KR101655321B1 - remote monitoring system using streetlight power - Google Patents

Abstract

The present invention relates to a remote surveillance system using a streetlight power, in particular, a camera of a CCTV apparatus is driven by using electric power supplied to a streetlight, and a video photographed using a 4G or LTE mobile communication network can be transmitted to a remote management operation server The present invention relates to a remote surveillance system using a streetlight power saving a time, a cost and an effort for constructing a remote surveillance system through a CCTV apparatus, without requiring a separate power supply line and a data communication line.
The remote monitoring system using the streetlight power of the present invention comprises a CCTV device installed in a street lamp, operated using electric power charged in the night using the power supplied to the streetlight, and charged during the day, a video captured by the CCTV device And a remote management operation server for receiving, storing, and performing monitoring.

Description

Remote monitoring system using streetlight power

The present invention relates to a remote surveillance system using a streetlight power, in particular, a camera of a CCTV apparatus is driven by using electric power supplied to a streetlight, and a video photographed using a 4G or LTE mobile communication network can be transmitted to a remote management operation server The present invention relates to a remote surveillance system using a streetlight power saving a time, a cost and an effort for constructing a remote surveillance system through a CCTV apparatus, without requiring a separate power supply line and a data communication line.

In order to construct a remote monitoring system using a CCTV device, a power supply line and a data communication line are installed to a location of a camera that constitutes a CCTV device. Such a system construction has a problem that excessive time, effort, and cost are required.

On the other hand, recently, solar energy or wind energy is used to drive a CCTV device. However, such wind or solar energy has a disadvantage in that it is low in energy efficiency, expensive in construction cost, and takes time to install.

Korean Patent Registration No. 10-1285650 (a system for providing a security service using a mobile communication network and a stand-alone power supply) drives a camera device using a stand-alone power source using solar energy and uses a 3G or LTE mobile communication network and an Internet network Discloses a security service providing system using a mobile communication network and a stand-alone power supply in which the number of users is not limited and communication charges can be minimized.

However, this prior art has a disadvantage in that it uses solar energy which is low in energy efficiency and requires a considerable amount of construction cost, and is not managed as an authentication control for the CCTV device itself. It has the disadvantage of not supporting.

SUMMARY OF THE INVENTION The present invention has been made in order to solve the problems of the related art as described above, and it is an object of the present invention to provide a remote control operation server that drives a camera of a CCTV apparatus using electric power supplied to a streetlight, It is not necessary to construct a separate power supply line and a data communication line, and as a result, a remote monitoring system using streetlight power that can save time, cost, and effort for constructing a remote monitoring system through a CCTV apparatus The purpose is to provide.

In order to solve the above problems, the present invention provides a remote monitoring system using a streetlight power, which is installed in a streetlight, and operates by using electric power supplied to the streetlight at night and using electric power charged during the day A CCTV apparatus, and a remote management operation server for receiving, storing, and monitoring images photographed by the CCTV apparatus.

The CCTV apparatus includes a camera for capturing a surrounding image, a charging unit for supplying electric power to the camera, a power application switch for applying or interrupting electric power supplied to the streetlight, and a control unit for controlling the power application switch .

Here, a watt-hour meter for measuring the amount of power applied to the charger is connected to the CCTV device, and the watt-hour meter is remote-monitored by the remote management operating server.

In addition, the CCTV apparatus is mounted in an enclosure having a lock module, and the lock module includes an RF reader, and is unlocked when the RF reader recognizes an authenticated RF card, And is unlocked by control.

In addition, an image photographed by the CCTV apparatus is stored in a memory provided in the CCTV apparatus and transmitted to the remote management operation server, and then stored in an NVR provided in the remote management operation server.

Here, the CCTV apparatus includes a local wireless LAN module, and an image stored in the memory is transmitted to a local backup terminal through the local area wireless LAN module.

In addition, the CCTV apparatus includes a 4G / LET module and performs data communication with the remote management operation server through a 4G or LTE mobile communication network.

According to the remote monitoring system using the streetlight power of the present invention having the above-mentioned problems and the solution, the camera of the CCTV apparatus is driven by using the electric power supplied to the streetlight, and the image photographed using the 4G or LTE mobile communication network is transmitted to the remote It is not necessary to construct a separate power supply line and a data communication line, and as a result, there is an advantage that time, cost and effort for constructing a remote monitoring system through a CCTV apparatus can be reduced.

In addition, since the CCTV device can be installed in the enclosure, only the authorized card holder can manage the enclosure and the CCTV device, and the remote remote management operation server can control the lock and unlock of the enclosure, And the maintenance is easy.

In addition, the IP interface module is installed in the CCTV device, and various IP-based devices can be connected according to the situation, so that the operation efficiency can be improved.

FIG. 1 is a block diagram of a remote monitoring system using lamp power according to an embodiment of the present invention.
2 is a detailed block diagram of a remote monitoring system using lamp power according to an embodiment of the present invention.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Hereinafter, preferred embodiments of a remote monitoring system using streetlight power according to the present invention having the above-described problems, solutions, and effects will be described in detail with reference to the accompanying drawings.

The sizes and shapes of the components shown in the drawings may be exaggerated for clarity and convenience. In addition, terms defined in consideration of the configuration and operation of the present invention may be changed according to the intention or custom of the user, the operator.

FIG. 1 is a block diagram of a remote monitoring system using streetlight power according to an embodiment of the present invention, and FIG. 2 is a detailed block diagram of a remote monitoring system using streetlight power according to an embodiment of the present invention.

1 and 2, a remote monitoring system using streetlight power according to an exemplary embodiment of the present invention includes a CCTV apparatus 100 installed in a streetlight, data And a remote management operation server 200 for performing communication.

The CCTV apparatus 100 is installed in an upper portion of the streetlight 1, including a camera 111 for photographing a surrounding situation. In order to operate the CCTV apparatus 100, electric power must be supplied. In the present invention, the CCTV apparatus 100 is powered by the electric power supplied to the streetlight 1 without using energy such as sunlight or wind power. .

Specifically, the CCTV apparatus 100 charges at night using electric power supplied to the streetlight 1, and operates using electric power charged during the daytime in the daytime. Thus, the CCTV apparatus 100 can operate stably and efficiently because it operates using electric power supplied to the streetlight 1 without using solar energy or wind energy having a low energy efficiency.

Also, the CCTV apparatus 100 is operated by using a power line connected to the streetlight 1, which is not operated through a separate power supply line or a data communication line, and is already operated by a 4G or LTE Since the communication with the remote management operation server is performed using the communication network, there is an advantage that the time, cost, and effort required to construct a line for power supply and data communication can be greatly reduced.

An image photographed by the CCTV apparatus 100 is transmitted to the remote management operation server 200 through the 4G or LTE communication network, and is stored and monitored. As described above, the remote management and operation server 200 can perform an operation of remotely controlling the CCTV apparatus 100 while receiving, capturing and monitoring images photographed by the CCTV apparatus 100.

The remote management operating server 200 includes an NVR (Network Video Recorder) 210 capable of storing the received image. The image stored in the NVR 210 may be backed up as a separate storage medium, selectively displayed, or displayed as a continuous image in the process of being stored, and may be monitored by the administrator.

As shown in FIG. 2, the CCTV apparatus 100 includes a camera 111 for photographing various peripheral images such as a surrounding situation, an environment, a charging unit 113 for supplying power to the camera 111, And a controller 130 for controlling the power application switching unit 115 and the power application switching unit 115. The power application switching unit 115 is connected to the charging unit 113,

The camera 111 operates using the electric power charged in the charging unit 113. The camera 111 may perform an operation such as tilting itself or may perform an operation such as tilting according to an operation control signal of the remote management operation server 200. [ In this case, when the remote management and operation server 200 transmits an operation control signal to the CCTV 100, the controller 130 controls the camera 130, using the operation control signal received through the 4G / LTE module 170, (111) can be controlled.

The charging unit 113 supplies power for the operation of the camera 111. The charging unit 113 may be composed of various batteries and is automatically charged when power supplied to the streetlight is applied. However, it may be configured such that the power is not applied to the charging unit 113 in some cases.

Since the charging unit 113 is charged with the power supplied to the streetlight 1 as a power source, the charging unit 113 is connected to power lines for supplying electric power to the streetlight 1 in various ways.

As described above, the charging unit 113 is automatically charged when the electric power supplied to the streetlight is applied, but it may be necessary to cut off the electric power depending on the case. To this end, a power supply switching unit 115 for applying or cutting off power supplied to the streetlight 1 to the charging unit is provided.

The power supply switching unit 115 may be configured to allow the power supplied to the streetlight 1 to be supplied to the charging unit 113 under the control of the controller 130, And the power supplied to the charging unit (1) is not supplied to the charging unit (113).

The opening / closing operation of the power applying opening / closing unit 115 is performed under the control of the control unit 130. That is, the control unit 130 controls the power-on switching unit 115 so that the electric power supplied to the streetlight 1 by the power-on switching unit 115 can be applied to the charging unit 113 The power supply switching unit 115 turns OFF the power supplied to the street lamp 1 from being applied to the charging unit 113. When the power supply switching unit 115 is turned ON, State.

Meanwhile, since the CCTV apparatus 100 operates using electric power supplied to the streetlight 1, it is preferable that the CCTV apparatus 100 includes a watt-hour meter 120 capable of calculating the electric power consumption for the purpose of calculating the electric utility charge. The watt hour meter 120 is connected to a power line that supplies power to the streetlight 1 and measures the amount of power supplied to the charging unit 113.

The amount of power measured by the watt-hour meter 120 may be displayed on a separate display device (not shown), and further transmitted to the remote management operating device 200 in real time or periodically.

The CCTV apparatus 100 may include the watt hour meter 120 for measuring the amount of power applied to the charging unit 113 or may be disposed separately from the watt hour meter 120 to be supplied to the charging unit 113 The watt-hour meter 120 for measuring the amount of power may be connected to the CCTV apparatus 100.

The watt-hour meter 120 may be configured to be remote-monitored by the remote management operating server 200. That is, the amount of power measured by the watt-hour meter 120 is displayed on the display device, and is remotely measured by the remote management operation server 200, and the amount of power can be monitored and stored in real time or periodically.

For example, the strategy amount measured by the watt-hour meter 120 is checked in real time or periodically by the controller 130, and the checked amount of power is transmitted to the remote management operation server 200 through the 4G / LTE module 170 Lt; / RTI > Then, the remote management and operation server 200 can monitor the amount of power used in the CCTV apparatus 100 in real time or periodically, and can calculate power consumption by time, day, week, and month.

Alternatively, when the remote management operating server 200 periodically transmits a remote meter-reading signal to the CCTV apparatus 100, the controller 130 transmits the remote meter-reading signal received through the 4G / LTE module 170, It is also possible to transmit the recognized amount of power to the remote management operating server 200 through the 4G / LTE module 170 after recognizing the amount of power measured by the watt- .

The CCTV apparatus 100 may be configured to be mounted in the enclosure so as to prevent loss or damage of the CCTV apparatus 100 itself and at the same time prevent access other than the authorized person. Therefore, it is preferable that the CCTV apparatus 100 is configured to be mounted in a housing provided with a lock module 140. [

The locking module 140 may be a device capable of performing various locking and unlocking operations such as a key. The locking module 140 of the present invention is configured to include an RF reader 141. Accordingly, the lock module 140 can be unlocked when the RF reader 141 recognizes the authenticated RF card. That is, when a person having an authenticated RF card approaches the RF reader 141, the locking module 140 is unlocked, and a person having the RF card accesses, manages, and maintains the CCTV device 100 .

Meanwhile, the lock module 140 may be configured to be unlocked when the RF reader 141 recognizes the authenticated RF card as described above. Alternatively, the lock module 140 may be configured to be unlocked by the remote control operation server 200 Thereby performing an unlocking or locking operation.

For example, if a person who is allowed to access the CCTV apparatus 100 does not possess the RF card, the person allowed to access the remote control operation server 200 may notify the manager of the remote management & The remote management operating server 200 confirms whether the RF card unregistered person is a person who is truly allowed to access the remote management server 200. If the remote management operation server 200 determines that the RF card unregistered person is an authorized person, (140). Then, the control unit 130 controls the lock module 140 to be released using the lock module release signal.

As described above, the image photographed by the camera 111 of the CCTV apparatus 100 is transmitted to the remote management and operation server 200, and stored and monitored. At the same time, 150).

That is, the image photographed by the CCTV apparatus 100 is stored in the memory 150 provided in the CCTV apparatus 100, transmitted to the remote management operation server 200, and then transmitted to the remote management operation server 200 And is stored in the NVR 210 provided in the NVR 210.

Preferably, the image stored in the memory 150 is periodically backed up to the external backup terminal 3, and the image stored in the NVR 210 is also backed up to various storage devices.

The CCTV apparatus 100 may include a local area wireless LAN module 160 so that the image stored in the memory 150 is periodically backed up to the external backup terminal 3. [

That is, the CCTV apparatus 100 includes a short-range wireless LAN module 160, and an image stored in the memory 150 can be transmitted to the near-end backup terminal 3 through the short-range wireless LAN module 160 have.

Meanwhile, the CCTV apparatus 100 may transmit the photographed image to the remote management operation server 200 using the currently available 4G or LTE mobile communication network, and the remote management operation server 200 may transmit the photographed image to the 4G (Camera operation control signal, unlock signal, remote meter reading signal, etc.) to the CCTV apparatus 100 using the LTE mobile communication network.

That is, the CCTV apparatus 100 includes a 4G / LET module 170 and performs data communication with the remote management operation server 200 through a 4G or LTE mobile communication network. However, in some cases, the CCTV apparatus 100 and the remote management and operation server 200 may use a self-wire / wireless communication network in order to avoid burdening communication fees generated by using the 4G or LTE mobile communication network, . ≪ / RTI >

Meanwhile, the CCTV apparatus 100 according to the present invention may further include an IP interface module 180, and may be interworked with various IP-based devices 5. The IP-based device 5 includes a guidance display device capable of displaying a guidance message (including an emergency or warning message), an emergency bell device for notifying an emergency management server 200 of an emergency situation through a call, , Emergency broadcasting apparatuses for transmitting emergency or warning messages and broadcasting, and various wired / wireless communication apparatuses.

While the invention has been shown and described with reference to certain preferred embodiments thereof, it will be understood by those skilled in the art that various changes and modifications may be made without departing from the spirit and scope of the invention as defined by the appended claims. Accordingly, the true scope of the present invention should be determined by the following claims.

1: street lamp 3: backup terminal
5: IP-based device 100: CCTV device
111: camera 113:
115: Power-on switching unit 120: Power meter
130: control unit 140: lock module
141: RF reader 150: memory
160: Local area wireless LAN module 170: 4G / LTE module
180: IP interface module 200: remote management operation server
210: NVR

Claims (7)

A camera for photographing a surrounding image, a charging unit for supplying electric power to the camera, a power supply unit for supplying power to the streetlight, A CCTV apparatus including a power application opening / closing unit for applying or interrupting the charging unit and a control unit for controlling the power application opening / closing unit; And a remote management operation server for receiving, storing, and monitoring images photographed by the CCTV apparatus,
A watt-hour meter for measuring the amount of power applied to the charging unit is connected to the CCTV apparatus, the watt-hour meter is remote-monitored by the remote management operating server,
The CCTV device is mounted in an enclosure having a lock module, and the lock module includes an RF reader, which is unlocked when the RF reader recognizes an authenticated RF card or is connected to a remote control of the remote management operation server If a person authorized to access the CCTV apparatus does not possess the RF card, the remote management operating server confirms whether the RF card unregistered person is a person who is genuinely allowed to access, The controller transmits a lockout module release signal to the CCTV device, and the controller controls the lock module to be released using the lock module release signal,
An image captured by the CCTV apparatus is stored in a memory provided in the CCTV apparatus and transmitted to the remote management operation server and then stored in an NVR provided in the remote management operation server,
The CCTV apparatus includes a local area wireless LAN module, and an image stored in the local area wireless LAN module is transmitted to a local backup terminal through the local area wireless LAN module,
Wherein the CCTV apparatus further comprises an IP interface module operable to interoperate with IP-based devices.
delete delete delete delete delete The method according to claim 1,
Wherein the CCTV apparatus includes a 4G / LET module and performs data communication with the remote management operation server through a 4G or LTE mobile communication network.

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