High-altitude installation operation efficiency visual management system

Abstract

The invention discloses a high-altitude installation operation efficiency visual management system. The visual management system comprises a positioning system, an electronic fence, a signal base station and electronic chip equipment. The electronic chip equipment is in interactive connection with the positioning system through the signal base station, and the electronic fence is arranged on the periphery of high-altitude installation operation. Positioning of the electronic chip equipment is achieved through the positioning system, the positioning position is compared with the area of the electronic fence, and visual monitoring and early warning of high-altitude installation operation efficiency are achieved. A BIM model is established in the BIM platform of the PC terminal. A traditionalextensive manual high-altitude operation management mode is adopted. through BIM secondary development, BIM process simulation and the positioning system and the video monitoring system are integrated in the BIM model. Personnel is optimized according to the big data. 3D simulation is performed by adopting the BIM, training and disclosure are performed, a cost analysis module is added into the BIM model, a repeated analysis result is determined as a standard process, and the standard process, video and data are stored to guide subsequent work.

Description

technical field [0001] The invention relates to the related technical field of hoisting and installation operation efficiency in civil engineering, in particular to a hoisting and installation operation efficiency analysis method and a device system. Background technique [0002] In the process of building construction, the height of high-altitude operations is getting higher and higher, and there are more and more high-altitude operation modes. This results in that when working on the tower, the distance from the ground for high-altitude workers has increased from the original tens of meters to the current tens of meters, or even More than one hundred meters. With such a height difference, the person in charge of the work can no longer see clearly how the workers on the pole are working under the tower, and the work orders cannot be issued. It is becoming more and more difficult for the workers on the pole to cooperate with the ground personnel. Collaborating partners comm...

AI Technical Summary

Problems solved by technology

The smart construction site personnel management system does not have a real-time monitoring and display tracking and early warning mode; the installation procedure of the smart construction site personnel management system is relatively complicated, and it is more costly to deploy multiple points in large construction structures; the smart construction site personnel management system combines Bluetooth positioning Having issues with battery life

[0006] At present, there is no method and device for intelligently analyzing the efficiency of high-altitude installation operations. A method and device system for intelligently analyzing the efficiency of high-altitude operations are provided. The method of intelligently analyzing the efficiency of high-altitude operations can be realized through positioning tracking combined with real-time monitoring and other modes. and devices with high visibility and precision

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