Continuous ultrasonic cleaning device

Abstract

The invention relates to a continuous ultrasonic cleaning device. The continuous ultrasonic cleaning device comprises a water box, an upper ultrasonic generator, a lower ultrasonic generator, a plurality of conveying rollers, an inlet gate and an outlet gate; the two ends of the conveying rollers are rotatably installed on the left side wall and the right side wall of the water box, and the conveying rollers are used for conveying glass; the upper ultrasonic generator and the lower ultrasonic generator are arranged in the water box and located above and below the conveying rollers correspondingly; the front side wall of the water box is provided with an inlet for allowing the glass to enter, and the rear side wall of the water box is provided with an outlet for discharging the glass; and the inlet gate is used for closing and opening the inlet, and the outlet gate is used for closing and opening the outlet. The continuous ultrasonic cleaning device can conduct ultrasonic cleaning on the glass under the continuous glass conveying situation and can be compatible and be combined with glass continuous conveying or glass roller brushing of other glass processing procedures, so that themachining process is continuous and ceaseless, additional clamping, moving and other operation are not needed, and the working efficiency is improved.

Description

technical field [0001] The invention relates to the field of electronic glass manufacturing and processing, in particular to a continuous ultrasonic cleaning device. Background technique [0002] At present, electronic glass products such as substrate glass are generally cleaned by roller brushes arranged continuously along the glass conveying direction, or by basket-type ultrasonic cleaning devices. These two cleaning methods have their own advantages. Among them, the roller brush cleaning can be well combined with the glass conveying, so that the glass can be continuously conveyed without interruption, but the cleaning effect of the roller brush is not thorough enough; the basket-type ultrasonic cleaning device needs to clamp the glass from the continuous conveying processing line Take it out and transport it to the basket of the basket-type ultrasonic cleaning device, then lower the basket into the water tank for ultrasonic cleaning, after the cleaning is completed, the b...

AI Technical Summary

Problems solved by technology

Among them, the roller brush cleaning can be well combined with the glass conveying, so that the glass can be continuously conveyed without interruption, but the cleaning effect of the roller brush is not thorough enough; the basket-type ultrasonic cleaning device needs to clamp the glass from the continuous conveying processing line Take it out and transport it to the basket of the basket-type ultrasonic cleaning device, then lower the basket into the water tank for ultrasonic cleaning, after the cleaning is completed, the basket rises, then take out the glass and transport it back to the production line, and continue the subsequent processing, transportation and other processes

[0003] Since glass is generally conveyed continuously during the processing process, this will cause pauses and gaps in the glass processing process, resulting in discontinuous processes, poor compatibility with other processing processes, and increased operations such as glass clamping and handling. decrease productivity

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