KR100974945B1 - Service method of security system for apartment complex - Google Patents

Abstract

The present invention collects the sound source, sound waves, voice through the microphone installed in the common unit of the apartment house to determine the emergency situation of the tenant, and to provide an immediate response by interlocking the security system.

The present invention collects the surrounding sound sources, sound waves, and voices through a microphone installed in the common unit of the apartment house and transmits them to the sound source server through the network, and the sound source server analyzes the sound sources, sound waves, and voices received through the network. Determining whether a situation is detected, repeating the collection procedure if an emergency is not detected, checking the location of occurrence when an emergency is detected, and collecting and expressing images of the area by interlocking CCTVs. It includes the process of dispatching managers and security personnel through the sending of warnings and announcements.

Apartment, shared house, microphone, emergency situation, sound recording server

Description

Service method of apartment complex security system {Service method of security system for apartment complex}

The present invention relates to a security system for apartment buildings, and more specifically, to collect sound sources, sound waves, and voices through a microphone installed in the common unit of the apartment house, to determine the emergency situation of the tenant, and to provide an immediate response by interlocking the security system. It relates to a service method of the apartment housing security system.

In general, spaces such as elevators, landings, underground parking lots, senior boats, walkways, and playgrounds in apartments are exposed to various risk factors.However, if an emergency occurs in these areas, a means of notifying the manager or people around them is provided. There is a drawback that you can not respond quickly to emergencies.

To solve this problem, cameras are installed in various spaces that require or anticipate security, such as elevators, landings, underground parking lots, senior yards, walkways, and playgrounds. The CCTV system can be stored for a certain period of time.

The CCTV system has a disadvantage in that it is not possible to immediately respond to an emergency situation occurring in the complex unless the manager or security personnel continuously monitor the images of all the cameras installed in the apartment.

Even if the manager or security personnel monitor the CCTV system continuously, the concentration decreases with time, and statistically, about 10% passes, about 40%, and 22 minutes does not detect about 95%.

Therefore, the CCTV system installed in the multi-family housing is used to check the situation by playing the stored video when a situation occurs, rather than being used to prevent an emergency situation and immediately deal with it through continuous monitoring.

In addition, since the cameras installed in various spaces of apartment houses are installed to collect only local area images of fixed angles, it is not possible to collect images for emergencies occurring in blind spots according to the installation angles. There is a drawback that this cannot be provided.

The present invention has been invented to solve the problems occurring in the apartment house as described above, the object is the sound source, sound waves through the microphone installed in the common part of the apartment house, such as inside the elevator, landing, underground parking lot, elderly courtyard, playground In addition, the voice is collected to determine the emergency situation of the tenant, the location of the microphone is notified, the administrator is notified and the security system is interlocked to provide an immediate response.

Multi-unit housing security system according to a feature of the present invention for achieving the above object is, at least one or more installed in various locations of the common unit of the multi-unit housing, the microphone for collecting the sound source, sound waves, voice around; A sound source processor for processing a sound source, sound wave, and voice collected by a microphone into a data format having a predetermined format and transmitting the same to a network; A hub for relaying transmission and reception of signals for interworking by connecting a CCTV server and a control system installed in a multi-family house to a network; A sound source server that analyzes the collected sound source, sound wave, and voice of the microphone received through the hub to determine whether an emergency has occurred, identifies a microphone position in an emergency, and then links the CCTV server to respond to an emergency; It includes a CCTV server that collects and displays images of various angles by operating a camera around a location where an emergency situation occurs at the request of the sound source server.

In addition, the service method of the security system of the multi-unit house according to the characteristics of the present invention, the process of collecting the surrounding sound source, sound waves, voice through a microphone installed in the common unit of the multi-unit housing and transmits to the sound source server through the network; The sound source server analyzing the sound source, sound wave, and voice received through the network to determine whether an emergency situation is detected; Repeating the collection of sound sources, sound waves, and voices if an emergency situation is not detected, checking the location of occurrence of an emergency situation, and then interlocking CCTVs to collect and display images of the region; It includes the process of dispatching managers and security personnel through the sending of warnings and announcements in case of an emergency.

In accordance with the above-described configuration, the present invention collects sound sources, sound waves, and voices generated from the common part of the apartment house to determine whether an emergency situation occurs, and thereby provides immediate response by interlocking with a CCTV server, thereby providing tenants and visitors. The effect of providing safety is expected.

DETAILED DESCRIPTION Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings so that those skilled in the art may easily implement the present invention.

Since the present invention can be implemented in various different forms, the present invention is not limited to the exemplary embodiments described herein, and parts not related to the description are omitted in the drawings in order to clearly describe the present invention.

1 is a view showing a schematic configuration of a security system for a multi-family house according to an embodiment of the present invention.

The present invention includes a microphone 10, sound source processing unit 20, hub 30, sound source server 40, CCTV server 50 and the camera 60.

At least one microphone 10 is installed at various locations of a common part such as an elevator, a staircase, an underground parking lot, a senior citizen's playground, a playground, a walkway, and the like, and collects sound sources, sound waves, and voices generated from the surroundings.

Information of the installation position is set in each of the microphones 10.

The sound source processing unit 20 processes the sound source, sound wave, and voice collected by the microphone 20 into a data format of a set format and transmits the same to a network, and the data format includes position information of the microphone 20.

The hub 30 connects various control systems such as a CCTV server 50 installed in a multi-family home to a network, and receives various kinds of operations so that the operations between devices can be interoperated through a TCP / IP communication protocol. Relays transmission and reception of signals and control signals.

The sound source server 40 analyzes the collected sound source, sound wave, and voice of the microphone 10 received through the hub 30 to determine whether an emergency situation has occurred, and if it is determined that the emergency situation has occurred, check the position of the microphone 10. The next CCTV server 50 and various control systems are interlocked to enable quick response to emergency situations.

The CCTV server 50 collects images of various angles by zooming in / zoom out, pan / tilt, and rotating the camera 60 around the location where an emergency situation occurs in response to a request of the sound source server 40, and displays them on a manager monitor. Let's do it.

In addition, the memorization server 40 broadcasts a warning and alerts that an emergency has occurred in a specific area by interworking with a broadcast server, and provides a warning light by interworking with a lighting server.

The operation of the present invention including the above-described functions is executed as follows.

In the state in which the security system according to the present invention maintains the standby mode (S101), the microphone 10 installed at a predetermined location of the common part of the apartment house collects the surrounding sound sources, sound waves, and voices and applies them to the sound source processing unit 20. (S102).

At this time, the sound source processing unit 20 processes the sound source, sound wave, and voice collected by the microphone 10 into a data format of a set format, and includes the location information of the microphone 10 to connect the hub 30 connected to the network. Transmission to the sound source server 40 through (S103).

Therefore, the sound source server 40 analyzes the collected sound source, sound wave, and voice of the microphone 10 received through the hub 30 by using a set analysis tool (S104) to determine in which unspecified emergency situation occurred. (S105).

If the state of emergency has not occurred in the above judgment, return to step S102 to repeat the operation of collecting the surrounding voice, sound waves, and voice, and if it is determined that an emergency has occurred, confirming the position of the microphone 10. Next (S106) in order to provide a quick response to the emergency situation CCTV server 50 and the various control systems are interlocked (S107).

Therefore, the CCTV server 50 collects images of various angles by zooming in / zoom out, pan / tilt, and rotating the camera 60 around the location where an emergency situation occurs in response to the request of the sound source server 40. (S108) It is displayed on the manager monitor (S109).

Then, by linking the broadcast server not shown to guide the dispatch to the administrator and security personnel to provide a quick response to the emergency situation occurred at a predetermined position of the common unit (S110).

The sound source, sound wave, and voice analysis procedure of the sound source server 40 will be described in detail with reference to FIG. 3 as follows.

The sound source server 40 receives the sound source, sound wave, and voice collected by the microphone 10 through the hub 30 (S201), and receives the sound source, sound wave using the zero crossing rate and logarithmic energy of the received sound source, sound wave, and voice. In operation S202, a voice section is detected.

Then, the feature parameters are extracted in the section of the sound source, sound wave, and voice (S203).

Extraction of the feature parameters is, for example, "evil", "wrong",... Isolated words such as "help me", "help", "heist",… It is extracted by dividing it into continuous words such as "connect me", "help me", "take strength", and a conversational sound such as "Hmm ~~, be quiet", sound waves, and voice.

When the feature parameters of the sound source, sound wave, and speech section are extracted as described above, the recognition words are divided into units of words, syllables, half-syllables, and phonemes (S204), and the divided recognition words are pattern matched, knowledge-based, probability Recognizing a sound source, sound wave, and voice by applying one of a model and a neural network technique (S205), and outputting a recognition result (S206).

Although the embodiments of the present invention have been described in detail above, the scope of the present invention is not limited thereto, and various modifications and improvements of those skilled in the art using the basic concepts of the present invention defined in the following claims are also provided. It is included in the scope of rights.

1 is a view showing a schematic configuration of a security system for a multi-family house according to an embodiment of the present invention.

2 is a flowchart illustrating a service procedure of an apartment security system according to an exemplary embodiment of the present invention.

3 is a flowchart illustrating an analysis procedure of a sound source, sound waves, and voice in a service of a multi-family security system according to an exemplary embodiment of the present invention.

<Explanation of symbols for the main parts of the drawings>

10: microphone 20: sound source processing unit

30: hub 40: sound source server

50: CCTV server 60: camera

Claims (6)

delete delete delete Collecting surrounding sound sources, sound waves, and voices through a microphone installed in the common unit of the apartment house and transmitting them to the sound source server through a network; The sound source server analyzing the sound source, sound wave, and voice received through the network to determine whether an emergency situation is detected; Repeating the collection of sound sources, sound waves, and voices if an emergency situation is not detected, checking the location of occurrence of an emergency situation, and then interlocking CCTVs to collect and display images of the region; In the service method of the apartment house security system, including the process of dispatching the manager and security personnel through the transmission of warnings and announcements in accordance with the emergencies, The analysis of the sound source, sound wave, and voice may include detecting a sound source, sound wave, and voice interval using zero crossing rate and logarithmic energy; Extracting feature parameters by dividing into isolated speech words, connected word continuous sound sources, and conversation sound sources; The apartment house security system includes dividing a recognition unit into words, syllables, half-syllables, and phonemes, and recognizing a sound source, sound wave, and voice using any one of a pattern matching method, a knowledge-based probability model, and a neural network technique. Service method. delete delete

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