Digital type ultrasound wave descaling equipment

Abstract

A digital supersonic wave descale equipment is provided, which is composed of an engine, a USB interface, a digital module, a digital liquid crystal displayer, a supersonic wave power, a cable conduction, a conduction plug-in, a protecting cover, a transducer rear base, a amplitude transformer piezoelectricity ceramic plate, a transducer positive and negative pole, a metal amplitude transformer, a metal energy cohesive block, a media exit and entrance and a fixed flange. The transducer rear base has a plurality of ring amplitude transformer piezoelectricity ceramic plates, which is connected with the rear end of the metal amplitude transformer, the front end of the metal amplitude transformer is connected with rear end of the metal energy cohesive block, after get electricity and covert the electricity energy to mechanical energy and to launch supersonic wave and work on the surface of the object and the inner wall of the equipment and the pipeline in transverse wave and vertical wave. The invention uses the character of conformity of the shaking direction and the communication of the supersonic wave, which is easy to spread the supersonic; besides, the invention uses the cavitation effect of the supersonic wave and the repeat alternation change of positive pressure and negative pressure, and work on the furr on the equipment and in the pipe. The equipment can remove furr in advance, but also can prevent forming dirt, which can make the longer pipeline provided with no furr producing condition, ensures the whole pipeline smooth. The invention saves water resource and electricity energy, improves equipment efficiency, reduces the maintaining cost and prolongs the service life of the equipment.

Description

Technical field [0001] The invention relates to a device for descaling the inner surface of industrial equipment by using digitally controlled ultrasonic waves, in particular to an ultrasonic descaling device for industrial equipment and inner walls of pipelines. Background technique [0002] At present, the main methods used in the field of descaling are: chemical method, ion exchange method, manual descaling and ultrasonic descaling technology widely used in recent years. The defects of the first three methods have: 1: large investment, high cost, and environmental pollution. 2: During the fouling process, it has a great impact on production, wastes energy, and is prone to accidents. Descaling after the event has disadvantages such as high cost, low efficiency, corrosion of equipment, and environmental pollution. [0003] For this reason, the ultrasonic descaling technology for industrial equipment and pipelines that has appeared in recent years, such as Chinese patent C...

AI Technical Summary

Problems solved by technology

The defects of the first three methods are: 1: large investment, high cost, and environmental pollution

2: In the process of fouling, it has a great impact on production, wastes energy and is prone to accidents

The disadvantages of the above-mentioned patents are that the pipes are connected by multiple flanges, and there is a sealing ring (absorbing material) in the middle, which hinders the transmission of ultrasonic waves, and long-term use of the pipes will cause corrosion, standing waves, attenuation, etc., which will inevitably fail to achieve To achieve the effect of long-distance descaling, without using the cavitation effect of ultrasonic waves, it will not have a descaling effect on the pipeline

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