High proportion mixing device and preparation production system using it

Abstract

The invention provides a high-proportion mixing device, which has first and second feed pipes, first and second first atomization / micronization dose control devices and a reaction chamber. The first and second feed pipes are arranged in a multi-layer casing, the first and second atomization / micronization dose control devices are respectively arranged at the ends of the first and second feed pipes, and the reaction chamber is used to accommodate The first and second feed pipes, the first and second atomization / micronization dose control devices. The first and second feed pipes respectively receive the first and second liquid agents. The first and second atomization / micronization dose control devices respectively perform atomization or micronization dispersion treatment on the first and second liquid dosage forms, and spray the atomized or micronization first and second liquid dosage forms The liquid agent mixing wall in the reaction chamber is used to mix the first and second liquid agents.

Description

Technical field[0001]The present invention relates to a high-profile mixing device for the production of a preparation and a preparation production system using it, in particular, a high ratio mixing device having a faster reaction time, better reaction efficiency and miniaturization, and uses Preparation system.Background technique[0002]In a semiconductor system, photoelectric process, pharmaceutical process, chemical process, food process or other process, it is often desirable to use a formulation mixed with different liquid doses to be produced to be manufactured by the product or auxiliary product. In the mixing process of the manufacturing formulation, there may be a large volume difference between the different liquid doses in different liquid doses in response to the reaction time and the adjustment ratio (i.e., there is a high ratio between the plurality of liquid doses).[0003]In a known technique, a high-profile ratio of liquid doses is carried out is to control the ratio ...

AI Technical Summary

Problems solved by technology

However, the above approach does not achieve the full blending effect

Furthermore, for the situation that requires fast reaction, there may be some disadvantages due to the inability to disperse and mix uniformly, such as: acid-base neutralization agglomeration, mixing failure or poor mixing, etc.

On the other hand, most of the mixing devices used in semiconductor manufacturing plants or photoelectric manufacturing plants in the known technology are equipment with bulky tanks combined with long-path pipeline systems. Therefore, the mixing devices in the known technology not only occupy a huge space, It is not even easy to move, or it is a fixed facility that cannot be moved

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