A rotating 360-degree product burr detection device

Abstract

The invention discloses a rotary type 360-degree product burr detecting device. The device comprises a worktable, wherein a discharging port at the left side of a vibrating tray is connected with a vibrating guide rail, a splitting part comprises a splitting block, the front end of the splitting block is connected with the end of the vibrating guide rail, the rear end of the splitting block is connected with a splitting cylinder, a stock moving part comprises a manipulator, the lower side of the manipulator is connected with a product moving fixture, the lower end of a rotary fixture is fixedto an output shaft end of a servomotor, a first observation hole, which is downwards concave inwardly, is formed in the center of the surface of the rotary fixture, the two sides of the first observation hole serve as locating tables, second observation holes penetrate through interior of centers of the locating tables and are vertical to the first observation hole, each product comprises a substrate, and two parts to be detected are symmetrically fixed to the lower surface of each substrate. The device has the effects that the splitting block accurately separates the products, two optical cameras detect burrs in a 360-degree dead-corner-free manner, and the efficiency of detection is high.

Description

technical field [0001] The invention relates to a product burr detection device, in particular to a rotary 360-degree product burr detection device. Background technique [0002] At present, the requirements for electronic product components are getting higher and higher, the product processing precision is high, and there are no defects such as burrs on the surface. The existing detection methods use a magnifying glass to magnify the surface of the product and compare it with good products to detect defects such as burrs on the surface of the product. The disadvantages of manual detection are: first, manual detection needs to be flipped one by one for detection, and then manually compared and judged, the detection efficiency is low, and a large amount of labor and space are required, the labor cost is high, and it is not suitable for large-scale serialization production; second, some products are relatively small, and it is difficult to turn over the surface; third, manual ...

AI Technical Summary

Problems solved by technology

[0002] At present, the requirements for electronic product components are getting higher and higher, the product processing precision is high, and there are no defects such as burrs on the surface. The existing detection methods use a magnifying glass to magnify the surface of the product and compare it with good products to detect defects such as burrs on the surface of the product. The disadvantages of manual detection are: first, manual detection needs to be flipped one by one for detection, and then manually compared and judged, the detection efficiency is low, and a large amount of labor and space are required, the labor cost is high, and it is not suitable for large-scale serialization production; second, some products are relatively small, and it is difficult to turn over the surface; third, manual inspection, the measurement results and speed are greatly affected by the proficiency and experience of the measurement personnel, and there are large human judgment errors and detection errors The rate is high, the follow-up production will increase the defective products, and the assembly pass rate is low; Fourth, due to the different force, some vulnerable parts are easy to be damaged due to the manual turning of the products.

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