Capsule detecting device

Abstract

The invention relates to a capsule detecting device. The capsule detecting device is characterized in that a motor is installed in a rack, chain wheels are installed on the rack, the motor is connected with the chain wheels through a transmission device, a roller type conveying belt is installed on the chain wheel, a feeding port is formed in one end of the roller type conveying belt, and a discharging port is formed in the other end of the roller type conveying belt; a destaticizing ion wind device, a controller, an operation displayer and a rejecting device are sequentially installed on the rack, the controller is located above the roller type conveying belt, an image detecting device is installed at the bottom of the controller, and the controller is connected with the image detecting device, the rejecting device and the operation displayer. The capsule detecting device can comprehensively and accurately detect internal and appearance defects of capsules to reject the unqualified capsules and collect the qualified capsules; the capsules roll at the detection position so that complete capsule images can be shot, and detection accuracy is ensured.

Description

technical field [0001] The invention relates to a capsule detection device. Background technique [0002] The capsule blanks used by pharmaceutical manufacturers inevitably have defects such as internal defects, internal impurities, appearance gaps, cracks, flower heads, etc., and these defective capsules must be removed. At present, most capsule manufacturers adopt the capsule detection method combining artificial eye selection and manual selection. However, this working method has low detection efficiency, high cost, and high labor intensity. Fatigue has a great impact on the inspection results, and it is easy to cause missed inspections. The detection rate of defective products is low and the quality is unstable. At present, health care and medicine have high hygiene requirements for the environment and materials. Capsules or capsules are directly exposed to human hands. Preparations inevitably produce pollution to capsules or capsule preparations. The manual screening ...

AI Technical Summary

Problems solved by technology

At present, most capsule manufacturers adopt the capsule detection method combining artificial eye selection and manual selection. However, this working method has low detection efficiency, high cost, and high labor intensity. Fatigue has a great impact on the inspection results, and it is easy to cause missed inspections. The detection rate of defective products is low and the quality is unstable. At present, health care and medicine have high hygiene requirements for the environment and materials. Capsules or capsules are directly exposed to human hands. preparations, inevitably resulting in contamination of capsules or capsule preparations

The manual screening method is low in efficiency, high in cost, and has the defects of missing and wrong picking. Even with auxiliary equipment, there are still many inconveniences. The automatic detection of capsules, especially the equipment and technology of online automatic detection of capsules is less open

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