CN106291933A - Intelligent glasses wears control method and device - Google Patents
Intelligent glasses wears control method and device Download PDFInfo
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- CN106291933A CN106291933A CN201610806006.7A CN201610806006A CN106291933A CN 106291933 A CN106291933 A CN 106291933A CN 201610806006 A CN201610806006 A CN 201610806006A CN 106291933 A CN106291933 A CN 106291933A
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- 239000011521 glass Substances 0.000 title claims abstract description 88
- 238000000034 method Methods 0.000 title claims abstract description 42
- 230000001105 regulatory effect Effects 0.000 claims abstract description 201
- 230000007246 mechanism Effects 0.000 claims abstract description 48
- 238000003384 imaging method Methods 0.000 claims abstract description 16
- 238000007493 shaping process Methods 0.000 claims description 89
- 208000001491 myopia Diseases 0.000 claims description 29
- 230000009471 action Effects 0.000 claims description 28
- 230000004379 myopia Effects 0.000 claims description 27
- 230000001276 controlling effect Effects 0.000 claims description 5
- 230000009916 joint effect Effects 0.000 claims 1
- 230000008569 process Effects 0.000 abstract description 13
- 239000003086 colorant Substances 0.000 description 6
- 241000209094 Oryza Species 0.000 description 2
- 235000007164 Oryza sativa Nutrition 0.000 description 2
- 230000008878 coupling Effects 0.000 description 2
- 238000010168 coupling process Methods 0.000 description 2
- 238000005859 coupling reaction Methods 0.000 description 2
- 238000010586 diagram Methods 0.000 description 2
- 235000009566 rice Nutrition 0.000 description 2
- 230000008901 benefit Effects 0.000 description 1
- 238000006243 chemical reaction Methods 0.000 description 1
- 230000007812 deficiency Effects 0.000 description 1
- 230000000694 effects Effects 0.000 description 1
- 238000005516 engineering process Methods 0.000 description 1
- 230000006870 function Effects 0.000 description 1
- 210000003128 head Anatomy 0.000 description 1
- 238000010295 mobile communication Methods 0.000 description 1
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- 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
- G02B27/0172—Head mounted characterised by optical features
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- 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
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- 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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- Optics & Photonics (AREA)
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- General Health & Medical Sciences (AREA)
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Abstract
The invention discloses a kind of intelligent glasses and wear control method and device.This intelligent glasses is worn control method and is included: make left eye display screen and/or right eye display screen is full frame is shown centered on preset pattern；Receive the regulating command of user's input；Regulating command include following at least one: left view is away from regulating command, right sighting distance regulating command, left interpupillary distance regulating command and right interpupillary distance regulating command；Corresponding governor motion regulation left eye display screen or the position of right eye display screen is controlled according to regulating command, so that preset pattern imaging clearly in user's eye；The left view governor motion corresponding with right interpupillary distance regulating command away from regulating command, right sighting distance regulating command, left interpupillary distance regulating command is respectively left view distance regulating mechanism, right sighting distance governor motion, left interpupillary adjustment mechanism and right interpupillary adjustment mechanism.It is simple and convenient that this intelligent glasses control method and device control process, it is not necessary to the external i.e. sighting distance in AP graphics software interface and interpupillary distance regulation so that it is application cost is greatly reduced and applies more extensive.
Description
Technical field
The present invention relates to intelligent glasses field, particularly relate to a kind of intelligent glasses and wear control method and device.
Background technology
Intelligent glasses, refers to as smart mobile phone, has independent operating system, can be by user installation software, trip
The program that the software houses such as play provide, can manipulate adding schedule, digital map navigation, video calling etc. by voice or action
Function, and the general name of the glasses that wireless network accesses can be realized by mobile communication network.The interpupillary distance of existing intelligent glasses is with near
The guidance wearing regulation of diopter adjustment or come real by external AP (Application Processor) graphics software interface
Existing.Using external AP graphics software interface to realize intelligent glasses and wear regulation guidance, the product cost of intelligent glasses is higher and answers
Can be limited by external AP graphics software interface by scope.
Summary of the invention
The technical problem to be solved in the present invention is, realizes intelligent glasses for existing employing external AP graphics software interface
Wear the deficiency existing for regulation guidance, it is provided that a kind of intelligent glasses wears control method and device.
The technical solution adopted for the present invention to solve the technical problems is: a kind of intelligent glasses wears control method, including:
Make left eye display screen and/or right eye display screen is full frame is shown centered on preset pattern；
Receive the regulating command of user's input；Described regulating command include following at least one: left view is away from regulating command, the right side
Sighting distance regulating command, left interpupillary distance regulating command and right interpupillary distance regulating command；
Control corresponding governor motion according to described regulating command and regulate described left eye display screen or described right eye display screen
Position so that described preset pattern imaging clearly in user's eye；Described left view away from regulating command, right sighting distance regulating command,
The left interpupillary distance regulating command described governor motion corresponding with right interpupillary distance regulating command is respectively left view distance regulating mechanism, right sighting distance is adjusted
Joint mechanism, left interpupillary adjustment mechanism and right interpupillary adjustment mechanism.
Preferably, the shaping modes receiving user's input selects instruction, and described shaping modes selects instruction to include myopia degree
Shaping modes instruction and interpupillary distance shaping modes instruct；
Instruction is selected to respectively enter myopia degree shaping modes or interpupillary distance shaping modes according to described shaping modes；
In described myopia degree shaping modes, make that described left eye display screen is full frame is shown centered on described preset pattern, according to
Described left view away from regulating command control described left view distance regulating mechanism regulate before and after described left eye display screen and user's left eye away from
From；Or make that described right eye display screen is full frame is shown centered on described preset pattern, control according to described right eye sighting distance regulating command
Described right sighting distance governor motion regulates distance before and after described right eye display screen and user's right eye；
In described interpupillary distance shaping modes, left eye display screen and the most full frame being shown centered on of right eye display screen is made to preset figure
Shape；Control the described left interpupillary adjustment mechanism described left eye display screen of regulation according to described left interpupillary distance regulating command to show with described right eye
Between display screen between left and right away from；Or regulate described left eye display screen according to described right interpupillary distance regulating command to show with described right eye
Between screen between left and right away from.
Preferably, the shaping modes of the described user of reception input selects instruction, including:
The described shaping modes receiving the input of user's click keys selects instruction；Or, gather user's eye motion or head
Portion's action, it is judged that whether described eye motion or described headwork select to keep strokes with preset mode, if unanimously, then input
The shaping modes being associated with described preset mode selection action selects instruction.
Preferably, the described regulating command receiving user's input, including: the regulation receiving the input of user's click keys refers to
Order；Or, gather user's eye motion or headwork, it is judged that described eye motion or described headwork whether with default tune
Joint is kept strokes, if unanimously, then inputs the regulating command being associated with described default regulation action.
Preferably, described according to the described regulating command control corresponding governor motion described left eye display screen or described of regulation
The position of right eye display screen, including: manually or automatically control corresponding governor motion according to described regulating command and regulate a described left side
Eye display screen or the position of described right eye display screen.
The present invention also provides for a kind of intelligent glasses and wears adjusting means, including:
Preset pattern display module, is used for making left eye display screen and/or right eye display screen is full frame is shown centered on preset pattern；
Regulating command receiver module, for receiving the regulating command of user's input；Described regulating command include following at least
One: left view is away from regulating command, right sighting distance regulating command, left interpupillary distance regulating command and right interpupillary distance regulating command；
Regulation control module, regulates described left eye display screen for controlling corresponding governor motion according to described regulating command
Or the position of described right eye display screen, so that described preset pattern imaging clearly in user's eye；Described left view away from regulating command,
Right sighting distance regulating command, the left interpupillary distance regulating command described governor motion corresponding with right interpupillary distance regulating command is respectively left view away from tune
Joint mechanism, right sighting distance governor motion, left interpupillary adjustment mechanism and right interpupillary adjustment mechanism.
Preferably, also include:
Mode selection command receiver module, selects instruction, described shaping modes for receiving the shaping modes of user's input
The instruction of myopia degree shaping modes and interpupillary distance shaping modes instruct to select instruction to include；
Shaping modes determines module, for according to described shaping modes select instruction respectively enter myopia degree shaping modes or
Interpupillary distance shaping modes；
Sighting distance regulon module, in described myopia degree shaping modes, makes described left eye display screen full frame placed in the middle aobvious
Show described preset pattern, control described left view distance regulating mechanism according to described left view away from regulating command and regulate described left eye display screen
With distance before and after user's left eye；Or make that described right eye display screen is full frame is shown centered on described preset pattern, according to the described right side
Eye sighting distance regulating command controls described right sighting distance governor motion and regulates distance before and after described right eye display screen and user's right eye；
Interpupillary distance regulon module, in described interpupillary distance shaping modes, makes left eye display screen and right eye display screen simultaneously
Full frame it is shown centered on preset pattern；Control described left interpupillary adjustment mechanism according to described left interpupillary distance regulating command and regulate described left eye
Between display screen and described right eye display screen between left and right away from；Or regulate described left eye according to described right interpupillary distance regulating command to show
Between display screen and described right eye display screen between left and right away from.
Preferably, described mode selection command receiver module, it is additionally operable to receive the described regulation of user's click keys input
Mode selection command；Or, it is additionally operable to gather user's eye motion or headwork, it is judged that described eye motion or described head
Whether action selects to keep strokes with preset mode, if unanimously, then inputs the tune being associated with described preset mode selection action
Joint mode selection command.
Preferably, described regulating command receiver module, it is additionally operable to receive the regulating command of user's click keys input；Or
Person, is additionally operable to gather user's eye motion or headwork, it is judged that whether described eye motion or described headwork be with default
Regulation is kept strokes, if unanimously, then inputs the regulating command being associated with described default regulation action.
Preferably, described regulation control module, for manually or automatically controlling to regulate accordingly according to described regulating command
Mechanism regulates described left eye display screen or the position of described right eye display screen.
The present invention compared with prior art have the advantage that intelligent glasses provided by the present invention wear control method and
Device, is shown centered on preset pattern by full frame on left eye display screen and/or right eye display screen, defeated according to the user received
The regulating command entered, controls corresponding governor motion and regulates left screen display display screen or the position of right screen display display screen, so that preset pattern
Imaging clearly in user's eye；Wherein, the regulating command that intelligent glasses provided by the present invention is worn in control method includes a left side
At least one in sighting distance regulating command, right sighting distance regulating command, left interpupillary distance regulating command and right interpupillary distance regulating command, individually or
Realize the regulation of right and left eyes sighting distance simultaneously and right and left eyes interpupillary distance regulates, so that user's eyes are all it can be seen that more visible preset pattern.
It is simple and convenient that this intelligent glasses control method and device control process, it is not necessary to external AP graphics software interface can realize a left side simultaneously
Right eye sighting distance regulates with right and left eyes interpupillary distance so that the application cost of intelligent glasses is greatly reduced and applies more extensive.
Accompanying drawing explanation
Below in conjunction with drawings and Examples, the invention will be further described, in accompanying drawing:
Fig. 1 is the flow chart that in the embodiment of the present invention 1, intelligent glasses wears control method.
Fig. 2 is the flow chart that in the embodiment of the present invention 2, intelligent glasses wears control method.
Fig. 3 is the theory diagram that in the embodiment of the present invention 3, intelligent glasses wears adjusting means.
Fig. 4 is the theory diagram that in the embodiment of the present invention 4, intelligent glasses wears adjusting means.
Detailed description of the invention
In order to be more clearly understood from the technical characteristic of the present invention, purpose and effect, now comparison accompanying drawing describes in detail
The detailed description of the invention of the present invention.
Embodiment 1
Fig. 1 illustrates that the intelligent glasses in the present embodiment wears control method.Wherein, intelligent glasses is built-in with for performing
This intelligent glasses wears the Single Chip Microcomputer (SCM) program of control method.This intelligent glasses is worn control method and is included:
S11: make left eye display screen and/or right eye display screen is full frame is shown centered on preset pattern.Preset pattern include but not
" well " word figure being limited in the present embodiment, it is also possible to include the preset pattern such as " rice " word figure, " ten " word figure.Specifically,
Need to make that left eye display screen is full frame is shown centered on preset pattern when carrying out left eye sighting distance regulation process；Carrying out right eye sighting distance regulation
Need to make during process that right eye display screen is full frame is shown centered on preset pattern；Carrying out the regulation of left eye interpupillary distance and right eye interpupillary distance regulation process
Time make left eye display screen and right eye display screen is the most full frame is shown centered on preset pattern.
S12: receive the regulating command of user's input；Regulating command include following at least one: left view is away from regulating command, the right side
Sighting distance regulating command, left interpupillary distance regulating command and right interpupillary distance regulating command.Wear intelligent glasses user and be adjusted process
In, can input left view away from regulating command with regulation left eye sighting distance or input right sighting distance regulating command with regulation right eye sighting distance,
Or input left interpupillary distance regulating command with regulation left eye interpupillary distance or input right interpupillary distance regulating command with regulation right eye interpupillary distance or
Person inputs the combination of above-mentioned wantonly two or more than two regulating commands.
Specifically, the Single Chip Microcomputer (SCM) program in intelligent glasses can receive the regulating command of user's click keys input, Brilliant Eyes
Mirror shell is provided with left view away from regulating command, right sighting distance regulating command, left interpupillary distance regulating command and right interpupillary distance regulating command phase
Corresponding button, user's click keys can input corresponding regulating command.Or, arrange and Single Chip Microcomputer (SCM) program in intelligent glasses
The action sensor being connected, gathers user's eye motion or headwork by action sensor, and Single Chip Microcomputer (SCM) program judges to gather
To eye motion or headwork whether keep strokes with default regulation, if unanimously, then input relevant to presetting regulation action
The regulating command of connection.It is to be appreciated that the default regulation action corresponding to each regulating command can be arranged voluntarily by user, in order to
In remembering and improving Consumer's Experience.
S13: control corresponding governor motion regulation left eye display screen or the position of right eye display screen according to regulating command, with
Make preset pattern imaging clearly in user's eye.Specifically, can regulate according to the corresponding governor motion of regulating command Non-follow control
Left eye display screen or the position of right eye display screen, or corresponding governor motion regulation left eye can be automatically controlled according to regulating command
Display screen or the position of right eye display screen.Wherein, position includes left eye display screen or right eye display screen distance users left eye or the right side
Before and after Yan between distance or left eye display screen and right eye display screen between left and right away from.Left view is away from regulating command, the regulation of right sighting distance
Instruction, the left interpupillary distance regulating command governor motion corresponding with right interpupillary distance regulating command are respectively left view distance regulating mechanism, right sighting distance
Governor motion, left interpupillary adjustment mechanism and right interpupillary adjustment mechanism.Left view for making user input can individually be adjusted away from regulating command
Joint left eye sighting distance, right sighting distance regulating command can individually regulate right eye sighting distance, left interpupillary distance regulating command can individually regulate left eye interpupillary distance,
Right interpupillary distance regulating command can individually regulate right eye interpupillary distance, is provided with and can individually regulate the left view of left eye sighting distance away from tune in intelligent glasses
Joint mechanism, can individually regulate right eye sighting distance right sighting distance governor motion, can individually regulate left eye interpupillary distance left interpupillary adjustment mechanism,
And can individually regulate the right interpupillary adjustment mechanism of right eye interpupillary distance, so that each user can be according to the near-sighted degree of self eyes and a left side
Interpupillary distance between right eye carries out sighting distance regulation respectively and interpupillary distance regulates, so that preset pattern imaging clearly in user's eye, i.e. left
In right eye, the preset pattern of imaging is clear and without ghost image.
The intelligent glasses that the present embodiment is provided wears control method, by left eye display screen and/or right eye display screen
Upper the most full frame it is shown centered on preset pattern, according to the regulating command of the user's input received, controls the regulation of corresponding governor motion
Left screen display display screen or the position of right screen display display screen, so that preset pattern imaging clearly in user's eye；This intelligent glasses wears tune
Regulating command in joint method includes that left view is adjusted away from regulating command, right sighting distance regulating command, left interpupillary distance regulating command and right interpupillary distance
At least one in joint instruction, realizes the regulation of right and left eyes sighting distance individually or simultaneously and right and left eyes interpupillary distance regulates, so that user's eyes
All it can be seen that more visible preset pattern.It is simple and convenient that this intelligent glasses control method controls process, it is not necessary to external AP figure is soft
Part interface can realize right and left eyes sighting distance simultaneously and regulate with right and left eyes interpupillary distance, can preferably guide intelligent glasses user to wear
Wearing, be greatly enhanced intelligent glasses wears experience, makes intelligent glasses can extend making of intelligent glasses at lower cost simultaneously
Use scope.
Embodiment 2
Fig. 2 illustrates that the intelligent glasses in the present embodiment wears control method.Wherein, intelligent glasses is built-in with for performing
This intelligent glasses wears the Single Chip Microcomputer (SCM) program of control method.This intelligent glasses is worn control method and is included:
S21: the shaping modes receiving user's input selects instruction, shaping modes selects instruction to include myopia degree shaping modes
Instruction and interpupillary distance shaping modes instruct.Specifically, the Single Chip Microcomputer (SCM) program in intelligent glasses can receive the input of user's click keys
Shaping modes selects instruction, i.e. intelligent glasses shell to be provided with and the instruction of myopia degree shaping modes and interpupillary distance shaping modes instruction phase
Corresponding button, user's click keys can input corresponding shaping modes and select instruction.Or, it is provided with in intelligent glasses with single
The action sensor that sheet machine program is connected, gathers user's eye motion or headwork by action sensor, and passes through monolithic
Machine program judges whether the eye motion collected or headwork select to keep strokes with preset mode, if unanimously, then inputs
The shaping modes being associated with preset mode selection action selects instruction.It is to be appreciated that each shaping modes selects instruction institute
Corresponding preset mode selection action can be arranged voluntarily by user, in order to remembers and improves Consumer's Experience.
S22: select instruction to respectively enter myopia degree shaping modes or interpupillary distance shaping modes according to described shaping modes.Closely
Under diopter adjustment pattern, can input left view away from regulating command with carry out left eye sighting distance regulation or input right sighting distance regulating command with
Carry out right eye sighting distance regulation.Under interpupillary distance shaping modes, can input left interpupillary distance regulating command with carry out left eye interpupillary distance regulation or
Input right interpupillary distance regulating command to carry out right eye interpupillary distance regulation.
S23: in myopia degree shaping modes, makes that left eye display screen is full frame is shown centered on preset pattern, according to left view away from tune
Joint instruction controls distance before and after left view distance regulating mechanism regulation left eye display screen and user's left eye；Or make right eye display screen complete
Screen is shown centered on preset pattern, controls right sighting distance governor motion regulation right eye display screen and user according to right eye sighting distance regulating command
Distance before and after right eye.
Enter myopia degree shaping modes and receive left view away from regulating command with carry out left eye sighting distance regulate time, single-chip microcomputer journey
Sequence first controls right eye display screen and closes or make right eye display screen full frame for all black, so that user's right eye cannot see " well " word
Figure, it is to avoid show in right eye display screen that the regulation of left eye sighting distance is disturbed by " well " word figure.Single Chip Microcomputer (SCM) program controls a left side again
Eye full frame " well " word figure that is shown centered on of display screen, " well " the word figure foreground with white as word, black is background colour；Its
In, " well " word figure can also use other colors.Left view is manually or automatically controlled away from regulation away from regulating command further according to left view
Distance before and after mechanism's regulation left eye display screen and user's left eye, so that user's left eye can be clearly apparent in left eye display screen
" well " word figure, it is achieved left eye vision-control purpose.
When entering myopia degree shaping modes and receiving right sighting distance regulating command to carry out the regulation of right eye sighting distance, single-chip microcomputer journey
Sequence first controls left eye display screen and closes or make left eye display screen full frame for all black, so that user's left eye cannot see " well " word
Figure, it is to avoid show in left eye display screen that the regulation of right eye sighting distance is disturbed by " well " word figure.Single Chip Microcomputer (SCM) program controls the right side again
Eye full frame " well " word figure that is shown centered on of display screen, " well " the word figure foreground with white as word, black is background colour；Its
In, " well " word figure can also use other colors.The regulation of right sighting distance is manually or automatically controlled further according to right sighting distance regulating command
Distance before and after mechanism's regulation right eye display screen and user's right eye, so that user's right eye can be clearly apparent in right eye display screen
" well " word figure, it is achieved right eye vision-control purpose.
S24: in interpupillary distance shaping modes, makes left eye display screen and the most full frame being shown centered on of right eye display screen preset figure
Shape；According to left interpupillary distance regulating command control left interpupillary adjustment mechanism regulation left eye display screen and right eye display screen between left and right
Away from；Or according to right interpupillary distance regulating command regulation left eye display screen and right eye display screen between left and right away from.
When entering interpupillary distance shaping modes, Single Chip Microcomputer (SCM) program first controls left eye display screen and right eye display screen is the most full frame between two parties
Display " well " word figure, " well " the word figure foreground with white as word, black is background colour；Wherein, " well " word figure also may be used
To use other colors.Left interpupillary adjustment mechanism regulation left eye display screen is manually or automatically controlled further according to left interpupillary distance regulating command
And between right eye display screen between left and right away from；Or manually or automatically control left interpupillary adjustment mechanism according to right interpupillary distance regulating command
Between regulation left eye display screen and right eye display screen between left and right away from, until in user's eyes " well " word figure of imaging clear and
There is no ghost image.If it is to be appreciated that between left eye display screen with right eye display screen between left and right away from the interpupillary distance phase with user's eyes
Coupling, then user's eyes can clearly show that " well " word figure does not has ghost image.
The intelligent glasses that the present embodiment is provided is worn in control method, can under myopia degree shaping modes individually or simultaneously
Realize the regulation of left eye sighting distance and/or the regulation of right eye sighting distance, so that user's left eye and/or right eye are it can be seen that preset pattern clearly；
And the regulation of left eye interpupillary distance and/or the regulation of right eye interpupillary distance can be realized in interpupillary distance shaping modes individually or simultaneously, so that about user
Soon to one clearly the image of preset pattern and there is no ghost image.It is simple and convenient that this intelligent glasses control method controls process,
Right and left eyes sighting distance can be realized without external AP graphics software interface to regulate with right and left eyes interpupillary distance simultaneously, can preferably guide intelligence
Eyeglass users is worn, and be greatly enhanced intelligent glasses wears experience, makes intelligent glasses to expand at lower cost simultaneously
The range of exhibition intelligent glasses.
Embodiment 3
Fig. 3 illustrates that the intelligent glasses in the present embodiment wears adjusting means.Wherein, intelligent glasses is built-in with for carrying out
Intelligent glasses wears the Single Chip Microcomputer (SCM) program of regulation.This intelligent glasses is worn adjusting means and is included:
Preset pattern display module 11, is used for making left eye display screen and/or full frame being shown centered on of right eye display screen preset figure
Shape.Preset pattern includes but not limited to " well " the word figure in the present embodiment, it is also possible to include " rice " word figure, " ten " word figure
Deng preset pattern.Specifically, need to make that left eye display screen is full frame is shown centered on preset pattern when carrying out left eye sighting distance regulation process；
Need to make that right eye display screen is full frame is shown centered on preset pattern when carrying out right eye sighting distance regulation process；Carrying out left eye interpupillary distance regulation
Make left eye display screen during with right eye interpupillary distance regulation process and right eye display screen is the most full frame is shown centered on preset pattern.
Regulating command receiver module 12, for receiving the regulating command of user's input；Regulating command includes following at least one
: left view is away from regulating command, right sighting distance regulating command, left interpupillary distance regulating command and right interpupillary distance regulating command.Intelligence is worn user
Can glasses during being adjusted, left view can be inputted and with regulation left eye sighting distance away from regulating command or input right sighting distance and adjust
Joint instruction is with regulation right eye sighting distance or inputs left interpupillary distance regulating command to regulate left eye interpupillary distance or to input the regulation of right interpupillary distance
Instruct to regulate right eye interpupillary distance or input the combination of above-mentioned wantonly two or more than two regulating commands.
Specifically, the Single Chip Microcomputer (SCM) program in intelligent glasses can receive the regulating command of user's click keys input, Brilliant Eyes
Mirror shell is provided with left view away from regulating command, right sighting distance regulating command, left interpupillary distance regulating command and right interpupillary distance regulating command phase
Corresponding button, user's click keys can input corresponding regulating command.Or, arrange and Single Chip Microcomputer (SCM) program in intelligent glasses
The action sensor being connected, gathers user's eye motion or headwork by action sensor, and Single Chip Microcomputer (SCM) program judges to gather
To eye motion or headwork whether keep strokes with default regulation, if unanimously, then input relevant to presetting regulation action
The regulating command of connection.It is to be appreciated that the default regulation action corresponding to each regulating command can be arranged voluntarily by user, in order to
In remembering and improving Consumer's Experience.
Regulation control module 13, for controlling corresponding governor motion regulation left eye display screen or right eye according to regulating command
The position of display screen, so that preset pattern imaging clearly in user's eye.Specifically, can be corresponding according to regulating command Non-follow control
Governor motion regulation left eye display screen or the position of right eye display screen, or corresponding tune can be automatically controlled according to regulating command
Joint mechanism regulation left eye display screen or the position of right eye display screen.Wherein, position include left eye display screen or right eye display screen away from
Before and after user's left eye or right eye between distance or left eye display screen and right eye display screen between left and right away from.Left view is away from regulation
Instruction, right sighting distance regulating command, the left interpupillary distance regulating command governor motion corresponding with right interpupillary distance regulating command be respectively left view away from
Governor motion, right sighting distance governor motion, left interpupillary adjustment mechanism and right interpupillary adjustment mechanism.For making left view that user inputs away from tune
Instruction can individually regulate left eye sighting distance to joint, right sighting distance regulating command can individually regulate right eye sighting distance, left interpupillary distance regulating command can be single
Solely regulation left eye interpupillary distance, right interpupillary distance regulating command can individually regulate right eye interpupillary distance, be provided with and can individually regulate a left side in intelligent glasses
The left view distance regulating mechanism of eye sighting distance, can individually regulate the right sighting distance governor motion of right eye sighting distance, can individually regulate left eye interpupillary distance
Left interpupillary adjustment mechanism and can individually regulate the right interpupillary adjustment mechanism of right eye interpupillary distance so that each user can according to from
Interpupillary distance between near-sighted degree and the right and left eyes of body eyes carries out sighting distance regulation respectively and interpupillary distance regulates, so that preset pattern is user
In imaging clearly in Yan, i.e. right and left eyes, the preset pattern of imaging is clear and without ghost image.
The intelligent glasses that the present embodiment is provided wears adjusting means, is shown at left eye by preset pattern display module 11
The full frame preset pattern that is shown centered on screen and/or right eye display screen, then the user received by regulating command receiver module 12
The regulating command of input, then controls corresponding governor motion by regulation control module 13 according to regulating command and regulates left screen display
Display screen or the position of right screen display display screen, so that preset pattern imaging clearly in user's eye；This intelligent glasses wears adjusting means
In regulating command include that left view is away from regulating command, right sighting distance regulating command, left interpupillary distance regulating command and right interpupillary distance regulating command
In at least one, realize individually or simultaneously right and left eyes sighting distance regulation and right and left eyes interpupillary distance regulate so that user's eyes all can be seen
To more visible preset pattern.It is simple and convenient that this intelligent glasses adjusting means controls process, it is not necessary to external AP graphics software interface
Right and left eyes sighting distance can be realized regulate with right and left eyes interpupillary distance simultaneously, can preferably guide intelligent glasses user to wear, greatly
Ground improve intelligent glasses wear experience, make intelligent glasses can extend the range of intelligent glasses at lower cost simultaneously.
Embodiment 4
Fig. 4 illustrates that the intelligent glasses in the present embodiment wears adjusting means.Wherein, intelligent glasses is built-in with for performing
This intelligent glasses wears the Single Chip Microcomputer (SCM) program of adjusting means.This intelligent glasses is worn adjusting means and is included:
Mode selection command receiver module 14, selects instruction for receiving the shaping modes of user's input, and shaping modes selects
Select instruction and include that the instruction of myopia degree shaping modes and interpupillary distance shaping modes instruct.Specifically, the Single Chip Microcomputer (SCM) program in intelligent glasses
The shaping modes that can receive the input of user's click keys selects instruction, i.e. intelligent glasses shell to be provided with and myopia degree shaping modes
Instructing the button corresponding with the instruction of interpupillary distance shaping modes, user's click keys can input corresponding shaping modes and select to refer to
Order.Or, it is provided with the action sensor being connected with Single Chip Microcomputer (SCM) program in intelligent glasses, gathers user's eye by action sensor
Action or headwork, and judge whether the eye motion collected or headwork are selected with preset mode by Single Chip Microcomputer (SCM) program
Selecting and keep strokes, if unanimously, then the shaping modes that input is associated with preset mode selection action selects instruction.It is appreciated that
Ground, each shaping modes selects the preset mode selection action corresponding to instruction can be arranged voluntarily by user, in order to memory is also
Improve Consumer's Experience.
Shaping modes determines module 15, for selecting instruction to respectively enter myopia degree shaping modes according to described shaping modes
Or interpupillary distance shaping modes.Under myopia degree shaping modes, can input left view away from regulating command with carry out left eye sighting distance regulation or
Input right sighting distance regulating command to carry out right eye sighting distance regulation.Under interpupillary distance shaping modes, can input left interpupillary distance regulating command with
Carry out left eye interpupillary distance regulation or input right interpupillary distance regulating command to carry out right eye interpupillary distance regulation.
Sighting distance regulon module 131, in myopia degree shaping modes, makes full frame being shown centered on of left eye display screen preset
Figure, according to left view distance before and after regulating command controls left view distance regulating mechanism regulation left eye display screen and user's left eye；
Or make that right eye display screen is full frame is shown centered on preset pattern, control right sighting distance governor motion according to right eye sighting distance regulating command and adjust
Distance before and after joint right eye display screen and user's right eye.
Enter myopia degree shaping modes and receive left view away from regulating command with carry out left eye sighting distance regulate time, single-chip microcomputer journey
Sequence first controls right eye display screen and closes or make right eye display screen full frame for all black, so that user's right eye cannot see " well " word
Figure, it is to avoid show in right eye display screen that the regulation of left eye sighting distance is disturbed by " well " word figure.Single Chip Microcomputer (SCM) program controls a left side again
Eye full frame " well " word figure that is shown centered on of display screen, " well " the word figure foreground with white as word, black is background colour；Its
In, " well " word figure can also use other colors.Left view is manually or automatically controlled away from regulation away from regulating command further according to left view
Distance before and after mechanism's regulation left eye display screen and user's left eye, so that user's left eye can be clearly apparent in left eye display screen
" well " word figure, it is achieved left eye vision-control purpose.
When entering myopia degree shaping modes and receiving right sighting distance regulating command to carry out the regulation of right eye sighting distance, single-chip microcomputer journey
Sequence first controls left eye display screen and closes or make left eye display screen full frame for all black, so that user's left eye cannot see " well " word
Figure, it is to avoid show in left eye display screen that the regulation of right eye sighting distance is disturbed by " well " word figure.Single Chip Microcomputer (SCM) program controls the right side again
Eye full frame " well " word figure that is shown centered on of display screen, " well " the word figure foreground with white as word, black is background colour；Its
In, " well " word figure can also use other colors.The regulation of right sighting distance is manually or automatically controlled further according to right sighting distance regulating command
Distance before and after mechanism's regulation right eye display screen and user's right eye, so that user's right eye can be clearly apparent in right eye display screen
" well " word figure, it is achieved right eye vision-control purpose.
Interpupillary distance regulon module 132, in interpupillary distance shaping modes, makes left eye display screen and right eye display screen the most complete
Screen is shown centered on preset pattern；Control left interpupillary adjustment mechanism regulation left eye display screen according to left interpupillary distance regulating command to show with right eye
Between display screen between left and right away from；Or according to the left and right between right interpupillary distance regulating command regulation left eye display screen and right eye display screen
Spacing.
When entering interpupillary distance shaping modes, Single Chip Microcomputer (SCM) program first controls left eye display screen and right eye display screen is the most full frame between two parties
Display " well " word figure, " well " the word figure foreground with white as word, black is background colour；Wherein, " well " word figure also may be used
To use other colors.Left interpupillary adjustment mechanism regulation left eye display screen is manually or automatically controlled further according to left interpupillary distance regulating command
And between right eye display screen between left and right away from；Or manually or automatically control left interpupillary adjustment mechanism according to right interpupillary distance regulating command
Between regulation left eye display screen and right eye display screen between left and right away from, until in user's eyes " well " word figure of imaging clear and
There is no ghost image.If it is to be appreciated that between left eye display screen with right eye display screen between left and right away from the interpupillary distance phase with user's eyes
Coupling, then user's eyes can clearly show that " well " word figure does not has ghost image.
The intelligent glasses that the present embodiment is provided is worn in adjusting means, can be in myopia by sighting distance regulon module 131
The regulation of left eye sighting distance and/or the regulation of right eye sighting distance is realized individually or simultaneously under degree shaping modes, so that user's left eye and/or right eye
It can be seen that preset pattern clearly；And can be realized individually or simultaneously in interpupillary distance shaping modes by interpupillary distance regulon module 132
The regulation of left eye interpupillary distance and/or the regulation of right eye interpupillary distance so that user's right and left eyes see one clearly the image of preset pattern and do not have
There is ghost image.It is simple and convenient that this intelligent glasses adjusting means controls process, it is not necessary to external AP graphics software interface can realize simultaneously
Right and left eyes sighting distance regulates with right and left eyes interpupillary distance, can preferably guide intelligent glasses user to wear, be greatly enhanced Brilliant Eyes
Mirror wear experience, make intelligent glasses can extend the range of intelligent glasses at lower cost simultaneously.
The present invention is illustrated by several specific embodiments, it will be appreciated by those skilled in the art that, without departing from
In the case of the scope of the invention, it is also possible to the present invention is carried out various conversion and equivalent substitutes.It addition, for particular condition or tool
Body situation, can make various amendment, without deviating from the scope of the present invention to the present invention.Therefore, the present invention is not limited to disclosed
Specific embodiment, and the whole embodiments fallen within the scope of the appended claims should be included.
Claims (10)
1. an intelligent glasses wears control method, it is characterised in that including:
Make left eye display screen and/or right eye display screen is full frame is shown centered on preset pattern；
Receive the regulating command of user's input；Described regulating command include following at least one: left view is away from regulating command, right sighting distance
Regulating command, left interpupillary distance regulating command and right interpupillary distance regulating command；
Control corresponding governor motion according to described regulating command and regulate described left eye display screen or the position of described right eye display screen
Put, so that described preset pattern imaging clearly in user's eye；Described left view is away from regulating command, right sighting distance regulating command, Zuo Tong
The described governor motion corresponding with right interpupillary distance regulating command away from regulating command is respectively left view distance regulating mechanism, right sighting distance regulation machine
Structure, left interpupillary adjustment mechanism and right interpupillary adjustment mechanism.
Intelligent glasses the most according to claim 1 wears control method, it is characterised in that also include:
The shaping modes receiving user's input selects instruction, and described shaping modes selects instruction to include that myopia degree shaping modes instructs
Instruct with interpupillary distance shaping modes；
Instruction is selected to respectively enter myopia degree shaping modes or interpupillary distance shaping modes according to described shaping modes；
In described myopia degree shaping modes, make that described left eye display screen is full frame is shown centered on described preset pattern, according to described
Left view is distance before and after regulating command controls the described left view distance regulating mechanism described left eye display screen of regulation and user's left eye；Or
Person makes that described right eye display screen is full frame is shown centered on described preset pattern, controls the described right side according to described right eye sighting distance regulating command
Sighting distance governor motion regulates distance before and after described right eye display screen and user's right eye；
In described interpupillary distance shaping modes, make left eye display screen and right eye display screen is the most full frame is shown centered on preset pattern；Root
Control described left interpupillary adjustment mechanism according to described left interpupillary distance regulating command and regulate described left eye display screen and described right eye display screen
Between between left and right away from；Or according to described right interpupillary distance regulating command regulate described left eye display screen and described right eye display screen it
Between between left and right away from.
Intelligent glasses the most according to claim 2 wears control method, it is characterised in that the tune of described reception user input
Joint mode selection command, including:
The described shaping modes receiving the input of user's click keys selects instruction；Or, gather user's eye motion or head move
Make, it is judged that whether described eye motion or described headwork select to keep strokes with preset mode, if unanimously, then input and institute
State the shaping modes selection instruction that preset mode selection action is associated.
Intelligent glasses the most according to claim 1 wears control method, it is characterised in that the tune of described reception user input
Joint instruction, including: receive the regulating command of user's click keys input；Or, gather user's eye motion or headwork, sentence
Whether disconnected described eye motion or described headwork keep strokes with default regulation, if unanimously, then and input and described default tune
The regulating command that joint action is associated.
Intelligent glasses the most according to claim 1 wears control method, it is characterised in that described according to described regulating command
Control corresponding governor motion and regulate described left eye display screen or the position of described right eye display screen, including: according to described regulation
Instruction manually or automatically controls corresponding governor motion and regulates described left eye display screen or the position of described right eye display screen.
6. an intelligent glasses wears adjusting means, it is characterised in that including:
Preset pattern display module, is used for making left eye display screen and/or right eye display screen is full frame is shown centered on preset pattern；
Regulating command receiver module, for receiving the regulating command of user's input；Described regulating command include following at least one:
Left view is away from regulating command, right sighting distance regulating command, left interpupillary distance regulating command and right interpupillary distance regulating command；
Regulation control module, regulates described left eye display screen or institute for controlling corresponding governor motion according to described regulating command
State the position of right eye display screen, so that described preset pattern imaging clearly in user's eye；Described left view regards away from regulating command, the right side
The described governor motion corresponding with right interpupillary distance regulating command away from regulating command, left interpupillary distance regulating command is respectively left view away from regulation machine
Structure, right sighting distance governor motion, left interpupillary adjustment mechanism and right interpupillary adjustment mechanism.
Intelligent glasses the most according to claim 6 wears adjusting means, it is characterised in that also include:
Mode selection command receiver module, selects instruction for receiving the shaping modes of user's input, and described shaping modes selects
Instruction includes that the instruction of myopia degree shaping modes and interpupillary distance shaping modes instruct；
Shaping modes determines module, for selecting instruction to respectively enter myopia degree shaping modes or interpupillary distance according to described shaping modes
Shaping modes；
Sighting distance regulon module, in described myopia degree shaping modes, makes that described left eye display screen is full frame is shown centered on institute
State preset pattern, control described left view distance regulating mechanism according to described left view away from regulating command and regulate described left eye display screen and use
Distance before and after the left eye of family；Or make that described right eye display screen is full frame is shown centered on described preset pattern, regard according to described right eye
Distance before and after regulating command controls the described right sighting distance governor motion described right eye display screen of regulation and user's right eye；
Interpupillary distance regulon module, in described interpupillary distance shaping modes, makes left eye display screen and right eye display screen the most full frame
It is shown centered on preset pattern；Control the described left interpupillary adjustment mechanism described left eye of regulation according to described left interpupillary distance regulating command to show
Shield with described right eye display screen between left and right away from；Or regulate described left eye display screen according to described right interpupillary distance regulating command
And between described right eye display screen between left and right away from.
Intelligent glasses the most according to claim 7 wears adjusting means, it is characterised in that described mode selection command receives
Module, the described shaping modes being additionally operable to receive the input of user's click keys selects instruction；Or, it is additionally operable to gather user's eye
Action or headwork, it is judged that whether described eye motion or described headwork select to keep strokes with preset mode, if one
Cause, then the shaping modes that input is associated with described preset mode selection action selects instruction.
Intelligent glasses the most according to claim 6 wears adjusting means, it is characterised in that described regulating command receives mould
Block, is additionally operable to receive the regulating command of user's click keys input；Or, it is additionally operable to gather user's eye motion or head moves
Making, it is judged that whether described eye motion or described headwork keep strokes with default regulation, if unanimously, then input is pre-with described
If the regulating command that regulation action is associated.
Intelligent glasses the most according to claim 6 wears adjusting means, it is characterised in that described regulation control module, uses
Regulate described left eye display screen or described right eye show in manually or automatically controlling corresponding governor motion according to described regulating command
The position of display screen.
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| CN201610806006.7A CN106291933A (en) | 2016-09-06 | 2016-09-06 | Intelligent glasses wears control method and device |
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