4results about How to "Safe and efficient management" patented technology

The invention relates to the technical field of power transmission and transformation construction, in particular to a virtual visual space safety management and control system for power transmission and transformation construction, which is used for solving the problems that the physical condition of a constructor cannot be supervised in real time to judge whether the constructor is dangerous or not, the safety of the constructor during construction is difficult to guarantee, and the safety of the constructor is influenced in the prior art. And safe operation of the power transmission and transformation project cannot be ensured. The physical condition of the constructor is supervised and analyzed in real time through the constructor supervision module so as to judge whether the constructor is in danger during construction, if the constructor is in danger, a manager is warned and reminded in time, the constructor is immediately arranged to stop working and send to a doctor for examination, the safety of the constructor during construction is effectively guaranteed, and the construction efficiency is improved. Personnel safety accidents in a power transmission and transformation project are avoided, and safe proceeding of the power transmission and transformation project is ensured.

The invention discloses an infrastructure construction site safety monitoring method and system based on a semantic segmentation model. The method comprises the following steps: acquiring scene information in an infrastructure construction site; processing the scene information to obtain preprocessed data; analyzing the preprocessed data based on a semantic segmentation model to obtain positioning information of a plurality of target objects; and making a decision according to the positioning information of the plurality of target objects to obtain feedback information, and synchronizing the feedback information to a cloud for storage. According to the invention, safe and efficient automatic monitoring and management of the construction site are realized, and the monitoring accuracy is improved.

The invention belongs to the technical field of incoming safety management, and particularly relates to an incoming personnel information rapid filling and safety management system and method based on a two-dimensional code. The system comprises a reservation platform which comprises a reservation information filling and reporting system, a verification system, a two-dimensional code generation system and an access control system, a reservation visitor fills and reports reservation access information through the platform, the reservation information is transmitted to a visited person background, and the visited person verifies whether the visited person agrees to access or not and generates a factory entering two-dimensional code after agreement; and the visitor controls the gate to be opened to enter the factory by scanning the factory entering two-dimensional code. Compared with the traditional manual registration, the method can greatly simplify the registration process, reduce the registration time, avoid personnel errors, reduce personnel supervision, have data retention and tracing functions, and improve the management efficiency.

The utility model provides a laboratory water bucket platform of waste liquid can be collected belongs to laboratory equipment technical field, technical scheme is, a laboratory water bucket platform of waste liquid can be collected, including the cabinet body, the top of cabinet body is installed with the operation platform, the top of operation platform is installed with the platen, is provided with the wash basin and waste liquid collection pond on the platen, is provided with the faucet above the wash basin, the faucet is fixed in the top of platen, the bottom of wash basin is communicated with the upper end of drain pipe, the lower extreme of drain pipe is communicated with the sewer of cabinet bottom portion, the bottom of waste liquid collection pond is communicated with one end of collection pipe, the other end of collection pipe is communicated with waste liquid bucket, and waste liquid bucket is located inside the cabinet body. The utility model has the advantages of eliminating the back-and-forth operation between the water bucket platform and the waste liquid bucket for the experiment personnel, effectively improving the experiment efficiency, significantly reducing the risk of waste liquid spilling through the closed transmission path, and realizing safe and efficient waste liquid management.