KR20060101577A - Internet moving camera remote control system - Google Patents

Abstract

The present invention relates to an unmanned mobile surveillance camera using the Internet, the administrator to remotely control the unmanned surveillance camera over the Internet to forward / reverse driving the unmanned surveillance camera to effectively monitor according to the nature of the object to be managed by a single surveillance camera The present invention relates to a remote control unmanned mobile surveillance camera using the Internet for maximizing efficiency and economic efficiency to obtain the surveillance camera effect.

When the administrator 10 connected to the Internet enters a URL (Uniform Resource Locator) on the monitor screen of the PC and accesses the web server 11 to display a corresponding screen for controlling the management object 40, the web server 11 In communication with the web server 11 through TCP / IP and CGI, the control signal is output to the RC 12 when the control signal is analyzed. When the signal is in the standby state in the RC 12 and transmitted to the driving body 20 after analyzing the control signal, when the forward / reverse driving command signal is received through the RC 12, the power is supplied to the driving motor 24. Accordingly, the ruler 23 is driven by the output end of the drive motor 24 and the gear device 22 provided in the ruler 23 to move the drive body 20 along the trajectory surface of the H beam 21. While moving, the unmanned surveillance camera 30 is rotated 360 ° left and right while photographing the management object 40 to transmit a moving picture and a still image to the administrator's PC.

 web server, remote control, internet, H beam, unmanned surveillance camera, motor, ruler

Description

 Remote Control Unmanned Mobile Surveillance Camera Using Internet {Internet Moving Camera Remote Control System}

1 is a block diagram showing the configuration of the present invention

2 is a flowchart illustrating a mobile surveillance camera according to an embodiment of the present invention.

Figure 3 is an enlarged perspective view of the main portion showing the internal structure of a mobile unmanned camera according to the present invention

Figure 4 is a front cross-sectional configuration of the present invention

Figure 5 is a side cross-sectional configuration of the present invention

(Explanation of symbols for the main parts of the drawing)

10: admin, 11: web server

12: Recive Control, 20: Drive Body

21: H beam, 22: gear

23: ruler, 24; Drive motor

25: PAT / TILT, 30: Surveillance Camera

40: managed object

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to an unmanned mobile surveillance camera using the Internet. The present invention relates to an unmanned surveillance camera installed for various purposes, such as detecting a road traffic situation related to driving a vehicle and controlling a vehicle or monitoring a public facility, a bank, a mall, a department store, and an apartment parking. The administrator can remotely control the unmanned surveillance camera through the Internet to forward / reverse the unmanned surveillance camera and effectively monitor it according to the characteristics of the managed object to maximize the efficiency and economic efficiency so that one surveillance camera can achieve multiple surveillance camera effects. The present invention relates to a remote control unmanned mobile surveillance camera using the Internet.

In general, unmanned surveillance cameras are installed to prevent traffic accidents and intruders.

However, since such unmanned surveillance cameras are fixedly installed in a specific area or area, there is a problem that only the limited situation occurring in the installation area or area has to be recognized. Especially, in the case of illegal parking and stopping of vehicles, the unmanned surveillance camera Due to the prevalence of illegal devices that inform the driver of the installation point of the airport, the monitoring target cannot be confirmed by the carelessness or misunderstanding of the monitoring method such as difficulties in efficient control and monitoring methods such as banks, malls, department stores and apartments. Surveillance was not effective for intruders who were aware of local circumstances.

Therefore, the present invention is to solve the above-mentioned problems, the purpose is to detect the road traffic situation associated with the vehicle driving and vehicle control or unmanned surveillance installed by various purposes, such as monitoring the bank, mall, department store, apartment parking According to the characteristics of the object, the administrator can remotely control the unmanned surveillance camera through the Internet to move the camera to effectively monitor the characteristics of the managed object to maximize the efficiency. The present invention relates to a remote control unmanned mobile surveillance camera.

In order to achieve the above object, the present invention provides a web server that can be accessed by the administrator through the Internet, a receive control (RC) connected thereto, and a driving body coupled to a moving rail at the bottom of the H beam, and an unmanned surveillance camera located at the lower portion of the driving body. It is characterized by the administrator's remote control through the internet to move and monitor the surveillance camera according to the nature of the management object.

As such, the present invention uses a web server unlike a PC base, and forms a web gateway and a swap gateway on the server so that remote facility management and DB can be managed under both Internet environments (web, WAP). TCP / IP is used to control the management object for the signal and status signal, and the unmanned surveillance camera 360 is connected to the lower part of the driving body by the power transmission means that matches with the driving force of the driving motor capable of forward / reverse driving. Rotate, and the upper part inside the driving body is equipped with a roller to be coupled on the trajectory of the moving rail, and the forward / reverse control of the driving motor and the unmanned surveillance camera are controlled by the command signal received from the main computer of the administrator. It has a feature configured to include a control unit for controlling the transmission of the image data through.

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

Figure 1 is a block diagram showing the configuration of the remote control device of the present invention, the present invention is a web server 11 and receive control (12; RC), the driving body 13, connecting through a PC of the manager 10, It consists of an unmanned surveillance camera (14).

The web server 11 uses embedded Linux, and supports programming standards such as Java (JABA) and HTTP, and the source is open to enable rapid response to bugs and has excellent stability.

It performs control of receive control (RC), FTP, ARP, SMTP, RTP, Web, WAP (Wireless Application Protocol) and PPP server functions, surveillance camera control and RS485, PTZ, Ethernet communication. .

The RC 12 includes an EPROM, an SRAM, an A / D converter, a serial port, and the like, to convert a data signal from the web server 11 into an electrical signal to perform an instruction on a required channel. Control data of PAN / TILT, ZOOM, FOCUS or CAMERA or LIGHT by data communication with controller, and built-in PORT that supports RS485 and RS422 communication can control up to 255 receivers with one controller or DVR .

The driving main body 20 is composed of a driving main body 20 largely coupled to the H beam 21 and a Doom monitoring camera 30 positioned above the driving main body 20.

The unmanned surveillance camera 30 is rotated 360 ° by a PAT / TILT 25 which is a power transmission unit engaged with the driving power of the driving motor 24 capable of forward / reverse driving in the lower portion of the inside of the driving body 20. It is installed so as to, and the upper end of the inside of the drive main body 20 is installed so that the roller 23 to be coupled on the trajectory of the moving rail is attached.

Referring to the operating state of the embodiment of the present invention configured as described above are as follows.

The administrator 10 connected to the Internet enters a URL (Uniform Resource Locator) on the monitor screen of the PC and accesses the web server 11 to display a corresponding screen for controlling the management object 40. When the screen is displayed, select the control mode.

The web server 11 communicates with the web server 11 through TCP / IP (Communication Control Protocol / Internet Protocol) and CGI (Common Gateway Interface). When the control signal is analyzed, the control signal is output to the RC 12. When the signal is in the standby state in the RC 12 and transmitted to the driving body 20 after analyzing the control signal, when the forward / reverse driving command signal is received through the RC 12, the power is supplied to the driving motor 24. Accordingly, the ruler 23 is driven by the output end of the drive motor 24 and the gear device 22 provided in the ruler 23 to move the drive body 20 along the trajectory surface of the H beam 21. While moving, the unmanned surveillance camera 30 is rotated 360 ° left and right while photographing the management object 40 to transmit a moving picture and a still image to the administrator's PC.

Through such a flow, the manager 10 calls the screen at any time, so that the manager 10 can check and control the remote control object 40 in real time with a monitor and control and monitor the unmanned surveillance camera 30 by moving it. do.

Although specific embodiments of the present invention described above have been described and illustrated, the present invention is not limited to the specific embodiments described above, and it is common in the art to which the present invention pertains without departing from the spirit of the invention as claimed in the claims. Anyone skilled in the art can make various modifications, as well as such changes fall within the scope of the claims.

As described above, the present invention concentrates the management object while the administrator moves the H-beam mounted on the unmanned surveillance camera while the administrator remotely controls the unmanned surveillance camera remotely via the Internet as described above. Because it can be monitored, it is very efficient and economical in its operation because it can monitor the management object by one unmanned surveillance camera instead of many unmanned surveillance cameras.

Claims (3)

When the administrator takes a remote control of an unmanned surveillance camera remotely and moves the unmanned surveillance camera through the Internet to capture an image, It is composed of a doom unmanned surveillance camera 30 located in the lower or upper portion of the driving main body 20 and the driving main body 20 is fixed to the H-beam 21 on the building's outer wall or ceiling of the object to be managed. ; When the manager 10 connected to the Internet connects to the web server 11 on the monitor screen of the PC and displays a screen for controlling the management object 40, the control signal is output to the RC 12. When the control signal is analyzed and transmitted to the driving body 20, when a forward / reverse driving command signal is received through the RC 12, power is supplied to the driving motor 24. Accordingly, an output terminal of the driving motor 24 is applied. The unmanned surveillance camera 30 is rotated left and right by driving the ruler 23 by the gear device 22 provided in the ruler 23 and moving the driving body 20 along the trajectory surface of the H beam 21. Remote control unmanned mobile surveillance camera using the Internet, characterized in that to shoot the management object (40) while rotating to send a video and still images to the PC of the manager (10). The method of claim 1, wherein the left and right symmetry for the smooth forward / reverse drive of the drive body 20 and the stability of the drive body 20 in the inner portion of the drive body 20 coupled with the H beam 21 Remote control unmanned motion monitoring camera using the Internet, characterized in that each of the three rulers (23) consisting of an inverted triangle. The center of the ruler 23 according to claim 1, in order to minimize slipping and vibration during forward / reverse driving of the driving body and to prevent shaking of an image when photographing an unmanned surveillance camera located above or below the driving body 20. O-ring (VITON) is added to the remote control unmanned mobile surveillance camera using the Internet, characterized in that.

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