Filtering detection liner compression-resistant metal hose cutting integral device

Abstract

The invention relates to a filtering detection liner compression-resistant metal hose cutting integral device. By connecting liner supports (1) with metal hoses (8) of various diameters in a one-to-one correspondence mode through an electrically control telescopic rod (6), in combination with fixing arrangement of the electrically control telescopic rod (6) and a position clamping device (7) for fixing the metal hoses (8), moving of the liner supports (1) in the metal hoses (8) with the corresponding diameters is achieved; based on the interval, matched with the thickness of a cutterhead body of an electrically control rotary cutterhead (5), between two cylinders in each liner support (1), in combination with real-time capture of the position of the cutterhead body of the electrically control rotary cutterhead (5) between the two corresponding cylinders through a distance measurement sensor (16), intelligent control over cutter plunging, return and secondary cutter plunging of the electrically control rotary cutterhead (5) is achieved, cutting of the metal hoses (8) is achieved, the one-click operation of the whole process is achieved, and the deformation problem of cut ends can be effectively avoided while the cutting working efficiency of the metal hoses (8) is ensured.

Description

technical field [0001] The invention relates to an integrated device for cutting a filter-detection-lined anti-pressure metal hose, which belongs to the technical field of metal hose cutting tools. Background technique [0002] Metal hoses are an important component of modern industrial equipment connection pipelines. Metal hoses are used as wires, cables, wire and cable protection tubes for automated instrument signals and civil shower hoses, with specifications ranging from 3mm to 150mm. However, in practical applications, we can still find deficiencies. As we all know, metal hoses are mass-produced and shipped in bundles. In actual use, users need to intercept and use metal hoses according to actual conditions. It involves the cutting of the metal hose. The metal hose is open at both ends and the structure is interpenetrated. During the cutting process of the metal hose, it is easy to cause the cutting edge to be deformed, and the metal material makes it difficult to rest...

AI Technical Summary

Problems solved by technology

[0003] The technical problem to be solved by the present invention is to provide a filter detection liner that adopts a new electronic control structure design, introduces an electronic control substrate mechanism, and realizes cutting operations based on intelligent detection and control, while effectively avoiding the deformation of the cutting port. Pressure type metal hose cutting integrated device

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