Cone wall thickness and wall thickness difference automatic detection device and detection method thereof

Abstract

The invention discloses a cone wall thickness and wall thickness difference automatic detection device and a detection method thereof. The automatic detection device comprises a workbench, a cone measurement assembly, a positioning rotation assembly and a motion assembly. The cone measuring assembly and the positioning rotating seat assembly are installed on the workbench, the measuring motion assembly is installed below the workbench, and the cone positioning rotating assembly automatically clamps a variable wall thickness cone workpiece and enables the variable wall thickness cone workpiece to rotate freely. The cone measuring assembly is arranged beside the large end of the cone workpiece; the measuring assembly detects the wall thickness and the wall thickness difference of any selected cross section of the detected cone workpiece. According to the invention, automatic detection, automatic clamping and loosening, zero calibration, system error elimination, automatic data reading, automatic analysis, processing and evaluation, and automatic storage and output can be carried out on the wall thickness and the wall thickness difference of any section of the single cone, the influence of human factors on a measurement result is reduced, the measurement precision is greatly improved, the detection process is simplified, and detection work efficiency is improved.

Description

technical field [0001] The invention relates to the technical field of cone wall thickness and wall thickness difference detection, in particular to a cone wall thickness and wall thickness difference automatic detection device and a detection method thereof. Background technique [0002] At present, the wall thickness and wall thickness difference of the cone workpiece are mostly measured by manual metering and mechanical special manual measuring devices. The measurement data is read and recorded manually, and the wall thickness and wall thickness are manually calculated, analyzed and evaluated. This kind of manual measurement device has a large gap in the moving track, poor uniformity of the manual push measurement process, large human errors in the measurement method, poor repeatability, and the original records of the test results are filled in manually. Work efficiency Low, it is difficult to meet the detection work of cone wall thickness and wall thickness difference. ...

AI Technical Summary

Problems solved by technology

[0002] At present, the wall thickness and wall thickness difference of the cone workpiece are mostly measured by manual metering and mechanical special manual measuring devices. The measurement data is read and recorded manually, and the wall thickness and wall thickness are manually calculated, analyzed and evaluated. This kind of manual measurement device has a large gap in the moving track, poor uniformity of the manual push measurement process, large human errors in the measurement method, poor repeatability, and the original records of the test results are filled in manually. Work efficiency Low, it is difficult to meet the detection work of cone wall thickness and wall thickness difference

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