A passive multi-fluid mixer

Abstract

The invention provides a passive multi-fluid mixer, which comprises a shell and a circumferential swirl generator, the shell is a hollow cylinder with two ends open; the circumferential swirl generator includes a cylindrical shaft and a deflector; the cylindrical The shaft and the shell are arranged coaxially, and the baffles are evenly arranged on the side of the cylindrical shaft; the width of the baffles is the difference between the inner diameter of the shell and the outer diameter of the cylindrical shaft; holes; the multi-fluid mixer provided by the present invention has the characteristics of simple structure, small volume, convenient processing and low cost, simple disassembly and maintenance, etc., and is used for mixing two or more fluids under various conditions, and can be It will not be affected by space, environment, etc., greatly improving the mixing efficiency, and the mixer can be heated or cooled while mixing the fluids, and the mixing of various fluids is widely used.

Description

technical field [0001] The invention belongs to the technical field of mixers, in particular to a passive multi-fluid mixer. Background technique [0002] The mixer is a machine that mixes objects of different properties together, so that different materials can be fully mixed. [0003] Mixers currently on the market can be roughly divided into two types: active and passive. [0004] Generally speaking, active mixers have a complex structure, and generally use additional power such as a motor to drive the rotor to stir the mixed fluid to increase disturbance and achieve the purpose of uniform mixing. This type of mixer is subject to many restrictions when used, for example, the mixer must be powered on when used; the mixer must be placed upright when used; it cannot be heated or cooled while mixing; the mixer is limited by its own size when used. [0005] Passive mixers. At present, a variety of passive mixers such as layered, T-type, and C-type have been developed. Most o...

AI Technical Summary

Problems solved by technology

[0004] Generally speaking, the active mixer has a complex structure, and generally uses additional power such as a motor to drive the rotor to stir the mixed fluid to increase disturbance and achieve the purpose of uniform mixing

This type of mixer is subject to many restrictions when used, for example, the mixer must be powered on when it is used; the mixer must be placed upright when used; it cannot be heated or cooled while mixing; the mixer is limited by its own size when used

[0005] Passive mixers. At present, a variety of passive mixers such as layered, T-type, and C-type have been developed. Most of these mixers rely on the complexity of the mixing channel to increase the disturbance of the mixed fluid to achieve the purpose of mixing. This method mixes the channel Long and low mixing efficiency, large flow resistance loss, relatively complex structure, and inconvenient maintenance

Images