CN106308739A - Vision detection and treatment method and device - Google Patents

Vision detection and treatment method and device Download PDF

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Publication number
CN106308739A
CN106308739A CN201510382642.7A CN201510382642A CN106308739A CN 106308739 A CN106308739 A CN 106308739A CN 201510382642 A CN201510382642 A CN 201510382642A CN 106308739 A CN106308739 A CN 106308739A
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vision
treatment
image
detection
convex lens
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CN106308739B (en
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罗强
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Shenzhen Vvfly Electronics Co Ltd
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Shenzhen Vvfly Electronics Co Ltd
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Abstract

The invention relates to the technical field of medical care, and in particular relates to a vision detection and treatment method and a vision detection and treatment device. According to the invention, the vision detection and treatment method comprises a vision detection method and a vision treatment method, and the vision can be treated while being detected; according to the vision detection and treatment device, a vision detection device is combined with a vision treatment device, so that a closed cycle is formed, therefore, the vision can be treated while being detected, meanwhile, the vision treatment result can be displayed, thus a user can clearly know the promotion condition of the vision during the myopia treatment process, and further, the user has the eye exercising perseverely. Meanwhile, the device is a small wearable device in the shape similar to that of glasses, people can use the device to know the vision condition anytime and anywhere and receive treatment in the daily life, therefore, the use is convenient, and the device is particular suitable for use by families and individuals.

Description

The detection of a kind of vision and the method and apparatus for the treatment of
Technical field
The present invention relates to health care technology field, particularly relate to the detection of a kind of vision and the method for the treatment of and dress Put.
Background technology
Due to popularizing of the intelligent terminal such as TV, computer, a lot of people have formed incorrect eye custom, Keep a posture closely to use TV, computer and intelligent terminal for a long time, cause eye ciliary Flesh is maintained at a fixing position and shape for a long time, affects the regulatory function of eye muscle, easily causes Pseudomyopia and and bent photosensitiveness myopia, even oppress for a long time due to eye muscle, cause vitreous body of eye to become Shape, causes axial myopia (true myopia).
And prevent and treat myopia to be a long-term exercise routine, the alleviation of myopia is a mistake the veryest long Journey.Traditional vision detection equipment and vision therapeutic equipment are to separate, and traditional vision detection equipment is only Vision is detected；And vision is only treated by traditional vision therapeutic equipment, it is impossible to display vision Situation, user cannot accurately and timely be recognized the lifting situation of own eyesight over the course for the treatment of, can beat Hit them and adhere to confidence and the enthusiasm of eye treatment；Further, traditional vision detection or therapeutic equipment are general The only ground such as hospital and optician's shop is furnished with just now, and equipment is relatively large, necessary when vision detection to be carried out or treatment Going to hospital or optician's shop, people cannot understand the vision condition of oneself the most whenever and wherever possible.
Summary of the invention
It is an object of the invention to provide the detection of a kind of vision and the method and apparatus for the treatment of, it is intended to solve tradition The separately work of vision detection equipment and vision therapeutic equipment, user during treatment myopia cannot accurately and Time understand own eyesight and promote situation, hit user and adhere to confidence and the enthusiasm of eye treatment, Yi Jichuan System equipment is only just furnished with in hospital or optician's shop, and equipment is relatively large, and people cannot detect whenever and wherever possible and treat The problem of vision.
The present invention is achieved in that the present invention provides the detection of a kind of vision and the method for the treatment of, described method Comprise the following steps:
By image transmitting used to vision detection and treatment to human eye, with imaging on human eye retina；
Receive the image from human eye retina；
Described image it is analyzed and calculates, obtaining vision data；
Described vision data are shown；
Regulate corresponding parameter, the vision of user is treated.
Further, it is characterised in that
Described by vision detection and treatment image transmitting used to human eye, concrete with imaging on human eye retina For:
Image used to the detection of described vision and treatment is formed the first image through the first convex lens；
Described first image is transmitted to human eye, through human lens imaging, shape on human eye retina Become the second image；
Described reception from human eye retina image particularly as follows:
Described second image is formed image through pellicle mirror transmission to the second convex lens；
Receive described image.
Further, described image is analyzed and calculate particularly as follows:
Imaging formula according to human lens:With
The imaging formula of described second convex lens:
Can obtain formula: Y 2 = U 3 - F 3 · ( V 3 + Y 1 ) V 3 + Y 1 - F 1 ; With
Formula: F 2 ′ = ( U 2 - U 3 + F 3 · ( V 3 + Y 1 ) V 3 + Y 1 - F 1 ) · V 2 U 2 + V 2 - U 3 + F 3 · ( V 3 + Y 1 ) V 3 + Y 1 - F 1 ;
Wherein, U2、V2It is respectively the image object distance when human lens imaging and image distance, U3、V4Respectively For the image object distance when the second convex lens and image distance, Y1The displacement of the second convex lens during for detecting, Y2For the change distance of human eye retina's imaging, F1、F2、F3Be respectively the first convex lens, human lens, The focal length of the second convex lens.Wherein, U2、V2、U3、V3、F1、F2、F3For known parameter.Wherein F2'-F2 For the changing value of human lens focal length, it is myopia degree.
Further, regulate corresponding parameter, the vision of user is treated particularly as follows:
Imaging formula according to human lens:With
The imaging formula of described first convex lens:
Can obtain formula:
X = 1 2 ( V 1 + Y 2 - U 1 ± ( U 1 - V 1 - Y 2 ) 2 - 4 ( F 1 · U 1 + F 1 · V 1 + F 1 · Y 2 - U 1 · V 1 - Y 2 · U 1 ) ) ;
Wherein, U1、V1Being respectively the image object distance when the first convex lens and image distance, X is near for treatment The displacement of apparent time the first convex lens.
Present invention also offers the detection of a kind of vision and the device for the treatment of, described device includes:
The detection module of the situation that gives a test of one's eyesight；
Display vision detection and the display module for the treatment of image used；
Regulate the servosystem of described detection module parameters；
Wireless transport module by described vision condition transmission to intelligent terminal；
It is connected with described detection module, display module, servosystem and wireless transport module respectively, to described Vision condition carries out the micro treatment module processed.
Further, described detection module includes:
Transmit the detection of described vision and treatment image transmitting used to first convex lens of human eye retina；
Receive and the pellicle mirror of transmission people's eyes retina image；
Receive the second convex lens of described human eye retina's image that pellicle mirror spreads out of；With
Obtain the imageing sensor of described human eye retina's image that described second convex lens spreads out of.
Further, described display module includes:
The lcd driver being connected with described micro treatment module；With
It is connected with described lcd driver, shows the detection of described vision and the LCD glass for the treatment of image used Substrate.
Further, described servosystem includes:
It is connected with described micro treatment module, regulates the first regulation unit of described first convex lens；With
It is connected with described micro treatment module, regulates the second regulation unit of described second convex lens.
Further, described wireless transport module includes:
The bluetooth being connected with described micro treatment module or WIFI chip.
Further, described micro treatment module uses micro-chip processor U1, the figure of described micro-chip processor U1 Is connected with described imageing sensor as test side P1, the first of described micro-chip processor U1 control end P2 and Described first regulation unit connects, the second control end P3 of described micro-chip processor U1 and described second regulation Unit connects, and the LCD of described micro-chip processor U1 controls end P4 and is connected with described lcd driver, institute Communication ends P5 stating micro-chip processor U1 is connected with described bluetooth or WIFI chip.
In the present invention, the method for the detection of this vision and treatment includes vision testing method and vision Therapeutic Method, Vision can be treated while giving a test of one's eyesight；The device of the detection of this vision and treatment is by by vision detection dress Put and combine with vision therapy equipment, form a closed loop, can be to vision while giving a test of one's eyesight Treat, and vision therapeutic outcome can be shown again, allow user in the process for the treatment of myopia In clearly understand the lifting situation of oneself vision, eye is taken exercise to be conducive to encouraging them to adhere to；Meanwhile, should Device is the wearable device of a kind of small-sized similar shape of glasses, people in daily life can at any time with Ground uses this device understand the vision condition of oneself and treat accordingly, uses convenient, suitableeer Front yard and personal use of the whole family.
The method and apparatus of the detection of the present invention the most just vision and treatment combines with intelligent terminal, by low merit Consumption bluetooth or the intelligent terminal such as WIFI and smart mobile phone carry out communication, and intelligent terminal can control this device, should The data of device also can be transmitted to intelligent terminal by bluetooth or WIFI.User can operate this more easily Device, it is also possible to check that the vision of self promotes details and therapeutic effect intelligent terminal more easily.
Accompanying drawing explanation
Fig. 1 is the flow chart of the method that the vision that the embodiment of the present invention provides detects and treats；
Fig. 2 is the schematic diagram of the method that the vision that the embodiment of the present invention provides detects and treats；
Fig. 3 is the cut-away view of the device that the vision that the embodiment of the present invention provides detects and treats；
Fig. 4 is the circuit structure diagram of the device that the vision that the embodiment of the present invention provides detects and treats；
Fig. 5 is that the vision that the embodiment of the present invention provides detects and the device for the treatment of carries out operation when vision detects Flow chart；
Fig. 6 is that the vision that the embodiment of the present invention provides detects and the device for the treatment of carries out operation when vision is treated Flow chart；
Fig. 7 is that the vision that the embodiment of the present invention provides detects and the device for the treatment of detects and the schematic diagram for the treatment of.
Detailed description of the invention
In order to make the purpose of the present invention, technical scheme and advantage clearer, below in conjunction with accompanying drawing and reality Execute example, the present invention is further elaborated.Only should be appreciated that specific embodiment described herein Only in order to explain the present invention, it is not intended to limit the present invention.
Fig. 1 shows the flow chart of the method for vision detection that the embodiment of the present invention provides and treatment.In order to just In explanation, illustrate only the part relevant to the embodiment of the present invention.
The method of the detection of this vision and treatment comprises the following steps:
S101: by image transmitting used to vision detection and treatment to human eye, with imaging on human eye retina；
S102: receive the image from human eye retina；
S103: be analyzed described image and calculate, obtains vision data；
S104: described vision data are shown；
S105: regulate corresponding parameter, treats the vision of user.
Fig. 2 shows the schematic diagram of the method for vision detection that the embodiment of the present invention provides and treatment.In order to just In explanation, illustrate only the part relevant to the embodiment of the present invention.
In Fig. 2,22 is display module, and 11 is the first convex lens, and 12 is pellicle mirror, and 004 is that human eye is crystalline Body, 05 is human eye retina, and 13 is the second convex lens, and 14 is imageing sensor.
When carrying out vision detection, first by image used to the detection of described vision and treatment through the first convex lens 11 Imaging forms the first image；Again described first image is transmitted to human eye, through human lens 004 Imaging, forms the second image on human eye retina 05；Again by described second image through pellicle mirror 12 transmission form image to the second convex lens 13 imaging；Finally receive described image.Can lead to Cross mobile second convex lens 13 to change the detection of described vision and treatment image used on human eye retina 05 The definition of imaging, human lens 004 can be automatically adjusted its focal length according to the definition of image, and two The difference of posterior focal distance be myopia degree,
The imaging formula of convex lens is:Wherein U represents object distance, and V represents image distance, and F represents Focal length of convex lens.The crystalline lens of human eye is equivalent to a convex lens, under normal circumstances, the first convex lens in Fig. 2 The imaging formula of mirror the 11, second convex lens 13 and crystalline lens 004 is respectively as follows: Wherein U1、V1It is respectively the image object distance when the first convex lens 11 imaging and image distance, U2、 V2It is respectively the image object distance when human lens 004 imaging and image distance, U3、V3It is respectively image the Object distance during two convex lens 13 imagings and image distance, F1、F2、F3It is respectively the first convex lens 11, human eye crystalline substance The focal length of shape body the 004, second convex lens 13.
When carrying out vision detection, according to the imaging formula of human lens:With
The imaging formula of described second convex lens:
Can obtain formula: Y 2 = U 3 - F 3 · ( V 3 + Y 1 ) V 3 + Y 1 - F 1 ; With
Formula: F 2 ′ = ( U 2 - U 3 + F 3 · ( V 3 + Y 1 ) V 3 + Y 1 - F 1 ) · V 2 U 2 + V 2 - U 3 + F 3 · ( V 3 + Y 1 ) V 3 + Y 1 - F 1 ;
Wherein, Y1For the displacement of the second convex lens, Y during detection2For human eye retina's imaging change away from From, F2'-F2For the changing value of human lens focal length, myopia degree can be transferred to.
When carrying out vision treatment, according to the imaging formula of human lens:With
The imaging formula of described first convex lens:
Can obtain formula:
X = 1 2 ( V 1 + Y 2 - U 1 ± ( U 1 - V 1 - Y 2 ) 2 - 4 ( F 1 · U 1 + F 1 · V 1 + F 1 · Y 2 - U 1 · V 1 - Y 2 · U 1 ) ) ;
Wherein, the displacement of the first convex lens when X is treatment myopia.
So by regulating the position of two convex lenss, it is possible to detect vision condition and vision is controlled Treat, the most convenient but also quick.
Fig. 3 shows the cut-away view of the device of vision detection that the embodiment of the present invention provides and treatment.For It is easy to explanation, illustrate only the part relevant to the embodiment of the present invention.
The device of the detection of this vision and treatment includes detection module 1, display module 2, servosystem 3, wireless Transport module 4 and micro treatment module 5.Detection module 1 can accurately detect the vision condition of user, and The data detected are sent to micro treatment module 5, and micro treatment module 5 is sent out after processing described data Give display module 2 to show；Simultaneously in order to treat myopia, micro treatment module 5 can pass through servo system System 3 goes to regulate the parameter of detection module 1, to reach the purpose for the treatment of myopia；Wireless transport module 4 simultaneously Data after can being processed by micro treatment module 5 are transferred to intelligent terminal and carry out showing and preserving, or by intelligence The various orders of energy terminal are transferred to described micro treatment module 5.
Fig. 4 shows the circuit structure diagram of the device of vision detection that the embodiment of the present invention provides and treatment.For It is easy to explanation, illustrate only the part relevant to the embodiment of the present invention.
As one embodiment of the invention, detection module 1 includes: the first convex lens 11, pellicle mirror 12, Two convex lenss 13 and imageing sensor 14；Image in described display module 2 passes through shown first convex lens Imaging shows in the human eye retina of user, and the image of user human eye retina is by described Pellicle mirror 12 transmission is to shown second convex lens 13, and described image is passed by described second convex lens 13 again Being defeated by described imageing sensor 14, finally, described image is transmitted to institute by described imageing sensor 14 State micro treatment module 5.
Described display module 2 includes: the lcd driver 21 that is connected with described micro treatment module 5 and with institute State the LCD glass substrate 22 that lcd driver connects；Described micro treatment module 5 is by controlling described LCD Driver 21, image transmitting vision detection and treatment used is to described lcd driver 21, LCD Described image is sent to described LCD glass substrate 22 and shows by driver 21 again.
Described servosystem 3 includes: the first regulation unit 31 being connected with described micro treatment module respectively and the Two regulation unit 32, shown first regulation unit 31 and described second regulation unit 32 receive from described micro- The order of processing module 5, goes to regulate described first convex lens 11 and described second convex lens 12 the most respectively Focal length, allow the image in described display module 2 focus on different distance in human eye retina, Jin Errang The image that various distance of seeing user differs has reached the purpose for the treatment of myopia.
Described wireless transport module 4 includes: bluetooth is or/and WIFI chip 41, and described bluetooth is or/and WIFI Chip 51 is connected with described micro treatment module 5, and the data after being processed by described micro treatment module 5 are transferred to intelligence Terminal can carry out showing and preserving, or the various orders of intelligent terminal are transferred to described micro treatment module 5. As it is shown in figure 5, when carrying out vision detection, the operation of intelligent terminal comprises the following steps:
S11: open equipment；
S12: confirm that equipment is connected with APP；
S13: start vision detection；
S14: check testing result.
When carrying out vision detection, the operation of APP end comprises the following steps:
S21: open mobile phone A PP；
S22: open Bluetooth of mobile phone or WIFI；
S23: search and binding device；
S24: check testing result.
Vision data after described micro treatment module 5 will process are transmitted to intelligence eventually by wireless transport module 4 In end equipment and APP application, user can be checked by APP application in intelligent terminal is such as mobile phone Vision detection data, it is possible to data in APP application memory and are used as various uses.Such as check vision The historical data of situation, understands the variation tendency of own eyesight, with good friend, own eyesight situation is carried out ranking Comparing, the situation that vision promoted as contest and exchanges the foundation etc. that present participation is drawn a lottery.
As shown in Figure 6, when carrying out vision treatment, comprise the following steps:
S31:APP selects treatment set meal；
S32: start vision treatment；
S33: synchronized result is to APP；
S34: start vision detection；
S35: shutoff device and APP.
User can design in intelligent terminal and APP apply or download different visions by network and treat Course, or backstage recommends most suitable vision automatically according to the age of user, vision condition, the factor such as hobby Treatment course, and by bluetooth and WIFI etc., training course is uploaded to the dress that described vision detects and treats Put.
Described micro treatment module 5 uses micro-chip processor U1, the image test side of described micro-chip processor U1 P1 is connected with described imageing sensor 14, and the first control end P2 of described micro-chip processor U1 is with described the One regulation unit 31 connects, and the second control end P3 of described micro-chip processor U1 is single with described second regulation Unit 32 connects, and the LCD of described micro-chip processor U1 controls end P4 and is connected with described lcd driver 21, Communication ends P5 of described micro-chip processor U1 is connected with described bluetooth or WIFI chip 41.
The vision that the embodiment of the present invention provides that shows Fig. 7 detects and the device for the treatment of detects and the principle for the treatment of Figure.For convenience of description, illustrate only the part relevant to the embodiment of the present invention.
Wherein said LCD glass substrate 22 is surveyed and used by treatment through described first convex lens 11 nearly inspection Picture transfer to human eye retina 05, shown retina 05 by become image through described pellicle mirror 12 transmit to Described second convex lens 13, described second convex lens 13 is again by imaging graphics transport to described imageing sensor 14, described imageing sensor 14 is again by described image transmitting to described micro treatment module 5.
Owing to the crystalline lens diopter of different people is different, described display module 2 detects for vision and controls The definition of the image imaging in described imageing sensor 14 treated is different.So, can be by described first Regulation unit 31 and the second regulation unit 32 regulate described first convex lens 11 and described second convex lens respectively The position of 13, allows the detection of described vision and treatment picture used focus on different distance in human eye retina, And then allow user see the image that distance differs, then calculate the first regulation unit 31 and the second regulation unit The regulated variable of 32, just can calculate the vision condition of user, can carry out user eye simultaneously Shrink and loosen, and then reaching the purpose of vision treatment.Particularly allow user carry out hypermetropia training, see remote During place's object, the parallel rays of reflection can allow eye muscle be in relaxation state, thus eliminates eye muscle Tense situation, recovers and promotes the regulating power of eye muscle, reaches to treat pseudomyopia, alleviates true property near Depending on effect.
Wherein, described pellicle mirror 12 can be penetrated from the light in display module 2 and arrive user eyes, In user eyes, the light of reflection then reflexes to described second convex lens by described pellicle mirror 12 In 13.
In the present invention, the method for the detection of this vision and treatment includes vision testing method and vision Therapeutic Method, Vision can be treated while giving a test of one's eyesight；The device of the detection of this vision and treatment is by by vision detection dress Put and combine with vision therapy equipment, form a closed loop, can be to vision while giving a test of one's eyesight Treat, and vision therapeutic outcome can be shown again, allow user in the process for the treatment of myopia In clearly understand the lifting situation of oneself vision, eye is taken exercise to be conducive to encouraging them to adhere to；Meanwhile, should Device is the wearable device of a kind of small-sized similar shape of glasses, people in daily life can at any time with Ground uses this device understand the vision condition of oneself and treat accordingly, uses convenient, suitableeer Front yard and personal use of the whole family.
Meanwhile, the device of vision detection and treatment is combined by the present invention with intelligent terminal, blue by low-power consumption Tooth or the intelligent terminal such as WIFI and smart mobile phone carry out communication, and intelligent terminal can control this device, this device Data also can be transmitted to intelligent terminal by bluetooth or WIFI.User can operate this device more easily, Can also check that the vision of self promotes details and therapeutic effect intelligent terminal more easily.
The foregoing is only presently preferred embodiments of the present invention, not in order to limit the present invention, all at this Any amendment, equivalent and the improvement etc. made within bright spirit and principle, should be included in the present invention Protection domain within.

Claims (10)

1. a vision detection and the method for the treatment of, it is characterised in that said method comprising the steps of:
By image transmitting used to vision detection and treatment to human eye, with imaging on human eye retina；
Receive the image from human eye retina；
Described image it is analyzed and calculates, obtaining vision data；
Described vision data are shown；
Regulate corresponding parameter, the vision of user is treated.
2. vision detection as claimed in claim 1 and the method for the treatment of, it is characterised in that
Described by vision detection and treatment image transmitting used to human eye, concrete with imaging on human eye retina For:
Image used to the detection of described vision and treatment is formed the first image through the first convex lens；
Described first image is transmitted to human eye, through human lens imaging, shape on human eye retina Become the second image；
Described reception from human eye retina image particularly as follows:
Described second image is formed image through pellicle mirror transmission to the second convex lens；
Receive described image.
3. vision detection as claimed in claim 2 and the method for the treatment of, it is characterised in that to described imaging Image be analyzed and calculate particularly as follows:
Imaging formula according to human lens:With
The imaging formula of described second convex lens:
Can obtain formula: Y 2 = U 3 - F 3 · ( V 3 + Y 1 ) V 3 + Y 1 - F 1 ; With
Formula: F 2 ′ = ( U 2 - U 3 + F 3 · ( V 3 + Y 1 ) V 3 + Y 1 - F 1 ) · V 2 U 2 + V 2 - U 3 + F 3 · ( V 3 + Y 1 ) V 3 + Y 1 - F 1 ;
Wherein, U2、V2It is respectively the image object distance when human lens imaging and image distance, U3、V4Respectively For the image object distance when the second convex lens and image distance, Y1The displacement of the second convex lens during for detecting, Y2For the change distance of human eye retina's imaging, F1、F2、F3Be respectively the first convex lens, human lens, The focal length of the second convex lens.Wherein, U2、V2、U3、V3、F1、F2、F3For known parameter.Wherein F2'-F2 For the changing value of human lens focal length, it is myopia degree.
4. vision detection as claimed in claim 3 and the method for the treatment of, it is characterised in that regulation is corresponding Parameter, the vision of user is treated particularly as follows:
Imaging formula according to human lens:With
The imaging formula of described first convex lens:
Can obtain formula:
X = 1 2 ( V 1 + Y 2 - U 1 ± ( U 1 - V 1 - Y 2 ) 2 - 4 ( F 1 · U 1 + F 1 · V 1 + F 1 · Y 2 - U 1 · V 1 - Y 2 · U 1 ) ) ;
Wherein, U1、V1Being respectively the image object distance when the first convex lens and image distance, X is near for treatment The displacement of apparent time the first convex lens.
5. a vision detection and the device for the treatment of, it is characterised in that described device includes:
The detection module of the situation that gives a test of one's eyesight；
Display vision detection and the display module for the treatment of image used；
Regulate the servosystem of described detection module parameters；
Wireless transport module by described vision condition transmission to intelligent terminal；
It is connected with described detection module, display module, servosystem and wireless transport module respectively, to described Vision condition carries out the micro treatment module processed.
6. vision detection as claimed in claim 5 and the device for the treatment of, it is characterised in that described detection mould Block includes:
Transmit the detection of described vision and treatment image transmitting used to first convex lens of human eye retina；
Receive and the pellicle mirror of transmission people's eyes retina image；
Receive the second convex lens of described human eye retina's image that pellicle mirror spreads out of；With
Obtain the imageing sensor of described human eye retina's image that described second convex lens spreads out of.
7. vision detection as claimed in claim 6 and the device for the treatment of, it is characterised in that described display mould Block includes:
The lcd driver being connected with described micro treatment module；With
It is connected with described lcd driver, shows the detection of described vision and the LCD glass for the treatment of image used Substrate.
8. vision detection as claimed in claim 7 and the device for the treatment of, it is characterised in that described servo system System includes:
It is connected with described micro treatment module, regulates the first regulation unit of described first convex lens；With
It is connected with described micro treatment module, regulates the second regulation unit of described second convex lens.
9. vision detection as claimed in claim 8 and the device for the treatment of, it is characterised in that described wireless biography Defeated module includes:
The bluetooth being connected with described micro treatment module or WIFI chip.
10. vision detection as claimed in claim 9 and the device for the treatment of, it is characterised in that described micro-place Reason module uses the image test side P1 of micro-chip processor U1, described micro-chip processor U1 and described image Sensor connects, and the first control end P2 of described micro-chip processor U1 is connected with described first regulation unit, The second control end P3 of described micro-chip processor U1 is connected with described second regulation unit, described micro-process core The LCD of sheet U1 controls end P4 and is connected with described lcd driver, the communication of described micro-chip processor U1 End P5 is connected with described bluetooth or WIFI chip.
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Publication number Priority date Publication date Assignee Title
CN107767941A (en) * 2017-11-20 2018-03-06 李雪鹏 Monitoring system and method for myopia
CN107767941B (en) * 2017-11-20 2021-11-02 李雪鹏 Monitoring system and method for myopia treatment
CN112263451A (en) * 2020-10-28 2021-01-26 中国人民解放军陆军特色医学中心 Correcting instrument for inhibiting myopia degree from deepening
CN112263451B (en) * 2020-10-28 2022-11-08 中国人民解放军陆军特色医学中心 Correcting instrument for inhibiting myopia degree from deepening

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