Cylinder tube-type sound wave comprehensive function coprocessor

Abstract

The invention discloses a cylindrical tube sound-liquid comprehensive function coprocessor, comprising a cylindrical tube vessel and ultrasonic transducers, the lateral wall of the cylindrical tube vessel is provided with a plurality of ultrasonic transducers in an embattled way, the direction of ultrasonic irradiation of the ultrasonic transducers is perpendicular to the surface of the lateral wall of the cylindrical tube vessel. The cylindrical tube vessel can be internally provided with an ultraviolet generator, a multi-pore ring tube for exhausting ozone and a catalyst. The invention effectively overcomes the shortcomings of cavitated weak-bit angle space and dead-bit angle space existing in structures with square straight angle-bit form, such as square groove, flat plate, polyhedron and the like. By utilizing the synergistic action of ultrasonic wave, ultraviolet, ozone and nanometer titanium dioxide catalysts, sterilization is carried out on wastewater, dusty gas and solid materials effectively; the coprocessor can be made into supercritical processors and ultrasonic reactors to carry out traditional Chinese medicine extraction, perfume purification, alcoholic beverage seasoning, biodiesel preparation, wood powder and bamboo powder pretreatment and antiscaling and descaling treatment of vessels effectively.

Description

technical field [0001] The invention relates to the technical field of ultrasonic applications, in particular to a cylindrical tube type acoustic-liquid comprehensive function co-processor and its application. Background technique [0002] At present, for ultrasonic cavitation functional equipment using liquid phase as mass transfer, including ultrasonic liquid cleaning equipment, the design and shape of its functional cavity is limited to square groove, flat plate and polyhedron. This kind of square-shaped structure with angular position itself leaves a lot of weak and dead space for cavitation, especially when it involves liquid phase materials, fine particle solid-liquid materials or slurry materials in the functional cavity. For materials such as materials, because of the need for directional flow or circular flow in the functional bobbin cavity, the weak angle and dead angle space of ultrasonic cavitation will cause uneven ultrasonic cavitation, resulting in quality dif...

AI Technical Summary

Problems solved by technology

This kind of square-shaped structure with angular position itself leaves a lot of weak and dead space for cavitation, especially when it involves liquid phase materials, fine particle solid-liquid materials or slurry materials in the functional cavity. For materials such as materials, because of the need for directional flow or circular flow in the functional bobbin cavity, the weak angle and dead angle space of ultrasonic cavitation will cause uneven ultrasonic cavitation, resulting in quality differences and negative effects of quality instability

Especially in the continuous and large-scale production process, the product quality cannot be guaranteed, and the problem is very serious

Images