second embodiment of the present invention;

7 is a flowchart illustrating a signal flow of an automatic security system through data comparison according to a second embodiment of the present invention;

8 is a block diagram showing the configuration of a security terminal and a data collection terminal included in an automatic security system through data comparison according to a third embodiment of the present invention;

9 is a flowchart illustrating a signal flow of an automatic security system through data comparison according to a third embodiment of the present invention;

10 is a block diagram showing the configuration of a security terminal and a data collection terminal included in an automatic security system through data comparison according to a fourth embodiment of the present invention;

11 is a flowchart illustrating a signal flow of an automatic security system through data comparison according to a fourth embodiment of the present invention;

12 is a schematic diagram showing the configuration of an automatic security system through data comparison according to a fifth embodiment of the present invention;

FIG. 13 is a block diagram illustrating a configuration of a security terminal included in an automatic security system through data comparison according to a fifth embodiment of the present invention.

* Description of the symbols for the main parts of the drawings *

2a-2n: security terminal, 4a-4n: data collection terminal,

6: secure data processing server, 10: police station terminal,

12: Security Vendor Server.

Claims (22)

It is installed in a predetermined part inside each elevator for receiving real time voice data from inside the elevator and transmitting it to a data collection terminal installed in the guard room or management room, and a voice input unit for receiving voice data generated inside the elevator through a microphone therein; A security terminal including a communication module for transmitting the voice data received from the voice input unit to the data collection terminal; A pre-registered URL is set therein for receiving voice data and an elevator car ID from the security terminal and transmitting it to a server, and a data collection terminal provided in a security room or a management room; By comparing the voice data transmitted from the data collection terminal and the pre-registered emergency signal generation voice data to determine whether the current elevator situation is an emergency, the police station server or security associated with the location information of the security terminal to the data communication network A security data processing server which enables on-site dispatch by transmitting to a company server; An automatic security system through data comparison, comprising a police agency server and a security company server for receiving an emergency signal and incident occurrence location information from the security data processing server and generating a site dispatch signal. The security terminal is installed on the upper platform, the automatic security system by comparing data, characterized in that it further comprises an external display for receiving the emergency information from the security data processing server screen output. delete 2. The automatic security system according to claim 1, wherein the security terminal and the data collection terminal are configured to communicate through an RS-232 serial communication line. The automatic security system according to claim 1, wherein the voice input unit further includes filtering means for filtering the growth of 300 Hz to 3 Hz so that only the human voice is input and transmitted. The data collection terminal of claim 1, further comprising: a communication module connected to a communication module of the plurality of security terminals in a port thereof to receive voice data collected from an elevator car; A display unit for displaying a voice data reception state and an emergency signal generation state of each security terminal, and a registration state of a police station terminal and a security company server connected to a data communication network; A data combination unit for combining the voice data received from each security terminal and the unique number of the data collection terminal into a single packet; A memory for storing a unique number of the data collection terminal, location information of each security terminal, URL information of the secure data processing server, and a control routine for performing automatic session connection and access to the URL; And a controller configured to combine the voice data received from each security terminal and the unique number of the data collection terminal into a single packet to perform an automatic session connection to the security data processing server and control to transmit and process the packet. Automated security system through data comparison. The security data processing server of claim 1, wherein the security data processing server receives voice data and location information from the data collection terminal distributed for each building through a data communication network via a web server, and transmits an emergency occurrence signal and a location signal to the National Police Agency. A communication module for transmitting to a terminal or a security company server; A subscriber information registration unit which receives a service subscription signal from the data collection terminal and registers personal information, telephone number information, and location information of the corresponding subscriber; A subscriber data processing unit for classifying and processing voice data and location information data transmitted from the data collection terminal for each data collection terminal; With voice recognition S / W installed inside, it is registered through comparison / judgment of a specific word or sentence of the registered user through distance analysis of Viterbi search or other phonetic vector and input voice. A voice recognition unit for determining whether the voice matches the input voice; A security signal generation unit for determining an emergency signal generated in an elevator car through voice recognition in connection with the subscriber information registration unit and managing a dispatch application history due to an emergency signal to the police department and a security company; An incident occurrence location management unit that is connected to the subscriber data processing unit and manages to transmit the location information generated by the emergency situation occurrence signal of the elevator car to the police agency server and the security company server; A subscriber information DB for storing subscriber identification information and telephone number information of a landlord of a building having a corresponding data collection terminal; A reference voice data DB for pre-registering voice data collectable from an elevator car in an emergency situation; A subscriber security signal DB for storing subscriber information causing an emergency; A police agency / security company registration DB that stores police station and security company information and server URL information; A subscriber location information DB for storing emergency location data; An outgoing information DB for storing outgoing information of the police and security companies when an emergency occurs in a subscriber; Receives the voice data collected from the elevator car, the unique number information of the elevator car and the location information from the data collection terminal, analyzes the voice data and determines whether to match with the pre-registered emergency voice data. Auto security system by comparing the data comprising a control unit for processing the location information of the car and the emergency occurrence signal to the police station server or security company server linked to the data communication network. The data comparison method of claim 1, wherein the security terminal further includes an alarm output unit including a buzzer or a warning light to output an alarm by receiving an alarm output control signal from a security data processing server in case of an emergency. Automatic security system. delete A first step of registering a voice data for generating an emergency situation signal by a security data processing server equipped with S / W for voice recognition; A second step of the security data processing server receiving and registering a service subscription signal, personal information and telephone number information from a data collection terminal; A third step of receiving, by the security terminal installed in each elevator car, the voice data and the positional information into a single data packet; A fourth step of the security terminal transmitting the data packet to the data collection terminal; A fifth step of the data collection terminal combining the voice data and the location information matched with the unique number of each security terminal into a single packet and transmitting the packet data to the security data processing server; A sixth step of receiving, by the secure data processing server, the packet data; A seventh step of the security data processing server driving the voice recognition S / W mounted therein to compare the voice data for generating an emergency signal and the voice data input from the elevator car in real time to determine whether they match; and; An eighth step of the security data processing server extracting location data combined with the packet data and combining the location data with an emergency occurrence signal to form a data packet; A ninth step of the security data processing server transmitting an emergency occurrence signal and location information to a police station terminal or a security company server connected to a data communication network; A tenth step of transmitting, by the secure data processing server, an emergency information output control signal to a secure terminal; And an eleventh step of outputting the emergency information through the external display by the security terminal. 10. The method of claim 9, wherein the second process further includes the step of registering the automatic access function by transmitting the URL value of the server to the data collection terminal by the secure data processing server. Security method. 10. The method of claim 9, wherein the security data processing server further comprises a step of transmitting an emergency occurrence signal to the data collection terminal. 10. The method of claim 9, further comprising the steps of: transmitting, by the secure data processing server, an alarm output control signal to a secure terminal; And receiving a warning output control signal by the security terminal to drive an alarm output unit. delete delete delete delete delete delete delete delete delete delete

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