Multi-cell drug storing and automatic drug adding device

Abstract

The invention discloses a multi-cell drug storing and automatic drug adding device which comprises a drug bin. The drug bin is composed of a motor, a control device, a control rod, a drug storing chamber, a drug storing chamber underpan, a stirring rod, a stirring paddle, a water inlet and a water outlet, the drug storing chamber is cylindrical and is divided into 7 drug storing units by partitions, a solid lower bottom of 35 degrees in gradient is arranged in the seventh drug storing unit, and no lower bottom is arranged in other drug storing units. The drug storing chamber underpan is a disc-shaped lower bottom with a fan-shaped notch, and shape and size of the notch exactly correspond to those of the lower bottom of the drug storing unit. The control device controls drug adding time interval, enables the drug storing chamber underpan to rotate around the control rod by a certain number of cells and enables drug in the drug storing unit corresponding to the notch of the drug storing chamber underpan to fall down to mix with water, and sufficient stirring can be realized. The multi-cell drug storing and automatic drug adding device can regularly, quantitatively and automatically add drug, so that manual operation is reduced. Drug adding and mixing are combined, so that phenomena of nonuniform drug adding caused by the fact that the drug settles without being mixed are reduced.

Description

technical field [0001] The invention relates to a multi-compartment medicine storage and automatic dosing device, in particular to a multi-compartment medicine storage and automatic dosing device for polluted water bodies. Background technique [0002] Microbial agent is a mixture of granules containing a variety of microorganisms, which can accelerate the decomposition and consumption of eutrophication substances in water and sludge at the bottom of the water, consume excess nitrate and phosphate, and achieve the purpose of improving water quality and preventing algae. Therefore, it is often used in conjunction with an aerator to increase oxygen and add medicine for the treatment of polluted water. [0003] The existing two dosing methods, manual dosing and dosing through a dosing device, both require manual leadership or cooperation, resulting in various inconveniences. Complete automation cannot be achieved, resulting in the need for staff to add medicine regularly and q...

AI Technical Summary

Problems solved by technology

[0003] The existing two dosing methods, manual dosing and dosing through a dosing device, both require manual leadership or cooperation, resulting in a variety of inconveniences

Complete automation cannot be achieved, resulting in the need for staff to add medicine regularly and quantitatively, which increases the workload; manual outdoor dosing of medicines makes it difficult to accurately add medicines, too little dosage will affect the treatment effect, and too much will increase the treatment cost; Relying on the existing dosing device to add medicine, only one kind of medicine can be added at a time, which causes great inconvenience to the treatment of heavily polluted water bodies that need to add various microbial agents

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