CN109481249A - A kind of method and device of Intelligent eyesight correction - Google Patents
A kind of method and device of Intelligent eyesight correction Download PDFInfo
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- CN109481249A CN109481249A CN201910036090.2A CN201910036090A CN109481249A CN 109481249 A CN109481249 A CN 109481249A CN 201910036090 A CN201910036090 A CN 201910036090A CN 109481249 A CN109481249 A CN 109481249A
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- A—HUMAN NECESSITIES
- A61—MEDICAL OR VETERINARY SCIENCE; HYGIENE
- A61H—PHYSICAL THERAPY APPARATUS, e.g. DEVICES FOR LOCATING OR STIMULATING REFLEX POINTS IN THE BODY; ARTIFICIAL RESPIRATION; MASSAGE; BATHING DEVICES FOR SPECIAL THERAPEUTIC OR HYGIENIC PURPOSES OR SPECIFIC PARTS OF THE BODY
- A61H5/00—Exercisers for the eyes
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- A—HUMAN NECESSITIES
- A61—MEDICAL OR VETERINARY SCIENCE; HYGIENE
- A61H—PHYSICAL THERAPY APPARATUS, e.g. DEVICES FOR LOCATING OR STIMULATING REFLEX POINTS IN THE BODY; ARTIFICIAL RESPIRATION; MASSAGE; BATHING DEVICES FOR SPECIAL THERAPEUTIC OR HYGIENIC PURPOSES OR SPECIFIC PARTS OF THE BODY
- A61H2201/00—Characteristics of apparatus not provided for in the preceding codes
- A61H2201/12—Driving means
- A61H2201/1207—Driving means with electric or magnetic drive
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- A—HUMAN NECESSITIES
- A61—MEDICAL OR VETERINARY SCIENCE; HYGIENE
- A61H—PHYSICAL THERAPY APPARATUS, e.g. DEVICES FOR LOCATING OR STIMULATING REFLEX POINTS IN THE BODY; ARTIFICIAL RESPIRATION; MASSAGE; BATHING DEVICES FOR SPECIAL THERAPEUTIC OR HYGIENIC PURPOSES OR SPECIFIC PARTS OF THE BODY
- A61H2201/00—Characteristics of apparatus not provided for in the preceding codes
- A61H2201/50—Control means thereof
- A61H2201/5007—Control means thereof computer controlled
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Abstract
The invention discloses a kind of Intelligent eyesight antidote, include the following steps: the matching relationship for configuring user information and correction solution；It reads smart card and obtains user information；Correction solution is generated according to user information and matching relationship；Corrective component work is driven to realize the intelligent correction to user's eyesight according to correction solution.The invention also discloses a kind of Intelligent eyesight apparatus for correcting, the age according to each user, near-sighted time, degree, correction progress may be implemented in the methods and apparatus disclosed according to the present invention, choose best correction solution, for the customized most suitable protocol procedures out of each user, avoid existing apparatus for correcting device that from can only carrying out the disadvantage of correction bring user rectification effect difference by fixed form.
Description
Technical field
The present invention relates to eyesight correcting equipment technical fields, more particularly, to a kind of Intelligent eyesight antidote and dress
It sets.
Background technique
Eyeball is the major part of visual organ, is located in socket of the eye, and rear end is connected in diencephalon by optic nerve, and eyeball is by wall of eyeball and transparent
Content composition, the dioptric system of eyeball includes cornea, aqueous humor, crystalline lens and vitreum, photosensitive system be view wall of eyeball by
Outside, in, interior trilamellar membrane constitute；Outer membrane is fibrous tunic of eye, thick and tough and tensile, protects eyeball, with intraocular tolerant common maintenance eyeball
Shape；Middle film is tunica vasculosa oculi, includes blood vessel and pigment, nutrition eyeball and the camera bellows for making formation shielding light inside eyeball,
Be conducive to photochromic induction, be divided into choroid, ciliary body and iris from back to front, have ciliary muscle in ciliary body, when regarding nearly object, eyelash
Shape flesh is shunk, and ciliary body is interior before shifting to, and relaxation ciliary zonule increases curvature of lens, plays short distance adjustment effect.When the remote object of view
When, ciliary muscle relaxation, ciliary body moves back, and further ciliary zonule, and curvature of lens is reduced.
Crystalline lens be the lenticular elastic transparent body, behind it is more convex compared with front, between iris and vitreum, no blood
Pipe, Substance P.Crystalline lens outsourcing lens capsule is transparent and flexible.Lens capsule borrows ciliary zonule to be suspended from ciliary process inner face.
Lens capsule surrounds the subsatantia lentis being made of multilayer lens fibers, and peripheral part is relatively soft, fiber springiness, is crystalline
Body cortex, central portion densification is harder, and elasticity is also poor, is lens nucleus.Lenticular infractive index about 1.4371.Crystalline lens leans on
The elastical retraction of itself increases convexity, enhances refractive power.Increase with the age, crystalline lens elastic force weakens, and adjusting force also subtracts therewith
It is weak, i.e. generation " presbyopia ".
Eyesight refers to that the ability of retina resolution imagery, the quality of eyesight are sentenced by the size of retina resolution imagery ability
It is fixed, however when the dioptric system (such as cornea, crystalline lens, vitreum) of eye become it is muddy or there are it is ametropia (including myopia,
Long sight, astigmatism etc.) when, even if the good eye vision of retinal function can still decline.
The dioptric system of eye is muddy, and operation can be used to treat, and ametropia, needs to be corrected with lens.
For treatment myopia, amblyopia, the eye diseases such as long sight, common physical therapy be to eye socket and its acupuncture point progress vibromassage,
Permanent magnet magnetic therapy, electric pulse, to enhance ocular circulation, so that eye channel-stimulating changes to reach alleviation eye strain
Kind eye refractive status.Existing eyesight correction device is mostly by adjusting the distance between lens and eyeball, to reach to eye
Ciliary muscle is tempered in the ciliary muscle of ball and lenticular repetitious stimulation, and to restore the purpose of its function, this vision-correcting device has
Obvious disadvantage: (1) apparatus for correcting structure is simple, humanized cannot accurately be corrected according to the eye state of user；
(2) apparatus for correcting function is more single, and rectification effect is different, cannot reach maximization.
Summary of the invention
To solve the above-mentioned problems, it is contemplated that according to the information personalized customization correction solution of user, is rectified according to this
Direction-determining board is targetedly the correction that user carries out eyesight.
According to the first aspect of the invention, a kind of Intelligent eyesight antidote is provided, is included the following steps:
Configure the matching relationship of user information and correction solution；
It reads smart card and obtains user information；
Correction solution is generated according to user information and the matching relationship；
Corrective component work is driven to realize the intelligent correction to user's eyesight according to correction solution.
According to the second aspect of the invention, a kind of Intelligent eyesight apparatus for correcting, including corrective component, correction dress are provided
It sets and includes:
Read module, for obtaining user information；
Memory module, the matching relationship for configuring user information and correction solution store；
Rectification module, for determining correction solution according to user information and the matching relationship.
Control module works for controlling the corrective component according to correction solution.
Disclosed Intelligent eyesight antidote and device may be implemented according to the present invention:
(1) best correction solution can be chosen according to the age of each user, near-sighted time, degree, correction progress, from
And it is embodied as the customized most suitable protocol procedures out of each user, avoid existing fixed orthodontic device that from can not being applicable in difference
The disadvantage of the user of situation, thus rectification effect difference；
It (2) can be every by controlling the working condition such as expanding-contracting action of corrective component according to best correction solution
Optimum distance between user's adjust automatically user eyeball and light plate, avoiding in the prior art only can not with several fixed ranges
It is precisely corrected for different user situation bad.
Detailed description of the invention
Fig. 1 is the surface structure view of the Intelligent eyesight apparatus for correcting of one embodiment of the present invention；Wherein, Fig. 1 a and figure
1b is respectively the three-dimensional appearance structure chart of right direction view and left direction view；
Fig. 2 is the explosive view of Intelligent eyesight apparatus for correcting shown in Fig. 1；
Fig. 3 is the internal structure plan view that Intelligent eyesight apparatus for correcting shown in Fig. 1 removes right cap；
Fig. 4 is the overall structure diagram of driving assembly B；
Fig. 5 is the internal structure three-dimensional view that Intelligent eyesight apparatus for correcting shown in Fig. 1 removes top cover；
Fig. 6 is that (Fig. 6 b is that the part of Fig. 6 a is put for the position view of driving mechanism in Intelligent eyesight apparatus for correcting shown in Fig. 1
Big schematic diagram)；
Fig. 7 is the structural schematic diagram (partial enlargement diagram that Fig. 7 b is Fig. 7 a) of driving mechanism shown in Fig. 6；
Fig. 8 is that (Fig. 8 b is Fig. 8 a to the position view of driving mechanism and light plate in Intelligent eyesight apparatus for correcting shown in Fig. 6
Partial enlargement diagram)；
Fig. 9 is the structural scheme of mechanism (roof and side wall that remove lens barrel box) of driving mechanism described in Fig. 8；
Figure 10 is the front view of Intelligent eyesight apparatus for correcting shown in Fig. 1；
Figure 11 is that (Figure 11 b is figure to bottom substance schematic diagram in fixture cabinet in Intelligent eyesight apparatus for correcting shown in Fig. 1
The partial enlargement diagram of 11a)；
Figure 12 is the Intelligent eyesight apparatus for correcting functional block diagram of an embodiment of the present invention；
Figure 13 is the Intelligent eyesight antidote flow chart of an embodiment of the present invention；
Figure 14 is the Intelligent eyesight antidote flow chart of another embodiment of the present invention.
Specific embodiment
The invention will now be described in further detail with reference to the accompanying drawings.
The present embodiment provides a kind of Intelligent eyesight apparatus for correcting of embodiment, as shown in Figure 1, Intelligent eyesight correction dress
It sets including fixture cabinet, fixture cabinet is by right cap 11, rear side cover 12, top cover 13, left cap and fixture frame 14
Assembling with front side cap 15, fixture cabinet is equipped with lens barrel 2 corresponding with eyeball position, (in the present embodiment, lens barrel 2
It is two groups, that is, is located in the rear side cover 12 and front side cap 15 of fixture cabinet 1, such as Fig. 1 a and Fig. 1 b, on front side cap 15
Equipped with lens barrel 2 ', rear side cover 12 is equipped with lens barrel 2).
In the present embodiment, the right cap 11 of Intelligent eyesight apparatus for correcting is removed, such as Fig. 3, it can be seen that in fixture cabinet
Portion is broadly divided into mainboard layer A (mainboard layer A is located at 13 lower section of top cover), driving assembly layer B from top to bottom, and driving assembly layer B is equipped with
Two sets of driving assemblies (i.e. driving assembly B1 and driving assembly B2), the structure of this two sets of driving assemblies is just the same, and mutually solely
Vertical (Fig. 4).
As shown in figure 5, being equipped with control module 5 and stepper motor driver 7 in mainboard layer A；It is corresponding with driving assembly B
, control module 5 and stepper motor driver 7 are also that difference two (has marked second control module 5 ' and second in Fig. 5
Stepper motor driver 7 ').
It is driving assembly layer B below mainboard layer A, since the structure of two sets of driving assemblies B1 and B2 are just the same, here only
The structure for listing driving assembly B1, as shown in Fig. 6, Fig. 7, Fig. 8, driving assembly B1 includes lens barrel 2 mentioned above, light plate 3
With driving mechanism C.Wherein, which divides lens barrel 2 for (barrel portion outside fixture cabinet 1) on the outside of lens barrel and mirror
Cylinder inside (barrel portion in fixture cabinet 1)；Wherein, outer on the inside of lens barrel to be arranged with lens barrel box, lens barrel box is by lens barrel box
Bottom wall 81, lens barrel box side wall 82, lens barrel box roof 83 form, on lens barrel cassette bottom wall 81, the position opposite with the end on the inside of lens barrel
Installed a pair of of light plate 3 so that eyeball, lens barrel 2, light plate 3 be respectively positioned on on eyeball axially coaxial straight line.
Outside lens barrel box roof 83, it is equipped with driving mechanism C, driving mechanism C includes stepper motor driver 7 mentioned above,
And the stepper motor 22 being sequentially connected (is additionally provided with stepper motor fixed frame 21, stepper motor fixed frame 21 under stepper motor 22
Be fixedly connected on outside lens barrel box roof 83), shaft coupling 23, the first screw rod fixed frame 24, screw rod 26, the second screw rod fixed frame 27,
Sliding block 25 is also arranged on screw rod.
As shown in Figure 7, Figure 8 and Figure 9, the sliding block 25 of driving mechanism is connected by link block column with lens barrel link block 28, and
It is additionally provided on the lens barrel box roof 83 and is passed through for link block column, and make sliding block 25 along described axially coaxial straight with eyeball
What line made reciprocating type mobile slides hole 10.
Above-mentioned setting may make driving mechanism C driving lens barrel 2 along axially coaxial straight line makees reciprocating type mobile with eyeball,
To change the distance between eyeball and light plate 3.
In addition, as shown in figure 9, adjacent part is arranged with linear bearing 9, straight line on the outside of lens barrel on the inside of above-mentioned lens barrel
On the one hand bearing 9 carries the weight of the outer barrel portion of lens barrel box, on the other hand, linear bearing 9 can also reduce lens barrel 2 and device
Friction between device box body wall, so that more smooth when lens barrel 2 is along above-mentioned linear movement axially coaxial with eyeball；Outside lens barrel
The end of side is equipped with eye protection washer 16；To increase the usage comfort of user.
As shown in Figure 10, display screen 4, read module 41, electromagnetic heat energy component, imitative bioelectricity are additionally provided on fixture cabinet
Pulse components.Wherein, display screen 4, read module 41 and control module 5 form intelligent subscriber management assembly；Electromagnetic heat energy component
For promoting head and ocular circulation, bionical object electric pulse component is for eye strain of releiving.Read module 41 is for leading to
It crosses memory module and reads user information, wherein memory module can be implemented as smart card.
In the present embodiment, control module 5 respectively with display screen 4, read module 41, electromagnetic heat energy component and imitative bioelectricity arteries and veins
Rush component electrical connection；, and control module 5 is controlled for handling the user information read by read module 41, and according to user information
System driving driving assembly, so that reciprocating type mobile occurs for the lens barrel 2 of driving assembly.
Specifically, electromagnetic heat energy generates component and is set to fixture box inside, also has on fixture cabinet
Electromagnetic heat energy output port 34；Bionical object electric pulse component is set to fixture box inside, also has set on fixture cabinet
On bionical object electric pulse output port 35,36.
As shown in figure 11, bottom is additionally provided with charging interface 44, battery component 43, battery component fixed frame in fixture cabinet
42.Fixture is powered when working by battery component, and the city Bu Yu is electrically connected, and improves safety.Alternating current is battery component when not working
Full Charge Capacity is rushed, is prepared for lower task.
In the present embodiment, two sets of independent intelligent subscriber management assemblies, 9 Cr 2 steel using electromagnetic heating mutually are respectively equipped in fixture cabinet
Energy component, bionical object electric pulse component and driving assembly and a set of shared charging, Power Supply Assembly, so that an intelligence view
Power means for correcting can be used for the vision correction of two users, each a set of intelligent subscriber management assembly, electricity of using by oneself of two users simultaneously
Magnetic thermal energy component, bionical object electric pulse component and driving assembly, it is non-interference, to improve the Intelligent eyesight apparatus for correcting
Service efficiency.
For convenience of the correcting principle of description Intelligent eyesight apparatus for correcting, in statement below, above-mentioned Intelligent eyesight is rectified
The electromagnetic heat energy component of equipment, bionical object electric pulse component and driving assembly are referred to as corrective component, i.e., correction group hereafter
Part includes for promoting the electromagnetic heat energy component on head and ocular circulation, for the bionical object electric pulse for eye strain of releiving
Component and driving assembly.Wherein, as described above, driving assembly includes lens barrel 2, driving mechanism C and light plate 3, lens barrel includes step
Into motor driver 7, stepper motor 22 (being additionally provided with stepper motor fixed frame 21 under stepper motor 22), axis device 23, the first screw rod
Fixed frame 24, screw rod 26 and the second screw rod fixed frame 27 are also arranged with sliding block 25 on screw rod；Outside on the inside of lens barrel is also arranged with
Linear bearing, the end on the outside of lens barrel are additionally provided with eye protection washer.The sliding block 25 of driving mechanism is by link block column and is fixed on mirror
Lens barrel link block 28 on cylinder 2 is connected.
It is described in detail below with reference to principle of the Figure 12 to above-mentioned Intelligent eyesight apparatus for correcting.Figure 12 is schematically
Show Intelligent eyesight apparatus for correcting functional block diagram according to an embodiment of the present invention, as shown in figure 12, Intelligent eyesight correction
Device includes corrective component and intelligent subscriber management assembly, wherein intelligent subscriber management assembly includes read module 41, storage mould
Block 48, rectification module 49 and control module 5.Read module 41 has been described in above-mentioned apparatus, for obtaining user information, obtains
The mode taken can be stored with the content of the memory module 48 of user information by reading online, be embodied as intelligence with memory module 48
Directly smart card can be inserted into Intelligent eyesight apparatus for correcting when use for card, which is the prior art, inside can
To realize the function of read-write data.The user information of acquisition includes age of user, near-sighted time, degree, correction progress.
Memory module 48 is used to configure user information and the matching relationship of correction solution stores, which includes correction
The operating mode information of component specially includes 91 operating mode of driving assembly, 92 operating mode of electromagnetic heat energy component and bionical
The operating mode of object component 93.Illustratively, by taking above-mentioned driving assembly 91 includes light plate 3 as an example, the work of driving assembly 91
Pattern information can be the light on and off pattern conversion of light plate.The operating mode of electromagnetic heat energy component 92 can be the energy of user's thermal energy
Amount and duration.The operating mode of imitative biologic component 93 can be the output mode of pulse.Its specific operating mode can be with
The demand of the mode and correction solution that are had according to corresponding assembly is configured, and the embodiment of the present invention is limited not to this.Its
In, as a preferred embodiment, correction solution, which can be, to be designed based on correction progress and is associated with binding, illustratively, is rectified
Positive progress includes correction number, improvement time and correction duration, when being configured, specifies correction side according to user information
Then correction solution and correction number are associated binding by case, such as according to user information be correction solution set by user
Including ten correction courses for the treatment of, then ten corresponding correction solutions of the correction course for the treatment of are identified by correction progress, such as the
Once correcting corresponding correction solution is No.1 correction solution, and correcting corresponding correction solution for the second time is No. two correction solutions
Deng specific setting can be configured and be associated with according to this design according to demand and be bound, to form user information and correction solution
Matching relationship storage.
Rectification module 49 is used to determine correction solution according to user information and matching relationship.To be incited somebody to action above by correction progress
User information and correction solution are associated for binding, and rectification module 49 gets user information receiving read module
Afterwards, so that it may which its matched correction solution is got by the correction progress in user information.
Control module 5 is used to control each corrective component according to correction solution and work.It is each due to being stored in correction solution
The operating mode of component, control module is according to the operating mode informations of various components in correction solution, so that it may generate corresponding
Driving signal is worked with controlling corresponding component according to the mode of setting.Wherein, control module 5 can be implemented as microprocessor,
Each corrective component is connected to microprocessor by corresponding pin, to receive driving signal by corresponding pin, wherein driving
Signal can be the level signal exported by (i.e. I/O mouthfuls) of respective pins.It is generated and is driven according to corresponding operating mode information
The realization process of signal, can agreement based on each corrective component itself and interface realized, used due to each component
For existing standard component, therefore its agreement and interface and the process for generating respective drive signal can refer to without being described in detail
The prior art is realized.In the present embodiment, to realize that the independent control to each corrective component, control module 5 are embodied as wrapping
It includes: first control unit 51, the second control unit 52 and third control unit 53.
Wherein, first control unit 51 is used to generate the control driving of the first driving signal according to 91 operating mode of driving assembly
The I/O port pin of component operation, the control unit is connect with driving assembly 91, according to correction solution by I/O port export main story or
It inverts level and controls stepper motor driver, can drive driving stepper motor rotation that screw rod is driven to move forward or back in this way.
Second control unit 52, which is used to generate the second driving signal according to 92 operating mode of electromagnetic heat energy component, controls electromagnetism
Thermal energy component 92 works, and the I/O port of the control unit is connect with electromagnetic heat energy component 92, is exported according to correction solution by I/O port
The combination of level control lamp plate light on and off.
Third control unit 53 is used to generate third driving signal control biomimetics object according to imitative 93 operating mode of biologic component
Component 93 works, and the I/O port pin of the control unit is connect with bionical component 8, exports pulse electricity by I/O port according to correction solution
Pressure exports imitative bioelectricity by transformer isolation to control metal-oxide-semiconductor, by outside appurtenances mobile subscriber acupuncture point.
Wherein, by taking above-mentioned apparatus implementation as an example, driving assembly further comprises lens barrel, in order to realize to the flexible length of lens barrel
Being precisely controlled for degree, in a preferred embodiment, can also will be implemented separately the control of lens barrel, that is, be not based on above-mentioned rectify
Direction-determining board carries out integrated realization, but is based solely on the myopia degree in user information and is controlled.Specifically, control module
5 further include the 4th control unit 54, which, which is used to generate fourth drive signal according to user's degree, controls 91 work of driving assembly
Make, can control driving assembly 91 and adjust lens barrel and eyeball at a distance from lamp plate.Wherein, the 4th driving is generated according to user's degree
Signal can be the map information for presetting the stepping length an of degree and stepper motor, such as be set as ten degree of correspondences one
User's degree thus can be converted to stepping length according to map information, according to stepping length by the stepping length of a unit
It generates and stretches the fourth drive signal of corresponding stepping length for controlling the lens barrel of driving assembly 91, to realize flexible to lens barrel
Situation is precisely controlled.
Preferably, for the correction progress of real-time tracing user, the intelligent subscriber management assembly of the device further include: progress
Update module 45, the module are used for after the completion of each correction, obtain when time correction information, including improvement time and duration,
And correction progress is updated manually according to current correction information, correction progress includes correcting number, improvement time and duration,
Wherein, when being updated to correction progress, the update to correction number is obtained by cumulative statistics.
In a preferred embodiment, the display screen 4 of above-mentioned device is touch screen, and control module is also used to current correction
Scheme output display on the touchscreen, and receives user by touch screen and operates to the adjustment of correction solution, is operated according to adjustment
To obtain the operating mode parameter of corrective component, control of the realization to corrective component working condition.
Figure 13 schematically show according to an embodiment of the present invention utilize above-mentioned Intelligent eyesight apparatus for correcting carry out
The method flow diagram of vision correction, if Figure 13 shows, the present embodiment includes the following steps:
Step S901: the matching relationship of configuration user information and correction solution, when user information includes age of user, myopia
Between, user's degree and correction progress.Correction progress is associated with correction solution, generates matching relationship storage, which closes
System contains the operating mode of corrective component, such as display pattern, working time, the working frequency information of component.
Step S902: it reads smart card and obtains user information, user information is obtained by way of reading online.
Step S903: correction solution, that is, the user information and storage that will acquire are generated according to user information and matching relationship
Matching relationship carry out matching and determine corresponding correction solution.
Step S904: corrective component work is driven to realize the intelligent correction to user's eyesight according to correction solution.Correction group
Part includes driving assembly, electromagnetic heat energy component and imitative biologic component；Correction solution includes driving assembly operating mode, electromagnetic heat energy
Component operation mode and bionical object component operation mode.The first driving signal is generated according to driving assembly operating mode；According to electricity
Magnetic thermal energy component operation the second driving signal of schema creation；According to bionical object component operation schema creation third driving signal；Root
According to the driving driving assembly work of the first driving signal；Electromagnetic heat energy component operation is driven according to the second driving signal；According to third
Driving signal drives bionical object component operation.Illustratively, it according to determining correction solution, is sent to stepper motor driver 7
Instruction, stepper motor driver 7 drive stepper motor 22 to rotate, and the rotation of stepper motor 22 is so that position occurs for screw rod 26
It moves, to drive the sliding block 25 on screw rod to be subjected to displacement, since sliding block 25 passes through link block column and the lens barrel being fixed on lens barrel 2
Link block 28 is connected, and therefore, movement has occurred under the drive of sliding block 25 in lens barrel 2；To reach adjust eyeball and light plate it
Between distance purpose, to temper the crystalline lens and ciliary muscle of eyeball；According to determining correction solution, to electromagnetic heat energy generation group
Part sends instruction, and answers electromagnetism by 34 output phase of electromagnetic heat energy output port, and generate by the acupuncture point attachment of external connection
Electromagnetic heat energy, to promote head and ocular circulation；According to determining correction solution, component is generated to bionical object electric pulse
Instruction is sent, and corresponding pulses electricity, and the point electrode for passing through external connection are exported by bionical object electric pulse output port 35
Piece generates bionical object electric pulse, thus eye strain of releiving.
In order to enable correction solution is more bonded user, and it further include the fourth drive signal generated according to user's degree, it should
Fourth drive signal is for driving the lens barrel of driving assembly to stretch, to realize that precisely adjustment lens barrel is at a distance from eyeball.
In specific implementation, memory module, correction side are arrived in storage after correction solution can be formulated according to user information
The formulation of case can be rule of thumb manually customization typing, be also possible to be believed according to big data and machine learning algorithm based on user
Breath generates, and the embodiment of the present invention is not limited the formulation mode of correction solution.It can be with according to method provided in this embodiment
It realizes and customizes correction solution, the efficient visual problems for solving user according to different user informations is intelligentized for user.
Figure 14 schematically show another embodiment according to the present invention using above-mentioned Intelligent eyesight apparatus for correcting into
The method flow diagram of row vision correction in the present embodiment, includes the following steps: as shown in figure 14
Wherein, the implementation of step S1001 to step S1004 are referred to step S901 to step S904.
Step S1005: after the completion of correction, can also obtain when time correction information, and according to correction information to correct into
Degree is updated.Correction information includes the time and duration when secondary correction, can be by control module at the beginning and end of
Between recorded and be calculated, and by obtain user information in the corresponding correction number of correction progress, count this
Correction number after secondary correction is written to memory module to form new correction progress, realizes and corrects progress more to user
Newly.
According to method provided in this embodiment, can the correction progress to user carry out real-time update, thus according to newest
Correction progress be adapted to out suitable correction solution, realize for each user it is customized go out most suitable protocol procedures,
Avoid the disadvantage of the case where existing several fixed orthodontic devices can not be applicable in different user thus rectification effect difference.
Preferably, in order to guarantee better rectification effect, in a particular application, can also according to user it is newest correct into
Degree carries out the adjustment and update of correction solution, in this way, can get using the apparatus for correcting of the embodiment of the present invention newest
User information and correction solution carry out correction process to the eyesight of user, greatly improve rectification effect.
Above-described is only some embodiments of the present invention.For those of ordinary skill in the art, not
Under the premise of being detached from the invention design, various modifications and improvements can be made, these belong to protection model of the invention
It encloses.
Claims (12)
1. Intelligent eyesight antidote, which comprises the steps of:
The matching relationship for configuring user information and correction solution stores；
It reads smart card and obtains user information；
Correction solution is generated according to the user information and the matching relationship of storage；
Corrective component work is driven to realize the intelligent correction to user's eyesight according to the correction solution.
2. Intelligent eyesight antidote according to claim 1, which is characterized in that the user information includes user year
Age, near-sighted time, user's degree, correction progress；
The matching relationship of the configuration user information and correction solution includes the following steps:
The correction progress is associated with the correction solution, generates matching relationship storage；
It is described to include: according to the user information and matching relationship generation correction solution
The correction progress that will acquire carries out matching with the matching relationship of storage and determines corresponding correction solution.
3. intelligent correction method according to claim 2, which is characterized in that further include:
After the completion of correction, obtain when secondary correction information；
Correction progress is updated according to the correction information.
4. intelligent correction method according to claim 3, which is characterized in that the corrective component includes driving assembly, electricity
Magnetic thermal energy component and imitative biologic component；The correction solution includes driving assembly operating mode, electromagnetic heat energy component operation mode
With bionical object component operation mode；
It is described to drive corrective component work to include the following steps: according to the correction solution
The first driving signal is generated according to the driving component operating mode；
According to the second driving signal of the electromagnetic heat energy component operation schema creation；
According to the bionical object component operation schema creation third driving signal；
The driving component is driven to work according to first driving signal；
The electromagnetic heat energy component operation is driven according to second driving signal；
The bionical object component operation is driven according to the third driving signal.
5. according to the method described in claim 4, it is characterized in that, further including the 4th driving letter generated according to user's degree
Number, the fourth drive signal drives the driving component to stretch.
6. according to method described in claim 3 to 5 any one, which is characterized in that further include according to the correction information pair
Correction solution is updated.
7. Intelligent eyesight apparatus for correcting, which is characterized in that including corrective component and intelligent subscriber management assembly, the intelligent subscriber
Management assembly includes:
Read module, for obtaining user information；
Memory module, the matching relationship for configuring user information and correction solution store；
Rectification module, for determining correction solution according to the user information and the matching relationship；
Control module works for controlling the corrective component according to the correction solution.
8. apparatus for correcting according to claim 7, which is characterized in that the corrective component includes driving assembly, 9 Cr 2 steel using electromagnetic heating
Energy component and imitative biologic component, the correction solution include driving assembly operating mode, electromagnetic heat energy component operation mode and imitate
Biologic component operating mode；The control module includes:
First control unit controls the driving component for generating the first driving signal according to the driving component operating mode
Work；
Second control unit, for controlling the electromagnetism according to the second driving signal of the electromagnetic heat energy component operation schema creation
Thermal energy component operation；
Third control unit, for controlling the bionical object according to the bionical object component operation schema creation third driving signal
Component operation.
9. apparatus for correcting according to claim 8, which is characterized in that when the user information includes age of user, myopia
Between, degree, correction progress；The control module further include:
4th control unit controls the driving component work for generating fourth drive signal according to user's degree.
10. according to device described in claim 7 to 9 any one, which is characterized in that the intelligent subscriber management assembly is also wrapped
It includes:
Progress update module, for after the completion of correction, obtain when time correction information, according to the correction information to correct into
Degree is updated.
11. Intelligent eyesight apparatus for correcting, which is characterized in that the apparatus for correcting includes intelligent subscriber management assembly and correction group
Part, wherein the corrective component includes optical module；
The optical module is including being set on fixture cabinet, and lens barrel corresponding with eyeball position；
In fixture cabinet, and a pair of of the light plate opposite with lens barrel position；Wherein, eyeball, lens barrel, light plate are respectively positioned on
On eyeball axially coaxial straight line；
And for driving lens barrel to make reciprocating type mobile along the straight line axially coaxial with eyeball, to change eyeball and lamp
The driving mechanism of the distance between tabula rasa；
The intelligent subscriber management assembly includes
Memory module, the matching relationship for configuring user information and correction solution store；
Rectification module, for determining correction solution according to user information and the matching relationship；
Control module makes lens barrel that reciprocating type mobile occur for controlling the driving mechanism according to the correction solution.
12. Intelligent eyesight apparatus for correcting according to claim 11, which is characterized in that the corrective component further includes being used for
Promote the electromagnetic heat energy component on head and ocular circulation and the bionical object electric pulse component for eye strain of releiving；
The control module is electrically connected with electromagnetic heat energy component, imitative biologic component, is also used to control 9 Cr 2 steel using electromagnetic heating according to correction solution
The working condition of energy component and imitative biologic component.
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