Extracting pot used for online monitoring

Abstract

The invention provides an extracting pot used for online monitoring. The extracting pot comprises a pot body, a laser emission device, a laser receiving device, a laser detection tank, a near infrared detection tank and a pipeline, wherein the laser emission device and the laser receiving device are vertically mounted on an inner wall of the pot body; the laser emission device and the laser receiving device are arranged oppositely; the laser detection tank and the near infrared detection tank are sequentially mounted on the pipeline; the pipeline is mounted on the outer surface of the pot body. The extracting pot used for the online monitoring can realize the online monitoring of an extracting degree in a traditional Chinese medicine extracting process, is low in cost and simple in structure, and also can be used for modifying old extracting pots.

Description

Technical field [0001] The invention relates to an extraction tank, in particular to an extraction tank for online monitoring. Background technique [0002] Extraction is a very important process in the preparation of traditional Chinese medicine, because the tank is airtight and has a sandwich protection. The liquid level is judged through the observation mirror, and the accuracy is poor, resulting in poor stability and uniformity of the traditional Chinese medicine product. The traditional method requires offline detection after sampling to obtain the quality parameters of the sample in the extraction tank. The detection information has a hysteresis, cannot achieve real-time monitoring, and cannot meet the requirements for uniform and stable quality of traditional Chinese medicine products. Summary of the invention [0003] Problem to be solved: In view of the above problems, the present invention provides an extraction tank with real-time monitoring, low cost, and simple struct...

AI Technical Summary

Problems solved by technology

[0002] Extraction is a very important process in the preparation of traditional Chinese medicine. Because the tank is airtight and protected by an interlayer, the liquid level is judged by the observation mirror, and the precision is poor, resulting in poor stability and uniformity of the traditional Chinese medicine product.

The traditional method requires off-line detection after sampling to obtain the quality parameters of the sample in the extraction tank. The detection information has a lag and cannot be monitored in real time, and cannot meet the requirements for uniform and stable quality of traditional Chinese medicine products.

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