KR102060282B1 - Management system for smart box of security camera - Google Patents

Abstract

The present invention relates to a management system for a smart box of a monitoring camera. An objective of the present invention is to provide a management system for a smart box of a monitoring camera which can remotely close a cover if a repair technician does not carry out work for closing the cover. To achieve the objective, the management system for a smart box of a monitoring camera controls a cover motor by a box controller to remotely open and close a cover unit if a manager terminal requests to open and close a box via a box management server to remotely control the cover unit of a box unit accommodating a hub modem, an optical communication modem, and a recovery controller.

Description

Surveillance Camera Smart Box Management System {MANAGEMENT SYSTEM FOR SMART BOX OF SECURITY CAMERA}

The present invention relates to a surveillance camera smart enclosure management system, and more particularly to a surveillance camera smart enclosure management system installed and operated for the security and maintenance of the communication terminal of the surveillance camera.

Surveillance cameras installed and operated in Jeonju will transmit images to the control system through the communication network.

In this case, the surveillance camera transmits an image by interworking with the hub module and the optical communication modem for communication. The hub module and the optical communication modem are accommodated in the enclosure and protected to prevent contamination by rain or dust.

In this case, the lock is installed so that the hub module and the optical communication modem are not operated by an unauthorized person, and only an authorized user can release the lock to open the enclosure.

In the past, the enclosure was locked using a lock and the administrator opened the enclosure by using a key. However, this is difficult to manage due to various reasons such as taking over the key, managing the key, and losing the key. there was.

Therefore, in recent years, after installing an electronic door lock, which is an electronic locking device in the enclosure, and obtaining the driving authority of the electronic door lock from the host server, the administrator opens the enclosure by releasing the electronic door lock when the administrator requests the opening through the host server. Has been developed and used.

As described above, such a smart enclosure includes not only a control drive related to the opening of the enclosure, but also a function of resetting the surveillance camera and the communication terminals linked thereto.

Accordingly, the intelligent security box management system and its method, which is Korean Patent Registration No. 10-1490652 (registered on Jan. 30, 2015) and its method, detect HTTP 404 errors occurring between control centers receiving image data from cctv, By resetting each of the surveillance camera, the hub module and the optical modem module to reboot, it provides an automatic recovery function so that each function is normally operated.

As such, the smart enclosure manages only the administrator who authenticated to open the enclosure, and automatically reboots in the event of a failure of each communication terminal device, thereby preventing hacking, theft prevention, and automatic recovery. Will be used.

On the other hand, looking at the mechanism structure of the smart enclosure as described above, the power supply remote control enclosure having excellent heat dissipation function of the Republic of Korea Patent No. 10-1950348 (2019.02.14 registered); A plurality of trays coupled to an inside of the housing to provide an upper surface on which various electronic devices are mounted; A frame coupled to the inside of the housing; And a power outlet and a power remote control unit disposed in the frame, wherein the power remote control unit receives a control signal through a wireless communication method and turns on or off electricity supply to the outlet according to the received control signal. A housing capable of remote control is disclosed.

Looking at the conventional enclosure, the front is composed of an open box-shaped, the open front is sealed with a cover, if necessary to open the cover to repair the communication modem and the like accommodated therein.

As described above, the conventional enclosure is controlled to be opened remotely by the host server as described above. After the inspection and repair are completed, repair technicians cover the open area of the enclosure so that the enclosure is sealed and switch to a secure state.

However, in this case, repair technicians must make the cover perfectly close to the open area of the enclosure, and there are many cases in which the cover is accidentally moved to perform other work while the cover is opened.

In this case, when the repairman moves without completely closing the cover, an alarm occurs that the enclosure is not closed to the host server in charge of remote control, and the administrator of the host server who checks the alarm tells the repairman who repaired the enclosure. You must call again and ask to close the enclosure.

However, repair technicians only provide service for the repair of the enclosure, and there is no obligation to close the enclosure correctly, so the request to close the enclosure may not be accepted for any other reason, or If the person in charge is changed due to shift work, call the other person in charge again and then close the enclosure. In some cases, the person in charge of the host server moves directly to close the enclosure. May occur.

In practice, however, the enclosure is often far away from where the representative of the host server is located, so it is difficult for the personnel to go on a business trip to close the enclosure.

Therefore, the conventional smart box is a situation that requires a technical solution to remotely close the cover, if the repairman does not perform the operation to close the cover.

Further, as shown in FIG. 1, the conventional smart enclosure is used by installing a power outlet inside the lower portion of the smart enclosure 1a. When the repairman repairs the internal communication modem 1d, the smart enclosure 1a is used. Repair work is performed in a state where the wire 1b, such as a power line and a communication line, is exposed to the outside.

Repairman who finished the repair work in such a state closes the cover (1c) in close contact with the front open area of the smart enclosure (1a), in this case, a wire such as a power line or a communication line stretched to the outside of the smart enclosure (1a) The phenomenon that 1b is caught between the lid 1c and the housing often occurs.

At this time, most repair technicians push the wires 1b extended outward into the smart enclosure 1a to close the cover 1c. In this case, the cover 1c is repeatedly opened and closed again. The phenomenon in which the wires 1b extended to the outside of the smart enclosure 1a are continuously caught, thereby causing the cover 1c to be deformed in a shape where the cover 1c continuously contacts the wires 1b.

As such, when the cover 1c is deformed to cover the front surface of the smart enclosure 1a, the position of the closing detection sensor 1e, such as a relay or a magnetic switch installed around the cover 1c, may also deviate from the initial position. There is a case.

As a result, the closing detection sensor 1e does not generate the closing signal, and the host server (not shown) does not receive the closing signal, causing a problem of recognizing that the cover is open.

Therefore, the conventional smart enclosure (1a) requires a technical solution to prevent the shape of the cover is deformed by the wire (1b) that is stretched outward when the cover (1e) is opened.

Republic of Korea Patent Registration No. 10-1490652 (2015.01.30 registration) Republic of Korea Patent Publication No. 10-1950348 (2019.02.14 registration)

The technical problem of the present invention for solving the above problems is to provide a surveillance camera smart box management system that allows the cover to be closed remotely when the repairman does not perform the operation to close the cover.

In addition, another technical problem of the present invention is to provide a surveillance camera smart box management system that allows the cover to be remotely closed so that the shape of the cover is not deformed by the wires hanging outwards when the cover is opened.

Surveillance camera smart box management system of the present invention for achieving the above technical problem is formed in the box shape, the open area is formed on the front and the lock body is formed in the box body, the cover portion covering the open area of the box body and A housing part including an electronic locking device mounted on the cover part and having a binding hole to lock the cover part to the box body when the cover body is fastened to the locking body of the box body; Interlocking with the electronic lock device, and transmits a binding signal to the electronic lock device to the locking mechanism of the electronic lock device to the locking body, and transmits a release signal to the electronic locking device so as not to be caught by the locking body. Enclosure controller for controlling the opening and closing state of the cover portion; A surveillance camera installed around the road and photographing the road; A hub modem interworking with the surveillance camera and forming a local network to transmit image information captured by the surveillance camera; An optical communication modem interworking with the hub modem and configured to optically communicate image information transmitted from the hub modem with a communication company; It detects the normal driving state and abnormal driving state of the surveillance camera in conjunction with the surveillance camera, and resets the surveillance camera in case of abnormal driving state, and the normal driving state and abnormal driving state of the hub modem in conjunction with the hub modem. A recovery controller which detects a normal driving state and an abnormal driving state of the optical communication modem by interworking with the optical communication modem and detects a normal driving state and restores the optical communication modem in an abnormal driving state in case of an abnormal driving state; In response to the recovery controller, the driving state information on the driving state of the surveillance camera, the hub modem and the optical communication modem is received and recorded, and in conjunction with the enclosure controller to detect the opening and closing state of the cover portion, A ship management server controlling the housing controller in a closed state to remotely open the cover part; And an administrator terminal interworking with the enclosure management server, reading driving state information recorded in the enclosure management server, and requesting that the enclosure management server open the cover unit when authentication with the enclosure management server is performed. It includes, The enclosure portion The first railing coupled to one side of the cover portion; A second rail ring coupled to the other side of the cover part to face the first rail ring; A first cover rail coupled to an inner side of the box body and configured to restrain the first railing to be rail driven; A second cover rail coupled to an inner side of the box body and coupled to face the first cover rail and constraining the second rail to be rail driven; A first link coupling pin having one end coupled to an inner side surface of the cover part and having a ring shape such that the other end is pin coupled; A second link coupling pin whose one end is coupled to the inner side surface of the cover and is spaced apart from the first link coupling pin and is formed in a ring shape where the other end may be pin coupled; A first cylinder rail coupled to an inner surface of the box body; A second cylinder rail coupled to an inner surface of the box body and disposed to face the first cylinder rail; A first hydraulic cylinder having one end pinned to the first link coupling pin and the other end constrained to the first cylinder rail to drive the rail; A second hydraulic cylinder having one end pinned to the second link coupling pin and the other end constrained to the second cylinder rail to drive the rail; A first cover clasp coupled to an inner side of the cover part and formed in a clasp shape; A second cover latch which is coupled to an inner side of the cover portion and formed in a latch shape and spaced apart from the first cover latch; A first cover motor coupled to an inner surface of the box body; A second cover motor coupled to an inner surface of the box body and spaced apart from the first cover motor by a predetermined distance; A first cover wire having one end coupled to the first cover latch and the other end coupled to the motor shaft of the first cover motor; And a second cover wire having one end coupled to the second cover latch and the other end coupled to the motor shaft of the second cover motor. It further comprises, The cover portion is rotated upward by the pushing force of one end of the first hydraulic cylinder and one end of the second hydraulic cylinder when opening, a portion of the cover portion of the first cover rail and the second cover Rail driving along the rail is bound to the upper inside of the box body, the enclosure management server transmits an open drive signal to the enclosure controller to open the cover, and close the drive signal to the enclosure controller to close the cover And the enclosure controller drives the first cover motor and the second cover motor to wind the first cover wire and the second cover wire when the closing drive signal is input. The housing controller is configured to cover the open area, and the housing controller drives the first cover motor and the second cover motor when the open driving signal is input. The cover part is opened so that the first cover wire and the second cover wire are released to open the open area of the box body.

In this case, the housing portion is coupled to rotate inside the box body and the receiving plate body is formed to seal the lower center of the front open area of the box body; A first receiving plate latch coupled to the receiving plate body; A second accommodating plate clasp coupled to the accommodating plate body and spaced apart from the first accommodating plate clasp; A first accommodating plate motor coupled to the inner side of the box body; A second accommodating plate motor coupled to the inside of the box body and spaced apart from the first accommodating plate motor; A first accommodating plate wire having one end coupled with the first accommodating plate clasp, and the other end coupled with the first accommodating plate motor; And a second accommodating plate wire having one end coupled with the second accommodating plate clasp and the other end coupled with the second accommodating plate motor. It may further include.

In addition, the housing portion is coupled to the receiving plate body and is arranged to protrude toward the open area side of the box body and is disposed so as to cross the longitudinal direction of the receiving plate body; It may further include.

The enclosure may include a cover relay switch coupled to an inside of the box and generating a cover contact signal when the cover comes into close contact with an open area of the box; A receiving plate relay switch coupled to an inner side of the box body and coupled to an inner side of the receiving plate body to generate a receiving plate closing signal when the receiving plate body is in close contact with an open area of the box body; And a closing switch coupled to the inner side of the box body and interlocked with the enclosure controller to generate a cover closing signal when pressurized. It may be configured to include more.

In this case, the locked state information of the electronic lock device, the cover contact signal of the cover relay switch and the cover plate contact signal of the receiver plate relay switch are periodically input from the enclosure controller in the enclosure management server. The controller periodically monitors and the cover unit is not sealed in the open area of the box body, the manager terminal connects to the enclosure management server and requests the closing drive signal to be transmitted to the enclosure controller side. The first receiving plate wire and the second receiving plate wire are driven to drive the first receiving plate motor and the second receiving plate motor until the receiving plate closing signal of the receiving plate relay switch is generated. The receiving plate body is wound around the motor shaft and the motor shaft of the second receiving plate motor so that the receiving plate body Rotating the inner lower region and driving the first cover motor and the second cover motor until the cover close signal occurs in the cover relay switch to connect the first cover wire and the second cover wire to the first cover wire. The cover part may be wound around each of the motor shaft of the cover motor and the motor shaft of the second cover motor to close the open area of the box body.

The present invention has the effect that the cover can be closed remotely, even if the repair technician does not perform the operation of closing the cover in the state of implementing the monitoring function.

In addition, the present invention is because the power supply line or communication line that extends to the outside when the lid of the enclosure is opened is accommodated inward by the receiving plate body to control the receiving plate body remotely, the cover by the power line or communication line that extends to the outside There is an effect that can be controlled remotely so that the shape of the negative is not deformed.

1 is a side view of a state in which a power line and a communication line inside an enclosure are stretched outward of the enclosure in a state where a lid of the conventional enclosure is opened;
2 is a block diagram of a surveillance camera smart box management system according to an embodiment of the present invention.
3 is an exploded perspective view of the enclosure shown in FIG.
4 is a cross-sectional view of the side of the lid portion open state shown in FIG.
Fig. 5 is a sectional view showing driving in a state where the housing plate body of the enclosure shown in Fig. 4 is closed.
FIG. 6 is a cross-sectional view showing driving in a state where a lid part of the enclosure shown in FIG. 5 is closed; FIG.
FIG. 7 is a partial cross-sectional view of the state seen by cutting in the direction of the arrow A of FIG. 6; FIG.
FIG. 8 is a partial cross-sectional view of the state seen by cutting in the arrow direction of the line B shown in FIG. 6; FIG.
9 is a flow chart of a method for driving a surveillance camera smart box management system according to an embodiment of the present invention.

Hereinafter, with reference to the accompanying drawings will be described embodiments for carrying out the invention, in this case, when any part of the specification "includes" any component, unless otherwise stated otherwise Rather than controlling other components, it is considered to mean that they may further include other components. In addition, the term "..." and the like described in the specification mean a unit for processing at least one function or operation in the description of electronic hardware or electronic software, and one part, function, Considered to mean a use, point or drive element. In the following description, the same or similar components will be described with the same reference numerals, and redundant descriptions of the same components will be omitted.

2 is a block diagram of a surveillance camera smart box management system according to an embodiment of the present invention. 3 is an exploded perspective view of the housing illustrated in FIG. 2. FIG. 4 is a cross-sectional view of a side surface of the enclosure of the housing illustrated in FIG. 3 in an open state. FIG. FIG. 5 is a cross-sectional view showing the driving in a state where the housing plate body of the enclosure shown in FIG. 4 is closed. FIG. 6 is a cross-sectional view illustrating driving of a state in which a lid part of the enclosure illustrated in FIG. 5 is closed. FIG. 7 is a partial cross-sectional view of the state cut away in the direction of the arrow A of FIG. 6. FIG. 8 is a partial cross-sectional view of the state which is cut and viewed in the direction of the arrow B of FIG. 6.

As shown in Figure 2 to 8, the surveillance camera smart enclosure management system according to an embodiment of the present invention includes a housing 10, the enclosure controller 20, the surveillance camera 30, the hub modem 40, The optical communication modem 50, the recovery controller 60, the enclosure management server 70, and the administrator terminal 80.

The enclosure part 10 includes a box body 11, a cover part 12, an electronic locking device 13, a first railing 14a, a second railing 14b, a first cover rail 14c, and a first body. 2 cover rail 14d, 1st link coupling pin 15a, 2nd link coupling pin 15b, 1st cylinder rail 15c, 2nd cylinder rail 15d, 1st hydraulic cylinder 15e, 1st 2 Hydraulic cylinder 15f, 1st cover latch 16a, 2nd cover latch 16b, 1st cover motor 16c, 2nd cover motor 16d, 1st cover wire 16e, and 2nd The cover wire 16f includes the housing 10, and the housing portion 10 includes a receiving plate body 17, a first receiving plate latch 17a, a second receiving plate latch 17b, a first receiving plate motor 17c, The second receiving plate motor 17d, the first receiving plate wire 17e, the second receiving plate wire 17f, the wire catching mechanism 18, the cover relay switch 19a, the receiving plate relay switch 19b, and It may be configured to further include a closing switch (19c).

The box body 11 is formed in a box shape, but an open area is formed on the front surface, and the locking device locking body 13b is formed. The box body 11 is formed of a metal material such as stainless, and serves to protect the hub modem 40, the optical communication modem 50, and the housing controller 20, which will be described later, from rainwater and dust. .

The cover part 12 is formed in plate shape and covers the open area of the box body 11. The cover part 12 is formed of a metal material such as stainless, and serves to seal the front open area of the box body 11.

The electronic lock device 13 is mounted on the cover part 12 and includes a binding hole 13a to fix the cover part 12 to the box body 11 when the electronic lock device 13 is attached to the locking body 13b of the box body 11. Be as prudent as possible. In addition, the electronic lock device 13 is configured with a drive motor (not shown) for driving the fastener 13a inside, and forwards the fastener 13a during forward rotation of the drive motor and fastens the fastener 13a. In the reverse rotation of the drive motor, the binding port 13a is reversed to release the engagement with the locking body 13b. The electronic locking device 13 is interlocked with the enclosure controller 20 to be described later, and controls the forward drive and the backward drive of the engagement port 13a by the enclosure controller 20 to perform the engagement with the locking body 13b. You can turn it off.

The first rail ring 14a is formed in a shape in which the central axis of the bearing protrudes, the central axis is coupled to one side of the cover part 12, and the vicinity of the bearing is constrained to the first cover rail 14c to be described later. Drive.

The second rail ring 14b is formed in a shape in which a central axis of the bearing protrudes, and the central axis is coupled to the other side of the cover part 12, so that the second rail ring 14b faces the first rail ring 14a. It is coupled to the other side, the bearing vicinity is constrained by the second cover rail (14d) described later to drive the rail.

The first cover rail 14c is formed in a box-shaped tubular shape in which a hollow part is formed, and is formed in a guide rail shape in which part of one surface is cut in the longitudinal direction, and both ends are formed in a shape closed by a stopper. The first cover rail 14c is coupled to the inner side of the box body 11, and the first rail ring 14a is inserted into the hollow part to allow the first rail ring 14a to be rail driven.

The second cover rail 14d is formed in a box-shaped tubular shape in which a hollow part is formed, and is formed in a guide rail shape in which part of one surface is cut in the longitudinal direction, and both ends are formed in a shape closed by a stopper. The second cover rail 14d is coupled to the inner side of the box body 11 and is disposed to face the first cover rail 14c, and the second rail ring 14b is inserted into the hollow part so that the second rail ring Let 14b be rail driven. When the second cover rail 14d and the first cover rail 14c are rotated while the cover part 12 closes the open area of the box body 11, a part of the cover part 12 is a box body. By being accommodated in close contact with the inner upper space of the (11), the open area of the box body 11 is covered by the cover portion 12 serves to prevent the repair work.

The first link coupling pin 15a is formed in a shape in which one end protrudes in a bar shape, and is formed in a ring shape in which the other end may be pin coupled. In this case, one end of the first link coupling pin 15a is coupled to the inner side surface of the cover part 12. When the first link coupling pin 15a is pin-coupled with one end of the first hydraulic cylinder 15e, which will be described later, the first hydraulic cylinder 15e drives forward while pushing the cover portion 12, the cover portion ( 12) and the first hydraulic cylinder (15e) to form a rotatable state in a state of restraining the coupling position.

The second link coupling pin 15b is formed in a shape in which one end protrudes in a bar shape, and is formed in a ring shape in which the other end may be pin coupled. In this case, one end of the second link coupling pin 15b is coupled to the inner side surface of the cover portion 12 and is spaced apart from the second link coupling pin 15b. When the second link coupling pin 15b is pin-coupled with one end of the second hydraulic cylinder 15f, which will be described later, the second hydraulic cylinder 15f drives forward while pushing the cover portion 12, the cover portion ( 12) and the rotational state is formed in the state which restrained the engagement position of the 2nd hydraulic cylinder 15f.

The first cylinder rail 15c is formed in the shape of a box-shaped tubular body in which the hollow part is formed, and is formed in a guide rail shape in which a part of one surface thereof is cut in the longitudinal direction, and both ends are formed in a shape closed by a stopper. Further, the first cylinder rail 15c is coupled to the inner surface of the box body 11 in a state where the rail direction is disposed to be horizontal with the lower surface of the box body 11. The first cylinder rail 15c is rotated by the hydraulic pressure of the first hydraulic cylinder 15e when the cover portion 12 is accommodated in the inner upper space of the housing portion 10, the first of the hydraulic cylinder 15e The constraint condition is to move a certain distance in the horizontal direction of the box body 11, so that the cover portion 12 does not come back to the outside of the housing portion 10 when accommodated in the inner upper space of the housing portion 10 Do it.

The second cylinder rail 15d is formed in the shape of a box-shaped tubular body in which the hollow part is formed, and is formed in the shape of a guide rail in which part of one surface is cut in the longitudinal direction, and both ends are formed in a shape closed by a stopper. The second cylinder rail 15d is coupled in a state where the first cylinder rail 15c is disposed so that the rail direction is perpendicular to the bottom surface of the box body 11, and is disposed to face the first cylinder rail 15c. The second cylinder rail 15d is rotated by the hydraulic pressure of the second hydraulic cylinder 15f when the cover portion 12 is received in the inner upper space of the housing portion 10, and thus the second hydraulic cylinder 15f By allowing the constraint condition to move in a horizontal direction, the cover part 12 serves to prevent the cover part 12 from coming back to the outside of the housing part 10 when accommodated in the inner upper space of the housing part 10.

The first hydraulic cylinder (15e) is to push the piston (not shown) provided on the inner side of the piston cover in the longitudinal direction in conjunction with the elastic coil (not shown), but the hydraulic oil (not shown) filled inside the piston cover By limiting the driving speed. The first hydraulic cylinder 15e is formed with a protruding pin 15e1 so as to be pinned to an end of the cylinder rod formed at one end thereof and pinned to the first link coupling pin 15a. In addition, the first hydraulic cylinder (15e) is a pin protruding in the lateral direction of the piste cover, the bearing is formed, the other end (15e2) bearing is formed is restrained by the first cylinder rail (15c) to drive the rail. The first hydraulic cylinder 15e generates a force for pushing the lid 12 unless another force restraining the lid 12 is applied, so that the lid 12 is rotated in the enclosure 10. To open.

The second hydraulic cylinder 15f interlocks a piston (not shown) provided inside the piston cover with an elastic coil (not shown) to push in the longitudinal direction, but the hydraulic oil (not shown) filled inside the piston cover. By limiting the driving speed. The second hydraulic cylinder 15f has a protruding pin 15f1 formed to be pinned to an end of the cylinder rod formed at one end thereof, and is pinned to the second link coupling pin 15b. In addition, the second hydraulic cylinder (15f) is a pin protruding in the lateral direction of the piste cover, the bearing is formed, the other end (15f2) bearing is formed is restrained by the second cylinder rail (15d) to drive the rail. The second hydraulic cylinder 15f generates a force to push the lid 12 unless another force restraining the lid 12 is applied, so that the lid 12 rotates in the enclosure 10. To open.

The first cover clasp 16a is formed in a 'c' shaped clasp shape and is coupled to an inner side of the cover part 12. The first cover clasp 16a provides a region that can be engaged with one end of the first cover wire 16e to be described later.

The second cover clasp 16b is formed in a 'c' shaped clasp shape, and is coupled to the inner side of the cover part 12 and spaced apart from the first cover clasp 16a. The second cover clasp 16b provides a region that can be engaged with one end of the second cover wire 16f to be described later.

The first cover motor 16c is coupled to the inner side of the box body 11. The first cover motor 16c is coupled to the other end of the first cover wire 16e, the motor shaft of which will be described later, to wind the first cover wire 16e to the motor shaft in the forward driving, and the first in the reverse driving The cover wire 16e serves to loosen.

The second cover motor 16d is coupled to the inner surface of the box body 11 and is spaced apart from the first cover motor 16c by a predetermined distance. The second cover motor 16d is coupled to the other end of the second cover wire 16f, which will be described later, by the motor shaft, and causes the second cover wire 16f to be wound on the motor shaft during forward driving, and the second during reverse driving. The cover wire 16f serves to loosen.

One end of the first cover wire 16e is coupled to the first cover latch 16a, and the other end is coupled to the motor shaft of the first cover motor 16c. The first cover wire 16e is wound around the motor shaft of the first cover motor 16c when the first cover motor 16c is driven in the forward direction so that the cover part 12 covers the open area of the housing part 10. The cover portion 12 is to be released from the motor shaft during the reverse driving to open the open area of the enclosure 10.

One end of the second cover wire 16f is coupled to the second cover latch 16b, and the other end is coupled to the motor shaft of the second cover motor 16d. The second cover wire 16f is wound on the motor shaft of the second cover motor 16d during the forward driving of the second cover motor 16d so that the cover part 12 covers the open area of the housing part 10. The cover portion 12 is to be released from the motor shaft during the reverse driving to open the open area of the enclosure 10.

The receiving plate body 17 is formed in a plate shape, and pins are formed to protrude on both sides thereof to be pinned to rotate inside the box body 11, and to seal a lower portion of the front open area of the box body 11. It is formed to. The receiving plate 17 serves to move the wire 1b, such as a power line or a communication line, which is exposed to the outside of the housing 10 when rotated to the housing 10, to move inside the housing 10.

The first accommodating plate clasp 17a is formed in a 'c'-shaped ring shape and is coupled to the receiving plate body 17. The first receiving plate latch 17a is connected to one end of the first receiving plate wire 17e to be described later.

The second accommodating plate clasp 17b is formed in a 'c'-shaped ring shape, and is coupled to the receiving plate body 17, and is spaced apart from the first accommodating plate clasp 17a. The second receiving plate clasp 17b is connected to one end of the second receiving plate wire 17f to be described later.

The first receiving plate motor 17c is coupled to the inside of the box body 11. In addition, the first receiving plate motor 17c is coupled to the other end of the first receiving plate wire 17e to be described later on the motor shaft, so that the first receiving plate wire 17e is wound around the motor shaft when driven in the forward direction. When driving in the reverse direction, driving is performed so that the first receiving plate wire 17e wound around the motor shaft is released.

The second receiving plate motor 17d is coupled to the inner side of the box body 11 and spaced apart from the first receiving plate motor 17c. In addition, the second receiving plate motor 17d is coupled to the other end of the second receiving plate wire 17f, which will be described later, on the motor shaft so that the second receiving plate wire 17f is wound around the motor shaft when driven in the forward direction. When driving in the reverse direction, driving is performed so that the second receiving plate wire 17f wound on the motor shaft is released.

One end of the first receiving plate wire 17e is coupled to the first receiving plate clasp 17a, and the other end is coupled to the first receiving plate motor 17c. The first receiving plate wire 17e is wound around the motor shaft of the first receiving plate motor 17c when the first receiving plate motor 17c is driven in the forward direction, thereby receiving the receiving plate body 17 of the housing portion 10. The receiving plate body 17 is rotated so as to seal the lower open area and unwind in a state in which it is wound around the motor shaft of the first receiving plate motor 17c during the reverse driving of the first receiving plate motor 17c. It rotates to open the lower open area of).

One end of the second receiving plate wire 17f is coupled to the second receiving plate clasp 17b, and the other end is coupled to the second receiving plate motor 17d. The second receiving plate wire 17f is wound around the motor shaft of the second receiving plate motor 17d at the time of forward driving of the second receiving plate motor 17d, thereby enclosing the receiving plate body 17 of the housing portion 10. The receiving plate body 17 is rotated so as to seal the lower open area and unwind in a state in which the second receiving plate motor 17d is wound around the motor shaft of the second receiving plate motor 17d during the reverse driving of the second receiving plate motor 17d. It rotates to open the lower open area of).

The wire catching mechanism 18 is coupled to the receiving plate body 17 and protrudes toward the open area side of the box body 11 and is disposed to cross the longitudinal direction of the receiving plate body 17. The wire catching mechanism 18 is formed to be bent in a '-' shape, the portion is coupled to the receiving plate body 17 is bolted. When the receiving plate body 17 rotates to the inside of the housing portion 10, the wire catching mechanism 18 is rotated while the wire such as a power line or a communication line exposed to the outside of the housing portion 10 is caught. It serves to accommodate the electric wire inside the enclosure (10).

The cover relay switch 19a is interlocked with the enclosure controller 20 to be described later, is coupled to the inside of the box body 11, and generates a cover contact signal when the cover part 12 comes into close contact with the open area of the box body 11. To the enclosure controller 20.

The receiving plate relay switch 19b is interlocked with the housing controller 20 to be described later, is coupled to the inside of the box body 11, is coupled to the inside of the receiving plate body 17, and the receiving plate body 17 is the box body 11. Upon close contact with the open area, the receiving plate closing signal is generated and transmitted to the enclosure controller 20.

The closing switch 19c is interlocked with the enclosure controller 20, coupled to the inside of the box body 11, interlocked with the enclosure controller 20, and generates a cover closing signal when pressurized to accommodate the enclosure controller 20. To transmit.

The enclosure controller 20 is an arithmetic device that generates an output signal with preprogrammed contents according to an input signal, and is accommodated inside the enclosure 10. The enclosure controller 20 interlocks with the electronic lock device 13 to transmit a binding signal to the electronic lock device 13 so that the binding hole 13a of the electronic lock device 13 can be caught by the locking body 13b. In addition, a release signal for preventing the latching body 13b from being caught is transmitted to the electronic locking device 13 to control the opening and closing state of the lid part 12. In addition, the enclosure controller 20 may operate the electronic lock device 13 remotely by a control signal transmitted from the enclosure management server 70 in conjunction with the enclosure management server 70 to be described later.

 In addition, when the housing controller 20 receives the cover closing signal from the closing switch 19c in conjunction with the closing switch 19c, the first receiving plate motor 17c and the second housing until the receiving plate closing signal is input. Each of the plate motors 17d is driven in the forward direction. Then, when the receiving plate closing signal is input, the first cover motor 16c and the second cover motor 16d are driven in the forward direction until the cover tight signal is input. Let's go. In this case, the housing controller 20 recognizes that the housing plate 17 covers the lower open area of the housing 10 when the housing plate close signal is received, and the cover 12 is the housing unit 10 when the cover tight signal is received. Recognizing the state by covering the open area of the), in conjunction with the enclosure management server 70 transmits the receiving plate closing signal and the cover close signal to the enclosure management server 70. Here, the enclosure management server 70 is interlocked with the manager terminal 80 so that the cover closing signal is input to the enclosure controller 20, thereby remotely the first cover motor 16c, the second cover motor 16d, The first receiving plate motor 17c and the second receiving plate motor 17d can be driven in the forward direction. In addition, the enclosure management server 70 transmits an open drive signal to the enclosure controller 20 in conjunction with the manager terminal 80, the enclosure controller 20 receives the open drive signal is the first cover motor (16c), The second cover motor 16d, the first receiving plate motor 17c, and the second receiving plate motor 17d are driven in the reverse direction so that the lid part 12 and the receiving plate body 17 are connected to the housing portion 10. It can be driven so as not to cover the open area.

The surveillance camera 30 is installed around the road and photographs the road to generate image information. The surveillance camera 30 may be installed with a sensor and an instrument to automatically track and photograph an object, and the sensor and the instrument may be driven under a pre-programmed condition.

The hub modem 40 is interlocked with the surveillance camera 30 and forms a local network so that the image information photographed by the surveillance camera 30 can be transmitted, and is accommodated inside the enclosure 10. The hub modem 40 sets a fixed IP address, a beer station, or a network identifier ID value that is unique identification information so that the surveillance camera 30 can be distinguished from other cameras.

The optical communication modem 50 interworks with the hub modem, sets the image information transmitted from the hub modem 40 to be in optical communication with a communication company, and is accommodated inside the enclosure 10. Here, the optical communication modem 50 is connected to the communication network of the telecommunications company by wire, and transmits data on the image information captured by the surveillance camera 30.

The recovery controller 60 is an arithmetic device that generates an output signal with pre-programmed contents according to the input signal, and is accommodated inside the enclosure 10. The recovery controller 60 detects the normal driving state and the abnormal driving state of the monitoring camera 30 in conjunction with the monitoring camera 30 and resets the monitoring camera 30 in the abnormal driving state. In addition, the recovery controller 60 detects the normal driving state and the abnormal driving state of the hub modem 40 in conjunction with the hub modem 40 and resets the hub modem 40 in the abnormal driving state, and the optical communication modem ( In connection with 50), the normal driving state and abnormal driving state of the optical communication modem 50 are detected, and in the abnormal driving state, the optical communication modem 50 is reset and restored. In this case, the recovery controller 60 is interlocked with the enclosure management server 70 to be described later, and transmits driving state information of the surveillance camera 30, the hub modem 40, and the optical communication modem 50 to the enclosure management server 70. By transmitting the monitoring state of the monitoring camera 30, the hub modem 40 and the optical communication modem 50 can be monitored.

The enclosure management server 70 is interlocked with the recovery controller 60, receives and records the drive state information on the drive state of the surveillance camera 30, the hub modem 40 and the optical communication modem 50. In addition, the enclosure management server 70 receives the cover closing signal and the receiving plate closing signal generated by the enclosure controller 20 in conjunction with the enclosure controller 20, the opening and closing state of the lid 12 and the receiving plate body 17 Detect. In addition, the enclosure management server 70 transmits an open drive signal in conjunction with the enclosure controller 20, thereby remotely opening the cover unit 12 and the receiving plate body 17, and remotely transmits a closed drive signal to the cover. The part 12 and the receiving plate body 17 can be closed remotely.

The manager terminal 80 is a communication device such as a portable communication terminal used by a repairman or a communication terminal such as a PC operated by an administrator. The manager terminal 80 is interlocked with the ship management server 70 and recorded in the ship management server 70. View the drive status information for the opening of the enclosure. In addition, the manager terminal 80 performs authentication with the enclosure management server 70, and when authentication is performed with the enclosure management server 70, the enclosure management server 70 requests to generate the cover opening signal. Here, the authentication between the administrator terminal 80 and the enclosure management server 70 may perform authentication through a phone number or ID value of the administrator terminal 80 in the application program installed in the administrator terminal (80). In addition, the manager terminal 80 has completed the authentication with the enclosure management server 70, the enclosure management server 70 by performing the opening request of the cover unit 12 to transmit the open drive signal to the enclosure controller 20, the cover The part 12 may be opened in the enclosure part 10.

Hereinafter, a driving method of the surveillance camera smart enclosure management system according to an embodiment of the present invention will be described.

9 is a flow chart of a method for driving a surveillance camera smart box management system according to an embodiment of the present invention.

As shown in Figure 9, the surveillance camera smart box management system according to an embodiment of the present invention, the administrator authentication step (S01), the opening request step (S02), the opening step (S03), the cover opening driving step ( S04), the receiving plate opening drive step (S05), the housing closing step (S06), the receiving plate closing drive step (S07), the cover closing drive step (S08), the housing closing monitoring step (S09), and, the housing remote control step ( S10).

First, in the manager authentication step (S01), the repairman is connected to the enclosure management server 70 using the manager terminal 80 to perform authentication by phone number or ID value through the application of the manager terminal 80. .

Next, in the enclosure opening request step (S02), the open request signal is transmitted to the enclosure management server 70 such that the cover 12 and the receiving plate 17 are opened to the enclosure management server 70.

Next, in the case of opening the enclosure (S03), the release signal of the electronic lock device 13 is transmitted from the enclosure management server 70 receiving the open request signal to the enclosure controller 20, and the enclosure controller 20 transmits the electronic lock device. (13) is driven so that the binding hole 13a is released from the locking body 13b.

Next, in the cover opening driving step (S04) and transmits the open drive signal from the enclosure management server 70 to the enclosure controller 20, the first cover motor (16c) and in the enclosure controller 20 received the open drive signal The second cover motor 16d is simultaneously driven in the reverse direction for a predetermined time, and wound around the motor shaft of the first cover wire 16e and the second cover motor 16d wound around the motor shaft of the first cover motor 16c. The second cover wire 16f is released. Then, the cover part 12 is pushed forward of the housing part 10 by the pressing pressure of the first hydraulic cylinder 15e and the second hydraulic cylinder 15f, and the first rail 14a and the second rail. The ring 14b moves along the first cover rail 14c and the second cover rail 14d, respectively, so that the cover part 12 is in close contact with the inner upper space of the box body 11, and the first hydraulic cylinder ( 15e) and the second hydraulic cylinder 15f are moved along the first cylinder rail 15c and the second cylinder rail 15d, respectively, so that the lid portion 12 is fixed to the upper space of the box body 11. . Then, the cover part 12 is in close contact with the inner upper space of the box body 11, as shown in FIG.

Next, in the receiving plate opening driving step (S05), the first receiving plate motor 17c and the second receiving plate in the housing controller 20 driving the first cover motor 16c and the second cover motor 16d for a predetermined time. The motor 17d is simultaneously driven in the reverse direction for a predetermined time, the first receiving plate wire 17e wound around the motor shaft of the first receiving plate motor 17c is released, and the motor of the second receiving plate motor 17d is The second receiving plate wire 17f wound around the shaft is released to allow the receiving plate body 17 to open the lower region of the housing part 10. Then, the receiving plate body 17 is opened to the outside of the box body 11, as shown in FIG.

Next, in the enclosure closing step (S06), after closing the repair work after the repair work to repair the hub modem 40, the optical communication modem 50 or the recovery controller 60 installed in the interior of the enclosure 10, the closing switch Proceeds to press (19c), the enclosure closing step (S06) is to transmit the cover closing signal to the enclosure controller 20.

Next, in the receiving plate closing driving step (S07), the first receiving plate motor 17c and the second receiving plate motor 17d are driven in the forward direction until the receiving plate closing signal of the receiving plate relay switch 19b is generated. The first receiving plate wire 17e and the second receiving plate wire 17f are wound around each of the motor shaft of the first receiving plate motor 17c and the motor shaft of the second receiving plate motor 17d. Then, the receiving plate body 17 is rotated to seal the inner lower region of the box body 11, at this time, the receiving plate body 17 and the wire catching hole 18 is exposed to the outside of the box body 11 (1b) is accommodated inside the box body 11, and the receiving plate body 17 is connected to the lower region of the box body 11 by the first receiving plate wire 17e and the second receiving plate wire 17f. It is fixed in a sealed state. Then, as shown in Figure 5, the receiving plate body 17 is rotated to seal the inner lower region of the box body 11, the wire (1b) exposed to the outside of the box body 11 is the box body ( It rotates while accommodating inside 11).

Next, in the cover closing drive step (S08), the first cover motor 16c until the cover close signal occurs in the cover relay switch 19a in the enclosure controller 20 that receives the cover closing signal of the close switch 19c. And driving the second cover motor 16d in the forward direction to move the first cover wire 16e and the second cover wire 16f to the motor shaft of the first cover motor 16c and the motor shaft of the second cover motor 16d. It is wound around each. Then, each of the first rail ring 14a and the second rail ring 14b moves to the open area side of the box body 11 along the first cover rail 14c and the second cover rail 14d. Each of the first hydraulic cylinder 15e and the second hydraulic cylinder 15f moves along the first cylinder rail 15c and the second cylinder rail 15d, and the lid part 12 opens the box body 11. It is fixed by the 1st cover wire 16e and the 2nd cover wire 16f in the state covered with the area | region. Next, when the cover 12 covers the open area of the box 11 and a cover close signal is generated by the cover relay switch 19a, the enclosure controller 20 transmits a binding signal to the electronic locking device 13. As a result, the cover portion 12 is locked to the box body 11 by engaging the binding opening 13a with the locking body 13b. Then, as shown in FIG. 6, the lid part 12 is fitted to the box body 11 while covering the open area of the box body 11.

Next, in the enclosure closing monitoring step (S09), the lock state information of the electronic lock device 13 and the cover close signal of the cover relay switch 19a from the enclosure controller 20 and the cover plate relay switch in the enclosure management server 70 ( The receiving plate closely contact signal of 19b) is periodically input to monitor the lock state of the enclosure 10 periodically.

Next, when the remote control step (S10) of the enclosure does not seal the cover 12 in the open area of the box body 11, the cover portion 12 and the receiving plate body 17 by the remote operation of the administrator As the step of closing the open area of the box body 11, in the remote control step (S10) the administrator having the control authority of the enclosure controller 20 by using the manager terminal 80 of the enclosure management server 70 ), And the cover closing signal is transmitted from the enclosure management server 70 to the enclosure controller 20, so that the receiving plate closing driving step S07 and the cover closing driving step S08 are performed. Then, the receiving plate body 17 and the cover portion 12 in the same state as shown in Fig. 5 and 6 sequentially in the state shown in Figure 4, the box body 11 by the manager terminal 80 operation of the manager It will close the open area of.

As described above, the present invention has an effect of remotely closing the cover part 12 using the manager terminal 80 even when the repairman does not close the cover in the state of implementing the monitoring function. .

In addition, in the present invention, when the cover part 12 of the enclosure is opened, the power line or communication line and the wire 1b that extends to the outside are accommodated inward by the receiving plate body 17, but the remote control of the receiving plate body 17 is performed. Since it is possible to do this, the opening and closing of the enclosure can be controlled remotely so that the shape of the lid portion 12 is not deformed by the wire 1b such as a power line or a communication line that extends outward.

In the present invention as described above has been described by the specific embodiments, such as specific components and limited embodiments and drawings, but this is provided to help a more general understanding of the present invention, the present invention is not limited to the above embodiments. For those skilled in the art, various modifications and variations are possible from these descriptions.

Therefore, the spirit of the present invention should not be limited to the described embodiments, and all of the equivalents and equivalents of the claims, as well as the following claims, will fall within the scope of the present invention. .

1b: wire 10: enclosure
11: box body 12: cover
13: electronic locking device 14a: first railing
14b: 2nd railing 14c: 1st cover rail
14d: second cover rail 15a: first link coupling pin
15b: second link coupling pin 15c: first cylinder rail
15d: 2nd cylinder rail 15e: 1st hydraulic cylinder
15f: 2nd hydraulic cylinder 16a: 1st cover latch
16b: 2nd cover latch 16c: 1st cover motor
16d: 2nd cover motor 16e: 1st cover wire
16f: second cover wire 17: receiving plate body
17a: 1st receiving plate latch 17b: 2nd receiving plate latch
17c: first receiving plate motor 17d: second receiving plate motor
17e: 1st receiving plate wire 17f: 2nd receiving plate wire
18: wire latch 19a: cover relay switch
19b: receiving plate relay switch 19c: closing switch
20: enclosure controller 30: surveillance camera
40: hub modem 50: optical communication modem
60: recovery controller 70: ship management server
80: manager terminal

Claims (4)

The box body 11 is formed in a box shape and an open area is formed on the front surface, and the cover body 11 having the locking device 13b is formed, a cover part 12 covering the open area of the box body 11, and the cover part ( It is attached to the 12 and provided with a fastener (13a) to lock the cover portion 12 to the locking body (13b) of the box body 11 to lock the electronic device (10) Enclosure 10 including 13;
In conjunction with the electronic lock device 13, the binding signal 13a of the electronic lock device 13 to the latching body 13b is transmitted to the electronic lock device 13, An enclosure controller 20 which transmits a release signal not to be caught by the catching body 13b to the electronic lock device 13 to control the opening / closing state of the cover part 12;
It is installed around the road, surveillance camera 30 for taking a picture of the road;
A hub modem 40 interworking with the surveillance camera 30 and forming a local network so that the image information captured by the surveillance camera 30 can be transmitted;
An optical communication modem 50 interworking with the hub modem 40 and configured to optically communicate image information transmitted from the hub modem 40 with a communication company;
In connection with the surveillance camera 30 detects the normal driving state and the abnormal driving state of the surveillance camera 30 and resets the surveillance camera 30 in the abnormal driving state, in conjunction with the hub modem 40 Detects the normal driving state and abnormal driving state of the hub modem 40 and resets the hub modem 40 in the abnormal driving state, and operates the optical communication modem 50 in association with the optical communication modem 50. A recovery controller 60 for detecting a state and an abnormal driving state and restoring the optical communication modem 50 in the abnormal driving state;
In conjunction with the recovery controller 60, receives and records the drive state information for the drive state of the surveillance camera 30, the hub modem 40 and the optical communication modem 50, the enclosure controller 20 In addition, the opening and closing state of the cover part 12 is detected in conjunction with the control of the housing controller 20 in the closed state of the cover part 12 to control the housing 12 to remotely open the cover part 12 Server 70; And,
The enclosure management server 70 interlocks with the enclosure management server 70, reads the driving state information recorded in the enclosure management server 70, and performs authentication with the enclosure management server 70. An administrator terminal 80 requesting to open the cover part 12; Including;
The housing portion 10 has a first rail ring (14a) coupled to one side of the cover portion 12; A second rail ring 14b coupled to the other side of the cover part 12 so as to face the first rail ring 14a; A first cover rail (14c) coupled to an inner side of the box body (11) to restrain the first rail ring (14a) to be rail driven; A second cover rail (14d) coupled to an inner side of the box body (11), coupled to face the first cover rail (14c), and restraining the second rail ring (14b) to be rail driven; A first link coupling pin 15a having one end coupled to an inner side surface of the cover part 12 and having a ring shape at which the other end may be pin coupled; A second link coupling pin 15b having one end coupled to an inner side surface of the cover and spaced apart from the first link coupling pin 15a, and having a ring shape at which the other end may be pin coupled; A first cylinder rail 15c coupled to an inner surface of the box body 11; A second cylinder rail 15d coupled to an inner surface of the box body 11 and disposed to face the first cylinder rail 15c; A first hydraulic cylinder (15e) whose one end is pin-coupled to the first link coupling pin (15a) and the other end is constrained to the first cylinder rail (15c) to drive a rail; A second hydraulic cylinder (15f) having one end pin-coupled to the second link coupling pin (15b) and the other end constrained to the second cylinder rail (15d) to drive a rail; A first cover latch 16a coupled to an inner side of the cover portion 12 and formed in a latch shape; A second cover latch 16b coupled to an inner side of the cover portion 12 and formed in a latch shape and spaced apart from the first cover latch 16a; A first cover motor 16c coupled to an inner surface of the box body 11; A second cover motor 16d coupled to an inner surface of the box body 11 and spaced apart from the first cover motor 16c by a predetermined distance; A first cover wire (16e) having one end coupled to the first cover latch (16a) and the other end coupled to the motor shaft of the first cover motor (16c); And a second cover wire (16f) having one end coupled to the second cover latch (16b) and the other end coupled to the motor shaft of the second cover motor (16d). More,
The cover portion 12 is rotated upward by the pushing force of one end of the first hydraulic cylinder (15e) and one end of the second hydraulic cylinder (15f) when opening, a part of the cover portion 12 is Rail driving along the first cover rail 14c and the second cover rail 14d is constrained to the upper inner side of the box body 11,
The enclosure management server 70 transmits an open drive signal to the enclosure controller 20 when the cover portion 12 is opened, and a closed drive signal to the enclosure controller 20 when the cover portion 12 is closed. To send,
The housing controller 20 drives the first cover motor 16c and the second cover motor 16d when the closing drive signal is input, thereby driving the first cover wire 16e and the second cover wire 16f. ) So that the cover portion 12 covers the open area of the box body 11,
The housing controller 20 drives the first cover motor 16c and the second cover motor 16d when the open drive signal is input, thereby driving the first cover wire 16e and the second cover wire 16f. And the cover part 12 opens the open area of the box body 11 so that the cover part 12 is released.
The method of claim 1,
The housing portion 10 is coupled to the inner side of the box body 11, the receiving plate body 17 is formed to seal the lower portion of the front open area of the box body 11; A first accommodating plate clasp 17a coupled to the receiving plate body 17; A second accommodating plate clasp 17b coupled to the accommodating plate body 17 and spaced apart from the first accommodating plate clasp 17a; A first accommodating plate motor 17c coupled to the inner side of the box body 11; A second receiving plate motor 17d coupled to the inner side of the box body 11 and spaced apart from the first receiving plate motor 17c; A first receiving plate wire 17e having one end coupled to the first receiving plate latch 17a and the other end coupled to the first receiving plate motor 17c; And a second receiving plate wire 17f having one end coupled with the second receiving plate latch 17b and the other end coupled with the second receiving plate motor 17d. Surveillance camera smart box management system further comprising.
The method of claim 2,
The housing portion 10 is coupled to the receiving plate body 17 and protrudes to the open area side of the box body 11 is disposed to cross the longitudinal direction of the receiving plate body 17 is disposed 18 ); Surveillance camera smart box management system further comprising.
The method of claim 3,
The housing part 10 is coupled to the inside of the box body 11 and generates a cover contact signal when the cover part 12 is in close contact with the open area of the box body 11 to provide the housing controller 20. Cover relay switch (19a) for transmitting; It is coupled to the inner side of the box body 11 and coupled to the inner side of the receiving plate body 17 and generates a receiving plate closing signal when the receiving plate body 17 is in close contact with the open area of the box body (11) A receiving plate relay switch 19b for transmitting to the controller 20; And a closing switch (19c) coupled to the inside of the box body (11), interlocked with the housing controller (20), and generating a cover closing signal and transmitting the cover closing signal to the housing controller (20). More,
The lock state information of the electronic lock device 13 and the cover contact signal of the cover relay switch 19a and the receiving plate of the receiving plate relay switch 19b from the housing controller 20 in the housing management server 70. The manager terminal 80 receives a close signal periodically and periodically monitors the locked state of the enclosure 10, and when the cover 12 is not sealed to the open area of the box 11. In the case of requesting to transmit the close drive signal to the enclosure management server 70 to the enclosure controller 20 side,
The housing controller 20 drives the first accommodating plate motor 17c and the second accommodating plate motor 17d until the accommodating plate closing signal of the accommodating plate relay switch 19b occurs. The accommodating plate body (1) is wound around each of the plate wire 17e and the second receiving plate wire 17f on the motor shaft of the first receiving plate motor 17c and the motor shaft of the second receiving plate motor 17d. 17 is rotated to seal the inner lower region of the box body 11, and the first cover motor 16c and the second cover motor 16d until the cover close signal is generated by the cover relay switch 19a. ) So that the first cover wire 16e and the second cover wire 16f are wound around the motor shaft of the first cover motor 16c and the motor shaft of the second cover motor 16d, respectively. Surveillance camera, characterized in that for the cover part 12 to close the open area of the box body 11 D. Smart box management system.

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