Digital material cutting method and system for building material shunting water section, and storage medium

Abstract

The invention relates to a digital material cutting method for a building material shunting water section, which comprises the following steps of: dividing the building material shunting water sectionand classifying affiliated components which comprise a non-spanning water section component and a transverse spanning water section component; splitting the transverse spanning water flow section component according to the water flow section; and updating the steel bar data when the position of the running water section is changed. The whole upward flowing water section is divided, and the amountis increased more quickly and accurately according to parts; material cutting according to the assembly line section is more reasonable, manual work is met, efficiency is higher, and steel bars, stirrups and hanging bar assembly line sections are more reasonably divided and affiliated. Therefore, the material cutting algorithm of the ultra-long reinforcing steel bar stretching across the assemblyline section component is faster, higher in efficiency and more in line with the manual sample turning thought. Therefore, the attribution of the steel bars divided according to the running water section is more accurate, the field construction requirement is better met, and particularly, the division attribution of the running water sections of stirrups and hanging bars and the correct divisionattribution of the running water sections of plate bottom bars and beam bottom bars are more obvious.

Description

technical field [0001] The invention relates to a one-dimensional wire cutting method in the construction field, in particular to a one-dimensional material cutting and combination method, system, and computer-readable storage medium in the construction field, especially to optimizing the cutting of wire materials such as steel bars and scaffolding steel pipe supports in construction engineering The combined method can be applied to all fields involving the optimal combination of one-dimensional materials in industrial production. Background technique [0002] In the field of architecture, proofreading means that construction technicians list detailed processing lists and draw simple processing diagrams when calculating materials according to drawings. Proofreading is a kind of advanced and difficult technical mental work in the past or today. The calculation process is complex and cumbersome, requiring precision, rationality and optimization. High level of difficulty. It ...

AI Technical Summary

Problems solved by technology

[0013] At present, in the existing technology, there is no good method for the cutting algorithm of super-long steel bars in the cross-flow section area, which is suitable for manual rapid sample cutting.

Especially with the change of the position of the pipeline, the workload of updating component data across the pipeline is even greater

[0014] In addition, the existing software is not completely correct for the division and assignment of the steel bars, stirrups, and hangers across the water section area and meets the needs of on-site construction.

If the attribution is not correct, it will bring great trouble to the construction

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