Axial flow device

Abstract

The invention provides an axial flow device comprising a shell and a transmission device. The shell is provided with the transmission device and is internally provided with a shell cavity; a vortex tube impeller is arranged in the shell cavity; the transmission device is connected with a vortex tube impeller; the vortex tube impeller is provided with a vortex tube which is provided with an impeller opening A and an impeller opening B and is internally provided with a wheel body, and the wheel body is provided with a guide blade; an inclined angle is formed between the guide blade and a rotating shaft of the vortex tube impeller; the guide blade is connected to the inner wall of the vortex tube; a shell cavity opening A is arranged at one end, which corresponds to the impeller opening A, of the shell cavity; and a shell cavity opening B is arranged at the other end of the shell cavity. The axial flow device is more energy-saving and can be used for pressurizing and conveying fluid. The axial flow device can serve as a water pump, vacuum equipment, air suction equipment, an air blower, a compressor, atomizing equipment, sprinkling equipment, a reactor, air blowing equipment, propelling equipment, a sewage processor, a dust remover, a dust collector, dressing equipment, a steam turbine, a water turbine, a wind turbine, a vortex pressurizing device utilizing residual heat of an engine, foam material manufacturing equipment, nano material manufacturing equipment and the like; and the axial flow device can be used for manufacturing a brand new foam material.

Description

technical field [0001] The invention relates to fluid pressurized conveying equipment, spray equipment, sprinkler irrigation equipment, reactor equipment, suction equipment, vacuum equipment, propulsion equipment, blowing equipment, sewage processor, dust collector, vacuum cleaner, range hood, powder separator, ore dressing Equipment, foam material production equipment, nano-material production equipment, steam turbines, water turbines, wind turbines, engine waste heat utilization turbochargers and other fields, specifically an axial flow device. It can be widely used in fields such as fluid pressurization and transportation. It can be used as water pump, air pump, fan, air compressor, jet engine turbofan supercharger, etc.; it can be used as a sprayer; it can be used as a sprinkler; it can be used as a reactor; it can be used as an aspirator, vacuum pump, etc.; It can be used as propulsion equipment, which can push forward vehicles, ships, aircraft, etc.; can be used as blow...

AI Technical Summary

Problems solved by technology

[0011] Existing nanomaterial production equipment has defects such as inability to produce smaller and more uniform nanomaterials

Nanomaterials are expensive to manufacture, so nanomaterials with excellent performance cannot be widely used

[0012] Existing water turbines, steam turbine equipment, wind turbines, engine waste heat utilization turbochargers, etc. have defects such as low efficiency and high cost

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