Strabism measuring instrument and its method for measuring strabism
A measuring instrument and technology to be measured, which is applied in the fields of eye testing equipment, medical science, diagnosis, etc., can solve the problems of complex structure of measuring equipment and large measurement error, and achieve the effect of good practical application value.
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Embodiment 1
[0035] Such as Figure 1A with Figure 1B As shown, the horizontal structure is adopted, the reflective strip 92 is pasted, and two 4*1*0.3 high-reflective surfaces are pasted on the corresponding positions of the contact lens lens 91, and the illuminant of the coordinate instrument board (0.0) adopts 1W power 15° concentrating LED, and the rest of the illuminants use 0.1W LEDs. First cover the left eye with the shading plate P, and fix the target with the right eye, then move the shading plate P from the left eye to the right eye, the coordinates of the bright spot at the initial instant when the left eye is removed are (16, 0), and the coordinates of the bright spot after staring at the target are ( -60,0), then when the subject's right eye is staring at the target, the left eye's horizontal strabismus is (-60-16) / 2=-38°, and the vertical strabismus is (0-0) / 2=0°, Indicates that the patient has esotropia of 38° in the left eye and no vertical strabismus.
Embodiment 2
[0037] use figure 2 In the vertical head frame 3 shown, the reflective strip 92 is silver-plated, and two 4*1mm reflective surfaces are plated on the corresponding positions of the contact lens lens 91. The illuminant of the coordinate instrument board (0.0) adopts a Class I laser with a diameter of 3cm beam, and the rest of the illuminants use 0.1W LEDs. First cover the right eye with the shading plate P, and focus on the target with the left eye, then move the shading plate P from the right eye to the left eye, the coordinates of the bright spot at the initial moment when the right eye is removed are (80, 10), and the coordinates of the bright spot after gazing at the target are ( 10, 8), then when the subject’s left eye is staring at the (0.0) target, the horizontal strabismus of the right eye is (10-80) / 2=-35°, and the vertical strabismus is (8-10) / 2=-1 °, indicating that the patient's right eye has exotropia of 35° and supratropia of 1°.
[0038] The principle of geome...
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