Full-automatic bubble cap visual detection mechanism and detection method thereof

Abstract

The invention discloses a full-automatic bubble cap visual detection mechanism. The full-automatic bubble cap visual detection mechanism comprises a conveying assembly, detecting assemblies and a turning assembly, the turning assembly comprises a rotating motor and a turning plate, the turning plate is installed on the rotating motor, the upper surface of the turning plate keeps horizontal with the upper surface of a second running device, and a positive-pressure air cock is installed on the second running device. The invention further discloses a full-automatic bubble cap visual detection method. The full-automatic bubble cap visual detection method comprises the following steps of front face examining, medicine plate turning, back face examining and defect medicine plate removing and counting. Therefore, the occupation space is small, defects on the bubble cap faces and the aluminum foil faces of medicine plates can be detected, the medicine plates detected to have problems can be automatically removed, secondary damage cannot be generated on the medicine plates in the detecting process, the detecting effectiveness is guaranteed, the leak detecting possibility is reduced, and human cost input is reduced.

Description

technical field [0001] The invention belongs to the technical field of pharmaceutical production equipment, and in particular relates to a fully automatic blister visual detection mechanism and a detection method thereof. Background technique [0002] Aluminum-plastic blister packaging has been widely used due to its advantages of easy portability, independent sealing, and easy access to medicines. It has become a commonly used packaging method for pharmaceutical packaging at present. Foreign matter, aluminum foil printing errors and other problems, the traditional method of manual inspection is used to inspect the medicine board, but there are disadvantages such as high manual labor intensity, low detection efficiency, unstable detection results, and easy to be affected by subjective factors. Fatigue, often missed or false detection, can not meet the needs of automated production, the existing blister packaging testing equipment generally covers the two functions of packagi...

AI Technical Summary

Problems solved by technology

[0002] Aluminum-plastic blister packaging has been widely used due to its advantages of easy portability, independent sealing, and easy access to medicines. It has become a commonly used packaging method for pharmaceutical packaging at present. Foreign matter, aluminum foil printing errors and other problems, the traditional method of manual inspection is used to inspect the medicine board, but there are disadvantages such as high manual labor intensity, low detection efficiency, unstable detection results, and easy to be affected by subjective factors. Fatigue, often missed or false detection, can not meet the needs of automated production, the existing blister packaging testing equipment generally covers the two functions of packaging and testing, bulky, expensive, difficult to disassemble and assemble, and the current Pneumatic negative pressure blister detection machines also often cause negative pressure adsorption to cause rupture of the aluminum foil of the medicine plate and increase the failure rate

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