31results about How to "Increase monitoring efforts" patented technology

The invention provides a road vehicle monitoring device which comprises a radar detecting and positioning device for detecting a target and measuring the distance from the target to the radar detecting and positioning device, and the position and the speed of the target, a cloud deck capable of being rotationally arranged on the radar detecting and positioning device, at least two laser speed measurers uniformly fixed on the cloud deck, and a control device for receiving data measured by the radar detecting and positioning device, controlling the cloud deck to move, aligning the laser speed measurers to the target and starting the laser speed measurers to measure the speed of the target. According to the road vehicle monitoring device, a vehicle is monitored on the two sides of a road and the vehicle speed is accurately measured.

The invention relates to the field of earthquake monitoring and early warning, in particular to a novel earthquake early warning method having advantages of on-site early warning and front-detection early warning. By the method, the problems that the position of earthquake epicenter cannot be pre-estimated by the conventional on-site earthquake early warning method and an early warning dead zone exists in the conventional front-detection earthquake early warning method can be solved. The method is implemented on the basis of a front-detection monitoring and early warning network and a plurality of on-site early warning monitors Bj. The method comprises the following steps of: interacting monitoring information; determining and executing early warning; and defining a range and executing the early warning. The method has the advantages of the front-detection early warning and the on-site early warning, so the early warning dead zone within a range covered by the front-detection earthquake monitoring and early warning network is eliminated effectively, and early warning signals can be provided in a meizoseismal area; furthermore, favorable early warning measures are provided for earthquake protection of important monitoring areas within a monitoring range, and the requirement of people such as unceasing enterprise on the earthquake natural disaster reduction science and technology can be met.

One or more embodiments of this specification disclose a method, device, electronic equipment and medium for monitoring air pollution. The monitoring method for air pollution is suitable for dividing the target area into a plurality of grid units, and the grid units are areas to be monitored, and the method includes: obtaining the area to be monitored based on monitoring data and impact characteristics Based on the fusion concentration, it is judged that the area to be monitored is an over-standard area; based on the fusion concentration, the over-standard area is integrated; when the integral exceeds the integral threshold, an alarm is given to the over-standard area, It can improve the accuracy of air pollution monitoring and the monitoring of pollution sources, which is beneficial to the governance of the atmospheric environment.

This application relates to a monitoring method, device, monitoring equipment and storage medium for nuclear power plant pipelines. The monitoring equipment acquires multi-point monitoring information corresponding to the pipeline through multiple fiber grating sensors arranged on the pipeline, and then combines the multi-point monitoring information with the predicted Compare the preset threshold intervals to obtain multiple comparison results, and further determine whether there is a target comparison result that meets the preset advanced alarm conditions among the multiple comparison results, and if so, output alarm information corresponding to the advanced alarm conditions. Since the monitoring equipment obtains the target comparison result representing a serious event from multiple comparison results, it can preferentially output the alarm information corresponding to the target comparison result, so that the monitoring personnel can know in time that the alarm is a serious event alarm, thereby improving the quality of the nuclear power plant pipeline. monitoring efforts.