KR101056018B1 - Streetlight combined intelligent surveillance system - Google Patents

Abstract

PURPOSE: An integrated intelligent system for monitoring a streetlight is provided to control a PTZ(Pan/Tilt/Zoom) monitoring camera through an integrated monitoring unit. CONSTITUTION: An integrated monitoring unit(120) processes an image of a PTZ monitoring camera(160). The integrated monitoring unit controls the PTZ monitoring camera through PTZ control information of the management center. According to preset standards or quantity of light of the PTZ monitoring camera, the integrated monitoring unit controls the quantity of the light of the streetlight lamp. The integrated monitoring unit enforces a local correspondence about a user input through a user interface(124).

Description

Street light combined intelligent surveillance system

The present invention relates to an intelligent street light integrated surveillance system, and more particularly, by utilizing a configuration of a street lamp including a light pole, by integrating a remote surveillance camera, a user interface, and a wireless AP to enhance the intrinsic functions of the street light. The present invention relates to a street light integrated intelligent monitoring system that enables intelligent monitoring.

Modern society, which is increasingly personalized with the existence of various members of society, inevitably has to endure various thoughts and events. In addition, the crimes are being increasingly intelligent and violent by various communication equipments and online information. In addition, it is difficult to predict when and where any disaster will occur in a modern society that uses various disaster sources such as gas, electricity, and vehicles.

As a result, small-scale apartment complexes have large closed-loop televisions (CCTVs) installed at local or national levels to prevent crime, increase the likelihood of follow-up, and respond quickly in the event of a disaster.

In particular, CCTV provides important clues in responding to various crimes, and crime prevention through this has proved effective. Therefore, the demand for the installation of CCTV is increasing rapidly, and various advanced monitoring systems are applied to increase the monitoring efficiency. In response to these demands, local governments are responding to complaints from residents by installing CCTVs where surveillance visibility is guaranteed.

Recently, in order to arrange a camera at a position where visibility can be easily secured, an increasing number of surveillance cameras have been installed in existing streetlights. In the case of street lamps, they use lanterns to secure a high position, so when installing CCTV cameras, a wide surveillance area can be secured, and the power supply can be easily used. The installation location of the street light and the need for monitoring are similar to those of frequent traffic, and the basic monitoring illuminance is secured by the street light, thus providing an optimal environment for the installation of the surveillance camera.

Accordingly, online surveillance cameras are connected to existing streetlights to prevent and prevent crimes by notifying CCTV installations while storing and monitoring video images of remote cameras.

1 shows a configuration of a conventional streetlight-based monitoring system, and a communication network with a streetlight lamp 12 installed in a column 10 of a streetlight, an additionally configured surveillance camera 11 and the surveillance camera 11, as shown in FIG. It consists of a management center 25 connected to (20). A DB 26 may be configured to store an image provided by the surveillance camera 11 inside and outside the management center 25.

In the case of such an online surveillance camera 11, the installation of the online monitoring center (25) can monitor the image of the relevant point simply by simple installation and relatively inexpensive, so that various local governments or residential complexes I install it.

However, the existing street lamp-based surveillance system is found to be insufficient to perform a function for effective surveillance or crime prevention. For example, in the case of the surveillance camera 11 having a fixed surveillance region, the surveillance region is limited so that the security performance is low or the wide range is too low, so that the resolution for the actual surveillance object is lowered. In fact, it is often difficult to accurately identify a criminal or an incident situation from a video obtained due to lack of image quality and resolution.

As a result, attempts have been made to increase the quality of surveillance video by installing high resolution megapixel surveillance cameras. However, this increases not only the price of the camera itself, but also the bandwidth required for video transmission. In order to receive video from a megapixel surveillance camera, a very wide band is required, which greatly increases the cost.

In addition, there are no comprehensive considerations on the optimal location of street lamps, proper light source and living closeness, social environment and needs, and the generalization of related communication methods and means.

Therefore, there is a need for a new type of street lamp-based intelligent monitoring system that enables reliable monitoring with optimal efficiency while considering the optimal location of the street lamp and the social environment and needs.

An object of the embodiments of the present invention for improving the above-mentioned problem is to configure an integrated monitoring unit including a local server in the street lamp, and to control the PTZ (Pan / Tilt / Zoom) surveillance camera through the integrated monitoring unit for a large area It provides a reliable image and improves efficiency by adjusting the amount of light in the street lamp. In addition, it integrates a user interface for emergency response and an access point (AP) for wireless communication to efficiently use communication resources. It is to provide a street light integrated intelligent monitoring system to significantly increase the associated efficiency.

Another object of the embodiments of the present invention is to enhance the identification of the actual monitoring target by performing an image quality improvement that reduces noise caused by fog, haze, rainy weather, yellow dust, dust, etc. in the image of the PTZ surveillance camera through the integrated monitoring unit. So as to provide an integrated intelligent surveillance system for streetlights.

Another object of the embodiments of the present invention is to control the light amount of the street lamp through the integrated monitoring unit to secure the appropriate light amount for the surveillance camera image, and when the emergency situation is confirmed through the user interface, the integrated monitoring unit automatically enlarges the corresponding user interface area It aims to provide an intelligent surveillance system with integrated streetlights, which can be used to achieve the optimal image immediately and to immediately increase the monitoring performance by allowing the control center to respond immediately.

Another object of the embodiments of the present invention provides an online service for portable terminals capable of wireless communication using an additionally installed wireless AP, and generates meaningful information linked to an image using access information through the corresponding wireless AP. By providing local security information or necessary information to the connected portable terminal, and setting up the integrated monitoring unit through the portable terminal, it is not only simply sharing the power and network resources. Rather, it is to provide a street lamp integrated intelligent surveillance system that enables the wireless AP to perform security-related efficient functions.

In order to achieve the above object, the integrated street light intelligent monitoring system according to an embodiment of the present invention is integrated street light integrated intelligent management unit and the management center connected to the communication network and the communication network configured in the street lamp lamps with the street lamp lamp and PTZ surveillance camera installed A monitoring system, comprising: a wireless AP installed in the street lamp; A user interface installed on the street lamp and configured to exchange input / output information with a user; Process the image of the PTZ surveillance camera and transmit it to a management center and control the PTZ surveillance camera with the received PTZ control information, and adjust the quantity of light of the street lamp in accordance with the quantity of light or a predetermined reference of the PTZ surveillance camera, It includes an integrated monitoring unit for processing the online transmission and reception information to the management center while performing a local response to the user input through the user interface, and manages the network connection to the wireless AP, wherein the integrated monitoring unit through the user interface At least one of PTZ control of the PTZ surveillance camera, provision of preset sound information through the user interface, and light quantity control of the street lamp may be performed according to a local response to a user input.

The management center stores and monitors an image of the PTZ surveillance camera provided through the integrated surveillance unit, remotely controls PTZ of the PTZ surveillance camera, checks user input information through the user interface, and Corresponding information is provided to the integrated monitoring unit.

The user interface includes a microphone, and the management center may selectively collect sound information corresponding to the image received through the integrated monitoring unit.

The integrated monitoring unit further includes an image quality improving unit for encoding an image of the PTZ surveillance camera for network transmission, and improving image quality by filtering noise distributed in the image to a predetermined size or less before the encoding.

The noise distributed in the image may include at least one of fog, mist, rain, yellow dust, and dust.

The user interface includes at least one of an emergency button, a microphone, a speaker, a warning light, and the integrated monitoring unit displays the screen at a predetermined level while directing the direction of the PTZ surveillance camera toward the emergency button position when the emergency button is input. It is desirable to automatically perform the PTZ control to enlarge.

The integrated monitoring unit or the management center may collect information on the accessor connected through the wireless AP and manage the access information of the accessor along with information that may correspond to the image.

The integrated monitoring unit or the management center may provide preset local information as at least one of an SMS / LMS / MMS / E-mail / Push message by using previously registered information of an accessor connected through the wireless AP.

The integrated monitoring unit or the management center may provide a location-based management center start page that provides local security information or necessary information to a visitor connected through the wireless AP.

The integrated monitoring unit or the management center may transmit at least one of a connection status, a location, a path, and image information of the accessor to a preset destination for the accessor connected through the wireless AP.

An integrated street light intelligent monitoring system according to another embodiment of the present invention is a street light integrated intelligent monitoring system including a management center connected to the communication network and the integrated monitoring unit configured in the street lamps, the street lamp lamp and the PTZ surveillance camera installed, installed in the street lamp A wireless AP configured to share network resources; Encodes the image of the PTZ surveillance camera and transmits it to a management center and controls the PTZ surveillance camera with the received PTZ control signal, and adjusts the quantity of light of the street lamp according to the quantity of light of the PTZ surveillance camera or a preset reference. An integrated monitoring unit for managing a network connection to the wireless AP; The integrated monitoring unit comprises at least one of fog, haze, rain, yellow dust, dust that is equal to or less than a predetermined size in consideration of the size of the monitoring target and encoded in the image before encoding the image of the PTZ surveillance camera. And an image quality improvement unit for filtering the noise in consideration.

The integrated monitoring unit or the management center provides information to the accessor terminal using the accessor information connected through the wireless AP, or manages the access information of the accessor as security information in correspondence with the image information of the PTZ surveillance camera.

The street lamp is provided with a user interface including at least one of an emergency button, a microphone, a speaker, a warning light, and the integrated monitoring unit manages input and output of the user interface, and the direction of the PTZ surveillance camera is input when the emergency button is input. PTZ control for enlarging the screen to a preset level while facing the emergency button position can be performed automatically.

Street light integrated intelligent monitoring system according to an embodiment of the present invention comprises an integrated monitoring unit including a local server in the street lamp column, and control the PTZ (Pan / Tilt / Zoom) surveillance camera through the integrated monitoring unit for reliable image over a large area It improves efficiency by controlling light quantity of street lamp, and integrates user interface for emergency situation and access point (AP) for wireless communication to efficiently use communication resources and improve security related efficiency. The effect can be greatly increased.

The integrated streetlight intelligent monitoring system according to the embodiment of the present invention selectively performs image quality improvement to reduce noise caused by fog, mist, rainy weather, yellow dust, dust, etc. in the image of the PTZ surveillance camera through the integrated monitoring unit. There is an effect that can increase the discrimination ability.

The integrated intelligent streetlight surveillance system according to the embodiment of the present invention controls the light volume of the street lamp through the integrated monitoring unit to secure the light quantity of the surveillance camera image, and when the emergency situation is confirmed through the user interface, the integrated monitoring unit automatically corresponds to the user. By maximizing the interface area to obtain an optimal image immediately, the management center can immediately respond accordingly, greatly improving the surveillance performance.

Street light integrated intelligent monitoring system according to an embodiment of the present invention provides an online service for the portable terminals capable of wireless communication using the additionally installed wireless AP, and linked to the image using the access information through the corresponding wireless AP By generating information, providing local security information or necessary information to the connected portable terminal, and setting up the integrated monitoring unit through the portable terminal, it simply shares the power and network resources. In addition, there is an effect that the wireless AP can effectively perform security-related functions.

1 is an example showing the configuration of a conventional street lamp-based monitoring system.
2 is a conceptual diagram of a street light integrated intelligent monitoring system according to an embodiment of the present invention.
3 is a block diagram of the integrated monitoring unit according to an embodiment of the present invention.
4 and 5 are exemplary diagrams for explaining the emergency response method of the integrated monitoring unit according to an embodiment of the present invention.
6 is a conceptual diagram illustrating an example of a wireless AP access management method according to an embodiment of the present invention.
7 is a conceptual diagram illustrating an example of a wireless AP access management method according to another embodiment of the present invention.
8 is a conceptual diagram illustrating an example of a wireless AP access management method according to another embodiment of the present invention.

BRIEF DESCRIPTION OF THE DRAWINGS The above and other objects, features and advantages of the invention will become more apparent from the following detailed description of the present invention when taken in conjunction with the accompanying drawings.

2 is a conceptual view showing the configuration of an integrated street light intelligent monitoring system according to an embodiment of the present invention. Referring to the illustrated street light integrated monitoring device 100, first, a street light lamp 110 capable of controlling the amount of light may be included in the street lamp 110. And a PTZ surveillance camera 160 capable of PTZ (Pan / Tilt / Zoom) control is disposed and additionally manages wireless network connection such as wireless LAN (IEEE 802.11x) or mobile WiMAX (IEEE 802.16e or WiBro). A wireless AP (Access Point) or its antenna 170 is installed.

In addition, as a user interface for exchanging information with a user who appeals an emergency by directly accessing the corresponding street light or informing the local area when an emergency is determined as a result of remote monitoring, a speaker, a microphone 130, an emergency button ( 140 may be installed in the street lamp 110.

Integrated monitoring unit 120 is installed in the lower space or the separate housing of the street lamp 110, the user interface, such as the emergency button 140, speaker and microphone 130, street lamp lamp 150, PTZ monitoring The camera 160 exchanges information with the management center 180 through the communication network 200 while integrally managing the wireless AP or its antenna 170.

Basically, the image obtained from the PTZ monitoring camera 160 is encoded by the integrated monitoring unit 120 for transmission and provided to the management center 180, and the management center 180 is configured inside and outside of the DB 185. ) Is provided to the manager 190 while storing the corresponding image to be monitored. Of course, in addition to such manual monitoring may be configured to add a variety of intelligent video analysis unit to automatically detect a certain situation to notify the manager 190. When the abnormality is detected as the monitoring result, the manager 190 provides the integrated monitoring unit 120 with PTZ control information for changing the viewpoint of the PTZ monitoring camera 160, and the integrated monitoring unit 120 accordingly The viewpoint of the PTZ surveillance camera 160 is controlled by the PTZ control signal.

On the other hand, the integrated monitoring unit 120 may control the street light lamp 150 through a predetermined standard or schedule, etc. to adjust the lighting, turn off and the amount of light, the amount of light according to the remote control command through the management center 180 You can also adjust If necessary, the integrated monitoring unit 120 may adjust the amount of light of the street lamp 150 according to the state of the user interface, and may check the ambient brightness through the image of the PTZ monitoring camera 160 and adjust the amount of light accordingly. have. Particularly, when additional landscape lighting (for example, RGB lighting) is configured in addition to the street lamp 150 or the street lamp 150 is used as landscape lighting, the integrated monitoring unit 120 controls the predetermined lighting. Through local control or remote control through the management center 180 according to the scheduling of the street lamp 150 or the additional landscape lighting can be turned on with a variety of light emission patterns or color changes, and only necessary lighting to operate It may be. In addition, since the wireless AP is preconfigured in the streetlight integrated monitoring apparatus 100, the lighting may be selectively controlled through the wireless at a short distance, and thus, simply configuring a driving driver enables integrated control of various lights.

The wireless AP may be substantially configured in the integrated monitoring unit 120 and only the antenna 170 may be installed in the street lamp, or the wireless AP itself may be installed in the street lamp, which may be variably determined according to design choice. . The portable terminal 210 supporting the same communication method located within the corresponding communication range by the wireless AP may be connected online through the wireless AP. Through this, it is possible to reduce the cost of constructing an intelligent street light monitoring system by integrating with the wireless communication zones (aka, Wi-Fi zones, hot spots, etc.) of the large telecommunication companies that the installation area is increasing. The addition of these wireless APs not only makes efficient use of the network resources needed for video transmission, but also offers the possibility of being extended for practical security purposes or for the characteristics of the local surveillance system. This will be described in detail with reference to FIG. 6 and below.

The integrated monitoring unit 120 may provide a more direct crime prevention function through the user interface. In brief, when the manager 190 detects a crime occurrence situation or emergency situation during monitoring, the speaker and the microphone 130 are provided. You can broadcast the surveillance situation to the speaker to block the progress of the crime or in case of emergency, you can ask for help. In addition, additional information may be obtained by selectively collecting sound information through an image through a microphone.

In addition, when the user directly presses the emergency button 140 to inform the emergency situation, the integrated monitoring unit 120 performs its own response processing (described later) so that the monitoring manager 190 immediately knows it. In addition, the alarm information is transmitted to the management center 180. Through this, it is possible to protect the user who pressed the emergency button 140 as much as possible.

3 is a view showing the configuration of the integrated monitoring unit 120 according to an embodiment of the present invention receives the image from the PTZ surveillance camera 160, the size is smaller than the set size in consideration of the size of the monitoring target, PTZ control information for changing the viewpoint of the image quality improvement unit 121 and the PTZ surveillance camera 160 to filter the noise by considering the noise distributed over a set level as at least one of fog, mist, rain, yellow dust, and dust. A PTZ control unit 122 for generating and providing a PTZ control signal according to the present invention, a street light control unit 123 for controlling an amount of light of a street light lamp (for example, an LED lamp), and an interface unit for performing signal processing for the user interface (Amplifier, driver, etc.) 124, and a wireless AP 126 that shares network resources to process wireless terminal connection.

The PTZ surveillance camera 160 receives and encodes the image through the image quality improving unit 121 and transmits the image to the management center. The PTZ control unit 122 transmits the PTZ to the PTZ control unit 122 according to the received PTZ control information. Controls the surveillance camera 160, and adjusts the amount of light of the street lamp through the street lamp control unit 123 according to the amount of light or a predetermined reference of the PTZ surveillance camera 160, the user through the interface unit 124 The local server 125 and the wireless AP 126 that process online transmission / reception information for the management center while managing a local response to a user input using an interface, and manage a network connection to the wireless AP 126. It includes a communication unit 127 for managing a network connection to the local server 125.

In addition, if necessary, information of the accessor connected through the wireless AP 126 may be stored, locally provided information may be stored, settings for the integrated monitoring unit 120 may be stored, various log information may be stored, or an emergency situation may be used. The DB 128 storing the visual image information may be additionally configured. The communication unit 127 may use switch equipment, through which the amount of communication between the wireless AP 126 and the local server 125 may be adjusted.

The image quality improving unit 121 considers that the main monitoring target is larger than a certain size, such as a person, a vehicle, a fire, a dense smoke, etc., so that the monitoring target is not affected. Eliminate fine noise that greatly degrades image quality. In general, in the case of surveillance video, image distortion is not preprocessed to obtain a possible original image, but in the present invention, it is intended to provide a clear and reliable image without using an expensive device such as megapixel. Because it aims to effectively detect disasters, it is necessary to digitally filter out fog, mist, rain, yellow dust and dust, which greatly degrade surveillance video. This allows you to obtain a video optimized for video surveillance, which is performed before encoding it for transmission, so that the video is clearer than when the video containing noise is encoded and the noise is removed later. Will be provided.

In addition, since this uses an image obtained through a camera capable of PTZ control, when a distinction or clarity is required, a clear image can be obtained through a zoom function, thereby providing the best surveillance image at a cost when combined with the image quality improvement.

The illustrated configuration is for explaining embodiments of the present invention. The above configurations may be integrated or separated in various ways, and unnecessary configurations may be omitted or other types of functional units may be added. Note that this cannot be limited.

4 and 5 are exemplary diagrams for explaining the emergency response method of the integrated monitoring unit according to an embodiment of the present invention. In the case shown in FIG. 4, the user has an emergency button disposed on the street lamp 110 according to an emergency situation. In this case, the integrated monitoring unit 120 transmits related information to the management center while performing a local response to the emergency. The local response of the integrated monitoring unit 120 may be, for example, to maximize the amount of light of the street lamp 150 or through an emergency light 135 and a speaker 130 (eg, an emergency situation has been reported). Intensive video monitoring is started ", etc.), and the PTZ control for automatically expanding the PTZ screen to a preset level while directing the PTZ surveillance camera 160 to the position of the emergency button 140 independently. It can be carried out.

As shown in FIG. 5, in a general surveillance situation, the PTZ surveillance camera 160 monitors a wide range (a scan method or a point-to-point movement monitoring through a wide range surveillance method through a PTZ) (left) emergency button 140. In order to obtain a clearer image by directing and enlarging the location area of the emergency button 140 where the user is notified of an emergency situation when a signal is input through a). Through this, in case of crime, it is possible to block or obtain an image that can be identified.

Meanwhile, the wireless AP 170 configured in the integrated street light monitoring apparatus 100 may not only increase the utilization of network resources, but also may be used for integrated monitoring or as a means of delivering integrated security-related information.

In particular, the management center can distinguish the source of the information provided through the wireless AP, it is possible to provide a variety of security-related functions utilizing this in that the information can be confirmed even in the case of a portable wireless terminal connected, When the application can be installed like a recent smartphone, it is possible to provide more various services.

6 is a conceptual diagram illustrating an example of a wireless AP access management method according to an embodiment of the present invention, when a predetermined portable wireless terminal 340 is connected through the wireless AP configured in the integrated monitoring unit 310 as shown (initial stage) Setting required when connecting) The integrated monitoring unit 310 provides the management center 330 with access information of the corresponding portable wireless terminal 340. The access information may include IP address, MAC information, other identification information of the portable wireless terminal 340, and location information of the street lamp to which the connection is made. Accordingly, the management center 330 may display its basic access page. It may be provided to the portable wireless terminal 340. Through this access page, you can request information for registration or initial setting, and provide relevant local information.

Through the portable wireless terminal 340, a user may request a connection by registering or providing basic information, or if the process has been previously performed, directly request predetermined information or provide predetermined setting information. have.

The management center 330 provides an appropriate response according to the request or setting information of the user.

The response may be approval of the setting, provision of requested information, and the like.

Since the management center 330 can know the location of the portable wireless terminal 340 according to the access information, it can provide a crime situation or predetermined security-related information related to a corresponding area, and other general related to the corresponding area. You can also provide information (local information, local public relations information, public transit information, emergency contact information, etc.).

The setting information includes setting of a connection method for each portable wireless terminal 340 or personal settings for providing a service. In some cases, the manager may also use the administrator to change the setting of the local integrated monitoring unit through the wireless terminal. Can be.

For example, if a smartphone user is adjacent to a predetermined street light, it indicates that the wireless communication connection area is available. If the smartphone user runs the browser and selects the wireless AP, the management center connection page is displayed. Or, existing subscribers can log in automatically or manually to provide local or security information.

In this way, it is possible to provide local security information in a relatively simple configuration, thereby raising awareness of security, and providing necessary local or other information.

FIG. 7 is a conceptual diagram illustrating an example of a wireless AP access management method according to another embodiment of the present invention. In the illustrated case, even when a user passes a street light once registered without having to manually operate a browser each time, local information or security related information may be displayed. An example is provided.

If the wireless AP information of the integrated monitoring unit 410 is pre-registered in the portable wireless terminal 440, the wireless connection is automatically made in the communication area, so that the integrated monitoring unit 410 is connected to the wireless terminal 440. Provides access information to the management center 430, and the management center 430 previously registered personal information (for example, a phone number, an email, etc.) for the wireless terminal 440, and local or security information to be delivered. To the message center. The message center may be configured externally or may be configured in the management center 430.

The message center delivers the received area information or security information to the wireless terminal 440 in a predetermined manner. For example, it can be delivered by SMS (Short Message Service), MMS (Multimedia Message Service), LMS (Long Message Service), or E-mail.

In other ways, the management center 430 may directly transmit information in the form of a push message of various preconfigured methods without going through the message center.

Through this method, the portable wireless terminal 440 may obtain security or region related information when passing a street lamp registered by the user even if the user does not perform any operation.

FIG. 8 is a conceptual diagram illustrating an example of a wireless AP access management method according to another embodiment of the present invention. In the illustrated case, it is common that the street lamp integrated monitoring apparatus according to the present invention is distributed and distributed in geographically adjacent areas. Considered. For example, if a street lamp integrated monitoring device is installed for remote monitoring of a predetermined administrative building, the same commercial area, the same residential area, and the like is managed in the management center, the user of the portable wireless terminal 550 In everyday life, one or more streetlight integrated monitoring devices may be passed.

As a result, if at least once registered in the integrated monitoring unit 510, 520 located in the area that periodically passes through the portable wireless terminal 550, the portable wireless terminal 550 then the communication area of the integrated monitoring unit (510, 520) Since the connection is made when passing, the management center 540 for managing the integrated monitoring units 510 and 520 through the communication network 530 may collect the corresponding connection information.

When the user's consent or the guardian's consent of the user of the portable wireless terminal 550 is obtained, the collected information of the integrated monitoring unit 510 and 520 passes along with information that can be synchronized to the collected and stored image information DB 545. The pass information or path information may be analyzed together with the image if necessary later. This can be used as a useful data in case of a lost child or a crime.

In addition, it is possible to provide a certain guardian peace of mind service in the above configuration, for example, when the portable wireless terminal 550 passes a predetermined integrated monitoring unit (510, 520) corresponding information (connection status (time, period of stay) Etc.), location, route, image information, etc.) may be delivered to a registered destination.

The destination may be a guardian's mobile terminal phone number (voice announcement, SMS, MMS, LMS), e-mail address, etc., and if the system is intended for a predetermined residential complex, the destination becomes the address of the residential complex. It may also be provided only as a broadcast (subtitles of wired TV broadcasts, etc., which have just been configured).

In this way, for example, a child or a patient may check a time point and an image passing a predetermined boundary point, and thus may be used for safe school management or dementia elderly prowling.

In the above described and illustrated with respect to preferred embodiments according to the present invention. However, the present invention is not limited to the above-described embodiments, and various changes and modifications may be made by those skilled in the art without departing from the scope of the present invention. .

100: street light integrated monitoring device 110: street light lamp
120: integrated monitoring unit 130: speaker / microphone
140: emergency button 150: street lamp
160: PTZ surveillance camera 170: wireless AP antenna
180: management center 190: administrator

Claims (16)

It is a street light integrated intelligent surveillance system that includes an integrated monitoring unit configured in the street lamps with street lamps and PTZ surveillance cameras and a management center connected by a communication network.
A wireless AP installed on the street lamp;
A user interface installed on the street lamp and configured to exchange input / output information with a user;
Process the image of the PTZ surveillance camera and transmit it to a management center and control the PTZ surveillance camera with the received PTZ control information, and adjust the quantity of light of the street lamp in accordance with the quantity of light or a predetermined reference of the PTZ surveillance camera, Including local monitoring for processing the online transmission and reception information to the management center while performing a local response to the user input through the user interface, and manages the network connection to the wireless AP,
The integrated monitoring unit may perform at least one of PTZ control of the PTZ surveillance camera, provision of predetermined sound information through the user interface, and light quantity control of the street lamp in response to a local response to a user input through the user interface. Street light integrated intelligent surveillance system.
The method of claim 1, wherein the management center stores and monitors the image of the PTZ surveillance camera provided through the integrated monitoring unit, remotely controls the PTZ surveillance camera, and user input information through the user interface. Street light integrated intelligent monitoring system, characterized in that for confirming and providing corresponding information to the integrated monitoring unit.
The system of claim 1, wherein the user interface includes a microphone, and the management center selectively collects acoustic information corresponding to an image received through the integrated monitoring unit.
The method of claim 1, wherein the integrated monitoring unit further comprises an image quality improvement unit for encoding the image of the PTZ surveillance camera for network transmission, and improving the image quality by filtering the noise distributed in the image to a predetermined size or less before the encoding. Featuring integrated streetlight integrated intelligent surveillance system.
The system of claim 4, wherein the noise distributed in the image comprises at least one of fog, mist, rain, yellow dust, and dust.
The method according to claim 1, wherein the user interface includes at least one or more of an emergency button, a microphone, a speaker, a warning light, the integrated monitoring unit to direct the direction of the PTZ surveillance camera toward the emergency button position when the emergency button input Intelligent streetlight integrated surveillance system, characterized in that the automatic PTZ control to enlarge the screen to a predetermined level.
The integrated intelligent street light unit of claim 1, wherein the integrated monitoring unit or the management center collects information on the accessor connected through the wireless AP and manages the access information of the accessor together with information that can correspond to an image. Surveillance system.
The method of claim 1, wherein the integrated monitoring unit or the management center provides preset local information as at least one of an SMS / LMS / MMS / E-mail / Push message by using previously registered information of an accessor connected through the wireless AP. Featuring integrated streetlight integrated intelligent surveillance system.
The integrated intelligent street monitoring system according to claim 1, wherein the integrated monitoring unit or the management center provides a location-based management center start page that provides local security information or necessary information to a visitor connected through the wireless AP.
The integrated street light unit of claim 1, wherein the integrated monitoring unit or the management center delivers at least one of the access status, location, path, and image information of the accessor to a preset destination for the accessor connected through the wireless AP. Intelligent surveillance system.
The method of claim 1, wherein the integrated monitoring unit further controls the operation pattern or color change for at least one of the street lamp, the additional landscape lighting, the control of the lighting is controlled by the integrated monitoring unit itself, the management Street light integrated intelligent monitoring system, characterized in that it supports one of the on-line control through the center, and the near-field control through the wireless AP.
It is a street light integrated intelligent surveillance system that includes an integrated monitoring unit configured in the street lamps with street lamps and PTZ surveillance cameras and a management center connected by a communication network.
A wireless AP installed on the street lamp and sharing network resources;
Encodes the image of the PTZ surveillance camera and transmits it to a management center and controls the PTZ surveillance camera with the received PTZ control signal, and adjusts the quantity of light of the street lamp according to the quantity of light of the PTZ surveillance camera or a preset reference. An integrated monitoring unit for managing a network connection to the wireless AP;
The integrated monitoring unit comprises at least one of fog, haze, rain, yellow dust, dust that is equal to or less than a predetermined size in consideration of the size of the monitoring target and encoded in the image before encoding the image of the PTZ surveillance camera. Street light integrated intelligent monitoring system, characterized in that it comprises an image quality improvement unit for filtering the noise.
The method according to claim 12, wherein the integrated monitoring unit or the management center provides the information to the accessor terminal using the accessor information connected through the wireless AP, or by connecting the access information of the accessor to the image information of the PTZ surveillance camera security Street light integrated intelligent surveillance system characterized by information management.
The method of claim 12, wherein the streetlight is provided with a user interface including at least one of an emergency button, a microphone, a speaker, a warning light, the integrated monitoring unit manages input and output of the user interface, when the emergency button input the PTZ Street light integrated intelligent monitoring system, characterized in that the automatic control of the PTZ to enlarge the screen to a predetermined level while directing the direction of the surveillance camera toward the emergency button position.
The system of claim 14, wherein the integrated monitoring unit maximizes the amount of light of the street lamp when the emergency button is input, or notifies an emergency situation through a warning lamp and a speaker.
The intelligent surveillance system according to claim 14, wherein the management center collects sound information corresponding to an image received through the integrated monitoring unit through the microphone.

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