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Visual training system and apparatus for vision correction, especially for various forms of strabismus ('crossed' eyes)

机译:用于视力矫正的视觉训练系统和设备,特别是用于各种形式的斜视(“交叉”眼)的视觉训练系统和设备

摘要

A vision correction apparatus and system for correcting various forms of strabismus. The apparatus has a viewing mechanism for viewing images, a dynamic stimulus device to be engaged or disengaged depending on control signals generated from the apparatus, a measuring mechanism for observing and measuring viewing activity of the user, data storage mechanism for storing data measured by the measuring mechanism; and control mechanism for assessing stored data and, in relation to an assessment made of the stored data, for generating and transmitting a control signal to engage or disengage the dynamic stimulus device. The measuring mechanism further measures alpha, beta, and theta brain waves after viewing a structured and an unstructured image for a pre- determined period of time, observes and measures electrooculogram (EOG) patterns of each eye, and observes and measures interfering muscular movement but use of an electromyogram (EMG) after which the data obtained from the measurements is assessed by the control mechanism to establish individualized normalizing co-efficients and values, to establish brain visual activation function and value, to establish absolute differences between EOG patterns of the eyes, to account for interfering muscular movement not associated with EOG patterns, and to establish a trend which, if supportive of vision correction, engages the dynamic stimulus device and, if not supportive of vision correction, disengages the dynamic stimulus device thereby encouraging a user to self-correct by repeating activity which engages the dynamic stimulus device.
机译:一种用于矫正各种形式的斜视的视力矫正设备和系统。该设备具有用于观看图像的观看机构,取决于从该设备生成的控制信号而被接合或脱离的动态刺激装置,用于观察和测量用户的观看活动的测量机构,用于存储由用户测量的数据的数据存储机构。测量机制控制机构,用于评估所存储的数据,并且与对所存储的数据进行的评估有关,用于生成和传输控制信号以接合或脱离动态刺激装置。在预定时间段内查看结构化图像和非结构化图像后,该测量机制还可以测量α,β和theta脑电波,观察和测量每只眼睛的眼电图(EOG)模式,并观察和测量干扰肌肉运动,但使用肌电图(EMG),然后通过控制机制评估从测量中获得的数据,以建立个性化的归一化系数和值,建立大脑视觉激活功能和值,建立眼睛EOG模式之间的绝对差异,以说明与EOG模式无关的干扰肌肉运动,并建立一种趋势,如果支持视力矫正,则使动态刺激设备参与其中;如果不支持视力矫正,则使动态刺激设备脱离,从而鼓励用户通过重复参与动态刺激装置的活动进行自我校正。

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