Material automatic identification and simulation assembly system

Abstract

The invention discloses a material automatic identification and simulation assembly system in the technical field of material identification and assembly, and the system comprises an assembly simulation system which is used for a designer to carry out material model design and three-dimensional assembly of a material model; a material management system used for storing materials and storing data information of the materials; a material identification system used for sequentially conveying the materials, identifying image size information of the materials, marking and sorting the materials andstoring the materials in a warehouse; and a material identification system associated with data of the assembly simulation system and the material management system and used for identifying and classifying specifications and models of the materials according to an actual model of the materials and comparing the material models of the assembly simulation system. According to the system, the problems of material design-manufacturing-transportation-use-recovery and other problems in construction processes are solved, a material management system is comprehensively utilized, and fine management and tracking of materials are achieved.

Description

technical field [0001] The invention relates to the technical field of material identification and assembly, in particular to an automatic material identification and simulation assembly system. Background technique [0002] The current construction process of material formwork in the construction industry includes steps such as in-depth design, production and production, trial assembly and acceptance in the factory, numbered transportation, on-site installation, and material recycling. During the construction process, each link is fighting on its own. Taking aluminum formwork as an example, since the design and processing of aluminum formwork as a circulating material, there has been no effective management of specifications, models, etc., and packaging and grouping for specific projects is required before actual use, which is time-consuming and laborious, and the recycling process is inefficient. The specific problems of each process are as follows: [0003] 1. In-depth d...

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Problems solved by technology

[0003] 1. In-depth design: mainly based on drawing plug-ins, 3D auxiliary design has just emerged, there are few types of design tools, few support functions, and the 3D model files that can be exported are highly specialized, and downstream production plants and installation and construction personnel cannot open and view them conveniently and efficiently;

[0004] 2. Production: Based on two-dimensional drawings, the production process is empirical, and the aluminum formwork after production is independent of the design model, and there is no effective relationship;

[0005] 3. In-factory trial assembly and acceptance: In order to prevent processing or installation errors and expose assembly problems in advance, a large amount of manpower, space and other resources are required for assembly, which is time-consuming and laborious, and may also cause damage to the assembly process;

[0006] 4. Numbered transportation: Numbers cannot be managed uniformly, and manual processing of numbers will inevitably make mistakes, and packaging after numbering cannot avoid problems such as lost items in packaging or transportation;

[0007] 5. On-site installation: The installation process is empirical and requires the guidance of the manufacturer. After the materials enter the site, the completeness and post-installation degree of the batch of materials cannot be known. It must be known after the installation is completed. Problems such as installation errors need to wait for upstream professional answers, which will affect the construction period

At present, the recycling technology is mainly based on manual sorting. Some manufacturers in the market try to spray QR code marks when they leave the factory, but most of them are lost and damaged after returning to the factory, which cannot be reused, and the recycling efficiency is low.

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