Skylight guide rail finish sawing machine gauge

Abstract

The invention relates to a skylight guide rail finish sawing machine gauge which comprises a machine table, a positioning strip and a transverse sliding rail, the middle of the end face of the machinetable divides the end face of the machine table into a length detection face and a marking working face through the transversely-arranged positioning strip, and the two ends of the length detection face are provided with a positioning end detection assembly and a translation end detection assembly respectively. A transverse sliding rail is installed on the rear supplement edge of the length detection face of the machine table, an air cylinder positioning module connected with the translation end detection assembly is installed on the transverse sliding rail, and a marking machine corresponding to the marking working face is installed at the position, close to the installation positioning end detection assembly, of the machine table. The method has the advantages of simple operation, highdetection efficiency, convenient data recording, convenient management, good universality and the like.

Description

technical field [0001] The invention relates to the technical field of precise detection of skylight guide rails, in particular to a inspection tool for fine sawing machines of skylight guide rails. Background technique [0002] When conventional inspection tools detect steel products of auto parts, it is necessary to design matching inspection tools for each part of the inspection part to ensure the dimensional accuracy of the parts. As the size requirements of automotive steel parts become more and more stringent, the detection frequency and precision requirements for products are also getting higher and higher. The current sunroof guide rails have the following problems: the product cross-section is not uniform, and the sawing length is not uniform. Different products are customized with different inspection fixtures, and the inspection fixtures for inspecting products after sawing need to manually record data. One inspection fixture for each product will cause tension in...

AI Technical Summary

Problems solved by technology

As the size requirements of automotive steel parts become more and more stringent, the detection frequency and precision requirements for products are also getting higher and higher. The current sunroof guide rails have the following problems: the product cross-section is not uniform, and the sawing length is not uniform. Different products are customized with different inspection tools, and the inspection tools for inspecting products after sawing need to manually record data. One inspection tool for each product will cause tension in the site, and correspondingly increase management costs, resulting in waste of resources

The above detection methods have defects. 1. Customizing inspection tools for each product will increase manufacturing costs. Manually recording data will cause human factors to cause data errors, and the detection frequency cannot meet the requirements of the production line; 2. The accuracy of measuring products with a tape measure cannot Guaranteed, although the accuracy of the vernier caliper can be achieved, neither of these two tools can detect the verticality of the product after sawing; 3. CMM detection accuracy can be achieved, but the efficiency is not high, and the cost is relatively high

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