Ultrasonic generator adopting ultrasonic wave for ore pulp treatment

Abstract

The invention relates to an ultrasonic generator adopting ultrasonic wave for ore pulp treatment, which is characterized in that the structure comprises: an ultrasonic transducer, a fixed shell of the ultrasonic transducer being a steel-made closed shell, a lead transfer pipe positioned on the upper shell surface of the fixed shell, a locating rod of the ultrasonic transducer fixedly connected with the side end of the fixed shell of the ultrasonic transducer, a fixing clip which is connected with the locating rod of the ultrasonic transducer in a matching way, an adjusting screw nut of the locating rod of the ultrasonic transducer, and a locking bolt of the fixing clip. The ultrasonic generator adopting ultrasonic wave for ore pulp treatment can be separately used in an ore pulp treatmenttank, and a plurality of ultrasonic generators also can be combined for use and arranged by multiple ways, so that the height and the rotating direction can be conveniently adjusted, and the use is convenient and flexible. Therefore, the ultrasonic generator can be used for multiple test and industry application places, improving the using efficiency and saves the effective resources.

Description

An ultrasonic generating device for pulp treatment using ultrasonic waves technical field The invention relates to an ultrasonic generating device which adopts ultrasonic wave to process ore pulp. technical background At the beginning of the 20th century, the development of electronics enabled people to use the piezoelectric effect and magnetostrictive effect of certain materials to make various ultrasonic power transducers. At present, power ultrasonic waves are widely used in ultrasonic cleaning. The cavitation effect of ultrasonic waves in liquid media is used to clean the inner and outer surfaces of objects wherever the liquid media goes. It has the remarkable characteristics of high quality, labor saving, high efficiency and no pollution, and has been widely used. The application has achieved great economic benefits. Because the cavitation effect will produce acoustic pressure and thermal effects, and ultrasonic waves have a strong emulsification effect, and can even...

AI Technical Summary

Problems solved by technology

However, for experimental research, ultrasonic waves often appear to have a single frequency and a fixed structure, and it is not easy to effectively adjust them to meet the requirements of different experimental conditions.

Since the vibrating surface should be closely attached to the container wall, it is difficult to make secondary adjustments once the ordinary transducer is pasted on the container wall.

Before the test parameters are determined, a large amount of equipment is required to satisfy the test, resulting in unnecessary waste of resources

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