Catenary suspension pass-type reciprocating rotation water curtain part cleaning machine

Abstract

The invention relates to a catenary suspension pass-type reciprocating rotation water curtain part cleaning machine. The cleaning machine comprises a catenary suspension conveying mechanism, and two ends of the catenary suspension conveying mechanism are provided with feeding and blanking trolleys. A cleaning room body is disposed below the catenary suspension conveying mechanism, a coarse cleaning work room, an ultrasonic work room, a rinsing work room, a hot wind drying room and the like are successively disposed in the cleaning room body, and a steam condensing system is further disposed over the cleaning room body. Cleaning material frames are hung onto the catenary suspension conveying mechanism, and to-be-cleaned parts are placed in the cleaning material frames. The to-be-cleaned parts successively pass through the coarse cleaning work room, the ultrasonic work room, the rinsing work room, the hot wind drying room and the like under the drive of the catenary suspension conveying mechanism, so the continuous operation process of coarse cleaning, ultrasonic cleaning, rinsing, hot wind drying and the like is achieved; and reciprocating rotation water curtain assemblies disposed in the coarse cleaning work room and the rinsing work room perform reciprocating rotation jet flow cleaning for the to-be-cleaned parts. The cleaning machine has the advantages of simple structure, convenient operation, comprehensive and thorough cleaning, the high degree of automation and the like.

Description

technical field [0001] The invention relates to a rotary water curtain parts cleaning machine, in particular to a catenary passing type reciprocating rotary water curtain parts cleaning machine. Background technique [0002] The parts cleaning machine mainly includes manual cleaning, workpiece conveying cleaning, workpiece turning cleaning, ultrasonic cleaning and other cleaning methods. Although the cleaning effect of manual cleaning is guaranteed, the cleaning efficiency is low and the labor intensity is high. The workpiece conveying cleaning and workpiece turning cleaning are for parts with large differences in size and shape. The former cannot guarantee the jet distance, thus affecting the cleaning effect; the latter cleaning method can only be used for a single part or parts with similar size and shape, which is difficult to cover. All washed parts. A single ultrasonic cleaning takes a long time, the rhythm is difficult to guarantee, and the cleaning effect of differe...

AI Technical Summary

Problems solved by technology

Although the cleaning effect of manual cleaning is guaranteed, the cleaning efficiency is low and the labor intensity is high

The workpiece conveying type cleaning and the workpiece turning type cleaning have large differences in size and shape. The former cannot guarantee the jet handle distance, which affects the cleaning effect; the latter cleaning method can only be used for single parts or parts with similar sizes and shapes, which is difficult to cover. all washed parts

A single ultrasonic cleaning takes a long time, the rhythm is difficult to guarantee, and the cleaning effect on different workpieces is quite different

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