CN203506718U - Intelligent spectacles - Google Patents
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- CN203506718U CN203506718U CN201320544149.7U CN201320544149U CN203506718U CN 203506718 U CN203506718 U CN 203506718U CN 201320544149 U CN201320544149 U CN 201320544149U CN 203506718 U CN203506718 U CN 203506718U
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Abstract
The utility model discloses intelligent spectacles which comprise a spectacle frame, an inertia sensor, a data processing module, an alarm display module and a power source module, wherein the inertia sensor, the data processing module, the alarm display module and the power source module are arranged in the spectacle frame. The inertia sensor, the alarm display module and the power source module are electrically connected with the data processing module, and the inertia sensor is an accelerometer or an angular velocity sensor, or an inertia measuring unit or an attitude and heading reference system formed by combining a single axle, or double axles or three axles of the accelerometer or the angular velocity sensor. The intelligent spectacles are simple in structure, comprehensive in function and good in ductility, and a user can use eyes healthily under various conditions through comprehensive-function precise detection of various factors affecting the vision, such as gestures in two directions of the head of the user, eye using distance, eye using duration and various light conditions.
Description
Technical field
This utility model relates to a kind of intelligent glasses.
Background technology
Vision correction glasses are to have used in the world maximum portable type medical apparatus and instruments.Except hypermetropia, the average bathomorphic sickness rate in the world is 22%, and the bathomorphic sickness rate of China is 35%, is only second to Japan, is one of country that myopia prevalence is the highest.According to authoritative department statistics, show, the sickness rate of China's juvenile myopia in 1999 is about pupil 20%～30%, and junior school student 40%～50%, high school student 50%～60%, and university students 70%, and graduate reaches 76% left and right, up to the present, China has become the maximum country of myopia number in the world.At present the teenager pressure of entering a higher school is large, and various Training and Learning are many, and the universal and popularization of TV, computer, hand-held intelligent equipment etc., and bathomorphic prevalence is raise year by year, and orientedly become younger, the trend of high number of degrees development.
Except glasses for the myopia and spectacles for long sight, glasses also have sunglasses, decorative glasses, Sports spectacles etc., and the carrying in a large number of glasses makes to design on its basis intelligent function becomes a kind of development trend in the ascendant.U.S. Google, Microsoft etc. are for developing one after another oneself intelligent glasses in the high-tech company of representative.Existing intelligent glasses, as Google's issue " Project Glass ", integrates smart mobile phone, GPS, camera, represents real time information, and can take pictures and upload, inquire about weather road conditions, motion monitoring etc. before user; Vancouver Recon Instruments company has made professional motion sunglasses " Recon Jet ", has processor, display screen, video card, communication equipment, GPS, high-definition camera, accelerator, gyroscope, altitude meter, magnetic strength instrument and thermometer, infrared detector, mike, speaker to monitor a plurality of motion index of athlete; Also has the augmented reality intelligent glasses of Microsoft etc.But these intelligent glasses are not only expensive, function is complicated, and external form is far from the design of traditional eyewear, or eyeglass can not be installed, or is exactly that integral type fixing len can not be replaced, and cannot correct defects of vision, and can not replace the vision correction glasses of user; They are myopia prevention and correcting faulty sitting posture in advance all, and life-time service also may affect one's power of vision.
Juvenile myopia have a clear and definite exopathogenic factor---long-time close eye is the key of prevention work therefore reduce the harmful effect of vision load.First, should form and good by eye custom, reduce eyestrain, such as read Shu ﹑ Xie Zi ﹑ sees TV, plays computer etc. and do not surpass 1 hour continuously between at the moment, general with eye 45 minutes to 1 hour, have a rest 10 minutes; Secondly, keep correct read-write posture, correct sitting posture should be that upper body is straight and upright, draw the abdomen, the micro-receipts of lower jaw, glasses also can alleviate eyestrain more than at least will reaching 30cm apart from the distance of books or electronic product effectively, and bad standing and sitting gesture is also the important factor in order of the diseases such as hunchback, pain in the lumbar region in addition; The 3rd, there is good illumination, light is not crossed secretly or is excessively strong, under the excessive condition of background and prospect illumination contrast differences, reads, and while writing, hand shade should not block word etc.
Existing a lot of related preventives and the instrument of correcting sitting posture and the shortcoming of pertinent literature scheme are at present: first, this class scheme of great majority needs user to carry an extra equipment or instrument, on different academic environmenies is with whenever and wherever possible, so natural and convenient unlike glasses; Secondly, although the function of these schemes has increased, cover not comprehensively, and all do not possess the miscellaneous function that video recording, photograph, recording, motion monitoring, auxiliary light illumination, function application extension etc. facilitate studying and living; Finally, they have only illustrated enforceable Principle Method or circuit structure and workflow mostly, lack complete device scheme.
Utility model content
Technical problem to be solved in the utility model is to provide a kind of simple in structure, complete function, the intelligent glasses that ductility is good.
In order to solve the problems of the technologies described above, technical scheme provided by the utility model is: a kind of intelligent glasses, comprises spectacle frame, and be arranged on inertial sensor, data processing module, alarm display module and power module in spectacle frame; Described inertial sensor, alarm display module and power module are all electrically connected to data processing module; Described inertial sensor adopts accelerometer or angular-rate sensor, or by Inertial Measurement Unit or the boat appearance reference system of single, double, the three axles combinations of accelerometer or angular-rate sensor.
Described alarm display module comprises voice unit (VU) and/or vibration unit and/or luminescence unit and/or electrode stimulating unit and/or electrochromic cells.
Described alarm display module comprises LCDs or projection screen or luminous tube or luminous tube combination.
Described power module comprises can utilize the standard interface of cable data transport module or chargeable normal cell or the nonstandard battery that wireless charging module charges, or comprises interchangeable normal cell.
An intelligent glasses, also comprises and is arranged in spectacle frame 1 and the built-in mass storage and/or the external memory interface that are electrically connected to data processing module.
An intelligent glasses, also comprises and is arranged in spectacle frame 1 and the photographing module and the range sensor that are electrically connected to data processing module.
Described photographing module adopts photographic head.
An intelligent glasses, also comprises and is arranged in spectacle frame 1 and the mike being electrically connected to data processing module.
An intelligent glasses, also comprises and can carry out with other equipment with identical communication interface and agreement the communication module of data interaction and transmission; Described communication module is arranged in spectacle frame 1 and is electrically connected to data processing module; Described communication module adopts wired and/or communication.
Described inertial sensor, data processing module, alarm display module, photographing module, mike and communication module all adopt the chip of low-power consumption or super low-power consumption technology.
An intelligent glasses, also comprises and is arranged on spectacle frame 1 and the action button being electrically connected to data processing module or switch; Described action button or switch are button structure or disc type structure or touch structure.
An intelligent glasses, also comprises the travel switch for switching on and shutting down or the position switch that are electrically connected to data processing module; Described travel switch or position switch are arranged on mirror foot and the picture frame junction of glasses, and when mirror foot is folding when closing automatic shutdown, mirror foot opens rear Auto Power On.
An intelligent glasses, also comprises and is arranged on the assist illuminator that spectacle frame is upper and be electrically connected to power module.
Described spectacle frame adopts waterproof and dustproof and shockproof structure.
Adopted after technique scheme, the utlity model has following beneficial effect: (1) this utility model can to the posture of the head both direction of user, with eye distance from and with between at the moment, the various accurate detections of making complete function with the many factors that optical condition etc. affects one's power of vision, guarantee user eye health under various conditions.
(2) this utility model adopts the form of glasses, facilitates and is difficult for leaving behind, and twenty-twenty user can not installed eyeglass and use.
(3) spectacle frame of the present utility model can be installed different eyeglasses becomes vision correction mirror, sunglasses, polarizer etc., need not additionally carry, and function is with strong points, and low price.
(4) inertial sensor of the present utility model its can carry out motion monitoring, instruct user science to take exercise and body-building, instruct correct seating and standing posture.
(5) of the present utility modelly because seating and standing posture is incorrect, poor by optical condition, near using eyes time is long, cause myopia, bow-backed problem, life-time service can help form good habit and correct defects of vision can effectively prevent reading, study and electronic game amusement time.
(6) this utility model is by mike and communication module, can allow user by this utility model, realize quickly and easily shooting, photograph, sound-recording function in daily life, study and work carries out video, photograph and SoundRec, and carries out man-machine interaction, file data unloading with computer, smart mobile phone etc.
(7) assist illuminator of the present utility model can be turned on light when needed and be increased brightness and carry out floor light.
(8) this utility model can utilize third-party application program to develop more function, has good ductility.
Accompanying drawing explanation
For content of the present utility model is more easily expressly understood, according to specific embodiment also by reference to the accompanying drawings, this utility model is described in further detail, wherein below
Fig. 1 is the structural representation of embodiment 1 of the present utility model.
Fig. 2 is the front view of embodiment 1 of the present utility model.
Fig. 3 asks the internal structure schematic diagram of left mirror foot of the spectacle frame of embodiment 1 of the present utility model.
Fig. 4 is the electrical structure schematic diagram of embodiment 1 of the present utility model.
Label in accompanying drawing is:
Spectacle frame 1, front baffle 101, eyeglass 102, left mirror foot 103, right mirror foot 104, nose support 105;
Inertial sensor 2, three axis accelerometer 201;
Data processing module 3, master control borad 301, microprocessor 302, internal memory 303;
Alarm display module 4, Tricolor LED 401, vibrating motor 402;
Power module 5, power panel 501, charging and power management chip 502, battery 503
Built-in mass storage and/or external memory interface 6, flash memory 601;
Photographing module 7;
Range sensor 8, infrared distance sensor 801;
Mike 9;
Action button or switch 10, the first button 1001, the second button 1002, the 3rd button 1003, the 4th button 1004, the 5th button 1005;
Travel switch or position switch 11;
Assist illuminator 12, light emitting diode 1201;
Communication module 13, bluetooth module 1301, MICRO usb 1 302.
The specific embodiment
(embodiment 1)
See Fig. 1 to Fig. 4, the intelligent glasses of the present embodiment, comprises spectacle frame 1, inertial sensor 2, data processing module 3, alarm display module 4, power module 5, built-in mass storage and/or external memory interface 6, photographing module 7, range sensor 8, mike 9, action button or switch 10, travel switch or position switch 11, assist illuminator 12 and communication module 13.
Spectacle frame 1 adopts waterproof and dustproof and the shockproof structure of half frame, mainly by front baffle 101, left mirror foot 103, right mirror foot 104, nose holder 105, is connected and composed, convenient installation and replacement eyeglass 102.Spectacle frame 1 can be installed dissimilar eyeglass 102.Inertial sensor 2, data processing module 3, alarm display module 4, power module 5, built-in mass storage and/or external memory interface 6, photographing module 7, range sensor 8, mike 9 and communication module 13 are all arranged in spectacle frame 1.Action button or switch 10, travel switch or position switch 11, assist illuminator 12 are all arranged on spectacle frame 1.Inertial sensor 2, alarm display module 4, power module 5, built-in mass storage and/or external memory interface 6, photographing module 7, range sensor 8, mike 9, action button or switch 10, travel switch or position switch 11 and communication module 13 are all electrically connected to data processing module 3.Assist illuminator 12 is electrically connected to power module 5.Inertial sensor 2 adopts accelerometer or angular-rate sensors, or by Inertial Measurement Unit or the boat appearance reference system of single, double, the three axles combinations of accelerometer or angular-rate sensor.
Alarm display module 4 can comprise voice unit (VU) and/or vibration unit and/or luminescence unit and/or electrode stimulating unit and/or electrochromic cells, its type of alarm can be according to the signal of data processing module and instruction, produces the alarms multi-form or multi-form combination such as sound, vibration, luminous, electrode stimulating or electrochromism.Alarm display module 4 also can comprise LCDs or projection screen or luminous tube or luminous tube combination, while showing while using LCDs or projection screen, can show date, the information such as time, battery consumption information, memory data output, data communication state, warning and system mode; While using luminous tube or luminous tube combination to show, color that can be by luminous tube or luminous tube combination, flicker number of times, different luminous tubes bright with put out to show the information such as battery consumption information, memory data output, data communication state, warning and system mode.
Power module 5 comprises can utilize the standard interface of cable data transport module or chargeable normal cell or the nonstandard battery that wireless charging module charges, or comprises interchangeable normal cell.Photographing module 7 adopts photographic head.Action button or switch 10 are button structure or disc type structure or touch structure.Travel switch or position switch 11 are for switching on and shutting down.Travel switch or position switch 11 are arranged on mirror foot and the picture frame junction of glasses, and when mirror foot is folding when closing automatic shutdown, mirror foot opens rear Auto Power On.Assist illuminator 12 can be turned on light when needed and be increased brightness and carry out floor light.Communication module 13 can be carried out data interaction and transmission with other equipment with identical communication interface and agreement.Communication module 13 adopts wired and/or communication.
Particularly: the inertial sensor 2 of the present embodiment adopts MEMS(Micro Electromechanical System, be microelectromechanical systems) three axis accelerometer 201 of technology, data processing module 3 comprises master control borad 301, microprocessor 302 and internal memory 303, alarm display module 4 adopts Tricolor LED 401 and vibrating motor 402, built-in mass storage and/or external memory interface 6 adopt jumbo flash memory 601 as internal memory, range sensor 8 adopts infrared distance sensor 801, action button or switch 10 comprise the first button 1001, the second button 1002, the 3rd button 1003, the 4th button 1004 and the 5th button 1005, travel switch or position switch 11 adopt fine motion position switch, assist illuminator 12 adopts the light emitting diode 1201 of high-power and high-luminance, communication module 13 adopts bluetooth module 1301 and 302 two kinds of modes of MICRO usb 1.Power module 5 comprises power panel 501, charging and power management chip 502 and battery 503.
When user motion exercise, described inertial sensor 2 can be used for monitoring moving, comprises the data such as kinestate, movement time, motion frequency, mileage number, the meter measuring and record user walk, calorie consumption.
The work process of the intelligent glasses of the present embodiment and principle are: when user is brought into use, open two mirror feet, right mirror foot 104 is opened with the fine motion position switch of front baffle 101 junctions, circuit supply, system boot initializes, the tri coloured lantern of Tricolor LED 401 alternately glimmers 3 seconds, represents power-up initializing success, and systemic-function is ready; Power-up initializing failure, shows plant failure, the red colored lamp flicker of Tricolor LED 401.
User is pressed the first button 1001 once, system start-up camera function, and photographing module 7 work, takes pictures 1 time, and the green light of the rear Tricolor LED 401 of having taken a picture glimmers after 2 times and extinguishes; User is pressed the first button 1001 and is not put and surpassed for 3 seconds, start camera function, photographing module 7 and mike 9 work, start shooting, the green light flicker per second of Tricolor LED 401 2 times, until user is pressed the first button 1001 again, the green light of Tricolor LED 401 extinguishes, amber light flicker 2 seconds, stops camera function.
User is pressed the second button 1002, start sight protectio and seating and standing posture and correct function, the green light flicker of Tricolor LED 401 1 second, three axis accelerometer 201, infrared distance sensor 801, photographing module 7 enters duty, to user attitude, by optical condition, with eye distance from detecting with near using eyes time, once every setting value of the system surpassing, vibrating motor 402 starts vibration prompt, simultaneously the corresponding different type of alarm of the red light of Tricolor LED 401 is carried out different flickers: the attitude flicker per second 2 times of reporting to the police, with the optical condition flicker per second 6 times of reporting to the police, with eye distance alarm flicker per second 15 times, near using eyes time is reported to the police long bright, once user enters or recovers normal condition, warning stops.User is pressed the second button 1002 again, and the amber light flicker of Tricolor LED 401 was extinguished after 2 seconds, stopped sight protectio and seating and standing posture and corrected function.
User is pressed the 3rd button 1003, start motion monitoring function, the green light flicker of Tricolor LED 401 was extinguished after 2 seconds, three axis accelerometer 201 enters duty, and system is measured and record user exercise data: the data such as kinestate, movement time, motion frequency, mileage number, meter step, calorie consumption.User is pressed the second button 1002 again, and the amber light flicker of Tricolor LED 401 was extinguished after 2 seconds, stop motion monitoring function.
User is pressed the 4th button 1004, start sound-recording function, mike 9 enters duty, start recording, the green light flicker per second of Tricolor LED 401 1 time, until user is pressed the second button 1002 again, the flicker of the amber light of Tricolor LED 401 was extinguished after 2 seconds, stopped sound-recording function.
User is pressed the 5th button 1005, starts assist illuminator function, and light emitting diode 1201 is luminous, until user is pressed the 5th button 1005 again, light emitting diode 1201 extinguishes.
If flash memory approach full memory space 95% time, the red light of Tricolor LED 401 and green light be flicker alternately, prompting user needs transferring data, removes part and stores content.
The method that utilize the intelligent glasses monitoring moving of the present embodiment, pre-myopia prevention, corrects faulty sitting posture, comprising:
1., inertial sensor 2 pairs of user exercise datas, attitude datas are measured, and are utilized alarm display module 4 to carry out data and state demonstration and overload alarm according to system status or setting value.
2., photographing module 7 regularly or by the time series of setting gathers image, the image that 3 pairs of photographing modules 7 of data processing module collect is identified and is processed, when image calculation structure goes out user illumination condition at the moment, surpass while impairing the setting value of vision, alarm display module 4 starts related preventive alarms.
3., photographing module 7 regularly or by the time series of setting gathers image, the image that 3 pairs of photographing modules 7 of data processing module collect is identified and is processed, use eye timing simultaneously, when image calculation structure goes out user, closely look continuously thing and surpass setting-up time with eye timing, easily cause while using eyestrain, alarm display module 4 starts related preventive alarm.
4., the distance measured between itself and target object of range sensor 8 is less than setting value and surpasses after the persistent period of setting, alarm display module 4 starts related preventive alarms.
5., 2 pairs of user head left and right skew angles of inertial sensor and luffing angle detect, when any one angle surpasses the setting value that their allow, alarm display module 4 starts the prompting of seating and standing posture overload alarms.
6., inertial sensor 2 detects user when motion active state, related preventive and seating and standing posture transfinite and do not report to the police.When user is during in continuous motion active state, the making zero with an eye timing of record.When user being detected when moving non-active state, alarm display module 4 starts related preventive and seating and standing posture overload alarm function.
7., inertial sensor 2 detects user when moving non-active state, data processing module 3 utilizes clocking capability, when user continues to reach warning service condition and surpasses setting-up time, alarm display module 4 starts related preventive and seating and standing posture overload alarm function.
(embodiment 2)
The present embodiment is substantially the same manner as Example 1, and difference is: inertial sensor 2, data processing module 3, alarm display module 4, photographing module 7, mike 9 and communication module 13 all adopt the chip of low-power consumption or super low-power consumption technology.
(embodiment 3)
The present embodiment is substantially the same manner as Example 1, and difference is: photographing module 7 comprises employing brightness detecting sensor.Battery 503 adopts small-capacity cells.Microprocessor 302 adopts cheap microprocessor.
The brightness that only retains the intelligent glasses of the present embodiment detects, uses eye distance from the low-cost way of realization with by an eye time detecting, seating and standing posture and motion monitoring, overload alarm basic function.
(embodiment 4)
The intelligent glasses of the present embodiment, comprises spectacle frame 1, and is arranged on inertial sensor 2, data processing module 3, alarm display module 4 and power module 5 in spectacle frame 1.
Inertial sensor 2, alarm display module 4 and power module 5 are all electrically connected to data processing module 3.Inertial sensor 2 adopts accelerometer or angular-rate sensors, or by Inertial Measurement Unit or the boat appearance reference system of single, double, the three axles combinations of accelerometer or angular-rate sensor.
The intelligent glasses of the present embodiment is measured by inertial sensor 2 pairs of user exercise datas, attitude datas, and utilizes alarm display module 4 to carry out data and state demonstration and overload alarm according to system status or setting value, realizes motion monitoring function.
Above-described specific embodiment; the purpose of this utility model, technical scheme and beneficial effect are further described; institute is understood that; the foregoing is only specific embodiment of the utility model; be not limited to this utility model; all within spirit of the present utility model and principle, any modification of making, be equal to replacement, improvement etc., within all should being included in protection domain of the present utility model.
Claims (14)
1. an intelligent glasses, is characterized in that: comprise spectacle frame (1), and be arranged on inertial sensor (2), data processing module (3), alarm display module (4) and power module (5) in spectacle frame (1); Described inertial sensor (2), alarm display module (4) and power module (5) are all electrically connected to data processing module (3); Described inertial sensor (2) adopts accelerometer or angular-rate sensor, or by Inertial Measurement Unit or the boat appearance reference system of single, double, the three axles combinations of accelerometer or angular-rate sensor.
2. a kind of intelligent glasses according to claim 1, is characterized in that: described alarm display module (4) comprises voice unit (VU) and/or vibration unit and/or luminescence unit and/or electrode stimulating unit and/or electrochromic cells.
3. a kind of intelligent glasses according to claim 1, is characterized in that: described alarm display module (4) comprises LCDs or projection screen or luminous tube or luminous tube combination.
4. a kind of intelligent glasses according to claim 1, it is characterized in that: described power module (5) comprises can utilize the standard interface of cable data transport module or chargeable normal cell or the nonstandard battery that wireless charging module charges, or comprises interchangeable normal cell.
5. a kind of intelligent glasses according to claim 1, is characterized in that: also comprise and be arranged in spectacle frame (1) and the built-in mass storage and/or the external memory interface (6) that are electrically connected to data processing module (3).
6. a kind of intelligent glasses according to claim 1, is characterized in that: also comprise and be arranged in spectacle frame (1) and the photographing module (7) and the range sensor (8) that are electrically connected to data processing module (3).
7. a kind of intelligent glasses according to claim 6, is characterized in that: described photographing module (7) adopts photographic head.
8. a kind of intelligent glasses according to claim 6, is characterized in that: also comprise and be arranged in spectacle frame (1) and the mike (9) being electrically connected to data processing module (3).
9. a kind of intelligent glasses according to claim 8, is characterized in that: also comprise and can carry out with other equipment with identical communication interface and agreement the communication module (13) of data interaction and transmission; Described communication module (13) is arranged in spectacle frame 1 and is electrically connected to data processing module (3); Described communication module (13) adopts wired and/or communication.
10. a kind of intelligent glasses according to claim 9, is characterized in that: described inertial sensor (2), data processing module (3), alarm display module (4), photographing module (7), mike (9) and communication module (13) all adopt the chip of low-power consumption or super low-power consumption technology.
11. a kind of intelligent glasses according to claim 1, is characterized in that: also comprise and be arranged on action button or the switch (10) that spectacle frame (1) is upper and be electrically connected to data processing module (3); Described action button or switch (10) are button structure or disc type structure or touch structure.
12. a kind of intelligent glasses according to claim 1, is characterized in that: also comprise the travel switch for switching on and shutting down or the position switch (11) that are electrically connected to data processing module (3); Described travel switch or position switch (11) are arranged on mirror foot and the picture frame junction of glasses, and when mirror foot is folding when closing automatic shutdown, mirror foot opens rear Auto Power On.
13. a kind of intelligent glasses according to claim 1, is characterized in that: also comprise and be arranged on the assist illuminator (12) that spectacle frame (1) is upper and be electrically connected to power module (5).
14. a kind of intelligent glasses according to claim 1, is characterized in that: described spectacle frame (1) adopts waterproof and dustproof and shockproof structure.
Priority Applications (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320544149.7U CN203506718U (en) | 2013-09-03 | 2013-09-03 | Intelligent spectacles |
| PCT/CN2013/001262 WO2015032014A1 (en) | 2013-09-03 | 2013-10-16 | Intelligent glasses and method for monitoring movement, preventing myopia and correcting sitting posture using same |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320544149.7U CN203506718U (en) | 2013-09-03 | 2013-09-03 | Intelligent spectacles |
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| CN203506718U true CN203506718U (en) | 2014-04-02 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201320544149.7U Expired - Fee Related CN203506718U (en) | 2013-09-03 | 2013-09-03 | Intelligent spectacles |
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| CN103479361A (en) * | 2013-09-03 | 2014-01-01 | 常州菲胜图自动化仪器有限公司 | Intelligent glasses and method for monitoring movement, preventing shortsightedness and correcting sitting postures by utilizing same |
| CN103919539A (en) * | 2014-05-05 | 2014-07-16 | 顾伟 | Human physiological status monitoring spectacles |
| CN104258557A (en) * | 2014-09-24 | 2015-01-07 | 中山市乐居智能技术开发有限公司 | Sports goggles with health monitoring function |
| CN104306102A (en) * | 2014-10-10 | 2015-01-28 | 上海交通大学 | Head wearing type vision auxiliary system for patients with vision disorder |
| CN104484048A (en) * | 2014-12-30 | 2015-04-01 | 联想(北京)有限公司 | Electronic equipment and information processing method |
| CN105137616A (en) * | 2015-08-21 | 2015-12-09 | 深圳市科迈通讯技术有限公司 | Spectacle |
| CN105204643A (en) * | 2015-09-28 | 2015-12-30 | 大连楼兰科技股份有限公司 | Gesture recognition method for smart glasses in vehicle maintenance process |
| CN105259657A (en) * | 2015-09-28 | 2016-01-20 | 大连楼兰科技股份有限公司 | The lighting method of smart glasses in the process of car maintenance |
| CN105589220A (en) * | 2016-03-01 | 2016-05-18 | 吴龙 | Ranging glasses and method for preventing myopia by use of same |
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