Suspension type ultrasonic cleaning line

Abstract

The invention discloses a suspension type ultrasonic cleaning line which comprises a suspension type conveying belt, a transmission seat, a tensioning device, a hand mold cleaning basket, ultrasonic cleaning tanks and a municipal water spraying device, wherein one ultrasonic cleaning tank is provided with a spray cleaning device, and each ultrasonic cleaning tank comprises a main tank body, an auxiliary tank body, an ultrasonic vibration box, a main tank body overflow port, a main tank body water return port, a main tank body heating pipeline and an ultrasonic circulating water tank; the spray cleaning structure comprises a vertical spray header pipe, an auxiliary tank body water outlet and a spray circulating water tank; and the hand mold cleaning basket comprises a vertical hanging rod and at least one basket body installed on the vertical hanging rod, at least one anti-floating plug pin and at least one pair of plug pin pieces matched with the anti-floating plug pin are arranged at the top of each basket body, and at least one plug pin hole is formed in each plug pin piece. According to the suspension type ultrasonic cleaning line, cleaning liquid and the mixing time of the cleaning liquid are saved, the cleaning cost is reduced, the cleaning efficiency and the cleaning effect are guaranteed, the spraying cost is reduced, the hand mold cleaning position is accurate, and the hand mold cleaning effect is guaranteed.

Description

technical field [0001] The invention relates to a cleaning device, in particular to a suspended ultrasonic cleaning line. Background technique [0002] After the hand molds are produced in batches, they usually need to be cleaned by cleaning equipment before they can be put into use again. At present, spray cleaning or ultrasonic cleaning is usually used, but the conventional hand mold ultrasonic cleaning equipment is cleaned after the hand molds are cleaned. The cleaning solution inside is usually discharged directly, resulting in waste of cleaning solution and increasing cleaning costs, and the deployment of each cleaning solution takes time, which affects cleaning efficiency; and the size of the cleaning tank of a conventional ultrasonic cleaning machine is limited by the cleaning machine , making the cleaning space smaller and affecting the cleaning efficiency; [0003] Moreover, the conventional ultrasonic cleaning equipment for hand molds needs to use other spray devi...

AI Technical Summary

Problems solved by technology

[0002] After the hand molds are produced in batches, they usually need to be cleaned by cleaning equipment before they can be put into use again. At present, spray cleaning or ultrasonic cleaning is usually used, but the conventional hand mold ultrasonic cleaning equipment is cleaned after the hand molds are cleaned. The cleaning solution inside is usually discharged directly, resulting in waste of cleaning solution and increasing cleaning costs, and the deployment of each cleaning solution takes time, which affects cleaning efficiency; and the size of the cleaning tank of a conventional ultrasonic cleaning machine is limited by the cleaning machine , making the cleaning space smaller and affecting the cleaning efficiency;

[0003] Moreover, the conventional ultrasonic cleaning equipment for hand molds needs to use other spray devices for spray cleaning after the hand molds are cleaned. The process of transferring the hand molds from the ultrasonic cleaning equipment to other spray structures is troublesome, which affects the cleaning efficiency, and the transfer process It is easy to cause secondary pollution in the medium, which affects the cleaning effect, and the cleaning liquid after spray cleaning is usually discharged directly, wasting the cleaning liquid and increasing the cleaning cost;

[0004] At the same time, in order to ensure that the hand model is cleaned more fully, the hand model is usually placed vertically in the cleaning basket; and the following two defects will occur when the hand model is placed vertically in the conventional cleaning basket: on the one hand, due to the weight of the hand model Light, in the cleaning process, once the upper part is not positioned well, it will easily float up. On the other hand, due to the high height of the hand model, when the upper part is positioned, the lower part is prone to swing. Both situations will cause hand mold The cleaning position is shifted, and it may also cause the hand model to fall out of the cleaning basket, affecting the cleaning effect of the hand model

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