Monitoring method in video-type safety-protection system

Abstract

The invention discloses a monitoring method in a video-type safety-protection system, which comprises the following steps: A. a digital safety-protection service platform receives a login request of a mobile user terminal through the communication network, authenticates the identity, sets the parameters for taking the monitoring pictures in cooperation with the camera of the local protection area, generates a control monitoring instruction and transmits the control monitoring instruction to the video-type safety-protection gateway; B. the video-type safety-protection gateway searches the camera to be controlled, and forwards the control monitoring instruction to the camera to be controlled; C. the camera takes the video media information, forwards the video media information to the digital safety-protection service platform and informs of the file name of the video media information; and D. the digital safety-protection service platform is connected to the short/multimedia message gateway, and supplies the processed media information file for the mobile user terminal. The invention greatly enhances the usability of users; and any mobile telephone capable of receiving short messages or multimedia messages can monitor.

Description

technical field [0001] The invention relates to the field of network security monitoring, in particular to a monitoring method capable of monitoring through a mobile user terminal. Background technique [0002] With the rise of the camera, the traditional surveillance system has developed from the original closed-circuit surveillance system to the current digital security system. The closed-circuit monitoring system is an important part of monitoring, and its stable performance is crucial to the entire system. Therefore, all image signal generation, transmission, display, recording and control equipment in the system must use stable and reliable high-tech products. Incorporating telephone lines and cable TV lines into the security system makes the original system relatively more reliable and safe. Smoke detectors, temperature detectors, and gas leak detectors in the user's room transmit the collected signals to the alarm controller. These detectors can monitor disasters s...

AI Technical Summary

Problems solved by technology

However, in the case of an emergency alarm, if no one monitors and analyzes the image in the background, the alarm information cannot be effectively viewed. How to realize the emergency alarm and dynamically and timely send the image information to the user becomes the need of the network monitoring system

[0003] However, the above systems are only small-scale, close-range, low-level security

The later smart home monitoring method is only based on the intelligent subsystem, which is relatively independent.

At the same time, because the analog signal transmission distance of audio and video is very short and the data volume is relatively large, the bandwidth requirement is relatively high, it is difficult to realize remote monitoring, and it is not convenient for building automation control; and the transmission of dry analog signal is easily interfered, It will inevitably affect the quality of audio and video; the video cannot be digitalized, and the storage capacity is relatively large

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