CN103892997A - Visual training system suitable for being used together with handheld device - Google Patents
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- CN103892997A CN103892997A CN201310433937.3A CN201310433937A CN103892997A CN 103892997 A CN103892997 A CN 103892997A CN 201310433937 A CN201310433937 A CN 201310433937A CN 103892997 A CN103892997 A CN 103892997A
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Abstract
A visual training system suitable for being used together with a handheld device can help users to complete multidimensional eye movement, cervical spine movement driven by eyes and/ or spine movement driven by eyes. The visual training system comprises an input device, a visual mark point storage device, a visual mark point determining device and a visual mark point display and control device. The visual training system makes remarkable contributions in prevention and treatment of eye diseases such as myopia, and the contributions include that successful experiences are directly learned from clear-sighted humans or animals in nature, by means of the visual training system based on the small handheld screen, more people can enjoy daily vision care provided by the small handheld screen with micro input or low input, reserves of seven kinds of power of the visual training system can be increased comprehensively, pathogenesis of eye diseases such as myopia can be removed three-dimensionally, three requirements for recovering and maintaining good eyesight can be obtained, and normal eyesight of users can be recovered and increased gradually.
Description
Technical field
The present invention relates to a kind of vision-training system that is suitable for using together with portable equipment.
Background technology
The sickness rate of myopia is high in recent years, and 2000 the 4th time students of nation Physical Investigation shows, China's myopia of student rate is: pupil 20.23%, and junior school student 48.18%, and high school student 71.29%, and university students 73.01%.An investigation demonstration in Hong Kong, pupil's rate of myopia is very general, and primary school's sixth-former rate of myopia is up to 60%, and this exceeds one times than New York; Estimate that middle school student's rate of myopia is up to more than 75%.Taiwan students's rate of myopia is also very high, pupil one grade 12%, six grade 55%, and middle school student three grades are 76%, senior middle school three grades is 85%.Abroad instance also allows of no optimist, and for example Japanese senior poor eyesight rate is 57%, and Singapore Chinese high school graduate rate of myopia is 78%, and the general population rate of myopia of the U.S. is 1/3rd, and European Region lacks, but still has a large amount of myopia populations.Investigation demonstrates alarming 3 points, and near-sighted number is more and more, and myopia degree is more and more darker, and the trouble myope age is more and more less, brings great inconvenience to student learning and life.
Adolescent myopia amblyopia has become the social problem of world today's property.According to recent statistics, China's myopia has 3.5 hundred million people; The general population rate of myopia of the U.S. is about 1/3rd.In other words there are nearly 2,000,000,000 myopes in the whole world, and still in the formation of rolling, quantity is constantly soaring.If add hypermetropia, astigmatism, anisometropia, stravismus, amblyopia, presbyopia and asthenopia, the whole world necessarily exceedes 4,000,000,000 people and wants help, and need to promote vision and the comfort level with eye.
Enter human brain information more than 90% all from vision, 5% from ear, all the other are from other organ of human body.Magnanimity information IMU is crossed eyeball and is entered brain and store up into subconsciousness, the brain judgement of whenever and wherever possible empirical data in the information of collecting and subconsciousness being compared, and the subconsciousness action or the resolution that when dangerous, can be used as escape are out of danger people; Can be used as at ordinary times inspiration or extemporaneous play is full of resource people.The information fuzzy that has defective vision, path is obstructed.Therefore say, promoting vision is to insure, add inspiration, increase wisdom to child.
But most of medical expert thinks, myopia and heredity have high correlation, and myopia is that medicine is difficult to reverse; Medicine, apparatus can only have certain curative effect or correcting to pseudomyopia, and after treatment, bounce-back rate is high, and true myopia is to be difficult to cure by medicine, apparatus.Wearing glasses with operative treatment is alternative two kinds of basic skills, in addition, there is no to change for a long time the therapy of true myopia refraction of eye state.
The present inventor is finding aspect eye diseases such as hypometropia prevention and treatment that existing " near-sighted uncurable disease, hypermetropia is untreatable, astigmatism is untreatable, amblyopia is difficult to treatment " comes from traditional theory, and has following several respects shortcoming.
1, adjustment Theory has shortcoming:
The clinical experiment of the whole world maximum of ophthalmic industry anopia.There are tens00000000 or tens students in the whole world, read a book in school (seeing near) for a moment, (seeing far away) looks at the blackboard for a moment, every day, distance regulated 4,5 hours very truly, myopia of student is still occurred frequently, and eyeglass lens power constantly deepens, and visible adjustment Theory must be large problem (weak spot is: eye blood supply insufficiency, easily produce asthenopia, ciliary spasm, all are regulated all and accuse and lost efficacy).Wherein, ciliary spasm, is become rusty extremely just as the mechanical adjustment part of user-friendly camera, and no matter how other parts operate, how system assigns instruction all can not take good picture.Therefore it is invalid that the myopia instrument that, only relies on adjustment Theory design is doomed.
2, think little of visual angle and make visual deterioration:
Except visual acuity chart, in the control chain of eye diseases such as hypometropia, almost from not mentioned visual angle, this is the maximum carelessness of modern medicine.
As everyone knows, any sky, the sun, moon that has the people of vision can see infinity, building beyond seeing tens meters, but has the people in the sky that can see infinity, the sun, the moon and the tens meters of buildings in addition that partly have defective vision but to can't see the pin hole of sewing-needle in hands close at hand.The distance that visible modern medicine is paid attention to is unimportant here, and set also can weaken (optometry survey vision is all simple eye carrying out still more), and can visual angle be the indispensable principal contradiction that see clearly.But prior art wants to solve with secondary contradiction (set) thing of principal contradiction (visual angle), tickle every boots, to such an extent as to " near-sighted uncurable disease ".
As shown in Figure 3, owing to there is no the concept at visual angle, the visual angle of nearly all luminous viewpoint of commercially available dipped beam eye diseases such as hypometropia therapeutic equipments is all greater than 150 subangles, and (take 5 meters as gauged distance, the opening visual angle used that can see 1.0 sighting targets on 5 meters of visual acuity charts clearly is 1 subangle; The opening visual angle used that can see 0.1 sighting target maximum on 5 meters of visual acuity charts clearly is 10 subangles), larger the hidden retina area in visual angle is larger, under the major premise that can see clearly for saving the instinct of energy, the visual cell of not all covered scope all participates in work, and only the choosing small part visual cell participation work relevant with profile just can meet vision needs.In this process, be not activated than the more visual cell of daily eye, but be suppressed for energy-conservation more visual cells.
In like manner, owing to there is no the concept at visual angle, nearly all myope has formed and has only seen the custom of or not with great visual angle small angle in daily life.Opposite messenger, only sees it is whom that profile is not seen; Sending a car in opposite, only sees that profile do not see car plate.Initiatively abandon the use of small angle vision owing to identifying oneself not see, owing to moving back with entering to give up, owing to not having more visual cell to be activated, because more visual cells are suppressed, to such an extent as to visual deterioration.
3, there is leak in vision three interlocks:
The near-sighted eyes of existing treatment close as theoretical basis visual system three interlocks of instrument and have occurred leak, and visual system should be that 5-linked is moving.Three interlocks only have set to change and there is no visual angle change, when with empirical data contrast judgement because not having visual angle change to make brain produce puzzled or have the sensation of " being taken in ", thereby do not support interlock not support to regulate (cannot to complete when the important detection information of shortage adjusting as user-friendly camera.Should change 5-linked into moving, could complete smoothly the overall process of visual system interlock).
4, amblyopia treatment does not have overall idea more not treat the cause of disease:
The cause of disease of amblyopia is that high hypermetropia, high myopia, high astigmatism, height vitreous opacity etc. cause retina to can not get reality and stimulate, cause visual cell optic cell vigor deficiency.At present, in conventional amblyopia treatment process, do not carry out any treatment for the above-mentioned cause of disease.Only focus on the activation of visual cell, the visual cell being activated, optic cell how continuous firing no longer suppress no longer to give up with aspect do not do to consider, (weak spot is: the visual cell being activated is not owing to there is no sufficient blood supply, the inhibitory state of having to enter once again).In addition, as shown in Figure 3, in the activation process of visual cell, made mistake with great visual angle (visual angle when commercially available myopia, amblyopia therapeutic equipment use is at least more than 150 subangles), to such an extent as to have to " acupuncture treatment hole ", " beading " waits family's fineness eyesight training and " grating therapy " " after image therapy " to remedy (lacking: the super fineness eyesight of small angle is trained).To such an extent as to reach 2～3 years the course for the treatment of, even 7～8 years, and unsatisfactory curative effect, easily recurrence.
5, only know that form deprivation do not do corresponding intervention:
Though modern science is found: " retinal function loss of equilibrium: the development of modern civilization, makes the vast teen-age visual field be limited to the narrow visual field of the dead aheads such as books, television set, computer, video game more.Wallman points out: long-time near-distance reading itself is a kind of special form deprivation.During because of near-distance reading, only have foveal region of retina recess can obtain sufficient visual stimulus, amphiblestroid other most of position lacks enough stimulations, and most of retina cell is active to decline.' moving back with entering to give up ' and blood supply and metaboilic level are proportionate, and are human body inherent laws.Find by research, during bathomorphic early stage optical fundus changes, peripheral retina is anemia state, and yellow skin is white, i.e. ' non-compressing is white ' phenomenon " (Li Meihong; Qian Jinyue; Shao great Bao, the anatomical basis of occurrence and devlopment of myopia, Chinese Clinical Chinese Journal of anatomy 2000; 18 (1), 59).But " retinal function loss of equilibrium " that modern medicine causes " form deprivation " do not make corresponding intervention, the restriction of glasses optical center to the visual field in addition.Thereby make eye diseases such as hypometropia enter the one-way road that can only advance and can not retreat.Also make some fundus oculi diseases arise at the historic moment at peripheral visual field simultaneously.
6, existing glasses and using method thereof are the incurable major reasons of true myopia:
Be in particular in:
Human eye originally as user-friendly camera, in the time looking nearly thing or thing far away, all can be automatically by image adjustment to retina, so normally far see soon closely all very clear.Myopia initial period (false stage) is all because asthenopia, ciliary muscle regulate dumb causing to crystalline lens, and to the i.e. true sexual stage of myopia in later stage, ciliary muscle loses completely to lenticular regulating power.Seeing that for a long time nearly ciliary muscle regulates under inflexible prerequisite, during depending on thing far away image just drop on amphiblestroid before, form a kind of fuzzy image.Near-sighted glasses can address this problem, and make the defocused image plane of thing far away get back to imaging on retina.But in the time that people have on glasses and see near objects, the imaging focal plane of nearly thing has but been dropped on after retina and has been produced new out of focus, on retina, forms a kind of fuzzy image.Student, to see closely as main, wants in-plant read-write tens hours every day.In order to see nearly thing clearly, in order to make up eyeball in the deficiency aspect adjusting, brain, retina are by the reflection chain of series of complex on psychology and physiology, start human visual system's emmetropization program eyeball has been adjusted to (biological instinct, meet the needs of and change oneself), eyeball is adjusted long gradually backward, until closely fall on retina the focal plane of thing, till can seeing nearly thing clearly.As everyone knows, eyeball is often adjusted long one millimeter backward, just can offset the adjusting that glasses 300 are spent.Eyeball is adjusted after length, the thing followed is in the time looking thing far away, image again drop on amphiblestroid before, again unintelligible, need to again join mirror, again join after mirror, the focal plane of nearly thing has been dropped on again after retina, in order to see nearly thing clearly, axis oculi is adjusted length again by brain again as tune user-friendly camera.And so forth, not only accelerated eyeglass lens power raising, accelerated eyeball and be axially elongated, accelerated the decline of eye eyesight, also can make glasses wearer increase simultaneously and suffer from other as the danger of the ophthalmics such as retina shedding, glaucoma and retinopathy.Therefore, British scientist is appealed: near-sighted glasses are not the correct methods of myopia correction.Students of nation myopic eye preventing and treating work expert guidance group group leader Xu Guang says: " wearing glasses is a kind of main method of correcting defects of vision at present.Glasses for the myopia have on for ' seeing far away ', and ' seeing near ' is unreasonable."
Putting in order in above-mentioned mechanism process, researcher of the present invention has very surprisingly found to comprise at present all inapparent basic reasons of any method treatment true myopia curative effect such as the traditional Chinese medical science, doctor trained in Western medicine, apparatus.Find the latch true myopia state of an illness to make it the former act of violence at all that can not turn round, can not retreat.Decode the unsolved riddle of domestic and international true myopia uncurable disease.That is exactly, existing glasses and using method thereof.
As everyone knows, any Therapeutic Method for true myopia visual rehabilitation, its object is to be all to make the axial length of eyeball to return to emmetropic state, makes the regulatory function of eyeball recover elasticity in the past.Wherein, in the process for the treatment of, return in the process of emmetropic state at the axial length that makes eyeball, due to the effect of glasses.Due to the restriction of glasses to nearly thing imaging focal plane and the negative effect that maintains former axiallength, stops eyeball to recover, make any Therapeutic Method all become futile effort to the effort that makes the axial length of eyeball return to emmetropic state.This be because, if the selected Therapeutic Method of people is effectively, axiallength will recover and shorten to normal eyes direction, amphiblestroid seat will move forward and depart from transmitted through glasses and see nearly thing imaging focal plane, and forms a kind of fuzzy image.In order to see nearly thing clearly, brain will be adjusted eyeball by the reflection chain of series of complex on psychology and physiology, until can see nearly thing clearly.Once eyeball has been seen nearly thing clearly under the adjustment of brain, illustrate that axiallength has turned back to again the state before treatment, the failure of declaration treatment.
Conclusion is: " near-sighted uncurable disease opinion " is irrelevant with eyeball, is shortcoming, carelessness, not discovery, intervention or the restriction of glasses to axiallength due to above-mentioned theory completely, the near-sighted uncurable disease causing.
The present inventor thinks, " near-sighted uncurable disease opinion " is the cause of disease, the pathogenesis of still not putting eye diseases such as hypometropia due to modern medicine in order, and the Therapeutic Method more not finding causes.
Wang Fangrun professor points out: myopia has started regulatory function decline before visual deterioration, and eyeball forms the organic change in many places: corpus ciliare enlarged areas, vitreous chamber extends, retina one choroidopathy in " myopia " the 125th page.Visible! Go wrong even if pseudomyopia is not ciliary muscle yet, the inner multiple positions of eyeball compensatory capacity is used up and has been occurred organic disease, and myopia need to look for another way, and depends merely on adjustment Theory and does not treat pseudomyopia, does not more treat true myopia.
The present inventor passes through therapeutic instrument and environment of living in patent application 200980107835.4 formerly, along bionical thinking, we directly bring natural successful experience and form six kinds of bionical training, for seven kinds of strength deposits of General Promotion visual system, for the three-dimensional oculopathy causes of disease such as myopia, hypermetropia, astigmatism, stravismus, anisometropia, amblyopia, vitreous opacity of eliminating, for recovering to have maintained three essential conditions of vision, for progressively recovering and promote the twenty-twenty vision of user.
But, allow people put down immediately traditional view and be not easy to thing, add the restriction of product price, be difficult to allow at short notice more people by new bionical training, walk out the predicament relevant to vision.
Simultaneously, six kinds of related bionical training of above-mentioned five patents are not arranged on 10cm with in interior binocular or monocular training equipment, just be arranged in 50cm fixed environment in addition, still do not complete the product of visual exercise by existing hand-held the small screen in popular hands.
Summary of the invention
The present invention is a kind of innovation of saving, its object is, by means of a kind of vision-training system that is suitable for using together with portable equipment, allow the hand-held devices with small screens combination of the bionics techniques of vision care and people, allow more people in the situation that of micro-input or low input, just can enjoy the daily vision care that hand-held the small screen is brought, for seven kinds of strength deposits of General Promotion visual system, for three-dimensionally eliminating the eye diseases such as hypometropia cause of disease, for recovering to have maintained three essential conditions of vision, for progressively recover and promote the visual performance of user comprehensively.
Provided by the invention
A vision-training system that is suitable for using together with portable equipment, it can help user to complete stage construction ocular movement, eyeball drives cervical vertebra motion and/or eyeball to drive motion of the vertebra, and described vision-training system comprises:
Input equipment, described input equipment connects with described portable equipment operative communication, for receiving the user's input from described portable equipment;
Visual marking points information-storing device, visual marking points information-storing device is for storing the data of described visual marking points and the information relevant with described visual marking points;
Visual marking points determining device, described visual marking points determining device is used for inputting according to received user type, quantity, visual guidance track and the display mode of determining visual marking points, and selects stand-by visual marking points from described visual marking points information-storing device;
Visual marking points display control unit, described visual marking points display control unit receives the output from described visual marking points determining device, to determined visual marking points is presented on the display screen of described portable equipment in determined mode;
Wherein, described vision-training system can operate at least one of following various patterns: visual acuity training and/or the training of super fineness eyesight; By the collaborative stimulation of the far and near variation of visual marking points on screen and set and visual angle change, via the judgement of comparing of brain and empirical data, the visual system 5-linked that the process of drive ciliary muscle, iris sphincter muscle adjusting completes is moved eyes and is closed picture; The peripheral visual field of eyeball is carried out to the stimulating exercise of dynamic gradual change; Add Yoga to stretch and draw the comprehensive eyeball Yoga sports of concept and time concept to train; Visible ray irradiates to eyelid the eyelid that the direct-view of the far infrared exciting through eyelid completes looks light training.
The present invention is in some contributions aspect eye diseases such as hypometropia prevention and treatment: the clear-eyed human or animal's of nature successful experience is directly brought, by means of a kind of vision-training system that is suitable for using together with portable equipment, by above-mentioned six kinds of bionical training and the hand-held devices with small screens organic assembling of people, allow more people in the situation that of micro-input or low input, just can enjoy the daily vision care that hand-held the small screen is brought, for seven kinds of strength deposits of General Promotion visual system, for three-dimensionally eliminating the eye diseases such as hypometropia cause of disease, for recovering to have maintained three essential conditions of vision, for progressively recovering and promote the visual performance of user.
Accompanying drawing explanation
In seven kinds of strength of Fig. 1 visual system, a certain strength occurs that wretched insufficiency affects its original function and normally brings into play, and for making up its insufficiency of function, other strength will be its compensatory mutual restriction schematic diagram;
Fig. 2, by eight kinds of bionical training of the present invention, promotes seven kinds of strength deposits of visual system, reproduces emmetropic three essential condition schematic diagrams;
Fig. 3 is the luminous viewpoint of prior art therapeutic instrument for shortsightedness and the schematic diagram with great visual angle of luminous viewpoint and the formation of eyeball node place;
Fig. 4 is the small angle schematic diagram that the small luminous viewpoint of substructure in luminous viewpoint and the luminous viewpoint thereof of eye illness control instrument of the present invention and eyeball node place form;
Fig. 5 is the schematic diagram that the every flicker of the small luminous viewpoint of substructure in luminous viewpoint and the luminous viewpoint thereof of eye illness control instrument of the present invention once can activate hundreds of, thousands of visual cells simultaneously;
Fig. 6 is for stimulating the picture forming to drop on schematic diagram outside the retina at equator position of eyeball by pupil peripheral visual field;
Fig. 7 is when between the main viewpoint of two forms, relative distance distance changes, the size variation schematic diagram of the main viewpoint of synchronization control;
Fig. 8 is the stimulating exercise schematic diagram of the peripheral visual field of two form eyes more wide-angle separately.
The specific embodiment
In order to further illustrate the present invention, provide following detailed description and several exemplary embodiment, but scope of the present invention is not subject to the restriction of these explanations and embodiment.
Modern times, eye care professional could was all known, three essential conditions that maintain twenty-twenty vision are:
A refractive media is transparent;
B axis oculi length conforms to refractive power;
C is depending on road normal (should be that pathways for vision is normal more accurately).
It is worth mentioning that, as shown in table 1, what the surprised discovery of research worker of the present invention maintained three essential condition normal operations of emmetropia is the abundance of seven kinds of strength of visual system.And provide the dependence between emmetropia/tri-essential condition/seven kind of strength deposit three by table 1.
The emmetropic essential condition of table 1 table 2 ametropia bottom root
The discovery that research worker of the present invention is more surprised.As shown in table 2, any and vision associated ophthalmopathy quiver as myopia, hypermetropia, astigmatism, stravismus, anisometropia, amblyopia, cataract, vitreous opacity, presbyopia, nystagmus, and the various fundus oculi diseases such as the leopard stricture of vagina shape optical fundus causing due to choroid, retina, sclera thrombosis, comus, macular diseases, posterior scleral staphyloma, periphery retinopathy.Its cause of disease is all a kind of or certain several wretched insufficiency that occurred that are directed in seven kinds of strength of visual system, derives from emmetropic three essential conditions and is broken.
Meanwhile, as shown in Figure 1, in seven kinds of strength of visual system, a certain strength occurs that wretched insufficiency affects its original function and normally brings into play, and other strength will be born as it compensatoryly for it, until compensatory capacity is used up, share success, and injures all, mutually restriction.Here it is, and why somebody there will be amblyopia, myopia, and hypermetropia, astigmatism, cataract, vitreous opacity, stravismus, the two or more diseases such as anisometropia, even somebody understands five kinds of diseases and occurs simultaneously.
Therefore, researcher of the present invention is thought, occur not enough in the situation that in seven kinds of strength of visual system, in the situation that being broken appears in three essential conditions of emmetropia, become myopia at original emmetropia, hypermetropia, astigmatism, in the ametropic situation such as amblyopia, as shown in Figure 2, only have by eight kinds of bionical training, comprehensively the strength deposit of the raising visual system of system, could keep emmetropic three essential conditions by stereo restoration, just can make the ametropias such as myopia progressively recover normal vision functional rehabilitation twenty-twenty vision and revert to emmetropia.
A kind of vision-training system that is suitable for using together with portable equipment, it can help user to complete stage construction ocular movement, eyeball drives cervical vertebra motion and/or eyeball to drive motion of the vertebra, described vision-training system comprises: input equipment, described input equipment connects with described portable equipment operative communication, for receiving the user's input from described portable equipment; Visual marking points information-storing device, visual marking points information-storing device is for storing the data of described visual marking points and the information relevant with described visual marking points; Visual marking points determining device, described visual marking points determining device is used for inputting according to received user type, quantity, visual guidance track and the display mode of determining visual marking points, and selects stand-by visual marking points from described visual marking points information-storing device; Visual marking points display control unit, described visual marking points display control unit receives the output from described visual marking points determining device, to determined visual marking points is presented on the display screen of described portable equipment in determined mode; Wherein, described vision-training system can operate at least one of following various patterns: visual acuity training and/or the training of super fineness eyesight; By the collaborative stimulation of the far and near variation of visual marking points on screen and set and visual angle change, via the judgement of comparing of brain and empirical data, the visual system 5-linked that the process of drive ciliary muscle, iris sphincter muscle adjusting completes is moved eyes and is closed picture; The peripheral visual field of eyeball is carried out to the stimulating exercise of dynamic gradual change; Add Yoga to stretch and draw the comprehensive eyeball Yoga sports of concept and time concept to train; Visible ray irradiates to eyelid the eyelid that the direct-view of the far infrared exciting through eyelid completes looks light training.
The described secondary substructure for visual marking points on the screen of visual acuity training, the training of super fineness eyesight refers to that visual marking points is made up of at least several clear and legible small luminous viewpoints.
Wherein, described visual marking points is at least one in the following: small luminous viewpoint, small angle fine rule, letter, word, figure, ad hoc animation.
Wherein, described visual marking points 90 percent the above visual marking points has the clear and legible secondary substructure of luminous viewpoint and/or has small angle ingredient.
Wherein, the secondary substructure of described luminous viewpoint refers to that visual marking points is made up of at least several clear and legible small luminous viewpoints, and described small angle ingredient refers to that forming visual marking points by line segment, figure, ad hoc animation at least has an above clear and legible small luminous visual angle ingredient thereon.
Described vision-training system, also comprise sight test means, by screen E sighting target from large to small and tester the direction of E sighting target is confirmed, the vision of test user, so that system is provided and is adapted to user small luminous viewpoint or the small luminous visual angle ingredient of vision situation instantly by test.
Described providing adapts to user small luminous viewpoint or the small luminous visual angle ingredient of vision situation instantly, people for vision more than 0.4 refers to, selects stand-by visual angle small luminous viewpoint more than 0.2 subangle or small luminous visual angle ingredient below 1 subangle from information-storing device; People for vision below 0.4 and below 0.1 refers to, selects stand-by visual angle small luminous viewpoint more than 0.5 subangle or small luminous visual angle ingredient below 10 subangles from information-storing device.
The selection of described small luminous viewpoint or small luminous visual angle ingredient size, user should be regularly by the test system and test vision of hand-held the small screen, so that system provides the small luminous viewpoint or the small luminous visual angle ingredient that instantly adapt to user vision situation, after vision promotes to some extent, again test vision, so that system provides small luminous viewpoint or the small luminous visual angle ingredient of the situation that adapts to new vision.Form the training of the visual acuity training, the super fineness eyesight that promote for vision, the moving eyes of visual system 5-linked that are more suitable for this people and close picture training.Wherein
Described visual acuity training, as shown in Figure 4, be to the watching attentively of the some or several viewpoints in clear and legible small luminous viewpoint, can complete waking up of the meticulous visual cell of retina, the resolution capability of small angle sighting target is seen in lifting, makes naked vision and/or wear mirror vision to promote steadily.
Described super fineness eyesight training as shown in Figure 5, is watching attentively individual or thousands of clear and legible small luminous viewpoints of hundreds of in luminous viewpoint; The every flicker of luminous viewpoint once can activate individual thousands of the visual cells of hundreds of, optic cell, the work efficiency that number is activated with hundred or thousand times of raising visual cell optic cell compared with traditional therapy simultaneously.
Described hand-held vision-training system, wherein, the control of the display mode of described visual marking points display control unit to described visual marking points comprises: with the multiple described visual marking points of certain sequential control between luminous and not luminous two states and/or between bright and dark and/or between different colours and/or between difformity and/or large and little between and/or between dynamic and static state, switch, to limit visual guidance track.And/or described motion guide device also comprises interpupillary distance test macro, its test result and vision testing system test result coordinate, as the selection foundation in distance size and visual marking points size variation interval between double vision window on screen;
Described hand-held vision-training system, also comprises apart from determining device, and the display screen of portable equipment is to the distance between user eyes described in the described parts sensing that can utilize described portable equipment apart from determining device.
Describedly utilize display screen that the photographic head of described portable equipment or far infrared device carry out portable equipment described in sensing to the distance between user eyes apart from determining device.
The moving eyes of described visual system 5-linked close picture, with traditional visual system three link eyes close picture compared with, having increased the variation at visual angle and brain and empirical data compares and judges the content of two interlocks, wherein, when the distance of described display and described eyes be greater than 7 centimetres with an arm of user scope far away in while pulling back and forth, the size of described visual marking points display control unit based on adjusted the visual marking points on described display by the distance of described range sensor sensing, to allow the brain of user and the empirical data nearer or farther illusion of generation while judgement of comparing, and then drive to a greater degree ciliary muscle, the adjusting of iris sphincter muscle and the process of loosening.Quick-recovery ciliary muscle and crystalline lens elasticity is in the past with function, improve set reserve and regulate reserve fast soon for this process, and the revolution that alleviates sclera pressure and be true myopia lays the foundation.
Wherein, the size of adjusting the visual marking points on described display comprises: when described display drives visual marking points by far when mobile, being integrated into increase near, the size of the visual marking points on described display is also changed from small to big; The visual marking points driving when described display when proximad far moving, is integrated into and reduces, and the size of the visual marking points on described display also from large to small.
Described hand-held vision-training system, wherein, distance between described display and described eyes is less than 7 centimetres, form on described display is divided into two by one, as shown in Figure 7, and when the far and near variation of the distance of the main viewpoint of two forms, the size variation of the main viewpoint of synchronization control, when main view distance on two forms is when far mobile to nearly " → ← ", be integrated into increase, the size of main viewpoint is also changed from small to big; When main view distance on two forms is when proximad far away " ← → " is mobile, be integrated into and reduce (or being reduced to null set or negative set), the size of main viewpoint also from large to small, is fully loosened extraocular muscles, ophthalmic flesh to realize when the moving eyes of visual system 5-linked close picture.
Can also complete up and down simultaneously and disperse " ↑ ↓ " " ↑ ↓ " stretch and draw; Upper disrotatory
lower disrotatory
deng stretching, roping is moving, and ophthalmic flesh extraocular muscles is loosened fully, and operating effect can be better in darkroom for this process.
Described peripheral visual field stimulating exercise, in the time that the distance of hand-screen and eyes is less than 7 centimetres, by to main viewpoint and dynamic small luminous viewpoint, small angle fine rule, letter, word, figure, in the rotation of peripheral visual field or the concern of unusual fluctuation, completes simple eye peripheral visual field is with great visual angle carried out to stimulating exercise;
Or distance between described display and described eyes is less than 7 centimetres, as shown in Figure 8, form on described display is divided into two by one, in each form, there is respectively main viewpoint and dynamic small luminous viewpoint, small angle fine rule, letter, word, figure in peripheral visual field, to realize the stimulating exercise of the peripheral visual field to eyes more wide-angle separately.
In the time that the distance of hand-screen and eyes is greater than 7 centimetres and an arm and pulls back and forth between far away, by to main viewpoint and dynamic small luminous viewpoint, small angle fine rule, letter, word, figure is paid close attention in the rotation of peripheral visual field or unusual fluctuation, completes the peripheral visual field stimulating exercise that eyes central fovea periphery is carried out to different angles scope;
Follow hand-screen while moving up and down at eyes, by the screen unusual fluctuation of scenery or pay close attention to mobile time in dynamic main viewpoint and peripheral visual field finding environment up and down, complete the stimulating exercise to eyes peripheral visual field.
Wherein,
Described main viewpoint is visual marking points, or the center of periphery dynamic rotary, or the center of feature size variation.
The visual marking points that described peripheral visual field stimulating exercise is used, it can be common solid luminous viewpoint, or the luminous viewpoint being formed by several thousand small luminous viewpoints, or the luminous viewpoint being formed by the luminous annulus of big or small gradual change fine rule, or by the luminous viewpoint forming with the luminous circumference of serrate fine rule of the rotation of big or small gradual change, or by the small luminous viewpoint whirlpool being formed by fine rule of the rotation of big or small gradual change, simultaneously, the mode that the size variation of periphery can also pull by hand-screen distance completes, and/or two hands limit place at peripheral visual field under the induction of voice relatively rotate.
Described peripheral visual field stimulating exercise refers to amphiblestroid to prevent and treat the secondary stimulus of oculopathy as object beyond macular region.
Described peripheral visual field stimulating exercise refers to by visual marking points amphiblestroid to prevent and treat the secondary stimulus of oculopathy as object beyond macular region; Conventionally can select 5 ° of stimulations with periphery area of central fovea of retina, or around 30 ° of stimulations with periphery area of macula lutea, or the stimulation at equator position to eyeball as shown in Figure 6, for the treatment of myopia, hypermetropia, astigmatism, stravismus and various retinopathy.Wherein,
For astigmatism, stravismus, the stimulating exercise of described neighboring area, to 5 ° of stimulations with periphery area of central fovea of retina, can recover to be elongated position with peripheral visual field part, balance optical fundus.
For hypermetropia, the stimulating exercise of described neighboring area, to around 30 ° of stimulations with periphery area of macula lutea, or the stimulation at equator position to eyeball, can improve peripheral visual field blood circulation, the sclera that strengthens corresponding site is grown vigor;
For myopia, the stimulating exercise of described neighboring area, to around 30 ° of stimulations with periphery area of macula lutea, or the stimulation at equator position to eyeball, due to cone cell clump, staff cell clump and sclera are all simultaneously by choroid blood supply, when peripheral visual field is upset, when periphery visual cell participates in vision work and vigor and promotes, can effectively activate and improve peripheral visual field position visual cell, retina, the blood circulation of choroid and even sclera, improve the state that peripheral visual field position sclera lacks nutrition, increase sclera tension tension force, support the axis oculi of eye diseases such as hypometropia progressively to tend to emmetropization from threpsology and mechanics angle, support various fundus oculi diseases fundamentally to turn round.
In addition, the stimulation at the equator position to eyeball, can pass through optical instrument, and the diameter that expands equator of eyeball shortens axis oculi front and back length effectively, solves the insoluble near-sighted axis oculi of modern medicine shorten a difficult problem from optical angle.
Meanwhile, the visual marking points in two forms can alternately glimmer, and progressively extends the method for weak eye scintillation time.To realize eyes visual acuity training separately and/or the stimulating exercise of the training of super fineness eyesight and/or peripheral visual field, and solve eyes anisometropia problem and melt rapidly picture problem.
Described hand-held vision-training system, described visual marking points can be at least one of the following for described peripheral visual field stimulating exercise in the situation that: solid luminous viewpoint; The luminous viewpoint being formed by multiple small luminous viewpoints; The luminous viewpoint being formed by the luminous annulus of big or small gradual change fine rule; By the luminous viewpoint forming with the luminous circumference of serrate fine rule of the rotation of big or small gradual change; And, by the small luminous viewpoint whirlpool being formed by fine rule of the rotation of big or small gradual change.
Described hand-held vision-training system, also comprises audio devices, and described audio devices is used for instructing user to use described hand-held vision-training system, and reminds user to make the visual guidance track of visual marking points described in its eye tracking.
Described hand-held vision-training system, wherein, described comprehensive eyeball Yoga sports training refers to the motion up and down of main viewpoint on screen or unusual fluctuation point, drives thus the ocular movement of user or ocular movement to drive cervical vertebra motion and/or ocular movement drive motion of the vertebra.
Wherein, described comprehensive eye Yoga sports be upper " ↑ ↑ ", under " ↓ ↓ ", left " ← ← ", right " → → " motion, right tiltedly on
under the right side is oblique
on a left side is oblique
under a left side is oblique
the motion of eight directions and turning clockwise
, be rotated counterclockwise
on the basis of motion eyeball, add stretching of pleasing to the eye Yoga draw concept and time concept make original common motion become Yoga to stretch roping moving.
Wherein, described comprehensive eye Yoga sports moves ocular movement under the drive of visual marking points or under limiting in all directions near the roping of stretching that kept for 0.5～600 second the limit.
Wherein, described comprehensive eye Yoga sports moves ocular movement under the drive of visual marking points or under limiting in all directions near the roping of stretching that kept for 1～60 second the limit.
Wherein, described comprehensive eye Yoga sports moves ocular movement under the drive of visual marking points or under limiting in all directions near the roping of stretching that kept for 5～20 seconds the limit.
The described comprehensive eye Yoga sports being guided by hand-held the small screen, under the guiding of induction language, sight line is followed the upper of main viewpoint on screen or unusual fluctuation point, under, left, right, on the right side is oblique, under the right side is oblique, on a left side is oblique, when motion in left tiltedly lower eight directions, eight direction ambulatory handheld screens drive ocular movement up and down, in the time that screen is shifted out in the motion of eight directions up and down of main viewpoint or unusual fluctuation point on screen, with environment interaction, see the eye-catching small items in screen outer ocular movement optical axis direction distant place, and to add the distinctive ocular movement of pleasing to the eye Yoga be that eyeball does the training of eyeball Yoga sports in this orientation to stretching the concept of drawing and the concept staying for some time near the limit, under the guiding of induction language, when on screen, main viewpoint or unusual fluctuation point are about to move into screen, from environment viewpoint, regain sight line, pay close attention to the next direction of motion of viewpoint on screen, and follow screen visual marking points and voice carry out the eyeball Yoga sports training of next direction.
Described hand-held vision-training system, it can be embodied as a kind of part in a kind of or the following in the following: mobile phone, panel computer, intelligent watch and the small-sized eye disease therapeutic instrument with o1ed form or LCD screen.
Described comprises with vision associated ophthalmopathy: myopia, hypermetropia, astigmatism, stravismus, anisometropia, amblyopia, cataract, vitreous opacity, presbyopia, nystagmus quiver, and the various fundus oculi diseases such as the leopard stricture of vagina shape optical fundus causing due to choroid, retina, sclera thrombosis, comus, macular diseases, posterior scleral staphyloma, periphery retinopathy.
Embodiment:
For further illustrating the present invention, but not limited providing for implementing part typical case of the present invention:
There is wretched insufficiency with a certain strength in seven kinds of strength below, cause the some conditions in emmetropic three essential conditions to be broken, emmetropia becomes ametropic process, the cause of disease, the pathogenesis of elaboration and visual correlation disease, and Therapeutic Principle of the present invention:
1, refractive media transparent aspect:
Embodiment 1: the treatment of disease cataract that circulation power is not enough, vitreous opacity, various retinopathy
The cause of disease: eyeball blood circulation is short of power;
Pathogenesis: metabolite is piled up in eyeball, causes opaquely, or causes inflammation;
Disease: cataract, vitreous opacity, various retinopathy etc.;
The rule for the treatment of: 1. the present invention improves the overall blood circulation of eyeball by comprehensive eye Yoga sports, 2. improve optical fundus peripheral visual field blood circulation by peripheral visual field stimulating exercise, the training of super fineness eyesight, 3. look the rubbish in light training cleaning optical fundus blood vessel by eyelid, stereo restoration refractive media is transparent.In addition, as seen from Figure 2, the moving eyes of 5-linked close picture, visual acuity training, and eyes viewpoint other three training such as training of glimmering respectively of giving out light have also participated in the improvement that eye circulates.
2, aspect axis oculi length conforms to refractive power:
Embodiment 2: disease myopia that adjusting power is not enough, hypermetropia, presbyopic treatment
The cause of disease: ophthalmic flesh regulates power deficiency;
Pathogenesis: regulate not in place, can not be rapid, timely, lasting image is delivered in retina aspect;
Disease: myopia, hypermetropia, presbyopia etc.;
The rule for the treatment of: 1. the present invention directly improves ophthalmic flesh blood circulation by comprehensive eye Yoga sports, eyelid depending on light training, 2. closes picture by the moving eyes of visual system 5-linked and recovers ophthalmic flesh and crystalline lens elasticity in the past.In addition, as seen from Figure 2, visual acuity training, glimmer the respectively training, eyelid of eyes viewpoint also participated in the lifting of ophthalmic muscular strength amount deposit depending on other three training such as light training.
Embodiment 3: the treatment of disease myopia that sclera tension tension force is not enough, astigmatism
The cause of disease: sclera tension tension force deficiency;
Pathogenesis: 1. wherein near-sighted, derive from sclera tension tension force deficiency, derive from for a long time and use nearby at the moment, the in the situation that eyeball being fallen after retina at image, not the regulating power of transferring in time ciliary muscle, but force the sclera axial elongation axis oculi of stepping down backward, form true myopia.
2. astigmatism wherein, astigmatism is closely related with close eye, extraocular muscles convergence power deficiency: see for a long time when near, gather not in place, make image drop on for a long time the other center of retina, now add ophthalmic flesh and regulate power deficiency, form the power that elongates other center axiallength; Central fovea of retina peripheral visual field part is elongated, now sees and while needing object with great visual angle (as door, window) that peripheral visual field participates in, occurred that lines distortion, brain and the empirical data judgement of comparing do not accept this lines and be out of shape; Brain is employed extraocular muscles corneal by nerve and is carried out tractive, changes corneal curvature, the defect that is elongated in order to make up peripheral visual field part, optical fundus, eliminates the lines distortion while seeing image with great visual angle; After corneal curvature is conditioned successfully (distortion), then (image drops on central fovea of retina) occurred that ghost image---astigmatism has formed while seeing distant place small angle object.There is ghost image, need again cornea toward readjustment.(trouble be), the speed of adjusting does not catch up with forever to be seen and far sees and closely see the speed of seeing greatly little switching; Cause astigmatic patient, see far see closely all fuzzy, dizzy, headache often.
Disease: near-sighted, astigmatic;
The rule for the treatment of: the present invention, aspect myopia, 1. improve the overall blood circulation of eyeball by comprehensive eye Yoga sports, 2. by peripheral visual field stimulating exercise, increase equator of eyeball diameter by optical instrument, shorten length before and after axis oculi, 3. by peripheral visual field stimulating exercise, the training of super fineness eyesight improve optical fundus peripheral visual field blood circulation, eyelid is looked the rubbish in light training cleaning optical fundus blood vessel, increases sclera tension tension force by mechanics means.
Aspect astigmatism treatment, 1. improve the overall blood circulation of eyeball by comprehensive eye Yoga sports, strengthen the fast search ability of extraocular muscles and the location cause of disease of stationkeeping ability elimination extraocular muscles; Balance extraocular muscles pulling force, eliminates the extraocular muscles corneal tractive cause of disease; 2. improve optical fundus blood circulation by peripheral visual field stimulating exercise, the training of super fineness eyesight, eyelid depending on light training, increase sclera tension tension force by mechanics means, 3. by peripheral visual field stimulating exercise, the training of super fineness eyesight, by optical instrument balance optical fundus peripheral visual field, make its return in a plane, eliminate retinopathy because of, naturally recover creation sufficiency to corneal curvature.
Embodiment 4: sclera is grown the treatment of the not enough disease hypermetropia of vigor
The cause of disease: sclera is grown vigor deficiency;
Pathogenesis: the blood supply insufficiency of peripheral visual field sclera;
Disease: hypermetropia;
The rule for the treatment of: 1. the present invention improves the overall blood circulation of eyeball by comprehensive eye Yoga sports, 2. improve optical fundus peripheral visual field blood circulation by peripheral visual field stimulating exercise, the training of super fineness eyesight, 3. look the rubbish in light training cleaning optical fundus blood vessel by eyelid, promote sclera growth promoter.
3, normal aspect, Shi road:
Embodiment 5: the treatment of the not enough disease stravismus of strength of extraocular muscles
The cause of disease: the strength deficiency of extraocular muscles;
Pathogenesis: the strength deficiency of extraocular muscles, stationkeeping ability deficiency when searching rapidly, catch the scarce capacity of sighting target and watching attentively, One's eyesight is restrained, can not be rapidly timely the light of image refraction be pointed to central fovea of retina, or stereopsis vision comfortable, persistency is not enough.The blood supply insufficiency of peripheral visual field sclera;
Disease: stravismus;
The rule for the treatment of: the present invention is 1. by comprehensive eye Yoga sports, recover extraocular muscles fast searching ability, catch the ability of sighting target, and stationkeeping ability while watching attentively.
Embodiment 6: disease amblyopia that visual cell vigor is not enough, high myopia, high hypermetropia, high astigmatism, highly anisometropic treatment
The cause of disease: the vigor deficiency of visual cell;
Pathogenesis: high myopia, high hypermetropia, high astigmatism are not worn glasses in time, causing retina to can not get reality stimulates, and causes visual cell vigor deficiency; Or height anisometropia, two images of size can not merge in brain, and brain suppresses weak eye visual cell vigor.
Disease: amblyopia, high myopia, high hypermetropia, high astigmatism, height anisometropia;
The rule for the treatment of: 1. the present invention is eliminating under high myopia, high hypermetropia, high astigmatism, highly anisometropic prerequisite by method as above, 2. the focus of work should be placed on and wake meticulous visual cell up by visual acuity training, the training of super fineness eyesight, 3. improve optical fundus blood circulation by peripheral visual field stimulating exercise, the training of super fineness eyesight, eyelid depending on light training, make the visual cell being waken up have sufficient nutrition continuous firing.
Embodiment 7: eye brain is linked up the not enough disease amblyopia of vigor, high myopia, high hypermetropia, high astigmatism, highly anisometropic treatment
The cause of disease: the vigor deficiency of optic cell;
Pathogenesis: high myopia, high hypermetropia, high astigmatism are not worn glasses in time, causing retina to can not get reality stimulates, and causes optic cell vigor deficiency; Or height anisometropia, two images of size can not merge in brain, and brain suppresses weak eye optic cell vigor.
Disease: amblyopia, high myopia, high hypermetropia, high astigmatism, height anisometropia;
The rule for the treatment of: 1. the present invention is eliminating under high myopia, high hypermetropia, high astigmatism, highly anisometropic prerequisite by method as above, 2. the focus of work should be placed on and wake meticulous optic cell up by visual acuity training, the training of super fineness eyesight, 3. improve optical fundus blood circulation by peripheral visual field stimulating exercise, the training of super fineness eyesight, eyelid depending on light training, make the visual cell being waken up have sufficient nutrition continuous firing.
Annotation:
1, stage construction ocular movement: refer to that, by comprehensive eye Yoga sports, the moving eyes of visual system 5-linked close picture motion, peripheral visual field stimulus movement, visual acuity training motion, super fineness eyesight training motion, right and left eyes is working motion respectively, closes one's eyes and looks light energization training motion.
2, the peripheral visual field of eyeball is carried out the stimulating exercise of dynamic gradual change: as shown in Figure 8.
3, visual marking points has small angle ingredient: as graphics package with great visual angle containing or the small angle part that extends out, or the figure clear and legible unlimited thin fine rule crossing with background with great visual angle.
Claims (22)
1. be suitable for the vision-training system using together with portable equipment, it can help user to complete stage construction ocular movement, eyeball drives cervical vertebra motion and/or eyeball to drive motion of the vertebra, and described vision-training system comprises:
Input equipment, described input equipment connects with described portable equipment operative communication, for receiving the user's input from described portable equipment;
Visual marking points information-storing device, visual marking points information-storing device is for storing the data of described visual marking points and the information relevant with described visual marking points;
Visual marking points determining device, described visual marking points determining device is used for inputting according to received user type, quantity, visual guidance track and the display mode of determining visual marking points, and selects stand-by visual marking points from described visual marking points information-storing device;
Visual marking points display control unit, described visual marking points display control unit receives the output from described visual marking points determining device, to determined visual marking points is presented on the display screen of described portable equipment in determined mode;
Wherein, described vision-training system can operate at least one of following various patterns: visual acuity training and/or the training of super fineness eyesight; By the collaborative stimulation of the far and near variation of visual marking points on screen and set and visual angle change, via the judgement of comparing of brain and empirical data, the visual system 5-linked that the process of drive ciliary muscle, iris sphincter muscle adjusting completes is moved eyes and is closed picture; The peripheral visual field of eyeball is carried out to the stimulating exercise of dynamic gradual change; Add Yoga to stretch and draw the comprehensive eyeball Yoga sports of concept and time concept to train; Visible ray irradiates to eyelid the eyelid that the direct-view of the far infrared exciting through eyelid completes looks light training.
2. vision-training system as claimed in claim 1, wherein, described visual marking points is at least one in the following: small luminous viewpoint, small angle fine rule, letter, word, figure, ad hoc animation.
3. vision-training system as claimed in claim 1, wherein, 90 percent the above visual marking points has the clear and legible secondary substructure of luminous viewpoint and/or has small angle ingredient.
4. vision-training system as claimed in claim 3, wherein, the secondary substructure of described luminous viewpoint refers to that visual marking points is made up of at least several clear and legible small luminous viewpoints, and described small angle ingredient refers to that forming visual marking points by line segment, figure, ad hoc animation at least has an above clear and legible small luminous visual angle ingredient thereon.
5. vision-training system as claimed in claim 1, also comprise sight test means, by screen E sighting target from large to small and tester the direction of E sighting target is confirmed, the vision of test user, so that system is provided and is adapted to user small luminous viewpoint or the small luminous visual angle ingredient of vision situation instantly by test.
6. vision-training system as claimed in claim 5, described providing adapts to user small luminous viewpoint or the small luminous visual angle ingredient of vision situation instantly, people for vision more than 0.4 refers to, selects stand-by visual angle small luminous viewpoint more than 0.2 subangle or small luminous visual angle ingredient below 1 subangle from information-storing device; People for vision below 0.4 and below 0.1 refers to, selects stand-by visual angle small luminous viewpoint more than 0.5 subangle or small luminous visual angle ingredient below 10 subangles from information-storing device.
7. vision-training system as claimed in claim 1, wherein, the control of the display mode of described visual marking points display control unit to described visual marking points comprises: with the multiple described visual marking points of certain sequential control between luminous and not luminous two states and/or between bright and dark and/or between different colours and/or between difformity and/or large and little between and/or between dynamic and static state, switch, to limit visual guidance track.
8. vision-training system as claimed in claim 1, also comprises apart from determining device, and the display screen of portable equipment is to the distance between user eyes described in the described parts sensing that can utilize described portable equipment apart from determining device.
9. vision-training system as claimed in claim 1, wherein, describedly utilizes display screen that the photographic head of described portable equipment or far infrared device carry out portable equipment described in sensing to the distance between user eyes apart from determining device.
10. hand-held vision-training system as claimed in claim 8, wherein, the distance of described display screen and described eyes be greater than 7 centimetres with an arm of user scope far away in the process that pulls back and forth, the size of described visual marking points display control unit based on adjusted the visual marking points on described display screen by the described distance definite apart from determining device, to allow the brain of user and the empirical data nearer or farther illusion of generation while judgement of comparing, and then drive to a greater degree the adjusting of ciliary muscle, iris sphincter muscle and the process of loosening.
11. hand-held vision-training systems as claimed in claim 10, wherein, the size of adjusting the visual marking points on described display comprises: when described display drives visual marking points by far when mobile, being integrated into increase near, the size of the visual marking points on described display is also changed from small to big; The visual marking points driving when described display when proximad far moving, is integrated into and reduces, and the size of the visual marking points on described display also from large to small.
12. vision-training systems as claimed in claim 8, wherein, distance between described display screen and described eyes is less than 7 centimetres, form on described display screen is divided into two by one, the distance of the main viewpoint of two forms is far and near while changing, and the size variation of the main viewpoint of synchronization control, when main view distance on two forms is by far near when mobile, be integrated into increase, the size of main viewpoint is also changed from small to big; When main view distance on two forms is when proximad far moving, be integrated into and reduce (or being reduced to null set or negative set), the size of main viewpoint also from large to small, is fully loosened extraocular muscles, ophthalmic flesh to realize when the moving eyes of visual system 5-linked close picture.
13. vision-training systems as claimed in claim 8, wherein, distance between described display and described eyes is less than 7 centimetres, form on described display is divided into two by one, in each form, there is respectively main viewpoint and dynamic small luminous viewpoint, small angle fine rule, letter, word, figure in peripheral visual field, to realize the stimulating exercise of the peripheral visual field to eyes more wide-angle separately.
14. vision-training systems as claimed in claim 13, wherein, visual marking points in two forms can alternately glimmer, and eye scintillation time a little less than progressively extending, to realize eyes visual acuity training separately and/or the stimulating exercise of the training of super fineness eyesight and/or peripheral visual field, and solve eyes anisometropia problem and melt rapidly picture problem.
15. vision-training systems as claimed in claim 1, described visual marking points can be at least one of the following for described peripheral visual field stimulating exercise in the situation that: solid luminous viewpoint; The luminous viewpoint being formed by multiple small luminous viewpoints; The luminous viewpoint being formed by the luminous annulus of big or small gradual change fine rule; By the luminous viewpoint forming with the luminous circumference of serrate fine rule of the rotation of big or small gradual change; And, by the small luminous viewpoint whirlpool being formed by fine rule of the rotation of big or small gradual change.
16. vision-training systems as claimed in claim 1, also comprise audio devices, and described audio devices is used for instructing user to use described hand-held vision-training system, and remind user to make the visual guidance track of visual marking points described in its eye tracking.
17. vision-training systems according to claim 1, wherein, described comprehensive eyeball Yoga sports training refers to the motion up and down of main viewpoint on screen or unusual fluctuation point, drives thus the ocular movement of user or ocular movement to drive cervical vertebra motion and/or ocular movement drive motion of the vertebra.
18. vision-training systems according to claim 17, wherein, described comprehensive eye Yoga sports be upper " ↑ ↑ ", under " ↓ ↓ ", left " ← ← ", right " → → " motion, right tiltedly on
under the right side is oblique
on a left side is oblique
under a left side is oblique
the motion of eight directions and turning clockwise
, be rotated counterclockwise
on the basis of motion eyeball, add stretching of pleasing to the eye Yoga draw concept and time concept make original common motion become Yoga to stretch roping moving.
19. vision-training systems according to claim 18, wherein, the motion of described comprehensive eye analogy gal is moved ocular movement under the drive of visual marking points or under limiting in all directions near the roping of stretching that kept for 0.5～600 second the limit.
20. vision-training systems according to claim 18, wherein, described comprehensive eye Yoga sports moves ocular movement under the drive of visual marking points or under limiting in all directions near the roping of stretching that kept for 1～60 second the limit.
21. vision-training systems according to claim 18, wherein, described comprehensive eye Yoga sports moves ocular movement under the drive of visual marking points or under limiting in all directions near the roping of stretching that kept for 5～20 seconds the limit.
22. vision-training systems as described in any one in claim 1～21, wherein, described portable equipment is the one in the following: mobile phone, panel computer, intelligent watch and the small-sized eye disease therapeutic instrument with oled form or LCD screen.
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| CN105596185A (en) * | 2014-11-25 | 2016-05-25 | 郭毅 | Top-view eye exercise sighting mark drawing board |
| CN105718057A (en) * | 2016-01-20 | 2016-06-29 | 毕宏生 | Visual tracking training device |
| CN108478399A (en) * | 2018-02-01 | 2018-09-04 | 上海青研科技有限公司 | A kind of amblyopia training instrument |
| CN109219386A (en) * | 2016-05-29 | 2019-01-15 | 诺瓦赛特有限公司 | Display system and method |
| CN109925172A (en) * | 2018-12-29 | 2019-06-25 | 南京游目骋怀信息科技有限公司 | A kind of mobile terminal visual exercise universal phonetic animation training guidance method |
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| CN108379041A (en) * | 2018-02-22 | 2018-08-10 | 丛繁滋 | Tired the bionical of eye diseases such as hypometropia that can prevent does not use eye system for a kind of long-time eye |
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| CN105596185A (en) * | 2014-11-25 | 2016-05-25 | 郭毅 | Top-view eye exercise sighting mark drawing board |
| CN105718057A (en) * | 2016-01-20 | 2016-06-29 | 毕宏生 | Visual tracking training device |
| CN109219386A (en) * | 2016-05-29 | 2019-01-15 | 诺瓦赛特有限公司 | Display system and method |
| EP3463045A4 (en) * | 2016-05-29 | 2019-11-27 | Novasight Ltd. | Display system and method |
| CN109219386B (en) * | 2016-05-29 | 2021-06-22 | 诺瓦赛特有限公司 | Display system and method |
| CN108478399A (en) * | 2018-02-01 | 2018-09-04 | 上海青研科技有限公司 | A kind of amblyopia training instrument |
| CN109925172A (en) * | 2018-12-29 | 2019-06-25 | 南京游目骋怀信息科技有限公司 | A kind of mobile terminal visual exercise universal phonetic animation training guidance method |
| CN110916991A (en) * | 2019-10-22 | 2020-03-27 | 温州医科大学附属眼视光医院 | Personalized visual training method and training device |
| CN112315754A (en) * | 2020-10-30 | 2021-02-05 | 河南智领医疗设备有限公司 | Vision training method based on VR glasses and VR glasses |
| CN112315754B (en) * | 2020-10-30 | 2022-11-01 | 河南智领医疗设备有限公司 | Vision training system based on VR glasses and VR glasses |
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Application publication date: 20140702 |