Three-dimensional dynamic production management system for prefabricated component field

Abstract

A three-dimensional dynamic production management system for a prefabricated component field, belongs to the field of production management systems, and is characterized by comprising an application server, a database server, a three-dimensional model display system and a self-service printing system. The application server comprises a WEB system and an APP system. The WEB system comprises a prefabricated part field profile module. The system comprises a login account setting module, a BIM model management module, a project section management module, a component data management module, an erection plan management module, a manufacturing pedestal state management module, a storage position management module, an intelligent transportation management module, a prefabricated part query module,a steel bar checking module, a material consumption statistics module and the like. And the WEB system, the APP system, the three-dimensional model display system and the self-service printing systemare all connected with the database server. Through the application of the component data management module, the steel bar checking module and the material consumption statistics module, a prefabricated part yard manager can conveniently and quickly master the consumption condition of concrete and steel bars.

Description

technical field [0001] The invention belongs to the field of production management systems, in particular to a three-dimensional dynamic production management system for prefabricated component yards. Background technique [0002] In highway and high-speed rail projects, bridge construction and high-speed rail CRTSIII type ballastless track slab laying are indispensable. Especially in modern bridge construction, fabricated prefabricated beam structures have been widely used, because the construction of fabricated components has less labor cost and can speed up The construction process, saving wood and other advantages. The girder field for the production of expressway prefabricated beams and the slab field for high-speed railway CRTSIII ballastless track slabs are collectively referred to as the prefabricated component field. At present, the management of most large-scale prefabricated component fields with a production scale of more than 1,000 pieces still relies solely on ...

AI Technical Summary

Problems solved by technology

The construction site of prefabricated components often cannot be erected in sequence according to the design drawings due to reasons such as formwork turnover or geological conditions, but the prefabricated component yards are manufactured in sequence according to the design drawings, which leads to the inconsistency between the erection of prefabricated components and the production sequence

[0004] 2. The efficiency of prefabricated components is low

Usually each piece of prefabricated components weighs tens of tons, and needs to be transported slowly by lifting equipment such as gantry cranes.

[0005] 3. Unlucky and random storage of prefabricated components in the field, it is not easy to query the location

In order to know the storage location of the prefabricated components and facilitate the search for them, technicians have to update the storage drawings of the prefabricated components every day, but this way of working is a waste of manpower and prone to errors

[0006] 4. The automation of material consumption calculation is low

The materials required for the production of prefabricated components mainly refer to concrete and steel bars, but the engineering quantities of materials need to be manually queried one by one from the design drawings and then summarized and analyzed. This working method is time-consuming and laborious

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