Ariely E, Alexandridis E
Dtsch Zahnarztl Z. 1977 Feb;32(2):192-3.
For the treatment of an orbital defect after exenteratio orbitae, an eye prosthesis with flexible upper eyelid was developed. The artificial eyelid moves synchronously with the natural contralateral upper eyelid by electronic control. The electric signal of a light barrier mounted on to a spectable frame in front of the intact eye is intensified and transmitted to an electromagnet. The electromagnet is located in the obturator prosthesis and lifts the artificial eyelid.
为治疗眶内容剜除术后的眼眶缺损，研发了一种带有可灵活活动上眼睑的眼假体。通过电子控制，人造眼睑与对侧自然上眼睑同步运动。安装在健眼前眼镜架上的光栅电信号被增强并传输至电磁铁。电磁铁位于充填式假体中，用以提起人造眼睑。
