A dynamic voltage-stabilized nickel screen cleaning machine

Abstract

The invention discloses a dynamic voltage-stabilized nickel mesh cleaning machine, which includes a casing and a cleaning assembly arranged on one side of the casing for cleaning the nickel mesh, and also includes a removal device arranged in the casing and opposite to the cleaning assembly. The end cleaning component, the pressure control component installed inside the casing to dynamically adjust the pressure, and the drive motor 1 set inside the casing to drive the pressure control component work. There is also a support frame inside the casing and the support frame is set There are multiple water purifiers, the hose 1 is provided with a pressure sensor 1, and one end of the pressure control component is connected to a water collecting tube through a steel pipe, and one end of the water collecting tube is fixed with a hard tube and one end of the hard tube is fixed with a T-shaped shunt tube. The pressure sensor 2 is fixed on the water cylinder, which can not only remove the ends of the nickel mesh, but also clean the nickel mesh. Not only that, the nickel mesh cleaning machine can also perform dynamic water pressure control to ensure that the nickel mesh is cleaned The water pressure is in a stable state to ensure the cleaning effect.

Description

technical field [0001] The invention relates to the technical field of nickel mesh cleaning equipment, in particular to a nickel mesh cleaning machine with dynamic voltage regulation. Background technique [0002] The rotary screen printing machine is a common printing equipment, a screen printing machine that uses a continuous rotating seamless cylindrical screen for printing. In order to be able to carry out various styles of printing, it can effectively reduce the production cost by degumming the intact round nickel mesh and making new flower shapes for continuous use. [0003] When the traditional equipment cleans the nickel mesh, the water pressure is prone to pressure changes, which may easily lead to the presence of photosensitive adhesive on the nickel mesh after cleaning, and the cleaning effect is not good. At the same time, the existing nickel mesh washing equipment can only be single When cleaning the nickel mesh, another device needs to be used when removing th...

AI Technical Summary

Problems solved by technology

[0003] When the traditional equipment cleans the nickel mesh, the water pressure is prone to pressure changes, and it is easy to cause the photosensitive glue to remain on the nickel mesh after cleaning, and the cleaning effect is not good. At the same time, the existing nickel mesh cleaning equipment can only be single To clean the nickel mesh, another device needs to be used when removing the ends of the nickel mesh. The cleaning cost is large and the work intensity of the staff is increased to a certain extent.

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