An engineering site management system

Abstract

The invention relates to an engineering field management system, and belongs to the technical field of engineering management systems. According to the invention, the unmanned aerial vehicle is adopted to shoot the engineering field so as to reduce investment of large equipment and manpower . A path planning result is obtained by inputting an image of an engineering field to be tested into a preset neural network, and an unmanned aerial vehicle can realize automatic shooting according to the path planning result, so that the information acquisition efficiency is effectively improved. Video information and engineering information collected on the engineering site can be transmitted through the ad hoc network, so that an engineering site is remotely managed, and the management cost is reduced. Each manager can upload the collected video information and engineering information to a server so that information sharing is achieved, the server can further generate corresponding analysis results according to the video information and the engineering information, and when the managers inquire the analysis results through the server, the managers can accurately manage the engineering site.

Description

technical field [0001] The invention relates to the technical field of engineering management systems, in particular to an engineering site management system. Background technique [0002] It often takes a long period of time for construction projects to go from the pre-development to the post-construction of the project. During the construction process, there are many changing factors that affect the progress, quality and safety of the construction, so it is necessary to pay attention to the situation of the project site in real time and deal with it in time. Due to the complexity of the facilities on the project site, some facilities are low and some are high. For example, wind turbines are hundreds of meters high, and ordinary cameras cannot take pictures of these high facilities. If large-scale equipment such as helicopters are used to take pictures , not only the cost of management is high, but also there may be safety hazards in the shooting when the facility is runni...

AI Technical Summary

Problems solved by technology

Due to the complexity of the facilities on the project site, some facilities are low and some are high. For example, wind turbines are hundreds of meters high, and ordinary cameras cannot take pictures of these high facilities. If large-scale equipment such as helicopters are used to take pictures , not only the cost of management is high, but also there may be safety hazards in the shooting when the facility is running; if the shooting is carried out by workers ascending the height, the personal safety of the workers will not be guaranteed

In addition, because the project site has many points and is scattered geographically, it is difficult to remotely manage the project site

Furthermore, since the on-site management personnel are scattered in different locations of the project site, the project site information collected by each cannot be shared with each other, so it is impossible to accurately grasp the detailed situation of the project site and make timely countermeasures

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