CN209460514U - A kind of anti-myopia glasses - Google Patents
A kind of anti-myopia glasses Download PDFInfo
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- CN209460514U CN209460514U CN201822045973.3U CN201822045973U CN209460514U CN 209460514 U CN209460514 U CN 209460514U CN 201822045973 U CN201822045973 U CN 201822045973U CN 209460514 U CN209460514 U CN 209460514U
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Abstract
The utility model relates to myopia prevention equipment technical field more particularly to a kind of anti-myopia glasses, the difference is that: it includes the mirror holder and embedded system of hollow frame structure；Embedded system includes master control borad, sensor, actuator, connector and rechargeable battery, and master control borad includes microprocessor and wired communication interface, and wired communication interface is used to sensor, actuator, connector, rechargeable battery being connected to microprocessor；Sensor includes the first luminance sensor, ultrasonic sensor, acceleration transducer and gyro sensor；Wherein, the first luminance sensor and ultrasonic sensor are set on front side of mirror holder；Actuator includes massage electrode patch and voice module.The utility model can improve and is accustomed to eye, pre- myopia prevention.
Description
Technical field
The utility model relates to myopia prevention equipment technical field more particularly to a kind of anti-myopia glasses.
Background technique
Myopia is a kind of common phenomenon, and the reason of myopia is caused mainly to have inside and outside two kinds of factors: internal cause mainly with heredity
Or body nutrition is related；External cause is mainly related with eye habit, when user reads books, near-sighted reason may with eye distance
From excessively close, too strong or excessively weak related with the illuminating ray on eye overlong time, reading face, when user's read electronic screen,
Near-sighted reason may cause with eye hypotelorism, with eye overlong time, too strong or excessively weak, the electronic curtain brightness of illuminating ray etc.
Use asthenopia it is related；The serious is many teenagers do not recognize that the reason of myopia, also protect problem after myopia
It holds original life and is accustomed to eye, cause myopia degree that can constantly increase；Glasses are adjustable as a kind of common equipment
Eyesight temporarily solves the problems, such as to see remote unclear；Common glasses have a single function in the market, user can only be allowed temporarily to see clear
It is clear, but the bad life of patient can not be changed and be accustomed to eye, more without the function of alleviating asthenopia, so many users
Eyesight still can more deteriorate.
Glasses in the prior art can detecte the parameters such as eye-using environment light, distance, and can issue alarm, but not
Further step can be taken to prevent and treat myopia；
In consideration of it, to overcome drawbacks described above, providing a kind of anti-myopia glasses becomes this field urgent problem to be solved.
Summary of the invention
The purpose of this utility model is to provide for a kind of anti-myopia glasses, and energy improvement is accustomed to eye, pre- myopia prevention.
In order to solve the above technical problems, the technical solution of the utility model are as follows: a kind of anti-myopia glasses, including mirror holder, institute
Stating mirror holder includes frame, temple and earpiece, and the temple is connected to frame two sides and extends back, and the earpiece is connected to temple
Rear side；Nose support is equipped between the frame；It is characterized by: the glasses further include the embedded system on mirror holder, institute
Stating mirror holder is hollow frame structure；
The embedded system includes master control borad, sensor, actuator, connector and rechargeable battery, the master control borad packet
Include microprocessor and the wired communication interface for being connected to microprocessor, the wired communication interface be used for by sensor, actuator,
Connector, rechargeable battery are connected to microprocessor；
The sensor includes for measuring the first luminance sensor of field luminance between glasses front side and reading face, using
Ultrasonic sensor, the acceleration transducer for detecting wearer's head posture of distance between measurement reading face and glasses
And gyro sensor；First luminance sensor is used to collected luminance parameter being sent to microprocessor, micro process
Device judges whether field luminance is suitable for eye health between reading face on front side of glasses；First luminance sensor and ultrasonic wave
Sensor is set on front side of mirror holder；
The actuator includes massage electrode patch and voice module.
By above scheme, the sensor further includes the second luminance sensor, the second luminance sensor insertion installation
It is used to detect the ambient brightness of wearer side in side earpiece；The side ambient brightness and that second luminance sensor detects
Field luminance is transmitted to microprocessor between reading face on front side of the glasses that one luminance sensor detects, microprocessor is to two
A luminance parameter carries out judgement to be reminded by actuator, if reading face is electronic curtain, the environment of wearer side
Brightness affects eyesight quality, and therefore, the ambient brightness using the second luminance sensor detection wearer side further improves
Wearer is accustomed to eye.
By above scheme, frame, temple, earpiece are the hollow frame structures made of light metal or plastics；It is described
Master control borad is set in side earpiece cavity, and the connector and rechargeable battery are set in other side earpiece cavity, and described first is bright
Degree sensor, ultrasonic sensor, acceleration transducer and gyro sensor are embedded in and are installed on frame front side wall, and described the
The insertion of two luminance sensors is installed on side earpiece；Since each sensor is largely set on front side of frame, cause people for acquiring
Myopia multiple external factors, in order to balance each component, it is preferred that by master control borad be set to earpiece in, earpiece is generally conventional
It is accessory in glasses, the utility model is as the important accessory for accommodating circuit block, inside installation master control borad, connection
Mouth and rechargeable battery reduce the larger transformation to other mirror holder portion structures, improve design aesthetic feeling, and are mounting circuit boards
Etc. providing exceptional space.
By above scheme, the master control borad is set in side earpiece cavity, and the connector and rechargeable battery are set on another
It picks up the ears to hold in the palm in cavity, first luminance sensor, ultrasonic sensor, acceleration transducer and gyro sensor are embedded in
It is installed on frame front side wall.
By above scheme, communication line and power supply line are equipped in the mirror holder, the communication line is by sensor, actuator, company
Interface is connected to the communication between wired communication interface realization sensor, actuator, connector and microprocessor, and the power supply line will
Rechargeable battery is connected to power supply of the wired communication interface realization to master control borad；The data of sensor acquisition are transmitted to by communication line
Actuator is fed back to after microprocessor is handled and by result, actuator progress is corresponding to execute operation.
By above scheme, connector is also connected to wired communication interface by the power supply line, and the master control borad can be by charging
Battery power supply, can also be connect with connector by external power supply and be powered by external power supply；External power supply is connect with connector, connection
Mouth is connect with rechargeable battery charges to rechargeable battery by external power supply；Connector and rechargeable battery provide two kinds for master control borad
Power supply mode improves the practicability of device.
By above scheme, the temple two sides are equipped with the plug-in type connection terminal for installing massage electrode patch；It is described
Plug-in type connection terminal is connected to communication line.
By above scheme, the master control borad is equipped with the wireless communication interface for being connected to microcontroller, the wireless communication
Interface is used for and external wireless terminal communications.
By above scheme, the wired communication interface is made up of the UART port switching RS485 communication module of microprocessor,
It can be connect with multiple and different sensors, actuator, RS485 traffic rate is high, increases multiple spot, two-way communications capabilities, that is, allows
Multiple transmitters are connected in same bus, while increasing the driving capability and conflict protection feature of transmitter, are extended
Bus common mode range；The wireless communication interface, can be with external nothing by the UART port switching WIFI module composition of microprocessor
The connection of line terminal；The connector is transferred USB chip composition by serial ports, can be used for connecting other external terminals carry out communication or
It charges to rechargeable battery；Preferably, the interface connected on the USB chip is Micro USB type interface, and Micro USB is USB
One portable version of 2.0 standards saves space, compatible USB1.1 (low speed: 1.5Mb/s, full speed: 12Mb/s) and USB 2.0
(high speed: 480Mb/s), while data transmission and charging being provided, it is transmitted especially suitable for the data of high speed (HS) or higher rate,
Versatility is wide, easy to use.
By above scheme, the microprocessor uses paster type encapsulation chip；Preferably, microprocessor model can be used
STC15W408AS SOP20 or MSP430F149IPMR 64-QFP can reduce volume using patch type.
By above scheme, glasses further include eyeglass, and the eyeglass is installed in frame；The eyeglass is plano lens, closely
Visor piece or progressive addition lense piece；Plano lens have anti-blue light function, using flat with anti-blue light function when no myopia
Light microscopic piece can prevent trouble before it happens, pre- myopia prevention；If near-sighted, assemble appropriate diopter and/or astigmatism concave lens or
Progressive addition lense piece has the function of correcting defects of vision.
Compared with prior art, it using the anti-myopia glasses of above-mentioned technical proposal, has the following beneficial effects: using this
The embedded system of utility model can not only monitor many factors for causing a variety of bad habits of myopia to cause myopia, and
And data judgement can be carried out, while using massage electrode patch, implementation heat radiation is passed through to the acupuncture point for facilitating eyesight improving
Or application certain frequency and intensity are massaged；By correct operation, advantageous information can be obtained, improvement is accustomed to eye, mitigates close
Depending on promoting people's health life.
Detailed description of the invention
Fig. 1 is the utility model external structure schematic diagram；
Fig. 2 is the structural block diagram of the utility model embodiment embedded system；
Fig. 3 is the utility model embodiment integrated circuit functional block diagram；
Fig. 4 is the connection schematic diagram of microprocessor and wireless terminal or cloud platform in the utility model another kind embodiment；
Appended drawing reference:
1, mirror holder；101, frame；102, temple；1021, plug-in type connection terminal；103, earpiece；103a, left side earpiece；
103b, right side earpiece；104, nose support；105, eyeglass；
2, master control borad；201, microprocessor；202, wired communication interface；203, wireless communication interface；
3, sensor；301, the second luminance sensor；302, the first luminance sensor；303, ultrasonic sensor；304,
Acceleration transducer；305, gyro sensor；
4, actuator；401, massage electrode patch；402, voice module；
5, connector；
6, rechargeable battery；
7, communication line；
8, power supply line.
Specific embodiment
In order to make the purpose of the utility model, technical solutions and advantages more clearly understood, with reference to the accompanying drawing and specifically
Embodiment is described in further detail the utility model.
Fig. 1 to Fig. 3 is please referred to, the utility model is a kind of anti-myopia glasses comprising the mirror holder 1 of hollow frame structure,
Embedded system and eyeglass 105 on mirror holder 1.
The shape overall structure of mirror holder 1 is as shown in Figure 1, mirror holder 1 includes frame 101, is connected to 101 two sides of frame and backward
The temple 102 of extension and the earpiece 103 for being connected to 102 rear side of temple；Nose support 104 is equipped between frame 101；Earpiece 103 includes
The right side earpiece 103b of left side earpiece 103a positioned at 102 rear side of temple in left side and 102 rear side of temple positioned at right side；This reality
It applies in example, frame 101 and temple 102 are made of light metal or plastics, and inside, which is worn, puts communication line 7 and power supply line 8；Earpiece 103
Material be flexible plastic.
Eyeglass 105 is installed in frame 101, and eyeglass 105 can be customized according to individual demand, since blue light is to retina
Macula lutea has biggish injury, and the plain glass spectacles of the utility model configuration use the plano lens with anti-blue light function, for
People without myopia have certain protective effect；And for near-sighted people, eyeglass 105 using with appropriate diopter and
Or the concave lens of astigmatism.
In conjunction with Fig. 2 and Fig. 3, embedded system includes master control borad 2 and the sensor 3 for being connected to master control borad 2, actuator 4, connects
Interface 5, rechargeable battery 6；Master control borad 2 includes microprocessor 201, the wired communication interface 202 and nothing for being connected to microprocessor 201
Line communication interface 203, wired communication interface 202 are micro- for sensor 3, actuator 4, connector 5, rechargeable battery 6 to be connected to
Processor 201, wireless communication interface 203 is for realizing the communication with external wireless terminal；
Master control borad 2 is the circuit board of core with microprocessor 201, is set to left side earpiece 103a using multilayer circuit board design
In, circuit components use patch type, to reduce volume；In the present embodiment, microprocessor 201 uses paster type encapsulation chip,
Model STC15W408AS SOP20；Various peripheral components such as resistance, capacitor are all made of the miniature patch formula envelope of 0603 type
Dress；The communication interface that wired communication interface 202 is carried by microprocessor 201 or the communication by UART port Jing Guo respective protocol
Module (such as RS485, CAN) is transferred, the UART port switching WIFI mould that wireless communication interface 203 passes through microprocessor 201
Block or bluetooth module composition；In the present embodiment, wire communication module communicates mould by the UART port switching 485 of microprocessor 201
Block composition, can connect with different sensors 3 and actuator 4, and 485 conversion chips are SN75276；Wireless communication interface 203 passes through
The UART port switching WIFI module composition of microprocessor 201, serial ports turn WIFI module model USR-C322.
Master control borad 2 is using the multicore socket connector for being connected to wired communication interface 202 and the communication line 7 being arranged in mirror holder 1
It is connected with power supply line 8, master control borad 2 is connected to sensor 3, actuator 4 by communication line 7 and power supply line 8 and is mounted on right side ear
Hold in the palm the connector 5 and rechargeable battery 6 of 103b；Communication line 7 is I2C bus, and sensor 3, actuator 4, connector 5 have been connected to
Line communication interface 202 realizes the communication between sensor 3, actuator 4, connector 5 and microprocessor 201, and power supply line 8 will charge electric
Pond 6 is connected to power supply of the realization of wired communication interface 202 to master control borad 2, and connector 5 is also connected to wire communication by power supply line 8
Interface 202, master control borad 2 can be powered by rechargeable battery 6, can also be powered by connector 5；Connector 5 also connects with rechargeable battery 6
Connect the charging that can be achieved to rechargeable battery 6；In the present embodiment, connector 5 is made up of serial ports switching USB chip, can be used for connecting
It connects other external terminals and is communicated or connected external power supply to the charging of rechargeable battery 6, serial ports turns USB chip model and is
CP2102, the interface connected on the USB chip are Micro USB type interface.
Sensor 3 is microsensor, can acquire illumination relevant to eye is used, viewing distance, wearer's head posture
(including view direction etc.), with the parameters such as between at the moment；Sensor 3 includes the second luminance sensor 301, the first luminance sensor
302, ultrasonic sensor 303, acceleration transducer 304 and gyro sensor 305, wherein the first luminance sensor 302,
Ultrasonic sensor 303, acceleration transducer 304 and gyro sensor 305, which are embedded in, is installed on 101 front side of frame, and second
The insertion of luminance sensor 301 is installed on left side earpiece 103a；The environment that second luminance sensor 301 acquires wearer side is bright
Degree, the first luminance sensor 302 acquire the field luminance between reading face, the second luminance sensor 301 and first on front side of glasses
Luminance sensor 302 acquires the luminance factor for causing people's myopia and luminance parameter is sent to microprocessor 201 and compares
With confirm the brightness of reading face whether be suitable for eye health, luminance parameter be more than microprocessor given threshold, then by actuator into
Row is reminded；In the present embodiment, the model of the second luminance sensor 301 and the first luminance sensor 302 is BH1750FVI；It is super
Sonic sensor 303, acceleration transducer 304 and gyro sensor 305 are for measuring eye condition, such as viewing distance, side
To etc. parameters；Ultrasonic sensor 303 is used to measure the distance that face and eyes are read immediately ahead of glasses, and insertion is mounted on frame
In nose support 104 among 101, including transmitter and receiver, transmitter emit ultrasonic wave forwards, while emission time
The counter of single-chip microcontroller starts timing, and ultrasonic wave is propagated in air, and the blocking for encountering reading face on the way just reflects immediately,
Receiver receives the ultrasonic wave being reflected back and just stops timing immediately, is remembered according to the aerial spread speed of ultrasonic wave and timer
The time of record, so that it may calculate distance of the launch point away from the face of reading；Ultrasonic sensor 303 uses small size model
TCT40 series；Acceleration transducer 304 can measure the sight elevation angle or inclination angle of glasses, for determining bowing for wearer's head
Elevation angle degree and tilt angle, gyro sensor 305 measure the space angle of glasses, and acceleration transducer 304 and gyroscope pass
Sensor 305, which combines, can determine wearer's head posture, and acceleration transducer 304 and gyro sensor 305 are integrated in
305 measuring angle of gyro sensor is used in MPU6050, MPU6050, with 304 measuring acceleration of acceleration transducer；Different sensors
The timer function of 3 cooperation microprocessors 201, can collect the time parameter of eye condition, to judge whether to meet anti-close
Depending on requiring.
Actuator 4 includes massage electrode patch 401 for being massaged acupuncture point related to eyesight and mentions for voice
The voice module 402 shown；Voice module 402 is located in the earpiece 103 at 102 rear portion of temple, and 102 two sides of temple are logical equipped with being connected to
Believe the plug-in type connection terminal 1021 of line 7；Plug-in type connection terminal 1021 is for installing massage electrode patch 401 to massage difference
Acupuncture point, such as Jingming acupoint or temple, nose support 104 is exactly the Jingming acupoint position closely related with human eyesight under normal circumstances,
It is the temple position closely related with human eyesight in the middle part of temple 102；Between certain use can be set in microprocessor 201 at the moment
Or the threshold value of illumination parameter is as enabled instruction, microprocessor 201 according to sensor 3 detect when being more than threshold value with eye parameter
Enabled instruction is sent to massage electrode patch 401, massage electrode patch 401 obtains enabled instruction, and microprocessor 201 exports centainly
The electric current of frequency or intensity massages acupuncture point relevant to eye eyesight health to massage electrode patch 401, people can be reminded to change
Become and the bad of myopia is caused to use eye behavior；In the present embodiment, microprocessor 201 is also connected with switch, it can be achieved that massage electrode is pasted
Manually controlling for piece 401, is massaged at any time in a manual mode, can also be closed at any time；The model AY- of massage electrode patch 401
208。
In conjunction with Fig. 1 to Fig. 4, in another embodiment, anti-myopia glasses can interface 203 and external nothing by wireless communication
Line terminal or cloud platform communication, wireless communication interface 203 are interacted by wireless WLAN protocol with mobile phone or other wireless terminals, are used
It stores and analyzes in data；By parameter that sensor 3 acquires, interface 203 is transmitted to wirelessly microprocessor 201 by wireless communication
As a result terminal can be fed back and carry out display on a wireless terminal or carry out voice reminder by mobile phone microphone, show or remind interior
Hold includes correcting bad eye habit, supplement to facilitate the nutriment etc. of prevention myopia；It can also interface 203 by wireless communication
The actuator 4 that result is fed back to anti-myopia glasses, is reminded by vibromassage or voice module 402.
Mobile phone or other wireless terminals can also be connect by internet with cloud platform, be obtained wider, better quality
Health service；The data that the sensor 3 of anti-myopia glasses acquires can not only be transmitted to cloud platform database by mobile phone, can also be straight
It connects and is transmitted to cloud platform progress data processing, data processed result is then fed back into mobile phone or other wireless terminals, and it is wireless
Terminal feeds back to glasses further through wireless communication interface 203, thereby executing voice reminder or other executes operation；At this moment, wirelessly
Terminal will be used as client, connect cloud computing platform, local data is not only acquired upload, while it is big to obtain cloud platform
Data feedback provides being good for one's health of more individual demands, the service of life convenient.
The implementation steps of the present embodiment are as follows:
Step 1: eye condition is detected to qualified professional optician's shop or hospital, examining report is provided, is matched by report
Set the eyeglass 105 to match with the mirror holder 1 of the utility model；
Step 2: wearing glasses, and in normal life study, opens equipment power supply, and meeting automatic collection is accustomed to data with eye,
The data of acquisition can locally obtain voice reminder and automatic massage；
Step 3: interface 203 connects mobile phone terminal by wireless communication, at this moment needing to be arranged the IP of glasses and mobile phone
Location makes the two work in same network segment；Then the data acquired are passed on mobile phone automatically and are monitored, and are obtained in relation to the habit with eye
Used curve；Instruction can also issue to glasses, obtain starting and stopping for voice reminder and automatic massage；
Step 4: it is further, it is connect with mobile phone with cloud platform；Data in mobile phone is transmitted to cloud automatically and put down by registration service
Platform；Cloud platform provides processing result, feeds back information to mobile phone terminal by big data analysis；
Step 5: mobile phone terminal is communicated with glasses by WIFI interface；Mobile phone terminal it is settable automatically with manual two kinds of moulds
Formula.In automatic mode, when big data analysis result is fed back, bad eye can be used by the way that voice reminder is related with hypometropia
Habit is reminded；Massager can also be driven automatically to point massage；It can massage, can also be closed at any time at any time in a manual mode；
Step 6: the data of acquisition can be transferred directly to cloud platform server by network by glasses；But needs are operating
Preceding network address, the related protocol etc. that both sides are set by mobile phone.
The above content is combine specific embodiment further detailed description of the utility model, and it cannot be said that
The specific implementation of the utility model is only limited to these instructions.For the utility model person of an ordinary skill in the technical field
For, without departing from the concept of the premise utility, a number of simple deductions or replacements can also be made, all should be considered as belonging to
In the protection scope of the utility model.
Claims (10)
1. a kind of anti-myopia glasses, including mirror holder (1), the mirror holder (1) includes frame (101), temple (102) and earpiece
(103), the temple (102) is connected to frame (101) two sides and extends back, and the earpiece (103) is connected to temple (102)
Rear side；Nose support (104) are equipped among the frame (101), it is characterised in that: the glasses further include being set on mirror holder (1)
Embedded system, the mirror holder (1) are hollow frame structure；
The embedded system includes master control borad (2), sensor (3), actuator (4), connector (5) and rechargeable battery (6), institute
Stating master control borad (2) includes microprocessor (201) and the wired communication interface (202) for being connected to microprocessor (201), described wired
Communication interface (202) is used to sensor (3), actuator (4), connector (5), rechargeable battery (6) being connected to microprocessor
(201)；
The sensor (3) includes the first luminance sensor for measuring the field luminance between reading face on front side of glasses
(302), for measuring the ultrasonic sensor (303) of distance between reading face and glasses, for detecting wearer's head posture
Acceleration transducer (304) and gyro sensor (305)；First luminance sensor (302) is used for will be collected
Luminance parameter is sent to microprocessor (201), and microprocessor (201) judges between on front side of glasses and reading face whether is field luminance
Suitable for healthy with eye；First luminance sensor (302) and ultrasonic sensor (303) are set on front side of mirror holder (1)；
The actuator (4) includes massage electrode patch (401) and voice module (402).
2. anti-myopia glasses according to claim 1, it is characterised in that: the sensor (3) further includes that the second brightness passes
Sensor (301), the second luminance sensor (301) insertion are installed on side earpiece (103) for detecting wearer side
Ambient brightness.
3. anti-myopia glasses according to claim 1, it is characterised in that: the master control borad (2) is set to side earpiece (103)
In cavity, the connector (5) and rechargeable battery (6) are set in other side earpiece (103) cavity, first luminance sensor
(302), ultrasonic sensor (303), acceleration transducer (304) and gyro sensor (305) are embedded in and are installed on frame
(101) front side.
4. anti-myopia glasses according to claim 3, it is characterised in that: be equipped with communication line (7) and electricity in the mirror holder (1)
Sensor (3), actuator (4), connector (5) are connected to wired communication interface (202) in fact by source line (8), the communication line (7)
Communication between existing sensor (3), actuator (4), connector (5) and microprocessor (201), the power supply line (8) will be charged electric
Pond (6) is connected to wired communication interface (202) and powers to master control borad (2).
5. anti-myopia glasses according to claim 4, it is characterised in that: the power supply line (8) also connects connector (5)
To wired communication interface (202), the master control borad (2) can be powered by rechargeable battery (6), can also be by external power supply and connector
(5) connection is powered by external power supply；External power supply is connect with connector (5), and connector (5) connect logical with rechargeable battery (6)
External power supply is crossed to charge to rechargeable battery (6).
6. anti-myopia glasses according to claim 4, it is characterised in that: temple (102) two sides are equipped with for installing
The plug-in type connection terminal (1021) of massage electrode patch (401)；The plug-in type connection terminal (1021) is connected to communication line
(7)。
7. anti-myopia glasses according to claim 1, it is characterised in that: the master control borad (2) is equipped with and is connected to micro-control
The wireless communication interface (203) of device processed, the wireless communication interface (203) are used for and external wireless terminal communications.
8. anti-myopia glasses according to claim 7, it is characterised in that: the wired communication interface (202) passes through micro- place
The UART port switching RS485 communication module composition of device (201) is managed, the wireless communication interface (203) passes through microprocessor (201)
UART port switching WIFI module composition；The connector (5) is made up of serial ports switching USB chip, is connected on USB chip
Micro USB type interface.
9. anti-myopia glasses according to claim 1, it is characterised in that: the microprocessor (201) is sealed using patch type
Cartridge chip.
10. anti-myopia glasses according to claim 1, it is characterised in that: the glasses further include eyeglass (105), described
Eyeglass (105) is installed in frame (101)；The eyeglass (105) is plano lens, concave lens or progressive addition lense piece.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201822045973.3U CN209460514U (en) | 2018-12-06 | 2018-12-06 | A kind of anti-myopia glasses |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201822045973.3U CN209460514U (en) | 2018-12-06 | 2018-12-06 | A kind of anti-myopia glasses |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN209460514U true CN209460514U (en) | 2019-10-01 |
Family
ID=68039899
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201822045973.3U Expired - Fee Related CN209460514U (en) | 2018-12-06 | 2018-12-06 | A kind of anti-myopia glasses |
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| Country | Link |
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| CN (1) | CN209460514U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109633927A (en) * | 2018-12-06 | 2019-04-16 | 南京工业职业技术学院 | A kind of anti-myopia glasses |
| CN112882256A (en) * | 2021-04-06 | 2021-06-01 | 哈尔滨理工大学 | Multi-functional intelligent myopia glasses |
-
2018
- 2018-12-06 CN CN201822045973.3U patent/CN209460514U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109633927A (en) * | 2018-12-06 | 2019-04-16 | 南京工业职业技术学院 | A kind of anti-myopia glasses |
| CN112882256A (en) * | 2021-04-06 | 2021-06-01 | 哈尔滨理工大学 | Multi-functional intelligent myopia glasses |
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| GR01 | Patent grant | ||
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| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20191001 |