一种无线电子调色角膜接触镜

By designing a wireless electronic color-adjustable contact lens, a wireless power delivery module is used to provide power to the phase change material array, adjusting the interplanar spacing to achieve color changes. This solves the problems of insufficient color adjustment flexibility and biosafety in existing technologies, and realizes personalized color control and wearing comfort.

CN116794853BActive Publication Date: 2026-07-17THE EYE HOSPITAL OF WENZHOU MEDICAL UNIVERSITY

Patent Information

Authority / Receiving Office
CN · China
Patent Type
Patents(China)
Current Assignee / Owner
THE EYE HOSPITAL OF WENZHOU MEDICAL UNIVERSITY
Filing Date
2023-04-27
Publication Date
2026-07-17

AI Technical Summary

Technical Problem

Existing contact lenses lack flexibility in color adjustment, and integrating photochromic materials may affect biosafety or oxygen permeability, making it difficult to meet personalized color control needs.

Method used

Design a wireless electronic color-changing corneal contact lens that provides controllable electrical energy to the phase change material array inside the corneal contact lens through a wireless energy delivery module. The interplanar spacing is adjusted by electrophysiological, chemical or physiological changes to achieve color change. The design includes a combined structure of a corneal contact lens anterior base, a color-changing module, an energy receiving module and a posterior base.

Benefits of technology

It enables controllable adjustment of the color of corneal contact lenses, ensuring wearing comfort and biosafety, without affecting the lens's base curve, thickness, oxygen permeability, and flexibility, and meeting personalized color needs.

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Abstract

本发明公开了一种无线电子调色角膜接触镜,其包括角膜接触镜和外部无线能量输送模块。角膜接触镜包括:角膜接触镜前基;色彩变化模块,与角膜接触镜前基的后表面叠合配置,其由周期性排列的相变材料阵列构成,可改变相变材料阵列的晶面间距,反射特定的波长的单色光波;无线能量接收模块,与色彩变化模块的后表面叠合配置,此模块可接收外部无线传输的能量而产生电能;角膜接触镜后基,与能量接收模块的后表面叠合配置。通过无线传输的电能所诱导出的物理、化学、生理变化,能够控制色彩变化模块内的材料发生相变,导致周期性相变阵列的结构参数d发生变化,进而调控周期性相变阵列反射出不同波长的光线,从而改变角膜接触镜的外观色彩。
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