CN107744451A - A kind of training method of binocular visual function, device and equipment - Google Patents
A kind of training method of binocular visual function, device and equipment Download PDFInfo
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Abstract
The invention discloses a kind of training method of binocular visual function, device and equipment, including：Control VR heads are aobvious to be rendered to object to be shown, form left eye multi-view image and right-eye perspectives image, the image that left eye is got when wherein left eye multi-view image is sees the object in reality, the image that right eye is got when right-eye perspectives image is sees the object in reality；Control VR heads show shows left eye multi-view image in left eye perspective, right-eye perspectives image is shown in right eye perspective so that the image in two visuals field of user's identification, carry out the first binocular vision training；Control VR heads show shows left eye multi-view image in right eye perspective, right-eye perspectives image is shown in left eye perspective so that the image in two visuals field of user's identification, carry out the second binocular vision training.It is imperfect with blue filtered to solve the red that binocular visual function training method is showed, ghost image, and dull coloring, interesting difference and inadequate intuitively technical problem easily occurs.
Description
Technical field
The present invention relates to technical field of virtual reality, more particularly to a kind of training method of binocular visual function, device and set
It is standby.
Background technology
Virtual reality (Virtual Reality), abbreviation VR, it is a kind of computer that can be created with the experiencing virtual world
Analogue system, it generates a kind of simulated environment using computer, and the simulated environment is one, and dynamically 3 D stereo is true to nature in real time
Image, multi-source information can be real-time dynamicly fed back in experiencer, experiencer is immersed in the environment.
Binocular vison (binocular vision), refer to binocular coordination, it is accurate, balancedly while work, make external object
Image respectively falls in retina of both eyes corresponding points (mainly macula area), and nervous excitation is passed to brain along consciousness system, big
Brain high-level center is analyzed the visual signal from eyes, integrated, processed, comprehensive to have three dimensions depth perception into one
The process of complete impression.
The image of external object forms one in the brain has three-dimension space image, and it is normal same just to illustrate that eyes have
Shi Zhijue functions, but if the image for the analyzing and processing for passing through brain can completely does not form fusion function (fusion
Function) or fusion function is poor or imperfect, such as diplopia, obscures and regards, suppress etc., showing as the image of eyes can not melt
Close, or single picture can not be formed after fusion, now brain can even suppress the visual information input of an eyes, so as to be formed
Strabismic amblyopia, the user of case above, which can show, there is visual fatigue, the symptom such as blurred vision.
In order to solve, by the image of the analyzing and processing of brain, can completely does not form fusion function (fusion
Function) or fusion function is poor or incomplete problem, currently a popular binocular visual function training method mainly pass through
Red blue glasses are worn, the red and blue filtered that this training method is showed are imperfect, ghost image, and this easily occur
Individual training method dull coloring, it is interesting poor, not enough intuitively.
The content of the invention
The invention provides a kind of training method of binocular visual function, device and equipment, solves binocular visual function training
The red and blue filtered that method is showed are imperfect, ghost image easily occur, and dull coloring, interest are poor and not straight enough
The technical problem of sight.
The invention provides a kind of training method of binocular visual function, including：
Control VR heads are aobvious to be rendered to object to be shown, forms left eye multi-view image and right-eye perspectives image, wherein
The image that left eye is got when the left eye multi-view image is sees the object in reality, the right-eye perspectives image are reality
In right eye is got when seeing the object image；
Control the VR heads to show and the left eye multi-view image is shown in left eye perspective, the right side is shown in right eye perspective
Eye multi-view image so that the image in two visuals field of user's identification, carry out the first binocular vision training；
Control the VR heads to show and the left eye multi-view image is shown in right eye perspective, the right side is shown in left eye perspective
Eye multi-view image so that the image in two visuals field of user's identification, carry out the second binocular vision training.
Preferably,
The training method of described binocular visual function, in addition to：
In first binocular vision training, the VR heads aobvious gradually increase left eye multi-view image and right-eye perspectives are controlled
The distance between image, to increase training difficulty.
Preferably,
The training method of described binocular visual function, in addition to：
In second binocular vision training, the VR heads aobvious gradually increase left eye multi-view image and right-eye perspectives are controlled
The distance between image, to increase training difficulty.
Preferably,
The training method of described binocular visual function, in addition to：
The training time summation of the first binocular vision training and second binocular vision training is controlled no more than pre-
Put the time.
Preferably,
The training method of described binocular visual function, in addition to：
Control the first binocular vision training identical with the training time of second binocular vision training.
The invention provides a kind of trainer of binocular visual function, including：
First control unit, for controlling VR heads are aobvious to be rendered to object to be shown, formed left eye multi-view image and
Right-eye perspectives image, wherein the image that left eye is got when the left eye multi-view image is sees the object in reality, described
The image that right eye is got when right-eye perspectives image is sees the object in reality；
Second control unit, the left eye multi-view image is shown in left eye perspective for controlling the VR heads to show, on the right side
The display right-eye perspectives image in the eye visual field so that the image in two visuals field of user's identification, carry out the first binocular vision instruction
Practice；
3rd control unit, the left eye multi-view image is shown in right eye perspective for controlling the VR heads to show, on a left side
The display right-eye perspectives image in the eye visual field so that the image in two visuals field of user's identification, carry out the second binocular vision instruction
Practice.
Preferably,
Second control unit is additionally operable in first binocular vision is trained, and controls the aobvious gradually increase of the VR heads
The distance between left eye multi-view image and right-eye perspectives image, to increase training difficulty.
Preferably,
3rd control unit is additionally operable in second binocular vision is trained, and controls the aobvious gradually increase of the VR heads
The distance between left eye multi-view image and right-eye perspectives image, to increase training difficulty.
Preferably,
The trainer of described binocular visual function, in addition to：
4th control unit, for controlling the training of the first binocular vision training and second binocular vision training
Temporal summation is not more than preset time.
The invention provides a kind of training equipment of binocular visual function, including：Control module and VR heads show；
The control module, for controlling VR heads are aobvious to be rendered to object to be shown, formed left eye multi-view image and
Right-eye perspectives image, wherein the image that left eye is got when the left eye multi-view image is sees the object in reality, described
The image that right eye is got when right-eye perspectives image is sees the object in reality；
The left eye multi-view image is shown in left eye perspective for controlling the VR heads to show, institute is shown in right eye perspective
State right-eye perspectives image so that the image in two visuals field of user's identification, carry out the first binocular vision training；
It is additionally operable to control the VR heads to show and the left eye multi-view image is shown in right eye perspective, is shown in left eye perspective
The right-eye perspectives image so that the image in two visuals field of user's identification, carry out the second binocular vision training；
The VR heads show for being rendered to object to be shown, formation left eye multi-view image and right-eye perspectives image,
The image that left eye is got when wherein described left eye multi-view image is sees the object in reality, the right-eye perspectives image are
The image that right eye is got when the object is seen in reality；
For showing the left eye multi-view image in left eye perspective, the right-eye perspectives figure is shown in right eye perspective
Picture so that the image in two visuals field of user's identification, carry out the first binocular vision training；
It is additionally operable to show the left eye multi-view image in right eye perspective, the right-eye perspectives figure is shown in left eye perspective
Picture so that the image in two visuals field of user's identification, carry out the second binocular vision training.
As can be seen from the above technical solutions, the present invention has advantages below：
Control VR heads are aobvious to be rendered to object to be shown, forms left eye multi-view image and right-eye perspectives image, wherein
The image that gets of left eye when left eye multi-view image is sees the object in reality, right-eye perspectives image is sees institute in real
The image that right eye is got when stating object；Control VR heads show shows left eye multi-view image in left eye perspective, in right eye perspective
Show right-eye perspectives image so that the image in two visuals field of user's identification, carry out the first binocular vision training；Control VR heads show
Left eye multi-view image is shown in right eye perspective, right-eye perspectives image is shown in left eye perspective so that user's identification two regards
Image in open country, carry out the second binocular vision training；By the training of the first binocular vision and the training of the second binocular vision to user
The training of binocular visual function is carried out, it is endless to solve the red and blue filtered that binocular visual function training method is showed
It is whole, easily there is ghost image, and dull coloring, interesting difference and inadequate intuitively technical problem.
Brief description of the drawings
In order to illustrate more clearly about the embodiment of the present invention or technical scheme of the prior art, below will be to embodiment or existing
There is the required accompanying drawing used in technology description to be briefly described, it should be apparent that, drawings in the following description are only this
Some embodiments of invention, for those of ordinary skill in the art, without having to pay creative labor, may be used also
To obtain other accompanying drawings according to these accompanying drawings.
Fig. 1 is a kind of schematic flow sheet of the first embodiment of the training method of binocular visual function provided by the invention；
Fig. 2 is a kind of schematic flow sheet of the second embodiment of the training method of binocular visual function provided by the invention；
Fig. 3 is a kind of structural representation of the first embodiment of the trainer of binocular visual function provided by the invention；
Fig. 4 is a kind of structural representation of the second embodiment of the trainer of binocular visual function provided by the invention；
Fig. 5 is a kind of structural representation of one embodiment of the training equipment of binocular visual function provided by the invention；
Fig. 6 is the original that image spacing in two visuals field is adjusted in a kind of training method of binocular visual function provided by the invention
Reason figure.
Embodiment
The invention provides a kind of training method of binocular visual function, device and equipment, solves binocular visual function training
The red and blue filtered that method is showed are imperfect, ghost image easily occur, and dull coloring, interest are poor and not straight enough
The technical problem of sight.
To enable goal of the invention, feature, the advantage of the present invention more obvious and understandable, below in conjunction with the present invention
Accompanying drawing in embodiment, the technical scheme in the embodiment of the present invention is clearly and completely described, it is clear that disclosed below
Embodiment be only part of the embodiment of the present invention, and not all embodiment.Based on the embodiment in the present invention, this area
All other embodiment that those of ordinary skill is obtained under the premise of creative work is not made, belongs to protection of the present invention
Scope.
A kind of referring to Fig. 1, flow signal of the first embodiment of the training method of binocular visual function provided by the invention
Figure.
The invention provides a kind of first embodiment of the training method of binocular visual function, including：
Step 101, control VR heads are aobvious to be rendered to object to be shown, form left eye multi-view image and right-eye perspectives figure
The image that left eye is got when picture, wherein left eye multi-view image is see object in reality, right-eye perspectives image are to be seen in reality
The image got to right eye during object.
It is understood that left eye multi-view image and right-eye perspectives image are to be respectively intended to simulate human eye in real world
Seen image, the content in left eye multi-view image and right-eye perspectives image can become with the change at the visual angle and position of people
Change, these content sizes are identical, and place is in the same horizontal line, equal apart from eye position, but right position has deviation.
Step 102, control VR heads show shows left eye multi-view image in left eye perspective, shows that right eye regards in right eye perspective
Angle image so that the image in two visuals field of user's identification, carry out the first binocular vision training.
In the training of the first binocular vision, the merging point of brain processing LOOK LEFT image and LOOK RIGHT image will be formed point
On-mode.
Step 103, control VR heads show shows left eye multi-view image in right eye perspective, shows that right eye regards in left eye perspective
Angle image so that the image in two visuals field of user's identification, carry out the second binocular vision training.
In the training of the second binocular vision, the merging point of brain processing LOOK LEFT image and LOOK RIGHT image will form spoke
Concentrate around one point, as spokes on acis pattern.
It can be realized by the training of the first binocular vision and the training of the second binocular vision and the binocular visual function of user is trained,
The image fusion capabilities that can increase brain and see to eyes are trained by binocular visual function.
It should be noted that there is no sequencing between step 102 and step 103, repeat no more below.
A kind of referring to Fig. 2, flow signal of the second embodiment of the training method of binocular visual function provided by the invention
Figure.
The invention provides a kind of second embodiment of the training method of binocular visual function, including：
Step 201, control VR heads are aobvious to be rendered to object to be shown, form left eye multi-view image and right-eye perspectives figure
The image that left eye is got when picture, wherein left eye multi-view image is see object in reality, right-eye perspectives image are to be seen in reality
The image got to right eye during object.
Step 201 is identical with the content of step 101 in the application first embodiment, and specific descriptions may refer to the first implementation
The content of example step 101, will not be repeated here.
Step 202, control VR heads show shows left eye multi-view image in left eye perspective, shows that right eye regards in right eye perspective
Angle image so that the image in two visuals field of user's identification, carry out the first binocular vision training, and gradually increase left eye visual angle figure
The distance between picture and right-eye perspectives image, to increase training difficulty.
Difficulty is trained by increasing, more preferable binocular visual function training effect can be obtained, repeated no more below.
Referring to Fig. 6, adjusted in a kind of training method of binocular visual function provided by the invention in two visuals field between image
Away from schematic diagram.
In figure 6, left eye multi-view image and right-eye perspectives image are respectively the image of two cats.
In VR heads are aobvious, the distance D1 in eyes midpoint and two visuals field between image join-line midpoint is constant, so can
To realize left eye multi-view image and right-eye perspectives by changing the included angle A 1 in eyes midpoint and two visuals field between image join-line
The distance between image.
Step 203, control VR heads show shows left eye multi-view image in right eye perspective, shows that right eye regards in left eye perspective
Angle image so that the image in two visuals field of user's identification, carry out the second binocular vision training, and gradually increase left eye visual angle figure
The distance between picture and right-eye perspectives image, to increase training difficulty.
In the present embodiment, in order to prevent from excessively indulging virtual reality world, can control the training of the first binocular vision and
The training time summation of second binocular vision training is not more than preset time, for example, preset time could be arranged to 15min.
In order to obtain more preferable binocular visual function training effect, the training of the first binocular vision and the second Binocular vison can be controlled
Feel that the training time of training is identical.
A kind of referring to Fig. 3, structural representation of the first embodiment of the trainer of binocular visual function provided by the invention
Figure.
The invention provides a kind of first embodiment of the trainer of binocular visual function, including：
First control unit 301, for controlling VR heads are aobvious to be rendered to object to be shown, form left eye multi-view image
With right-eye perspectives image, the image that left eye is got when wherein left eye multi-view image is sees object in reality, right-eye perspectives figure
The image that right eye is got during as to see object in reality.
Second control unit 302, left eye multi-view image is shown in left eye perspective for controlling VR heads to show, in right eye perspective
Interior display right-eye perspectives image so that the image in two visuals field of user's identification, carry out the first binocular vision training.
3rd control unit 303, left eye multi-view image is shown in right eye perspective for controlling VR heads to show, in left eye perspective
Interior display right-eye perspectives image so that the image in two visuals field of user's identification, carry out the second binocular vision training.
A kind of referring to Fig. 4, structural representation of the second embodiment of the trainer of binocular visual function provided by the invention
Figure.
In a kind of second embodiment of the trainer of binocular visual function provided by the invention,
Second control unit 302 can be also used in the first binocular vision is trained, the aobvious gradually increase left eye of control VR heads
The distance between multi-view image and right-eye perspectives image, to increase training difficulty.
In a kind of second embodiment of the trainer of binocular visual function provided by the invention,
3rd control unit 303 can be also used in the second binocular vision is trained, the aobvious gradually increase left eye of control VR heads
The distance between multi-view image and right-eye perspectives image, to increase training difficulty.
In a kind of second embodiment of the trainer of binocular visual function provided by the invention, the training of binocular visual function
Device, it can also include：
4th control unit 304, for controlling the training time of the training of the first binocular vision and the training of the second binocular vision
Summation is not more than preset time.
A kind of referring to Fig. 5, structural representation of one embodiment of the training equipment of binocular visual function provided by the invention
Figure.
The invention provides a kind of one embodiment of the training equipment of binocular visual function, including：Control module 501 and VR
Head aobvious 502；
Control module 501, rendered for controlling VR heads to show 502 pairs of objects to be shown, form left eye multi-view image
With right-eye perspectives image, the image that left eye is got when wherein left eye multi-view image is sees object in reality, right-eye perspectives figure
The image that right eye is got during as to see object in reality；
For controlling VR heads aobvious 502 to show left eye multi-view image in left eye perspective, show that right eye regards in right eye perspective
Angle image so that the image in two visuals field of user's identification, carry out the first binocular vision training；
It is additionally operable to control VR heads aobvious 502 to show left eye multi-view image in right eye perspective, right eye is shown in left eye perspective
Multi-view image so that the image in two visuals field of user's identification, carry out the second binocular vision training；
VR heads aobvious 502 are used to render object to be shown, form left eye multi-view image and right-eye perspectives image, its
The image that left eye is got when middle left eye multi-view image is sees object in reality, right-eye perspectives image are to see object in reality
When the image that gets of right eye；
For showing left eye multi-view image in left eye perspective, right-eye perspectives image is shown in right eye perspective so that use
Family identifies the image in two visuals field, carries out the first binocular vision training；
It is additionally operable to show left eye multi-view image in right eye perspective, right-eye perspectives image is shown in left eye perspective so that
Image in two visuals field of user's identification, carry out the second binocular vision training.
It should be noted that because dynamic image and video are all made up of multiple image, can also be by this
The method of invention is applied in dynamic image and video, can be made into playing accordingly, because interactive session be present in game, institute
So that training effect can be made more preferable.
Described above, the above embodiments are merely illustrative of the technical solutions of the present invention, rather than its limitations；Although with reference to before
Embodiment is stated the present invention is described in detail, it will be understood by those within the art that：It still can be to preceding
State the technical scheme described in each embodiment to modify, or equivalent substitution is carried out to which part technical characteristic；And these
Modification is replaced, and the essence of appropriate technical solution is departed from the spirit and scope of various embodiments of the present invention technical scheme.
Claims (10)
- A kind of 1. training method of binocular visual function, it is characterised in that including：Control VR heads are aobvious to be rendered to object to be shown, left eye multi-view image and right-eye perspectives image is formed, wherein described The image that left eye is got when left eye multi-view image is sees the object in reality, the right-eye perspectives image are to be seen in reality The image got to right eye during the object；Control the VR heads to show and the left eye multi-view image is shown in left eye perspective, show that the right eye regards in right eye perspective Angle image so that the image in two visuals field of user's identification, carry out the first binocular vision training；Control the VR heads to show and the left eye multi-view image is shown in right eye perspective, show that the right eye regards in left eye perspective Angle image so that the image in two visuals field of user's identification, carry out the second binocular vision training.
- 2. the training method of binocular visual function according to claim 1, it is characterised in that also include：In first binocular vision training, the VR heads aobvious gradually increase left eye multi-view image and right-eye perspectives image are controlled The distance between, to increase training difficulty.
- 3. the training method of binocular visual function according to claim 1, it is characterised in that also include：In second binocular vision training, the VR heads aobvious gradually increase left eye multi-view image and right-eye perspectives image are controlled The distance between, to increase training difficulty.
- 4. the training method of binocular visual function according to claim 1, it is characterised in that also include：When controlling the training time summation of the first binocular vision training and second binocular vision training to be not more than preset Between.
- 5. the training method of binocular visual function according to claim 1, it is characterised in that also include：Control the first binocular vision training identical with the training time of second binocular vision training.
- A kind of 6. trainer of binocular visual function, it is characterised in that including：First control unit, for controlling VR heads are aobvious to be rendered to object to be shown, form left eye multi-view image and right eye Multi-view image, wherein the image that left eye is got when the left eye multi-view image is sees the object in reality, the right eye The image that right eye is got when multi-view image is sees the object in reality；Second control unit, the left eye multi-view image is shown in left eye perspective for controlling the VR heads to show, is regarded in right eye The display right-eye perspectives image in wild so that the image in two visuals field of user's identification, carry out the first binocular vision training；3rd control unit, the left eye multi-view image is shown in right eye perspective for controlling the VR heads to show, is regarded in left eye The display right-eye perspectives image in wild so that the image in two visuals field of user's identification, carry out the second binocular vision training.
- 7. the trainer of binocular visual function according to claim 6, it is characterised in that second control unit is also used In in first binocular vision training, control the aobvious gradually increase left eye multi-view image of the VR heads and right-eye perspectives image it Between distance, to increase training difficulty.
- 8. the trainer of binocular visual function according to claim 6, it is characterised in that the 3rd control unit is also used In in second binocular vision training, control the aobvious gradually increase left eye multi-view image of the VR heads and right-eye perspectives image it Between distance, to increase training difficulty.
- 9. the trainer of binocular visual function according to claim 6, it is characterised in that also include：4th control unit, for controlling the training time of the first binocular vision training and second binocular vision training Summation is not more than preset time.
- A kind of 10. training equipment of binocular visual function, it is characterised in that including：Control module and VR heads show；The control module, for controlling VR heads are aobvious to be rendered to object to be shown, form left eye multi-view image and right eye Multi-view image, wherein the image that left eye is got when the left eye multi-view image is sees the object in reality, the right eye The image that right eye is got when multi-view image is sees the object in reality；The left eye multi-view image is shown in left eye perspective for controlling the VR heads to show, the right side is shown in right eye perspective Eye multi-view image so that the image in two visuals field of user's identification, carry out the first binocular vision training；It is additionally operable to control the VR heads to show and the left eye multi-view image is shown in right eye perspective, in left eye perspective described in display Right-eye perspectives image so that the image in two visuals field of user's identification, carry out the second binocular vision training；The VR heads show for being rendered to object to be shown, formation left eye multi-view image and right-eye perspectives image, wherein The image that left eye is got when the left eye multi-view image is sees the object in reality, the right-eye perspectives image are reality In right eye is got when seeing the object image；For showing the left eye multi-view image in left eye perspective, the right-eye perspectives image is shown in right eye perspective, is made The image in two visuals field of user's identification is obtained, carries out the first binocular vision training；It is additionally operable to show the left eye multi-view image in right eye perspective, the right-eye perspectives image is shown in left eye perspective, So that the image in two visuals field of user's identification, carries out the second binocular vision training.
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Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN108852766A (en) * | 2018-04-03 | 2018-11-23 | 山东省看看视力矫治科技有限公司 | Vision correction procedure |
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Application publication date: 20180302 Assignee: Guanglang (Hainan) Biotechnology Co.,Ltd. Assignor: GUANGZHOU SHIJING MEDICAL SOFTWARE Co.,Ltd. Contract record no.: X2024980006638 Denomination of invention: A training device for binocular vision function Granted publication date: 20200925 License type: Common License Record date: 20240604 |