A video monitoring system and monitoring method thereof

Abstract

The application provides a video monitoring system and a monitoring method thereof, the system comprising: a video image acquisition device for collecting video image monitoring data, and sending a request for uploading video image monitoring data to the total video monitoring center; the total video monitoring center, Used to respond to the request for uploading video image monitoring data to determine whether to allow uploading video image monitoring data, if so, allow uploading video image monitoring data, otherwise, prohibit uploading video image data; The timeliness requirements of category video image monitoring data, through the data transmission links of different transmission priorities, obtain the security video image monitoring data and project progress video image monitoring data in the video image monitoring data, obtain the danger alarm data, and send Hazard alert. This application obtains the video monitoring data of the construction site to monitor dangerous events, project progress and quality.

Description

technical field [0001] The present application relates to the technical field of image communication, and in particular to a video monitoring system and a monitoring method thereof. Background technique [0002] The existing traffic construction and highway construction management experience is insufficient, and there are some problems and safety hazards that cannot be ignored during the project construction process, such as someone entering a dangerous site, not wearing a safety helmet at the construction site, and irregular construction operations, etc. Dangerous events cannot be detected and reported to the police in time, which can easily cause safety accidents. In addition, the backward manual monitoring method causes the collection, analysis and processing of monitoring data to lag behind the needs of the construction project, and cannot timely discover and predict potential safety hazards of the construction project. Manual monitoring will lead to poor timeliness of ...

AI Technical Summary

Problems solved by technology

[0002] The existing traffic construction and highway construction management experience is insufficient, and there are some problems and safety hazards that cannot be ignored during the project construction process, such as someone entering a dangerous site, not wearing a safety helmet at the construction site, and irregular construction operations, etc. Dangerous events cannot be detected and reported to the police in time, which can easily lead to safety accidents

In addition, the backward manual monitoring method causes the collection, analysis and processing of monitoring data to lag behind the needs of the construction project, and cannot detect and predict potential safety hazards of the construction project in time

Manual monitoring will lead to poor timeliness of video monitoring, and at the same time, it requires a lot of manpower and material resources

In addition, in the prior art, it is impossible to judge whether the video surveillance data collected by the video image sampling device meets the requirements according to the attribute characteristics and operating characteristics of the video image sampling device, resulting in some unqualified video surveillance data being uploaded to the surveillance system, resulting in errors and redundancy of the surveillance data. Remain

[0003] In the existing traffic construction and highway construction management, it is necessary to compare project data, monitor project progress, and temporarily modify project plans. At present, most office places are not perfect in terms of data security. It may cause illegal personnel to enter it to steal relevant data of the engineering plan, causing certain economic losses

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