Eyeshade and face-neck fixing assembly of eyeball continuity measuring device

Abstract

The invention is discloses an eyeshade and face-neck fixing assembly of an eyeball continuity measuring device. The face-neck fixing assembly includes the eyeshade and a neck fixing device; the eyeshade body of the eyeshade is provided with at least one eyeball corresponding hole; an eyeball scanning instrument is installed on a scanning instrument fixing device of the eyeshade and needs to be ensured that the eyeball scanning instrument is aligned to eyeballs through the eyeball corresponding holes; and the neck fixing device stables the stability of upper breasts and necks. Thus, stable continuity measuring can be performed on subjects while the gestures of the subjects are changed, the continuity measuring can measure real-time variation amount generated under different gestures, and the variability of time can also be included, so that database platforms can be established for big data to analyze and use, the analyzing of artificial intelligence through deep learning can be achieved, and the discovery of early diseases can be realized as well.

Description

technical field [0001] The present invention relates to an eye mask for eyeball measuring devices (such as a hand-held optical coherence tomography scanner or an ophthalmoscope), and a combination of the eye mask and a neck fixing device. Background technique [0002] In the prior art, when measuring ocular physiological parameters (such as intraocular pressure) or images (such as retinal images), desktop optical coherence tomography (OCT, Optical coherence tomography) is often used, and the subject holds his chin Place it on the positioning seat of the optical coherence tomography scanner, and measure the physiological parameters or images of the eyeball in a sitting or standing position. In addition, some doctors also let the subject lie on the patient's back or side on the hospital bed, and use a hand-held optical coherence tomography scanner or ophthalmoscope to measure the physiological parameters of the subject's eyeball when lying on the back or side or image. [00...

AI Technical Summary

Problems solved by technology

[0004] However, if you want to use the eyeball scanning instrument of the prior art to record the numerical changes of the subject in the moving state, it is necessary to use a hand-held measuring instrument, and while recording the eyeball parameters at each moment, the hand-held measuring instrument The instrument moves accurately following the subject's movement path, so it is very difficult in actual operation. During the subject's movement, the hand-held measuring instrument tends to deviate relative to the subject's eyeballs, which will greatly affect Detection accuracy

[0005] On the other hand, even if the measuring instrument can be accurately moved together with the subject, the subject's own posture may change unexpectedly, especially in the neck; for example, when the subject changes from a sitting position to In the process of lying on the back, the examinee may accidentally swing his neck or the like due to various reasons, which will also affect the accuracy of the measurement results; Sticking to the subject's eyes, it still cannot effectively solve the measurement error caused by the subject itself

[0006] In view of the above-mentioned difficulties in implementation, in the prior art, the subject can only be measured in a static situation where the posture remains unchanged, so the information obtained from the measurement does not include the information caused by the change of the subject's posture. Continuous numerical changes, and then it is impossible to detect the data results that can be presented due to continuous numerical changes; therefore, the existing methods and devices for measuring the physiological parameters and images of the eyeball need to be improved.

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