Reflecting film structure of transition layer

Abstract

The invention provides a reflecting film structure of a transition layer. The reflecting film structure comprises a glass substrate, a reflecting layer laminated on the glass substrate and a transition layer arranged between the reflecting layer and the glass substrate. The transition layer is made of Cr or stainless steel or Al or Ti or Ni or ITO or Xn3In2O6 or fluorine-mixed ITO or ZnO. The thickness of the transition layer is 5-200 nanometers. The reflecting film structure of the transition layer is made of the material similar to the reflecting layer, so that firmness in connection between the reflecting layer and the glass substrate is ensured, and color changing efficiency of a transmission layer can be improved.

Description

technical field [0001] The invention relates to a transition layer reflection film structure, which belongs to the field of anti-glare interior rearview mirrors for automobiles. Background technique [0002] The electrochromic device refers to the reversible change of the optical properties of the color-changing material under the drive of the applied voltage, and the change of coloring and fading will appear in the color, and the purpose of dimming can be realized according to the contrast of coloring and fading. Compared with the traditional CRT display technology, the electrochromic device has a very low driving voltage and features such as adjustable color. More importantly, the ultra-clear contrast and wide viewing angle of electrochromic devices will become one of the mainstreams of the new generation of paper-type flat panel displays. In addition, since the color change of electrochromic devices can modulate light, it can be used in anti-glare rearview mirrors in the...

AI Technical Summary

Problems solved by technology

As a result, the driving voltage increases, which accelerates the aging of electrochromic devices or LCDs and other devices, and degrades their performance.

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