Circulatory fluid-supply cleaning system

Abstract

The present invention discloses a circulatory fluid-supply cleaning system, comprising a first fitted bucket and a second fitted bucket that communicate with each other. The top of the second fitted bucket communicates with a bottom bin. A left end of the bottom bin communicates with the bottom of a vertical mixing bin. Chain wheel shafts on which chains are installed are disposed at both upper and lower ends within the vertical mixing bin, and a soft large stainless steel mesh connected with a small stainless steel mesh is disposed between the two chains. A liquid outlet is disposed at a left side of the vertical mixing bin, and communicates with a cleaning fluid mixing bin. A mixing device is disposed in the cleaning fluid mixing bin. The cleaning fluid mixing bin communicates with a cleaning bin. The cleaning bin comprises an ultrasonic cleaning bin in which an ultrasonic cleaning machine is disposed, and a waste water bin on which a filtering residue removing machine is disposed. The cleaning bin communicates with a clarifying tank that communicates with primary and secondary filters in order, and the secondary filter communicates with the cleaning fluid mixing bin. The system is capable of realizing circulatory supply and recovery of a cleaning fluid, such that the efficiency and quality of cleaning are improved while energy saving and consumption reduction are achieved.

Description

technical field [0001] The invention belongs to the technical field of parts cleaning, in particular to a cleaning device provided with a circulating liquid supply system. Background technique [0002] In mechanical processing, there are iron filings and oil stains on the parts after machining. During processing, the processing personnel usually use clean cotton or other cloth to wipe the processed parts or machine tools. Therefore, on the parts, especially It is a shell part with a complex structure such as an engine cylinder head, and it will inevitably have some filaments such as cotton wool and fibers. All processed parts need to be cleaned before being sent to the assembly workshop for assembly. At present, most parts are cleaned directly by hand or placed in an ultrasonic cleaning machine for automatic cleaning. For ultrasonic cleaning machine cleaning, conventional ultrasonic cleaning is usually cleaned with water or a mixture of cleaning chemicals. The cleaning liq...

AI Technical Summary

Problems solved by technology

Because the cleaning liquid is not evenly mixed with water, the chemical liquid does not fully contact the parts in the cleaning chamber, the cleaning is not thorough, or the chemical liquid such as anti-rust agent is not fully and evenly attached to the surface of the parts, resulting in parts after cleaning. Corrosion, and there are often many kinds of liquid medicines, which need to be mixed one by one

However, manual cleaning requires adding liquid medicine to the cleaning tank to mix, then manually stirring or rinsing, which is inefficient and not clean

This cleaning method consumes a lot of water and cleaning chemicals, which is neither economical nor efficient.

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