Intelligent type pharmaceutical separation device

Abstract

The invention discloses an intelligent type pharmaceutical separation device. The intelligent type pharmaceutical separation device comprises a machine body and a separator arranged on the machine body. The separator is a cyclone separator, and the cyclone separator is connected with a special-shaped separation chamber. The intelligent type pharmaceutical separation device is characterized in that an air inlet of the special-shaped separation chamber is formed in the relative outer side of a material input duct in a corresponding manner; an air returning opening of the special-shaped separation chamber is formed in the side, opposite to the air inlet of the special-shaped separation chamber, of a recycling duct of the special-shaped separation chamber in a corresponding manner, and an air outlet of the special-shaped separation chamber is formed in the side, opposite to the air inlet of the special-shaped separation chamber, of a collection duct in a corresponding manner; and the air outlet and the air returning opening of the special-shaped separation chamber can be each provided with an air door with the adjustable opening degree. The intelligent type pharmaceutical separation device integrates pulverization and screening and is high in work efficiency; the intelligent type pharmaceutical separation device is extremely simple and reasonable in structure, high in work efficiency and long in service life; and diversified production requirements for multiple types of materials including biomass particulate raw materials can be met.

Description

technical field [0001] The invention relates to a material crushing device. In particular, it relates to an intelligent pharmaceutical separation device for pharmaceuticals. Background technique [0002] In the process of drug preparation, especially in the process of preparing Chinese patent medicines, the smaller the powder particles after the drug raw materials are crushed, the easier the active ingredients of the drug raw materials can be further extracted and utilized. The more commonly used pulverizers mainly include grinding mills and hammer mills. The hammer mill mainly relies on the impact to crush the material. The material enters the crusher and is crushed by the impact of the high-speed rotating hammer. Mutual impact and crushing, the materials smaller than the gap between the screen bars are discharged from the gap, and some larger materials are crushed by the impact and extrusion of the hammer on the screen bar again, and the material is squeezed out from the...

AI Technical Summary

Problems solved by technology

[0003] However, most of the existing hammer mills used in pharmaceuticals have unreasonable settings and matching structures for hammers, screens, and crushing chambers, and their functions are relatively single, which cannot meet the diverse production requirements of biomass particle raw materials, and has a short service life. The crushed material cannot be quickly discharged from the crushing chamber in time, resulting in a relatively low crushing efficiency

[0004] However, the existing preparation method of drug powder is generally to first pulverize with a pulverizer, and then sieve with a sieving machine, which requires the use of two different equipment, so the production efficiency is not high

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