CN115444722A

CN115444722A - Eye training method

Info

Publication number: CN115444722A
Application number: CN202211225351.3A
Authority: CN
Inventors: 王世同
Original assignee: Kuaishi Tianjin Technology Co ltd
Current assignee: Kuaishi Tianjin Technology Co ltd
Priority date: 2022-10-08
Filing date: 2022-10-08
Publication date: 2022-12-09

Abstract

The embodiment of the invention relates to the technical field of amblyopia training and discloses an eye training method. The method comprises the following steps: acquiring the eye vision condition, symptoms and eye position condition of a user; and giving a training scheme based on the eye vision condition, the symptoms and the eye position condition. By implementing the embodiment of the invention, one customized training scheme can be used for each user, so that the training efficiency is greatly improved.

Description

Eye training method

Technical Field

The invention relates to the technical field of vision training, in particular to an eye training method.

Background

The function plates of the visual training equipment on the market are complex and various, the visual function problems of patients are complex and changeable, and the requirement of each patient for visual training is different, so that the training scheme corresponding to the patient is difficult to provide according to different conditions of the patient and the form of the applied training equipment.

Disclosure of Invention

Aiming at the defects, the embodiment of the invention discloses an eye training method which can customize a training scheme for each user, so that the training efficiency is greatly improved.

The first aspect of the embodiments of the present invention discloses an eye training method, including:

acquiring the eye vision condition, symptoms and eye position condition of a user;

giving a training scheme based on the eye vision condition, the symptoms and the eye position condition;

the eye vision state is one of non-myopia, myopia and amblyopia;

the symptom of the non-myopia is one of myopia prevention, fatigue or insufficient regulation when seeing near for a long time, reading disorder or slow reading and writing, presbyopia or presbyopia early, tension or excess regulation or inability to relax when seeing far, pseudomyopia, inattention or learning inattention or poor coordination of hands and eyes and asthenopia;

the symptom of the myopia is one of myopia control, fatigue or insufficient adjustment after long-time near vision, reading disorder or slow reading and writing, presbyopia or early presbyopia, tension or excess adjustment or inability to relax during far vision, inattention or learning inattention or poor coordination of eyes, asthenopia, myopia pre-operation training, myopia post-operation abnormal adjustment and myopia post-operation diplopia;

the symptoms of amblyopia are one of a lower visual power value of less than 0.4, 0.4-0.6 and greater than 0.6 in both eyes;

the eye position condition is one of normal or unclear whether normal, internal or external.

As an optional implementation manner, in the first aspect of the embodiment of the present invention, when the vision state of the eye is non-myopic or near-sighted, the accommodation training is mainly used for training the relaxation and contraction of ciliary muscles of the eye, relieving the tension of the accommodation of the eye, and exercising the accommodation capacity of the eye;

when the vision of the eyes is amblyopia and the smaller vision value of the two eyes is less than 0.4, the optical grating and the red flash training are mainly used, and the adjustment training is not carried out;

when the vision of the eyes is amblyopia and the smaller vision value of the two eyes is 0.4-0.6, performing adjustment training, combining optical grating and red flash training, and not performing fusion training;

when the vision of the eyes is amblyopia and the smaller vision value in the two eyes is more than 0.6, the adjustment training is carried out, and the optical grating, the red flashing training and the fusion training are combined.

As an optional implementation manner, in the first aspect of the embodiment of the present invention, the adjustment training includes an adjustment flexibility training and an adjustment amplitude training; the fusion training is one or more of static fusion training, dynamic fusion training and fusion comprehensive training;

when the smaller visual force value in the two eyes is less than 0.4, 3-4 level gratings and low-frequency red flashes are adopted; when the smaller visual force value of the two eyes is 0.4-0.6, 2-3 grade gratings and medium-frequency red flashes are adopted; and when the smaller visual force value in the two eyes is larger than 0.6, adopting 1-2 level gratings and high-frequency red flashing.

As an optional implementation manner, in the first aspect of the embodiment of the present invention, the spatial frequencies of the 1-level grating, the 2-level grating, the 3-level grating, and the 4-level grating are 2.33 cycles/degree, 1.40 cycles/degree, 0.87 cycles/degree, and 0.58 cycles/degree, respectively; the high-frequency red flashing light is formed by alternating 2 seconds of bright screen and 1 second of dark screen; the medium-frequency red flashing light is the alternation of bright screen for 3 seconds and dark screen for 1 second; the low-frequency red flashing light is the alternation of 4 seconds of bright screen and 1 second of dark screen.

As an optional implementation manner, in the first aspect of the embodiment of the present invention, when the eye position is an oblique inward direction, the scatter training is mainly performed, and when the eye position is an oblique outward direction, the gather training is mainly performed.

A second aspect of an embodiment of the present invention discloses an electronic device, including: a memory storing executable program code; a processor coupled with the memory; the processor calls the executable program code stored in the memory for executing the eye training method disclosed in the first aspect of the embodiments of the present invention.

A third aspect of the embodiments of the present invention discloses a computer-readable storage medium storing a computer program, where the computer program enables a computer to execute the eye training method disclosed in the first aspect of the embodiments of the present invention.

A fourth aspect of the embodiments of the present invention discloses a computer program product, which, when running on a computer, causes the computer to execute the eye training method disclosed in the first aspect of the embodiments of the present invention.

A fifth aspect of the present invention discloses an application distribution platform, where the application distribution platform is configured to distribute a computer program product, and when the computer program product runs on a computer, the computer is enabled to execute the eye training method disclosed in the first aspect of the present invention.

The embodiment of the invention can deal with the complicated visual function problem of patients, and can provide an intelligent scheme for pushing according to the requirement of each patient for performing visual training and the matching of a multi-board visual function training project of equipment, so that the training efficiency is greatly improved, and compared with the prior art, the embodiment of the invention has the following beneficial effects:

1. myopia and non-myopia patients mainly take eye regulation training to improve ciliary muscle function;

2. the amblyopia patient adds adjustment training and fusion training at different stages according to different vision grades, and the primary and secondary vision functions are synchronously improved, so that the training efficiency is improved;

3. the spatial frequency of the optical grating training is given to different spatial frequencies at different stages according to different vision grades of the amblyopia patient, so that the resolution threshold value matched with retinal cells is better met;

4. in the red flashing frequency adjustment of the red flashing training item, different flashing frequencies are matched according to different vision grades of amblyopia patients, so that the stimulation degree and the training difficulty in different periods are better met, and the training efficiency is improved;

5. and according to the type of the patient's strabismus, the corresponding fusion training is preferentially assisted, so that the disadvantage items corresponding to the eyes of the patient are strengthened.

Drawings

In order to more clearly illustrate the technical solutions in the embodiments of the present invention, the drawings needed to be used in the embodiments will be briefly described below, and it is obvious that the drawings in the following description are only some embodiments of the present invention, and it is obvious for those skilled in the art that other drawings can be obtained according to these drawings without creative efforts.

Fig. 1 is a schematic flow chart of an eye training method according to an embodiment of the present invention;

FIG. 2 is a diagram illustrating the effect of a conventional training method for adjusting amplitude according to an embodiment of the present invention;

FIG. 3 is a diagram illustrating the effect of adjusting the amplitude of the comprehensive training, according to an embodiment of the present invention;

FIG. 4 is a diagram of a display effect of a training scene for adjusting amplitude according to an embodiment of the present invention;

FIG. 5 is a diagram of the display effect of a conventional training for adjusting flexibility according to an embodiment of the present invention;

FIG. 6 is a diagram illustrating the display effect of the combined training for adjusting flexibility according to an embodiment of the present invention;

FIG. 7 is a diagram of a display effect of a situation training for adjusting flexibility according to an embodiment of the present disclosure;

FIG. 8 is a diagram illustrating the display effect of a conventional training for reading a lens according to an embodiment of the present invention;

FIG. 9 is a diagram illustrating the display effect of a comprehensive training of reading lens according to an embodiment of the present invention;

FIG. 10 is a diagram illustrating the display effect of a static fusion image according to an embodiment of the present invention;

FIG. 11 is a diagram illustrating the display effect of a dynamic fusion image according to an embodiment of the present invention;

FIG. 12 is a diagram illustrating the display effect of a raster training process disclosed in the embodiments of the present invention;

FIG. 13 is a diagram illustrating the display effect of a red flashing training disclosed in the embodiments of the present invention;

fig. 14 is a display effect diagram of fine eyesight training according to an embodiment of the present invention.

Detailed Description

The technical solutions in the embodiments of the present invention will be clearly and completely described below with reference to the drawings in the embodiments of the present invention, and it is obvious that the described embodiments are only a part of the embodiments of the present invention, and not all of the embodiments. All other embodiments, which can be obtained by a person skilled in the art without making any creative effort based on the embodiments in the present invention, belong to the protection scope of the present invention.

It should be noted that the terms "first", "second", "third", "fourth", and the like in the description and the claims of the present invention are used for distinguishing different objects, and are not used for describing a specific order. The terms "comprises," "comprising," and "having," and any variations thereof, of embodiments of the present invention are intended to cover non-exclusive inclusions, such that a process, method, system, article, or apparatus that comprises a list of steps or elements is not necessarily limited to those steps or elements explicitly listed, but may include other steps or elements not expressly listed or inherent to such process, method, article, or apparatus.

The embodiment of the invention discloses an eye training method, an eye training device and electronic equipment, which can deal with the complicated visual function problem of patients, can perform visual training according to the requirement of each patient, can be matched with a multi-plate visual function training project of the equipment, and can provide an intelligent scheme for pushing, so that the training efficiency is greatly improved, and the detailed description is carried out by combining the attached drawings.

Example one

Referring to fig. 1, fig. 1 is a schematic flow chart of an eye training method according to an embodiment of the present invention. As shown in fig. 1, the eye training method includes the steps of:

and S110, acquiring the eye vision condition, symptoms and eye position condition of the user.

The eye vision condition, symptoms and eye position condition of the user are obtained by inputting by the user or sending out by voice or selecting by a key or a mouse or a rocker.

In the preferred embodiment of the present invention, the visual acuity status of the eye is divided into three categories, i.e., non-myopic (non-myopic), myopic, and amblyopic; the eye conditions are classified into three categories, normal (if it is not clear whether normal or not, it is classified as normal), oblique, or oblique.

The symptom of non-myopia is one of myopia prevention, fatigue or insufficient regulation when seeing near for a long time, reading disorder or slow reading and writing, presbyopia or presbyopia, tension or excess regulation or inability to relax when seeing far, pseudomyopia, inattention or learning inattention or poor coordination of hands and eyes, and asthenopia;

the symptom of myopia is one of myopia control, fatigue or insufficient regulation after long-time near vision, reading disorder or slow reading and writing, presbyopia or early presbyopia, tension or excess regulation or inability to relax during far vision, inattention or learning inattention or poor hand-eye coordination, asthenopia, myopia pre-operation training, myopia post-operation abnormal regulation and myopia post-operation existing diplopia;

amblyopia is a condition in which the lesser value of visual power in both eyes is less than one of 0.4, 0.4-0.6 (both endpoints inclusive), and greater than 0.6.

And S120, giving a training scheme based on the vision condition, symptoms and the eye position condition of the eyes.

The training program of the embodiment of the invention mainly comprises four types: respectively for accommodation training, image fusion training, amblyopia training and fixation function training.

In the preferred embodiment of the invention, myopia and non-myopia are mainly adjusted and trained, which mainly trains relaxation and contraction of ciliary muscle of eyes, relieves the tension of eye adjustment, exercises the adjusting capability of eyes, increases the fusion training according to the condition of eye position, improves the fusion capability of eyes, and is assisted by other training items according to other appeals of patients.

Patients below 0.4 of the group of patients with amblyopia are not subjected to accommodation training because the vision at this time is insufficient to cause sufficient blurry accommodation, and the rest of patients are subjected to additional accommodation training to exercise primary visual function of the eyes. Patients below 0.6 do not adopt fusion training because the vision at this time is not enough to cause enough accommodation set, and patients above 0.6 increase fusion training to exercise secondary visual function of eyes; and is supplemented with other training items according to other requirements of the patient.

In the spatial frequency adjustment of the grating training project, patients lower than 0.4 adopt 3-4-level gratings, patients between 0.4 and 0.6 adopt 2-3-level gratings, and patients higher than 0.6 adopt 1-2-level gratings. In the adjustment of the red flashing frequency of the red flashing training program, patients lower than 0.4 adopt low frequency, patients between 0.4 and 0.6 adopt medium frequency, and patients higher than 0.6 adopt high frequency.

Preferentially matching corresponding training according to the eye position condition, wherein the oblique patients are mainly scattered training positions, and the oblique patients are mainly set training.

The adjustment training mainly comprises amplitude adjustment training, flexibility adjustment training and lens reading training.

The adjustment range training is suitable for users with adjustment ranges lower than normal, visual fatigue and insufficient adjustment of patients can be effectively improved, the upper adjustment limit can be increased during use, 2.5D adjustment force is needed to be used at a position close to 40cm, on the basis, selection training is carried out in a range from +2.50D to-5.50D, and the training range can reach 0-8D.

Training modes for amplitude modulated training may include regular training (professional), general training (professional, home), and situational training (learning, recreation, training in one), as shown in fig. 2-4, respectively.

The process of the amplitude adjustment training comprises the following steps:

1. according to the eye condition of the user, performing targeted eye training;

2. in a conventional and comprehensive training mode, after the opening direction of the visual target in the system is seen clearly, the rocker is pushed to confirm;

3. in the contextual training mode, after the interested reading content is selected, the rocker is pushed leftwards and rightwards to turn pages;

4. the voice assistant assists in guiding in the whole training process, and the system automatically judges the right and wrong.

The adjustment flexibility training is suitable for users with the problems that positive and negative relative adjustment (NRA/PRA) is lower than a normal value, adjustment is advanced, adjustment sensitivity is poor and the like, the adjustment can be effectively improved by using the adjustment flexibility system for training, and meanwhile, the change of adjustment convergence can be caused.

The flexibility adjustment training mainly uses three visual target cards in a visual target using mode: 20/50, 20/40, 20/30; the training range of the flexibility training is adjusted to be +/-1.50D and +/-2.50D, and advanced training can be set to deepen the training difficulty.

Training modes that accommodate flexibility training may include routine training (professional), general training (professional, home), and situational training (learning, recreation, training in one), as shown in fig. 5-7, respectively.

The process of the amplitude adjustment training comprises the following steps:

2. in a conventional and comprehensive training mode, after the opening direction of the sighting target in the system is seen clearly, the rocker is pushed to confirm;

3. in the contextual training mode, after the interested reading content is selected, the rocker is pushed left and right to turn pages;

4. and the voice assistant assists in guiding in the whole training process, and the system automatically judges the right or wrong.

Lens reading training is the most basic training in adjustment, and in the case of difficulty in passing through positive and negative lenses, the user is advised to gradually improve the adjustment capability of the user starting from lens reading. The training range is +1.50D, +2.50D, -1.50 and-2.50; the training mode includes regular training (professional) and general training (professional, home), as shown in fig. 8 and 9, respectively.

The fusion training comprises static fusion training, dynamic fusion training and fusion comprehensive training.

As shown in fig. 10, the static fusion training is suitable for users with poor fusion function, and the ability of the patient to perform autonomous collective motion can be improved through the static fusion training, so as to increase the range of astigmatism. The patients with vision value larger than 0.6 are recommended to do the fusion training, and the static fusion is an active fusion capability. The fusion range is as follows: 0-30 Δ (aggregate), 0-28 Δ (scatter).

The static fusion training includes ensemble training and scatter training.

The training process comprises the following steps: when the user wears the glasses in the fully corrected state, the right eye sees the green part pattern clearly through the red lens on the equipment, and the left eye sees the red part pattern clearly through the green lens on the equipment. The green graph and the red graph are fused into one graph in each group, the graph is fused firstly, then the rings beside the graph are fused, the openings, the X and the O in the middle of the rings are on the same straight line, floating feeling and layering feeling are achieved, and the inner ring has obvious floating feeling. After two patterns in the system are fused into one, the confirmation key on the rocker is pressed to carry out the next picture.

The training end points are as follows: the patterns can be fused into a picture; the mouth, the X and the O in the middle of the circular ring are on the same straight line, so that the floating feeling and the layering feeling are realized, and the scoring standard of five stars is reached.

Referring to fig. 11, the dynamic fusion training is suitable for the user with poor fusion function, and can exercise the ability of the two eyes to keep the fusion through the dynamic fusion training, so as to improve the ability of the eyes to gather and scatter. And (4) recommending the patients with the vision value larger than 0.6 to do the fusion training, and dynamically fusing to keep the fusion capability. The fusion range is as follows: 0-30 Δ (aggregate), 0-28 Δ (scatter).

The dynamic fusion training includes collective training and scatter training.

The training process comprises the following steps: when the user wears the glasses in the fully corrected state, the right eye sees the green part pattern clearly through the red lens on the equipment, and the left eye sees the red part pattern clearly through the green lens on the equipment. In each group, the green circular ring and the red circular ring are fused into a circular ring, the openings, the X and the O in the middle of the circular rings are on the same straight line, so that the floating feeling and the layering feeling are realized, and the inner circular ring has an obvious floating feeling. After two rings in the system are fused into one, pressing a confirmation key on a rocker to carry out next picture, if the two rings cannot be fused into one, feeling that one picture is divided into two pictures, and please press a confirmation key until the rings are fused into one again.

The training end points are as follows: the patterns can be fused into a picture; the openings, X and O in the middle of the circular ring are on the same straight line, so that the floating feeling and the layering feeling are realized, and the scoring standard of five stars is achieved.

The fusion comprehensive training is the combination of static fusion training and dynamic fusion training.

Amblyopia training includes disinhibition training, raster training, red flashing training and fine eyesight training.

The disinhibition training is suitable for a user with monocular inhibition to exercise the ability of vision of both eyes simultaneously, and the both eyes can learn cooperative work step by step through the disinhibition training, so that the brain can gradually relieve the inhibition on the poor eyes to achieve the state of balancing both eyes. The amblyopia treatment instrument utilizes the red and green complementary separate vision principle to transmit binocular information, helps an amblyopic patient to actively use the inhibited amblyopic eyes, establishes simultaneous vision, improves eyesight and recovers binocular vision function.

The off-inhibition training types are divided into red and green reading units and capturing training, in a red and green reading unit mode, the eyes of a user are opened simultaneously, and after the opening direction of a visual target in the system is seen clearly, a handle push rod is shaken for confirmation; in the catching training mode, the user shakes the push rod to move the net bag left and right, and presses the confirming key to catch the butterfly when the net bag is close to a moving object such as the side of the butterfly.

The raster training and the red flash training refer to eye vision training performed by taking a raster or a red flash as a background and matching visual targets or scenes (fishing and the like) and the like on a screen.

The optical grating training is suitable for amblyopia users, different visual cortex neurons of perception threshold values are driven by different spatial frequency backgrounds, and the optical grating training is matched with fine training exercises such as visual targets, words and color charts, so that the concentration of children is improved according to different vision development refraction states of teenagers and children, and the excitement of visual nerve cells is improved. The grating training is provided with strong contrast stripes, the lattice background rotates, different visual cortical neurons cooperatively move through stimulation of gratings with different spatial frequencies, the visual acuity is gradually improved, and the vision is improved, and the training mode mainly comprises a visual target mode, a word mode and a color chart mode.

The time frequency is known to be defined by the number of times a physical quantity (such as alternating current, voltage, wave or mechanical vibration) changes periodically per unit time, and is expressed in cycles per second or cycles per meter. The spatial frequency unit in cycles/meter is not convenient in all cases and sometimes it is desirable to express the spatial frequency in cycles per degree, where degrees are units of geometric angles. The spatial frequency of the representation may be understood as the number of times the luminance signal changes periodically within a unit viewing angle, i.e. from a certain viewpoint

(week/degree)

Wherein alpha represents the angle of the human eye viewing object,

representing the phase change of the luminance signal within the angle alpha. In a preferred embodiment of the present invention, the display screen size of the instrument is 21.5cm x 13.5cm, the design distance of the screen position from the human eye is 40cm (by optical reflection), so the actual display size on the screen per degree of viewing angle is tan α × 400 (mm) ≈ 6.98096 (mm), and the design size of the raster pattern is 1.5mm, 2.5mm, 4mm, 6mm, respectively, so f α is 2.33 cycles/degree, 1.40 cycles/degree, 0.87 cycles/degree, 0.58 cycles/degree.

The human visual system can be considered essentially a linear system. The visual contrast sensitivity is highest when the spatial frequencies are around 3 cycles/degree, i.e. the human eye has the strongest ability to discriminate these spatial frequencies. However, the visual training mainly aims at amblyopia eyes, and requires lower spatial frequency, so four spatial frequencies of 2.33, 1.40, 0.87 and 0.58 are designed, and are respectively defined as a 1-level grating, a 2-level grating, a 3-level grating and a 4-level grating.

The frequency response of human vision to color changes is different, referred to as the spatial frequency response of color vision. The human eye has a significantly higher resolution for brightness than for color. For a more closely spaced black and white sinusoidal grating we may resolve clearly, while for a equally spaced color grating we may resolve clearly. Therefore, in the preferred embodiment of the present invention, a color grating is designed on the basis of the black and white grating, and the spatial frequency is the same as that of the black and white grating.

As shown in fig. 12, the black and white stripes of the black and white grating have the same width, and the red and green stripes of the color grating have the same spatial frequency, i.e., the black stripe, the white stripe, the red stripe, and the green stripe have the same width at the same spatial frequency.

Simultaneously, in the training process, the target grating also can have multiple transform forms to through the stimulation of different colours, different position etc. thereby promote the training effect. Moreover, the method is obviously different from the conventional raster training in that the fine sighting target is fused for synchronous training, and the dual stimulation of the spatial frequency and the fine sighting target is given to the brain, so that the resolution capability of the fine sighting target is improved while the raster training is carried out.

The transformation modes of the grating are five, namely clockwise rotation, anticlockwise rotation, left-to-right movement and right-to-left movement, and the colors of the stripes are interchanged.

In the amblyopia training process of fusing the fine sighting target with the grating, a certain preset training duration is set, and the time for changing the large period and the display time of each sub-grating are determined according to the preset training duration.

The transformation large period comprises 10 sub-gratings, the presentation time of each sub-grating in the corresponding period is the same, and the sub-gratings are sequentially arranged according to the time sequence: clockwise black and white (i.e. the black and white grating rotates clockwise in the screen, the rotation frequency is 45 °/s) → counterclockwise black and white (i.e. the black and white grating rotates counterclockwise in the screen, the rotation frequency is 45 °/s) → clockwise red and green (i.e. the red and green grating rotates clockwise in the screen, the rotation frequency is 45 °/s) → counterclockwise red and green (i.e. the red and green grating rotates counterclockwise in the screen, the rotation frequency is 45 °/s) → left-to-right black and white (i.e. the black and white grating moves from left to right in the screen, the moving speed is 2.5 cm/s) → right-to-left black and white (i.e. the black and white grating moves from right to left in the screen, the moving speed is 2.5 cm/s) → red and green from left to right (namely, the red and green grating moves from left to right in the screen, and the moving speed is 2.5 cm/s) → red and green from right to left (namely, the red and green grating moves from right to left in the screen, and the moving speed is 2.5 cm/s) → lattice changing black and white (namely, the positions of the black and white stripes in the screen are interchanged, and the interchange time length is 1.5s, namely, the positions of the black stripe and the white stripe are interchanged every 1.5 s) → lattice changing red and green (namely, the positions of the red and green stripes in the screen are interchanged, and the interchange time length is 1.5s, namely, the positions of the red stripe and the green stripe are interchanged every 1.5 s).

For example, assuming that the preset training duration is 3min, the display duration of each sub-raster may be set to 9s, and the preset training duration includes two large periods of transformation. Assuming that the preset training time is 5min, the display time of each sub-raster may be set to 10s, and the preset training time includes three large transformation periods.

The red flashing training is suitable for amblyopia users, the red light generates certain stimulation to the cone cells in the macular area, so that the cone cells in the macular area are active, the central watching capacity is gradually improved, the vision level of the users is improved, and when the red flashing training is stimulated, the red flashing training is matched with fine training operations such as sighting marks, pictures, figures and the like for exercise, and the training interestingness is increased. Red light background carries out the amazing cone cell of flickering through setting for the frequency in the red flashing training, and the meticulous training of cooperation can improve central vision, promotes user's eyesight level, and its training mode includes the sighting target mode, finds difference and cartoon story.

When the red flashing background is used, the amblyopia patient filters the background color of the screen into the red light with the wavelength of 630-640nm through the red lens (for example, glasses which can wear the red lens, or through the red eyepiece) (please refer to fig. 13, the background color is substantially red), and the red light with the wavelength of 630-640nm realizes the flashing in the screen by the light and shade alternation mode at a fixed period frequency. According to the frequency of the red light flash, the red light flash can be divided into low-frequency red flash, medium-frequency red flash and high-frequency red flash.

Different flicker frequencies are designed for different degrees of amblyopia patients, and different training intensities are applied to different patients, so that the training effect is more remarkable. In a preferred embodiment of the invention, when the vision value of the amblyopia patient is less than or equal to 0.4, the high-frequency red flashing light is used as the background of the screen, and the low-frequency red flashing light is the alternation of 4 seconds on the screen and 1 second off the screen (namely, the screen is extinguished for 1 second after being lit for 4 seconds, and then is extinguished for 1 second after being lit for 4 seconds, and the above steps are repeated until the preset training time is reached).

The fine eyesight training is suitable for amblyopia users, because the infant does not obtain enough visual stimulation on the optic nerve cells of the fovea in the macular part of the eyeground during the development of the eyeball, the development is influenced, the ability of fine spatial resolution is lost, and the amblyopia children perform the fine eyesight training to consciously force the amblyopia eyes to be absorbed in the fine targets, so that the inhibited cells in the amblyopia eyes are stimulated, and the inhibition is removed, thereby improving the stimulation. The fine eyesight training is to train the amblyopia eyes to concentrate on a certain tiny target, so that the inhibited photoreceptor cells in the amblyopia eyes are stimulated and the inhibition is removed, thereby improving the eyesight, and the training mode mainly comprises a fishing mode and a bead stringing mode, wherein in the fishing mode, please refer to fig. 14, a user controls a fishhook to move a rocker left and right, and presses a determination key when approaching a small fish; in the bead string mode, a user controls the needle and the thread to move the rocker left and right, and presses the determination key when approaching the center position of the bead.

The fixation function training mainly comprises eye muscle movement training, visual attention training and glance training.

The eye muscle movement training can be used for training the eye muscles to move along with an object through the movement of the object on the screen background, so that the coordination ability of eyes can be effectively improved, and the training mode mainly comprises linear movement, curvilinear movement and random movement.

The visual concentration training enhances the hand-eye-brain coordination ability of the user through scientific eye movement and training, is suitable for the user with poor visual concentration, effectively improves the concentration of the user, and develops the learning interest, and the training mode mainly comprises following training, contrast reading training and different training.

The saccade training aims at quickly and accurately watching an object, for example, eyes are moved from one group of visual marks to another group of visual marks when reading, the saccade training is suitable for users who lose character serial missing characters when frequently reading due to poor brain visual perception, have poor question checking and low learning efficiency, can effectively improve the saccade capability of the users, and improve reading disorder caused by visual perception disorder, and the training mode of the saccade training comprises visual mark saccade training and reading speed training.

Aiming at non-myopia, eye training schemes for different situations mainly comprise:

when the symptom of the myopia is to prevent the myopia and the eye position is normal or not clear, executing a first eye training scheme;

when the symptom of non-myopia is that myopia is to be prevented and the eye position is inclined inwards, executing a second eye training scheme;

when the symptom of non-myopia is to prevent myopia and the eye position is the external inclination, executing a third eye training scheme;

when the symptoms of non-myopia are long-time near fatigue or insufficient accommodation and the eye position is normal or is unclear whether the eye position is normal or is inclined outwards, executing a fourth eye training scheme;

executing a fifth eye training scheme when the symptom of non-myopia is long-time near fatigue or insufficient accommodation and the eye position condition is inward inclination;

when the symptoms of non-myopia are reading disorder or slow reading and writing, or inattentive attention or inattentive learning or poor hand-eye coordination ability, and the eye position is normal or not clear whether normal or not, executing a sixth eye training scheme;

executing a seventh eye training scheme when the symptoms of non-myopia are reading disorder or slow reading and writing, or inattention or learning inattention or poor hand-eye coordination capacity and the eye position is inclined inwards;

when the symptoms of non-myopia are reading disorder or slow reading and writing, or inattentive attention or inattentive learning or poor hand-eye coordination ability and the eye position is oblique, executing an eighth eye training scheme;

executing a ninth eye training scheme when the symptom of the non-myopia is presbyopia or presbyopia and the eye position is normal or not clear;

executing a tenth eye training scheme when the symptom of the non-myopia is presbyopia or presbyopia and the eye position condition is inward inclination;

executing an eleventh eye training scheme when the symptoms of non-myopia are presbyopia or presbyopia and the eye position is syncline;

performing a twelfth eye training regimen when the symptoms of non-myopia are accommodation tension or excess or inability to relax at far vision, pseudomyopia, or asthenopia, and the eye position is normal or unclear whether normal or oblique;

executing a thirteenth eye training scheme when the symptoms of non-myopia are regulating tension or excess or inability to relax at far vision, pseudomyopia or asthenopia and the eye position condition is oblique outward;

the first eye training scheme comprises a first flexibility adjustment routine training, a first amplitude adjustment scene training, a lens reading training, a first flexibility adjustment scene training and a first eye muscle movement training;

the second eye training scheme comprises second flexibility regulation conventional training, first static image fusion training, first dynamic image fusion training, first flexibility regulation scene training and second eye muscle movement training;

the third eye training scheme comprises a second flexibility regulation conventional training, a first amplitude regulation scene training, a second static image fusion training, a second dynamic image fusion training, a first flexibility regulation scene training and a second eye muscle movement training;

the fourth eye training scheme comprises a first flexibility regulation conventional training, a first amplitude regulation conventional training, a second static fusion training, a fusion comprehensive training, a first flexibility regulation scene training and a first amplitude regulation scene training;

the fifth eye training scheme comprises second flexibility regulation conventional training, first amplitude regulation conventional training, first static image fusion training, image fusion comprehensive training and first flexibility regulation scene training;

the sixth eye training scheme comprises visual concentration training, second eye muscle movement training, first adjustment flexibility degree scene training, first adjustment amplitude scene training and saccade training;

the seventh eye training scheme comprises visual concentration training, second eye muscle movement training, first flexibility adjustment situation training, first amplitude adjustment situation training, first static fusion training, fusion comprehensive training and saccade training;

the eighth eye training scheme comprises visual concentration training, second eye muscle movement training, first flexibility adjustment degree scene training, first amplitude adjustment scene training, second static fusion training, fusion comprehensive training and saccade training;

the ninth eye training scheme comprises a second flexibility regulation conventional training, a second amplitude regulation conventional training, a second static fusion training, a fusion comprehensive training, a second amplitude regulation scene training and a second flexibility regulation scene training;

the tenth eye training scheme comprises second flexibility regulation conventional training, second regulation amplitude conventional training, first static fusion training, fusion comprehensive training, second regulation amplitude scene training and second flexibility regulation scene training;

the eleventh eye training scheme comprises second flexibility regulation conventional training, second amplitude regulation conventional training, second static fusion training, fusion comprehensive training, second amplitude regulation scene training and second flexibility regulation scene training;

the twelfth eye training scheme comprises second flexibility regulation conventional training, flexibility regulation comprehensive training, first static fusion training, image fusion comprehensive training, first flexibility regulation scene training and first eye muscle movement training;

the thirteenth eye training scheme comprises second flexibility regulation conventional training, flexibility regulation comprehensive training, second static fusion training, image fusion comprehensive training, first flexibility regulation scene training and second eye muscle movement training;

the first adjustment flexibility adopts 20/30 visual targets for routine training, the training range is +/-1.50D, and the training time is 3min; the second adjustment flexibility adopts 20/40 visual targets for routine training, the training range is +/-1.50D, and the training time is 3min; the first flexibility adjusting scene training is binocular flexibility adjusting scene training, and the training time is 5min; the second flexibility adjusting scene training is binocular flexibility adjusting scene training, and the training time is 3min;

the first amplitude regulation conventional training adopts a 20/30 visual target, the training range is 0D, and the training time is 3min; the second amplitude regulation conventional training adopts a 20/40 sighting target, the training range is +2.5D, and the training time is 3min; the first adjusting amplitude scene training is binocular adjusting amplitude scene training, and the training time is 5min; the second amplitude regulation scene training is binocular amplitude regulation scene training, and the training time is 3min;

the training modes of the first eye muscle movement training and the second eye muscle movement training are random movement and linear movement respectively;

the first static fusion training is scatter static fusion training, and the second static fusion training is set static fusion training; the first dynamic fusion training is scattered dynamic fusion training, and the second dynamic fusion training is set dynamic fusion training;

the visual concentration training is one or more of guide following training, autonomous following training and different training; the glance training is one or more of sighting target glance training, reading speed training and article reading training.

Aiming at myopia, eye training schemes of different situations mainly comprise:

when the symptom of myopia is that myopia is to be prevented and the eye position is normal or not clear, executing a first eye training scheme;

when the symptom of myopia is that myopia is to be prevented and the eye position is inclined inwards, executing a second eye training scheme;

when the symptom of myopia is that myopia is to be prevented and the eye position is outward inclined, executing a third eye training scheme;

when the symptoms of myopia are long-time near fatigue or insufficient accommodation, or abnormal accommodation after myopia operation, and the eye position is normal or not clear whether normal or oblique, executing a fourth eye training scheme;

executing a fifth eye training scheme when the symptoms of myopia are long-time near fatigue or insufficient accommodation or abnormal accommodation after myopia operation and the eye position condition is inward inclination;

executing a sixth eye training scheme when the symptoms of myopia are reading disorder or slow reading and writing, or inattentive attention or learning or poor hand-eye coordination capacity and the eye position is normal or not clear to be normal;

executing a seventh eye training scheme when the symptoms of myopia are reading disorder or slow reading and writing, or inattentive attention or inattentive learning or poor hand-eye coordination and the eye position is inclined inwards;

executing an eighth eye training scheme when the symptoms of myopia are reading disorder or slow reading and writing, or inattention or learning inattention or poor hand-eye coordination capacity and the eye position is oblique;

executing a ninth eye training scheme when the symptoms of myopia are presbyopia or presbyopia and the eye position is normal or not clear;

executing a tenth eye training scheme when the symptoms of myopia are presbyopia or presbyopia and the eye position is oblique;

executing an eleventh eye training regimen when the symptom of myopia is presbyopia or presbyopia and the eye position is circumflex;

executing a twelfth eye training scheme when the symptoms of myopia are tension or excessive regulation or inability to relax at far vision, or asthenopia or the preoperative operation of myopia is wanted, and the eye position is normal or whether normal or oblique is unclear;

executing a thirteenth eye training scheme when the symptoms of myopia are tension or excessive regulation or inability to relax at far vision, or asthenopia, or the preoperative operation of myopia is wanted, and the eye position is inclined outward;

executing a fourteenth eye training scheme when the symptom of myopia is that diplopia exists after the myopia operation and the eye position condition is normal or whether the eye position condition is not clear or normal;

executing a fifteenth eye training scheme when the symptom of myopia is that diplopia exists after the myopia operation and the eye position condition is inward inclination;

when the symptom of myopia is that diplopia exists after the myopia operation and the eye position condition is outward inclination, executing a sixteenth eye training scheme;

the fourteenth eye training scheme comprises second flexibility regulation conventional training, first amplitude regulation conventional training, first static fusion training, second static fusion training, fusion comprehensive training and first amplitude regulation scene training;

the fifteenth eye training scheme comprises second flexibility regulation conventional training, first amplitude regulation conventional training, first static fusion training, first dynamic fusion training, fusion comprehensive training and first amplitude regulation scene training;

the sixteenth eye training scheme comprises a second flexibility adjustment routine training, a first amplitude adjustment routine training, a second static fusion training, a second dynamic fusion training, a fusion comprehensive training and a first amplitude adjustment scenario training.

For amblyopia and the smaller visual power value of two eyes is less than 0.4, the eye training schemes for different situations mainly comprise:

executing a seventeenth eye training scheme when the left eye vision value is greater than or equal to 1.0 and the right eye vision value is less than 1.0;

when the right eye vision value is greater than or equal to 1.0 and the left eye vision value is less than 1.0, executing an eighteenth eye training scheme;

when the vision values of the left eye and the right eye are both smaller than 1.0 and the vision of the left eye is larger than that of the right eye, executing a nineteenth eye training scheme;

when the left-eye and right-eye vision values are smaller than 1.0 and the right-eye vision is larger than the left-eye vision, executing a twentieth eye training scheme;

executing a twenty-first eye training scheme when the left-eye and right-eye vision values are both less than 1.0 and the right-eye vision is equal to the left-eye vision;

the seventeenth eye training scheme comprises a first right-eye flashing training, a first right-eye raster training, a first right-eye fine mesh training and a third eye muscle movement training;

the eighteenth eye training scheme comprises a first left eye red flashing training, a first left eye raster training, a first left eye fine eyesight training and a third eye muscle movement training;

the nineteenth eye training scheme comprises a first left eye red flashing training, a first right eye red flashing training, a first binocular red flashing training, a second left eye raster training, a first right eye raster training, a first binocular raster training, a second left eye fine eyesight training, a first right eye fine eyesight training, a first binocular fine eyesight training and a third eye muscle movement training;

the twentieth eye training scheme comprises a first left eye red flashing training, a first right eye red flashing training, a first binocular red flashing training, a first left eye raster training, a second right eye raster training, a first binocular raster training, a first left eye fine eyesight training, a second right eye fine eyesight training, a first binocular fine eyesight training and a third eye muscle movement training;

the twenty-first eye training scheme comprises a first left eye red flashing training, a first right eye red flashing training, a first binocular red flashing training, a first left eye raster training, a first right eye raster training, a first binocular raster training, a first left eye fine eyesight training, a first right eye fine eyesight training, a first binocular fine eyesight training and a third eye muscle movement training;

the first left-eye red flashing training, the first right-eye red flashing training and the first double-eye red flashing training all adopt low-frequency red flashing light as the background of the screen; the first left eye red flashing training and the first right eye red flashing training adopt visual targets or/and find different modes; the first binocular red flashing training adopts different modes;

3-level gratings are adopted for the first left-eye grating training, the first right-eye grating training and the first binocular grating training, and 2-level gratings are adopted for the second left-eye grating training and the second right-eye grating training; the first left eye grating training, the first right eye grating training, the second left eye grating training and the second right eye grating training all adopt visual target modes; the first binocular raster training adopts different modes;

the first left eye fine eyesight training and the first right eye fine eyesight training both adopt a 2-level bead stringing mode or/and a fishing mode, and the training time is 5min; the second left eye fine eyesight training and the second right eye fine eyesight training both adopt a 4-level bead stringing mode, and the training time is 3min; the first binocular fine power training adopts a fishing mode, and the training time is 5min;

the third eye muscle exercise training adopts a linear motion mode.

Aiming at the condition that the vision state of the eyes is amblyopia, the smaller vision value of two eyes is more than or equal to 0.4 and less than or equal to 0.6, and the condition of the eyes is normal or not clear, the eye training schemes of different conditions mainly comprise:

executing a twenty-second eye training scheme when the left eye vision value is greater than or equal to 1.0 and the right eye vision value is less than 1.0;

executing a twenty-third eye training scheme when the right eye vision value is greater than or equal to 1.0 and the left eye vision value is less than 1.0;

when the left-eye and right-eye vision values are less than 1.0 and the left-eye vision is greater than the right-eye vision, executing a twenty-fourth eye training scheme;

executing a twenty-fifth eye training scheme when the left eye vision value and the right eye vision value are both less than 1.0 and the right eye vision is greater than the left eye vision;

executing a twenty-sixth eye training scheme when the left eye vision value and the right eye vision value are both less than 1.0 and the right eye vision is equal to the left eye vision;

aiming at the condition that the vision state of the eyes is amblyopia, the smaller vision value of the two eyes is more than or equal to 0.4 and less than or equal to 0.6, and the situation of the eyes is inward inclination, the eye training schemes of different situations mainly comprise:

executing a twenty-seventh eye training scheme when the left eye vision value is greater than or equal to 1.0 and the right eye vision value is less than 1.0;

executing a twenty-eighth eye training scheme when the right eye vision value is greater than or equal to 1.0 and the left eye vision value is less than 1.0;

when the left-eye and right-eye vision values are less than 1.0 and the left-eye vision is greater than the right-eye vision, executing a twenty-ninth eye training scheme;

executing a thirtieth eye training scheme when the left eye vision value and the right eye vision value are both less than 1.0 and the right eye vision is greater than the left eye vision;

when the left-eye and right-eye vision values are less than 1.0 and the right-eye vision is equal to the left-eye vision, executing a thirty-one eye training scheme;

when the vision state of the eyes is amblyopia, the smaller vision value of the two eyes is greater than or equal to 0.4 and less than or equal to 0.6, and the eye position is outward-inclined, the eye training schemes of different situations mainly comprise:

executing a thirty-second eye training scheme when the left eye vision value is greater than or equal to 1.0 and the right eye vision value is less than 1.0;

executing a thirty-third eye training scheme when the right eye vision value is greater than or equal to 1.0 and the left eye vision value is less than 1.0;

when the left-eye vision value and the right-eye vision value are both less than 1.0 and the left-eye vision is greater than the right-eye vision, executing a thirty-fourth eye training scheme;

when the left-eye and right-eye vision values are less than 1.0 and the right-eye vision is greater than the left-eye vision, executing a thirty-fifth eye training scheme;

when the left-eye and right-eye vision values are less than 1.0 and the right-eye vision is equal to the left-eye vision, executing a thirty-sixth eye training scheme;

the twenty-second eye training scheme comprises disinhibition training, second right-eye red flashing training, third right-eye raster training, third right-eye fine mesh training, right-eye regulation flexibility comprehensive training, right-eye regulation amplitude comprehensive training and fourth eye muscle movement training;

the twenty-third eye training scheme comprises disinhibition training, second left eye red flash training, third left eye raster training, third left eye fine eyesight training, left eye regulation flexibility comprehensive training, left eye regulation amplitude comprehensive training and fourth eye muscle movement training;

the twenty-fourth eye training scheme comprises disinhibition training, second left eye flashing training, second right eye flashing training, second double-eye flashing training, fourth left eye grating training, third right eye grating training, second double-eye grating training, fourth left eye fine vision training, third right eye fine vision training, second double-eye fine vision training, left eye regulation flexibility comprehensive training, left eye regulation amplitude comprehensive training and fourth eye muscle movement training;

the twenty-fifth eye training scheme comprises disinhibition training, second left eye flashing training, second right eye flashing training, second double-eye flashing training, fourth right eye grating training, third left eye grating training, second double-eye grating training, fourth right eye fine mesh training, third left eye fine mesh training, second double-eye fine mesh training, left eye regulation flexibility comprehensive training, left eye regulation amplitude comprehensive training and fourth eye muscle movement training;

the twenty-sixth eye training scheme comprises a second left-eye red flashing training, a second right-eye red flashing training, a second double-eye red flashing training, a third right-eye grating training, a third left-eye grating training, a second double-eye grating training, a third right-eye fine mesh training, a third left-eye fine mesh training, a second double-eye fine mesh training, a left-eye regulation flexibility comprehensive training, a left-eye regulation amplitude comprehensive training and a fourth eye muscle movement training;

the twenty-seventh eye training scheme comprises disinhibition training, second right-eye red flashing training, third right-eye raster training, third right-eye fine mesh training, right-eye adjustment flexibility comprehensive training, right-eye adjustment amplitude comprehensive training, first static fusion training and fourth eye muscle movement training;

the twenty-eighth eye training scheme comprises disinhibition training, second left eye red flash training, third left eye raster training, third left eye fine eyesight training, left eye regulation flexibility comprehensive training, left eye regulation amplitude comprehensive training, first static fusion training and fourth eye muscle movement training;

the twenty-ninth eye training scheme comprises disinhibition training, second left eye flashing training, second right eye flashing training, second double-eye flashing training, fourth left eye grating training, third right eye grating training, second double-eye grating training, fourth left eye fine vision training, third right eye fine vision training, second double-eye fine vision training, left eye regulation flexibility comprehensive training, left eye regulation amplitude comprehensive training, first static fusion training and fourth eye muscle movement training;

the thirtieth eye training scheme comprises disinhibition training, second left eye flashing training, second right eye flashing training, second double-eye flashing training, fourth right eye grating training, third left eye grating training, second double-eye grating training, fourth right eye fine mesh training, third left eye fine mesh training, second double-eye fine mesh training, left eye regulation flexibility comprehensive training, left eye regulation amplitude comprehensive training, first static fusion training and fourth eye muscle movement training;

the thirty-first eye training scheme comprises a second left eye red flashing training, a second right eye red flashing training, a second double-eye red flashing training, a third right eye grating training, a third left eye grating training, a second double-eye grating training, a third right eye fine mesh training, a third left eye fine mesh training, a second double-eye fine mesh training, a left eye regulation flexibility comprehensive training, a left eye regulation amplitude comprehensive training, a second static fusion training and a fourth eye muscle movement training;

the thirty-second eye training scheme comprises disinhibition training, second right-eye red flashing training, third right-eye raster training, third right-eye fine mesh training, right-eye adjustment flexibility comprehensive training, right-eye adjustment amplitude comprehensive training, second static fusion training and fourth eye muscle movement training;

the thirty-third eye training scheme comprises disinhibition training, second left eye red flash training, third left eye raster training, third left eye fine eyesight training, left eye regulation flexibility comprehensive training, left eye regulation amplitude comprehensive training, second static fusion training and fourth eye muscle movement training;

the thirty-fourth eye training scheme comprises disinhibition training, second left eye flashing training, second right eye flashing training, second double-eye flashing training, fourth left eye grating training, third right eye grating training, second double-eye grating training, fourth left eye fine vision training, third right eye fine vision training, second double-eye fine vision training, left eye regulation flexibility comprehensive training, left eye regulation amplitude comprehensive training, second static fusion training and fourth eye muscle movement training;

the thirty-fifth eye training scheme comprises disinhibition training, second left eye red flashing training, second right eye red flashing training, second double-eye red flashing training, fourth right eye raster training, third left eye raster training, second double-eye raster training, fourth right eye fine mesh training, third left eye fine mesh training, second double-eye fine mesh training, left eye regulation flexibility comprehensive training, left eye regulation amplitude comprehensive training, second static fusion training and fourth eye muscle movement training;

the thirty-sixth eye training scheme comprises a second left eye red flashing training, a second right eye red flashing training, a second double-eye red flashing training, a third right eye raster training, a third left eye raster training, a second double-eye raster training, a third right eye fine mesh training, a third left eye fine mesh training, a second double-eye fine mesh training, a left eye regulation flexibility comprehensive training, a left eye regulation amplitude comprehensive training, a second static fusion training and a fourth eye muscle movement training;

the second left-eye red flash training, the second right-eye red flash training and the second double-eye red flash training all adopt medium-frequency red flash rays as the background of the screen; the second left eye red flashing training and the second right eye red flashing training adopt visual targets or/and find different modes; the second binocular red flashing training adopts different finding modes;

the third left-eye grating training, the third right-eye grating training and the third binocular grating training all adopt 2-level gratings, and the fourth left-eye grating training and the fourth right-eye grating training all adopt 1-level gratings; the third left eye grating training, the third right eye grating training, the fourth left eye grating training and the fourth right eye grating training all adopt visual target modes; the third binocular grating training adopts different modes;

the third left eye fine eyesight training and the third right eye fine eyesight training both adopt a 4-level bead stringing mode or/and a fishing mode; the fourth left eye fine eyesight training and the fourth right eye fine eyesight training both adopt a 6-level bead stringing mode; the third fine eyesight training of eyes adopts a fishing mode;

the fourth eye muscle exercise training adopts a curvilinear motion mode.

Aiming at the condition that the vision state of the eyes is amblyopia, the smaller vision value of two eyes is more than 0.6, and the condition of the eye position is normal or not clear, the eye training schemes of different conditions mainly comprise:

executing a thirty-seventh eye training scheme when the left eye vision value is greater than or equal to 1.0 and the right eye vision value is less than 1.0;

when the right eye vision value is greater than or equal to 1.0 and the left eye vision value is less than 1.0, executing a thirty-eighth eye training scheme;

executing a thirty-ninth eye training scheme when the left eye vision value and the right eye vision value are both less than 1.0 and the left eye vision is greater than the right eye vision;

executing a fortieth eye training scheme when the left eye vision value and the right eye vision value are both less than 1.0 and the right eye vision is greater than the left eye vision;

executing a forty-first eye training scheme when the left eye vision value and the right eye vision value are both less than 1.0 and the right eye vision is equal to the left eye vision;

when the vision state of the eyes is amblyopia and the smaller vision value in the two eyes is more than 0.6 and the situation of the eye position is oblique, the eye training schemes of different situations mainly comprise:

executing a forty-second eye training scheme when the left eye vision value is greater than or equal to 1.0 and the right eye vision value is less than 1.0;

when the vision value of the right eye is more than or equal to 1.0 and the vision value of the left eye is less than 1.0, executing a forty-third eye training scheme;

executing a forty-fourth eye training scheme when the left eye vision value and the right eye vision value are both less than 1.0 and the left eye vision is greater than the right eye vision;

executing a forty-fifth eye training scheme when the left eye vision value and the right eye vision value are both less than 1.0 and the right eye vision is greater than the left eye vision;

when the left-eye and right-eye vision values are less than 1.0 and the right-eye vision is equal to the left-eye vision, executing a forty-sixth eye training scheme;

when the vision state of the eyes is amblyopia, the smaller vision value in the two eyes is more than 0.6, and the eye position condition is outward inclination, the eye training schemes of different situations mainly comprise:

executing a forty-seventh eye training scheme when the left eye vision value is greater than or equal to 1.0 and the right eye vision value is less than 1.0;

when the vision value of the right eye is more than or equal to 1.0 and the vision value of the left eye is less than 1.0, executing a forty-eighth eye training scheme;

when the left-eye and right-eye vision values are less than 1.0 and the left-eye vision is greater than the right-eye vision, executing a forty-ninth eye training scheme;

executing a fifty-th eye training scheme when the left and right eye vision values are both less than 1.0 and the right eye vision is greater than the left eye vision;

executing a fifty-first eye training scheme when the left-eye and right-eye vision values are less than 1.0 and the right-eye vision is equal to the left-eye vision;

the thirty-seventh eye training scheme comprises a disinhibition training, a third right-eye red flashing training, a fifth right-eye raster training, a fifth right-eye fine mesh training, a second regulation flexibility scene training, a right-eye regulation flexibility comprehensive training, a second regulation amplitude scene training, a right-eye regulation amplitude comprehensive training, a first static fusion training, a second static fusion training and a fusion comprehensive training;

the thirty-eighth eye training scheme comprises disinhibition training, third left eye flash training, fifth left eye grating training, fifth left eye fine eyesight training, second regulation flexibility scene training, left eye regulation flexibility comprehensive training, second regulation amplitude scene training, left eye regulation amplitude comprehensive training, first static fusion training, second static fusion training and fusion comprehensive training;

the thirty-ninth eye training scheme comprises a disinhibition training, a third left eye red flashing training, a third right eye red flashing training, a third double-eye red flashing training, a sixth right eye raster training, a fifth double-eye raster training, a fifth right eye fine mesh training, a fifth double-eye fine mesh training, a second flexibility adjustment degree scene training, a right eye flexibility adjustment degree comprehensive training, a second amplitude adjustment degree scene training, a right eye adjustment degree comprehensive training, a first static fusion training, a second static fusion training and a fusion comprehensive training;

the fortieth eye training scheme comprises disinhibition training, third left eye red flashing training, third right eye red flashing training, third double-eye red flashing training, sixth left eye grating training, fifth double-eye grating training, fifth left eye fine eyesight training, fifth double-eye fine eyesight training, second adjusting flexibility scene training, left eye adjusting flexibility comprehensive training, second adjusting amplitude scene training, left eye adjusting amplitude comprehensive training, first static fusion training, second static fusion training and fusion comprehensive training;

the forty-first eye training scheme comprises disinhibition training, third left eye red flashing training, third right eye red flashing training, third double-eye red flashing training, fifth double-eye grating training, fifth double-eye fine vision training, second regulation flexibility scene training, double-eye regulation flexibility comprehensive training, second regulation amplitude scene training, double-eye regulation amplitude comprehensive training, first static fusion training, second static fusion training and fusion comprehensive training;

the forty-second eye training scheme comprises a disinhibition training, a third right-eye red flashing training, a fifth right-eye raster training, a fifth right-eye fine mesh training, a second regulation flexibility scene training, a right-eye regulation flexibility comprehensive training, a second regulation amplitude scene training, a right-eye regulation amplitude comprehensive training, a first static fusion training, a first dynamic fusion training and a fusion comprehensive training;

the forty-third eye training scheme comprises disinhibition training, third left eye flash training, fifth left eye grating training, fifth left eye fine eyesight training, second regulation flexibility scene training, left eye regulation flexibility comprehensive training, second regulation amplitude scene training, left eye regulation amplitude comprehensive training, first static fusion training, first dynamic fusion training and fusion comprehensive training;

the forty-fourth eye training scheme comprises a disinhibition training, a third left eye red flashing training, a third right eye red flashing training, a third double-eye red flashing training, a sixth right eye grating training, a fifth double-eye grating training, a fifth right eye fine mesh training, a fifth double-eye fine mesh training, a second flexibility adjustment degree scene training, a right eye flexibility adjustment degree comprehensive training, a second adjustment amplitude scene training, a right eye adjustment degree comprehensive training, a first static image fusion training, a first dynamic image fusion training and an image fusion comprehensive training;

the forty-fifth eye training scheme comprises disinhibition training, third left eye red flashing training, third right eye red flashing training, third double-eye red flashing training, sixth left eye grating training, fifth double-eye grating training, fifth left eye fine eyesight training, fifth double-eye fine eyesight training, second adjusting flexibility scene training, left eye adjusting flexibility comprehensive training, second adjusting amplitude scene training, left eye adjusting amplitude comprehensive training, first static fusion training, first dynamic fusion training and fusion comprehensive training;

the forty-sixth eye training scheme comprises disinhibition training, third left eye red flashing training, third right eye red flashing training, third double-eye red flashing training, fifth double-eye grating training, fifth double-eye fine vision training, second adjustment flexibility scene training, double-eye adjustment flexibility comprehensive training, second adjustment amplitude scene training, double-eye adjustment amplitude comprehensive training, first static image fusion training, first dynamic image fusion training and image fusion comprehensive training;

the forty-seventh eye training scheme comprises a disinhibition training, a third right-eye red flashing training, a fifth right-eye raster training, a fifth right-eye fine mesh training, a second regulation flexibility scene training, a right-eye regulation flexibility comprehensive training, a second regulation amplitude scene training, a right-eye regulation amplitude comprehensive training, a first static fusion training, a first dynamic fusion training and a fusion comprehensive training;

the forty-eighth eye training scheme comprises disinhibition training, third left eye flash training, fifth left eye grating training, fifth left eye fine eyesight training, second adjusting flexibility scene training, left eye adjusting flexibility comprehensive training, second adjusting amplitude scene training, left eye adjusting amplitude comprehensive training, second static fusion training, second dynamic fusion training and fusion comprehensive training;

the forty-ninth eye training scheme comprises a disinhibition training, a third left eye red flashing training, a third right eye red flashing training, a third double-eye red flashing training, a sixth right eye raster training, a fifth double-eye raster training, a fifth right eye fine mesh training, a fifth double-eye fine mesh training, a second flexibility adjustment degree scene training, a right eye flexibility adjustment degree comprehensive training, a second adjustment amplitude scene training, a right eye adjustment degree comprehensive training, a second static image fusion training, a second dynamic image fusion training and an image fusion comprehensive training;

the fiftieth eye training scheme comprises disinhibition training, third left eye red flashing training, third right eye red flashing training, third double-eye red flashing training, sixth left eye grating training, fifth double-eye grating training, fifth left eye fine eyesight training, fifth double-eye fine eyesight training, second adjusting flexibility scene training, left eye adjusting flexibility comprehensive training, second adjusting amplitude scene training, left eye adjusting amplitude comprehensive training, second static fusion training, second dynamic fusion training and fusion comprehensive training;

the fifty-first eye training scheme comprises a disinhibition training, a third left eye red flashing training, a third right eye red flashing training, a third double-eye red flashing training, a fifth double-eye grating training, a fifth double-eye fine vision training, a second adjustment flexibility scene training, a double-eye adjustment flexibility comprehensive training, a second adjustment amplitude scene training, a double-eye adjustment amplitude comprehensive training, a second static image fusion training, a second dynamic image fusion training and an image fusion comprehensive training;

the third left-eye red flashing training, the third right-eye red flashing training and the third double-eye red flashing training all adopt high-frequency red flashing rays as the background of the screen; the third left eye red flashing training and the third right eye red flashing training adopt visual targets or/and find different modes; the third binocular red flashing training adopts different modes;

the fifth left-eye grating training, the fifth right-eye grating training and the fifth binocular grating training all adopt 1-level gratings;

the fifth left eye fine eyesight training and the fifth right eye fine eyesight training both adopt a 6-level bead stringing mode or/and a fishing mode; and the fifth fine eyesight training of eyes adopts a fishing mode.

In the various embodiments of the present invention, it should be understood that the sequence numbers of the processes do not imply a necessary order of execution, and the order of execution of the processes should be determined by functions and internal logics of the processes, and should not limit the implementation processes of the embodiments of the present invention in any way.

The units described as separate parts may or may not be physically separate, and parts displayed as units may or may not be physical units, may be located in one place, or may be distributed on a plurality of network units. Some or all of the units can be selected according to actual needs to achieve the purpose of the solution of the embodiment.

In addition, functional units in the embodiments of the present invention may be integrated into one processing unit, or each unit may exist alone physically, or two or more units are integrated into one unit. The integrated unit can be realized in a form of hardware or a form of software functional unit.

The integrated units, if implemented as software functional units and sold or used as a stand-alone product, may be stored in a computer accessible memory. Based on such understanding, the technical solution of the present invention, which is a part of or contributes to the prior art in essence, or all or part of the technical solution, can be embodied in the form of a software product, which is stored in a memory and includes several requests for causing a computer device (which may be a personal computer, a server, a network device, or the like, and may specifically be a processor in the computer device) to execute part or all of the steps of the method according to the embodiments of the present invention.

In the embodiments provided herein, it should be understood that "B corresponding to a" means that B is associated with a, from which B can be determined. It should also be understood, however, that determining B from a does not mean determining B from a alone, but may also be determined from a and/or other information.

Those of ordinary skill in the art will appreciate that some or all of the steps of the various methods of the embodiments may be implemented by associated hardware that is instructed by a program, which may be stored in a computer-readable storage medium, including Read-Only Memory (ROM), random Access Memory (RAM), programmable Read-Only Memory (PROM), erasable Programmable Read-Only Memory (EPROM), one-time Programmable Read-Only Memory (OTPROM), electrically Erasable Programmable Read-Only Memory (EEPROM), a Compact Disc-Read-Only Memory (CD-ROM) or other Memory capable of storing data, a magnetic tape, or any other computer-readable medium capable of carrying data.

The eye training method disclosed by the embodiment of the invention is described in detail, a specific example is applied in the description to explain the principle and the implementation of the invention, and the description of the embodiment is only used for helping to understand the method and the core idea of the invention; meanwhile, for a person skilled in the art, according to the idea of the present invention, the specific embodiments and the application range may be changed, and in summary, the content of the present specification should not be construed as a limitation to the present invention.

Claims

1. An eye training method, comprising:

the eye vision state is one of non-myopia, myopia and amblyopia;

the symptom of the non-myopia is one of myopia prevention, fatigue or insufficient regulation when seeing near for a long time, reading disorder or slow reading and writing, presbyopia or presbyopia, tension or excess regulation or inability to relax when seeing far, pseudomyopia, inattention or learning inattention or poor coordination of hands and eyes, and asthenopia;

the symptom of myopia is one of myopia control, fatigue or insufficient regulation when people see near for a long time, reading disorder or slow reading and writing, presbyopia or early presbyopia, tension or excess regulation or inability to relax when people see far, inattention or learning inattention or poor coordination of eyes, asthenopia, myopia pre-operation training, myopia post-operation abnormal regulation and myopia post-operation double vision;

the eye position condition is one of normal or unclear whether normal, syncline or syncline.

2. The eye training method according to claim 1, wherein when the vision state of the eyes is myopia-free or near vision, the eye training is mainly performed to train the relaxation and contraction of ciliary muscles of the eyes, relieve the tension of the eye adjustment and exercise the eye adjustment ability;

when the vision of the eyes is amblyopia and the smaller vision value of the two eyes is 0.4-0.6, carrying out adjustment training, combining optical grating and red flashing training, and not carrying out fusion training;

3. The eye training method of claim 2, wherein the adjustment training comprises adjustment flexibility training and adjustment amplitude training; the fusion training is one or more of static fusion training, dynamic fusion training and fusion comprehensive training;

when the smaller visual force value in the two eyes is less than 0.4, a 3-4-level grating and low-frequency red flashing are adopted; when the smaller visual force value of the two eyes is 0.4-0.6, 2-3 grade gratings and medium-frequency red flashes are adopted; and when the smaller visual power value in the two eyes is greater than 0.6, 1-2 level gratings and high-frequency red flashes are adopted.

4. The eye training method of claim 3, wherein the spatial frequencies of the 1-level grating, the 2-level grating, the 3-level grating and the 4-level grating are 2.33 cycles/degree, 1.40 cycles/degree, 0.87 cycles/degree and 0.58 cycles/degree, respectively; the high-frequency red flashing light is formed by alternating bright screen for 2 seconds and dark screen for 1 second; the medium-frequency red flashing light is the alternation of bright screen for 3 seconds and dark screen for 1 second; the low-frequency red flashing light is the alternation of 4 seconds on the screen and 1 second on the screen.

5. The eye training method according to any one of claims 1 to 4, wherein the eye position is a medially inclined state, and the scattering training is dominant, and the eye position is a laterally inclined state, and the aggregation training is dominant.

6. The eye training method according to any one of claims 1-4, wherein the presenting of the training regimen based on the eye vision condition, symptoms and eye position condition comprises:

when the vision state of the eyes is not myopia;

when the symptom of the myopia without the nearsightedness is the myopia prevention, and the eye position is normal or not clear, executing a first eye training scheme;

when the symptom without myopia is that myopia is to be prevented and the eye position is inclined inwards, executing a second eye training scheme;

executing a fourth eye training scheme when the symptom of the non-myopia is long-time near fatigue or insufficient accommodation and the eye position is normal or unclear whether the eye position is normal or inclined outwards;

when the symptoms of non-myopia are long-time near fatigue or insufficient accommodation and the eye position is inclined inwards, executing a fifth eye training scheme;

executing a sixth eye training scheme when the symptoms of the myopia are reading disorder or slow reading and writing, or inattention or learning inattention or poor hand-eye coordination capacity and the eye position is normal or not clear to be normal;

when the symptom of the myopia is presbyopia or presbyopia and the eye position is normal or not clear, executing a ninth eye training scheme;

executing an eleventh eye training scheme when the symptom of non-myopia is presbyopia or presbyopia and the eye position condition is syncope;

executing a twelfth eye training scheme when the symptoms of non-myopia are tension or excessive regulation or inability to relax at far vision, pseudomyopia or asthenopia, and the eye position is normal or whether normal or oblique is unclear;

the first eye training scheme comprises a first adjustment flexibility conventional training, a first adjustment amplitude scene training, a lens reading training, a first adjustment flexibility scene training and a first eye muscle movement training;

the second eye training scheme comprises a second flexibility regulation conventional training, a first static image fusion training, a first dynamic image fusion training, a first flexibility regulation scene training and a second eye muscle movement training;

the fourth eye training scheme comprises first flexibility regulation conventional training, first amplitude regulation conventional training, second static image fusion training, image fusion comprehensive training, first flexibility regulation scene training and first amplitude regulation scene training;

the sixth eye training protocol comprises visual concentration training, second eye muscle movement training, first adjustment flexibility degree scene training, first adjustment amplitude scene training and saccade training;

the ninth eye training scheme comprises second flexibility regulation conventional training, second amplitude regulation conventional training, second static fusion training, fusion comprehensive training, second amplitude regulation scene training and second flexibility regulation scene training;

the thirteenth eye training scheme comprises a second flexibility regulation conventional training, a flexibility regulation comprehensive training, a second static fusion training, a fusion comprehensive training, a first flexibility regulation scene training and a second eye muscle movement training;

the first adjustment flexibility conventional training adopts a 20/30 visual target, the training range is +/-1.50D, and the training time is 3min; the second adjustment flexibility adopts a 20/40 visual target for routine training, the training range is +/-1.50D, and the training time is 3min; the first flexibility adjusting scene training is binocular flexibility adjusting scene training, and the training time is 5min; the second flexibility adjusting scene training is binocular flexibility adjusting scene training, and the training time is 3min;

the first amplitude regulation conventional training adopts a 20/30 sighting target, the training range is 0D, and the training time is 3min; the second amplitude regulation conventional training adopts a 20/40 visual target, the training range is +2.5D, and the training time is 3min; the first adjusting amplitude scene training is binocular adjusting amplitude scene training, and the training time is 5min; the second amplitude regulation scene training is binocular amplitude regulation scene training, and the training time is 3min;

the visual concentration training is one or more of guide following training, autonomous following training and different training; the glance training is one or more of optotype glance training, reading speed training, and article reading training.

7. The eye training method of claim 6, wherein giving a training regimen based on the eye vision condition, symptoms and eye position condition comprises:

when the vision state of the eyes is myopia;

when the symptom of myopia is that myopia is to be prevented and the eye position is inclined outwards, executing a third eye training scheme;

executing a fourth eye training scheme when the symptoms of myopia are long-time near fatigue or insufficient accommodation or abnormal accommodation after myopia operation and the eye position is normal or is unclear whether normal or oblique;

executing a seventh eye training scheme when the symptoms of myopia are reading disorder or slow reading and writing, or inattention or learning inattention or poor hand-eye coordination capacity and the eye position is inclined inwards;

when the symptom of myopia is presbyopia or presbyopia and the eye position is normal or not clear, executing a ninth eye training scheme;

executing a twelfth eye training scheme when the symptoms of myopia are tension or excessive regulation or inability to relax at far vision, or asthenopia, or the preoperative operation of myopia is wanted, and the eye position is normal or whether normal or oblique is unclear;

when the symptom of myopia is that after myopia operation, double vision exists, and the eye position is normal or not clear, executing a fourteenth eye training scheme;

the fifteenth eye training scheme comprises a second flexibility regulation conventional training, a first amplitude regulation conventional training, a first static fusion training, a first dynamic fusion training, a fusion comprehensive training and a first amplitude regulation scene training;

the sixteenth eye training scheme comprises second flexibility adjustment routine training, first amplitude adjustment routine training, second static fusion training, second dynamic fusion training, fusion comprehensive training and first amplitude adjustment scene training.

8. The eye training method of claim 6, wherein giving a training regimen based on the eye vision condition, symptoms and eye position condition comprises:

when the vision state of the eyes is amblyopia and the smaller vision value in the two eyes is less than 0.4:

when the vision value of the right eye is greater than or equal to 1.0 and the vision value of the left eye is less than 1.0, executing an eighteenth eye training scheme;

executing a nineteenth eye training scheme when the left eye vision value and the right eye vision value are both less than 1.0 and the left eye vision is greater than the right eye vision;

the nineteenth eye training scheme comprises a first left eye red flashing training, a first right eye red flashing training, a first binocular red flashing training, a second left eye grating training, a first right eye grating training, a first binocular grating training, a second left eye fine eyesight training, a first right eye fine eyesight training, a first binocular fine eyesight training and a third eye muscle movement training;

the twenty-first eye training scheme comprises a first left-eye red flashing training, a first right-eye red flashing training, a first double-eye red flashing training, a first left-eye raster training, a first right-eye raster training, a first double-eye raster training, a first left-eye fine eyesight training, a first right-eye fine eyesight training, a first double-eye fine eyesight training and a third eye muscle movement training;

the first left-eye red flashing training, the first right-eye red flashing training and the first double-eye red flashing training all adopt low-frequency red flashing light as the background of the screen; the first left eye red flashing training and the first right eye red flashing training adopt visual targets or/and find different modes; the first double-eye red flashing training adopts finding different modes;

the first left-eye grating training, the first right-eye grating training and the first binocular grating training all adopt 3-level gratings, and the second left-eye grating training and the second right-eye grating training all adopt 2-level gratings; the first left eye grating training, the first right eye grating training, the second left eye grating training and the second right eye grating training all adopt visual target modes; the first binocular raster training adopts different finding modes;

the first left eye fine eyesight training and the first right eye fine eyesight training both adopt a 2-level bead stringing mode or/and a fishing mode, and the training time is 5min; the second left eye fine eyesight training and the second right eye fine eyesight training both adopt a 4-level bead string mode, and the training time is 3min; the first binocular fine power training adopts a fishing mode, and the training time is 5min;

the third eye muscle exercise training adopts a linear motion mode.

9. The eye training method of claim 6, wherein presenting a training regimen based on the eye vision condition, symptoms and eye position condition comprises:

when the vision state of the eyes is amblyopia, the smaller vision value of the two eyes is greater than or equal to 0.4 and less than or equal to 0.6, and the condition of the eye position is normal or not clear whether normal or not:

when the vision state of the eyes is amblyopia, the smaller vision value of the two eyes is more than or equal to 0.4 and less than or equal to 0.6, and the eye position condition is inward inclination:

when the left-eye and right-eye vision values are less than 1.0 and the right-eye vision is greater than the left-eye vision, executing a thirtieth eye training scheme;

when the vision state of the eyes is amblyopia, the smaller vision value of the two eyes is more than or equal to 0.4 and less than or equal to 0.6, and the eye position condition is outward inclination:

executing a thirty-fourth eye training scheme when the left eye vision value and the right eye vision value are both less than 1.0 and the left eye vision is greater than the right eye vision;

executing a thirty-sixth eye training scheme when the left eye vision value and the right eye vision value are both less than 1.0 and the right eye vision is equal to the left eye vision;

the twenty-second eye training scheme comprises disinhibition training, second right-eye flashing training, third right-eye grating training, third right-eye fine mesh training, right-eye adjustment flexibility comprehensive training, right-eye adjustment amplitude comprehensive training and fourth eye muscle movement training;

the twenty-fourth eye training scheme comprises disinhibition training, second left eye red flashing training, second right eye red flashing training, second double-eye red flashing training, fourth left eye raster training, third right eye raster training, second double-eye raster training, fourth left eye fine eyesight training, third right eye fine eyesight training, second double-eye fine eyesight training, left eye regulation flexibility comprehensive training, left eye regulation amplitude comprehensive training and fourth eye muscle movement training;

the twenty-fifth eye training scheme comprises disinhibition training, second left eye red flashing training, second right eye red flashing training, second double-eye red flashing training, fourth right eye raster training, third left eye raster training, second double-eye raster training, fourth right eye fine mesh training, third left eye fine mesh training, second double-eye fine mesh training, left eye regulation activity comprehensive training, left eye regulation amplitude comprehensive training and fourth eye muscle movement training;

the twenty-eighth eye training scheme comprises disinhibition training, second left eye flashing training, third left eye grating training, third left eye fine eyesight training, left eye adjusting flexibility comprehensive training, left eye adjusting amplitude comprehensive training, first static fusion training and fourth eye muscle movement training;

the twenty-ninth eye training scheme comprises disinhibition training, second left eye red flashing training, second right eye red flashing training, second double-eye red flashing training, fourth left eye raster training, third right eye raster training, second double-eye raster training, fourth left eye fine eyesight training, third right eye fine eyesight training, second double-eye fine eyesight training, left eye regulation activity comprehensive training, left eye regulation amplitude comprehensive training, first static fusion training and fourth eye muscle movement training;

the thirty-second eye training scheme comprises disinhibition training, second right-eye flashing training, third right-eye raster training, third right-eye fine mesh training, right-eye adjustment flexibility comprehensive training, right-eye adjustment amplitude comprehensive training, second static fusion training and fourth eye muscle movement training;

the thirty-third eye training scheme comprises disinhibition training, second left eye flashing training, third left eye grating training, third left eye fine eyesight training, left eye adjusting flexibility comprehensive training, left eye adjusting amplitude comprehensive training, second static fusion training and fourth eye muscle movement training;

the thirty-fourth eye training scheme comprises disinhibition training, second left eye red flashing training, second right eye red flashing training, second double-eye red flashing training, fourth left eye raster training, third right eye raster training, second double-eye raster training, fourth left eye fine eyesight training, third right eye fine eyesight training, second double-eye fine eyesight training, left eye regulation flexibility comprehensive training, left eye regulation amplitude comprehensive training, second static fusion training and fourth eye muscle movement training;

the thirty-fifth eye training scheme comprises disinhibition training, second left eye red flashing training, second right eye red flashing training, second double-eye red flashing training, fourth right eye raster training, third left eye raster training, second double-eye raster training, fourth right eye fine mesh training, third left eye fine mesh training, second double-eye fine mesh training, left eye regulation activity comprehensive training, left eye regulation amplitude comprehensive training, second static fusion training and fourth eye muscle movement training;

the thirty-sixth eye training scheme comprises a second left eye flashing training, a second right eye flashing training, a second double-eye flashing training, a third right eye grating training, a third left eye grating training, a second double-eye grating training, a third right eye fine mesh training, a third left eye fine mesh training, a second double-eye fine mesh training, a left eye regulation flexibility comprehensive training, a left eye regulation amplitude comprehensive training, a second static fusion training and a fourth eye muscle movement training;

the second left-eye red flashing training, the second right-eye red flashing training and the second double-eye red flashing training all adopt medium-frequency red flashing rays as the background of the screen; the second left eye red flashing training and the second right eye red flashing training adopt visual targets or/and find different modes; the second binocular red flashing training adopts finding different modes;

the third left-eye grating training, the third right-eye grating training and the third binocular grating training all adopt 2-level gratings, and the fourth left-eye grating training and the fourth right-eye grating training all adopt 1-level gratings; the third left eye grating training, the third right eye grating training, the fourth left eye grating training and the fourth right eye grating training all adopt visual target modes; different modes are found in the third binocular grating training;

the third left eye fine vision training and the third right eye fine vision training both adopt a 4-level bead stringing mode or/and a fishing mode; the fourth left eye fine eyesight training and the fourth right eye fine eyesight training both adopt a 6-level bead string mode; the third fine eyesight training for eyes adopts a fishing mode;

and the fourth eye muscle exercise training adopts a curvilinear motion mode.

10. The eye training method of claim 6, wherein presenting a training regimen based on the eye vision condition, symptoms and eye position condition comprises:

when the vision state of the eyes is amblyopia, the smaller vision value of the two eyes is more than 0.6, and the condition of the eye position is normal or not clear whether normal or not:

when the vision state of the eyes is amblyopia, the smaller vision value in the two eyes is more than 0.6, and the condition of the eye position is oblique:

executing a forty-third eye training scheme when the right eye vision value is greater than or equal to 1.0 and the left eye vision value is less than 1.0;

when the vision values of the left eye and the right eye are both less than 1.0, and the vision of the left eye is greater than that of the right eye, executing a forty-fourth eye training scheme;

when the left-eye and right-eye vision values are less than 1.0 and the right-eye vision is greater than the left-eye vision, executing a forty-fifth eye training scheme;

executing a forty-sixth eye training scheme when the left eye vision value and the right eye vision value are both less than 1.0 and the right eye vision is equal to the left eye vision;

when the vision state of the eyes is amblyopia, the smaller vision value in the two eyes is more than 0.6, and the condition of the eye position is outward inclination:

executing a forty-ninth eye training scheme when the left eye vision value and the right eye vision value are both less than 1.0 and the left eye vision is greater than the right eye vision;

executing a fifty-th eye training scheme when the left eye vision value and the right eye vision value are both less than 1.0 and the right eye vision is greater than the left eye vision;

executing a fifty-first eye training scheme when the left and right eye vision values are both less than 1.0 and the right eye vision is equal to the left eye vision;

the thirty-eighth eye training scheme comprises disinhibition training, third left eye red flashing training, fifth left eye grating training, fifth left eye fine eyesight training, second adjustment flexibility scene training, left eye adjustment flexibility comprehensive training, second adjustment amplitude scene training, left eye adjustment amplitude comprehensive training, first static fusion training, second static fusion training and fusion comprehensive training;

the fortieth eye training scheme comprises disinhibition training, third left eye red flashing training, third right eye red flashing training, third double-eye red flashing training, sixth left eye grating training, fifth double-eye grating training, fifth left eye fine eyesight training, fifth double-eye fine eyesight training, second flexibility adjusting scene training, left eye flexibility adjusting comprehensive training, second amplitude adjusting scene training, left eye adjusting comprehensive training, first static fusion training, second static fusion training and fusion comprehensive training;

the forty-third eye training scheme comprises disinhibition training, third left eye flash training, fifth left eye grating training, fifth left eye fine eyesight training, second regulation flexibility scene training, left eye regulation flexibility comprehensive training, second regulation amplitude scene training, left eye regulation amplitude comprehensive training, first static image fusion training, first dynamic image fusion training and image fusion comprehensive training;

the forty-fourth eye training scheme comprises a disinhibition training, a third left eye red flashing training, a third right eye red flashing training, a third double-eye red flashing training, a sixth right eye grating training, a fifth double-eye grating training, a fifth right eye fine mesh training, a fifth double-eye fine mesh training, a second adjustment flexibility scene training, a right eye adjustment flexibility comprehensive training, a second adjustment amplitude scene training, a right eye adjustment amplitude comprehensive training, a first static fusion training, a first dynamic fusion training and a fusion comprehensive training;

the forty-fifth eye training scheme comprises disinhibition training, third left eye red flashing training, third right eye red flashing training, third double-eye red flashing training, sixth left eye grating training, fifth double-eye grating training, fifth left eye fine eyesight training, fifth double-eye fine eyesight training, second flexibility adjusting scene training, left eye flexibility adjusting comprehensive training, second amplitude adjusting scene training, left eye adjusting comprehensive training, first static fusion training, first dynamic fusion training and fusion comprehensive training;

the forty-sixth eye training scheme comprises disinhibition training, third left eye red flashing training, third right eye red flashing training, third double-eye red flashing training, fifth double-eye grating training, fifth double-eye fine vision training, second adjustment flexibility scene training, double-eye adjustment flexibility comprehensive training, second adjustment amplitude scene training, double-eye adjustment amplitude comprehensive training, first static fusion training, first dynamic fusion training and fusion comprehensive training;

the forty-seventh eye training scheme comprises a disinhibition training, a third right-eye red flashing training, a fifth right-eye grating training, a fifth right-eye fine mesh training, a second adjustment flexibility scene training, a right-eye adjustment flexibility comprehensive training, a second adjustment amplitude scene training, a right-eye adjustment amplitude comprehensive training, a first static fusion training, a first dynamic fusion training and a fusion comprehensive training;

the forty-eighth eye training scheme comprises disinhibition training, third left eye red flashing training, fifth left eye grating training, fifth left eye fine eyesight training, second adjustment flexibility scene training, left eye adjustment flexibility comprehensive training, second adjustment amplitude scene training, left eye adjustment amplitude comprehensive training, second static fusion training, second dynamic fusion training and fusion comprehensive training;

the forty-ninth eye training scheme comprises disinhibition training, third left eye flashing training, third right eye flashing training, third double-eye flashing training, sixth right eye grating training, fifth double-eye grating training, fifth right eye fine vision training, fifth double-eye fine vision training, second flexibility adjusting situation training, right eye flexibility adjusting comprehensive training, second adjusting amplitude situation training, right eye adjusting amplitude comprehensive training, second static image fusion training, second dynamic image fusion training and image fusion comprehensive training;

the fifty-fifth eye training scheme comprises disinhibition training, third left eye red flashing training, third right eye red flashing training, third double-eye red flashing training, sixth left eye grating training, fifth double-eye grating training, fifth left eye fine eyesight training, fifth double-eye fine eyesight training, second flexibility adjustment scene training, left eye flexibility adjustment comprehensive training, second amplitude adjustment scene training, left eye amplitude adjustment comprehensive training, second static fusion training, second dynamic fusion training and fusion comprehensive training;

the third left-eye red flashing training, the third right-eye red flashing training and the third double-eye red flashing training all adopt high-frequency red flashing rays as the background of the screen; the third left eye red flashing training and the third right eye red flashing training adopt visual targets or/and find different modes; the third binocular red flashing training adopts different finding modes;

the fifth left eye fine eyesight training and the fifth right eye fine eyesight training both adopt a 6-level bead stringing mode or/and a fishing mode; and the fifth binocular fine eyesight training adopts a fishing mode.