Schulz E, Simon F
Graefes Arch Clin Exp Ophthalmol. 1984;221(6):282-5. doi: 10.1007/BF02134124.
Specially designed hard contact lenses for binocular micromovement recording were tested under static and dynamic conditions. In order to overcome contact lens adherence in fitting 0.2 mm below mean keratometer reading, forces of 70 g were necessary (weight of contact lens 0.058 g). In dynamic testing of induced sinuswave and original micromovement on an experimental globe, pattern identity and synchronism of globe and contact lens are given. Closely spaced saccades were recorded without deformation. Difference in amplitude is due to detector irregularity. Computer calculated time difference in saccadic onset was below 0.003 s. Therefore, requirements are met for micromovement recording in clinical cases and the reliability is outlined.
为双眼微运动记录专门设计的硬性隐形眼镜在静态和动态条件下进行了测试。为了克服隐形眼镜在比角膜曲率计平均读数低0.2毫米处贴合时的附着问题，需要70克的力（隐形眼镜重量为0.058克）。在实验眼球上对诱发的正弦波和原始微运动进行动态测试时，给出了眼球和隐形眼镜的模式一致性和同步性。记录到的紧密间隔的扫视没有变形。幅度差异是由于探测器的不规则性。计算机计算的扫视起始时间差低于0.003秒。因此，满足了临床病例中微运动记录的要求，并概述了其可靠性。
