Smart home semi-transparent mirror surface control panel and corresponding manufacturing process thereof

Abstract

The invention provides a smart home semi-transparent mirror surface control panel, which enables a glass assembly to be manufactured quickly and conveniently, ensures a mirror surface effect, ensuresa small color difference between a window area and a non-window area, and meets high-quality requirements. The surface control panel comprises a glass layer, wherein the opposite outer surface of theglass layer is covered with a contact coating layer, the opposite inner surface of the glass layer is covered with a silver coating layer, the opposite inner surface of the silver coating layer is covered with an AR FILM layer of a high-transmittance reflective film, the AR FILM layer comprises a PET layer of a substrate, and a printing layer is printed on the inner surface of the PET layer. The outer surface of the AR FILM layer and the inner surface of the silver coating layer are combined to form an integral structure.

Description

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AI Technical Summary

Benefits of technology

This technology allows for efficient manufacturing of glass products that have improved durability without increasing their weight or volume compared to traditional methods like lamination. By combining different layers together on top of each other, these materials can be used alone or mixed together to create structures called integrating glazings (IGs). These IG' s reflect light differently from one another allowing them to combine into a single unit while still maintaining its overall quality level. Additionally, this design helps protect the component during shipment by preventing damage caused by external factors such as impact force or water pressure. Overall, this method simplifies the way we assemble multiple types of glass items at once improves efficiency and performance over existing techniques.

Problems solved by technology

This patented technology solves this problem by making an optically transparent or semitransparent control panels that can change their appearance based upon external factors like lighting conditions without requiring expensive lenses for each individual section in order to achieve desired effects such as shading adjustment or changing colors within them.

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