Omnidirectional no-dead-angle efficient ultrasonic bottle washer

Abstract

The invention relates to an omnidirectional no-dead-angle efficient ultrasonic bottle washer. The omnidirectional no-dead-angle efficient ultrasonic bottle washer comprises a washing tank, a bottle-loading rotary washing box, a bottle spraying device, an automatic water supplying device, a distilled water tank, a tap water tank, a detergent solution tank, an ultrasonic washing device, a constant-temperature heating device and an automatic control system. According to the omnidirectional no-dead-angle efficient ultrasonic bottle washer, an ultrasonic oscillation washing technology is adopted, and the former manual hair-brush washing manner is changed; by making full use of the good stain penetrating, crushing and stripping efficacy of ultrasonic waves, brushless washing is fully realized, and meanwhile, the problem that vessels with special appearances cannot be washed is solved; a washing mode can be flexibly set, and the operation of detergent solution impregnated washing, tap water washing and distilled water washing can be automatically completed within an hour while ultrasonic mechanical oscillation is adopted to enhance a stain stripping effect, so that the quick and efficient washing of various types of glassware is realized.

Description

[0001] technical field [0002] The invention relates to an omnidirectional high-efficiency ultrasonic bottle washing machine without dead angles. Background technique [0003] With the continuous development of the power system, the majors of oil testing and water testing are faced with a large number of maintenance pre-tests and regular monitoring tasks every year. In order to meet the large-scale use of testing work and avoid interference with the test data caused by dirty utensils, the test utensils should be timely cleaning. Cleaning oil-filled glassware is time-consuming and labor-intensive, and it is easy to burn with boiling water, posing a safety hazard. At present, most glassware is washed manually, with cumbersome cleaning processes and low cleaning efficiency, and there is no unified standard for manual cleaning , It is difficult to ensure that the cleanliness of each vessel can meet the standard, resulting in the problem of low efficiency of glassware use. At t...

AI Technical Summary

Problems solved by technology

Cleaning oil-filled glassware is time-consuming and labor-intensive, and it is easy to burn with boiling water, posing a safety hazard. At present, most glassware is washed manually, with cumbersome cleaning processes and low cleaning efficiency, and there is no unified standard for manual cleaning , it is difficult to ensure that the cleanliness of each vessel can meet the standard, resulting in the problem of low efficiency of glassware use, and at the same time, cleaning personnel are vulnerable to thermal burns and chemical burns, which pose a serious threat to the life and health of the staff

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