Multi-station visual inspection mechanism

Abstract

The invention discloses a multi-station visual detection mechanism which comprises a base, a vacuum transporting mechanism arranged on the base, a loading platform and a plurality of detection platforms. The loading platform corresponds to a loading station; the detection platforms correspond to a plurality of detection stations; and the loading station and the detection stations are arranged in sequence. The vacuum transporting mechanism comprises a plurality of vacuum adsorption heads corresponding to the loading station and the detection stations, and a driving mechanism used for driving the vacuum adsorption heads to reciprocate and to transport to-be-detected products in the product flow direction. A plurality of detection CCD assemblies used for detecting product sizes are arranged on the base and correspond to the loading station and the detection stations. According to the multi-station visual detection mechanism, by means of the simultaneous detection capability of multi-station CCDs, the product sizes are detected in a short time; and the multi-station visual detection mechanism has the automatic loading, unloading and sorting functions, the purpose of fast and efficient detection is achieved, and the stability and the precision rate can reach 100%.

Description

technical field [0001] The invention relates to a visual detection mechanism, in particular to a fully automatic high-precision multi-station visual detection mechanism. Background technique [0002] With the rapid development of high-end industrial product processing technology at home and abroad and the increasingly fierce market competition, controlling product quality has become the common pursuit of all enterprises. Product quality has become the top priority in the product production process, showing the quality of each part of the product. Dimensional accuracy control is becoming more and more stringent. For example, parts manufactured by powder metallurgy need to undergo strict dimensional inspection before flowing into the next process. At present, the commonly used detection methods are manual or single-station detection equipment. However, manual detection has large errors, low efficiency, and huge labor costs. The efficiency of single-station detection equipment...

AI Technical Summary

Problems solved by technology

At present, the commonly used detection methods are manual or single-station detection equipment. However, manual detection has large errors, low efficiency, and huge labor costs. The efficiency of single-station detection equipment is low, so it is urgent to develop a multi-station that can automatically go up and down. High-quality, fast and reliable testing equipment to replace manual testing and single-station testing

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