CN206584114U - A kind of low power-consumption intelligent AR devices and intelligence AR glasses - Google Patents
A kind of low power-consumption intelligent AR devices and intelligence AR glasses Download PDFInfo
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Abstract
The utility model discloses a kind of low power-consumption intelligent AR devices and intelligence AR glasses, device includes：Detection means, controller and performs device, the control of all parts is realized by controller, so that the functional hardware without work is in a dormant state, greatly reduces power consumption, power consumption is effectively reduced；User behavior and ambient conditions are detected by detection means, corresponding part is entered working condition with this, so as to improve intelligent level, it is only necessary to which minimal amount of manual control, the probability that maloperation occurs in user is substantially reduced；The purpose of using electricity wisely has been reached by intelligent AR devices, thus battery volume do it is less in the case of also can guarantee that endurance, and mitigate battery weight.Glasses also include touch control part and touch-control circuit, realize the regulation to display, player and video camera according to it, allow the corresponding part of user's simple adjustment to the suitable state of oneself, so as to further improve the Experience Degree of user.
Description
Technical field
The utility model is related to augmented reality field, and in particular to a kind of low power-consumption intelligent AR devices and intelligence AR
Glasses.
Background technology
With continuing to develop for intelligent computer technology, intelligent artifact is continued to bring out.After smart mobile phone, tablet personal computer it
Afterwards, virtual reality (VR) and augmented reality (AR) are potential as next great universal computing platform.With smart mobile phone pin
The continuous slide of amount, VR, AR technology turns into another important directions of consumer electronics.
VR technologies refer to：The interface equipment such as computer graphical device and various reality and control is comprehensively utilized, in computer
The technology for immersing sensation is provided in upper generation, the three-dimensional environment that can interact.AR refers to：By computer technology, by virtual letter
Breath is applied to real world, and real environment and virtual object have been added to same picture or space while depositing in real time
.At present, more company's selections are cut from VR fields, and major research companies, the investment bank are directed to the research report in VR fields
Also emerge in an endless stream.By contrast, although media start to report AR technologies without restraint in the past year, major part AR technologies still in
Among exploitation.
AR devices of the prior art, including AR processors, display unit, camera, communication unit and GPS etc., lead to
The cooperation for crossing each functional hardware realizes that final AR is rendered and shown, and is controlled or simple by controlling, triggering manually
Work and the Opportunity awaiting control for linear of each functional part in AR devices are realized in programme-control.
Be in place of the deficiencies in the prior art, the power consumption of each functional hardware is too high, causes battery volume larger, weight compared with
Weight, influences Consumer's Experience, does not reach the requirement of consumer electronics product；Intelligence degree is relatively low, it is necessary to excessive manual control,
Easily there is the situation of user misoperation；When being worked into working condition under different scenes, it is impossible to which intelligent closing is without work
Work energy hardware, causes power consumption serious.
Utility model content
The purpose of this utility model is to provide a kind of low power-consumption intelligent AR devices and intelligence AR glasses, to solve power consumption too
The problem of high, intelligence degree is low and can not intelligently close the functional hardware without work.
To achieve these goals, the utility model provides following technical scheme：
A kind of low power-consumption intelligent AR devices, it is characterised in that including controller, and the detection being connected with the controller
Device and performs device,
The detection means, to when the AR processors be in holding state when, according to default detection information to
Family behavior and environment are periodically detected；
The controller, user profile input multistage classifier is carried out into User Status prediction, and according to pre-
Survey result and generate corresponding control signal, control the detection means and the performs device to carry out AR and render and AR displayings；Institute
State predict the outcome including：Rest state, motion state, driving condition, talk state and amusement state.
Above-mentioned low power-consumption intelligent AR devices, the detection means includes：Othermohygrometer sensor, geomagnetic sensor, light intensity
Sensor, nine axle sensors, GPS device and microphone,
The othermohygrometer sensor, to periodically/according to control signal gather user's local environment height above sea level, air pressure
And temperature information；
The geomagnetic sensor, the orientation to be periodically detected user's direction；
The light intensity sensor, to periodically/according to control signal gather user's local environment daylighting information；
Nine axle sensor, to periodically/according to control signal detection obtain human action information；
The GPS device, to periodically/according to control signal detect obtain user positional information；
The microphone, to periodically/according to control signal gather user voice messaging.
Above-mentioned low power-consumption intelligent AR devices, the light intensity sensor, also to periodically detection close to light, when detecting
During close to light, the AR processors are controlled to enter holding state by the controller.
Above-mentioned low power-consumption intelligent AR devices, the performs device also includes：Player, display, video camera and wireless
Communicator,
The video camera, to gather scene information according to the control signal；
The player, according to the control signal playing audio-fequency data or voice to be identified；
The display, to be shown accordingly according to the control signal；
The wireless communication device, to be carried out and extraneous information exchange according to the control signal.
Above-mentioned low power-consumption intelligent AR devices, in addition to touch-control circuit, the touch-control circuit, to recognize touch gestures, and
The information gathering form of the display brightness, the broadcast sound volume of player and video camera of display is adjusted according to recognition result.
Above-mentioned low power-consumption intelligent AR devices, in addition to intelligent end and server, the intelligent end respectively with the channel radio
Device, server connection are interrogated,
The intelligent end, to receive the information measured under the driving/motion state and be synchronized to server；And will
Cartographic information, prompt message are sent to display module by communication module and shown；
The server, to transfer corresponding map according to the information measured under driving condition；And according to motion shape
The information measured under state carries out weather and amount of exercise judgement whether up to standard, and is believed according to the corresponding prompting of judged result generation
Breath.
A kind of intelligent AR glasses, the body includes mirror holder and eyeglass, it is characterised in that the body also includes touch-control
Portion, the touch control part is arranged on the mirror holder, to the touch gestures different by touching generation；Also set up on the body
There is control panel,
The control panel includes：Controller, othermohygrometer sensor, light intensity sensor, nine axle sensors, GPS device, wheat
Gram wind, player, display, video camera and wireless communication device,
The controller, user profile input multistage classifier is carried out into User Status prediction, and according to pre-
Survey result and generate corresponding control signal, control the detection means and the performs device to carry out AR and render and AR displayings；Institute
State predict the outcome including：Rest state, motion state, driving condition, talk state and amusement state；
The othermohygrometer sensor, to periodically/according to control signal gather user's local environment height above sea level, air pressure
And temperature information；
The geomagnetic sensor, the orientation to be periodically detected user's direction；
The light intensity sensor, to periodically/according to control signal gather user's local environment daylighting information；
Nine axle sensor, to periodically/according to control signal detection obtain human action information；
The GPS device, to periodically/according to control signal detect obtain user positional information；
The microphone, to periodically/according to control signal gather user voice messaging；
The video camera, to gather scene information according to the control signal；
The AR processors, are rendered to carry out AR according to control signal；
The player, according to the control signal playing audio-fequency data or voice to be identified；
The display, to be shown accordingly according to the control signal；
The wireless communication device, to be carried out and extraneous information exchange according to the control signal.
Above-mentioned intelligent AR glasses, in addition to touch-control circuit, the touch-control circuit, to recognize touch gestures, and according to knowledge
Other result adjusts the information gathering form of the display brightness, the broadcast sound volume of player and video camera of display.
Above-mentioned intelligent AR glasses, the light intensity sensor, also to periodically detection close to light, when detecting close to light
When, control the AR processors to enter holding state by the controller.
The low power-consumption intelligent AR devices that the utility model is provided, have the advantages that：
1) prediction of working condition is realized by multistage classifier, according to control detection means and the performs device of predicting the outcome
In corresponding component working, the functional hardware without work in a dormant state, greatly reduces power consumption, and power consumption is obtained
To effective reduction；
2) user behavior and ambient conditions are detected by detection means, corresponding part is entered working condition with this, from
And improving intelligent level, it is only necessary to minimal amount of manual control, the probability that maloperation occurs in user is substantially reduced；
3) purpose of using electricity wisely has been reached by intelligent AR devices, thus battery volume do it is less in the case of
Endurance is can guarantee that, and mitigates battery weight, user experience is improved.
The intelligent AR glasses that the utility model is provided, also have the advantages that：
1) regulation to display, player video camera in performs device is realized by touch control part, allows user's letter
The corresponding part of dullness section is to the suitable state of oneself, so as to further improve the Experience Degree of user.
Brief description of the drawings
, below will be to institute in embodiment in order to illustrate more clearly of the embodiment of the present application or technical scheme of the prior art
The accompanying drawing needed to use is briefly described, it should be apparent that, drawings in the following description are only described in the utility model
Some embodiments, for those of ordinary skill in the art, other accompanying drawings can also be obtained according to these accompanying drawings.
The structural representation for the low power-consumption intelligent AR devices that Fig. 1 provides for the utility model embodiment；
The structured flowchart for the low power-consumption intelligent AR devices that Fig. 2 provides for the preferred embodiment of the utility model one；
The structured flowchart for the low power-consumption intelligent AR devices that Fig. 3 provides for the preferred embodiment of the utility model one；
The structured flowchart for the low power-consumption intelligent AR devices that Fig. 4 provides for the preferred embodiment of the utility model one；
The structured flowchart for the low power-consumption intelligent AR devices that Fig. 5 provides for the preferred embodiment of the utility model one；
The structured flowchart for the intelligent AR glasses that Fig. 6 provides for the utility model embodiment；
The structured flowchart for the intelligent AR glasses that Fig. 7 provides for the preferred embodiment of the utility model one；
The structural representation for the intelligent AR glasses that Fig. 8 provides for the utility model embodiment.
Description of reference numerals：
1st, body；11st, eyeglass；12nd, mirror holder；121st, touch control part；122nd, control panel；10th, detection means；101st, othermohygrometer
Sensor；102nd, geomagnetic sensor；103rd, light intensity sensor；104th, nine axle sensor；105th, GPS device；106th, microphone；
20th, controller；201st, disaggregated model A；202nd, disaggregated model B；203rd, disaggregated model C；204th, disaggregated model D；30th, dress is performed
Put；301st, AR processors；302nd, player；303rd, display；304th, video camera；305th, wireless communication device；40th, touch-control circuit；
50th, intelligent end；60th, server.
Embodiment
In order that those skilled in the art more fully understands the technical solution of the utility model, below in conjunction with accompanying drawing pair
The utility model is further detailed.
The structural representation for the low power-consumption intelligent AR devices that Fig. 1 provides for the utility model embodiment；
Low power-consumption intelligent AR devices in the present embodiment, including controller, and the detection dress being connected with the controller
Put and performs device, the performs device at least includes AR processors, the detection means, to be in when the AR processors
During holding state, user behavior and environment are periodically detected according to default detection information, user profile is obtained；Institute
Controller is stated, user profile input multistage classifier is carried out into User Status prediction, and according to the generation that predicts the outcome
Corresponding control signal, controls the detection means and the performs device to carry out AR and renders and AR displayings；It is described to predict the outcome
Including：Rest state, motion state, driving condition, talk state and amusement state.
Specifically, user profile includes air pressure, light intensity, voice and positional information；Default detection information refers in advance
Corresponding functional part in the control detection means of setting, according to the information of specified action operation；Reach and examined after trigger condition
Plant running is surveyed, trigger condition is that AR processors enter holding state.User behavior includes but is not limited to, headwork, brain
Electricity, eye are dynamic, myoelectricity and voice etc.；Environment includes but is not limited to, intensity of illumination, residing height above sea level, air pressure and temperature etc.；User
Information refers to reach after trigger condition, and the letter that above-mentioned certain customers' behavior and environment are obtained periodically is detected by detection means
Breath, including air pressure, light intensity, voice and positional information.User Status prediction refers to obtained user profile will be detected by dividing
Scene residing for class device prediction user is out of doors or indoor, and accordingly generates corresponding detection information, controls detection means
In corresponding functional part action, detection obtains corresponding user profile；The like, until entering any in predicting the outcome
State, according to state generation to detection means and the corresponding control signal of performs device.Control signal refer to performs device and
What detection means can be recognized, control its carry out AR render and AR displayings signal, the corresponding control signal of each state is not
It is identical, it is embodied in corresponding functional part in control performs device and detection means and enters operating state, remaining is without work
The part of work is in a dormant state；During intelligent AR plant runnings, with five states, respectively rest state, motion state, drive
Sail state, talk state and amusement state.AR renders the cooperation referred to by detection means and performs device, and real effect is entered
Row enhancing；AR displayings refer to be shown to user at the moment to the result rendered, or by other sensory experiences and absorb what is rendered
As a result.Multistage classifier refers to that with multiple graders it has study input content and the upwards function of iteration, so as to pre-
Corresponding input content is surveyed, its method for learning and predicting includes but is not limited to, RandomForest, SVM, native Bayes network
The methods such as network, logistic regression, and C4.5 decision trees.By taking decision tree method as an example：Using priori sample as training set, it will accelerate
In degree, gyroscope, earth magnetism, audio intensity, the signal such as intensity of illumination input grader, with the actually located state of user, such as
It is that activity or quiet state are labeled, the method minimum by calculating comentropy is determined in decision tree, every layer of decision-making
The coefficient of item, final classification output predicts the outcome.
In certain embodiments, if AR processors enter in working condition, detection means othermohygrometer sensor, light intensity
Sensor, microphone and GPS device are periodically detected to user behavior and environment, then corresponding information are obtained, according to it
Carry out the judgement of indoor/outdoor.
In certain embodiments, if being judged as indoor, nine axle sensors, light intensity sensor, microphone in detection means
User behavior and environment are periodically detected with geomagnetic sensor, then obtain corresponding information, active/peace is carried out according to it
Quiet judgement.
In certain embodiments, if being judged as open air, nine axle sensors, light intensity sensor in detection means, air pressure temperature
Degree sensor, microphone and GPS device are periodically detected to user behavior and environment, then obtain corresponding information, according to
The judgement that its progress is moved/driven.
In certain embodiments, if being judged as active, nine axle sensors, microphone and geomagnetic sensor in detection means
User behavior and environment are periodically detected, then obtain corresponding information, the judgement talked/entertained according to its progress.
In certain embodiments, if being judged as rest state, generate in corresponding control signal, control performs device
Video camera, display, player and AR processors carry out AR and render and show.
In certain embodiments, if being judged as motion state, generate in corresponding control signal, control detection means
Nine axle sensors, light intensity sensor and othermohygrometer sensor are carried out in prolonged information gathering, control performs device
Wireless communication device and display are periodically pointed out user by the information of above-mentioned collection.
In certain embodiments, if being judged as driving condition, generate in corresponding control signal, control detection means
The display and wireless communication device that GPS device is gathered in positional information, control performs device are transmitted and held to positional information
Continuous renewal is shown, is achieved in navigation.
In certain embodiments, if being judged as talk state, generate in corresponding control signal, control performs device
The voice in talk is identified for wireless communication device and player, and according to recognition result to intelligent movable end send call please
Ask.
In certain embodiments, if being judged as amusement state, corresponding control signal, control performs device and inspection are generated
Parts progress AR whole in device are surveyed to render and show.
Those skilled in the art it is to be appreciated that the AR processors select Allwinner H8 processors, be a 8
Core ARM Cortex-A7 architecture processors, the chip of controller selects AXP818.
The low power-consumption intelligent AR devices that the utility model is provided, have the advantages that：
1) prediction of working condition is realized by multistage classifier, according to control detection means and the performs device of predicting the outcome
In corresponding component working, the functional hardware without work in a dormant state, greatly reduces power consumption, and power consumption is obtained
To effective reduction；
2) user behavior and ambient conditions are detected by detection means, corresponding part is entered working condition with this, from
And improving intelligent level, it is only necessary to minimal amount of manual control, the probability that maloperation occurs in user is substantially reduced；
3) purpose of using electricity wisely has been reached by intelligent AR devices, thus battery volume do it is less in the case of
Endurance is can guarantee that, and mitigates battery weight, user experience is improved.
The structured flowchart for the low power-consumption intelligent AR devices that Fig. 2 provides for the preferred embodiment of the utility model one.
Low power-consumption intelligent AR devices in the present embodiment, including controller, and the detection dress being connected with the controller
Put and performs device, the performs device at least includes AR processors, the detection means, to be in when the AR processors
During holding state, user behavior and environment are periodically detected according to default detection information, user profile is obtained；Institute
Controller is stated, user profile input multistage classifier is carried out into User Status prediction, and according to the generation that predicts the outcome
Corresponding control signal, controls the detection means and the performs device to carry out AR and renders and AR displayings；It is described to predict the outcome
Including：Rest state, motion state, driving condition, talk state and amusement state.It is described as preferred in the present embodiment
Detection means includes：Othermohygrometer sensor, geomagnetic sensor, light intensity sensor, nine axle sensors, GPS device and Mike
Wind, the othermohygrometer sensor, to periodically/according to control signal gather user's local environment height above sea level, air pressure and temperature
Spend information；The geomagnetic sensor, the orientation to be periodically detected user's direction；The light intensity sensor, to periodically/
The daylighting information of user's local environment is gathered according to control signal；Nine axle sensor, to periodically/according to control signal
Detection obtains human action information；The GPS device, to periodically/according to control signal detect obtain user position believe
Breath；The microphone, to periodically/according to control signal gather user voice messaging.By in above-mentioned detection device
Each functional part, is detected according to corresponding detection information to user behavior and environment；And believed according to corresponding control
Number each corresponding functional part of control enters long-play state, until the appearance change that predicts the outcome just stops detecting.From
And further realize that different detection information/different control signals control different functional parts actions, it is to avoid in detection
Situation about still being acted without the part of operation in detection means in process and AR render process, has reached the purpose for saving electric energy；
And intelligent level is further increased, except cut-out/access power supply, it is not necessary to manual control.
Further, the light intensity sensor, also to periodically detection is close to light, when detecting close to light, leads to
Crossing the controller controls the AR processors to enter holding state.Intelligent AR devices in the utility model have seven work
State, i.e., above-mentioned five kinds of states, holding state and the resting state entered before holding state；When personnel turn on the power by
Button device is put into resting state, and now light intensity sensor is in running order, and docking dipped beam is detected, and makes AR processors
Into the holding state run at any time.The intelligent level of device is further improved, and makes device in resting state and treats
Hardly power consumption, reduces power consumption under machine state, improves power management capabilities, has further reached the purpose for saving electric energy.
The structured flowchart for the low power-consumption intelligent AR devices that Fig. 3 provides for the preferred embodiment of the utility model one.
Low power-consumption intelligent AR devices in the present embodiment, including controller, and the detection dress being connected with the controller
Put and performs device, the performs device at least includes AR processors, the detection means, to be in when the AR processors
During holding state, user behavior and environment are periodically detected according to default detection information, user profile is obtained；Institute
Controller is stated, user profile input multistage classifier is carried out into User Status prediction, and according to the generation that predicts the outcome
Corresponding control signal, controls the detection means and the performs device to carry out AR and renders and AR displayings；It is described to predict the outcome
Including：Rest state, motion state, driving condition, talk state and amusement state.It is described as preferred in the present embodiment
Performs device also includes：Player, display, video camera and wireless communication device, the video camera, to according to the control
Signal acquisition scene information；The player, according to the control signal playing audio-fequency data or voice to be identified；
The display, to be shown accordingly according to the control signal；The wireless communication device, to according to the control
Signal is carried out and extraneous information exchange.Five kinds of different control signals are generated according to five kinds of working conditions, performs device is controlled
In corresponding part operation, realize AR render and AR displaying；AR processing is carried out by AR processors and rendered, passes through above-mentioned portion
Part realizes AR final displaying.So that personnel intuitively experience real enhanced effect by sense organ, and virtually with showing
The real effect combined.
The structured flowchart for the low power-consumption intelligent AR devices that Fig. 4 provides for the preferred embodiment of the utility model one.
Low power-consumption intelligent AR devices in the present embodiment, including controller, and the detection dress being connected with the controller
Put and performs device, the performs device at least includes AR processors, the detection means, to be in when the AR processors
During holding state, user behavior and environment are periodically detected according to default detection information, user profile is obtained；Institute
Controller is stated, user profile input multistage classifier is carried out into User Status prediction, and according to the generation that predicts the outcome
Corresponding control signal, controls the detection means and the performs device to carry out AR and renders and AR displayings；It is described to predict the outcome
Including：Rest state, motion state, driving condition, talk state and amusement state.The performs device also includes：Player,
Display, video camera and wireless communication device, the video camera, to gather scene information according to the control signal；It is described
Player, according to the control signal playing audio-fequency data or voice to be identified；The display, to according to institute
Control signal is stated to be shown accordingly；The wireless communication device, to be carried out and extraneous information according to the control signal
Interaction.As preferred in the present embodiment, in addition to touch-control circuit, the touch-control circuit, to recognize touch gestures, and according to
Recognition result adjusts the information gathering form of the display brightness, the broadcast sound volume of player and video camera of display.Display is bright
Degree, volume and image information collecting form need to adjust by touch control, it is preferred that by different gestures
Identification completes regulation：, slided to the left on the region on the left of touch control part, brightness/volume increase is slided to the right in brightness/volume reduction
Height, touches the region for a long time, switches between adjusting brightness of display and player volume；Touch the area on the right side of touch control part
Domain, carries out the switching between the taking pictures and record a video of video camera.The regulation of part in performs device is realized, user is adjusted
Performs device is to the suitable state of oneself, so as to further improve the Experience Degree of user.
The structured flowchart for the low power-consumption intelligent AR devices that Fig. 5 provides for the preferred embodiment of the utility model one.
Low power-consumption intelligent AR devices in the present embodiment, including controller, and the detection dress being connected with the controller
Put and performs device, the performs device at least includes AR processors, the detection means, to be in when the AR processors
During holding state, user behavior and environment are periodically detected according to default detection information, user profile is obtained；Institute
Controller is stated, user profile input multistage classifier is carried out into User Status prediction, and according to the generation that predicts the outcome
Corresponding control signal, controls the detection means and the performs device to carry out AR and renders and AR displayings；It is described to predict the outcome
Including：Rest state, motion state, driving condition, talk state and amusement state.As preferred in the present embodiment, also wrap
Intelligent end and server are included, the intelligent end is connected with the wireless communication device, the server respectively, the intelligent end, used
The information that is measured with receiving under the driving/motion state is simultaneously synchronized to server；And pass through cartographic information, prompt message
Communication module sends to display module and shown；The server, to transfer phase according to the information measured under driving condition
The map answered；And weather and amount of exercise judgement whether up to standard are carried out according to the information that is measured under motion state, and according to sentencing
Disconnected result generates corresponding prompt message., it is necessary to realize navigation, meter by corresponding software under motion state and driving condition
The purposes such as step, motion conditions statistics；In driving condition, the position of user is persistently detected, then the positional information is sent out
Intelligent end is delivered to, corresponding map is transferred to display from server by the map software of intelligent end, marked on this map
Position, and when being changed in position, the positional information of real-time update change, so as to reach the purpose of positioning and navigation；
During motion state, acceleration, air pressure, temperature etc. are persistently detected, above- mentioned information is sent to intelligent end, passes through intelligent end
Software by the synchronizing information to server, by whether the motion step number of server statistics user, exercise intensity up to standard, weather is
The no prompt message such as up to standard, and periodically send to display and reminded；Such as, rise sharply when air pressure, temperature change when be determined as
It can rain, remind user to look for place to take shelter from rain in time.It is automatic to realize positioning and navigate by judging, and point out user movement, weather
It is whether up to standard, so that AR effects are further strengthened, and make motion/driving of user simpler, more purposeful.
The structured flowchart for the intelligent AR glasses that Fig. 6 provides for the utility model embodiment；Fig. 7 is that the utility model one is preferred
The structured flowchart for the intelligent AR glasses that embodiment is provided；The structure for the intelligent AR glasses that Fig. 8 provides for the utility model embodiment
Schematic diagram.
Intelligent AR glasses in the present embodiment, including body, the body include mirror holder and eyeglass, and the body also includes
Touch control part, the touch control part is arranged on the mirror holder, to the touch gestures different by touching generation；On the body also
Control panel is provided with, the control panel includes：Controller, othermohygrometer sensor, geomagnetic sensor, light intensity sensor, nine axles
Sensor, GPS device, microphone, player, display, video camera and wireless communication device, the controller, to by institute
State user profile input multistage classifier and carry out User Status prediction, and according to the corresponding control signal of generation, control of predicting the outcome
Make the detection means and the performs device carries out AR and rendered and AR displayings；Predict the outcome including：Rest state, motion shape
State, driving condition, talk state and amusement state；The othermohygrometer sensor, to periodically/gathered according to control signal
Height above sea level, air pressure and the temperature information of user's local environment；The geomagnetic sensor, the side to be periodically detected user's direction
Position；The light intensity sensor, to periodically/according to control signal gather user's local environment daylighting information；Nine axle
Sensor, to periodically/according to control signal detection obtain human action information；The GPS device, to periodicity/root
The positional information for obtaining user is detected according to control signal；The microphone, to periodically/user gathered according to control signal
Voice messaging；The video camera, to gather scene information according to the control signal；The AR processors, to according to control
Signal processed carries out AR and rendered；The player, according to the control signal playing audio-fequency data or voice to be identified；
The display, to be shown accordingly according to the control signal；The wireless communication device, to according to the control
Signal is carried out and extraneous information exchange.
As shown in fig. 7, as preferred in the present embodiment, in addition to touch-control circuit, the touch-control circuit is tactile to recognize
Gesture is touched, and the display brightness, the broadcast sound volume of player and the information of video camera that adjust display according to recognition result are adopted
Collection form.Specifically, it is respectively the area for adjusting player volume and display display brightness that touch control part, which includes two regions,
Domain, and the region of camera acquisition form (graphic form, visual form) is adjusted, touch control part is capacitive type touch pad, is passed through
Above-mentioned zone is touched with different gestures, different effects can be produced；Such as：Touch control part adjust brightness, on the region of volume to
Left to slide, brightness/volume reduction slides to the right brightness/volume rise, the region is touched for a long time, in adjusting brightness of display
Switch between player volume；The region that touch control part adjusts acquisition geometry is touched, then carries out (the picture shape of taking pictures of video camera
Formula) video recording (visual form) between switching.Realized by controller to each detection part and execution in intelligent AR glasses
The control of part, controls different component workings in the state of difference, remaining dormancy, so as to reach the mesh of reduction power consumption
's.
As shown in figure 8, the light intensity sensor, also to periodically detection is close to light, when detecting close to light, leads to
Crossing described control unit controls the AR processors to enter holding state.Intelligent AR systems in the present invention have seven work shapes
State, i.e., above-mentioned five kinds of states, holding state and the resting state entered before holding state；When personnel turn on the power button
System is put into resting state, and now light intensity sensor is in running order, and docking dipped beam is detected, and enters AR processors
Enter the holding state run at any time.The intelligent level of system is further improved, and makes system in resting state and standby
Hardly power consumption, reduces power consumption under state, improves power management capabilities, has further reached the purpose for saving electric energy.
The intelligent AR glasses that the utility model is provided, have the advantages that：
1) prediction of working condition is realized by multistage classifier, according to control detection means and the performs device of predicting the outcome
In corresponding component working, the functional hardware without work in a dormant state, greatly reduces power consumption, and power consumption is obtained
To effective reduction；
2) user behavior and ambient conditions are detected by detection means, corresponding part is entered working condition with this, from
And improving intelligent level, it is only necessary to minimal amount of manual control, the probability that maloperation occurs in user is substantially reduced；
3) purpose of using electricity wisely has been reached by intelligent AR devices, thus battery volume do it is less in the case of
Endurance is can guarantee that, and mitigates battery weight, user experience is improved.
Some one exemplary embodiments of the present utility model are only described by way of explanation above, undoubtedly, for
One of ordinary skill in the art, can be with a variety of in the case of without departing from spirit and scope of the present utility model
Mode is modified to described embodiment.Therefore, above-mentioned accompanying drawing and description are inherently illustrative, should not be construed as
Limitation to the utility model claims.
Claims (9)
1. a kind of low power-consumption intelligent AR devices, it is characterised in that including controller, and the detection dress being connected with the controller
Put and performs device, the performs device at least includes AR processors,
The detection means, to when the AR processors are in holding state, according to default detection information to user's row
For and environment periodically detected, obtain user profile；
The controller, user profile input multistage classifier is carried out into User Status prediction, and is tied according to prediction
Fruit generates corresponding control signal, controls the detection means and the performs device to carry out AR and renders and AR displayings；It is described pre-
Surveying result includes：Rest state, motion state, driving condition, talk state and amusement state.
2. low power-consumption intelligent AR devices according to claim 1, it is characterised in that the detection means includes：Air pressure temperature
Sensor, geomagnetic sensor, light intensity sensor, nine axle sensors, GPS device and microphone are spent,
The othermohygrometer sensor, to periodically/according to control signal gather user's local environment height above sea level, air pressure and temperature
Spend information；
The geomagnetic sensor, the orientation to be periodically detected user's direction；
The light intensity sensor, to periodically/according to control signal gather user's local environment daylighting information；
Nine axle sensor, to periodically/according to control signal detection obtain human action information；
The GPS device, to periodically/according to control signal detect obtain user positional information；
The microphone, to periodically/according to control signal gather user voice messaging.
3. low power-consumption intelligent AR devices according to claim 2, it is characterised in that the light intensity sensor, also to week
The detection of phase property is close to light, when detecting close to light, controls the AR processors to enter holding state by the controller.
4. the low power-consumption intelligent AR devices described in claim 1, it is characterised in that the performs device also includes：It is player, aobvious
Show device, video camera and wireless communication device,
The video camera, to gather scene information according to the control signal；
The player, according to the control signal playing audio-fequency data or voice to be identified；
The display, to be shown accordingly according to the control signal；
The wireless communication device, to be carried out and extraneous information exchange according to the control signal.
5. low power-consumption intelligent AR devices according to claim 4, it is characterised in that also including touch-control circuit, the touch-control
Circuit, to recognize touch gestures, and according to recognition result adjust the display brightness of display, the broadcast sound volume of player and
The information gathering form of video camera.
6. according to any described low power-consumption intelligent AR devices of claim 1-5, it is characterised in that also including intelligent end and service
Device, the intelligent end is connected with wireless communication device, the server respectively,
The intelligent end, to receive the information measured under the driving/motion state and be synchronized to server；And by map
Information, prompt message are sent to display module by communication module and shown；
The server, to transfer corresponding map according to the information measured under driving condition；And according under motion state
The information measured carries out weather and amount of exercise judgement whether up to standard, and generates corresponding prompt message according to judged result.
7. a kind of intelligent AR glasses, including body, the body include mirror holder and eyeglass, it is characterised in that the body is also wrapped
Touch control part is included, the touch control part is arranged on the mirror holder, to the touch gestures different by touching generation；On the body
It is additionally provided with control panel,
The control panel includes：Controller, othermohygrometer sensor, geomagnetic sensor, light intensity sensor, nine axle sensors, GPS
Device, microphone, AR processors, player, display, video camera and wireless communication device,
The controller, User Status prediction, and root are carried out the information for being periodically detected acquisition is inputted into multistage classifier
It is predicted that result generates corresponding control signal, control detection means and performs device carry out AR and rendered and AR displayings；It is described pre-
Surveying result includes：Rest state, motion state, driving condition, talk state and amusement state；
The othermohygrometer sensor, to periodically/according to control signal gather user's local environment height above sea level, air pressure and temperature
Spend information；
The geomagnetic sensor, the orientation to be periodically detected user's direction；
The light intensity sensor, to periodically/according to control signal gather user's local environment daylighting information；
Nine axle sensor, to periodically/according to control signal detection obtain human action information；
The GPS device, to periodically/according to control signal detect obtain user positional information；
The microphone, to periodically/according to control signal gather user voice messaging；
The video camera, to gather scene information according to the control signal；
The AR processors, are rendered to carry out AR according to control signal；
The player, according to the control signal playing audio-fequency data or voice to be identified；
The display, to be shown accordingly according to the control signal；
The wireless communication device, to be carried out and extraneous information exchange according to the control signal.
8. intelligent AR glasses according to claim 7, it is characterised in that also including touch-control circuit, the touch-control circuit, are used
To recognize touch gestures, and according to the display brightness of recognition result regulation display, the broadcast sound volume and video camera of player
Information gathering form.
9. intelligent AR glasses according to claim 7, it is characterised in that the light intensity sensor, also to periodic
Detection is close to light, when detecting close to light, controls the AR processors to enter holding state by the controller.
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Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN106707512A (en) * | 2016-12-26 | 2017-05-24 | 北京悉见科技有限公司 | Intelligent AR (Augmented Reality) system with low power consumption and intelligent AR glasses |
| CN108333772A (en) * | 2018-04-02 | 2018-07-27 | 佛山市博思尼智能科技有限公司 | A kind of VR all-in-one machines |
| CN113791499A (en) * | 2021-09-18 | 2021-12-14 | 深圳市恒必达电子科技有限公司 | VR device of intelligent acquisition and transmission natural environment index |
| US11983959B2 (en) | 2019-04-18 | 2024-05-14 | Beckman Coulter, Inc. | Securing data of objects in a laboratory environment |
| US12001600B2 (en) | 2018-11-09 | 2024-06-04 | Beckman Coulter, Inc. | Service glasses with selective data provision |
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Cited By (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106707512A (en) * | 2016-12-26 | 2017-05-24 | 北京悉见科技有限公司 | Intelligent AR (Augmented Reality) system with low power consumption and intelligent AR glasses |
| CN106707512B (en) * | 2016-12-26 | 2023-10-27 | 中科海微(北京)科技有限公司 | Low-power consumption intelligent AR system and intelligent AR glasses |
| CN108333772A (en) * | 2018-04-02 | 2018-07-27 | 佛山市博思尼智能科技有限公司 | A kind of VR all-in-one machines |
| US12001600B2 (en) | 2018-11-09 | 2024-06-04 | Beckman Coulter, Inc. | Service glasses with selective data provision |
| US11983959B2 (en) | 2019-04-18 | 2024-05-14 | Beckman Coulter, Inc. | Securing data of objects in a laboratory environment |
| CN113791499A (en) * | 2021-09-18 | 2021-12-14 | 深圳市恒必达电子科技有限公司 | VR device of intelligent acquisition and transmission natural environment index |
| CN113791499B (en) * | 2021-09-18 | 2022-06-24 | 深圳市恒必达电子科技有限公司 | VR device of intelligent acquisition and transmission natural environment index |
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Effective date of registration: 20200429 Address after: Room 1146, 11th floor, research complex building, Institute of computing technology, Chinese Academy of Sciences, No. 6, South Road, Haidian District, Beijing 100000 Patentee after: Zhongkehai micro (Beijing) Technology Co.,Ltd. Address before: Room 1146, 11th floor, research complex building, Institute of computing technology, Chinese Academy of Sciences, No. 6, South Road, Haidian District, Beijing 100000 Patentee before: Wang Yi Effective date of registration: 20200429 Address after: Room 1146, 11th floor, research complex building, Institute of computing technology, Chinese Academy of Sciences, No. 6, South Road, Haidian District, Beijing 100000 Patentee after: Wang Yi Address before: No. 405-395, floor 4, building 1, yard 2, Yongcheng North Road, Haidian District, Beijing 100000 Patentee before: BEIJING SEENGENE TECHNOLOGY Co.,Ltd. |