CN106444086B - A kind of intelligent glasses and its application method of finger ring control - Google Patents
A kind of intelligent glasses and its application method of finger ring control Download PDFInfo
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- CN106444086B CN106444086B CN201610968717.4A CN201610968717A CN106444086B CN 106444086 B CN106444086 B CN 106444086B CN 201610968717 A CN201610968717 A CN 201610968717A CN 106444086 B CN106444086 B CN 106444086B
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Classifications
-
- G—PHYSICS
- G02—OPTICS
- G02C—SPECTACLES; SUNGLASSES OR GOGGLES INSOFAR AS THEY HAVE THE SAME FEATURES AS SPECTACLES; CONTACT LENSES
- G02C11/00—Non-optical adjuncts; Attachment thereof
- G02C11/10—Electronic devices other than hearing aids
-
- G—PHYSICS
- G02—OPTICS
- G02B—OPTICAL ELEMENTS, SYSTEMS OR APPARATUS
- G02B27/00—Optical systems or apparatus not provided for by any of the groups G02B1/00 - G02B26/00, G02B30/00
- G02B27/01—Head-up displays
- G02B27/017—Head mounted
-
- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F3/00—Input arrangements for transferring data to be processed into a form capable of being handled by the computer; Output arrangements for transferring data from processing unit to output unit, e.g. interface arrangements
- G06F3/01—Input arrangements or combined input and output arrangements for interaction between user and computer
-
- G—PHYSICS
- G02—OPTICS
- G02B—OPTICAL ELEMENTS, SYSTEMS OR APPARATUS
- G02B27/00—Optical systems or apparatus not provided for by any of the groups G02B1/00 - G02B26/00, G02B30/00
- G02B27/01—Head-up displays
- G02B27/017—Head mounted
- G02B2027/0178—Eyeglass type
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- Physics & Mathematics (AREA)
- Engineering & Computer Science (AREA)
- General Physics & Mathematics (AREA)
- Optics & Photonics (AREA)
- Health & Medical Sciences (AREA)
- Theoretical Computer Science (AREA)
- General Engineering & Computer Science (AREA)
- General Health & Medical Sciences (AREA)
- Ophthalmology & Optometry (AREA)
- Otolaryngology (AREA)
- Human Computer Interaction (AREA)
- Acoustics & Sound (AREA)
- User Interface Of Digital Computer (AREA)
Abstract
It include spectacle frame and eyeglass the invention discloses a kind of intelligent glasses of finger ring control and its application method, the glasses；The spectacle frame includes the frame and temple for inlaying eyeglass；The frame includes two by central sill the first frame interconnected and the second frame, and is set on frame inward flange two nose supports by spectacle frame on the bridge of the nose；The temple includes the first temple and the second temple, and the frame and central sill are hollow structure interconnected, to accommodate conducting wire；It is disposed with fingerprint identification module, memory module, central processing module, image processor, timer, wireless communication module, voice in the temple and outputs and inputs module, SIM card slot, USB interface, light sensor, motion sensor, 9 axis motion sensors, locating module and temperature sensor；By the collaboration of above-mentioned multiple modules, realize the public client by specifically instruction realize reading, recognition of face, exchange, tour guide and navigation function.Meanwhile the glasses anti-can also fall, the effect of measurement of bldy temperature and protection eyesight.Also have the function of protecting wearer's individual privacy and freely replaces eyeglass.
Description
Technical field
The present invention relates to intelligent wearable device technical field, in particular to intelligent glasses and its make that a kind of finger ring controls
Use method.
Background technique
Wearable smart machine is to carry out intelligentized design to daily wearing using wearable technology, develop and can dress
Equipment general name, such as glasses, gloves, wrist-watch, dress ornament and shoes.The application scenarios of wearable smart machine include information joy
Pleasure, medical treatment & health, sport and body-building, enterprise etc..The product form of wearable device include intelligent glasses, hearing aid, smartwatch,
Moving camera, movement and rhythm of the heart, insulin pump, bluetooth headset, movement monitoring instrument, intelligent clothing, medication alert instrument, hand are worn
Formula computer, defibrillator, continuous blood sugar monitoring, electrocardiogram equipment, head-mounted display, pedometer, continuous sign data monitoring paste, are tight
Anxious rescue beacon, Portable environmental-monitoring instrument etc..The wherein compound average annual rate of growth highest of intelligent glasses and smartwatch, market are latent
Power is maximum.
Currently, intelligent glasses application is increasingly extensively and universal, for example, action advertisement, real-time picture and text identification translation, in real time letter
The intelligent uses such as breath, action learning, long distance outdoor scene medical treatment, virtual image and its application by intelligent glasses can be to lives, work
It brings great convenience.But existing intelligent glasses also expose some problems of development aspect, such as:
1. current intelligent glasses pile up all electronic components in temple, causes entire temple very coarse, wear
After putting on the glasses, comfort level and the visual field of eyes are influenced very much.
2. cannot be according to the distance of the adjusting projector of the eye distance size of wearer freely.
3. eyeglass cannot be replaced according to the actual needs of wearer.
4. the private system of wearer cannot be customized, it cannot be guaranteed that individual privacy.
5. the command mode of glasses cannot be changed automatically, suitable command mode cannot be automatically selected in suitable occasion.
6. intelligent glasses wear time is long, it is easy to cause asthenopia.
Summary of the invention
In view of the above technical problems, the present invention provide a kind of convenience, secrecy, efficiently, the Brilliant Eyes of efficiently finger ring control
Mirror and its application method.The invention is realized by the following technical scheme:
A kind of intelligent glasses of finger ring control, the finger ring to match including lens body and therewith, the lens body
It include spectacle frame and eyeglass；The spectacle frame includes the frame and temple for inlaying eyeglass；The frame includes two and passes through
Beam the first frame interconnected and the second frame, and two noses by spectacle frame on the bridge of the nose are set on frame inward flange
Support；The temple includes the first temple and the second temple, and the frame and central sill are hollow structure interconnected, to accommodate
Conducting wire；Be disposed in the temple switch, fingerprint identification module, memory module, central processing module, image processor,
Timer, wireless communication module, voice output and input module, SIM card slot, USB interface, light sensor, motion-sensing
Device, 9 axis motion sensors, locating module and temperature sensor；Wherein, the fingerprint identification module is set to the first mirror
Leg front end, the temperature sensor are set at the second temple middle and back and skin contact location.
Preferably, the finger ring includes the finger ring ontology being sheathed on finger, and finger ring ontology is provided with towards centre of the palm side
Ball is each provided with microswitch at left and right sides of the finger ring ontology, and switch and wireless is additionally provided on the finger ring ontology
Communications module, the finger ring can be wirelessly connected with lens body, the input unit as lens body.
Preferably, the intelligent glasses further include having minitype projection module, and the projection module is set to the first frame
On the boundary frame area；The minitype projection module is provided with direction and adjusts unit；Setting in the middle part of the top margin frame of first frame
There is the first camera towards wearer's eye, first camera is used to sense the eye position of wearer；The central sill
Outside is disposed an outwardly facing the second camera in outside.
Preferably, the left and right ends of the frame are each provided with an articulation piece；Two articulation pieces respectively with a power supply
Module connection；Described two power modules are connected by conducting wire；Described two power module other ends are respectively fixed with the first mirror
Leg and the second temple, the power module include frame and battery；The battery, which is inlayed, to be set among frame；The frame
It is made of clear material, lower edge is provided with battery charging port；The long 3-5CM of power module；The battery is transparent lithium
Ion battery.
Preferably, the frame is surrounded by boundary frame area, top margin frame, left frame and left frame；The left frame and left frame are flat
Row, the boundary frame area are arc；Top margin frame one end is rotatablely connected by hinge and the left frame, and the other end passes through activity
Fixing piece is flexibly connected with the left frame；The lower part of the left frame and left frame is provided with card slot, the length of card slot be it is left,
The 1/3 of left frame length；The frame further includes having supporting plate, and the supporting plate is parallel with boundary frame area, and left and right ends pass through
In clamp activity clamping and the card slot；The bottom surface of the supporting plate is provided with several first permanent magnets, the phase of the boundary frame area
It answers and is provided with the second permanent magnet at position, first permanent magnet is opposite with the polarity of the second permanent magnet.
The application method of above-mentioned intelligent glasses, described method includes following steps:
(1) suitable eyeglass is installed according to the selection of the actual needs of wearer；
(2) glasses for installing eyeglass are worn on the bridge of the nose by wearer, open the switch intelligent glasses starting booting journey
Sequence；
(3) in start process, dialog box is popped up, it is desirable that wearer identifies fingerprint, meanwhile, timer enters countdown mould
Formula enters personal system if wearer has input correct fingerprint in count down time；If wearer is not in countdown
The interior correct fingerprint of input, then enter public system；After booting, while entering step (4) and step (6)-(8)；
(4) after booting is completed, the second camera obtains the image of user current location, and with stored in memory
Wearer's household internal photo be compared；If current location is home environment, voice command mode is opened；If present bit
It is set to non-family safe environment, then opens mute command mode, and projection reminds wearer to open bracelet switch on eyeglass；If wearing
Person current location is home environment, but is inconvenient to carry out speech exchange, and wearer can directly open bracelet switch, the glasses
It is natural that operating mode is switched to mute command mode by voice command mode after being wirelessly connected with bracelet；If wearer works as
Anteposition is set to non-family safe environment, but be free to carry out speech exchange, and wearer can be by specific phonetic order one, will
Operating mode is voice command mode by mute command pattern switching；If motion sensor senses to wearer within a certain period of time
Persistent movement then starts positioning system, calculates wearer current location at a distance from home location, determines whether wearer leaves
Family；If positioning system is calculated, wearer is doubtful to leave home to go out, and it is current to be again started up the second camera acquisition user
The image of position, and be compared with the wearer's household internal photo stored in memory, if current location is non-family really
Operating mode is then switched to mute command mode by voice command mode by front yard environment, and has carried out projection prompt on eyeglass
Into non-family safe environment, finger ring switch need to be opened；
(5) enter standby mode, wait the instruction of wearer, be transferred to step (9)-(13) at any time；
(6) temperature sensor starts to carry out lasting measurement to the body temperature of wearer, if the body temperature of wearer exists
It is continued above the body temperature threshold value stored in memory in certain time section, then module is output and input to wearer by voice
It carries out reminding and/or carrying out on eyeglass projection prompting, and different from wireless communication module to wearer's family members' mobile phone transmission body temperature
Normal information；
(7) under the premise of the glasses are normally worn, the 9 axis motion sensor continues the gravity of sensing spectacles
Acceleration；If the acceleration of gravity that the 9 axis motion sensor senses glasses is greater than the gravity stored in memory and adds
Threshold speed then judges that wearer is in and falls down state, and the voice outputs and inputs module output audio alert signal, and by
Wireless communication module sends distress signal to wearer's family members' mobile phone；
(8) time that the timing module persistently dresses the glasses to wearer carries out timing, if wear time is more than
Preset threshold value then carries out projection prompt by the minitype projection module, to avoid excess eye-using on eyeglass；
(9) if applicant needs to read text, reading model can be entered by the first specific instruction, utilizes described
The material that the alignment of two cameras needs to read；The part for needing to read is directed toward with finger；Second camera positions the coordinate of finger,
The picture around the coordinate is extracted, the picture is carried out the identification of optical character by image processing module, by the text on picture
Word, which extracts, to be converted to character and amplifies, and is projected on eyeglass with minitype projection module, and the person of being worn reads, and reading finishes,
Repeating the first specific instruction terminates reading model, return step (5)；
(10) wearer triggers recognition of face mode by specifically exchanging keyword during outgoing or house；?
Under this mode, the second camera obtains the image before wearer, and it is transferred to central processing module, central processing
Module carries out aspect ratio to identify the portrait data in described image, and by the data stored in above-mentioned data and memory module
It is right, it to obtain the essential information of above-mentioned portrait, is projected on eyeglass by minitype projection module, the person of being worn reads, and is depositing
It stores up and updates face time and place in module, to help wearer to determine close and distant relation map；If being had no in the memory module
The above-mentioned portrait data being disposed then are stored in the storage mould by the essential information of above-mentioned portrait, the central processing module
In block, and face time and place are recorded, in case perfect relevant information in future；If the light sensor detection is currently at night
Evening or the lower state of visibility, then output and input the voice signal that module receives other side immediately by voice, and will be upper
It states signal and is transferred to central processing module, the amplification of above-mentioned signal is removed the dry voiceprint for obtaining other side by central processing module, and
It is subjected to aspect ratio pair with the voice print database stored in the memory module, and then obtains the essential information of other side, and in mirror
On piece shows that the person of being worn reads, and updates face time and place in a storage module；If in the memory module and supreme
The essential information of vocal print is stated, the above-mentioned voice print database being disposed then is stored in the memory module by the central processing module
In, and face time and place are recorded, in case perfect relevant information in future；It, should after above- mentioned information are shown on eyeglass
Recognition of face mode terminates immediately, and not needing specific instruction terminates, return step (5)；
(11) if wearer can hear the voice of exchange other side, exchange mould can be entered by specific phonetic order two
Formula；In such a mode, voice outputs and inputs the voice signal that module receives other side immediately, and above-mentioned signal is transferred to center
Processing module, central processing module except dry, and obtain the amplification of above-mentioned signal with the lteral data in memory module to ratio decoder
Text information is projected on eyeglass by minitype projection module, and the person of being worn reads, and exchange finishes, then passes through specific voice
Instruction three terminates AC mode, return step (5)；
(12) when tourist attractions are traveled, if desired tour guide information, then can be entered by the second specific instruction and be led wearer
Trip mode；In such a mode, the sight spot photo that the second camera alignment needs to explain, and it is transferred to central processing mould
Block, central processing module shine to identify the sight spot photo, and by the sight spot stored in the sight spot photo and memory module
Piece carries out aspect ratio pair and is projected on eyeglass by minitype projection module, the person of being worn with obtaining the essential information at above-mentioned sight spot
It reads；It is current to wearer by the locating module if having no the essential information at the sight spot in the memory module
Position is positioned, and obtains the scenic spot location that wearer is presently in, then pass through the current sight spot of radio communication mold block retrieval
Essential information, be projected on eyeglass by minitype projection module, the person of being worn reads, and exchange finishes, then specific by third
Instruction terminates AC mode, return step (5)；
(13) if wearer gets lost outdoors, navigation mode can be entered by the 4th specific instruction；In such a mode, energy
By the voice output and input module output navigation voice messaging and/or by minitype projection module on eyeglass projectively
Figure navigation information navigates to wearer；
(14) using completion, the switch shutdown is closed.
Preferably, 15-30 seconds a length of when countdown in the step (3).
Preferably, first specific instruction, the second specific instruction, third specific instruction and the 4th specific instruction are in voice
It is voice command under command mode, is inputted and operated by finger ring under mute command mode.
The above description is only an overview of the technical scheme of the present invention, in order to better understand the technical means of the present invention,
And can be implemented in accordance with the contents of the specification, the following is a detailed description of the preferred embodiments of the present invention and the accompanying drawings.
A specific embodiment of the invention is shown in detail by following embodiment and its attached drawing.Many places of the present invention are only to making improved portion
Divide and is described, and other do not specify part and can realize by the state of the art, that is, undeclared part passes through now
There is technology realization, herein without being described in detail.
Detailed description of the invention
The drawings described herein are used to provide a further understanding of the present invention, constitutes part of this application, this hair
Bright illustrative embodiments and their description are used to explain the present invention, and are not constituted improper limitations of the present invention.In the accompanying drawings:
Fig. 1 is one of the application method of intelligent glasses of the present invention schematic diagram.
Specific embodiment
Technology implementation process of the invention is described further with reference to the accompanying drawings and examples.
Embodiment 1:
This part is mainly introduced the intelligent glasses and is constituted substantially and its application method of component, not special theory therein
It is realized using the prior art bright part.Specified otherwise includes related description and related art scheme in posterior embodiment.
A kind of intelligent glasses of finger ring control, including lens body, the lens body include spectacle frame and eyeglass；It is described
Spectacle frame includes the frame and temple for inlaying eyeglass；The frame includes two by central sill the first frame interconnected and the
Two frames, and two nose supports by spectacle frame on the bridge of the nose are set on frame inward flange；The temple includes the first mirror
Leg and the second temple, the frame and central sill are hollow structure interconnected, to accommodate conducting wire.
In certain inconvenient speech exchanges or order in the more occasion of certain personnel, by gesture as glasses
Input unit can be fierce and quarrelsome more strange.Therefore, the finger ring to match with intelligent glasses ontology has also been devised in the application.It is described
Finger ring includes the finger ring ontology being sheathed on finger, and finger ring ontology is provided with ball towards centre of the palm side, the finger ring ontology
The left and right sides is each provided with microswitch, and switch and radio communication mold group, the finger ring energy are additionally provided on the finger ring ontology
Enough and lens body is wirelessly connected, the input unit as lens body.It can be with as the ball of the substitution towards centre of the palm side
Four secondary or physical bonds for touch screen or to be distributed up and down.
The left and right ends of the frame are each provided with an articulation piece；Two articulation pieces connect with a power module respectively
It connects；Described two power modules are connected by conducting wire；Described two power module other ends are respectively fixed with the first temple and
Two temples.The power module includes frame and battery；The battery, which is inlayed, to be set among frame；The frame is by transparent
Material is made, and lower edge is provided with battery charging port；The long 3-5CM of power module；The battery is transparent lithium-ion electric
Pond.
Transparent power module is set to the front end of temple, can prevent opaque temple from hindering the realization of eyes,
And then significantly expands the glasses visual field and improve the comfort of eyeglasses-wearing.
What the eye eyesight of wearer was not constant between, such as: myopia or distance vision can be with excessive with eye
Degree is caused to become larger；Spectroscope, polariscope, ultraviolet radiation preventing mirror and zero diopter may also be faced with for twenty-twenty people
The selection of mirror needs.Therefore, frame designs are the structure of replaceable lens by the present invention.
The frame is approximate rectangle structure comprising has boundary frame area, top margin frame, left frame and left frame；The left side
Frame is parallel with left frame, and the boundary frame area is arc, with preferably close to the skin of wearer, top margin frame one end passes through
Hinge and the left frame are rotatablely connected, and the other end passes through movable fixing piece and is flexibly connected with the left frame；The left frame
The lower part of left frame is provided with card slot, the length of card slot is the 1/3 of left and right frame length；The frame further includes having support
Plate, the supporting plate is identical as boundary frame area shape, and left and right ends pass through in clamp activity clamping and the card slot；The support
The bottom surface of plate is provided with several first permanent magnets, and the corresponding position of the boundary frame area is provided with the second permanent magnet, and described first
Permanent magnet is opposite with the polarity of the second permanent magnet.
When wearer needs replacing eyeglass, the movable fixing piece at top margin frame is opened, the magnet of supporting plate bottom is same
Under the action of property is repelled each other, supporting plate is repelled upwards, and then the eyeglass on supporting plate is held up upwards, wearer only needs to use hand
Machine, which pinches eyeglass lateral plate, can replace eyeglass, without touching eyeglass, and then finger friction eyeglass be avoided to lead to eyeglass
Mill flower.
Switch, fingerprint identification module, memory module, central processing module, image procossing are disposed in the temple
Device, timer, wireless communication module, voice output and input module, SIM card slot, USB interface, light sensor, movement biography
Sensor, 9 axis motion sensors, locating module and temperature sensor；Wherein, the fingerprint identification module is set to first
Close to the front end of power module in temple, the temperature sensor is set at the second temple middle and back and skin contact location.
Because being stored with good friend's phonebook data of wearer and the photo of shooting in the memory of intelligent glasses, because
This, there is an urgent need for the glasses to wearer to maintain secrecy to avoid leakage individual privacy.Therefore, existed by the fingerprint identification module
The fingerprint that wearer is identified in start process, into the personal system of wearer, to avoid the leakage for leading to personal information.
The intelligent glasses further include having minitype projection module, and the projection module is set to the bottom edge of the first frame
On frame；The minitype projection module is provided with direction and adjusts unit；It is disposed an outwardly facing and wears in the middle part of the top margin frame of first frame
First camera of wearer's eye, first camera are used to sense the eye position of wearer；Setting on the outside of the central sill
There is the second camera towards outside.
Because the wearer of intelligent glasses may service for different wearers, for example, family or lovers only purchase one
Platform intelligent glasses meet daily need.But interpersonal eye distance is not identical, and therefore, fixed projection module position
So that uncomfortable when others dresses；In addition, the posture that same wearer wears glasses is different, for example, this leaning on of wearing glasses
In, next time wear it is outer, also result in wearing it is uncomfortable.Therefore, the eye position that wearer is detected using the first camera, into
And adjust unit using the direction on minitype projection module and the position of micro projector is finely adjusted, so that the throwing on eyeglass
Shadow position is forever among the visual field of eyes.
Embodiment 2:
What the present embodiment was realized on the basis of previous embodiment 1, mainly introduce the application method of intelligent glasses.Referring to attached
Fig. 1.
The application method of intelligent glasses:
(1) suitable eyeglass is installed according to the selection of the actual needs of wearer；
(2) glasses for installing eyeglass are worn on the bridge of the nose by wearer, open the switch intelligent glasses starting booting journey
Sequence；
(3) in start process, dialog box is popped up, it is desirable that wearer identifies fingerprint, meanwhile, timer enters countdown mould
Formula enters personal system if wearer has input correct fingerprint in count down time；If wearer is not in countdown
The interior correct fingerprint of input, then enter public system；After booting, the eyes position of the first camera detection wearer
It sets, unit is adjusted by the direction and adjusts the specific location of minitype projection module, while entering step (4) and step (6)-
(8)；
(4) after booting is completed, the second camera obtains the image of user current location, and with stored in memory
Wearer's household internal photo be compared；If current location is home environment, voice command mode is opened；If present bit
It is set to non-family safe environment, then opens mute command mode, and projection reminds wearer to open bracelet switch on eyeglass；If wearing
Person current location is home environment, but is inconvenient to carry out speech exchange, and wearer can directly open bracelet switch, the glasses
It is natural that operating mode is switched to mute command mode by voice command mode after being wirelessly connected with bracelet；If wearer works as
Anteposition is set to non-family safe environment, but be free to carry out speech exchange, and wearer can be by specific phonetic order one, will
Operating mode is voice command mode by mute command pattern switching；If motion sensor senses to wearer within a certain period of time
Persistent movement then starts positioning system, calculates wearer current location at a distance from home location, determines whether wearer leaves
Family；If positioning system is calculated, wearer is doubtful to leave home to go out, and it is current to be again started up the second camera acquisition user
The image of position, and be compared with the wearer's household internal photo stored in memory, if current location is non-family really
Operating mode is then switched to mute command mode by voice command mode by front yard environment, and has carried out projection prompt on eyeglass
Into non-family safe environment, finger ring switch need to be opened；
(5) enter standby mode, wait the instruction of wearer, to enter corresponding operating mode；
(6) temperature sensor starts to carry out lasting measurement to the body temperature of wearer, if the body temperature of wearer exists
It is continued above the body temperature threshold value stored in memory in certain time section, then module is output and input to wearer by voice
It carries out reminding and/or carrying out on eyeglass projection prompting, and different from wireless communication module to wearer's family members' mobile phone transmission body temperature
Normal information；
(7) under the premise of the glasses are normally worn, the 9 axis motion sensor continues the gravity of sensing spectacles
Acceleration；If the acceleration of gravity that the 9 axis motion sensor senses glasses is greater than the gravity stored in memory and adds
Threshold speed then judges that wearer is in and falls down state, and the voice outputs and inputs module output audio alert signal, and by
Wireless communication module sends distress signal to wearer's family members' mobile phone；
(8) time that the timing module persistently dresses the glasses to wearer carries out timing, if wear time is more than
Preset threshold value then carries out projection prompt by the minitype projection module on eyeglass；
(9) using completion, the switch shutdown is closed.
Embodiment 3:
It is realized on the basis of the present embodiment is in previous embodiment 2, the operating mode when use of main introducing system.
Various orders input in operating mode, module can be output and input by the voice and carries out voice command input, can also
To carry out order input by the finger ring；Can also be connected by the wireless communication module with extraneous input equipment with into
The touch input of line command.
If applicant needs to read text, reading model can be entered by the first specific instruction, utilize described second
The material that camera alignment needs to read；The part for needing to read is directed toward with finger；Second camera positions the coordinate of finger, mentions
The picture around the coordinate is taken, the picture is carried out the identification of optical character by image processing module, by the text on picture
It extracting and is converted to character and amplifies, be projected on eyeglass with minitype projection module, the person of being worn reads, and reading finishes, then
Repeating the first specific instruction terminates reading model, return step (5)；First specific instruction is language under voice command mode
Sound order passes through finger ring input operation under mute command mode.
With the expansion of modern's communication circle and the blowout of information content, modern often forgets about the essential information of acquaintance.
Therefore, no matter wearer is in voice command mode or mute command mode, as long as passing through during outgoing or house
" hello ", " long time no see ", " how are you getting along recently ", the specific exchange such as name of " recently OK " and wearer oneself are crucial
Word can trigger recognition of face mode；In such a mode, the second camera obtains the image before wearer, and by it
Be transferred to central processing module, central processing module to identify the portrait data in described image, and by above-mentioned data with deposit
The data stored in storage module carry out aspect ratio pair and are projected with obtaining the essential information of above-mentioned portrait by minitype projection module
In on eyeglass, the person of being worn is read, and updates face time and place in a storage module, to help wearer to determine close and distant pass
It is map；If have no the essential information of above-mentioned portrait in the memory module, the central processing module will be disposed
Above-mentioned portrait data are stored in the memory module, and record face time and place, in case perfect relevant information in future；If
It is fuzzy that light sensor detection, which is currently at night or the lower state of visibility, the photo that camera is shot,
Unclear, the voice signal that module receives other side immediately is just output and input by voice, and above-mentioned signal is transferred to center
The amplification of above-mentioned signal is removed the dry voiceprint for obtaining other side by processing module, central processing module, and by it and the storage mould
The voice print database stored in block carries out aspect ratio pair, and then obtains the essential information of other side, and show on eyeglass, the person of being worn
It reads, and updates face time and place in a storage module；If having no the essential information of above-mentioned vocal print in the memory module,
The above-mentioned voice print database being disposed then is stored in the memory module by the central processing module, and records face time
And place, in case perfect relevant information in future；After above- mentioned information are shown on eyeglass, which ties immediately
Beam, not needing specific instruction terminates, return step (5).Under this mode, mode is triggered by specific keyword, is realized
Intelligent opening, and avoid this mode always on, lead to the aggravation of power consumption and the continuous read-write of information.
If wearer's hearing is weaker or on-site noise is larger can (such as: dance hall, KTV) hear the language of exchange other side
Sound, can by specific phonetic order two (such as: " I does not hear ", " what you say " or " can say again " etc.) into
Enter AC mode；In such a mode, voice outputs and inputs the voice signal that module receives other side immediately, and above-mentioned signal is passed
Defeated to arrive central processing module, central processing module compares the amplification of above-mentioned signal except dry, and with the lteral data in memory module
Decoding, obtains text information, is projected on eyeglass by minitype projection module, and the person of being worn reads, and exchange finishes, then passes through spy
Fixed phonetic order three (such as: " goodbye ", " next time sees ", " good-by " etc. show the keyword terminated of talking) terminate exchange mould
Formula, return step (5).In this mode, automatically beginning to for mode is realized by keyword, avoids and is opened by instruction,
Cause talk both sides more awkward.
When wearer is when tourist attractions are traveled, if desired tour guide information, then can enter tour guide by the second specific instruction
Mode；In such a mode, the sight spot photo that the second camera alignment needs to explain, and it is transferred to central processing mould
Block, central processing module shine to identify the sight spot photo, and by the sight spot stored in the sight spot photo and memory module
Piece carries out aspect ratio pair and is projected on eyeglass by minitype projection module, the person of being worn with obtaining the essential information at above-mentioned sight spot
It reads；It is current to wearer by the locating module if having no the essential information at the sight spot in the memory module
Position is positioned, and obtains the scenic spot location that wearer is presently in, then pass through the current sight spot of radio communication mold block retrieval
Essential information, be projected on eyeglass by minitype projection module, the person of being worn reads, and exchange finishes, then specific by third
Instruction terminates AC mode, return step (5)；Second specific instruction and third specific instruction are under voice command mode
Voice command passes through finger ring input operation under mute command mode.
If wearer gets lost outdoors, navigation mode can be entered by the 4th specific instruction；In such a mode, can pass through
The voice outputs and inputs module output navigation voice messaging and/or projected map is led on eyeglass by minitype projection module
Boat information, gives wearer to navigate.4th specific instruction is voice command under voice command mode, under mute command mode
It is inputted and is operated by finger ring
Wearer can also photograph to beautiful scenery at the moment, photography can pass through voice by first camera
Instruction or gesture instruction triggering, and by photo upload obtained by photography to cloud, to guarantee the reading of photo.
Wearer can also realize the mutual of the smart machines such as intelligent glasses and smart phone by the wireless communication module
Connection, to realize the answering of incoming call, the basic functions such as the transmitting-receiving of handset dialing, short message.
It is free to combine between the above-mentioned operating mode, it will not be described here.
The foregoing is only a preferred embodiment of the present invention, is not intended to restrict the invention, for the skill of this field
For art personnel, the invention may be variously modified and varied.All within the spirits and principles of the present invention, made any to repair
Change, equivalent replacement, improvement etc., should all be included in the protection scope of the present invention.
Claims (5)
1. a kind of application method of the intelligent glasses of finger ring control, which is characterized in that the intelligent glasses include lens body with
And the finger ring to match with lens body, the lens body include spectacle frame and eyeglass；The spectacle frame includes inlaying mirror
The frame and temple of piece；The frame includes two by central sill the first frame interconnected and the second frame, and setting
In two nose supports on frame inward flange by spectacle frame on the bridge of the nose；Second camera shooting in outside is disposed an outwardly facing on the outside of the central sill
Head, the temple include the first temple and the second temple, and the frame and central sill are hollow structure interconnected, to accommodate
Conducting wire；Be disposed in the temple switch, fingerprint identification module, memory module, central processing module, image processor,
Timer, wireless communication module, voice output and input module, SIM card slot, USB interface, light sensor, motion-sensing
Device, 9 axis motion sensors, locating module and temperature sensor；The intelligent glasses further include having minitype projection module,
Wherein,
The fingerprint identification module is set to the first Front of the temple, and the temperature sensor is set to the second temple middle and back and skin
At skin contact position, the finger ring includes the finger ring ontology being sheathed on finger, and finger ring ontology is provided with rolling towards centre of the palm side
Pearl is each provided with microswitch at left and right sides of the finger ring ontology, is additionally provided with switch and channel radio on the finger ring ontology
Believe mould group, the finger ring can be wirelessly connected with lens body, the input unit as lens body；The intelligent glasses make
Included the following steps: with method
(1) suitable eyeglass is installed according to the selection of the actual needs of wearer；
(2) glasses for installing eyeglass are worn on the bridge of the nose by wearer, open the switch being set in temple, intelligent glasses starting
Boot program；
(3) in start process, dialog box is popped up, it is desirable that wearer identifies fingerprint, meanwhile, timer enters countdown mode,
If wearer has input correct fingerprint in count down time, enter personal system；If wearer is not in count down time
The interior correct fingerprint of input, then enter public system；After booting, while entering step (4) and step (6)-(8)；
(4) after booting is completed, the second camera obtains the image of user current location, and wears with what is stored in memory
Wearer's household internal photo is compared；If current location is home environment, voice command mode is opened；If current location is
Non-family safe environment then opens mute command mode, and projection reminds wearer to open bracelet switch on eyeglass；If wearer works as
Anteposition is set to home environment, but is inconvenient to carry out speech exchange, and wearer can directly open bracelet switch, the glasses and hand
It is natural that operating mode is switched to mute command mode by voice command mode after ring is wirelessly connected；If wearer's present bit
It is set to non-family safe environment, but be free to carry out speech exchange, wearer can be by specific phonetic order one, by work
Mode is voice command mode by mute command pattern switching；If motion sensor senses continue within a certain period of time to wearer
Movement then starts positioning system, calculates wearer current location at a distance from home location, determines whether wearer is away from home；
If positioning system is calculated, wearer is doubtful to leave home to go out, and is again started up the second camera and obtains user current location
Image, and be compared with the wearer's household internal photo stored in memory, if current location is non-family safe ring really
Operating mode is then switched to mute command mode by voice command mode by border, and is carried out projection prompt on eyeglass and entered
Non-family safe environment need to open finger ring switch；
(5) enter standby mode, wait the instruction of wearer, be transferred to step (9)-(13) at any time；
(6) temperature sensor starts to carry out lasting measurement to the body temperature of wearer, if the body temperature of wearer is certain
It is continued above the body temperature threshold value stored in memory in time interval, then module is output and input by voice and wearer is carried out
Projection prompting is reminded and/or carried out on eyeglass, and sends abnormal body temperature from wireless communication module to wearer's family members' mobile phone
Information；
(7) under the premise of the glasses are normally worn, the gravity that the 9 axis motion sensor continues sensing spectacles accelerates
Degree；If the acceleration of gravity that the 9 axis motion sensor senses glasses is greater than the acceleration of gravity stored in memory
Threshold value then judges that wearer is in state of falling down, and the voice outputs and inputs module output audio alert signal, and by wireless
Communication module sends distress signal to wearer's family members' mobile phone；
(8) time that the timer persistently dresses the glasses to wearer carries out timing, if wear time is more than preset
Threshold value then carries out projection prompt by the minitype projection module, to avoid excess eye-using on eyeglass；
(9) if applicant needs to read text, reading model can be entered by the first specific instruction, is taken the photograph using described second
The material for needing to read as head alignment；The part for needing to read is directed toward with finger；Second camera positions the coordinate of finger, extracts
The picture is carried out the identification of optical character, the text on picture is mentioned by the picture around the coordinate, image processing module
It takes out and is converted to character and amplifies, be projected on eyeglass with minitype projection module, the person of being worn reads, and reading finishes, then weighs
Multiple first specific instruction terminates reading model, return step (5)；
(10) wearer triggers recognition of face mode by specifically exchanging keyword during outgoing or house；In this mould
Under formula, the second camera obtains the image before wearer, and it is transferred to central processing module, central processing module
Aspect ratio pair is carried out to identify the portrait data in described image, and by the data stored in above-mentioned data and memory module,
It to obtain the essential information of above-mentioned portrait, is projected on eyeglass by minitype projection module, the person of being worn reads, and in storage mould
Face time and place are updated in block, to help wearer to determine close and distant relation map；If being had no in the memory module above-mentioned
The above-mentioned portrait data being disposed then are stored in the memory module by the essential information of portrait, the central processing module
In, and face time and place are recorded, in case perfect relevant information in future；If the light sensor detection is currently at night
Or the lower state of visibility, then the voice signal that module receives other side immediately is output and input by voice, and will be above-mentioned
Signal is transferred to central processing module, and the amplification of above-mentioned signal is removed and makes an uproar to obtain the voiceprint of other side by central processing module, and will
Carry out aspect ratio pair with the voice print database that stores in the memory module, and then obtain the essential information of other side, and in eyeglass
Upper display, the person of being worn read, and update face time and place in a storage module；If being had no in the memory module above-mentioned
The above-mentioned voice print database being disposed then is stored in the memory module by the essential information of vocal print, the central processing module
In, and face time and place are recorded, in case perfect relevant information in future；It, should after above- mentioned information are shown on eyeglass
Recognition of face mode terminates immediately, and not needing specific instruction terminates, return step (5)；
(11) if wearer can hear the voice of exchange other side, AC mode can be entered by specific phonetic order two；
In such a mode, voice outputs and inputs the voice signal that module receives other side immediately, and above-mentioned signal is transferred to centre
Module is managed, the amplification of above-mentioned signal is removed and made an uproar by central processing module, and obtains text to ratio decoder with the lteral data in memory module
Word information, is projected on eyeglass by minitype projection module, and the person of being worn reads, and exchange finishes, then is referred to by specific voice
Enable three end AC modes, return step (5)；
(12) for wearer when tourist attractions are traveled, if desired tour guide information, then can enter tour guide's mould by the second specific instruction
Formula；In such a mode, the sight spot photo that the second camera alignment needs to explain, and it is transferred to central processing module,
Central processing module to identify the sight spot photo, and by the sight spot photo stored in the sight spot photo and memory module into
Row aspect ratio pair is projected on eyeglass with obtaining the essential information at above-mentioned sight spot by minitype projection module, and the person of being worn reads
It takes；If having no the essential information at the sight spot in the memory module, pass through the locating module position current to wearer
It sets and is positioned, obtain the scenic spot location that wearer is presently in, then pass through the current sight spot of radio communication mold block retrieval
Essential information is projected on eyeglass by minitype projection module, and the person of being worn reads, and exchange finishes, then passes through the specific finger of third
Enabling terminates AC mode, return step (5)；
(13) if wearer gets lost outdoors, navigation mode can be entered by the 4th specific instruction；In such a mode, can pass through
The voice outputs and inputs module output navigation voice messaging and/or projected map is led on eyeglass by minitype projection module
Boat information, gives wearer to navigate；
(14) using completing, the switch shutdown being set in temple is closed.
2. a kind of application method of the intelligent glasses of finger ring control according to claim 1, which is characterized in that the frame
It is surrounded by boundary frame area, top margin frame, left frame and left frame；The projection module is set on the boundary frame area of the first frame；Institute
It states minitype projection module and is provided with direction adjusting unit.
3. a kind of application method of the intelligent glasses of finger ring control according to claim 2, which is characterized in that described first
The first camera of wearer's eye is disposed an outwardly facing in the middle part of the top margin frame of frame, first camera is for sensing wearer
Eye position.
4. a kind of application method of the intelligent glasses of finger ring control according to claim 1, which is characterized in that step (3)
In countdown when it is 15-30 seconds a length of.
5. the method according to claim 1, wherein first specific instruction, the second specific instruction, third are special
Fixed instruction and the 4th specific instruction are voice command under voice command mode, are inputted and are grasped by finger ring under mute command mode
Make.
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| CN107391497B (en) * | 2017-07-28 | 2024-02-06 | 深圳市锐曼智能装备有限公司 | Bluetooth fingertip translator and translation method thereof |
| CN107272209A (en) * | 2017-07-31 | 2017-10-20 | 深圳市美誉镜界光电科技有限公司 | The display methods of image hologram display device and hologram image suitable for various glasses |
| CN107643609B (en) * | 2017-10-30 | 2023-05-09 | 丹阳市精通眼镜技术创新服务中心有限公司 | Metal detection signal receiving glasses and manufacturing method thereof |
| CN107948844A (en) * | 2017-12-29 | 2018-04-20 | 宁波市镇海科比特音响有限公司 | A kind of antitheft speaker |
| CN108052935A (en) * | 2018-01-30 | 2018-05-18 | 深圳智达机械技术有限公司 | A kind of intelligent glasses with identification function |
| US11835798B2 (en) * | 2018-12-12 | 2023-12-05 | Solos Technology Limited | Eyewear systems, apparatuses, and methods for providing assistance to a user |
| CN110069101B (en) * | 2019-04-24 | 2024-04-02 | 洪浛檩 | Wearable computing device and man-machine interaction method |
| CN110737330A (en) * | 2019-09-06 | 2020-01-31 | 北京小米移动软件有限公司 | Method and device for reminding abnormal travel and storage medium |
| CN114533504A (en) * | 2022-03-24 | 2022-05-27 | 广东工业大学 | Blind person glasses based on image recognition blind road |
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| CN100507817C (en) * | 2006-07-11 | 2009-07-01 | 何进 | Mouse |
| US7484847B2 (en) * | 2007-01-02 | 2009-02-03 | Hind-Sight Industries, Inc. | Eyeglasses having integrated telescoping video camera and video display |
| CN103018914A (en) * | 2012-11-22 | 2013-04-03 | 唐葵源 | Glasses-type head-wearing computer with 3D (three-dimensional) display |
| CN104597625A (en) * | 2013-10-30 | 2015-05-06 | 富泰华工业（深圳）有限公司 | Intelligent glasses |
| CN104375650A (en) * | 2014-12-02 | 2015-02-25 | 上海恩凡物联网科技有限公司 | Social contact identification method and system based on intelligent wearable device |
| CN204269949U (en) * | 2014-12-22 | 2015-04-15 | 赵铭展 | A kind of multifunctional modular Brilliant Eyes temple |
| CN204576008U (en) * | 2015-04-09 | 2015-08-19 | 郁树胜 | Detachable Sports spectacles |
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