Automatic detection line for mechanical parts

Abstract

The invention discloses an automatic detection line for mechanical parts, including a base and a feeding and conveying mechanism and a detection mechanism arranged on the base in sequence. The feedingand conveying mechanism includes a detection feeding manipulator. The detection mechanism includes a detection transmission unit, a size detection unit and a code printer. The size detection unit andthe code printer are arranged in sequence along the detection transmission unit. The size detection unit is disposed between the detection feeding manipulator and the code printer. The detection feeding manipulator is used for feeding parts to the detection transmission unit. The detection transmission unit, the size detection unit and the code printer are respectively used for transmitting parts, detecting the sizes of parts and marking parts with codes. According to the automatic detection line for mechanical parts, through the feeding and conveying mechanism and the detection mechanism, integrated measurement of the length, inner hole and projection of a mechanical part is realized, and qualified products can be marked with codes by laser. Mechanical parts can be detected on a large scale. Compared with manual detection, detection is more efficient, and detection is more convenient, quicker and more accurate.

Description

technical field [0001] The invention relates to the field of mechanical manufacturing, in particular to an automatic detection line for mechanical parts. Background technique [0002] Mechanical parts are the most common basic components in the field of machinery manufacturing. Due to their wide application in the machinery industry, the detection of mechanical parts has become a necessary process in the field of machinery manufacturing. [0003] At present, mechanical parts are usually inspected manually. The inspectors use ordinary scales, measuring tools, etc. to inspect the geometric dimensions of individual shaft parts one by one. The geometric dimensions of each part need to be measured separately. After the inspection, the qualified products Manually classify the unqualified products, and then manually record the detected data one by one. [0004] This detection mode makes the workload of the inspectors heavy and the inspection efficiency is low, and errors in manual...

AI Technical Summary

Problems solved by technology

[0004] This detection mode makes the workload of the inspectors heavy and the inspection efficiency is low, and manual operation inevitably has errors, resulting in a high rate of missed inspections and false detections, and cannot cope with all inspections of large quantities of parts.

Today, when intelligent manufacturing and automated manufacturing are advocated globally, this mechanical part detection mode can no longer adapt to the development trend of today's manufacturing industry.

Images