CN205849740U - A kind of intelligent vision training equipment - Google Patents
A kind of intelligent vision training equipment Download PDFInfo
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- CN205849740U CN205849740U CN201620529391.0U CN201620529391U CN205849740U CN 205849740 U CN205849740 U CN 205849740U CN 201620529391 U CN201620529391 U CN 201620529391U CN 205849740 U CN205849740 U CN 205849740U
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Abstract
This utility model provides a kind of intelligent vision training equipment, including eyeglass, micromachine, interpupillary distance adjusting means, controller, rechargeable battery, eyeglass cover, fixture；The lower section of described eyeglass is arc progressive zoom district；Being equiped with rotary shaft on described micromachine, one end of described rotary shaft connects described micromachine, and the other end is fixed in the hole being opened on described eyeglass；Described micromachine is fixed in described interpupillary distance adjusting means；Described controller connects APP end and described micromachine；Described eyeglass cover is located at the outside of described eyeglass, and described fixture is installed on described eyeglass cover.Described intelligent vision training equipment can be effectively realized preferable vision and promote effect, recovering nature vision, treat or alleviate the problem of myopia, amblyopia and astigmatism that the non-causes for pathological of teenager causes, the myopia and the astigmatism that cause for non-causes for pathological of being grown up are the most effective.
Description
Technical field
This utility model relates to medical instruments field, particularly relates to a kind of Intelligent worn device, specifically, is a kind of intelligence
Vision training instrument.
Background technology
Vision training instrument, is that a kind of method by forming dynamic refraction trains the medical apparatus and instruments of vision.The most mostly
Number child myopia and astigmatism, the when of just starting to produce, all relevant with the decline of ciliary muscle regulating power.Closely use for a long time
Eye, causes ciliary spasm, and crystalline lens cannot calm down, and far point becomes near, for certain distance outside image, it is impossible to focus on view
, there is so-called pseudomyopia in film.Long-term eyeball is urgent causes axis oculi elongated, ultimately forms so-called true myopia.
Mist regards training and various ciliary muscle are trained, and all proves that training itself is effective alleviation myopia method.In recent years
Coming, myopia and astigmatism ratio in student are more and more higher, and adult's myopia the most constantly increases, and training course the most on the market
All there is various problem with the instrument on market, including structure complexity, complex operation, use is inconvenient, limitation is strong, vision instruction
Practice weak effect etc..
Therefore, how more convenient can effectively carry out visual exercise, be those skilled in the art need research problem；
And corresponding a kind of vision training instrument facilitating personal use not affect work and study, be also people in the urgent need to
's.
Utility model content
Based on current market situation, for the deficiencies in the prior art, this utility model provides a kind of intelligent vision instruction
Practicing instrument, it is as a kind of Intelligent worn device being applied to eye, by the improvement of its structure and the intelligence that controls parts
Can choose and design, can direct residential use, and can use while study and work, not only not interfere with work
Make and study, and better for visual exercise；Additionally, described intelligent vision training equipment can be according to user
Individual's practical situation, gives personalized specialized training, meets being accustomed to eye of modern；The more important thing is, described intelligence
Vision training instrument has the advantages that agent structure is light, easy to use, can directly wear, it is also possible to be attached on glasses make
With.Thus can be effectively realized preferable vision and promote effect, recover nature vision, treat or alleviate the non-pathology of teenager former
The problem of myopia, amblyopia and astigmatism because causing, the myopia caused for non-causes for pathological of being grown up and astigmatism are effective, very too
To for the high myopia more than 600 degree, good vision is also had to promote effect.
The technical solution of the utility model is a kind of intelligent vision training equipment, including eyeglass, micromachine, interpupillary distance regulation
Device, controller, rechargeable battery, eyeglass cover, fixture；The lower section of described eyeglass is arc progressive zoom district, described arc
Progressive zoom district is equiped with arc progressive zoom band；Drive described eyeglass to do on the described micromachine of arc side-to-side movement to install
Having rotary shaft, one end of described rotary shaft connects described micromachine, and the other end is fixed on the hole being opened on described eyeglass
In；Described micromachine is fixed in described interpupillary distance adjusting means, described interpupillary distance adjusting means be two mutually chimeric permissible
Do the regulation axle that parallel opposed longer sides moves, be equiped with distance scale in the middle of it and for driving described micromachine and described eyeglass one
Play the adjusting knob of movement；As long as described controller is installed in does not affects any position that instrument uses, it connects APP end and institute
State micromachine；As long as driving the described rechargeable battery of described micromachine and described controller to be installed in not shadow equally
Ring any position that instrument uses；For protecting the described eyeglass cover of described eyeglass to be located at the outside of described eyeglass, being used for will
Described intelligent vision training equipment is fixed to the described fixture at user glasses position and is installed on described eyeglass cover.
Preferably, the neonychium of the contact user face being installed on described intelligent vision training equipment is also included.
Preferably, the shape of described hole includes but not limited to square, triangle, ellipse or gear shape, and it is with described
The cross sectional shape of rotary shaft is same or similar.Described hole is located on or near the center of circle of described arc progressive zoom band so that arc
Shape progressive zoom band does arc side-to-side movement as far as possible around the center of circle.
Preferably, described rotary shaft is inserted in described hole, and is fixed by adhesive.
Preferably, described rechargeable battery is equiped with USB charging inlet.
Preferably, described controller is a packaged digital circuit board being provided with numerical control chip and Bluetooth chip.
Preferably, described fixture is fixing band and/or spectacle frame.
Preferably, described arc progressive zoom band zoom to arc zoom, the linear type zoom of non-generic.Described arc
Progressive zoom band is the arc zooming range arc progressive zoom band at+3.00D to-20.00D.
Preferably, the wired or wireless connection of described controller described APP end, described APP end is also connected with cloud data base, logical
Cross wired or mobile Internet or WiFi.
Described interpupillary distance adjusting means is mainly used in the interpupillary distance according to user, by regulating the regulation of button so that two
Axle does parallel motion, thus drives micromachine and eyeglass so that any identical work being fixed on the eyeglass on micromachine
Interpupillary distance by the distance between location point and user is basically identical, and ensures to be exactly progressive zoom district immediately below pupil.
The cardinal principle of described intelligent vision training equipment institute of the present utility model foundation is: by setting up dynamic refraction
Eye condition and mist regard state, training ciliary muscle and the regulating power of other ophthalmic muscle, stimulate in corticocerebral vision
Pivot, thus promote nature naked vision.Research finds, the training best state of ciliary muscle is close eye, 33cm distance with
In be most preferably, use eye pattern according to modern, no matter adult or child, the feature of close eye is front lower place eye,
Therefore, present inventor is arc progressive zoom band in eyeglass front lower place Position Design, is changed by arc, is formed and dynamically bends
Light, thus stimulate ciliary muscle to carry out shrinking and relaxation exercise, the spasm of successive elimination ciliary muscle, promote the regulation energy of ciliary muscle
Power.
Specifically, intelligent vision training equipment described in the utility model, wherein, eyeglass is by the installing progressive zoom of arc
Offer arc progressive zoom district is provided, further, carries out arc side-to-side movement by controlling eyeglass, can reach a kind of unique
Dynamic refraction effect.
Therefore, described intelligent vision training equipment can be effectively improved myopia that teenager causes due to non-causes for pathological,
Amblyopia and astigmatism, improve or recover vision to normal level；Additionally, described intelligent vision training equipment for improve adult by
The myopia and the astigmatism that cause in non-causes for pathological also have significant effect.
Further, various intelligent chips and selection and the participation controlling parts so that described intelligent vision training equipment
Regulation and the training of personalization according to the individual practical situation of user, can be given, thus effectively achieve visual exercise
Beneficial effect.
Accompanying drawing explanation
Fig. 1 is the structural representation of an embodiment of intelligent vision training equipment described in the utility model；
Fig. 2 is the schematic diagram of eyeglass described in the utility model；
Fig. 3 is micromachine described in the utility model, eyeglass and the schematic diagram of interpupillary distance adjusting means；
Fig. 4 is the arcuate movement schematic diagram of eyeglass described in the utility model；
Fig. 5 is the operating diagram of intelligent vision training equipment described in the utility model.
Detailed description of the invention
The technical solution of the utility model is a kind of intelligent vision training equipment, adjusts including eyeglass 1, micromachine 2, interpupillary distance
Regulating device 3, controller 4, rechargeable battery 5, eyeglass cover 6, fixture 7；The lower section of described eyeglass is arc progressive zoom district 11,
Described arc progressive zoom district is equiped with arc progressive zoom band；Described eyeglass 1 is driven to do the described miniature of arc side-to-side movement
Being equiped with rotary shaft 21 on motor 2, one end of described rotary shaft 21 connects described micromachine 2, and the other end is fixed on and is opened in
In hole 12 on described eyeglass 1；Described micromachine 2 is fixed in described interpupillary distance adjusting means 3, described interpupillary distance adjusting means
3 are two mutually chimeric can do the regulation axle that parallel opposed longer sides moves, and is equiped with distance scale and for driving in the middle of it
State the adjusting knob that micromachine 2 moves together with described eyeglass 1；As long as described controller 4 is installed in does not affects instrument use
Any position, it connects APP end 10 and described micromachine 2；For driving described micromachine 2 and described controller 4
As long as described rechargeable battery 5 is installed in equally does not affect any position that instrument uses；For protecting described in described eyeglass 1
Eyeglass cover 6 is located at the outside of described eyeglass 1, for described intelligent vision training equipment is fixed to user glasses position
Described fixture 7 is installed on described eyeglass cover 6.
In one embodiment, a kind of intelligent vision training equipment, including eyeglass 1, micromachine 2, interpupillary distance adjusting means
3, controller 4, rechargeable battery 5, eyeglass cover 6, fixture 7；The lower section of described eyeglass is arc progressive zoom district 11, described arc
Shape progressive zoom district is equiped with arc progressive zoom band, and other region of described eyeglass is spread area 13；Described eyeglass 1 is driven to do
Being equiped with rotary shaft 21 on the described micromachine 2 of arc side-to-side movement, one end of described rotary shaft 21 connects described micro electric
Machine 2, the other end is fixed in the hole 12 being opened on described eyeglass 1；Described micromachine 2 is fixed on described interpupillary distance regulation dress
Putting on 3, described interpupillary distance adjusting means 3 is two mutually chimeric can do the regulation axle that parallel opposed longer sides moves, installing in the middle of it
There is distance scale and for the adjusting knob driving described micromachine 2 to move together with described eyeglass 1；Described controller 4 fills
Not affecting, as long as being located at, any position that instrument uses, it connects APP end 10 and described micromachine 2；Described micro-for driving
As long as the described rechargeable battery 5 of type motor 2 and described controller 4 is installed in equally does not affect any position that instrument uses；
For protecting the described eyeglass cover 6 of described eyeglass 1 to be located at the outside of described eyeglass 1, for by described intelligent vision instrument for training
Device is fixed to the described fixture 7 at user glasses position and is installed on described eyeglass cover 6；Also include that being installed in described intelligence regards
The neonychium 8 of the contact user face on feel training equipment.
In one embodiment, a kind of intelligent vision training equipment, including eyeglass 1, micromachine 2, interpupillary distance adjusting means 3,
Controller 4, rechargeable battery 5, eyeglass cover 6, fixture 7；The lower section of described eyeglass is arc progressive zoom district 11, described arc
Progressive zoom district is equiped with arc progressive zoom band, and other region of described eyeglass is spread area 13；Described eyeglass 1 is driven to do arc
Being equiped with rotary shaft 21 on the described micromachine 2 of shape side-to-side movement, one end of described rotary shaft 21 connects described micromachine
2, the other end is fixed in the hole 12 being opened on described eyeglass 1；Described micromachine 2 is fixed on described interpupillary distance adjusting means
On 3, described interpupillary distance adjusting means 3 is two mutually chimeric can do the regulation axle that parallel opposed longer sides moves, and is equiped with in the middle of it
Distance scale and for driving the adjusting knob that described micromachine 2 moves together with described eyeglass 1；Described controller 4 is installed
As long as not affecting any position that instrument uses, it connects APP end 10 and described micromachine 2；Described miniature for driving
As long as the described rechargeable battery 5 of motor 2 and described controller 4 is installed in equally does not affect any position that instrument uses；With
The outside of described eyeglass 1 it is located at, for by described intelligent vision training equipment in the described eyeglass cover 6 protecting described eyeglass 1
The described fixture 7 being fixed to user glasses position is installed on described eyeglass cover 6；The shape of described hole 12 include but not
Being limited to square, triangle, ellipse or gear shape, it is same or similar with the cross sectional shape of described rotary shaft 21.Described hole
12 centers of circle being located on or near described arc progressive zoom band so that arc progressive zoom band does about arc around the center of circle as far as possible
Motion.
In one embodiment, a kind of intelligent vision training equipment, including eyeglass 1, micromachine 2, interpupillary distance adjusting means 3,
Controller 4, rechargeable battery 5, eyeglass cover 6, fixture 7；The lower section of described eyeglass is arc progressive zoom district 11, described arc
Progressive zoom district is equiped with arc progressive zoom band, and other region of described eyeglass is spread area 13；Described eyeglass 1 is driven to do arc
Being equiped with rotary shaft 21 on the described micromachine 2 of shape side-to-side movement, one end of described rotary shaft 21 connects described micromachine
2, the other end is fixed in the hole 12 being opened on described eyeglass 1；Described micromachine 2 is fixed on described interpupillary distance adjusting means
On 3, described interpupillary distance adjusting means 3 is two mutually chimeric can do the regulation axle that parallel opposed longer sides moves, and is equiped with in the middle of it
Distance scale and for driving the adjusting knob that described micromachine 2 moves together with described eyeglass 1；Described controller 4 is installed
As long as not affecting any position that instrument uses, it connects APP end 10 and described micromachine 2；Described miniature for driving
As long as the described rechargeable battery 5 of motor 2 and described controller 4 is installed in equally does not affect any position that instrument uses；With
The outside of described eyeglass 1 it is located at, for by described intelligent vision training equipment in the described eyeglass cover 6 protecting described eyeglass 1
The described fixture 7 being fixed to user glasses position is installed on described eyeglass cover 6；Described rotary shaft 21 inserts described hole
In 12, and it is fixed by adhesive.
In one embodiment, a kind of intelligent vision training equipment, including eyeglass 1, micromachine 2, interpupillary distance adjusting means 3,
Controller 4, rechargeable battery 5, eyeglass cover 6, fixture 7；The lower section of described eyeglass is arc progressive zoom district 11, described arc
Progressive zoom district is equiped with arc progressive zoom band, and other region of described eyeglass is spread area 13；Described eyeglass 1 is driven to do arc
Being equiped with rotary shaft 21 on the described micromachine 2 of shape side-to-side movement, one end of described rotary shaft 21 connects described micromachine
2, the other end is fixed in the hole 12 being opened on described eyeglass 1；Described micromachine 2 is fixed on described interpupillary distance adjusting means
On 3, described interpupillary distance adjusting means 3 is two mutually chimeric can do the regulation axle that parallel opposed longer sides moves, and is equiped with in the middle of it
Distance scale and for driving the adjusting knob that described micromachine 2 moves together with described eyeglass 1；Described controller 4 is installed
As long as not affecting any position that instrument uses, it connects APP end 10 and described micromachine 2；Described miniature for driving
As long as the described rechargeable battery 5 of motor 2 and described controller 4 is installed in equally does not affect any position that instrument uses；With
The outside of described eyeglass 1 it is located at, for by described intelligent vision training equipment in the described eyeglass cover 6 protecting described eyeglass 1
The described fixture 7 being fixed to user glasses position is installed on described eyeglass cover 6；It is equiped with on described rechargeable battery 5
USB charging inlet.
In one embodiment, a kind of intelligent vision training equipment, including eyeglass 1, micromachine 2, interpupillary distance adjusting means 3,
Controller 4, rechargeable battery 5, eyeglass cover 6, fixture 7；The lower section of described eyeglass is arc progressive zoom district 11, described arc
Progressive zoom district is equiped with arc progressive zoom band, and other region of described eyeglass is spread area 13；Described eyeglass 1 is driven to do arc
Being equiped with rotary shaft 21 on the described micromachine 2 of shape side-to-side movement, one end of described rotary shaft 21 connects described micromachine
2, the other end is fixed in the hole 12 being opened on described eyeglass 1；Described micromachine 2 is fixed on described interpupillary distance adjusting means
On 3, described interpupillary distance adjusting means 3 is two mutually chimeric can do the regulation axle that parallel opposed longer sides moves, and is equiped with in the middle of it
Distance scale and for driving the adjusting knob that described micromachine 2 moves together with described eyeglass 1；Described controller 4 is installed
As long as not affecting any position that instrument uses, it connects APP end 10 and described micromachine 2；Described miniature for driving
As long as the described rechargeable battery 5 of motor 2 and described controller 4 is installed in equally does not affect any position that instrument uses；With
The outside of described eyeglass 1 it is located at, for by described intelligent vision training equipment in the described eyeglass cover 6 protecting described eyeglass 1
The described fixture 7 being fixed to user glasses position is installed on described eyeglass cover 6；Described controller 4 is one packaged to be provided with
Numerical control chip and the digital circuit board of Bluetooth chip.
In one embodiment, a kind of intelligent vision training equipment, including eyeglass 1, micromachine 2, interpupillary distance adjusting means 3,
Controller 4, rechargeable battery 5, eyeglass cover 6, fixture 7；The lower section of described eyeglass is arc progressive zoom district 11, described arc
Progressive zoom district is equiped with arc progressive zoom band, and other region of described eyeglass is spread area 13；Described eyeglass 1 is driven to do arc
Being equiped with rotary shaft 21 on the described micromachine 2 of shape side-to-side movement, one end of described rotary shaft 21 connects described micromachine
2, the other end is fixed in the hole 12 being opened on described eyeglass 1；Described micromachine 2 is fixed on described interpupillary distance adjusting means
On 3, described interpupillary distance adjusting means 3 is two mutually chimeric can do the regulation axle that parallel opposed longer sides moves, and is equiped with in the middle of it
Distance scale and for driving the adjusting knob that described micromachine 2 moves together with described eyeglass 1；Described controller 4 is installed
As long as not affecting any position that instrument uses, it connects APP end 10 and described micromachine 2；Described miniature for driving
As long as the described rechargeable battery 5 of motor 2 and described controller 4 is installed in equally does not affect any position that instrument uses；With
The outside of described eyeglass 1 it is located at, for by described intelligent vision training equipment in the described eyeglass cover 6 protecting described eyeglass 1
The described fixture 7 being fixed to user glasses position is installed on described eyeglass cover 6；Described fixture 7 be fixing band and/or
Spectacle frame.
In one embodiment, a kind of intelligent vision training equipment, including eyeglass 1, micromachine 2, interpupillary distance adjusting means 3,
Controller 4, rechargeable battery 5, eyeglass cover 6, fixture 7；The lower section of described eyeglass is arc progressive zoom district 11, described arc
Progressive zoom district is equiped with arc progressive zoom band, and other region of described eyeglass is spread area 13；Described eyeglass 1 is driven to do arc
Being equiped with rotary shaft 21 on the described micromachine 2 of shape side-to-side movement, one end of described rotary shaft 21 connects described micromachine
2, the other end is fixed in the hole 12 being opened on described eyeglass 1；Described micromachine 2 is fixed on described interpupillary distance adjusting means
On 3, described interpupillary distance adjusting means 3 is two mutually chimeric can do the regulation axle that parallel opposed longer sides moves, and is equiped with in the middle of it
Distance scale and for driving the adjusting knob that described micromachine 2 moves together with described eyeglass 1；Described controller 4 is installed
As long as not affecting any position that instrument uses, it connects APP end 10 and described micromachine 2；Described miniature for driving
As long as the described rechargeable battery 5 of motor 2 and described controller 4 is installed in equally does not affect any position that instrument uses；With
The outside of described eyeglass 1 it is located at, for by described intelligent vision training equipment in the described eyeglass cover 6 protecting described eyeglass 1
The described fixture 7 being fixed to user glasses position is installed on described eyeglass cover 6；The zoom of described arc progressive zoom band
For arc zoom, the linear type zoom of non-generic.Described arc progressive zoom band be arc zooming range+3.00D to-
The arc progressive zoom band of 20.00D.
In one embodiment, a kind of intelligent vision training equipment, including eyeglass 1, micromachine 2, interpupillary distance adjusting means 3,
Controller 4, rechargeable battery 5, eyeglass cover 6, fixture 7；The lower section of described eyeglass is arc progressive zoom district 11, described arc
Progressive zoom district is equiped with arc progressive zoom band, and other region of described eyeglass is spread area 13；Described eyeglass 1 is driven to do arc
Being equiped with rotary shaft 21 on the described micromachine 2 of shape side-to-side movement, one end of described rotary shaft 21 connects described micromachine
2, the other end is fixed in the hole 12 being opened on described eyeglass 1；Described micromachine 2 is fixed on described interpupillary distance adjusting means
On 3, described interpupillary distance adjusting means 3 is two mutually chimeric can do the regulation axle that parallel opposed longer sides moves, and is equiped with in the middle of it
Distance scale and for driving the adjusting knob that described micromachine 2 moves together with described eyeglass 1；Described controller 4 is installed
As long as not affecting any position that instrument uses, it connects APP end 10 and described micromachine 2；Described miniature for driving
As long as the described rechargeable battery 5 of motor 2 and described controller 4 is installed in equally does not affect any position that instrument uses；With
The outside of described eyeglass 1 it is located at, for by described intelligent vision training equipment in the described eyeglass cover 6 protecting described eyeglass 1
The described fixture 7 being fixed to user glasses position is installed on described eyeglass cover 6；The described wired or wireless company of controller 4
Connecing described APP end 10, described APP end 10 can also be connected with cloud data base 11, by wired or mobile Internet or WiFi；Or
From with data base in APP end described in person, for storing the standard course of various specialty and sub-course.
Described interpupillary distance adjusting means 3 is mainly used in the interpupillary distance according to user, by regulating the regulation of button so that two
Axle does parallel motion, thus drives micromachine 2 and eyeglass 1 so that be fixed on the eyeglass on micromachine 2 is any identical
Distance and the interpupillary distance of user between active position point are basically identical, and ensure to be exactly progressive zoom district immediately below pupil.
Intelligent vision training equipment described in the utility model, starts first the training directive of various specialties to be made standard class
Journey and sub-course, be stored in cloud data base A, the most accordingly, arranges various different mode in the application program of APP end
Training course instructs, and connects intelligent vision training equipment main body 9 by wired or wireless (including Bluetooth protocol or WiFi)；Bag
The data of the training time and near using eyes time that include every day are transferred to APP end 10 further, and are aggregated into cloud data base
In, data base according to training rules by instruction feedback to intelligent vision training equipment main body 9.
Controller is instructed by from cloud data base by APP termination, and controls micromachine and perform instruction, described instruction
The speed including initial diopter, doing arc side-to-side movement and amplitude etc..Micromachine rotates according to instruction tape index glass sheet so that
The diopter position that certain in arc progressive zoom band needs just falls at pupil position, if directly wearing intelligent vision training
Instrument, this diopter can be the diopter that user is current；If wearing oneself glasses or contact lens carrying out visual exercise,
Can be from the beginning of 0 degree；Then micromachine is according to instruction, drives the arc side-to-side movement that eyeglass is done, amplitude of its motion and
The instruction that speed receives with controller is consistent.During the close eye of user front lower place, it is thus achieved that dynamic refraction effect.
Described intelligent vision training equipment can help all kinds of accommodative myopia, the minor of astigmatism alleviates myopia problem,
And improve vision to normal level, adult's vision level can also be promoted.This product can also recover vision as amblyopia patient
Training tool.
Above specific embodiment of the utility model is described in detail, but it has been only used as example, this utility model
It is not restricted to particular embodiments described above.To those skilled in the art, any equivalent that this practicality is carried out
Amendment and replacement are the most all among category of the present utility model.Therefore, institute under without departing from spirit and scope of the present utility model
The impartial conversion made and amendment, all should contain in the range of this utility model.
Claims (9)
1. an intelligent vision training equipment, it is characterised in that include eyeglass, micromachine, interpupillary distance adjusting means, controller,
Rechargeable battery, eyeglass cover, fixture；The lower section of described eyeglass is arc progressive zoom district, and described arc progressive zoom district fills
It is provided with arc progressive zoom band；Drive described eyeglass to do on the described micromachine of arc side-to-side movement and be equiped with rotary shaft, institute
The one end stating rotary shaft connects described micromachine, and the other end is fixed in the hole being opened on described eyeglass；Described miniature
Motor is fixed in described interpupillary distance adjusting means, and described interpupillary distance adjusting means is that two parallel opposed longer sides of can doing the most chimeric are moved
Dynamic regulation axle, is equiped with distance scale and for the regulation driving described micromachine to move together with described eyeglass in the middle of it
Knob；As long as described controller is installed in does not affects any position that instrument uses, it connects APP end and described micromachine；
As long as not affecting instrument use for driving the described rechargeable battery of described micromachine and described controller to be installed in equally
Any position；For protecting the described eyeglass cover of described eyeglass to be located at the outside of described eyeglass, for described intelligence is regarded
Feel training equipment is fixed to the described fixture at user glasses position and is installed on described eyeglass cover.
Intelligent vision training equipment the most according to claim 1, it is characterised in that also include being installed in described intelligent vision
The neonychium of the contact user face on training equipment.
Intelligent vision training equipment the most according to claim 1, it is characterised in that the shape of described hole includes but do not limits
In square, triangle, ellipse or gear shape, it is same or similar with the cross sectional shape of described rotary shaft.
Intelligent vision training equipment the most according to claim 1, it is characterised in that described hole is located on or near described arc
The center of circle of shape progressive zoom band.
Intelligent vision training equipment the most according to claim 1, it is characterised in that be equiped with on described rechargeable battery
USB charging inlet.
Intelligent vision training equipment the most according to claim 1, it is characterised in that described controller is one packaged to be provided with number
Control chip and the digital circuit board of Bluetooth chip.
Intelligent vision training equipment the most according to claim 1, it is characterised in that described fixture be fixing band and/or
Spectacle frame.
Intelligent vision training equipment the most according to claim 1, it is characterised in that described arc progressive zoom band is arc
Zooming range is at the arc progressive zoom band of+3.00D to-20.00D.
Intelligent vision training equipment the most according to claim 1, it is characterised in that the wired or wireless connection of described controller
Described APP end, described APP end is also connected with cloud data base.
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|---|---|---|---|
| CN201620529391.0U CN205849740U (en) | 2016-06-03 | 2016-06-03 | A kind of intelligent vision training equipment |
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| CN201620529391.0U CN205849740U (en) | 2016-06-03 | 2016-06-03 | A kind of intelligent vision training equipment |
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Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107280926A (en) * | 2017-07-08 | 2017-10-24 | 周道红 | Visual exercise eyesight improving instrument |
| CN108294923A (en) * | 2018-04-10 | 2018-07-20 | 中国人民解放军陆军军医大学第附属医院 | A kind of desk-top visual function training device |
| CN109330835A (en) * | 2018-09-25 | 2019-02-15 | 浙江通耀科技有限公司 | Digital intelligent vision-training system |
| CN109674630A (en) * | 2019-02-01 | 2019-04-26 | 河南云睛视光科技有限公司 | A kind of training equipment with enhancing visual function |
-
2016
- 2016-06-03 CN CN201620529391.0U patent/CN205849740U/en not_active Expired - Fee Related
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107280926A (en) * | 2017-07-08 | 2017-10-24 | 周道红 | Visual exercise eyesight improving instrument |
| CN108294923A (en) * | 2018-04-10 | 2018-07-20 | 中国人民解放军陆军军医大学第附属医院 | A kind of desk-top visual function training device |
| CN108294923B (en) * | 2018-04-10 | 2023-09-22 | 中国人民解放军陆军军医大学第一附属医院 | Table-type visual function training device |
| CN109330835A (en) * | 2018-09-25 | 2019-02-15 | 浙江通耀科技有限公司 | Digital intelligent vision-training system |
| CN109674630A (en) * | 2019-02-01 | 2019-04-26 | 河南云睛视光科技有限公司 | A kind of training equipment with enhancing visual function |
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