T-pipe-structured ultrasonic cleaning in place device

Abstract

The invention provides a T-pipe-structured ultrasonic cleaning in place (CIP) device. The T-pipe-structured ultrasonic CIP device mainly comprises an ultrasonic vibrator, a T pipe, a seal cover and the like, wherein the ultrasonic vibrator provides ultrasonic waves when powered up, and the cavitation effect, the radiation pressure and the acoustic streaming function of the ultrasonic waves are utilized to uniformly and radically clean a pipeline system. The ultrasonic vibrator is bonded and fixed to a branch of the T pipe through AB glue and sealed in the branch pipeline of the T pipe by the seal cover through bonding fixation by AB glue or welding. The T-pipe-structured ultrasonic CIP device can improve and quicken the traditional CIP process and effect, can efficiently and comprehensively clean pipelines, is safe in cleaning mode and cannot cause accidents; and the T-pipe-structured ultrasonic CIP device can conduct 'cleaning' in the production process, can realize no dirt or less dirt in the production process, integrates production and cleaning, and achieves the function of avoiding cleaning or prolonging the cleaning interval. Therefore, the T-pipe-structured ultrasonic CIP device can remarkably improve the product quality and yield and increases benefits of enterprises.

Description

technical field [0001] The invention relates to the technical field of ultrasonic cleaning, in particular to an ultrasonic in-situ cleaning device with a three-way pipe structure. Background technique [0002] During the production process of food processing enterprises, the cleaning of processing equipment and pipelines is very important. Processing equipment and pipelines will produce some deposits after use. If they are not cleaned in time and thoroughly, it will directly affect the quality of products. [0003] Nowadays, the common pipeline system cleaning devices basically adopt the method of cleaning in place (CIP). The main principle of the CIP cleaning system is to use the chemical energy of the lotion solution to decontaminate Dissolve, hydrolyze and saponify the protein, fat and carbohydrates in the product, and then use the kinetic energy of the turbulent flow generated by the flow of the lotion solution in the pipeline to remove the dirt that has been separated, ...

AI Technical Summary

Problems solved by technology

However, the traditional cleaning method of CIP cannot completely clean the production equipment, and stubborn dirt will remain on the pipe wall

These dirt are further polluted by the cleaning solution, and may continue to grow and fall off in subsequent production

These shed dirt will cause quality and safety disputes, affect the reputation of the company and the rights and interests of consumers, and cause great harm when the product enters the sales process.

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