CN107485547A - One kind changes light path vision dynamic rehabilitation training system and method - Google Patents
One kind changes light path vision dynamic rehabilitation training system and method Download PDFInfo
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- CN107485547A CN107485547A CN201710852149.6A CN201710852149A CN107485547A CN 107485547 A CN107485547 A CN 107485547A CN 201710852149 A CN201710852149 A CN 201710852149A CN 107485547 A CN107485547 A CN 107485547A
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- A—HUMAN NECESSITIES
- A61—MEDICAL OR VETERINARY SCIENCE; HYGIENE
- A61H—PHYSICAL THERAPY APPARATUS, e.g. DEVICES FOR LOCATING OR STIMULATING REFLEX POINTS IN THE BODY; ARTIFICIAL RESPIRATION; MASSAGE; BATHING DEVICES FOR SPECIAL THERAPEUTIC OR HYGIENIC PURPOSES OR SPECIFIC PARTS OF THE BODY
- A61H5/00—Exercisers for the eyes
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- A—HUMAN NECESSITIES
- A61—MEDICAL OR VETERINARY SCIENCE; HYGIENE
- A61H—PHYSICAL THERAPY APPARATUS, e.g. DEVICES FOR LOCATING OR STIMULATING REFLEX POINTS IN THE BODY; ARTIFICIAL RESPIRATION; MASSAGE; BATHING DEVICES FOR SPECIAL THERAPEUTIC OR HYGIENIC PURPOSES OR SPECIFIC PARTS OF THE BODY
- A61H2205/00—Devices for specific parts of the body
- A61H2205/02—Head
- A61H2205/022—Face
- A61H2205/024—Eyes
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Abstract
The invention discloses one kind to change light path vision dynamic rehabilitation training system and method, including data processor, rehabilitation training instrument, display, eyeglass, trial frame and double lifting platforms, rehabilitation training instrument includes power switch, run switch, near point locator, far point locator, near point speed button, near point residence time button, far point movement velocity button, far point residence time button and power protection switch, display includes E word black and white sighting targets, E word colour sighting target videos, cross sighting target video, eyeglass includes two boxes, include multiple optical mirror slips per box, one black-film, it is secondary that trial frame includes interpupillary distance 50mm to 70mm each one, double lifting platforms are provided with a table top, two lifting supports, four control buttons and two power switches.The present invention effectively alleviates simultaneously correction of refractive errors and visual function (optic nerve conduction), Neural memory ability, the quick conducting power of neuroimaging, image capture capabilities by being changed the dynamic rehabilitation training of light path vision.
Description
Technical field
It is more particularly to a kind of to change light path vision dynamic rehabilitation training system the present invention relates to rehabilitation training system application field
System and method.
Background technology
At present, the incidence of disease near-sighted in recent years remains high, and near-sighted number is more and more, and myopia degree is more and more deeper, suffers from
The myope age is less and less, and myopia is that medicine is difficult to reverse, and medicine or apparatus can only have certain to pseudo-myopia
Curative effect or correcting, and the rebound rate after treatment is higher, and it is difficult to be cured by medicine or apparatus that true myopia, which is, is led to
Cross and wear glasses or operative treatment is alternative two kinds of basic skills, in addition, without changing true myopia eye for a long time
The therapy of refractive status.
The content of the invention
To solve problem present in above-mentioned background technology, change light path vision it is an object of the invention to provide one kind and move
State rehabilitation training system and method, to reach by being changed the dynamic rehabilitation training of light path vision, effectively alleviate and correct
Ametropia and visual function (optic nerve conduction), Neural memory ability, the quick conducting power of neuroimaging, image capture capabilities.
To reach above-mentioned purpose, technical scheme is as follows：
One kind changes light path vision dynamic rehabilitation training system, including data processor, rehabilitation training instrument, display, mirror
Piece, trial frame and double lifting platforms, the rehabilitation training instrument and display pass through wireless signal communication and the data processing respectively
Device is connected, and the rehabilitation training instrument includes power switch, run switch, near point locator, far point locator, near point speed and pressed
Button, near point residence time button, far point movement velocity button, far point residence time button and power protection switch, the display
Device includes E word black and white sighting target, E word colour sighting targets video, cross sighting target video, and the eyeglass includes two boxes, includes per box more
Individual optical mirror slip, a black-film, the trial frame include each pairs of interpupillary distance 50mm to 70mm, and double lifting platforms are provided with one
Table top, two lifting supports, four control buttons and two power switches.
Preferably, near point locator and far point locator control the motion sighting target video slides near point or far point is stopped
The position stayed, nearly spot locator and far point locator is placed in centre position when initial, prevents the front end of metallic rod collision machine
Or rear end, bring into operation, after mixing up speed, slowly adjust near point locator and far point locator position, allow sighting target video to stop
Near point and far point on desired position.
One kind changes light path vision dynamic rehabilitation training method, comprises the following steps：
1) it is half darkroom to select training environment, opens the power protection switch of rehabilitation training instrument；
2) double lifting platform, rehabilitation training instrument, the power switches of display are opened respectively, are chosen over the display needed for training
Sighting target, video；
3) nearly spot locator and far point locator is transferred to inclined centre position, adjusts speed needed for training, opens operation
Switch, according to the speed run before and after display, the slow position for adjusting near point locator and far point locator, after adjustment
Close run switch；
4) height of double lifting of lifting table supports is adjusted, allows trainee's eyes to keep same water with sighting target video in display
Horizontal line；
5) select to take to trainee using 50mm to the trial frame of 70mm interpupillary distances according to trainee；
6) increase required optical mirror slip on trial frame, during increasing optical mirror slip, allow trainee to stare display
Sighting target, video on device；
7) optical mirror slip increase finishes, and opens run switch, starts rehabilitation training instrument；
8) optical mirror slip on trial frame is changed according to scheme, display often moves 5-8 and changes an eyeglass back and forth；
9) until the replacing of all optical mirror slips finishes, run switch is closed, training terminates, and allows trainee to go to rest, then
By all zeroing datas of rehabilitation training instrument.
Preferably, near-sighted rehabilitation training comprises the following steps：
1) near point, the far point speed of service are adjusted between 1 to 7；
2) display near point is positioned at the moment at 7cm；
3) display selects E words sighting target, video；
4) trial frame for far using interpupillary distance 50-70mm is worn, non-instruction eye is covered using black-film；
5) suitable optical mirror slip is plugged at the moment undergoing training, if below -3.00D, from piece headed by initial optical eyeglass；If
It is more than -3.00D below -8.00, first optical mirror slip of selection is spacer；If -8.00D to -14.00D, from optics
During eyeglass, calculated with PD sizes, computational methods are the inverse of the interpupillary distance of the trainee；More than -14.00D trainee, seek advice from skill
Art teacher；
6) after putting first optical mirror slip well, by run switch, sighting target, video starts to move；
7) sighting target video movement 5-8 back and forth, changes optical mirror slip, replacing options are the optical frames for selecting one-level lower than first
Piece, optics initial lens arrive until changing, then 5-8 back and forth after, change optics initial lens, then 5-8 back and forth after, close and transport
Row switch；
8) trainee is allowed to rest, this training terminates.
Preferably, the rehabilitation training that high myopia and Myopia amblyopia start comprises the following steps：
1) near point, the far point speed of service are adjusted between 1 to 7；
2) display near point is positioned at the moment at 7cm；
3) display selects cross sighting target, video；
4) trial frame for far using interpupillary distance 50-70mm is worn, non-instruction eye is covered with black-film；
5) optical mirror slip is inserted at the moment undergoing training, after inquiry trainee sees sighting target clearly, change optical mirror slip, then inquiry, then
Optical mirror slip is changed, if inquiry trainee is fuzzy, is seen 15 seconds, or it is fuzzy, then stop changing；
6) run switch is pressed, starts rehabilitation training instrument, sighting target video starts to move；
7) sighting target video movement 5-8 back and forth, changes optical mirror slip, replacing options are the optical frames for selecting one-level lower than first
Piece, optics initial lens arrive until changing, then 5-8 back and forth after, change optics initial lens, then 5-8 back and forth, close and run
Switch；
8) trainee is allowed to rest, this training terminates.
Preferably, remote weak rehabilitation training comprises the following steps：
1) near point, the far point speed of service are adjusted to 2-3；
2) display near point is positioned at the moment at 1-10cm；
3) display choosing " ten " word sighting target, video；
4) trial frame for closely using interpupillary distance 50-70mm is worn, eyes are trained simultaneously, if children whose monocular amblyopia, that is, are trained amblyopia eye, are hidden
Cover non-instruction eye；
5) optical alignment initial lens are added at the moment undergoing training, allow trainee to sweep sighting target center, stare sighting target video
Center, optics initial alignment eyeglass is changed, then allow trainee to sweep the center that sighting target video is stared at sighting target center, then
Optical alignment eyeglass is changed, is gradually changed, until when trainee can not stare center, stops changing optical alignment eyeglass；
6) near point when when select the 3-5 seconds；
7) rehabilitation training instrument is started, sighting target video starts to move, and when sighting target video is moved near point position, stops 3-5
Second, allow trainee to stare sighting target center, each sighting target video reaches near point position, is both needed to repeat this action；Sighting target video
Mobile 5-8 back and forth, are changed optical alignment eyeglass, and replacing options are the optical alignment eyeglasses for selecting one-level lower than spacer, until
Change optics initial alignment eyeglass, then 5-8 back and forth after, change optics initial alignment eyeglass, then 5-8 back and forth, close fortune
Row switch；
8) trainee is allowed to rest, this training terminates.
Pass through above-mentioned technical proposal, a kind of change light path vision dynamic rehabilitation training system provided by the invention and method,
By the dynamic rehabilitation training of change light path vision of certain time, can effectively alleviate and correction of refractive errors and visual function (depending on
Nerve conduction), Neural memory ability, the quick conducting power of neuroimaging, image capture capabilities, there is the effect of certain to it
Or the effect of correction.
Embodiment
The technical scheme in the embodiment of the present invention will be clearly and completely described below.
A kind of change light path vision dynamic rehabilitation training system provided by the invention, including data processor, rehabilitation training
Instrument, display, eyeglass, trial frame and double lifting platforms, the rehabilitation training instrument and display respectively by wireless signal communication with
The data processor is connected, and the rehabilitation training instrument includes power switch, run switch, near point locator, far point positioning
Device, near point speed button, near point residence time button, far point movement velocity button, far point residence time button and power protection
Switch, the display include E word black and white sighting target, E word colour sighting targets video, cross sighting target video, and the eyeglass includes two boxes,
Include 22 optical mirror slips, a black-film, four positive eyeglasses and three prismatic lenses per box, the trial frame includes interpupillary distance
50mm to 70mm each one is secondary, and double lifting platforms are provided with a table top, two lifting supports, four control buttons and two electricity
Source switch.
Near point locator and far point locator control the motion sighting target video slides stopped position near point or far point
Put, nearly spot locator and far point locator is placed in centre position when initial, prevents the front end or rear end of metallic rod collision machine,
Bring into operation, after mixing up speed, slowly adjust near point locator and far point locator position, allow near point that sighting target video stops and
Far point is on desired position.
Zero-bit is placed in when four control speed and the initial knob of time, the time of each knob or speed selection must bases
Project setting, can not arbitrarily it place, position the time required to time knob can be once adjusted to, speed adjustment knob must be slowly increased speed
Degree, can not one-time-reach-place, training terminate after, four knobs are reset into initial null position；Power protection switch is located at machine tail
Portion, the power safety switch of principle same family are the same.It is switched on during use；, should be by machine during double lifting platform adjustment machine height
Device is adjusted in horizontal level.
One kind changes light path vision dynamic rehabilitation training method, comprises the following steps：
1) it is half darkroom to select training environment, opens the power protection switch of rehabilitation training instrument；
2) double lifting platform, rehabilitation training instrument, the power switches of display are opened respectively, are chosen over the display needed for training
Sighting target, video；
3) nearly spot locator and far point locator is transferred to inclined centre position, adjusts speed needed for training, opens operation
Switch, according to the speed run before and after display, the slow position for adjusting near point locator and far point locator, after adjustment
Close run switch；
4) height of double lifting of lifting table supports is adjusted, allows trainee's eyes to keep same water with sighting target video in display
Horizontal line；
5) select to take to trainee using 50mm to the trial frame of 70mm interpupillary distances according to trainee；
6) increase required optical mirror slip on trial frame, during increasing optical mirror slip, allow trainee to stare display
Sighting target, video on device；
7) optical mirror slip increase finishes, and opens run switch, starts rehabilitation training instrument；
8) optical mirror slip on trial frame is changed according to scheme, display often moves 5-8 and changes an optical frames back and forth
Piece；
9) until the replacing of all optical mirror slips finishes, run switch is closed, training terminates, and allows trainee to go to rest, then
By all zeroing datas of rehabilitation training instrument.
The rehabilitation training of myopia comprises the following steps：
1) near point, the far point speed of service are adjusted between 1 to 7；
2) display near point is positioned at the moment at 7cm；
3) display selects E words sighting target, video；
4) trial frame for far using interpupillary distance 50-70mm is worn, non-instruction eye is covered using black-film；
5) suitable optical mirror slip is plugged at the moment undergoing training, if below -3.00D, from piece headed by initial optical eyeglass；If
It is more than -3.00D below -8.00, first optical mirror slip of selection is spacer；If -8.00D to -14.00D, from optics
During eyeglass, calculated with PD sizes, computational methods are the inverse of the interpupillary distance of the trainee；More than -14.00D trainee, seek advice from skill
Art teacher；
6) after putting first optical mirror slip well, by run switch, sighting target, video start to move；
7) sighting target video movement 5-8 back and forth, changes optical mirror slip, replacing options are the optical frames for selecting one-level lower than first
Piece, optics initial lens arrive until changing, then 5-8 back and forth after, change optics initial lens, then 5-8 back and forth after, close and transport
Row switch；
8) trainee is allowed to rest, this training terminates.
The rehabilitation training that high myopia and Myopia amblyopia start comprises the following steps：
1) near point, the far point speed of service are adjusted between 1 to 7；
2) display near point is positioned at the moment at 7cm；
3) display selects cross sighting target, video；
4) trial frame for far using interpupillary distance 70mm is worn, non-instruction eye is covered with black-film；
5) optical mirror slip is inserted at the moment undergoing training, after inquiry trainee sees sighting target clearly, change optical mirror slip, then inquiry, then
Optical mirror slip is changed, if inquiry trainee is fuzzy, is seen 15 seconds, or it is fuzzy, then stop changing；
6) run switch is pressed, starts rehabilitation training instrument, sighting target video starts to move；
7) sighting target video movement 5-8 back and forth, changes optical mirror slip, replacing options are the optical frames for selecting one-level lower than first
Piece, optics initial lens arrive until changing, then 5-8 back and forth after, change optics initial lens, then 5-8 back and forth, close and run
Switch；
8) trainee is allowed to rest, this training terminates.
Remote weak rehabilitation training comprises the following steps：
1) near point, the far point speed of service are adjusted to 2-3；
2) display near point is positioned at the moment at 1-10cm；
3) display choosing " ten " word sighting target, video；
4) trial frame for closely using interpupillary distance 50--70mm is worn, eyes are trained simultaneously, if children whose monocular amblyopia, that is, train amblyopia eye,
Cover non-instruction eye；
5) optical alignment initial lens are added at the moment undergoing training, allow trainee to sweep sighting target center, stare sighting target video
Center, optics initial alignment eyeglass is changed, then allow trainee to sweep the center that sighting target video is stared at sighting target center, then
Optical alignment eyeglass is changed, is gradually changed, until when trainee can not stare center, stops changing optical alignment eyeglass；
6) near point when when select the 3-5 seconds；
7) rehabilitation training instrument is started, sighting target video starts to move, and when sighting target video is moved near point position, stops 3-5
Second, allow trainee to stare sighting target center, each sighting target video reaches near point position, is both needed to repeat this action；Sighting target video
Mobile 5-8 back and forth, are changed optical alignment eyeglass, and replacing options are the optical alignment eyeglasses for selecting one-level lower than spacer, until
Change optics initial alignment eyeglass, then 5-8 back and forth after, change optics initial alignment eyeglass, then 5-8 back and forth, close fortune
Row switch；
8) trainee is allowed to rest, this training terminates.
Trainee must be sat up straight in instrument front end, and chin is placed in volume support, and eyes are parallel with sighting target, according to scheme eyes or
Person's monocular fixation sighting target, trainee must watch sighting target attentively by eyeglass, can not upward steal a glance at or head partially is seen；Sighting target as requested may be used
E word sighting target videos or cross sighting target video are selected, when undergoing training, rehabilitation Shi Bixu guiding trainees recognize E word sighting target videos direction
Or click on the vertical and horizontal line of cross sighting target video, it is necessary to guide trainee, allow the focusing on sighting target of trainee, start big
Brain optic nerve, effectively lifts eyesight；In sighting target motion process, rehabilitation Shi Bixu reminds trainee to open eyes wide, and fixation movement regards
Mark, makes eyeball with sighting target motion and inward turning abduction moves；Near point has the training of stop, and rehabilitation Shi Bixu reminds trainee to watch attentively
Sighting target when near point stops.
Eyeglass is changed according to scheme, light lift trial frame, prevents trial frame from oppressing trainee's bridge of the nose, change mirror on the other hand on the other hand
Piece, eyeglass placement again extract original eyeglass after entering, and changing eyeglass must be fast and steady.
A kind of change light path vision dynamic rehabilitation training system disclosed by the invention and method, pass through the change of certain time
The dynamic rehabilitation training of light path vision, it can effectively alleviate simultaneously correction of refractive errors and visual function (optic nerve conduction), Neural memory
The quick conducting power of ability, neuroimaging, image capture capabilities, there is certain correction to it.
The foregoing description of the disclosed embodiments, professional and technical personnel in the field are enable to realize or using the present invention.
A variety of modifications to these embodiments will be apparent for those skilled in the art, as defined herein
General Principle can be realized in other embodiments without departing from the spirit or scope of the present invention.Therefore, it is of the invention
The embodiments shown herein is not intended to be limited to, and is to fit to and principles disclosed herein and features of novelty phase one
The most wide scope caused.
Claims (6)
1. one kind change light path vision dynamic rehabilitation training system, it is characterised in that including data processor, rehabilitation training instrument,
Display, eyeglass, trial frame and double lifting platforms, the rehabilitation training instrument and display respectively by wireless signal communication with it is described
Data processor is connected, and the rehabilitation training instrument includes power switch, run switch, near point locator, far point locator, near
Spot speed button, near point residence time button, far point movement velocity button, far point residence time button and power protection switch,
The display includes E word black and white sighting target, E word colour sighting targets video, cross sighting target video, and the eyeglass includes two boxes, per box
Include multiple optical mirror slips, a black-film, the trial frame includes each pairs of interpupillary distance 50mm to 70mm, and double lifting platforms are set
It is equipped with a table top, two lifting supports, four control buttons and two power switches.
A kind of 2. change light path vision dynamic rehabilitation training system according to claim 1, it is characterised in that the near point
Locator and far point locator control motion sighting target, video slides stopped position near point or far point, by near point when initial
Locator and far point locator are placed in centre position, bring into operation, and after mixing up speed, slowly adjust near point locator and far point is determined
Position device position, the near point and far point that sighting target video stops are allowed on desired position.
3. one kind changes light path vision dynamic rehabilitation training method, it is characterised in that comprises the following steps：
1) it is half darkroom to select training environment, opens the power protection switch of rehabilitation training instrument；
2) double lifting platform, rehabilitation training instrument, the power switches of display are opened respectively, choose regarded needed for training over the display
Mark, video；
3) nearly spot locator and far point locator is transferred to inclined centre position, adjusts speed needed for training, opens run switch,
According to the speed run before and after display, the position of near point locator and far point locator is slowly adjusted, is closed after adjustment
Run switch；
4) height of double lifting of lifting table supports is adjusted, allows trainee's eyes to keep same level with sighting target video in display
Line；
5) select to take to trainee using 50mm to the trial frame of 70mm interpupillary distances according to trainee；
6) increase required optical mirror slip on trial frame, during increasing optical mirror slip, allow trainee to see on display
Sighting target, video；
7) optical mirror slip increase finishes, and opens run switch, starts rehabilitation training instrument；
8) optical mirror slip on trial frame is changed according to scheme, display often moves 5-8 and changes an optical mirror slip back and forth；
9) until the replacing of all optical mirror slips finishes, run switch is closed, training terminates, and allows trainee to go to rest, then by health
All zeroing datas of multiple instrument for training.
A kind of 4. change light path vision dynamic rehabilitation training method according to claim 3, it is characterised in that near-sighted health
Refreshment is practiced and comprised the following steps：
1) near point, the far point speed of service are adjusted between 1 to 7；
2) display near point is positioned at the moment at 7cm；
3) display selects E words sighting target, video；
4) trial frame for far using interpupillary distance 50-70mm is worn, non-instruction eye is covered using black-film；
5) suitable optical mirror slip is plugged at the moment undergoing training, if below -3.00D, from piece headed by initial optical eyeglass；If-
For more than 3.00D below -8.00, first optical mirror slip of selection is spacer；If -8.00D to -14.00D, from optical frames
During piece, calculated with PD sizes, computational methods are the inverse of the interpupillary distance of the trainee；More than -14.00D trainee, Counseling Technique
Teacher；
6) after putting first optical mirror slip well, by run switch, sighting target, video starts to move；
7) sighting target video movement 5-8 back and forth, changes optical mirror slip, and replacing options are the optical mirror slips for selecting one-level lower than first,
Arrive optics 1 until changing, then 5-8 back and forth after, change the eyeglass of optics 1, then 5-8 back and forth after, closing run switch；
8) trainee is allowed to rest, this training terminates.
A kind of 5. change light path vision dynamic rehabilitation training method according to claim 3, it is characterised in that high myopia
The rehabilitation training started with Myopia amblyopia comprises the following steps：
1) near point, the far point speed of service are adjusted between 1 to 7；
2) display near point is positioned at the moment at 7cm；
3) display selects cross sighting target video；
4) trial frame for far using interpupillary distance 50-70mm is worn, non-instruction eye is covered with black-film；
5) optical mirror slip is inserted at the moment undergoing training, after inquiry trainee sees sighting target clearly, change optical mirror slip, then inquiry, then change
Optical mirror slip, if inquiry trainee is fuzzy, see 15 seconds, or it is fuzzy, then stop changing；
6) run switch is pressed, starts rehabilitation training instrument, sighting target video starts to move；
7) sighting target video movement 5-8 back and forth, changes optical mirror slip, and replacing options are the optical mirror slips for selecting one-level lower than first,
Arrive optics initial lens until changing, then 5-8 back and forth after, change optics initial lens, then 5-8 back and forth, closing operation is opened
Close；
8) trainee is allowed to rest, this training terminates.
A kind of 6. change light path vision dynamic rehabilitation training method according to claim 3, it is characterised in that remote weak health
Refreshment is practiced and comprised the following steps：
1) near point, the far point speed of service are adjusted to 2-3；
2) display near point is positioned at the moment at 1-10cm；
3) display choosing " ten " word sighting target video；
4) trial frame for closely using interpupillary distance 50-70mm is worn, eyes are trained simultaneously, if children whose monocular amblyopia, that is, are trained amblyopia eye, are covered non-
Instruct eye；
5) optical alignment initial lens are added at the moment undergoing training, allow trainee to sweep sighting target center, stare the center of sighting target video
Position, optics initial alignment eyeglass is changed, then allow trainee to sweep sighting target center and stare the center of sighting target video, then changed
Optical alignment eyeglass, gradually change, until when trainee can not stare center, stop changing optical alignment eyeglass；
6) near point when when select the 3-5 seconds；
7) rehabilitation training instrument is started, sighting target video starts to move, and when sighting target video is moved near point position, stops the 3-5 seconds, allows
Trainee stares sighting target center, and each sighting target video reaches near point position, is both needed to repeat this action；Sighting target video moves 5-
8 back and forth, changes optical alignment eyeglass, and replacing options are the optical alignment eyeglasses for selecting one-level lower than spacer, is arrived until changing
Optics initial alignment eyeglass, then 5-8 back and forth after, change optics initial alignment eyeglass, then 5-8 back and forth, close run switch；
8) trainee is allowed to rest, this training terminates.
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN110141470A (en) * | 2018-07-03 | 2019-08-20 | 常州快来信息科技有限公司 | A kind of vision accommodation device based on HMD device |
| CN113712501A (en) * | 2021-11-03 | 2021-11-30 | 山东中医药大学附属眼科医院 | Method and system for detecting synchronous change of eye and brain data |
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| CN204618786U (en) * | 2015-04-30 | 2015-09-09 | 李治 | A kind of dynamic training equipment |
| CN205094951U (en) * | 2015-11-17 | 2016-03-23 | 济南爱瞳医疗科技有限公司 | Vision training instrument |
| CN205515465U (en) * | 2016-02-03 | 2016-08-31 | 胡品娟 | Vision training appearance that can move lens certainly |
| CN205459723U (en) * | 2016-03-08 | 2016-08-17 | 贵州国华眼视光科技有限公司 | Self -service myopia is drawn apart from training appearance |
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| CN110141470A (en) * | 2018-07-03 | 2019-08-20 | 常州快来信息科技有限公司 | A kind of vision accommodation device based on HMD device |
| CN110141470B (en) * | 2018-07-03 | 2021-11-02 | 常州快来信息科技有限公司 | Visual adjustment device based on HMD equipment |
| CN113712501A (en) * | 2021-11-03 | 2021-11-30 | 山东中医药大学附属眼科医院 | Method and system for detecting synchronous change of eye and brain data |
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