A reaction kettle cover capable of diluting and adding liquid medicine

Abstract

The invention discloses a reaction kettle cover capable of diluting and adding medicinal liquid, comprising a cover body and a dilution box, the center of the cover body protrudes toward the top to form a boss, and the dilution box is fixed at the center of the boss In the through hole, the dilution box is provided with an annular cavity with several stirring balls, the inside of the stirring balls is covered with magnets, and the surrounding sides of the annular cavity near the top and bottom are respectively provided with attracting stirring balls. A moving electromagnet group, the top and bottom of the annular cavity are respectively provided with a liquid channel with a second electromagnetic valve and a flow meter, a diluent pipe is inserted into the liquid channel at the top, and the top of the annular cavity is also Several raw material pipes are inserted, and the dilution pipe and the raw material pipe are screw-sealed through the end cap of the material pipe. By setting the diluent tank as a buffer, the solid raw material and liquid raw material are firstly diluted with the diluent before being put into the reactor body. Avoid high concentrations of ingredients coming into direct contact with each other.

Description

technical field [0001] The invention relates to the technical field of reaction kettles, in particular to the technical field of a reaction kettle cover that can realize the dilution and addition of medicinal liquid. Background technique [0002] In recent years, due to factors such as the discharge of industrial "three wastes", sewage irrigation, the popularization of pesticides and fertilizers, and the development of the mining industry, the problem of heavy metal water pollution has become increasingly prominent. Water is an essential material for human survival, and its pollution will greatly affect human survival. Heavy metal scavenger is a chemical agent that strongly chelates heavy metal ions. It can chemically react with various heavy metal ions in wastewater at room temperature and within a wide range of pH values, and quickly generate insoluble, low-content water in a short period of time. The amount of water and the flocculent precipitates that are easy to filter...

AI Technical Summary

Problems solved by technology

The heavy metal scavenger is usually crystallized in the reactor at a certain temperature after being fully stirred and reacted. Some of the raw materials need to be diluted before being added into the reactor. The process needs to be carried out in another container, which is more troublesome

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