Progress monitoring device for laboratory engineering construction

Abstract

A progress monitoring device for laboratory engineering construction comprises the components of a video acquisition network, a video transmission network, a camera coordinate list, a progress data input interface, a system database, a coordinate data input interface, a model coordinate integration model, a monitoring information integration model and a console. The video acquisition network is composed of a plurality of video servers and a plurality of cameras which are connected with the video servers. The cameras are mounted in each laboratory construction field for capturing construction pictures in real time. The cameras are connected with the video servers. Furthermore the video servers transmit video signals to the camera coordinate list through the video transmission network. The progress monitoring device effectively prevents a defect of incapability of supplying perceptual and comprehensive perception to a manager and constructors. The progress monitoring device has advantages of truly realizing introduction of three-dimensional visual technology into the field of laboratory engineering construction, and obtaining visual management and visual perception.

Description

technical field [0001] The invention relates to the technical field of laboratory engineering, in particular to a progress monitoring device for laboratory engineering construction. Background technique [0002] Various software systems serving the laboratory engineering construction industry have emerged, involving various engineering management departments and design, supervision, construction and other units, forming many application systems for managing project progress, quality, cost, and equipment. However, the current domestic laboratory engineering information management system has relatively simple management methods, which cannot meet the increasing visualization requirements of users. For the construction management of the project, it is generally based on the report data of each unit for data sorting and statistics. Such data display cannot provide perceptual and comprehensive cognition to managers and builders. The introduction of 3D visualization technology i...

AI Technical Summary

Problems solved by technology

[0003] In order to solve the above problems, the present invention provides a progress monitoring device for laboratory engineering construction, which effectively avoids the defect of being unable to provide managers and builders with perceptual and comprehensive cognition

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