Size detection tool of automotive rear torsion beam assembly

Abstract

The invention provides a size detection tool of an automotive rear torsion beam assembly. The size detection tool comprises a base, wherein placing racks are arranged on the base; fixing devices are arranged between the placing racks; a transverse rail is arranged above the base; an automatic scanning device is arranged on the transverse rail and is driven to move on the transverse rail by a moving device; a processing electric cabinet is arranged on the right side of the base; a data transmission device is arranged on the automatic scanning device and is used for transmitting data scanned by the automatic scanning device to the processing electric cabinet; a display screen is arranged on the processing electric cabinet and is used for displaying product situation. According to the size detection tool of the automotive rear torsion beam assembly, the placing racks and the fixing devices are used for fixing the products; the automatic scanning device is used for scanning the size of the products; the processing electric cabinet is used for calculating the size and determining whether the size meets the using standard; the detection precision is improved; the positions of the products can be automatically adjusted by an adjusting device; the detection accuracy is improved.

Description

technical field [0001] The invention relates to the field of automobile parts manufacturing, in particular to a specification checker for an automobile rear torsion beam assembly. Background technique [0002] At present, when manufacturing the rear torsion beam of an automobile, it is usually manufactured by welding and stamping. However, it is easy to cause specifications to be inconsistent during manufacture, which affects the use of the rear torsion beam and affects the service life of the rear torsion beam. Therefore, it is necessary to correct the rear torsion beam. Beam specifications are tested to ensure that the size specifications of the rear torsion beam meet the use standards. The current supervision is usually to detect the size manually, or simply to measure the size by placing and detecting pins. The detection accuracy is insufficient and the efficiency is low. . Therefore, it is particularly important to solve the problems of low precision and low efficiency...

AI Technical Summary

Problems solved by technology

[0003] The purpose of the present invention is to provide a specification inspection tool for the rear torsion beam assembly of an automobile. The product is fixed by a placing frame and a fixing device, and the product size is scanned by an automatic scanning device, and the specification is calculated and judged by processing the electric cabinet. Whether it conforms to the use standard solves the problem of low precision and low efficiency in the specification detection of the rear torsion beam assembly of the car

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