A Machine Vision Intelligent Capsule Filling System

Abstract

A machine vision intelligent capsule filling system proposed by the present invention includes: a feeding mechanism, a capsule transmission mechanism, a filling mechanism, a packaging mechanism, a feeding mechanism, a first silo, a second hopper and a control module; The mechanism includes a transmission belt, a fixed seat and a driving device; the filling mechanism includes a first support frame, a filling body, a control valve and a first camera device; the first camera device is used to detect the filling station in real time; the packaging mechanism includes a second support frame, packaging device and a second camera; the second camera is used for real-time detection of the packaging station; the unloading mechanism includes a third support frame and a telescopic rod. In the present invention, machine vision technology is used to replace the function of human eyes, so as to realize the full intelligence of capsule filling, packaging, detection, and blanking, which is beneficial to improve the stability of capsule processing, reduce the error rate, and ensure the consistency of capsule quality. Reduce labor costs and improve production efficiency.

Description

technical field [0001] The invention relates to the technical field of machine vision and capsule production, in particular to a machine vision intelligent capsule filling system. Background technique [0002] In the pharmaceutical industry, a large number of medicinal capsules are used. Capsules generally consist of a shell and powder or granular medicine, and the shell serves as a container for the medicine. In the capsule production process, there are two essential processes, namely filling and packaging. Filling is to pour the drug into the shell, and packaging is to seal the filled shell. [0003] At present, there are two ways of capsule production, manual and automatic. The manual production method is time-consuming and labor-intensive, and the production efficiency is low, so it has been eliminated. The automatic production method has high efficiency and low labor cost, but there are the following problems: the capsule filling positioning is not accurate, and the ...

AI Technical Summary

Problems solved by technology

The manual production method is time-consuming and labor-intensive, and the production efficiency is low, so it has been eliminated

The automatic production method has high efficiency and low labor cost, but there are the following problems: the capsule filling positioning is not accurate, and the medicine is easily spilled out of the shell, resulting in waste; the consistency of the medicine poured into different shells cannot be guaranteed; the assembly line Long, the production equipment occupies a large area; it is impossible to accurately distinguish qualified capsules from unqualified capsules, which increases the cost of capsule inspection

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