Automatic bimetal composite pipe machining production line based on Internet of Things

Abstract

The invention relates to an automatic bimetal composite pipe machining production line based on the Internet of Things. The automatic bimetal composite pipe machining production line comprises manufacturing equipment and an adaptive system. The manufacturing equipment comprises sorting equipment and combining equipment. The sorting equipment comprises an inner pipe detector, an outer pipe detector, an inner pipe screening device and an outer pipe screening device. The combining equipment comprises bimetal composite pipe assembling equipment. The adaptive system comprises an inner pipe detection module, an outer pipe detection module and an inner pipe and outer pipe adaptive module. An inner pipe and an outer pipe are classified through the outer pipe detector and the inner pipe detector, classified storage is conducted through the inner pipe screening device and the outer pipe screening device, classification data are provided through the inner pipe detection module and the outer pipedetection module, finally, the inner pipe and outer pipe adaptive module is adopted for conducting inner pipe and outer pipe tolerance adaptation, and a finished product is finally obtained through the combining equipment.

Description

technical field [0001] The invention relates to an automatic processing production line for bimetallic composite pipes based on the Internet of Things, and belongs to the field of pipe testing equipment. Background technique [0002] Bimetal composite pipes are generally combined by extrusion equipment, but due to manufacturing process problems, the same batch of pipes will have different deviations from the standard size, which will lead to different combinations of different pipes. In one case, the hydraulic cylinder will be damaged due to excessive pressure of the combined equipment, and in the other case, the matching clearance will be too large, resulting in poor bonding strength. Contents of the invention [0003] The technical problem to be solved by the present invention is to overcome the technical problems in the prior art and provide an automatic processing line for bimetallic composite pipes based on the Internet of Things. [0004] The technical solution adop...

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Problems solved by technology

[0002] Bimetal composite pipes are generally combined by extrusion equipment, but due to manufacturing process problems, the same batch of pipes will have different deviations from the standard size, which will lead to different combinations of different pipes. In one case, the hydraulic cylinder will be damaged due to excessive pressure of the combined equipment, and in the other case, the matching gap will be too large, resulting in poor bonding strength.

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