KR101728158B1 - Fire safety management and security agency system, and method therefor - Google Patents

Abstract

The present invention relates to a fire safety management and security agent system and method thereof, and more particularly, to a fire safety management and security agent system and method thereof, And an agent server for transmitting a fire or access control server to the fire or access control server according to the fire and the detection information of the abnormal entrance received from the sensing device; Wherein the agent server compares the location information of the fire detection module included in the fire detection information received from the sensing device with the map information of the pre-stored jurisdiction area and the building to check the ignition point An ignition point confirmation unit; An abnormal access position confirmation unit for comparing the location information of the access detection module included in the abnormal access detection information received from the sensing device with map information of a previously stored jurisdiction area and a corresponding building to check an abnormal access location; And an ignition point information acquired through the sensing device and transmitted to a fire control server of a jurisdiction area and a portable terminal of a registered tenant, A report processing unit for transmitting the abnormal access position information and the image of the abnormal visitor acquired through the sensing device to the access control server in the jurisdiction area; .

Description

FIRE SAFETY MANAGEMENT AND SECURITY AGENCY SYSTEM, AND METHOD THEREFOR FIELD OF THE INVENTION [0001]

The present invention relates to a fire safety management and security agent system and method thereof, and more particularly, to a fire safety management and security agent system and method thereof, in which, when a fire or abnormality in a building or the like is detected, And a technique for performing a notification to a resident portable terminal.

With respect to the access control system, there have been numerous applications and disclosures in addition to Korean Patent Laid-open No. 10-2003-0032480 (hereinafter referred to as "prior art").

The above-mentioned prior art document includes a fingerprint recognition door phone installed at a door of a home and recognizing and acquiring a fingerprint of an entry going to the home and judging whether the entry is possible or not; A home automation device installed in the home and performing a home automation function and a security function in cooperation with the fingerprint recognition door phone; A moving object sensor for detecting an object approaching the door; A door lock device for opening and closing the door by control of the fingerprint recognition door phone; A fingerprint information database for storing fingerprint data of a registrant who is allowed to enter and exit the door, and a security sensor for detecting an intrusion of the outside of the window and the home. A fingerprint sensing unit having a fingerprint sensing pad for sensing the fingerprint of the enrollee and acquiring fingerprint data of the enrollee; A fingerprint processing unit performing a function of searching the fingerprint data acquired from the fingerprint sensing unit for fingerprint data registered in the fingerprint information database and determining that the enrollee is the registrant if coincident fingerprint data exists; A door lock control unit for controlling the door lock device to open the door if the enrollee is the registrant as a result of the fingerprint processing unit; And a door phone control unit for controlling operations and interactions of the units in the fingerprint recognition door phone, wherein the home automation apparatus comprises: a security control unit for controlling the operation of the security detection unit; And a home automation control unit for controlling the home automation apparatus as a whole in cooperation with the door lock control unit.

However, in the prior art including the above-mentioned prior art, when a fire or an abnormal entrance occurs, it is impossible to transmit information and images related to the ignition point and the abnormal entry / exit location to the fire control and access control server, the tenant, There was a limit that the agency could not cope with quickly.

SUMMARY OF THE INVENTION The present invention has been conceived in view of the above problems, and it is an object of the present invention to provide an information processing apparatus and a method for transmitting detection information including positional information and images to a proxy server when a sensing device detects a fire or an abnormal access, The present invention is directed to a fire safety management and security agent system and a method thereof, in which a server is transmitted to a fire station, an access control server, and a resident portable terminal, thereby enabling rapid response.

According to an aspect of the present invention, there is provided a fire safety management and security agent system, comprising: a sensing device that transmits sensed information to a proxy server when a fire or an unauthorized access is detected; And an agent server for transmitting a fire or access control server to the fire or access control server according to the fire and the detection information of the abnormal entrance received from the sensing device; Wherein the agent server compares the location information of the fire detection module included in the fire detection information received from the sensing device with the map information of the pre-stored jurisdiction area and the building to check the ignition point An ignition point confirmation unit; An abnormal access position confirmation unit for comparing the location information of the access detection module included in the abnormal access detection information received from the sensing device with map information of a previously stored jurisdiction area and a corresponding building to check an abnormal access location; And an ignition point information acquired through the sensing device and transmitted to a fire control server of a jurisdiction area and a portable terminal of a registered tenant, A report processing unit for transmitting the abnormal access position information and the image of the abnormal visitor acquired through the sensing device to the access control server in the jurisdiction area; .

The sensing device may further include a fire sensing unit for sensing a fire and transmitting fire detection information including location information and an image to a fire point to the proxy server; An entrance detection unit for detecting an entrance / exit of an abnormal visitor and transmitting abnormal entrance / exit detection information including an image of the abnormal entrance to the proxy server; And a video acquiring unit for acquiring an image; And a control unit.

The fire detection unit may include a fire detection module for detecting a fire; An information acquisition module for acquiring location information of a fire detection module that detects a fire and acquiring an ignition point image through an adjacent image acquisition unit in the fire detection module; And a transmission module for transmitting the fire detection information including the location information of the fire detection module and the fire detection point image, which have detected fire acquired through the information acquisition module, to the proxy server; And a control unit.

Further, the fire detection module is provided with a unique ID and position information according to the unique ID.

In addition, the entrance / exit detection unit includes a fingerprint of a visitor, an access card, and a personal identification database through communication with the portable terminal. The entrance / exit detection unit senses at least one of a fingerprint, an access card and a portable terminal of a visitor, Sensing module; An information acquisition module for acquiring the location information of the entrance / exit detection module that detects an abnormal entrance / exit and acquiring an image of an abnormal entrance / exit person through an image acquisition unit located at the entrance / exit detection module; And a transmission module for transmitting, to the proxy server, abnormal access detection information including location information of the access detection module and an image of an abnormal visitor, which are detected by the information acquisition module, And a control unit.

Also, the access detection module is provided with a unique ID and position information according to the unique ID.

The notification processing unit transmits the abnormal entrance position information confirmed by the abnormal entrance position confirmation unit and the image of the abnormal entrance obtained through the detection device to the registered mobile terminal of the resident, When the information blocking control signal is inputted, the abnormal entrance position information and the image of the abnormal visitor acquired through the sensing device are transmitted to the mobile terminal of the registered resident except for the mobile terminal of the resident.

According to another aspect of the present invention, there is provided a fire safety management system, comprising: (a) a location information of a fire detection module included in fire detection information received from a sensing device, Comparing the map information with the map information of the area and the building; And (b) transmitting, by the notification processing unit of the agency server, the ignition point information confirmed through the ignition point confirmation unit and the ignition point image acquired through the sensing apparatus to the portable terminal of the fire control server and the registered resident; .

(A) before the step (a), (a-1) detecting a fire by a fire detection module of the fire detection unit; (a-2) acquiring location information of a fire detection module in which the information acquisition module senses a fire; (a-3) acquiring a firing point image through the adjacent image acquisition unit in the fire detection module; And (a-4) transmitting the fire detection information including the location information of the fire detection module in which the fire detection module detects the fire and the fire detection point image to the agency server; And a control unit.

The present invention relates to a fire safety management and an expense proxy method, wherein (a) an abnormal access position confirmation unit of an agency server is stored with location information of an access detection module included in abnormal access detection information received from a sensing device, Comparing the map information of the corresponding jurisdiction area and the corresponding building to identify an abnormal entry / exit position; (b) transmitting, by the notification processing unit of the agency server, the abnormal entrance position information confirmed through the abnormal entrance position confirmation unit and the image of the abnormal entrance obtained through the sensing apparatus to the entrance control server in the jurisdiction area; And (c) when the notification processing unit of the proxy server inputs a control signal for blocking the abnormal access detection information from the sensing apparatus, the abnormality accessing position information and the abnormal access position information are transmitted to the portable terminal of the pre- Transmitting an image of an abnormal visitor acquired through the sensing device; .

The method may further include, before the step (a), detecting an abnormal visitor by detecting at least one of a fingerprint, an access card, and a portable terminal of the entrance / exit detection module of the access detection unit (a-1) (a-2) acquiring positional information of an access detection module in which an information acquisition module detects an abnormal access; (a-3) acquiring an image of an abnormal visitor through the image acquisition unit in which the information acquisition module is located; And (a-4) transmitting abnormal location detection information including location information of the access detection module that detects the abnormal access by the transmission module and an image of the abnormal accessor to the proxy server; And a control unit.

According to the present invention as described above, it is possible to confirm the fire point and the abnormal access position information and the corresponding image in real time, thereby enabling the fire-fighting and access control server and the tenant to cope more quickly.
In addition, since the abnormal access detection information is fundamentally prevented from being transmitted to the unsuspecting tenant, the network load for simultaneously transmitting the abnormal access detection information to the mobile terminals of a plurality of tenants can be reduced, and unnecessary network resource waste can be prevented It has the advantage that it can do.

BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a general view schematically showing a fire safety management and security agent system according to the present invention; FIG.
2 is a detailed configuration diagram of a fire detection unit and an access detection unit according to the present invention;
3 is an overall flow diagram of a fire detection and notification service according to the present invention.
FIG. 4 is a flowchart illustrating an abnormal access detection and notification service according to the present invention; FIG.

Specific features and advantages of the present invention will become more apparent from the following detailed description based on the accompanying drawings. It is to be noted that the detailed description of known functions and constructions related to the present invention is omitted when it is determined that the gist of the present invention may be unnecessarily blurred.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS The present invention will now be described in detail with reference to the accompanying drawings.

The fire safety management and security agent system according to the present invention will be described with reference to FIGS. 1 and 2. FIG.

FIG. 1 is an overall configuration diagram conceptually showing a fire safety management and security agent system S according to the present invention, and includes a sensing apparatus 100 and an agency server 200 as shown in FIG.

1, the sensing device 100 performs a function of transmitting sensed information to the proxy server 200 when a fire or an abnormal entrance is detected. An entrance detection unit 120, and an image acquisition unit 130. [

Specifically, the fire detection unit 110 is installed in a plurality of places or indoors in the building, detects a fire, and transmits fire detection information including location information and an image to the fire station to the agency server 200 A fire detection module 111, an information acquisition module 112, and a transmission module 113, as shown in FIG.

More specifically, the fire detection module 111 includes a temperature sensor, a heat sensor, and an illuminance sensor, and detects a fire.

The information acquisition module 112 acquires the position information of the fire detection module 111 that senses a fire and acquires the ignition point image through the adjacent image acquisition unit 130 in the fire detection module 111. At this time, each fire detection module 111 is given position information according to a unique ID and a unique ID. When the fire detection module 111 detects a fire, the information acquisition module 112 can recognize it.

The transmission module 113 transmits the fire detection information including the location information of the fire detection module 111 and the fire point image to the proxy server 200 that senses the fire acquired through the information acquisition module 112. On the other hand, the transmission module 113 may transmit the fire detection information to the individual interphone device or the like of the tenant and may generate an alarm in the entire building.

The entrance detection unit 120 is installed at a plurality of entrance and exit locations to detect the entrance and exit of the abnormal entrance and transmits the abnormal entrance detection information including the image of the abnormal entrance to the proxy server 200, An access detection module 121, an information acquisition module 122 and a transmission module 123 as shown in FIG.

The entrance / exit detection module 121 includes a fingerprint of a visitor, an access card, and a personal identification database 121a through communication with the portable terminal 20. The fingerprint, the access card, the portable terminal 20, And judges an abnormal traveler. Accordingly, the access detecting module 121 may be provided with a fingerprint recognizing device capable of identifying each tenant, an access tag device, a communication device with the portable terminal 20, and the like.

The information acquisition module 122 acquires the location information of the entrance detection module 121 that detects the abnormal entrance and acquires the image of the abnormal entrance visitor through the image acquisition unit 130 located in the entrance detection module 121 . At this time, the entrance / exit detection module 121 is provided with the location information according to the unique ID and the unique ID, and when the abnormal access is detected, the information acquisition module 122 can recognize this.

The transmission module 123 transmits the abnormal access detection information including the location information of the access detection module 121 and the image of the abnormal visitor detected the abnormal access acquired through the information acquisition module 122 to the proxy server 200 . On the other hand, the transmission module 123 may transmit the abnormal access detection information to the individual interphone device or the like of the tenant, and may generate an alarm in the entire building.

The image acquiring unit 130 is a camera, and is installed at a plurality of places in a building, in a room, an entrance and the like, and acquires an image. At this time, in the case of the image acquisition unit 130 installed at the entrance, it is obvious that not only the abnormal entrance but also the image of the normal entrance is acquired.

The proxy server 200 performs a function of transmitting to the fire or access control server in accordance with the fire information received from the sensing apparatus 100 and detection information on an abnormal visitor. As shown in FIG. 1, An unauthorized access position confirmation unit 220, and a report processing unit 230.

Specifically, the ignition point check unit 210 checks the position information of the fire detection module 111 included in the fire detection information received from the sensing apparatus 100, the map of the pre-stored jurisdiction area and the building, Compares with information and identifies the firing point.

The abnormal access position confirmation unit 220 checks the location information of the access detection module 121 included in the abnormal access detection information received from the sensing apparatus 100 and the map information of the corresponding jurisdiction area and the building , The abnormal access position is confirmed.

As described above, the fire detection information includes position information according to the unique ID and the unique ID of the fire detection module 111 that detects the fire, and the fire detection point confirmation unit 210 detects the fire The positional information of the module 111, that is, the ignition point can be easily grasped. Similarly, the abnormal access detection information includes position information based on the unique ID and the unique ID of the access detection module 121 that detects the abnormal access, and the abnormal access position confirmation unit 220 detects the abnormal access The position information of the module 121 can be easily grasped.

The notification processing unit 230 transmits the ignition point information confirmed through the ignition point confirmation unit 210 and the ignition point image acquired through the sensing apparatus 100 to the fire control server 10, To the portable terminal 20 of the tenant.

In addition, the notification processing unit 230 transmits the abnormal access position information confirmed through the abnormal access position confirmation unit 220 and the image of the abnormal accessor acquired through the sensing apparatus 100 to the access control server 30 and / To the mobile terminal 20 of the already registered tenant.

On the other hand, depending on the occupant of the building, it may not be desired to receive abnormal access detection information through the portable terminal 20. Accordingly, the notification processing unit 230 according to the present invention operates in conjunction with the fingerprint recognition device, the access tag device, and the communication device with the portable terminal 20 of the access detection module 121 of the access detection unit 120, The abnormal access detection information is not transmitted to the portable terminal 20 of the resident.

For example, when the fingerprint recognition is performed, the access card is tagged, or the communication device communicates with the communication device 20 after the abnormal access detection information blocking signal is inputted, the access detection module 121 detects the blocking And transmits the control signal to the agent server 200. The notification processor 230 of the agent server 200 does not transmit abnormal entrance / exit information to the mobile terminal 20 of the corresponding tenant.

That is, when the abnormal access detection information blocking control signal is input from the access detection unit 120, the notification processing unit 230 transmits the abnormal access position information and the image of the abnormal accessor acquired through the sensing apparatus 100 to the corresponding occupant To the portable terminal 20 of the pre-registered resident except for the portable terminal 20 of the resident.

Hereinafter, the fire safety management and the guard agency method using the system will be described with reference to FIGS. 3 to 4. FIG.

3, the fire detection module 111 of the fire detection unit 110 detects a fire (S110), and the information acquisition module 112 detects a fire, The fire detection module 111 obtains the location information of the fire detection module 111 in step S120 and acquires the fire point image in the fire detection module 111 through the adjacent image acquisition part 130 in step S130.

The transmission module 113 transmits the fire detection information including the location information of the fire detection module 111 and the fire detection point image to the proxy server 200 that sensed the fire acquired through the information acquisition module 112 ).

In addition, the ignition point confirmation unit 210 of the agency server 200 may store the location information of the fire detection module 111 included in the fire detection information received from the sensing apparatus 100, And compares the map information with the map information in step S150.

The notification processing unit 230 transmits the ignition point information confirmed through the ignition point confirmation unit 210 and the ignition point image acquired through the sensing apparatus 100 to the fire control server 10 and the fire control server 10, To the mobile terminal 20 of the registered tenant (S160).

As shown in FIG. 4, the access detection module 121 of the access detection unit 120 detects a fingerprint, an access card, and a portable terminal 20 The information acquiring module 122 acquires the position information of the access sensing module 121 that senses the abnormal access at step S220 and transmits the position information of the access sensing module 121 to the access sensing module 121 And acquires an image of the abnormal visitor through the image acquisition unit 130 located at the location (S230).

Then, the transmission module 123 transmits the abnormal access detection information including the location information of the access detection module 121 that senses the abnormal access acquired through the information acquisition module 122 and the image of the abnormal visitor to the proxy server 200 (S240).

Also, the abnormal access position confirmation unit 220 of the proxy server 200 determines whether or not the location information of the access detection module 121 included in the abnormal access detection information received from the sensing apparatus 100, And compares it with the map information of the building to check the abnormal entry / exit position (S250).

In addition, the report processing unit 230 transmits the abnormal access position information confirmed through the abnormal access position confirmation unit 220 and the image of the abnormal accessor acquired through the sensing apparatus 100 to the access control server 30 in the jurisdiction area (S260).

When the abnormality entry / exit information blocking control signal is input from the entrance detection unit 120, the report processing unit 230 transmits the abnormal entrance position information and the image of the abnormal entrance person acquired through the sensing apparatus 100 to the corresponding occupant To the mobile terminal 20 of the pre-registered resident except for the mobile terminal 20 of the mobile terminal 20 (S270).

As described above, in the fire safety management and security agent system and method according to the present invention, when a fire occurs or an abnormal entrance / exit occurs, information about a fire point and an abnormal entrance / And has the characteristic advantage that the resident and the control agency can quickly respond to the information transmitted by the agent server in real time to the fire control server, the access control server and the portable terminal of the resident.

While the present invention has been particularly shown and described with reference to preferred embodiments thereof, it will be understood by those skilled in the art that various changes in form and details may be made therein without departing from the spirit and scope of the invention as defined by the appended claims. It will be appreciated by those skilled in the art that numerous changes and modifications may be made without departing from the invention. Accordingly, all such appropriate modifications and changes, and equivalents thereof, should be regarded as within the scope of the present invention.

100: sensing device 200: proxy server
110: fire detection unit 120: entrance /
130: image acquisition unit 210: ignition point confirmation unit
220: abnormal entry position confirmation unit 230: report processing unit
111: fire detection module 112: information acquisition module
113: Transmission module 121: Access detection module
122: information acquisition module 123: transmission module
121a: Identity verification database 10: Fire control server
20: portable terminal 30: access control server

Claims (11)

A sensing device (100) for transmitting sensed information to a proxy server (200) when a fire or an abnormal entrance / exit is detected; And
An agent server (200) for transmitting to the fire or access control server according to fire and abnormal access detection information received from the sensing device (100); , ≪ / RTI &
The proxy server 200,
The location information of the fire detection module 111 having the unique ID included in the fire detection information received from the sensing device 100 and the map information of the pre-stored jurisdiction area and the building, An ignition point confirmation unit 210 for confirming the ignition point;
The location information of the access detection module 121 included in the abnormal access detection information of the confirmed ignition point received from the sensing device 100 and the map information of the pre-stored jurisdiction area and the building An abnormal entry position confirmation unit (220) for confirming an abnormal entry position of the identified ignition point and generating abnormal entry detection information; And
The ignition point information confirmed through the ignition point confirmation unit 210 and the ignition point image acquired through the sensing apparatus 100 are transmitted to the fire control server 10 and the pre-registered occupant's mobile terminal 20 In addition,
The location information of the abnormal person at the ignition point confirmed through the abnormal entry position confirmation unit 220 and the image of the abnormal entry person at the ignition point acquired through the sensing device 100 are transmitted to the access control server 30 in the jurisdiction area A report processing unit 230; / RTI >
The notification processing unit 230,
When the abnormal access detection information blocking control signal is generated by interlocking with the fingerprint recognition device, the access tag device, and the portable terminal 20 after the abnormal access detection information is inputted, the abnormal access detection information To prevent transmission of the signal,
The entrance / exit detection module 121 detects the entrance / exit of the user through the communication between the fingerprint identification device, the entrance tag device, the communication device with the portable terminal 20, Upon inputting the abnormal access detection information blocking signal through the mobile terminal 20 of the corresponding resident who does not want to receive the abnormal access detection information, the access detection module 121 detects the fingerprint of the corresponding tenant If the accessing card is tagged or communicated with the portable terminal 20, the access detection module 121 generates an abnormal access detection information blocking control signal of the corresponding occupant and transmits the abnormal access detection information blocking control signal to the proxy server,
The notification processing unit 230 of the agent server 200 is configured to block the abnormal access detection information of the access detection module 121 from being transmitted to the mobile terminal 20 of the corresponding tenant. Management and security systems.
delete delete 2. The system of claim 1, wherein the fire detection module (111)
The unique ID, and the position information according to the unique ID are assigned to the fire safety management and security agent system.

delete The method according to claim 1,
The access detection module 121,
The unique ID, and the position information according to the unique ID are assigned to the fire safety management and security agent system.
delete (a) the location information of the fire detection module 111 included in the fire detection information received from the sensing device 100 by the ignition point confirmation unit 210 of the agency server 200, Comparing the map information of the building to identify the ignition point; And
(b) The notification processing unit 230 of the agency server 200 transmits the ignition point information confirmed through the ignition point confirmation unit 210 and the ignition point image acquired through the sensing apparatus 100 to the fire control server 10, And a portable terminal 20 of a previously registered tenant; Lt; / RTI >
(c) The abnormal entry / exit position confirmation unit 220 of the proxy server 200 determines whether or not the location information of the access detection module 121 included in the abnormal access detection information of the ignition point received from the sensing apparatus 100, Comparing the map information of the jurisdiction area and the building to check the abnormal entry and exit position;
(d) The notification processing unit 230 of the agency server 200 transmits the abnormal visitor information of the ignition point confirmed through the abnormal access position confirmation unit 220 and the image of the abnormal visitor acquired through the sensing apparatus 100 To an access control server (30) in a jurisdiction area; And
(e) a notification processing unit (230) of the proxy server (200) receives an abnormal access detection information blocking signal of the corresponding occupant who is not to receive abnormal access detection information of the access detection module from the sensing apparatus (100) The unauthorized access position information and the abnormality information acquired through the sensing device 100 to the mobile terminal 20 of the previously registered resident except for the mobile terminal 20 of the corresponding resident who has not received the abnormal access detection information of the access detection module Transmitting an image to a visitor; ≪ / RTI >
The step (e)
If the occupant's fingerprint is recognized, the access card is tagged, or the communication is made with the portable terminal 20 after the entrance / exit detection block signal is inputted from the occupant's portable terminal 20, The detection module generates an abnormal entrance / exit information blocking control signal of the corresponding tenant and transfers it to the proxy server,
Wherein the proxy server is configured to block transmission of the abnormal access detection information to the mobile terminal (20) of the corresponding tenant.
delete delete delete

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