KR20120124321A

KR20120124321A - Transmission of an inspection camera filming image, the devices that management is possible and the way

Info

Publication number: KR20120124321A
Application number: KR1020110042160A
Authority: KR
Inventors: 안호일
Original assignee: 안호일
Priority date: 2011-05-03
Filing date: 2011-05-03
Publication date: 2012-11-13

Abstract

PURPOSE: A transmitting and managing apparatus of a monitoring camera photographed image and a method thereof are provided to recognize an operation of a monitored object by using an existing monitoring camera, convert the photographed monitoring image into a digital image, and to wirelessly transmit the digital image. CONSTITUTION: A monitoring camera(100) photographs a monitoring condition of a monitored object. The monitoring camera transmits the photographed monitored image to an image module(300). The image module performs the recognition, addition, or deletion of the adjacent monitoring camera. The image module converts an analog image into a digital image according to a transmission format. The image module transmits the monitored image to an image server(500).

Description

Transmission of an inspection camera filming image, the devices that management is possible and the way}

The present invention relates to an apparatus for transmitting and managing an image captured by a surveillance camera, and an apparatus and method for transmitting, storing, and managing an image photographed by a surveillance camera.

3G is the third generation mobile phone system. It is a digital mobile phone system in accordance with the IMT-2000 standard set by the International Telecommunication Union (ITU). In the 1980s, if the analog system centered on voice calls was the first generation, the digital system after the second generation is the second generation mobile communication. On the other hand, the third generation according to IMT-2000 is characterized by the addition of high-quality voice calls, high-speed data communications, and video functions using data communications.

According to the International Telecommunication Union standard for 3G mobile telecommunications technology, it uses a frequency of 2Ghz, the transmission speed reaches 2Mbps, and up to 385Kbps when the mobile terminal user is moving enough to stop or walk, 128Kbps in a running car, fixed or If it is stopped, it can achieve 2Mbps speed, and it is possible to send and receive video between mobile terminal subscribers anytime and anywhere.

4G is the successor to 3G, the fourth generation of mobile phones. It was adopted as the world's common frequency at the World Radio Conference (WRC) held in 2007, and it was established as a communication standard. Compared to the 3G frequency band of 2GHz, 4G can achieve high speed and high capacity communication because it is about 50Mbps ~ 1Gbps, and it has the feature that it can use fixed and mobile communication networks evenly in connection with wireless LAN or Bluetooth.

As an example, a video on demand (VOD) service that is currently in commercialization is introduced as an example. A subscriber of a mobile communication terminal uses his mobile communication terminal to connect with a video of his / her desired field, that is, a music video, internet broadcasting, cartoon or movie. Various color video contents such as video works, news, etc. are being used in real time.

As described above, the recent mobile communication terminals have been positioned as a means of capturing and transmitting photographs and moving pictures, beyond their simple functions as mediators of past voice calls.

On the other hand, in recent years, the demand for unmanned security systems and security systems is rapidly increasing.

In general, surveillance camera systems have been used to monitor a large number of places with a small number of security personnel in places where security is required, such as corporations, banks, and government offices. Recently, it is showing big growth.

As such, the conventional surveillance camera system is composed of a wired camera, a cable, a VTR (DVR), a video mixer, and a monitor. In general, a plurality of cameras are intensively connected to a management place such as a management room, so that a small number of monitors can monitor a plurality of images. It is implemented to monitor.

This may be necessary to quickly respond to an unexpected emergency, such as a fire, or in situations where supervision and monitoring of the monitored object are essential (e.g., buildings, industrial sites, storage, expensive goods). In particular, the demand is increasing.

In the conventional unmanned security system or security system, a plurality of remote surveillance cameras and a digital video recorder (DVR) for storing and recording images taken by the remote surveillance cameras are used. Surveillance function is implemented by extracting the image of and verifying it individually, or by adding a sensor device to control simple operation of the digital storage device, the monitoring function is only performed.

In addition, the digital storage device of such a configuration is an expensive device, it is difficult for ordinary users to easily purchase and utilize.

The present invention has been made to solve the above problems, by using a surveillance camera that is installed and used as it is, digitally converts the captured surveillance image by recognizing the motion of the monitored object, and at least the converted sensing image It is an object of the present invention to provide an apparatus and a method for wirelessly transmitting, storing and managing one or more storage devices.

Accordingly, in order to achieve the above object, a device for transmitting or receiving a surveillance image captured by a surveillance camera operating in connection with a power supply device for applying power to at least one or more storage devices, wherein the surveillance camera is a surveillance situation of the monitored object. In the video module and the video module to detect and detect the position of the surveillance camera and the transmission camera to detect and transmit the data transmitted from the surveillance camera to convert the analog video into a digital video according to the transmission format It consists of a video server that can store, search, and manage the transmitted video.

The image acquired by the surveillance camera is characterized in that the surveillance image can be obtained in infrared, heat detection, color, black and white.

The image module is characterized in that a built-in function for recognizing, adding, and deleting a surveillance camera near a plurality of surveillance cameras.

The surveillance camera, the image module, and the image server may be wirelessly transmitted at each transmission.

According to the present invention, when using a surveillance camera transmission image management, using the device, it is possible to recognize the adjacent surveillance cameras among a plurality of surveillance cameras installed, it is possible to use the existing surveillance cameras that are installed and used as it is to reduce the cost It can convert analog video taken from surveillance camera into digital video, and then store and manage it. Invention.

1 is a block diagram showing a preferred embodiment of the present invention
2 is a flow chart showing a preferred embodiment of the present invention
Figure 3 is a block diagram showing another preferred embodiment of the present invention
Figure 4 is a block diagram showing another preferred embodiment of the present invention

This invention will be described with reference to FIGS. 1 to 4.

First, as shown in FIG. 1 or 2, in the apparatus for transmitting or receiving the surveillance image photographed by the surveillance camera 100, which is connected to the power supply device 600 to apply power to at least one or more storage devices ,

The surveillance camera 100 detects and recognizes the position of the surveillance camera 100 and the surveillance camera 100 which photograph and output the surveillance situation of the monitored object, and transmits the image input from the surveillance camera 100. It is configured to include an image module 300 for converting and outputting an analog image to a digital image according to the data and the image server 500 for storing, searching, and managing the image input from the image module 300. .

The surveillance camera 100 operates as a basic power supply unit 600 using a general electric wire, and adopts a separate auxiliary power source 610 to operate as an auxiliary power source 610 for a predetermined time in the absence of the power source device 600. It should be configured to do that. In addition, the surveillance image acquired by the surveillance camera 100 should be capable of acquiring surveillance images such as infrared rays, heat sensing, color, and black and white.

The image module 300 is capable of recognizing, adding, and deleting the adjacent surveillance camera 100 when configuring the plurality of surveillance cameras 100, as shown in FIG. As shown in FIG. 5, data of the surveillance video may be transmitted to the plurality of video servers 500.

The image server 500 may store and back up by setting a name for each image in order to easily record, store, and retrieve the surveillance image transmitted from the image module 300. In addition, the stored video is stored, searched, and managed for each image module 300.

Here, the video server 500 may also protect personal information by not allowing surveillance images other than the related person.

The surveillance camera 100, the image module 300, and the image server 500 should be capable of transmitting in a wireless communication (200, 200 ') method when transmitting each surveillance image. In this case, the wireless communication method includes a method having a function of wirelessly transmitting data using 3G and 4G.

The 3G is the third generation mobile phone system, and is a digital mobile phone system according to the 'IMT-2000' standard set by the International Telecommunication Union (ITU). The third generation according to IMT-2000 is characterized by the addition of high-quality voice calls, high-speed data communications, and video functions using data communications. This is to send and receive video anytime, anywhere between users using a mobile communication terminal.

4G is the successor to 3G, the fourth generation of mobile phones. Adopted as the world's common frequency at the World Radio Conference (WRC) held in 2007, it was established as a communication standard.Ultra high-speed mass communication is possible because 4G is 50Mbps ~ 1Gbps, whereas 3G is 2GHz. It is possible to realize, and can be used evenly fixed and mobile communication network in connection with the wireless LAN or Bluetooth.

Referring to the operation of the transmission and management of the surveillance camera photographed image of the present invention configured as described above are as follows.

First, the monitoring camera 100, which is generally configured around the building but connected to the power supply device 600 for applying power, photographs the monitoring situation of the monitored object to be monitored.

The captured surveillance image is transmitted to the image module 300 through a wireless communication method 200. For this purpose, the image module 300 may recognize, add, and delete the surveillance camera 100 near the periphery. will be.

The image module 300 that recognizes the surveillance camera 100 converts the analog image into a digital image according to the transmission format after receiving the captured surveillance image and transmitting the image to the image server 500.

The surveillance image converted into the data is transmitted from the image module 300 to the image server 500. In this case, the surveillance image is transmitted to the image server 500 through the wireless communication (200 ') method.

In addition, as shown in FIG. 4, the image module 300 may enable transmission to a plurality of image servers 500 when transmitting to the image server 500.

The surveillance image transmitted from the image module 300 may be stored, searched, and managed by the image module 300 in the image server 500, and the image server 500 may not permit the surveillance image except for the related person. You can also protect your information.

Referring to the method for a device for transmitting and managing the surveillance camera photographed image of the present invention configured as described above are as follows.

Step 1 of taking a surveillance object with the surveillance camera 100 to obtain a surveillance image;

Transmitting a surveillance image captured by the surveillance camera 100 to the image module 300 through wireless communication 200;

A data conversion process of converting an analog image into a digital image according to a transmission format of the surveillance image input through the surveillance camera 100;

Transmitting the surveillance video data converted by the image module 300 to the image server 500 through wireless communication (200 ');

Storing, retrieving, and managing the surveillance image input through the image module 300; It will be made.

3 and 4, when the method is applied, a surveillance image captured by the surveillance camera 100 is captured by an image module 300 having a function of recognizing, adding, and deleting a plurality of surveillance cameras 100. It is possible to transmit to a plurality of video server (500).

When using the transmission and management apparatus of the surveillance camera 100, the captured image as described above, it is possible to recognize the close-up surveillance camera 100 of the plurality of surveillance cameras 100 installed, and the surveillance camera ( 100) can be used as it is, the cost can be reduced, and the analog image captured by the surveillance camera 100 can be converted into a digital image and then stored and managed. The present invention relates to an apparatus capable of exhibiting excellent performance not only in terms of competitiveness but also in terms of technology.

100: surveillance camera 200, 400: wireless communication
300: video module 500: video server
600: power supply unit 610: auxiliary power source

Claims

An apparatus for transmitting or receiving surveillance images captured by a surveillance camera that is connected to a power supply unit for supplying power to at least one or more storage devices.
The surveillance camera may include a surveillance camera for photographing and transmitting a surveillance situation of an object to be monitored in infrared, heat sensing, color, and black and white;
An image module which detects a position of the surveillance camera, recognizes, adds and deletes a nearby surveillance camera, and converts and outputs the image transmitted from the surveillance camera according to a transmission format;
An image server capable of storing, retrieving, and managing an image transmitted from the image module; Transmission and management apparatus of the surveillance camera photographed image, characterized in that including, but transmitting wirelessly at each transmission

Photographing the monitored object with a surveillance camera to acquire a surveillance image;
Transmitting a surveillance image captured by the surveillance camera to an image module through wireless communication;
A step 3 of converting an analog image into a digital image according to a transmission format of the surveillance image transmitted through the surveillance camera;
Transmitting the data converted surveillance image to the image server through wireless communication;
Storing, retrieving, and managing surveillance images transmitted through the image module; Transmission, management method of the surveillance camera shooting video, characterized in that consisting of