A kind of Pinellia infiltration tank with quantitative feeding

Abstract

The invention discloses a Pinellia infiltration tank with quantitative feeding, including a feeding box and an infiltration tank. The feeding box is installed on the top of the infiltration tank, a processing box is arranged inside the feeding box, and a feeding port is installed on the top of the feeding box. There is a conversion frame inside the conversion frame, the conversion frame is "V" type, the bottom of the conversion frame is installed with a base plate, the top of the base plate is installed with a first partition, and the bottom of the base plate is installed with a second partition. In the infiltration tank for quantitative feeding of Pinellia sinensis of the present invention, the conversion frame, the first support plate and the second support plate can be used for quantitative feeding of Pinellia sinensis, which can better carry out the treatment of Pinellia sinensis in subsequent steps. Soaking, through the up and down movement of the push rod motor, the first clapboard and the second clapboard are respectively raised and shrunk forward and backward, so as to realize the quantitative transfer of Pinellia sinensis. The contact surface between summer and water reduces the contact rate between Pinellia and increases the infiltration efficiency.

Description

technical field [0001] The invention relates to the field of traditional Chinese medicine equipment, in particular to a Pinellia infiltration tank for quantitative feeding. Background technique [0002] The raw product of Pinellia is poisonous, can halberd the throat, cause vomiting, sore throat, and aphonia. Generally, it should not be taken orally, and it is mostly used externally. , it is necessary to infiltrate and process Pinellia with water or other drugs, thereby reducing the irritation of Pinellia. In the process of processing Pinellia, it is mostly soaked and bleached for a long time, and the toxic components of Pinellia are insoluble or insoluble in water. Therefore, soaking cannot achieve the purpose of detoxification, and in the soaking process, the loss of water-soluble components is about 88.1%, the loss of alcohol-soluble components is 87.5%, and the loss of alkaloids is 50%. loss. [0003] In the process of infiltration of Pinellia, if a large amount of Pin...

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Problems solved by technology

[0002] Pinellia raw products are poisonous, can stab people's throat, cause vomiting, sore throat, and loss of sound. Generally, they are not suitable for oral administration and are mostly used externally. However, they can be used as decoctions instead of pills and powders. Therefore, Pinellia is used before medication. Pinellia needs to be infiltrated with water or other drugs to reduce the irritation of Pinellia. During the processing of Pinellia, it is soaked and bleached for a long time, and the toxic components of Pinellia are insoluble or difficult to dissolve in water. , so soaking cannot achieve the purpose of detoxification, and in the soaking process, the loss of water-soluble components is about 88.1%, the loss of alcohol-soluble components is 87.5%, and the loss of alkaloids is 50%. Therefore, it is considered that the soaking time should be shortened to avoid the loss of active ingredients loss

[0003] In the process of infiltrating Pinellia, if a large amount of Pinellia is infiltrated at one time, the infiltration effect of Pinellia will be insufficient, and the effect will deviate from the expected result. The soaking time of Pinellia can avoid the loss of its active ingredients. At the same time, Pinellia will float on the water surface during the soaking process. Due to the limited volume of the soaking pool, Pinellia will be stacked during the soaking process, and the top layer of Pinellia cannot be guaranteed. The soaking effect of Pinellia and pinellia in the lower layer is the same, so we propose a quantitative feeding Pinellia infiltration pool

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