| 摘要 |
本文描述一种在患者佩戴时可主动产生直接供应至角膜之氧气之隐形眼镜。该隐形眼镜包含：由水凝胶材料或较佳聚矽氧水凝胶材料组成之镜片主体；至少一个阳极，其以电解方式自与阳极接触之水产生氧气；及至少至少一个阴极，其以操作方式与该阳极耦合以形成电解池。该阳极及该阴极系包埋在该镜片主体中，并以操作方式与电源及控制元件连接，该控制元件自动在该阳极与该阴极间施加电势电压，驱动电流通过该阳极及该阴极，以自水电解产生氧气，并控制眼睛中水电解之时间及持续时间。; at least one anode for electrolytically generating oxygen from water in contact with the anode; and at least one cathode operatively coupled with the anode to form an electrolytic cell. The anode and the cathode are embedded within the lens body and operatively connected to a power source and to a control element which automatically applies a potential voltage between the anode and the cathode, drives an electrical current through the anode and the cathode to generate oxygen from electrolysis of water, and controls the timing and duration of electrolysis of water in the eye. |
