A Pipeline Steel Pipe Processing System Based on 3D CAD Design

Abstract

The invention discloses a pipeline steel pipe processing system based on three-dimensional CAD design, which includes a control unit, a material storage unit, a material transmission unit, and a blanking processing unit. The control unit includes a three-dimensional CAD model recognition device, and the storage The material unit is connected to the blanking processing system through the material transmission unit, and the control unit also includes a connection with a three-dimensional CAD model recognition device and can convert the three-dimensional recognition feature obtained by the three-dimensional CAD model recognition device to recognize the three-dimensional CAD model into a process instruction process control device. The present invention can realize the mechanization and high-precision production of required steel pipes, greatly improve the processing precision of processed steel pipes, and make the specifications of the produced steel pipes tend to be uniform. At the same time, the highly automated processing method of the present invention can effectively improve production efficiency and reduce Enterprise processing costs, saving production resources.

Description

technical field [0001] The invention belongs to the field of pipeline processing, and in particular relates to a pipeline steel pipe processing system based on three-dimensional CAD design. Background technique [0002] Steel pipe processing and connection is the central link of pipeline installation engineering, and it is an important process of building design blueprints into engineering entities and connecting individual equipment into a system. Steel pipe processing is mainly the process of straightening, cutting, threading, simmering and making heterosexual pipe fittings, etc. The connection of steel pipes is mostly threaded, and the same threaded connection requires thread processing. There are generally two methods of processing steel pipes: manual and mechanical, and different processing methods are used in view of different process requirements. [0003] At present, my country's pipeline front-end design system has widely used 3D platforms for design, such as PRO-E...

AI Technical Summary

Problems solved by technology

[0004] The steel pipe is processed by mechanical processing. Although the production capacity can be increased compared with manual work, the mechanical processing is carried out by human operation. In the process of mechanical processing, technicians are required to participate in the entire processing process, and the steel pipe is cut manually. , Machining, not only labor-intensive, low production efficiency, but also consumes manpower and material resources, the processing quality of steel pipes cannot be effectively guaranteed, and the unevenness of steel pipes produced in batches still exists, which indirectly increases processing costs. reduced productivity

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