CN208598765U - Amblyopia training rehabilitation device - Google Patents
Amblyopia training rehabilitation device Download PDFInfo
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- CN208598765U CN208598765U CN201820309565.1U CN201820309565U CN208598765U CN 208598765 U CN208598765 U CN 208598765U CN 201820309565 U CN201820309565 U CN 201820309565U CN 208598765 U CN208598765 U CN 208598765U
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Abstract
The utility model provides a kind of amblyopia training rehabilitation device, the device is used for virtual reality device, including VR lens body, including left eyeglass lens ontology and right eyeglass lens ontology, it is provided with optical lens group, display screen, control module and memory thereon, film is stored in memory, optical lens group includes the first eyeglass, the second eyeglass and third eyeglass, and left eyeglass lens ontology and right eyeglass lens ontology are disposed with the first card slot, screen masking shutter and the second card slot on the visual direction of eyes；First card slot is for fixing the first eyeglass；Screen masking shutter is electrically connected with control module, realizes the on and off of screen masking shutter；Second card slot is for fixing the second eyeglass, and the second eyeglass is for being atomized left view screen or right screen, to reduce the visibility of excellent view eye.The utility model makes amblyopia eye can be carried out visual exercise by covering or being atomized display screen, to correct the eyesight of the amblyopia eye, vision is made to have the distance perception of solid space and the beneficial effect of speed sense.
Description
Technical field
The utility model relates to vision correction fields, and in particular to a kind of amblyopia training rehabilitation device.
Background technique
About 5000 people just have 1 people, and now under social development, the chance of close eye is relatively more in the past, therefore, two
Eye parallax just more comes more serious.
And least a portion of people can generate amblyopia eye because the congenital eye refraction condition of eyeball is bad in child's period,
And there is the child of amblyopia eye mostly to melt as difficult phenomenon along with having for this, so under the conditions of this unfavorable visual development,
Child with amblyopia eye in developmental process is mostly to use so that another is excellent depending on eye depending on being intended to ability, and another amblyopia
Eye is then often abandoned use.
When child is in development process, once being found to have amblyopia at the moment, the current practice is mostly by wearing glasses
Mode corrected, but for child because the relationship of parallax is usually have the phenomenon that wearing incessantly glasses, and
Make therapeutic effect become to have no to help, so more than 6 years old before gold correct the phase, the consequence for causing eyesight that can not reply.
Therefore, the applicant is in view of the foregoing, it is desired to be able to propose a kind of amblyopia of efficiency with correction amblyopia eye
Training rehabilitation device, make user can easy operation assembling, be grinding think of, design group system with great concentration, to provide user's convenience.
Utility model content
The purpose of the utility model is to provide a kind of amblyopia training rehabilitation device, and it is outstanding to be able to solve existing amblyopia crowd
It, which is children, misses optimal treatment period because correcting defects of vision not in time, ultimately causes the technical issues of eyesight can not be restored.
The utility model provides a kind of amblyopia training rehabilitation device, wherein the device is for training eyesight to help amblyopia
Crowd carries out vision correction or rehabilitation, which is used for virtual reality device, including VR lens body, the VR lens body packet
Left eyeglass lens ontology and right eyeglass lens ontology are included, optical lens group is symmetrically arranged on the left eyeglass lens ontology and right eyeglass lens ontology, is shown
Display screen, control module and memory, film is stored in the memory, and the display screen being arranged on the left eyeglass lens ontology is a left side
Screen, the display screen being arranged on the right eyeglass lens ontology are right screen, wherein
The optical lens group includes the first eyeglass, the second eyeglass and third eyeglass,
The left eyeglass lens ontology and right eyeglass lens ontology are disposed with the first card slot on the visual direction of eyes, screen is covered
Shutter and the second card slot；
For first card slot for fixing first eyeglass, first eyeglass is correcting defects of vision for the person of being trained to itself
Eyeglass；
The screen masking shutter is for covering the left view screen or right screen, the screen masking shutter and the control
Module electrical connection, the control module are used to control the on and off of the screen masking shutter；
Second card slot for fixing second eyeglass, second eyeglass for be atomized the left view screen or
Right screen, to reduce the visibility of excellent view eye；
The display screen is connect with the memory, for playing out the film in the memory.
Preferably, in the memory include visual chart and editor module,
The visual chart carries out eyesight detection for the person of being trained to before and after training, to detect training result；
The editor module is used to store and be arranged the eyesight value for the person of being trained to.
Preferably, second eyeglass is atomization eyeglass, and the atomization eyeglass is movably arranged in second card slot.
Preferably, the atomization eyeglass includes atomizing piece and atomization bottom plate, and the atomizing piece is attached to the atomization bottom plate
On.
Preferably, the atomizing piece is to be atomized quiet patch.
Preferably, the atomization bottom plate matches with second card slot, and the atomization bottom plate is movably arranged on described
In two draw-in groove.
Preferably, screen masking shutter release button, the screen are additionally provided on the left eyeglass lens ontology and right eyeglass lens ontology
Masking shutter release button is electrically connected with the control module, is hidden by pressing the screen masking shutter release button to control the screen
The on and off of shutter is covered, and then realizes and opens or cover the left view screen or right screen.
Preferably, lens supports are additionally provided on the left eyeglass lens ontology and right eyeglass lens ontology, for fixing described first
Eyeglass, first card slot are arranged in the lens supports.
Preferably, first card slot is set as c-type structure, and first eyeglass is fastened in first card slot.
Preferably, the lens supports are hollow stent.
The amblyopia training rehabilitation device of the utility model has the following beneficial effects: that the amblyopia training is multiple compared with prior art
Strong device makes the excellent view eye of amblyopia eye person by covering or being atomized amblyopia eye, to make the another eye of more amblyopia carry out vision instruction
Practice, to correct the eyesight compared with amblyopia eye, two eye cooperations make distance perception and speed sense of the vision with solid space, Jin Erzeng
Add whole practicability.
Detailed description of the invention
It will be briefly described attached drawing used in this application below, it should be apparent that, these attached drawings are only used for explaining that this is practical
Novel design.
Fig. 1 is the structural schematic diagram of the left eyeglass lens ontology of the utility model；
Fig. 2 is the schematic perspective view one of the wearing virtual reality device of the utility model；
Fig. 3 is the setting schematic diagram of the image movement of the utility model；
Fig. 4 is the rear imaging schematic diagram of the front and back mode of the film of the utility model；
Fig. 5 is the preceding imaging schematic diagram of the front and back mode of the film of the utility model；
Fig. 6 is the lower imaging schematic diagram of the mode up and down of the film of the utility model；
Fig. 7 is the upper imaging schematic diagram of the mode up and down of the film of the utility model；
Fig. 8 is the left imaging schematic diagram of the left and right mode of the film of the utility model；
Fig. 9 is the right imaging schematic diagram of the left and right mode of the film of the utility model；
Figure 10 is that the lower-left of the cross-mode of the film of the utility model images schematic diagram；
Figure 11 is that the bottom right of the cross-mode of the film of the utility model images schematic diagram；
Figure 12 is that the upper right of the cross-mode of the film of the utility model images schematic diagram；
Figure 13 is that the upper left of the cross-mode of the film of the utility model images schematic diagram；
Figure 14 is that the screen of the utility model covers the structural schematic diagram of shutter；
Figure 15 is the visual chart schematic diagram of the utility model；
Figure 16 is the schematic perspective view two of the wearing virtual reality device of the utility model；
Figure 17 is the use state diagram one of the amblyopia training rehabilitation device of the utility model；
Figure 18 is the use state diagram two of the amblyopia training rehabilitation device of the utility model.
Appended drawing reference summarizes:
10 virtual reality devices
11 left view screens
12 right screens
13 left eyeglass lens ontologies
131 first eyeglasses
1311 lens supports
132 second eyeglasses
133 third eyeglasses
134 first card slots
135 screens cover shutter
1351 screens cover shutter release button
136 second card slots
1361 atomization eyeglass card slot buttons
14 right eyeglass lens ontologies
20 films
The setting of 2 image movements
211 up to point setting
The setting of 212 movement speeds
213, which pause, sets
The setting of 214 modes
30 visual charts
Specific embodiment
Hereinafter, the embodiment of the amblyopia training rehabilitation device of the utility model is described with reference to the accompanying drawings.
The embodiment recorded herein is the specific specific embodiment of the utility model, for illustrating the utility model
Design, be it is explanatory and illustrative, should not be construed as the limit to the utility model embodiment and the scope of the utility model
System.In addition to the embodiment recorded herein, those skilled in the art can also be public based on the claim of this application book and specification institute
The content opened using obvious other technical solutions, these technical solutions include the embodiment recorded herein is made it is any
The technical solution of obvious substitutions and modifications.
The attached drawing of this specification is schematic diagram, aids in illustrating the design of the utility model, it is schematically indicated each section
Correlation.It note that for the ease of clearly showing the relationship of each section of the utility model embodiment.It is same or similar
Reference marker for indicating the same or similar part.
Fig. 1 is the structural schematic diagram of the left eyeglass lens ontology of the utility model, and Fig. 2 is the wearing virtual reality of the utility model
The schematic perspective view one of device, as illustrated in fig. 1 and 2, the utility model provide a kind of amblyopia training rehabilitation device, wherein
The device helps amblyopia crowd to carry out vision correction or rehabilitation for training eyesight, which is used for virtual reality device 10,
Including VR lens body, which includes left eyeglass lens ontology 13 and right eyeglass lens ontology 14, above-mentioned left eyeglass lens ontology 13 with
It is symmetrically arranged with optical lens group, display screen, control module and memory on right eyeglass lens ontology 14, is stored with film in memory
20, the display screen being arranged on left eyeglass lens ontology 13 is left view screen 11, and the display screen being arranged on right eyeglass lens ontology 14 is right screen 12.
Above-mentioned virtual reality device 10 by the key that is set on virtual reality device 10 or wirelessly or can have
Line mode connect (not shown) with external device (ED) to carry out operation control, wherein the external device (ED) is remote controler, mouse, hand
Any one of them such as machine or operation panel.By the key on virtual reality device 10 or wirelessly or wired mode come with
The setting of the image movement of film 20 may be implemented in external device (ED), can specifically carry out setting, the selection left and right view of operation mode
The setting etc. of 20 play mode of setting or film of screen masking or atomization.
Wherein, the point so far that rises that the setting of operation mode can carry out image movement according to the eyesight for the person of being trained to is set
211, movement speed setting 212, pause setting 213 and mode setting 214.The masking of selection left and right screen or the setting being atomized are
Excellent left view screen 11 or right screen 12 depending on eye better than amblyopia eye is covered or is atomized by the eyesight according to the person of being trained to.Film
The setting of 20 play mode is to play out the film 20 for the image movement mode that oneself sets, and makes the image of the film 20
Frame can show regular motion or irregular movement according to the setting 2 of image movement, so that not shielded or atomization
Amblyopia eye under right screen 12 or left view screen 11 can carry out visual exercise with the image for playing film 20.
Wherein, as shown in figure 3, virtual reality device 10 is during executing amblyopia rectificative training, can first occur being intended to broadcast
The interface of the setting 2 of the image movement for the film 20 put carries out the setting of operation mode, wherein this is up to point setting 211
Starting point is equipped with zero distance, 6 centimeters of simulation, simulates 8 centimeters, 10 centimeters of simulation, 12 centimeters of simulation, 15 centimeters of simulation, 18 public affairs of simulation
Divide, simulate 20 centimeters, simulate 22 centimeters, simulating 25 centimeters or 30 centimeters of simulation, and is somebody's turn to do and is put so far equipped with 100 centimeters of simulation, simulated
180 centimeters of 120 centimeters, 150 centimeters of simulation or simulation.Such as: assuming that crystalline lens adjusting force is set: starting point 8cm ← with → up to point
It is converted between l00cm, adjusting force and adjusting force (D) formula D by adjusting force (D) formula D=100/ apart from starting point (near point)
=l00/ distance up to the adjusting force of point (far point), can make eyeball adjust between+1250 ° of convex lens ← and →+100 ° of convex lens with
The variation of distance, and moderating force is also changing therewith.Movement speed setting 212 is specifically configured to 1 second, 1.5 seconds, 2 seconds
Or 3 seconds, confirm that can the concentration of the amblyopia eye for the person of being trained to keep up with the image of film 20 by movement speed setting 212
Movement speed and rhythm, slowly accelerate speed again after its person's of being trained to eyeball tracking ability is accustomed to this movement speed and rhythm
Degree, to ensure smoothly starting depending on being intended to ability for amblyopia eye, iridic muscles, ciliary muscle, the movement of three kinds of eye muscle of extraocular muscle and adaptation should
Movement speed, and movement speed and rhythm are adjusted at any time.Pause setting 213 set-up modes are as follows: 20 dwell interval of film be less than
It 0.5 second, 0.75 second, 1 second or does not stop.Wherein, the utility model by pause setting 213 come make eye muscle slowly from scatter outside toward
Contract moves, to help image to melt as ability.Mode setting 214 is front and back mode, upper and lower mode, left and right mode or intersection
Mode makes the image of film 20 that can come across different location at the moment in the amblyopia for the person of being trained to by mode setting 214, to inhale
That draws amblyopia eye carrys out the image that duration is absorbed in tracking film 20 depending on desire ability, to train eye muscle power.
Wherein, aforesaid film 20 can be animated cartoon film, picture film, game film, motion picture film, telefilm etc. its
In any or other kinds of film.
It should be noted that the film 20 of the utility model could alternatively be and be tracked mobile target, i.e., not necessarily weak
Film 20 is only used during depending on correction, can also be other loose impediments, as long as can satisfy in display screen side energy
It is enough arbitrarily move.
In the further embodiment of the utility model, optical lens group include the first eyeglass 131, the second eyeglass 132 with
Third eyeglass 133, accordingly, left eyeglass lens ontology 13 and right eyeglass lens ontology 14 are disposed with the first card on the visual direction of eyes
Slot 134, screen masking shutter 135 and the second card slot 136.Wherein, the first card slot 134 is for fixing the first eyeglass 131, and first
Eyeglass 131 is the eyes specialized lens of the person of being trained to itself, is not as trained to the dedicated myopia or amblyopia eyeglass of person itself configuration.
Screen masking shutter 135 is electrically connected for covering left view screen 11 or right screen 12, screen masking shutter 135 with control module,
Control module is used to control the on and off of screen masking shutter 135, carries out to realize to left view screen 11 or right screen 12
Masking, and then visual training is carried out to that one eye of the more amblyopia for the person of being trained to.Second card slot 136 is for fixing the second eyeglass
132, excellent view of second eyeglass 132 for being atomized left view screen 11 or right screen 12, to reduce the visibility of excellent view eye, after atomization
Eye is lower than the visibility of amblyopia eye, that one eye compared with amblyopia is made to be converted into dominant eye.
That is, before beginning to use the amblyopia training rehabilitation device of the utility model or use the utility model
Amblyopia training device to separate excellent view eye and amblyopia eye depending on eyesight according to the naked of the person of being trained to, and will be better than the excellent of amblyopia eye
Display screen depending on the virtual reality device 10 of eye is covered or is atomized, for example, left eye be amblyopia at the moment, i.e., it is this is virtual existing
The right screen 12 that actual load sets 10 is covered or is atomized, and vice versa.Wherein, the masking of the display screen is by the screen with picture
Blackening mode or in a manner of dark object masking, enabling to be located under display screen, there is excellent view eye to abandon visual movement, and this shows
The atomization of display screen is that the fuzziness of picture is adjusted (as shown in Fig. 4 to Figure 13), specifically used to simulate visual eyesight
Atomizing piece obscures the clarity of picture, that is, reduces the visibility of excellent view eye, the fuzziness of picture is such as adjusted to 480 × 480,
Make it is excellent although do not see Chu depending on eye but still image can be tracked, to cooperate amblyopia eye to carry out cooperative motion.Wherein, fuzzy pictures degree
Regulative mode can be and adjust resolution ratio, adjusts contrast and brightness or adjust the modes such as opacity.
In the further embodiment of the utility model, above-mentioned display screen is connect with memory, for will be in memory
Film 20 plays out.Specifically, in playing process, film 20 can show motion state, i.e. image where film 20
Frame can show regular motion or irregular movement, and the image in film 20 itself does not then rotate or moves.The rule
Movement is that the imaged frame of the film 20 can be moved in a clockwise direction or counterclockwise be moved, and position after movement
Place carries out the broadcasting of image frame, after a certain time, then is moved at the next position the broadcasting for carrying out image frame, such as:
12 → 3 → 6 → 9 → 12 is mobile in a clockwise direction, or 12 → 9 → 6 → 3 → 12 movement in a counterclockwise direction, and image is every
The position at place is i.e. mobile to next direction after showing 20 seconds, and rests 10 minutes after persistently watching 15-20 minutes every time.In addition,
The irregular movement is that the imaged frame of the film 20 can be with front-rear direction (as shown in Figures 4 and 5), up and down direction (such as Fig. 6 and figure
Shown in 7), left and right directions (as can be seen from figures 8 and 9) or crisscross (as shown in Figure 10, Figure 11, Figure 12 and Figure 13) Lai Renyi into
Row movement, and image frame broadcasting is carried out at position after movement, after a certain time, then it is moved at the next position and carries out
The broadcasting of image frame；Such as: it is carried out with any directions such as 12 → 6 → 12 mobile, 9 → 3 → 9 mobile, 11 → 5 → 2 → 8 movements
It is mobile, and image is i.e. mobile to next direction after the position at every place is shown 20 seconds, and stop after persistently watching 15-20 minutes every time
Breath 10 minutes.Be arranged in a manner of movement in this way film 20 imaged frame be in order to attract amblyopia eye depending on being intended to power, to carry out duration special
The image of note tracking film 20, to train eye muscle power.
It as shown in figure 15, in memory include visual chart 30 and editor's mould in the further embodiment of the utility model
Block, the visual chart 30 carry out eyesight detection for the person of being trained to before and after training, and to detect training result, which is used for
The eyesight value of storage and the setting person of being trained to.Setting can make the person of being trained to obtain using the device of the utility model in this way
Uncorrected visual acuity value and the uncorrected visual acuity value after training are taken, and the eyesight value of training front and back is saved, so that
The person of being trained to can understand the vision condition of oneself in time.And above-mentioned visual chart 30 can be with common English alphabet C or E
Representation is also possible to make with various patterns such as animal etc. as representation under not shielded or atomization screen
Amblyopia eye can be carried out detect the amblyopia eye eyesight improvement degree.
In the further embodiment of the utility model, the second eyeglass 132 is atomization eyeglass, and atomization eyeglass is movably arranged on
In second card slot 136, since the degree that the eyes of each trainer need to be atomized is different, can specifically regard eyes does not wait view feelings
Condition come determine atomization degree.Therefore it is movably arranged in the second card slot 136 by that will be atomized eyeglass come the as needed mist that carries out
Change the replacement of eyeglass, so that more persons of being trained to can be used in the device of the utility model.With the eyesight of amblyopia eye
Progress, and the fogging degree of excellent view eye is adjusted, while can also be different according to " vision " condition for not more being trained to person, and it is right
Adjust the fogging degree of " excellent view eye " with answering.
In the further embodiment of the utility model, atomization eyeglass may include atomizing piece and atomization bottom plate, atomizing piece
It is attached on atomization bottom plate.Preferably, atomizing piece is to be atomized quiet patch.At this point, atomization bottom plate can be plate glass, it is also possible to
The eyeglass of common lens or other materials, but require to meet atomization bottom plate to be transparent, as long as and meeting
Screen can be still atomized again after sticking the quiet patch of atomization in the case where not influencing to watch screen, that is, change and need
The visibility of the excellent view eye of atomization.
It should be noted that when using the atomization eyeglass of the utility model, it is necessary first to the pull from the second card slot 136
It is atomized bottom plate out, the person of being trained to can carry out the replacement of suitable atomizing piece according to the eyesight of itself, and when replacement only needs will be original
Atomizing piece take out, the atomizing piece that will be replaced is attached on atomization bottom plate, then will atomization bottom plate by being pressed into second
In card slot, to complete the whole process of atomizing piece replacement.For example, be set as standard vision for 1.0, wherein some person of being trained to
The eyesight of left and right eye is respectively 0.6 and 0.3, and left eye is referred to as excellent view eye at this time, and right eye is amblyopia eye, and when atomization needs excellent view
The eyesight atomization of eye is 0.2, that is, needs to pull out the atomization bottom plate on left eyeglass lens ontology 13 in second card slot 136 and, by 0.2
Atomizing piece be attached to atomization bottom plate on, then will atomization bottom plate be pushed into the second card slot 136 in, putting for atomizing piece can be completed
It sets.If by repeatedly after training, the eyesight of amblyopia eye increases, such as is increased to 0.5, is just needed at this time by excellent view
The eyesight that eye does eyes is atomized to 0.4, just needs the atomizing piece by the second card slot 0.2 to be changed to 0.4 then needing replacing
Atomizing piece, the process of replacement repeats the above process.Specifically, the atomization bottom plate and the second card slot in the utility model
136 set-up mode can be set to the set-up mode of existing SIM cards of mobile phones, i.e., can extract the second card slot out at any time from side
136, and then realize that the person of being trained to can replace atomizing piece at any time according to their needs, or the second card slot 136 is set as taking out
The pull mode of drawer formula, as long as meeting readily replaceable atomizing piece, specific set-up mode is not unique.
In the further embodiment of the utility model, in order to conveniently and efficiently open the second card slot 136, Ke Yi
Atomization eyeglass card slot button 1361 is provided on left eyeglass lens ontology 13 or right eyeglass lens ontology, as shown in figure 16, by pressing the mist
Change eyeglass card slot button 1361 to open the second card slot 136.
In the further embodiment of the utility model, in order to enable atomization bottom plate can ideally be fastened on the second card slot
In 136, the atomization bottom plate in the utility model matches with the second card slot 136 thus, and is atomized bottom plate and is movably arranged on
In two draw-in groove 136, setting is to be able to be atomized the replacement of quiet patch according to the person of being trained to itself in this way, and then makes
More persons of being trained to can be applicable in by obtaining the utility model.
In the further embodiment of the utility model, screen is additionally provided on left eyeglass lens ontology 13 and right eyeglass lens ontology 14
Shutter release button 1351 is covered, as shown in FIG. 16 and 17, screen masking shutter release button 1351 is electrically connected with control module, by pressing
Pressure screen masking shutter release button 1351 covers the on and off of shutter 135 to control screen, and then realizes that opening or masking are left
Screen 11 or right screen 12.Specifically, as shown in figure 14, the screen masking shutter 135 of the utility model can be set to take a picture
The shutter set-up mode of machine or video camera covers the i.e. controllable left view screen 11 of shutter release button 1351 or right screen by pressing screen
12 masking, and then can targetedly be trained for amblyopia eye, so as to the weak of the preferably training person of being trained to
Depending on eye, the trace ability of amblyopia eye is improved, and then improves the eyesight status of amblyopia eye.
In the further embodiment of the utility model, eyeglass is additionally provided on left eyeglass lens ontology 13 and right eyeglass lens ontology 14
Bracket 1311, as shown in figure 18, the first card slot 134 are arranged in lens supports 1311, for fixing the first eyeglass 131, that is, exist
134 structure of the first card slot is provided in lens supports 1311.Wherein, in order to enable the first eyeglass 131 (person's of being trained to itself is special
With eyeglass) can preferably it be arranged in lens supports 1311, c-type structure preferably is set by the first card slot 134, is being used
When only need for the first eyeglass 131 to be fastened in the first card slot 134.It, can be by mirror meanwhile in order to mitigate the weight of lens body
Plate rack 1311 is set as hollow stent, and the first eyeglass 131 is fixed on the first card slot 134 by the lens supports 1311 of hollow out.
It can also include fireworks video in memory, which can in the further embodiment of the utility model
With any time being inserted in 20 playing process of film, fireworks can also be individually played in display screen, which is difference
The fireworks of pattern difference broadcasting frequency different colours are shown at this time if it is independent selection fireworks mode playback in display screen
It is the broadcasting that will not show film 20 on screen, the effect that fireworks projection is added is to increase the visual stimulation of the person of being trained to
Sense, and then preferably temper eye trace ability.
The utility model is by being covered or being atomized to left view screen 11 or right screen 12, so that not shielded or mist
The left view screen 11 of change or the amblyopia eye under right screen 12 can carry out regular motion or irregular with the image for playing film 20
Movement, with strengthen amblyopia eye eye muscle three interlock (it is appropriate contraction with loosen and reciprocal motion), make the amblyopia for the person of being trained to
Eye can be conditioned more preferably after visual exercise, to reach normal standard vision.
It should be noted that in the amblyopia training rehabilitation device of the utility model film 20 imaged frame movement process
In keep imaged frame in the horizontal plane of display screen, i.e., imaged frame during the motion be only imaged frame integrally transporting
It is dynamic, and the imaged frame of film 20 itself does not occur to move or rotate.
The embodiment of the amblyopia training rehabilitation device of the utility model is illustrated above.For the utility model
The specific features of amblyopia training rehabilitation device can specifically be designed according to the effect of the feature of above-mentioned disclosure, these designs
It is that those skilled in the art can be realized.Moreover, each technical characteristic of above-mentioned disclosure be not limited to it is disclosed with it is other
The combination of feature, those skilled in the art can also carry out other groups between each technical characteristic according to the purpose of the utility model
It closes, is subject to the purpose for realizing the utility model.
Claims (10)
1. a kind of amblyopia training rehabilitation device, which is characterized in that the device is for training eyesight to help amblyopia crowd to regard
Power correction or rehabilitation, which is used for virtual reality device, including VR lens body, the VR lens body include left eyeglass lens sheet
Optical lens group, display screen, control mould are symmetrically arranged on body and right eyeglass lens ontology, the left eyeglass lens ontology and right eyeglass lens ontology
Block and memory, film is stored in the memory, and the display screen being arranged on the left eyeglass lens ontology is left view screen, the right side
The display screen being arranged on lens body is right screen, wherein
The optical lens group includes the first eyeglass, the second eyeglass and third eyeglass,
The left eyeglass lens ontology and right eyeglass lens ontology are disposed with the first card slot, screen masking shutter on the visual direction of eyes
And second card slot；
For first card slot for fixing first eyeglass, first eyeglass is the eyeglass of the person of being trained to itself；
The screen masking shutter is for covering the left view screen or right screen, the screen masking shutter and the control module
Electrical connection, the control module are used to control the on and off of the screen masking shutter；
Second card slot is used to be atomized the left view screen or right screen for fixing second eyeglass, second eyeglass,
To reduce the visibility of excellent view eye；
The display screen is connect with the memory, for playing out the film in the memory.
2. amblyopia training rehabilitation device according to claim 1, which is characterized in that in the memory include visual chart with
Editor module,
The visual chart carries out eyesight detection for the person of being trained to before and after training, to detect training result；
The editor module is used to store and be arranged the eyesight value for the person of being trained to.
3. amblyopia training rehabilitation device according to claim 1, which is characterized in that second eyeglass is atomization eyeglass,
The atomization eyeglass is movably arranged in second card slot.
4. amblyopia training rehabilitation device according to claim 3, which is characterized in that the atomization eyeglass include atomizing piece with
It is atomized bottom plate, the atomizing piece is attached on the atomization bottom plate.
5. amblyopia training rehabilitation device according to claim 4, which is characterized in that the atomizing piece is to be atomized quiet patch.
6. amblyopia training rehabilitation device according to claim 4, which is characterized in that the atomization bottom plate and second card
Slot matches, and the atomization bottom plate is movably arranged in second card slot.
7. amblyopia training rehabilitation device according to claim 1, which is characterized in that the left eyeglass lens ontology and right eyeglass lens sheet
Screen masking shutter release button is additionally provided on body, the screen masking shutter release button is electrically connected with the control module, by pressing
The screen masking shutter release button is pressed to control the on and off of the screen masking shutter, and then realizes opening or shelter
State left view screen or right screen.
8. amblyopia training rehabilitation device according to claim 1, which is characterized in that the left eyeglass lens ontology and right eyeglass lens sheet
Lens supports are additionally provided on body, for fixing first eyeglass, first card slot is arranged in the lens supports.
9. amblyopia training rehabilitation device according to claim 8, which is characterized in that first card slot is set as c-type knot
Structure, first eyeglass are fastened in first card slot.
10. amblyopia training rehabilitation device according to claim 8 or claim 9, which is characterized in that the lens supports are hollow branch
Frame.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820309565.1U CN208598765U (en) | 2018-03-06 | 2018-03-06 | Amblyopia training rehabilitation device |
Applications Claiming Priority (1)
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