Experimental centralized control pharmacy integrated machine

Abstract

The invention discloses a movable experimental centralized control pharmacy integrated machine which reduces the pollution risk, relieves the labor intensity and realizes highly centralized control. The integrated machine comprises a wet-process granulator, a dryer and a hopper mixer and is characterized in that the material conveying between the wet-process granulator and the dryer is in airtight connection with the material conveying between the dryer and a vacuum feeding machine through a steel wire hose; the dryer comprises an air exhaust and dust removal system; the air exhaust and dust removal system comprises an air exhaust channel, a trousers-shaped air pipe and an induced draft fan; the air exhaust channel is connected with the upper end of a corresponding charging basket device; two inlets of the trousers-shaped air pipe are connected with two opposite side parts of the air exhaust channel; an outlet of the trousers-shaped air pipe is connected with an inlet of the induced draft fan; and a canvas cover for dust removal filtration is arranged at the air exhaust channel outlet of the trousers-shaped air pipe and the air exhaust and dust removal system 4.

Description

technical field [0001] The present invention relates to a pharmaceutical system. In particular, it relates to an experimental centralized control pharmaceutical all-in-one machine. Background technique [0002] Existing pharmaceutical devices or systems are usually distributed in the corresponding factory buildings. On the one hand, it occupies a large area and the construction cost of the factory building is high. At the same time, the decentralized installation brings certain difficulties to packaging production. Especially at the present stage, due to the small amount of raw materials used in laboratory pharmaceutical equipment, they are relatively small compared to the large-scale production models. Because they are relatively small, these devices are placed in a stand-alone model. This stand-alone layout has three shortcomings. : First of all, the experimental material interface between equipment and equipment is not convenient for closed connection of close-distance p...

AI Technical Summary

Problems solved by technology

[0002] Existing pharmaceutical devices or systems are usually distributed in the corresponding factory buildings. On the one hand, it occupies a large area and the construction cost of the factory building is high. At the same time, the decentralized configuration brings certain difficulties to packaging production.

Especially at the present stage, due to the small amount of raw materials used in laboratory pharmaceutical equipment, they are relatively small compared to the large-scale production models. Because they are relatively small, these devices are placed in a stand-alone model. This stand-alone layout has three shortcomings. : First of all, the experimental material interface between equipment and equipment is not convenient for closed connection of close-distance pipelines. The turnover of materials needs to be handled manually, exposed to the air, and there will be a certain amount of material loss. This is for some drugs that are sensitive to moisture. Generally speaking, the consequences are very serious. The second point is that each device has a separate control system, and each machine must be equipped with a touch screen, etc., which causes repeated waste of external resources and control hardware. There must be a certain interval of space, there are more stand-alone machines, and more space is occupied

The laboratory space is relatively small, and there are too many stand-alone equipment, resulting in a large waste of area

However, due to the structural composition of some existing integrated equipment, the operating effect is not satisfactory, and there is still room for further improvement and perfection.

For example, blindly pursuing integrated integration, and stacking various devices together in a bundled manner makes the flow of materials difficult during operation and makes maintenance difficult

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