KR102634314B1 - Integrated distribution frame system that opens and closes the door by authenticating the worker's face and fingerprint - Google Patents

Abstract

The present invention continuously checks whether an approved worker is continuing to work while the door of the integrated wiring board is open through face and fingerprint authentication of the worker, and also forcibly closes the door of the integrated wiring board if the worker is not an approved worker. The purpose is to provide an integrated distribution panel system that opens and closes the door by facial and fingerprint authentication of the worker so that work can be stopped.

Description

Integrated distribution frame system that opens and closes the door by authenticating the worker's face and fingerprint}

The present invention relates to an integrated wiring closet system that opens and closes the door by face and fingerprint authentication of the worker. In particular, it opens and closes the door of the integrated wiring cabinet by face and fingerprint authentication, and also allows the door to be opened and closed by an authenticated worker during maintenance or installation work. It relates to an integrated wiring closet system that allows checking whether normal work is being performed and stops work by forcibly closing the door of the integrated wiring closet when work is not performed by an authorized worker.

A Structured Cabling System (SCS) is defined as the overall and collective configuration of cabling-related connection materials at a site installed to provide comprehensive communications infrastructure. This infrastructure is intended to provide a wide range of uses, including computer network services, telephone services, as well as video distribution services.

In an integrated wiring system, integrated wiring rack equipment is the key. The integrated distribution system is the most important part of the information and communication facilities within the premises, and is the foundational infrastructure for telephones, wired and wireless Internet, CCTV, access control, emergency bells, and IPTV services within the premises.

These integrated distribution facilities consist of IDF (Intermediate Distribution Frame) such as patch panel, patch cord, 110 block, system rack, network equipment such as AP, switch hub, firewall, etc., and exchanger. In some cases, intelligent wiring management is provided. Systems, remote failure monitoring systems, etc. can also be installed.

For public institutions, the integrated distribution panel is delivered and installed by a company selected through an open bidding process. Usually, the IDF is installed in the telecommunications piping room (TPS room), and the remaining MDF (Main Distribution Frame) and servers are used for information purposes. It will be installed in the communications room.

After installation is completed, physical security for the communication piping room is generally controlled by the classic door key method or door lock, and the door keys are managed by service company employees working at the disaster prevention center.

In the case of system racks, door keys are installed during the manufacturing stage. However, the door key installed in the system rack is installed at a very low level and is rarely used in reality, resulting in a very vulnerable security problem.

Therefore, in Registered Patent No. 10-2069567 (Integrated Wiring System Using Biometric Authentication) to solve this problem,

In the integrated wiring system that integrates and manages voice transmission wiring, data transmission wiring, video transmission wiring, etc. for building management,

The integrated wiring system is

Consists of a rack that accommodates the plurality of wires,

The rack is designed to approve the use of the access attempter.

Includes more biometric authentication modules,

The biometric authentication module is

a camera module that captures images of the person attempting to approach;

a management module that stores and manages authentication information such as images captured from the camera module;

an authentication processing module that determines whether to grant the approval;

and a communication module capable of transmitting/receiving authentication information or approval decisions, such as the captured image, to the outside.

The authentication processing module is

It further includes a machine learning module that can be used for authentication processing by training the authentication information images,

The machine learning module unit

To recognize the face area from the image captured from the camera module, either Linear Disciminant Analysis (LDA) or Principal Component Analysis (PCA) is used, and the recognition target is recognized based on the appearance. Identify the area and detect the area around the face of the approaching person using a model trained by a set of captured images to be used for training,

The biometric authentication module accumulates images captured each time authentication is received, adds them to the training set used in the machine learning module unit, trains them periodically, and reflects them in the training model,

The biometric authentication module operates in a hybrid authentication method,

The hybrid authentication method further includes an additional recognition module in addition to the camera module,

This is an authentication method that uses the camera module and authentication processing module to recognize the face of the person attempting access, verifies the authenticator, performs biometric authentication, and then uses fingerprint recognition as an additional recognition module.

By allowing selective access to the authenticator's rack through the hybrid authentication method,

We proposed an integrated wiring system using biometric authentication that can increase the accuracy and reliability of authentication.

Therefore, by allowing the person attempting access, that is, the worker, to obtain approval through the biometric authentication module, the door of the integrated wiring rack can be opened to perform maintenance or installation of another wiring.

However, according to this prior art, there is no structure in which other workers can confirm or stop work after approval has been given to the initial worker.

In other words, it cannot be confirmed if an approved worker assigns work to an unqualified person who has not been approved for reasons such as personal business or work on an integrated wiring rack in another location.

Because of this, not only can proper maintenance or wiring installation work not be performed, but it also creates a major loophole in security.

<Prior art literature>

1. Registered Patent No. 10-2565723

(Integrated distribution panel alarm information system)

2. Registered Patent No. 10-2069567

(Integrated wiring system using biometric authentication)

The present invention to solve the problems described above is to continuously check whether an approved worker is continuing to work while the door of the integrated wiring board is open through authentication, and to force integration if the worker is not an approved worker. The purpose is to provide an integrated wiring closet system that opens and closes the door through face and fingerprint authentication of the worker so that work can be stopped by closing the door of the wiring closet.

An integrated wiring rack system that opens and closes the door by authenticating the face and fingerprint of the worker according to an embodiment of the present invention to solve the above-mentioned problems,

An integrated wiring shelf equipped with an integrated wiring shelf facility inside, an open front part, and a door that rotates by a hinge equipped with a torsion spring to open and close the open part, and the integrated wiring shelf is connected by a network to provide biometric information An integrated distribution panel system equipped with an integrated control center that opens the door by authentication,

The integrated wiring board is

a biometric information acquisition unit provided on the outside of the door to obtain facial image information and fingerprint information, which are biometric information of the worker;

ID storage unit that stores one's ID;

A communication unit that communicates with the integrated control center;

A locking unit that locks or unlocks the door;

A pairing unit that pairs with a wearable camera worn by a worker and receives images captured from the wearable camera through short-distance communication;

A camera installed inside to capture the worker's work situation;

An alarm generator that generates an auditory alarm sound;

It is provided with a solenoid and has a structure in which the operating bar is pulled out or stored. When the operating bar is pulled out, it is supported on the inner side of the door, and an inclined surface is formed on the operating bar at the area that contacts when the door is opened, so that the upper part of the door is moved when the door is opened. a latch unit that, when in contact with an inclined surface, maintains the door in an open state by avoiding interference while the lower part of the operating bar passes over the upper part of the door due to the inclined surface;

A door detection unit that detects the open and closed state of the door;

The worker's facial image information and fingerprint information obtained from the biometric information acquisition unit, together with the ID stored in the ID storage unit, are transmitted to the integrated control center through the communication unit, and by a door opening signal transmitted from the integrated control center. The locking unit is controlled to open the door, and when the door is opened by the locking unit, the maximum open state of the door is confirmed by the latch unit and the pairing unit is driven to pair with a wearable camera worn by the worker. By doing so, the image captured by the wearable camera is received and transmitted to the integrated control center, and an alarm is generated through the alarm generator at regular intervals to induce the worker to look at the camera, and the worker's face image captured by the camera After transmitting the information along with the ID to the integrated control center, when an alarm signal is transmitted from the integrated control center, the latch unit is controlled so that the door is closed by the elastic restoring force of the torsion spring, and the door is closed by the door detection unit. If closure is not detected, a controller that generates an alarm through the alarm generator until the closure is detected,

The integrated control center is

a communication unit that communicates with the integrated distribution board;

A recognition module that extracts feature points by recognizing the worker's facial image information and fingerprint information transmitted from the integrated wiring board;

A database that stores the facial image information and fingerprint information of each worker, the ID of the integrated distribution board authenticated to each worker, images captured from the worker's wearable camera, and images captured by the camera;

The ID, face image information, and fingerprint information transmitted through the communication unit are input and provided to the recognition module. When the feature point included in the facial image information and fingerprint information of the worker is extracted by the recognition module, it matches the feature point. It is checked whether the worker information is stored in the database, and if a matching worker exists, a door open signal or It is characterized by being composed of a processor that transmits an alarm signal to the corresponding integrated distribution board.

According to the present invention as described above, it continuously monitors whether an approved worker is working through the worker's face and fingerprint authentication, and if an unauthorized worker works on behalf of the worker, the door of the wiring board is immediately forcibly closed to prevent the approved worker from doing so. It has the advantage of ensuring that proper maintenance and installation work can be performed by ensuring that the work is done only by the user, and that it also improves security vulnerabilities.

Figure 1 is a diagram showing the structure of the entire system according to the present invention.
Figure 2 is a circuit block diagram of an integrated wiring board.
Figure 3 is a circuit block diagram of an integrated control center.
Figure 4 shows the external structure of the integrated distribution board.
Figure 5 shows the structure of a latch portion for maintaining the open state of the door.
Figure 6 is a partial side cross-sectional view of Figure 4, showing the structure of the shutter.

The above-mentioned objects, features, and advantages will be described in detail later with reference to the attached drawings, so that those skilled in the art will be able to easily implement the technical idea of the present invention.

In describing the present invention, if it is determined that a detailed description of known technologies related to the present invention may unnecessarily obscure the gist of the present invention, the detailed description will be omitted.

The terms used in the present invention are general terms that are currently widely used as much as possible while considering the function in the present invention, but this may vary depending on the intention or precedent of a person working in the art, the emergence of new technology, etc.

In addition, in certain cases, there are terms arbitrarily selected by the applicant, and in this case, the meaning will be described in detail in the description of the relevant invention.

Therefore, the terms used in the present invention should be defined based on the meaning of the term and the overall content of the present invention, rather than simply the name of the term.

Hereinafter, embodiments of the present invention will be described in detail with reference to the accompanying drawings.

However, the embodiments of the present invention illustrated below may be modified into various other forms, and the scope of the present invention is not limited to the embodiments detailed below.

Examples of the present invention are provided to more completely explain the present invention to those skilled in the art.

As shown in Figure 1, the integrated distribution panel system according to the present invention is largely composed of an integrated distribution panel (1000) and an integrated control center (3000).

The integrated wiring shelf 1000 is equipped with integrated wiring shelf facilities inside, allows work to be performed by approval through operator authentication, and is forced to be closed if an unauthorized person attempts to work. do.

As shown in Figure 2, this integrated wiring board 1000 includes a controller 110, a biometric information acquisition unit 120, an ID storage unit 130, a communication unit 140, a locking unit 150, a pairing unit 160, It consists of a camera 170, an alarm generator 180, a latch unit 190, a door detection unit 200, a shutter driver 210, and a shutter 400.

The biometric information acquisition unit 120 may be a camera for acquiring facial image information of the worker using the camera 170, a fingerprint recognition module for acquiring fingerprint information, etc., and is equipped with only a camera to obtain the worker's facial image. Information can be obtained or only a fingerprint recognition module is provided to acquire the worker's fingerprint information. Preferably, a camera and a fingerprint recognition module are provided together.

This biometric information acquisition unit 120 may be provided on the outside of the door 300 of the integrated distribution panel 1000.

The ID storage unit 130 stores the ID of the integrated distribution panel 1000, and allows communication with the remote integrated control center 3000 to transmit the ID along with the communication data.

The communication unit 140 is for communication with the integrated control center 3000, and communicates through a network 2000 such as the Internet, an intranet, or a mobile communication network.

The locking unit 150 is provided on the door 300 to maintain the locked state of the door 300.

The pairing unit 160 performs pairing with a wearable camera worn by the worker and drives the worker's camera to automatically capture the working status. The pairing unit 160 receives video captured through the pairing unit and sends the video to a remote location through the communication unit 140. Transmission to the integrated control center (3000) is possible.

This pairing unit 160 may be a short-range communication network such as Bluetooth or ZigBee, and the worker's camera may be a camera worn on the worker's chest or a wearable camera worn on the head.

As shown in FIG. 4, the camera 170 is installed on the inside upper side of the integrated wiring board 1000 with the door 300 open, and not only captures the worker's work situation, but also captures an image of the worker's face at regular intervals. This is to transmit the captured images of the work situation and face images to the integrated control center (3000).

The alarm generator 180 generates an alarm at regular intervals to allow the worker to take a facial image toward the camera 170, and generates an alarm when the worker is an unauthenticated or unauthorized worker.

The latch unit 190 is used to maintain the open state of the door 300. A torsion spring (not shown) is installed on the hinge 310 of the door 300, and the elastic restoring force of the torsion spring causes the door to open. (300) has a structure that closes automatically, and at this time, the latch portion (210) is provided at the maximum open position of the door (300) to maintain the open state of the door (300).

As shown in Figure 5, this latch unit 190 is provided on the upper side of the integrated wiring board 1000. It is provided as a solenoid and has a structure in which the operating bar 191 is pulled out or stored, and when pulled out, the door 300 ) is supported on the inner side of the

In addition, an inclined surface 920 is formed at the contact area when the door 300 is opened, so that when the upper part of the door 300 comes into contact with the inclined surface 920 as the door 300 is opened, the inclined surface 920 The lower part of the operating bar 191 has a structure that naturally passes over the upper part of the door 300 to avoid interference.

This latch unit 190 may be installed not only on the upper side but also on the lower side of the integrated wiring board 1000.

The door detection unit 200 is used to check whether the door 300 is open.

The shutter driving unit 210 is used to drive the shutter 400 to forcibly close the open front portion of the integrated wiring board 1000 when an unauthorized worker is working.

The shutter 400 is located at the upper inner part of the open area of the integrated distribution board 1000, and a pair of rails 220 are installed on both sides of the open area from the upper part to the lower part, and As shown in Figure 6, a drum 410 rotated by a motor (not shown) is installed in the width direction on the inside of the upper part, and the drum 410 has a structure in which a blocking member 420 is wound.

Both sides of the blocking member 420 are coupled to enable vertical movement on the rail 220, so that the blocking member 420 descends according to the rotation direction of the drum 410, closing the open area, and when rising, the blocking member 420 closes the open area. It has an open structure.

The controller 110 is

The worker's face information and fingerprint information obtained from the biometric information acquisition unit 120 are transmitted together with the ID stored in the ID storage unit 130 to the integrated control center 3000 through the communication unit 140, and the The locking unit 150 is controlled to open the door 300 by a door opening signal transmitted from the integrated control center 3000.

In addition, when the door 300 is opened by the locking unit 150, the maximum open state of the door 300 is confirmed by the latch unit 190 and the fairing unit 160 is driven to allow the operator to By pairing with a worn wearable camera, images captured from the wearable camera are received and transmitted to the integrated control center 3000, and an alarm is generated through the alarm generator 180 at regular intervals, allowing the worker to detect the camera 170. ) to encourage people to stare at it.

In addition, after transmitting the worker's face image captured by the camera 170 along with the ID to the integrated control center 3000, when an alarm signal is transmitted from the integrated control center 3000, the latch unit 190 The door 300 is controlled to close by the elastic restoring force of the torsion spring. If the door is not closed by the door detection unit 200, the shutter driver 210 is controlled to close the shutter 400. The open front portion is closed, and when a load is detected while driving the shutter 400, the shutter driver 210 is controlled to perform a closing operation of the shutter 400 until the load is relieved.

As shown in FIG. 3, the integrated control center 3000 stores worker information in the database 340. This worker information includes the worker's biometric information, that is, feature points on the face or fingerprint image, and the information approved for each worker. Information such as the ID of the integrated wiring board, work images captured by a wearable camera worn by the worker, and images captured by the camera 170 are converted into a database.

In addition, the recognition module 330 recognizes the face and fingerprint images, which are the worker's biometric information, transmitted through the communication unit 320. In the case of face recognition, the recognition module 330 is registered in Patent No. 10-1355879 ( Known technologies such as Face Recognition Method Using Each Split Spin Image) and Registered Patent No. 10-2184493 (AI-based face recognition system) can be used, and in the case of fingerprint recognition, Registered Patent No. 10-1211920 (Fingerprint Recognition System) Known technologies such as (real-time halo removal method of device and fingerprint recognition device) and Registered Patent No. 10-1778552 (graph-based block-feature expression method for fingerprint recognition and fingerprint recognition system using the same) may be used.

The operation process of the present invention having this structure will be described.

First, the worker arrives at the site where the integrated wiring board 1000 is located, photographs his face through the biometric information acquisition unit 120 provided on the outside of the door 300, and inputs his fingerprint through the scanner, and the controller ( 110) transmits the user's ID stored in the ID storage unit 130 along with face image information and fingerprint information to a remote integrated control center 3000 through the communication unit 140 and the network 2000.

The integrated control center 300 receives ID, face image information, and fingerprint information through the communication unit 320 and provides them to the processor 310, and the processor 310 provides them to the recognition module 330, thereby By (330), feature points included in the facial image information and fingerprint information of the worker are extracted.

The feature points extracted in this way are provided back to the processor 310, and the processor 310 checks whether worker information matching the feature point is stored in the database 340. If a matching worker exists, the processor 310 transmits the feature point. It is checked whether the given ID matches the ID of the integrated distribution board approved for the worker stored in the database 340.

Therefore, when the IDs match, the processor 310 transmits a door opening signal to the corresponding integrated wiring board 1000 through the communication unit 320, and as a result, the controller 110 sends an open control command to the locking unit 150. By outputting, the locking state is released and the door 300 is opened.

In other words, it is approved that the certified worker legitimately wants to perform work on the integrated wiring board where work is permitted.

When the door 300 is opened, the worker opens the door 300 to the position where it is caught in the latch unit 190, and the controller 110 checks the open state of the door 300 by the door detection unit 200. Afterwards, the latch part 190 confirms that the door 300 is fully opened. If the operating bar 191 of the latch part 190 is raised by the door 300 and then lowered again, the door ( 300) is judged to remain open.

For convenience of explanation, the latch unit 190 is shown exposed to the outside of the integrated wiring board 1000, but it can be installed hidden inside without being exposed to the outside, and can also be installed in a hidden state within the structure of the door 300. It would be natural to have a structure that can contact the hidden latch portion 190.

When the door 300 is opened, the controller 110 drives the pairing unit 160 to pair with the wearable camera worn by the worker, so that the worker's wearable camera is automatically driven to capture the work situation, and at the same time The camera 170 provided in the integrated distribution board 1000 is driven.

Therefore, the controller 110 transmits the work video captured from the wearable camera worn by the worker and the work video captured through the camera 170 to the integrated control center 3000 through the communication unit 140, thereby storing the work video in the database 340. It can be saved for later monitoring.

Meanwhile, the controller 110 generates an alarm through the alarm generator 180 at certain intervals, for example, every 5 minutes. This alarm is an auditory alarm that the worker can hear, such as 'Look at the camera'. By outputting a voice message, the worker is encouraged to look towards the camera 170 to capture the face, and the still image of the face captured in this way is transmitted to the integrated control sensor 3000 through the communication unit 140 along with the ID. .

Therefore, the recognition module 330 recognizes the face image and extracts feature points, and the processor 310 determines whether the extracted feature points match the information about the worker stored in the database 340 by ID. I do it.

That is, if the worker does not take a face image or the recognized face does not match, it is determined that another unauthorized worker is working and the communication unit 310 transmits an alarm signal to the integrated distribution panel 1000. do.

This is to check if an abnormal work situation occurs in which an initially approved worker opens the door 300 and then has an uncertified, unauthorized worker take over the work.

Accordingly, the controller 110 generates a voice alarm to stop work through the alarm generator 180.

In addition, the controller 110 operates the latch unit 190 immediately after an alarm is generated to accommodate the operating bar 191 so that the door 300 is closed by a torsion spring. As the door 300 closes, the operator's It may come into contact with the body, making work difficult.

In other words, since the door 300 has elastic force and comes into contact with the worker by closing force, it acts as an obstacle that makes it impossible for the worker to work.

In addition, the controller 110 checks the closed state of the door 300 by the door detection unit 200. If the door is not closed while the operating bar 191 of the latch unit 190 is retracted, the Since the authorized worker has prevented the door 300 from being forcibly closed, an alarm continues to be generated through the alarm generator 180.

If the door 300 is not closed even after the alarm has been issued for a certain period of time, that is, 10 seconds, the controller 150 causes the alarm generator 180 to continue generating an audible alarm and turns on the shutter driver 210. Control is performed so that the front area opened by the shutter 400 is forcibly closed.

That is, closing is achieved by controlling the shutter drive unit 210 to rotate the drum 410 in one direction so that the blocking member 420 descends along the rail 220.

At this time, a sensor (not shown) is provided at the lower part of the rail 220 so that the controller 110 can confirm that the shutter 400 is completely closed, and during the lowering of the blocking member 420, a load, i.e., an unauthorized If a load occurs due to a worker holding the blocking member 420 from falling, etc., the controller 110 can detect the load by the shutter driving unit 210. In this case, the shutter driving unit ( 210) is continuously controlled to allow the blocking member 420 to descend until the load is relieved.

In other words, the blocking member 420 is lowered until the unauthorized worker completely leaves the integrated wiring board 1000 to prevent abnormal work from being performed, and control of the shutter drive unit 210 is stopped only when it is completely closed. .

All of these processes are captured by the camera 170 and stored in the database 340 of the integrated control center 3000.

Thereafter, when the door 300 is completely closed by the elastic restoring force of the torsion spring, the controller 110 controls the locking unit 150 to maintain the locked state of the door 300 and blocks the shutter 400. The shutter driver 210 is controlled so that the member 420 rises again, and at the same time, the alarm is stopped.

Additionally, when the door detection unit 200 detects that the door 300 is closed, the controller 110 controls the operation bar 191 of the latch unit 190 to be pulled out.

Ultimately, this present invention ensures that normal working conditions are maintained by continuously checking whether an approved worker is an approved worker even during the process of working, and when an unauthorized worker is working, the door 300 is first opened. It is forced to close, and if the door 300 is not closed, it is forced to be closed by the second lane shutter 400, so that immediate measures can be taken against safety accidents caused by unauthorized workers, security accidents, etc. will be.

As the specific parts of the present invention have been described in detail above, it is clear to those skilled in the art that these specific techniques are merely preferred embodiments and do not limit the scope of the present invention. something to do.

Accordingly, the substantial scope of the present invention will be defined by the appended claims and their equivalents.

1000: Integrated wiring board
110: controller
120: Biometric information acquisition department
130: ID storage unit
140: Department of Communications
150: Locking part
160: fairing part
170: camera
180: Alarm generation unit
190: Latch part
191: operating bar
192: slope
200: Door detection unit
210: Shutter driving unit
300: door
310: hinge
400: Shutter
410: drum
420: blocking member
2000: Network
3000: Integrated control center
310: processor
320: Department of Communications
330: Recognition module
340: database

Claims (1)

An integrated wiring shelf equipped with an integrated wiring shelf facility inside, an open front part, and a door that rotates by a hinge equipped with a torsion spring to open and close the open part, and the integrated wiring shelf is connected by a network to provide biometric information An integrated distribution panel system equipped with an integrated control center that opens the door by authentication,
The integrated wiring board is
a biometric information acquisition unit provided on the outside of the door to obtain facial image information and fingerprint information, which are biometric information of the worker;
ID storage unit that stores one's ID;
A communication unit that communicates with the integrated control center;
A locking unit that locks or unlocks the door;
A pairing unit that pairs with a wearable camera worn by a worker and receives images captured from the wearable camera through short-distance communication;
A camera installed inside to capture the worker's work situation;
An alarm generator that generates an auditory alarm sound;
It is provided with a solenoid and has a structure in which the operating bar is pulled out or stored. When the operating bar is pulled out, it is supported on the inner side of the door, and an inclined surface is formed on the operating bar at the area that contacts when the door is opened, so that the upper part of the door is moved when the door is opened. a latch unit that, when in contact with an inclined surface, maintains the door in an open state by avoiding interference while the lower part of the operating bar passes over the upper part of the door due to the inclined surface;
A door detection unit that detects the open and closed state of the door;
The worker's facial image information and fingerprint information obtained from the biometric information acquisition unit, together with the ID stored in the ID storage unit, are transmitted to the integrated control center through the communication unit, and by a door opening signal transmitted from the integrated control center. The locking unit is controlled to open the door, and when the door is opened by the locking unit, the maximum open state of the door is confirmed by the latch unit and the pairing unit is driven to pair with a wearable camera worn by the worker. By doing so, the image captured by the wearable camera is received and transmitted to the integrated control center, and an alarm is generated through the alarm generator at regular intervals to induce the worker to look at the camera, and the worker's face image captured by the camera After transmitting the information along with the ID to the integrated control center, when an alarm signal is transmitted from the integrated control center, the latch unit is controlled so that the operating bar is retracted and the door is closed by the elastic restoring force of the torsion spring, and the door detection If the closing of the door is not detected by the unit, a controller that generates an alarm through the alarm generator until the closure is detected,
The integrated control center is
a communication unit that communicates with the integrated distribution board;
A recognition module that extracts feature points by recognizing the worker's facial image information and fingerprint information transmitted from the integrated wiring board;
A database that stores the facial image information and fingerprint information of each worker, the ID of the integrated distribution board authenticated to each worker, images captured from the worker's wearable camera, and images captured by the camera;
The ID, face image information, and fingerprint information transmitted through the communication unit are input and provided to the recognition module. When the feature point included in the facial image information and fingerprint information of the worker is extracted by the recognition module, it matches the feature point. It is checked whether the worker information is stored in the database, and if a matching worker exists, a door open signal or An integrated distribution panel system characterized in that it consists of a processor that transmits an alarm signal to the corresponding integrated distribution panel.