A real-time image monitoring and recording system suitable for the overall synchronous lifting of the roof structure

Abstract

The invention belongs to the field of construction of large-span space structures, and particularly relates to a real-time image monitoring and recording system suitable for integrally hoisting a roof structure synchronously. The real-time image monitoring and recording system comprises front-end data and image acquisition systems, a data transmission system and a data and image integrated display system, wherein a plurality of front-end data and image acquisition systems are provided; in the integrally hoisting process, a real-time image is acquired by the front-end acquisition systems, transmitted to the data and image integrated display system through the data transmission system, and is displayed in the data and image display system. The real-time image monitoring and recording system has the benefits as follows: the real-time image monitoring and recording system suitable for synchronous hoisting is not restricted by the hoisting height and the hoisting amplitude, the synchronous condition of the hoisting displacement of the structure can be seen very directly, the operation is convenient and flexible, and the reliability is high.

Description

technical field [0001] The invention belongs to the field of large-span spatial structure construction, and in particular relates to a real-time image monitoring and recording system suitable for synchronous lifting of a large-span roof structure as a whole. Background technique [0002] After the structural ground is assembled, the construction party is raised as a whole, and a large amount of work can be completed on the ground, which reduces the amount of tooling and scaffolding, avoids high-altitude operations, reduces the difficulty of project safety management, and can form multi-point and multi-surface flow operations to speed up ground assembly. The progress is conducive to the precision control of engineering installation; in addition, the force of the overall lifting structure also satisfies the boundary conditions of the structural design to the greatest extent. Due to the above advantages, more and more projects are constructed using the overall lifting method af...

AI Technical Summary

Problems solved by technology

[0010] The above two displacement monitoring methods, (A) are theoretically feasible, but are often difficult to implement in practice due to safety and other reasons, and the inspection will take time and effort when there are many lifting points; The data is compared and analyzed. To improve efficiency when there are many measuring points, it is necessary to arrange several groups of measuring personnel to monitor at the same time, and special data analysts are also required to conduct timely data summary and analysis; the common disadvantage of the two monitoring methods is that monitoring process is not intuitive

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