A cleaning device and automatic cleaning system

Abstract

The embodiment of the invention provides a cleaning device and an automatic cleaning system, which relate to the technical field of display and can be used for removing contamination particles on the surface of an article. The cleaning device comprises an ion cleaning system, a conveying track and a bearing table, wherein the ion cleaning system comprises a cavity, air blowing holes, air sucking holes, a discharging device, air blowing pipelines and air sucking pipelines, the air blowing holes and the air sucking holes are formed in the cavity, the discharging device is arranged inside the cavity and is positioned at the air blowing holes, the air blowing pipelines and the air sucking pipelines are arranged at the outer side of the cavity, the air blowing pipelines are connected with the air blowing holes, the air sucking pipelines are connected with the air sucking holes, the discharging device is used for generating plasmas, the conveying track comprises a guide rail and a driving belt arranged on the guide rail, and is parallel to the upper bottom surface and the lower bottom surface of the cavity, one part of the conveying track is positioned in the cavity, the other part of the conveying track extends out of the cavity, and the bearing table is arranged on the driving belt. The cleaning device can be used for cleaning the surface of the article.

Description

technical field [0001] The invention relates to the field of display technology, in particular to a cleaning device and an automatic cleaning system. Background technique [0002] In actual production, the cleaning of the surface of some items such as glass products is mainly achieved by dissolving the pollution particles attached to the surface with organic solvents. However, on the one hand, due to the corrosiveness of organic solvents, this will cause damage to the surface of the article; on the other hand, the waste liquid generated after cleaning by organic solvents is polluting and needs to be treated before being discharged, resulting in a cost increase. improve. In addition, the use of organic solvents for cleaning is not ideal for cleaning the charged particles. [0003] For example, in actual production, the replacement of mask plates is usually done manually. In the process, static electricity will inevitably be generated due to friction, thereby absorbing charg...

AI Technical Summary

Problems solved by technology

However, on the one hand, due to the corrosiveness of organic solvents, this will cause damage to the surface of the article; on the other hand, the waste liquid generated after cleaning by organic solvents is polluting and needs to be treated before being discharged, resulting in a cost increase. improve

In addition, cleaning with organic solvents is not ideal for cleaning charged particles

[0003] For example, in actual production, the replacement of mask plates is usually done manually. In this process, static electricity will inevitably be generated due to friction, thereby absorbing charged particles in the air and causing pollution of mask plates; That is, the main source of contamination on the mask surface is electrostatically adsorbed charged particles

At present, the cleaning method of the above-mentioned mask plate is mainly to use organic solvents to clean, but this cleaning method is difficult to clean the charged particles on the surface, or the cleaning effect is not ideal

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