CN205672192U - Flesh sensible motion instrument for training inside and outside intelligent eyeball - Google Patents
Flesh sensible motion instrument for training inside and outside intelligent eyeball Download PDFInfo
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- CN205672192U CN205672192U CN201520897587.0U CN201520897587U CN205672192U CN 205672192 U CN205672192 U CN 205672192U CN 201520897587 U CN201520897587 U CN 201520897587U CN 205672192 U CN205672192 U CN 205672192U
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Abstract
The utility model utility model discloses flesh sensible motion instrument for training inside and outside a kind of intelligent eyeball, described instrument for training is provided with the ocular head being made up of ocular head fore shell, mesochite and back cover, it is additionally provided with the control device being electrically connected with described ocular head, and the intraocular myokinesis bar being electrically connected with described control device.The utility model has the beneficial effects that, fill up the blank in portable inner and external flesh of eyes instrument for training field, and be intellectualized operation and folding structure, facilitate student to be placed in school bag and use at any time, overcome above simple extraocular muscle and the shortcoming of the sensitive instrument for training of intraocular flesh.Therefore adolescent myopia prevention and control, Dyslexia improvement, eye health care and memory raising etc. will be exerted far reaching influence.
Description
Technical field
The utility model relates to the ophtalmic treatments in medical instruments field, is specifically related to a kind of eye portable, intelligentized
Flesh sensible motion instrument for training inside and outside ball.
Background technology
Intraocular flesh i.e. ciliary muscle sensible motion (i.e. regulation sensitivity training) helps prevention and control myopia, slows down presbyopia, preventing and treating
Eye is tired, improves amblyopia eyesight, also helps and improves children's reading difficulty and hyperactivity etc..But, over nearly 30 years, in instrument research and development simultaneously
There is no bigger progress.
Current China trains the instrument of eyeball intraocular flesh regulation sensible motion mainly to have upset mirror and straight line training on the market
Instrument.Its major function is as follows:
Upset mirror is to be overturn training regulation sensitivity in turn by positive and negative lens.Due in order to prevent from head occurs in training
Swoon, eye is swollen and eye is dim, and the positive and negative eyeglass number of degrees are typically to be limited in 2.5D.I.e. strengthening training is less.Additionally, because of need to be continuous with hand
Turning over eyeglass, trainee is because of extremely inconvenient and compliance is poor.The automatic turning tilting mirror of my (Liu Dongguang) utility model before several months, though
Have many good qualities, but the relatively low fixing limitation remaining this type of product of dynamics of regulation training.
The domestic large-scale instrument being mainly suitable for hospital and training centre of straight line instrument for training, price is in thousands of to tens thousand of units.
Domestic shortage, is suitable for the Intelligent linear instrument for training that family uses.And the domestic type small linear instrument for training abroad producing is because of body
Longer (about 1M), has and can not fold shortcomings such as diminishing, it has not been convenient to main use object i.e. teenager carries with, and price
All more than 1000 yuan.Unfavorable popularization in adolescent student.
In addition, relevant research is it has been shown that eyeball musculus rectus lateralis (6) sensible motion, not only favourable eye health care, improves reading tired
Difficulty, also can improve one's memory and increase intelligence.There is far-reaching influence for improving human quality and eye health care etc..
A kind of eyesight apparatus (patent No. 95115473.7) of domestic patent it discloses a kind of technical scheme treating amblyopia, its
Technical scheme has made sighting target connecting rod by the principle of sleeve pipe, then by being arranged on the luminous sighting target of sighting target connecting rod end,
Make patient watch attentively, thus treat the amblyopia of patient.But the textural anomaly of this technical scheme is inconvenient, as patient needs to adjust luminescence
The distance of sighting target must manually adjust sighting target connecting rod, and actual conditions are then during whole training to be to need constantly or be interrupted
Adjusting the distance of sighting target and eye, therefore this technical scheme is not suitable for Long-Time Service；Furthermore, due to regarding of this technical scheme
Mark connecting rod have employed the mechanism of sleeve pipe, can not realize dismounting, and therefore its volume is also relatively big, is not suitable for carrying.
On the basis of the above by consulting domestic and foreign literature, do not have flesh sensible motion instruction inside and outside eyeball at present concurrently simultaneously
The instrument practiced.Therefore, it is necessary to the blank and defect of prior art is improved, thus obtain a simple in construction, make
With flesh sensible motion instrument for training inside and outside eyeball that is convenient and that be convenient for carrying.
Utility model content
In view of prior art is not enough, the utility model is intended to provide flesh sensible motion training inside and outside a kind of intelligent eyeball
Instrument, by way of electrical grafting, it is achieved ocular head, the combination of control device and intraocular myokinesis bar or separate, to greatest extent
Save the space carried；The bar of intraocular myokinesis simultaneously is to be carried out even by the combination of some joint intraocular myokinesis bar assemblies
Connect, therefore can realize that different length coordinates according to different needs.
Further, it is provided with vertically disposed LED in each joint intraocular myokinesis bar assembly and guide colored lights lamp group, when some
After joint intraocular myokinesis bar assembly combination completes, guiding by LED can be real according to different training modes in units of colored lights or lamp group
Existing different flicker endless form；On the other hand, it in order to realize the training of extraocular muscle, in the picture frame of ocular head, is provided with eye simultaneously
Outer myokinesis lamp plate, it is possible to achieve along the different flash pattern of eye periphery, finally realize the training of intraocular extraocular muscle；Secondly exist
Ocular head is additionally provided with correction of refractive errors eyeglass, reaches to improve inner and external flesh of eyes by above-mentioned frame mode and training method and coordinate fortune
Dynamic sensitivity, improves one's memory, and improves difficulty of learning and children's hyperkinetic syndrome, prevention and control myopia and the effect improving amblyopia eye vision
Really.
To achieve these goals, the technical solution adopted in the utility model is as follows:
Flesh sensible motion instrument for training inside and outside intelligent eyeball, described instrument for training be provided with by ocular head fore shell, mesochite and after
The ocular head of shell composition, is additionally provided with the control device being electrically connected with described ocular head, and electrically connects with described control device
The intraocular myokinesis bar connecing；
Wherein, described control device includes driving power supply, microprocessor, training function select module, MP3 module and raise
Sound device, described microprocessor is electrically connected with described driving power supply, and described training function selects module with described MP3 module respectively
Being electrically connected with in described microprocessor, described loudspeaker is electrically connected with described MP3 module；
Described intraocular myokinesis bar is formed by connecting by some joint intraocular myokinesis bar assemblies, described intraocular myokinesis bar assembly
Housing be made up of with lower cover intraocular myokinesis bar upper cover, be provided with intraocular myokinesis lamp plate, described intraocular myokinesis lamp plate in it
On guide colored lights at least provided with the LED of 1 group, the front end of described intraocular myokinesis lamp plate and rear end are respectively equipped with electric connection interface
Be electrically connected with socket, some joint intraocular myokinesis bar assemblies are by described electric connection interface or are electrically connected with before socket carries out
Rear connection；
Also include correction of refractive errors eyeglass and EOM lamp plate, the described EOM being arranged in described ocular head
Lamp plate is provided with some LED guiding lamps.
It should be noted that described training function selects module to include the function choosing of an intraocular flesh and/or extraocular muscle training
Select.
It should be noted that in order to prevent occur after some joint intraocular myokinesis bar assemblies connect to come off, described eye
The leading section of interior myokinesis bar assembly housing is provided with groove, and end is provided with the flange with described groove match thereafter；When some
When the described intraocular myokinesis bar assembly of joint is applied in combination, the flange of preceding intraocular myokinesis bar assembly is plugged to posterior eye
In the groove of interior myokinesis bar assembly, in addition to realizing extending, also enhance the stable connection of each assembly.
As the preferred technical scheme of one, it should be noted that described intraocular myokinesis bar is by 5～10 joint intraocular flesh fortune
Dynamic bar assembly is constituted, and often saves intraocular myokinesis bar assembly and is provided with 2 groups and often organizes 3 vertically disposed LED guiding colored lights, its
In, described LED guides the tone of colored lights to include but is not limited to ruddiness, gold-tinted or green glow.
Need it is further noted that the front end of described control device is provided with the groove mating with described flange.
Need it is further noted that the position of some LED guiding lamps is with user's on described EOM lamp plate
Eye peripheral position is corresponding；Preferably, described LED guiding lamp is 8.
Need it is further noted that be additionally provided with, on the back cover of described ocular head, the fixed band worn for user.
The utility model has the beneficial effects that, has filled up the blank in portable inner and external flesh of eyes instrument for training field, and has been intelligence
Energyization operation and folding structure, facilitate student to be placed in school bag and use at any time, overcome above simple extraocular muscle and intraocular
The shortcoming of the sensitive instrument for training of flesh.Therefore adolescent myopia prevention and control, Dyslexia improvement, eye health care and memory raising etc. will be produced
Raw profound influence.
Brief description
Fig. 1 is overall structure schematic diagram of the present utility model；
Fig. 2 is the structural representation controlling device in Fig. 1；
Fig. 3 is control device each module connection diagram in Fig. 2；
Fig. 4 is the structural representation of intraocular myokinesis bar assembly in Fig. 1；
Fig. 5 is the structural representation of the utility model EOM lamp plate；
Fig. 6 be in Fig. 4 before and after intraocular myokinesis bar assembly attachment structure schematic diagram；
Fig. 7 is another embodiment of the present utility model；
Fig. 8 is another embodiment of the present utility model；
Fig. 9 a～9c is 3 kinds of intraocular flesh training mode schematic diagrames of the present utility model；
Figure 10 a～10c is 3 kinds of extraocular muscle training mode schematic diagrames of the present utility model.
Description of reference numerals: the 14th, ocular head the 1st, ocular head fore shell the 11st, mesochite the 12nd, back cover the 13rd, correction of refractive errors eyeglass controls dress
Put and the 2nd, control device upper cover and the 21st, control device lower cover the 22nd, pcb board and the 23rd, drive power supply the 24th, microprocessor the 25th, training function to select
Module the 26th, MP3 module the 27th, loudspeaker the 28th, intraocular myokinesis bar assembly the 3rd, intraocular myokinesis bar upper cover the 31st, lower cover the 32nd, intraocular flesh
Motion lamp plate the 33rd, LED guides colored lights the 34th, groove the 35th, flange the 36th, to be electrically connected with interface and the 100th, is electrically connected with socket the 101st, extraocular muscle
Motion lamp plate the 4th, LED guiding lamp the 41st, fixed band 200.
Detailed description of the invention
Below with reference to accompanying drawing, the utility model will be further described, it should be noted that the present embodiment is with this skill
Premised on art scheme, provide detailed embodiment and operating process, but protection domain of the present utility model is not limited to this reality
Execute example.
As shown in Figure 1, shown in Figure 5, the utility model is flesh sensible motion instrument for training inside and outside intelligent eyeball, and described instrument for training sets
It by the ocular head 1 being made up of ocular head fore shell the 11st, mesochite 12 and back cover 13, is additionally provided with and the electric connection of described ocular head 1
Control device 2, and the intraocular myokinesis bar being electrically connected with described control device 2；
As shown in Figure 2 and Figure 3, the housing of described control device 2 is by controlling device upper cover 21 and control device lower cover 22 groups
Become, control device case it described is provided with pcb board 23 and the driving power supply 24 of control；
Described pcb board 23 is provided with microprocessor the 25th, training function and selects module the 26th, MP3 module 27 and loudspeaker
28, described microprocessor 25 is electrically connected with described driving power supply 24, and described training function selects module 26 and described MP3 module
27 are electrically connected with respectively at described microprocessor 25, and described loudspeaker 28 is electrically connected with described MP3 module 28.
It should be noted that described training function selects module can be adjusted training mode, specifically, including eye
Interior flesh trains the model selection switching with extraocular muscle training, and to raising or reduction training speed, thus realize training difficulty
Adjustment；Described microprocessor selects the signal of telecommunication of module for receiving described training function, thus sends extremely enabling signal
Intraocular myokinesis bar or EOM lamp plate make LED guide colored lights or LED guiding lamp to light under corresponding pattern；Its
Secondary, described microprocessor is also equipped with timing function, to guarantee the training time under each pattern, when the training time that arrival is preset
After, just sending the signal of telecommunication to described loudspeaker makes its buzzing, and prompting training terminates.
As shown in Figure 4, Figure 5, described intraocular myokinesis bar is formed by connecting by some joint intraocular myokinesis bar assemblies 3, described
The housing of intraocular myokinesis bar assembly 3 is made up of with lower cover 32 intraocular myokinesis bar upper cover 31, is provided with intraocular myokinesis lamp in it
Plate 33, on described lamp plate 33, the LED at least provided with 1 group guides colored lights 34, the front end of described intraocular myokinesis lamp plate 33 and rear end
Be respectively equipped with electric connection interface 100 and be electrically connected with socket 101, some joint intraocular myokinesis bar assemblies 3 by described electrically
Connect interface 100 or electric connection socket 101 carries out front and back connecting and can constantly extending；
Also include correction of refractive errors eyeglass 14 and EOM lamp plate 4, the described extraocular muscle being arranged in described ocular head 1
Motion lamp plate 4 is provided with some LED guiding lamps 41；Preferably, the LED guiding lamp that the utility model is arranged is 8.
As the preferred technical scheme of one, it should be noted that intraocular myokinesis bar described in the utility model by 5～
10 joint intraocular myokinesis bar assemblies are constituted, and often save intraocular myokinesis bar assembly and are provided with 2 groups and often organize 3 vertically disposed LED
Guiding colored lights, wherein, described LED guides the tone of colored lights to include but is not limited to ruddiness, gold-tinted or green glow.
As the preferred technical scheme of one, it should be noted that ocular head of the present utility model, control device and eye
The electric connection interface or the described electric connection socket that are used between interior myokinesis bar assembly are USB connector.
As shown in Fig. 4, Fig. 6, in order to prevent occur after some intraocular myokinesis bar assemblies connect to come off, at described eye
The leading section of the housing of interior myokinesis bar assembly 3 is provided with groove 35, and end is provided with the flange matching with described groove 35 thereafter
36；As it is shown in fig. 7, when the described intraocular myokinesis bar assembly 3 of some joints is applied in combination, preceding intraocular myokinesis bar assembly 3
Flange 36 be plugged in the groove 35 of posterior intraocular myokinesis bar assembly 3, except realize extend in addition to, also enhance each
The stable connection of assembly.
Need it is further noted that the front end of described control device is provided with the groove mating with described flange.
Need it is further noted that the position of some LED guiding lamps is with user's on described EOM lamp plate
Eye peripheral position is corresponding.
As it is shown in figure 5, as a kind of preferred technical scheme, described ocular head back cover 13 is additionally provided with and wears for user
The fixed band 200 worn.
As it is shown on figure 3, as a kind of preferred technical scheme, in order to user can be loosened further when training,
Being additionally provided with MP3 module and the loudspeaker being electrically connected in described control device, so, user can be at training intraocular
While outer flesh, can be releived further by music.Of course for ensureing to use quality, when training reaches Preset Time
After, loudspeaker priority treatment completes prompt tone.
In order to meet different needs, the present invention also provides following multiple embodiment, but embodiment disclosed below
Should not be construed as limitation of the present invention:
As a kind of embodiment, as it is shown in fig. 7, the utility model is flesh sensible motion instrument for training in intelligent eyeball,
Described instrument for training is by controlling device 2, and the intraocular myokinesis bar composition being electrically connected with described control device 2；
As shown in Figure 2 and Figure 3, the housing of described control device 2 is by controlling device upper cover 21 and control device lower cover 22 groups
Become, control device case it described is provided with pcb board 23 and the driving power supply 24 of control；
Described pcb board 23 is provided with microprocessor the 25th, training function and selects module the 26th, MP3 module 27 and loudspeaker
28, described microprocessor 25 is electrically connected with described driving power supply 24, and described training function selects module 26 and described MP3 module
27 are electrically connected with respectively at described microprocessor 25, and described loudspeaker 28 is electrically connected with described MP3 module 28.
It should be noted that described training function selects module can be adjusted training mode, specifically, can intraocular
The model selection of flesh training or switching, and to raising or reduction training speed, thus realize training the adjustment of difficulty；Described micro-
Processor selects the signal of telecommunication of module for receiving described training function, thus makes enabling signal transmission to intraocular myokinesis bar
LED guides colored lights to light under corresponding pattern；Secondly, described microprocessor is also equipped with timing function, to guarantee each
Training time under pattern, after reaching the training time preset, just sending the signal of telecommunication to described loudspeaker makes its buzzing, prompting
Training terminates.
As shown in Figure 4, Figure 5, described intraocular myokinesis bar is formed by connecting by some joint intraocular myokinesis bar assemblies 3, described
The housing of intraocular myokinesis bar assembly 3 is made up of with lower cover 32 intraocular myokinesis bar upper cover 31, is provided with intraocular myokinesis lamp in it
Plate 33, on described lamp plate 33, the LED at least provided with 1 group guides colored lights 34, the front end of described intraocular myokinesis lamp plate 33 and rear end
Be respectively equipped with electric connection interface 100 and be electrically connected with socket 101, some joint intraocular myokinesis bar assemblies 3 by described electrically
Connect interface 100 or electric connection socket 101 carries out front and back connecting and can constantly extending；
As the preferred technical scheme of one, it should be noted that intraocular myokinesis bar described in the utility model by 5～
10 joint intraocular myokinesis bar assemblies are constituted, and often save intraocular myokinesis bar assembly and are provided with 2 groups and often organize 3 vertically disposed LED
Guiding colored lights, wherein, described LED guides the tone of colored lights to include but is not limited to ruddiness, gold-tinted or green glow.
As the preferred technical scheme of one, it should be noted that the control device of this embodiment and intraocular flesh fortune
The electric connection interface or the described electric connection socket that are used between dynamic bar assembly are USB connector.
As shown in Fig. 4, Fig. 6, in order to prevent occur after some intraocular myokinesis bar assemblies connect to come off, at described eye
The leading section of the housing of interior myokinesis bar assembly 3 is provided with groove 35, and end is provided with the flange matching with described groove 35 thereafter
36；As it is shown in fig. 7, when the described intraocular myokinesis bar assembly 3 of some joints is applied in combination, preceding intraocular myokinesis bar assembly 3
Flange 36 be plugged in the groove 35 of posterior intraocular myokinesis bar assembly 3, except realize extend in addition to, also enhance each
The stable connection of assembly.
Need it is further noted that the front end of described control device is provided with the groove mating with described flange.
As it is shown on figure 3, as a kind of preferred technical scheme, in order to user can be loosened further when training,
Being additionally provided with MP3 module and the loudspeaker being electrically connected in described control device, so, user can be at training intraocular
While flesh, can be releived further by music.Of course for ensureing to use quality, when training reaches Preset Time
After, loudspeaker priority treatment completes prompt tone.
As another embodiment, as shown in Figure 8, the utility model is intelligent extraocular muscle sensible motion training
Instrument, described instrument for training is provided with the ocular head 1 being made up of ocular head fore shell the 11st, mesochite 12 and back cover 13, is additionally provided with and described mesh
The control device 2 that camera lens 1 is electrically connected with；
As shown in Figure 2 and Figure 3, the housing of described control device 2 is by controlling device upper cover 21 and control device lower cover 22 groups
Become, control device case it described is provided with pcb board 23 and the driving power supply 24 of control；
Described pcb board 23 is provided with microprocessor the 25th, training function and selects module the 26th, MP3 module 27 and loudspeaker
28, described microprocessor 25 is electrically connected with described driving power supply 24, and described training function selects module 26 and described MP3 module
27 are electrically connected with respectively at described microprocessor 25, and described loudspeaker 28 is electrically connected with described MP3 module 28.
It should be noted that described training function selects module can be adjusted training mode, specifically, outside to eye
The model selection of flesh training or switching, and to raising or reduction training speed, thus realize training the adjustment of difficulty；Described micro-
Processor selects the signal of telecommunication of module for receiving described training function, thus sends enabling signal to EOM lamp plate
LED guiding lamp is made to light under corresponding pattern；Secondly, described microprocessor is also equipped with timing function, to guarantee each
Training time under pattern, after reaching the training time preset, just sending the signal of telecommunication to described loudspeaker makes its buzzing, prompting
Training terminates.
Also include correction of refractive errors eyeglass 14 and EOM lamp plate 4, the described extraocular muscle being arranged in described ocular head 1
Motion lamp plate 4 is provided with some LED guiding lamps 41；Preferably, the LED guiding lamp that the utility model is arranged is 8.
As the preferred technical scheme of one, it should be noted that between ocular head of the present utility model and control device
The socket of the interface of the electric connection being used or described electric connection is USB connector.
Need it is further noted that the position of some LED guiding lamps is with user's on described EOM lamp plate
Eye peripheral position is corresponding.
As it is shown in figure 5, as a kind of preferred technical scheme, described ocular head back cover 13 is additionally provided with and wears for user
The fixed band 200 worn.
As it is shown on figure 3, as a kind of preferred technical scheme, in order to user can be loosened further when training,
Being additionally provided with MP3 module and the loudspeaker being electrically connected in described control device, so, user can be outside training eye
While flesh, can be releived further by music.Of course for ensureing to use quality, when training reaches Preset Time
After, loudspeaker priority treatment completes prompt tone.
As another embodiment, its structure is identical with basic technology scheme of the present invention, includes ocular head, control simultaneously
Device and intraocular myokinesis bar, but decrease EOM lamp plate relative to basic technology scheme, under this embodiment
It is trained just for intraocular flesh, but owing to being provided with ocular head equally, not only possessed the function of correction of refractive errors eyeglass, and
And user can also be allowed directly to be worn on head, more convenient to use.
Embodiment one
Ocular head is attached with control device, secondly, according to user need intraocular myokinesis bar assembly is depended on
Secondary connection forms intraocular myokinesis bar.Specifically, the flange of posterior intraocular myokinesis bar assembly is plugged to preceding eye
In the groove of interior myokinesis bar assembly, and the USB interface setting within it is connected with socket；Again, if completing connection
In dry eyes, myokinesis bar is connected with control device, is worn ocular head to head correct position by fixed band subsequently, opens electricity
Source, selects different training modes, guides colored lights or extraocular muscle through the LED on myokinesis bar in correction of refractive errors eyeglass fixating eye
LED guiding lamp.Wherein, after selecting intraocular flesh training mode, optional pattern includesShape single led guiding colored lights
Circulation pattern, whole group of circulation pattern,Shape single led guiding colored lights circulation pattern and mixed mode；At the present embodiment
In, described intraocular myokinesis bar by 7 joint intraocular myokinesis bar assemblies constitute, often save intraocular myokinesis bar assembly be provided with 2 groups and
Often organizing 3 vertically disposed LED and guiding colored lights, wherein, it is red for guiding colored lights near the LED of front portion 2 joint of described control device
Light, it is gold-tinted that the LED of middle part 2 joint guides colored lights, and it is green glow that the LED of rear portion 3 joint guides colored lights.
As illustrated in fig. 9,Shape single led guiding colored lights circulation pattern refers to by foremost (near control dress
Put) a LEDs guide colored lights laterally light backward one by one (explanation of needs, when after one LEDs guide after colored lights lights
Previous is then extinguished), until the LED of most end lights along its vertical past descending continuation after guiding colored lights to light, and circulate with this
Motion, just terminates the training under this pattern after 5 minutes loudspeaker bell rings.
As shown in figure 9b, whole group of circulation pattern refers to guide in units of colored lights lamp group by LED, by foremost (near
Control device) lamp group light one by one backward (explanation of needs, when later group LED guide colored lights light after previous group then
Extinguish), and make back and forth movement with this, just terminate the training under this pattern after 5 minutes loudspeaker bell rings.
As is shown in fig. 9 c,Shape single led guiding colored lights circulation pattern refers to by foremost (near control dress
Put) a LEDs guide colored lights vertically lighting one by one (explanation of needs, when after before one LEDs guides colored lights to light afterwards
One is then extinguished), and make back and forth movement with this, just terminate the training under this pattern after 5 minutes loudspeaker bell rings.
Mixed mode refers to above 3 kinds of patterns and circulates appearance with this, just terminates under this pattern after 5 minutes loudspeaker bell rings
Training.
It should be noted that as one preferred embodiment, above-mentioned intraocular myokinesis bar is by 7 joint intraocular myokinesis bars
Assembly is constituted, and often saves intraocular myokinesis bar assembly and is provided with 2 groups and often organizes 3 vertically disposed LED guiding colored lights, wherein, leans on
It is ruddiness that the LED of front portion 2 joint of nearly described control device guides colored lights, and it is gold-tinted that the LED of middle part 2 joint guides colored lights, and rear portion 3 is saved
LED guide colored lights be green glow.
After selecting extraocular muscle training mode, optional pattern includes random rotation pattern, up time or inverse time circulation pattern
And flash pattern；
As shown in Figure 10 a, random rotation pattern refers to make non-conterminous LED guiding lamp in the way of lighting at random one by one
Circulation is flashed；
As shown in fig. lob, up time or inverse time circulation pattern refer to the direction with up time or inverse time makes LED guiding lamp circulate
Flash；
As shown in figure l oc, flash pattern to refer to the LED guiding lamp of the left and right sides and light simultaneously and circulate and flash.
Need explanation, under above-mentioned 3 kinds of patterns, when after one LEDs guiding lamp light after previous then extinguish.
Finally, the present invention is in order to for different users, described training function selects module to be additionally provided with the speed governing of faster slower
Function, thus adjusting training be difficult to degree；Additionally, also have additional the playing function of MP3, user can be allowed to obtain further
Releive, also reduce the uninteresting of training simultaneously.
Embodiment two
The frame mode of the present embodiment, training method are basically identical with embodiment one, but have been the absence of ocular head, user
After only control device need to being connected with intraocular myokinesis bar, place it in and just can train mould by intraocular flesh on desk or platform
Formula reaches the effect of training.
Embodiment three
The frame mode of the present embodiment, training method are basically identical with embodiment one, but have been the absence of intraocular myokinesis bar,
After ocular head only need to be connected with control device by user, worn to head and just can be reached by extraocular muscle training mode
The effect of training.
Embodiment four
The frame mode of the present embodiment, training method are basically identical with embodiment one, but the eye being the absence of in ocular head
Outer myokinesis lamp plate；Therefore, after ocular head, control device only need to be connected by user with intraocular myokinesis bar, wear to head
Just the effect of training can be reached by intraocular flesh training mode.
The frame mode of the present invention is easy to carry, easy for installation, the intraocular being made up of some joint intraocular myokinesis bar assemblies
Possess on myokinesis bar and can realize that the LED of different circulation pattern guides colored lights, the actual sighting target being equivalent to intelligent activity and nothing
Needing manual intervention, the present invention has also had both the training of extraocular muscle simultaneously, and user can need independent assortment according to different, enters one
Step, add, by USB connector, convenience and the simplification that the utility model connects, be suitable for the needs of different crowd.
For a person skilled in the art, can technical scheme as described above and design, make other each
Plant corresponding change and deformation, and all these changes and deforms the guarantor that all should belong to the utility model claim
Within the scope of protecting.
Claims (6)
1. flesh sensible motion instrument for training inside and outside intelligent eyeball, it is characterised in that described instrument for training be provided with by ocular head fore shell, in
Shell and the ocular head of back cover composition, be additionally provided with the control device being electrically connected with described ocular head, and fill with described control
Put the intraocular myokinesis bar of electric connection；Wherein
Described control device includes driving power supply, microprocessor, training function to select module, MP3 module and loudspeaker, described
Microprocessor is electrically connected with described driving power supply, and described training function selects module and described MP3 module respectively at described micro-
Processor is electrically connected with, and described loudspeaker is electrically connected with described MP3 module；
Described intraocular myokinesis bar is formed by connecting by some joint intraocular myokinesis bar assemblies, the shell of described intraocular myokinesis bar assembly
Body is made up of with lower cover intraocular myokinesis bar upper cover, is provided with intraocular myokinesis lamp plate in it, and described intraocular myokinesis lamp plate is up to
The LED being provided with 1 group less guides colored lights, and the front end of described intraocular myokinesis lamp plate and rear end are respectively equipped with electric connection interface and electricity
Property connection socket, some joint intraocular myokinesis bar assemblies by described electric connection interface or be electrically connected with socket carry out before and after connect
Connect；
Also include correction of refractive errors eyeglass and EOM lamp plate, the described EOM lamp plate being arranged in described ocular head
It is provided with some LED guiding lamps.
2. flesh sensible motion instrument for training inside and outside intelligent eyeball according to claim 1, it is characterised in that described training work(
Module can be selected to include the function selection of intraocular flesh and/or extraocular muscle training.
3. flesh sensible motion instrument for training inside and outside intelligent eyeball according to claim 1, it is characterised in that described intraocular flesh
The leading section of sports bars assembly housing is provided with groove, and end is provided with the flange with described groove match thereafter；When some joints
When described intraocular myokinesis bar assembly is applied in combination, the flange of preceding intraocular myokinesis bar assembly is plugged to posterior intraocular
In the groove of myokinesis bar assembly；The front end of described control device is provided with the groove mating with described flange.
4. flesh sensible motion instrument for training inside and outside the intelligent eyeball according to claim 1 or 3, it is characterised in that described eye
Interior myokinesis bar is made up of 5～10 joint intraocular myokinesis bar assemblies, often saves intraocular myokinesis bar assembly and is provided with 2 groups and often organizes 3
Vertically disposed LED guides colored lights, and wherein, described LED guides the tone of colored lights to include but is not limited to ruddiness, gold-tinted or green
Light.
5. flesh sensible motion instrument for training inside and outside intelligent eyeball according to claim 1, it is characterised in that described extraocular muscle
On motion lamp plate, the position of some LED guiding lamps and the eye peripheral position of user are corresponding.
6. flesh sensible motion instrument for training inside and outside intelligent eyeball according to claim 1, it is characterised in that described ocular head
Back cover on be additionally provided with the fixed band worn for user.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201520897587.0U CN205672192U (en) | 2015-11-11 | 2015-11-11 | Flesh sensible motion instrument for training inside and outside intelligent eyeball |
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| CN201520897587.0U CN205672192U (en) | 2015-11-11 | 2015-11-11 | Flesh sensible motion instrument for training inside and outside intelligent eyeball |
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| CN205672192U true CN205672192U (en) | 2016-11-09 |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105596186A (en) * | 2015-11-11 | 2016-05-25 | 刘东光 | Intelligent intraocular and extraocular muscle sensitivity motion training instrument and training method thereof |
| CN110664596A (en) * | 2019-10-17 | 2020-01-10 | 张颖 | Holographic training system for eyes and brain |
-
2015
- 2015-11-11 CN CN201520897587.0U patent/CN205672192U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105596186A (en) * | 2015-11-11 | 2016-05-25 | 刘东光 | Intelligent intraocular and extraocular muscle sensitivity motion training instrument and training method thereof |
| CN110664596A (en) * | 2019-10-17 | 2020-01-10 | 张颖 | Holographic training system for eyes and brain |
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Effective date of registration: 20170620 Address after: 510000. A2, Shek Gang Industrial Zone, Huangshi street, Baiyun District, Guangdong, Guangzhou Patentee after: Guangzhou Boshi medical care research institute Address before: 510000 Guangdong, Baiyun District, Huangshi, West Road, No. 462 wide open source building C building on the third floor, room, Room 301 Patentee before: Liu Dongguang |
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