CN109331317A - A kind of intelligent glasses device - Google Patents
A kind of intelligent glasses device Download PDFInfo
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- CN109331317A CN109331317A CN201811211618.7A CN201811211618A CN109331317A CN 109331317 A CN109331317 A CN 109331317A CN 201811211618 A CN201811211618 A CN 201811211618A CN 109331317 A CN109331317 A CN 109331317A
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- A61M2021/0022—Other devices or methods to cause a change in the state of consciousness; Devices for producing or ending sleep by mechanical, optical, or acoustical means, e.g. for hypnosis by the use of a particular sense, or stimulus by the tactile sense, e.g. vibrations
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- A61M21/00—Other devices or methods to cause a change in the state of consciousness; Devices for producing or ending sleep by mechanical, optical, or acoustical means, e.g. for hypnosis
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- A61M21/00—Other devices or methods to cause a change in the state of consciousness; Devices for producing or ending sleep by mechanical, optical, or acoustical means, e.g. for hypnosis
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- A61M2021/0077—Other devices or methods to cause a change in the state of consciousness; Devices for producing or ending sleep by mechanical, optical, or acoustical means, e.g. for hypnosis by the use of a particular sense, or stimulus with application of chemical or pharmacological stimulus
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- Health & Medical Sciences (AREA)
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- Acoustics & Sound (AREA)
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- Electrotherapy Devices (AREA)
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- Eyeglasses (AREA)
Abstract
The present invention discloses a kind of intelligent glasses device, including mirror body, earmuff, massager, controller, eye potential difference signal when eye potentiometric sensor detection output ocular movemeut in mirror body, loudspeaker is arranged in earmuff, massaging disc equipped with massage head connects micromotor, the control panel setting signal amplifying circuit of controller, analog to digital conversion circuit, microprocessor, audio cadence circuit, motor-drive circuit, data transfer circuit and power supply circuit, signal is detected through amplifying, after analog-to-digital conversion, user's eye movement parameter is calculated by microprocessor, and according to the parameter preset table of comparisons, judge the sleep state of user, so as to when user does not fall asleep or shallowly sleeps, microprocessor controls audio cadence circuit and generates metronome, and/or control motor drives the massaging disc with massager to carry out hypnosis.The present invention can monitor and improve user's sleep quality, and the scope of application is wider.
Description
The application is the Chinese invention patent of Patent No. " 2016101608136 ", entitled " intelligent glasses device "
Divisional application.
Technical field
The present invention relates to intelligent wearable device more particularly to a kind of intelligent glasses devices, are quite suitable for middle school student's use.
Background technique
The learning pressure of middle school student is very big, and sleep quality is bad will greatly to influence its physical and mental development, it is therefore necessary to
Their sleep quality is monitored, and develops corresponding product to improve their sleep quality.
Have sleep monitoring device currently on the market to sell: one kind is medical sleep monitoring device, mainly passes through measurement
Brain wave requires equipment accurate since eeg signal is extremely faint to assess the sleep quality of user when recording brain wave
Property it is high, thus lead to that product cost is high, volume is big, measurement is inconvenient, and a large amount of electrodes that the user crown is worn may cause
It is uncomfortable and influence sleeper effect；Another kind of is household sleep monitoring device, is mostly limbs Worn type equipment, to accelerate
Degree meter assesses use by the microprocessor analysis data to obtain limb motion data of the user in sleep procedure
The sleep state of person since limb motion and sleep state are not directly dependent upon, thus is easy to produce sleep quality Evaluated effect
Erroneous judgement.
Person bad for sleep quality can take some measures to promote its sleep.It generally can be by taking sleeping
Drug maintains to sleep, but hypnotic can bring the side effects such as dizziness, headache, drowsiness, in a trance, decrease of memory, takes for a long time
Pharmacological dependence can be also generated, will cause insomnia exacerbation once being discontinued.In addition, insomniac can also be made with the method for massage
Fall into hypnosis, but existing massage hypnosis product is mostly bed or rack and panel construction, that there are volumes is big, structure is complicated, price compared with
The problems such as high, unsuitable ordinary user use.
Above-mentioned monitoring sleep and the product all existing defects for promoting sleep, and their function does not combine well
Come, this greatly limits the popularization and application of these products.In addition, present inventor once designed a kind of intelligent helmet, it
The upper surface of integrated monitor sleeping modules and promote sleeping modules, but weight due to the helmet and volume are excessive, and user is caused to wear
It is poor to wear comfort.If the helmet is changed to improve user's wearing comfort using textile fabric head-shield, but detect sleep mould
There are bigger difficulty for block and promotion sleeping modules layout and installation.
It can be seen that the product of monitoring sleep and promotion sleep currently on the market can not meet users well
Demand, be actually also difficult to effectively improve the sleep quality of user.In view of the existing technical defect, it is necessary to right
Existing product optimizes, and releases a kind of new product of improvement sleep being received by the market.
Summary of the invention
In view of the defects existing in the prior art, the present invention provides a kind of intelligent glasses device, effectively to monitor and to promote
Into the sleep quality of user.
In order to solve the above technical problems, the present invention provides a kind of intelligent glasses device, including mirror body, the frame of the mirror body
Eye potentiometric sensor is set corresponding to glabella and bridge of the nose position, the temple of the mirror body corresponds to ear position and installs band loudspeaker
Earmuff, the temple corresponds to temple position and installs massager, and the massage driven by micromotor is arranged in the massager
Disk；The controller includes control panel, the functional circuit of the control panel be provided with signal amplification circuit, analog to digital conversion circuit,
Microprocessor, audio cadence circuit, motor-drive circuit, the eye potentiometric sensor, signal amplification circuit, analog-to-digital conversion electricity
Road, microprocessor are sequentially connected electrically, and the microprocessor is electrically connected the audio cadence circuit, motor-drive circuit simultaneously,
The audio cadence circuit is electrically connected the loudspeaker, and the motor-drive circuit is electrically connected the micromotor；The eye electricity
Level sensor detect and export ocular movemeut when eye potential difference signal, amplify through the signal amplification circuit and the modulus turn
After changing circuit conversion, user's eye movement frequency and its change rate, eye movement amplitude and its change rate are calculated by the microprocessor, with
Just sleep state/quality of user is assessed, according to preset sleep state/quality-eye movement parameter lookup table to make
Audio control signal is exported by the microprocessor when user does not fall asleep or shallowly sleeps to generate to control the audio cadence circuit
Metronome is passed to user ear through loudspeaker to carry out hypnosis；And/or the microprocessor output motor controls signal
It controls the motor-drive circuit and generates motor drive signal, drive the massaging disc to drive the micromotor to rotate
To massage and hypnosis user's temple.
Compared with prior art, the present invention is a kind of Worn type intelligent glasses device, passes through the eye of monitoring user
Movement parameter assesses the sleep state and sleep quality of user, precision with higher and accuracy；And the present invention can be with
Hypnosis is carried out using audio cadence and head massage, improves sleeper effect in combination with Chinese medicine, promotion is thus had both and sleeps
The function of dormancy.The present invention uses spectacle structure, and main functional modules are respectively arranged in mirror body, their installation site pair
Should be in user's eye, ear, temple portion, structure is more compact, and wearing comfort is good.Particularly, each section of the present invention
Structure design is optimized, they can reach ideal performance using relatively common element, this to produce
Product cost substantially reduces, and promotes the use of them and is relatively easy to, thus has preferable market prospects.
Detailed description of the invention
Fig. 1 is the physical structure schematic diagram of intelligent glasses device of the present invention；
Fig. 2 is the schematic diagram of mirror body in Fig. 1；
Fig. 3 a is the front schematic view of earmuff in Fig. 1；
Fig. 3 b is the schematic rear view of earmuff in Fig. 1；
Fig. 4 a is the front schematic view of massager in Fig. 1；
Fig. 4 b is the schematic rear view of massager in Fig. 1；
Fig. 5 is the schematic diagram of controller in Fig. 1；
Fig. 6 is the schematic diagram of the headrest in Fig. 1；
Fig. 7 is the functional block diagram of intelligent glasses device shown in Fig. 1；
Fig. 8 is the circuit diagram of signal amplification circuit in Fig. 7；
Fig. 9 is the circuit diagram of analog to digital conversion circuit in Fig. 7；
Figure 10 is the circuit diagram of Fig. 7 sound intermediate frequency cycling circuit；
Figure 11 is the circuit diagram of motor-drive circuit in Fig. 7；
Figure 12 is the circuit diagram of data transfer circuit in Fig. 7；
Figure 13 is the circuit diagram of power supply circuit in Fig. 7；
Specific embodiment
For convenient for being absolutely proved to the present invention, first to sleep state/quality-eye movement parameter relationship, eye movement parameter
Testing principle briefly introduced.
Existing medical research shows that sleep state/quality and eye movement parameter (abbreviation eye movement parameter) exist significantly
Association.Eye movement parameter includes the information such as the frequency of ocular movemeut, amplitude, ocular movemeut frequency (abbreviation eye movement frequency therein
Rate) it is a main eye movement parameter.According to the variation of eye movement frequency, sleep cycle can be divided into the non-rapid eye movement period
With the rapid eye movement period.NREM sleep be divided into again shallowly sleep the phase, gently sleep the phase, in sleep 4 phase of phase and sound sleep phase, subsequently into fast
The fast REM sleep phase, a sleep cycle terminates at last, then continues to start next sleep cycle.
Eye current potential refers to the potential difference of the tens of mV generated between the cornea of eyeball and retina, the movement of eyeball and blink etc.
Eye motion can cause potential difference to change.Eye potentiometric sensor is exactly the device for measuring this potential difference, will measurement in measurement
Electrode is attached to the nearside of eyes, and when the position of eyes is in permanent datum, the current potential of electroculogram is defined as zero, and eyeball is horizontal
Eye potential change when mobile.Detecting potential change caused by eye movement using eye potentiometric sensor can be obtained by electroculogram
(EOG), thus the influence of the orientation, angular speed, angular acceleration of eyes is provided, be to search movement etc. as research sleep and visual angle
Important means.
The eye potentiometric sensor that the present invention uses is no longer specific to its in view of length limitation for known existing detecting element
Structure describes in detail.Since eye potentiometric sensors need to only configure electrode around eyes, thus can be as JINS MEME
Glasses (Japanese Jing Zi Co., Ltd. production) like that, are measured in the case where not causing burden to wearer.This indicates that,
The present invention detects eye movement parameter using eye potentiometric sensor, helps to realize product miniaturization, improves product and wear
Comfort.
It is described in detail below in conjunction with attached drawing and specific embodiment.It is explained in the following description many details
To fully understand the present invention.But the invention can be embodied in many other ways as described herein, ability
Field technique personnel can do similar popularization without violating the connotation of the present invention, therefore the present invention is not by following public tool
The limitation of body embodiment.
Intelligent glasses device of the invention is integrated with earmuff, massager and controller on glasses, can be made by monitoring
The eye movement parameter of user assesses the sleep state and sleep quality of user, while using audio cadence and head massage
Carry out hypnosis, and improve sleeper effect in conjunction with Chinese medicine, the specific embodiment that provides below in conjunction with Fig. 1~Figure 13 carries out in detail
It describes in detail bright.
Referring to FIG. 1 to FIG. 6, the product schematic diagram of intelligent glasses device of the present invention is shown, in which: Fig. 1 is intelligence of the invention
The physical structure schematic diagram of eyeglass device；Fig. 2 is the schematic diagram of mirror body in Fig. 1；Fig. 3 a is the front schematic view of earmuff in Fig. 1；
Fig. 3 b is the schematic rear view of earmuff in Fig. 1；Fig. 4 a is the front schematic view of massager in Fig. 1；Fig. 4 b is massager in Fig. 1
Schematic rear view；Fig. 5 is the schematic diagram of controller in Fig. 1；Fig. 6 is the schematic diagram of the headrest in Fig. 1.
As shown in Fig. 1~Fig. 6, the intelligent glasses device 100 is by mirror body 110, earmuff 120, massager 130, controller
140, the part such as headrest 150 forms.Mirror body 110 includes frame 112 and temple 113, and the upper surface of they are by the arrow locations in Fig. 1
It installs in relation to functional module and device: corresponding to the position setting eye potentiometric sensor of user's glabella and the bridge of the nose on frame 112
111, the eye potentiometric sensor 111 can detecte and export the eye potential difference signal of characterization user's eye movement parameter；
Correspond to user's ear position in temple 113 and earmuff 120 is installed, the earmuff 120 is provided with loudspeaker 121, to connect
It receives audio cadence and hypnosis is carried out to user；Correspond to user's temple position in temple 113 and massager 130 is installed, it is described
Massager 130 be provided with the massaging disc 132 driven by micromotor 131, wherein massaging disc 132 is distributed several soft materials
Massage head 133 made of (such as silica gel) carries out hypnosis to massage user head；Controller 140 is set to the two of frame 112
Between mirror circle, the related functional circuit of control panel 142 is electrically connected the eye potentiometric sensors of mirror body 110 in the controller 140
Device 111, the loudspeaker 121 of earmuff 120, massager 130 micromotor 131 (FIG. 1 to FIG. 6 be omitted controller 140 and eye electricity
The power/data line that level sensor 111, loudspeaker 121, micromotor 131 are electrically connected, those skilled in the art can hold
Change places and arrange these cablings, repeat no more), to be adjusted to eye potentiometric sensor 111, loudspeaker 121 and micromotor 131
Degree control；The headrest 150 is attached to the inside of temple 113, and the headrest 150 is two-layer fabric, wherein filling Chinese medicine and auxiliary
Material is to promote user to sleep.
Above-mentioned intelligent glasses device 100 can complete following functions: eye potentiometric sensor 111 in mirror body 110 is to making
The detection of user's eye movement parameter, the loudspeaker 121 in earmuff 120 receive audio cadence and carry out hypnosis, massage to user
Massage head 133 in device 130 on massaging disc 132 is driven by micromotor 131 come to user's head massage hypnosis, controller
140 pairs of eye potentiometric sensors 111, loudspeaker 121 and micromotor 131 are scheduled control, so that they are according to predetermined plan
It slightly completes monitoring sleep and promotes the function of sleep；The headrest 150 being attached on the inside of 110 frame of mirror body, two temple guarantees to use
Person's wearing comfort simultaneously promotes to sleep.
FIG. 1 to FIG. 6 is combined further below, to mirror body 110, earmuff 120, massager 130, controller 140, the headrest
The product structure of 150 equal parts is described in detail.
As shown in Fig. 2, mirror body 110 includes that the frame 112 being hinged and temple 113 (can refer to the frame of common spectacles
Structure), the frame 112 and temple 113 can be used PVC material and be made.Eye is accordingly installed in frame 112 and temple 113
(mounting means can be viscous for super glue for the related device such as potentiometric sensor 111, earmuff 120, massager 130 and controller 140
Connect, other mounting means such as be spirally connected also can be used certainly), it is described in detail below.
The nose support portion of frame 112 nearby (corresponds to user's glabella and the bridge of the nose) and the eye potentiometric sensors of bikini is respectively set
The electrode of device 111, these potentiometric sensors 111 is attached to the nearside of eyes, it is possible thereby to when detecting and exporting ocular movemeut
Eye potential difference signal.Eye potential difference signal, can calculate related eye movement parameter when by analyzing these ocular movemeuts, and with sleep
State/quality-eye movement parameter relational graph (table) is contrasted, to evaluate sleep state/quality of user.
Controller pedestal 114 is set between two mirror circles of frame 112, which installs the control of controller 140
Device shell 141 processed, the form and dimension of the controller housing 141 meet the installation space of control panel 142, repeat no more.
Massager 130 is installed in the front of temple 113, opens up massager via hole 1131, in this position so as to massager 130
Massaging disc 132 can pass through massager via hole 1131, thus massage head 133 can touch user's temple position, so as to
Micromotor 131 massages user head when driving massaging disc 132.
Earmuff 120 is installed at the rear portion of temple 113, opens up earmuff via hole 1132, in this position so as to the cover of earmuff 120
122 can cover the ear of user, it is possible thereby to completely cut off external voice, so that user only can receive from loudspeaker
121 sound (hypnosis can be carried out if these sound are droning metronome).
The headrest 150 is adhered in the inside of temple 113, which is shaped to U-shaped ring structure, so that
It is more comfortable when user's wearing mirror body 110, while the filler in the headrest 150 can also play the role of promoting sleep.
Temple 113 in the present embodiment can match elastic band 115 to connect, so as to preferably by mirror body 110 be fixed on
Thus user head prevents intelligent glasses device 100 from falling off, so that guaranteeing that intelligent glasses device 100 continuously acts upon makes
User.In addition, frame 120 corresponding to eye Jing Quan position it is optional set anti-dazzling screen, repeat no more.
As shown in Figure 3a, 3b, earmuff 120 includes cover 123 made of PVC material, and loudspeaking is arranged inside the cover 123
Annular gasket 122 made of flexible material material (such as velvet) is arranged in the medial surface of device 121, cover 123, the gasket 122
Outer diameter is less than the outer diameter of cover 123, and the medial surface of such cover 121 is adhered to 1332 outside of eyeshade via hole of temple 133, gasket
123 closely cover user ear after the eyeshade via hole 1332 of temple 133.Thus external voice is isolated, user
It only can receive the sound (hypnosis can be carried out if these sound are droning metronome) from loudspeaker 121.It is this
120 structure of earmuff is simple, install convenient, helps to ensure that user's wearing comfort.
As shown in Fig. 4 a, Fig. 4 b, massager 130 includes Massage stand 134, massaging disc 132 and micromotor 131 (for direct current
Voltage driving), massaging disc 132 is equipped with the massage of spherical or other shapes (protrusion) made of multiple flexible materials (such as silica gel)
First 133, the outer diameter of massaging disc 132 is less than the outer diameter of Massage stand 134, micromotor 131 and 132 axially position of massaging disc and supports
In on Massage stand 134, the shaft of massaging disc 132 connect the (mode of transmission connection with the pto shaft drive of micromotor 131
The conventional structure of this field, such as gear reducer, shaft coupling can be selected, repeat no more) so that massaging disc 132 is by micro electric
Machine 131 is driven.The medial surface of Massage stand 134 is adhered to 1331 outside of massager via hole of temple 133, and massaging disc 132 is worn
After crossing the massager via hole 1331 of temple 133, the massage head 133 on massaging disc 132 touch user's temple position.When miniature
When motor 131 starts, which is rotated, the head sun of the massage head 133 above massaging disc 132 to user
Cave is massaged, and massage hypnosis purpose is achieved in.
As shown in figure 5, controller 140 includes controller housing 141 and control panel 142, controller housing 141 is substantially at
Triangle, the controller pedestal 114 between the 112 liang of mirror circles in bottom surface and frame bond, and control panel 142 is loaded on controller housing
Inside 141.Several functional circuits are set on the control panel 142, to eye potentiometric sensor 111, loudspeaker 121 and micromotor
131 are scheduled control, to complete the related function of intelligent glasses device 100.The functional circuit can be used different
Circuit structure, control panel 142 is with the difference of selected element and occupied space size changes, and should adjust controller shell at this time
The shape and size of body 141, details are not described herein.
As shown in fig. 6, the headrest 150 is U-shaped two-layer fabric structure, the inside of temple 113 can be attached to glue,
The width of the headrest 150 can be greater than the width of temple 133, more comfortable when mirror body 110 is worn on user head.The headrest
It is opened up respectively on 150 side wall by earmuff via hole 153 and massager via hole 154, gasket 123 of the earmuff via hole 153 for earmuff 120
User ear is touched after, massager via hole 154 passes through for the massaging disc 132 of massager 130, and massage head 133 is pasted later
Firmly user temple.
Particularly, the headrest 150 sewing thread 151, which is divided into, is separated into multiple headrest units 152, wherein each headrest list
Filling promotes the filler (not shown go out) of sleep in member, and the filler person of can be used in these headrest units 152 plays centainly
Promotion sleep effect.
In the present embodiment, the fabric of the two-layer fabric of the headrest 150 selects the blended material of cotton, fiber crops or cotton/fiber crops and other materials
Material, so as to comfort with higher.Preferably, fabric is bamboo charcoal, cotton, fiber crops, blend polyester fabric, specifically by 10-
20wt% (weight percent) bamboo charcoal fiber, the cotton fiber of 20-30wt%, 20-30wt% flaxen fiber and 25-45wt% terylene are mixed
Spinning makes that (universal method of the industry can be used in the preparation process of mixed yarn and fabric, for those of ordinary skill in the art institute
It is known), and impregnate 100-120 minutes and obtain in antibiotic finishing solution under room temperature.Specifically, add in antibiotic finish formula of liquid
There is bamboo vinegar as antibiotic effective ingredient, content is 80~85wt% of bamboo vinegar, 15~20wt% of softening agent, this bamboo vinegar
Be collect the gas that generates in the decomposition of high temperature (100 DEG C~120 DEG C) of bamboo wood during being made charcoal with bamboo wood, and by this
Kind gas passes through the liquid of the obtained bluish yellow color of condensing recovery or yellowish-brown at normal temperature, and good anti-bacterial effect, cost is relatively low；It is soft
Soft dose can preferably improve feel with Y-17238 softening agent, guarantee user's wearing comfort.
In the present embodiment, the filler of the headrest 150 can be selected according to the concrete condition of user different Chinese medicine class main material and
Auxiliary material.More preferably, filler is by cassia seed 40-50wt%, buckwheat shell 30-40wt%, tealeaves 10-20wt%, wild chrysanthemum 5-
10wt% and lavender 5-10wt% composition, in which: cassia seed, buckwheat shell are soft or hard suitable, can play certain massage effect；Tea
Leaf, wild chrysanthemum, lavender are slightly fragrant, can play beneficial body, health effect, may advantageously facilitate sleep.In this way, intelligent glasses fill
100 are set after configuring the headrest 150 equipped with filler, while improving 110 wearing comfort of mirror body, moreover it is possible to rise to a certain extent
To the effect for promoting sleep.
After mirror body 110, earmuff 120, massager 130, controller 140 and the headrest 150 are installed through the above way, then by mirror
Body 110, earmuff 120, massager 130 are electrically connected (wiring out not shown) with controller 140 respectively, thus obtain complete intelligence
Eyeglass device 100 can complete following functions: the detection signal of eye potentiometric sensor in processing mirror body 110 exports user
Sleep state/quality, and control earmuff 120 or massager 130 when user does not fall asleep or shallowly sleeps and carry out hypnosis, below into
One step combination Fig. 7~Figure 13 is described in detail.
Referring to Fig. 7~Figure 13, the functional structure of intelligent glasses device of the present invention is shown, in which: Fig. 7 is Brilliant Eyes of the present invention
The functional block diagram of lens device；Fig. 8 is the circuit diagram of signal amplification circuit in Fig. 7；Fig. 9 is the circuit of analog to digital conversion circuit in Fig. 7
Figure；Figure 10 is the circuit diagram of Fig. 7 sound intermediate frequency cycling circuit；Figure 11 is the circuit diagram of motor-drive circuit in Fig. 7；Figure 12 is Fig. 7
The circuit diagram of middle data transfer circuit；Figure 13 is the circuit diagram of power supply circuit in Fig. 7.Further below in conjunction with attached drawing, to intelligence
The physical circuit of 100 functional structure of eyeglass device is described in detail.
As shown in fig. 7, controller 140 includes control panel 142 (Fig. 7 is not shown), the functional circuit packet on the control panel 142
Include signal amplification circuit 1421, analog to digital conversion circuit 1422,1425, audio cadence circuit microprocessor (MCU, optional STM32L)
1423, motor-drive circuit 1424, data transfer circuit 1426 and power supply circuit 1427, wherein the connection structure of functional circuit and
Signal transitive relation is as described below.
The connection relationship of functional circuit circuit structure are as follows: eye potentiometric sensor 111 (can be multichannel), signal amplification circuit
1421, analog to digital conversion circuit 1422, microprocessor 1425 are sequentially connected electrically, and microprocessor 1425 is gone back while being electrically connected audio cadence
Circuit 1423, motor-drive circuit 1424 and data transfer circuit 1426, audio cadence circuit 1423 are electrically connected loudspeaker 121,
Motor-drive circuit 1424 is electrically connected micromotor 131, and power supply circuit 1427 is signal amplification circuit 1421, analog-to-digital conversion electricity
Road 1422, microprocessor 1425, audio cadence circuit 1423, motor-drive circuit 1424 and data transfer circuit 1426 provide phase
The power supply answered.
The signal transitive relation of functional circuit are as follows: eye current potential when the detection of eye potentiometric sensor 111 and the ocular movemeut exported
Difference signal amplifies through signal amplification circuit 1421, and analog to digital conversion circuit 1422 is after digital signal, the calculating of microprocessor 1425 makes
User's eye movement frequency and its change rate, eye movement amplitude and its change rate obtain and according to preset sleep state/quality-eye movement
Parameter lookup table, assesses sleep state/quality of user, and the assessment result of output is sent to outer by data transfer circuit 1426
Portion's smart machine 200 (description in such as mobile phone, tablet computer usual products, the no longer scope of the invention), and do not enter in user
When sleeping or shallowly sleeping: microprocessor 1425 exports audio control signal, so that audio cadence circuit 1423 generates metronome, through raising
Sound device 121 is passed to user ear to carry out hypnosis；And/or 1425 output motor of microprocessor controls signal, so as to motor drive
Dynamic circuit 1424 generates motor drive signal and drives micromotor 131, so that massaging disc 132 be driven to be rotated, thus makes
It obtains the massage head 133 on massaging disc 132 and carries out hypnosis to massage user's temple.
It is understood that power supply circuit 1427 can will be arranged to battery+charging dress as the electronic products such as mobile phone
The form set, in which: battery (group) is arranged on control panel 142, and multiple batteries can be set to be cascaded, different concatenations
Position picks out lead respectively, comes in order to provide different output voltages for the power supply of corresponding function circuit；Charger is set to control panel
Except 142, after being matched with the charging interface of battery (group), it can charge to battery (group).In this way, the signal of functional circuit amplifies
Circuit 1421, analog to digital conversion circuit 1422, microprocessor 1425, audio cadence circuit 1423, motor-drive circuit 1424 and number
It is powered according to transmitting circuit 1426 by battery (group), and can be charged by charging unit when battery (group) electric power deficiency.Due to supplying
The primary structure of circuit 1427 and the other parts of functional circuit, which are separated, to be come, and is thus reached and is reduced intelligent glasses device
The purpose of 100 volumes.
The overall situation of 100 functional circuit of intelligent glasses device of the invention is illustrated above, further below
The chief component of 100 functional circuit of intelligent glasses device is described.These circuits are all made of relatively common member
Part can achieve ideal performance by optimization design, so that cost substantially reduces, thus easy to spread make
With, therefore product has preferable market prospects, is described in detail as follows.
For convenience, the similar elements type in Fig. 8~Figure 13 is indicated with same letter.It is noted that Fig. 8~
Supply voltage in Figure 13 is not fully identical (providing the operating voltage of reference), therefore different expression mark used below
Symbol.
As shown in figure 8, signal amplification circuit 1421 is double operational bootstrapping composite amplifier comprising operational amplifier A1
The homophase input foot of (optional LM747), operational amplifier A2 (optional LM747) and resistance R1~R4, operational amplifier A1 connect letter
Number input amplifier (output end of connection eye potentiometric sensor 111), the anti-phase input foot of operational amplifier A1 connects operation
The anti-phase input foot of the homophase input foot of amplifier A2, operational amplifier A2 is grounded through resistance R1, the output of operational amplifier A1
Foot meets signal amplification circuit output end (certain signal input part all the way for being connected to analog to digital conversion circuit 1422) and operational amplifier A1
Anti-phase input foot, the output pin of operational amplifier A2 connects signal amplification circuit output end through resistance R3 and connects operation through resistance R2
The anti-phase input foot of amplifier A2, signal amplification circuit output end are grounded through resistance R4, operational amplifier A1 supply pin and fortune
The supply pin for calculating amplifier A2 is respectively connected to corresponding power supply (figure does not mark, according to the usual connection of amplifier).
In the embodiment, the signal amplification circuit of low power supply and low power consumption is constituted with operational amplifier A1 and A2
1421, which realizes that load current is provided jointly by two operational amplifier output terminals, and the two can be accounted for respectively
Half.The signal amplification circuit 1421 compensates frequency characteristic without other outer connecting resistances, capacitor, uses more square
Just.
As shown in figure 9, analog to digital conversion circuit 1422 includes modulus conversion chip ADC (optional MAXIM series
MAX1024), can be realized after configuring interface circuit with Micro-processor MCV (optional MC683 series such as MC683XX)
Connection.Modulus conversion chip ADC is the serial ADC of a 10bit, has 8 tunnel simulation inputs and all the way numeral output.The mould
The particular circuit configurations of number conversion circuit 1422 are as follows: each road analog input pin CH0~CH7 access pair of modulus conversion chip ADC
Answer the analog signal (i.e. 1421 amplified potential difference signals of signal amplification circuit) in channel, the base of modulus conversion chip ADC
Quasi- voltage foot REF is grounded through capacitor C1, and the reference calibration foot REFADJ of modulus conversion chip ADC is grounded through capacitor C2, and modulus turns
The chip select input foot CS (low level is effective) for changing chip ADC connects the input/output terminal I/O of Micro-processor MCV, modulus conversion chip
The serial clock input pin SCLK of ADC connects the clock end CLK of Micro-processor MCV, the serial date transfer of modulus conversion chip ADC
The main output that foot DIN connects Micro-processor MCV connects from input terminal MOSI, the serial data output pin DOUT of modulus conversion chip ADC
The MISO primary input of Micro-processor MCV connects modulus conversion chip from output end, the positive foot VDD of the high potential of modulus conversion chip ADC
The electric power supply source anode VH (+5V) of ADC, the negative foot VSS ground connection of the current potential of modulus conversion chip ADC, modulus conversion chip ADC's is low
The positive foot VL of current potential meets the power positive end VDD of Micro-processor MCV, and the supply pin VDD of Micro-processor MCV connects the confession of Micro-processor MCV
Electric power positive end VL (+3V), the indirect capacitor C3 of the positive foot VDD of the high potential of modulus conversion chip ADC and ground, Micro-processor MCV
Power positive end VDD and ground indirect capacitor C4.CS low level is effective in modulus conversion chip ADC, and only the end is set low, number
When according to can just synchronize input (DIN) or output (DOUT): CS being low, the data on DIN are in the rising edge input chip of SCLK；CS
When being low, failing edge of the data in SCLK on DOUT is exported；When setting high, DOUT is high-impedance state.SSTRB is defeated serially to trigger
Foot out: under internal clock module, the rising edge jump of SSTRB shows to convert；Under external clocking mode, SSTRB mono-
It is directly low level.SHDN is shutdown control foot, and low level is effective, can access corresponding shutdown control signal.
The analog to digital conversion circuit 1422 uses low-power consumption serial a/d converter, and element is less, small volume, work electricity
It presses wider range (2.7V~5.25V).The analog to digital conversion circuit 1422 is receiving certain all the way after amplified eye potential difference signal,
Digital signal can be converted analog signals into, it is possible thereby to carry out subsequent processing for Micro-processor MCV.
As shown in Figure 10, audio cadence circuit 1423 can produce droning audio cadence sound.The audio cadence circuit
1423 include unijunction N-channel transistor T1 (type selecting BT33), NPN type triode T2 (type selecting 3DG6), unijunction N-channel crystal
First base stage of pipe T1 is grounded by resistance R5, and second base stage of unijunction N-channel transistor T1 connects audio by resistance R7
Cycling circuit power positive end VC (+3V) accesses capacitor C5, unijunction N-channel between the emitter and ground of unijunction N-channel transistor T1
Concatenated resistance R6 and potentiometer RW, NPN type are accessed between the emitter and audio cadence circuit power anode VC of transistor T1
The base stage of triode T2 is connect by resistance R8 with first base stage of unijunction N-channel transistor T1, the collection of NPN type triode T2
Electrode is grounded by the emitter that resistance R9 is connected to audio cadence circuit power anode VC, NPN type triode T2；Loudspeaker 132
It is connected between audio cadence circuit power anode VC and ground, audio cadence circuit power anode VC is controlled by Micro-processor MCV
Switch K1 (optional switching tube, such as triode or produce effect pipe) etc. carry out ON/OFF power supply, that is, pass through Micro-processor MCV
The audio control signal of generation connects circuit power when being " 1 ", the disconnecting circuit power supply when audio control signal K/A is " 0 ".
In the audio cadence circuit 1423, the signal pulse that unijunction N-channel transistor T1 is generated is put by NPN type triode T2
It is exported after big through loudspeaker 121, droning metronome is issued in this way, it is possible thereby to realize the hypnosis to people.Particularly, in unijunction
Potentiometer RW, the moving contact and potentiometer of potentiometer RW are accessed between first base stage and resistance R6 of N-channel transistor T1
One of RW determines wiring connection；Adjusting potentiometer RW can change pulse frequency (two beats can be spaced 1~3 second), to adapt to
The requirement of different people.
As shown in figure 11, motor-drive circuit 1424 be include that two PNP type triodes and two NAND gates are (optional
CD40107) the bridge circuit constituted.Particular circuit configurations are as follows: the base stage of triode T3 connects the of NAND gate NA1 through resistance R10
One input terminal, the emitter of triode T3 meet motor-drive circuit power positive end VD (+12V), and the collector of triode T3 is simultaneously
The output end of NAND gate NA1 and the first input end of NAND gate NA2 are connect, the base stage of triode T4 meets NAND gate NA2 through resistance R11
First input end, the emitter of triode T4 meets motor-drive circuit power positive end VD, and the collector of triode T4 connects simultaneously
The output end of NAND gate NA2 and the first input end of NAND gate NA1, two driving signals M1, M2 point of Micro-processor MCV output
It is not connected to the second input terminal of NAND gate NA1 and the second input terminal of NAND gate NA2, the micromotor 131 of direct voltage drive
Two driving ends connect the output end of NAND gate NA1 and the output end of NAND gate NA2 respectively.
The motor-drive circuit 1424 is applicable to the driving and control circuit of 12V DC micromotor, its logic electricity
Road is mainly that two NAND gates and two triodes are constituted.Two NAND gates composition bridge circuit form in circuit, two three
Load of the pole pipe as NAND gate buffer drives the direct-flow micromachine of reversible 12V to operate, and the following table 1 is micromotor driving
The truth table at end.
The truth table at 1 micromotor driving circuit input terminal end of table
| M1 | M2 | Machine operating condition |
| 0 | 0 | It closes |
| 0 | 1 | Clockwise |
| 1 | 0 | Counterclockwise |
| 1 | 1 | Initial state |
By upper table 1 it is found that according to the state of the motor drive signal of Micro-processor MCV, micromotor 131 can be carried out just
Turn or overturns.After micromotor 131 operates, massaging disc 132 can be driven to be rotated, thus the massage head on massaging disc 132
133 massage user's temple carry out hypnosis.
As shown in figure 12, data transfer circuit 1426 includes transmitting chip SEND IC (being chosen as MICRF102), inside
Contain the units such as synthesizer, voltage controlled oscillator, power amplifier.The specific structure of the data transfer circuit 1426 is: transmitting core
The power control input pin (PC) 1 of piece SEND IC connects data transfer circuit power positive end VS (+5V), transmitting chip through resistance R12
The supply pin (VDD) 2 of SEND IC meets data transfer circuit power positive end VS, and the grounding leg (VSS) 3 of transmitting chip SEND IC connects
Benchmark oscillation foot (REFOSC) 4 on ground, transmitting chip SEND IC is grounded through crystal oscillator X, the standby mode of transmitting chip SEND IC
/ standby power (wherein, meeting VDD is radiation pattern, and meeting VSS is standby mode), transmitting chip are penetrated in control foot (STBY) 5 sending and receiving
Printed antenna ANT, transmitting chip are accessed between the high foot of the power emission of SEND IC (ANTP) 6 and the low foot of power emission (ANTM) 7
The data input pin (ASK) 8 of SEND IC receives input data (data output end of this data from Micro-processor MCV).This
Outside, resistance R13 and capacitor C9 in parallel, transmitting chip are accessed between the power control input pin 1 and ground of transmitting chip SEND IC
Capacitor C6 in parallel, capacitor C7 and C8 are accessed between the supply pin 2 and grounding leg 3 of SEND IC, to eliminate power-supply ripple.
In the data transfer circuit 1426, after received data are handled by transmitting chip SEND IC, pass through printed antenna
ANT is sent, and thus related smart machine 200 can know the sleep state and quality of user, subsequent to take
Measure.It is small in size in this data transfer circuit 1426, there is very strong anti-interference ability, wireless automatic tune may be implemented
It is humorous.
As shown in figure 13, power supply circuit 1427 is by power supply adaptor 1427-1 and battery charger 1427-2 two parts group
At wherein power supply adaptor 1427-1 is AC/DC converting circuit (AC/DC), alternating current 220V alternating current can be converted to 5/
12V DC electricity output, then battery charger 1427-2 charges to rechargeable battery (group) BT with the direct current.The electricity
Pond (group) BT is preferably nickel-cadmium cell, multiple-channel output (Vo1, Vo2 ... ..., Von) can be drawn, to meet functional circuit
Middle signal amplification circuit 1421, analog to digital conversion circuit 1422, microprocessor (MCU) 1425, audio cadence circuit 1423, motor drive
The power reguirements of dynamic circuit 1424 and data transfer circuit 1426.
It is understood that power supply adaptor 1427-1 and battery charger 1427-2 can use a variety of circuit knots
Structure, the following are a kind of simply more excellent circuit forms of structure.
As shown in figure 13, power supply adaptor 1427-1 is a kind of switching mode voltage stabilizer, power supply adaptor 1427-1 packet
It is (optional to include high frequency transformer, power tube and high input linear voltage-stablizer WDS (can be LR6) and pulse-width modulator PWM IC
For elements such as MAX5069), particular circuit configurations are: the input pin Vin of high input linear voltage-stablizer WDS connects the first mains terminal,
The output pin Vout of high input linear voltage-stablizer WDS connects the input pin of pulse-width modulator, high input linear voltage-stablizer WDS's
The grounding leg of grounding leg GND and pulse-width modulator PWM IC meet the second mains terminal, pulse-width modulator PWM IC respectively
Control foot connect the grid of power tube (MOSFET) Qs, the source electrode of power tube Qs meets the second mains terminal, power tube Qs through resistance R14
Drain electrode and the first mains terminal indirect high frequency transformer primary side L1, capacitor C10 is connected to the input of high input linear voltage-stablizer WDS
Between foot Vin and the second mains terminal, capacitor C11 is connected to the output pin Vout and the second mains terminal of high input linear voltage-stablizer WDS
Between；The rectified diode D1 of first end of the first pair of high frequency transformer side L2 meets power supply adaptor 1427-1 output plus terminal P1
(being connect with battery charger 1427-2 input anode), the second termination power supply adaptor of the first pair of high frequency transformer side L2
1427-1 exports ground terminal P2 (connecting with battery charger 1427-2 input ground end), and capacitor C12 is connected to power supply adaptor 1427-
Between 1 output plus terminal P1 and output ground terminal P2；The first end and pulse-width modulator PWM of the second pair of high frequency transformer side L3
Second the second alternating current of termination of series diode D2 and diode D3 between the input pin of IC, the second pair of high frequency transformer side L3
End, capacitor C13 are connected between the second end and diode D2 and the node of diode D3 of the second pair of high frequency transformer side L3.
Alternating current (220V alternating current) can be converted to 5V/12V direct current by power supply adaptor 1427-1, wherein high input line
Property voltage-stablizer WDS be used as the accessory power supply of power supply adaptor 1427-1, pulse-width modulator PWM IC is steady by high input linear
Depressor WDS provides starting voltage.The operating voltage that pulse-width modulator PWM IC starts is steady by the high input linear of accessory power supply
Depressor WDS is provided, and is then provided by the voltage after the rectification of high frequency transformer pair side after starting, this voltage is higher than high input linear pressure stabilizing
Close high input linear voltage-stablizer WDS when device WDS output voltage.
As shown in figure 13, battery charger 1427-2 includes the triode T5 of positive-negative-positive, the triode T6 of NPN type, two poles
Pipe D4, diode D5, resistance R15, resistance R16 and light emitting diode D6, particular circuit configurations are: the emitter of triode T5 connects
Battery charger input anode P1 (meeting the output plus terminal of power supply adaptor 1427-1,5V~12V), the base stage of triode T5 with
The cathode of diode D5 connects, and the anode of diode D5 is connect with the cathode of diode D4, and the anode of diode D4 is connected to battery
Charging circuit inputs anode P1, and the collector of triode T5 is connect with the anode of light emitting diode D6, the yin of light emitting diode D6
Pole is connect with charging interface A, and battery (group) BT is located at charging interface A and battery charger input ground end (connects power supply adaptor
The output ground terminal of 1427-1,0V) between charge；Base stage of the collector of triode T6 through resistance R16 connecting triode T5, three poles
The emitter of pipe T6 is connected to battery charger input ground end, accesses resistance between the base stage and charging interface A of triode T6
R15。
In the present embodiment battery charger, charging part is formed by diode D4, D5, resistance R15, R16 and triode T5
Point, triode T6 and resistance R15 form charge protection part.When remaining battery voltage is lower than preset threshold (such as 0.6V), three
Pole pipe T6 conducting, triode T5 are also switched on, and electric current charges the battery through resistance R15, triode T5, and light emitting diode D6 is bright, table
Show that charging is normal.If when battery pole back connection, the base stage of triode T6 is negative potential, and triode T6 ends, triode T5's
Base potential increases, so that triode T5 is closed, charges thus without to battery, and light emitting diode does not work at this time, indicates battery
Polarity is reversed.In this way, helping to prevent the polarity of charging circuit 1427-2 reversed, preferable protective action is thus played.
Signal amplification circuit 1421 in functional circuit, analog to digital conversion circuit 1422, audio section is set forth in Fig. 8~Figure 13
Clap a kind of specific implementation circuit of circuit 1423, motor-drive circuit 1424, data transfer circuit 1426 and power supply circuit 1427.
It is understood that those skilled in the art by these circuit integrations together when can also be added part peripheral circuit element come
The overall performance for optimizing functional circuit, no longer elaborates this part common knowledge herein.
The physical structure and functional structure of intelligent glasses device are described in detail above, which can be more smart
Quasi- ground monitoring sleep status and quality, and have the function of effectively facilitating sleep, the product structure is more compact, wearing comfort
Good, price is lower, promotes and is easy, and market prospects are good.
The above is only the preferred embodiment of the present invention, it is noted that above-mentioned preferred embodiment is not construed as pair
Limitation of the invention, protection scope of the present invention should be defined by the scope defined by the claims..For the art
For those of ordinary skill, without departing from the spirit and scope of the present invention, several improvements and modifications can also be made, these change
It also should be regarded as protection scope of the present invention into retouching.
Claims (6)
1. a kind of intelligent glasses device, including mirror body, which is characterized in that the frame of the mirror body corresponds to glabella and bridge of the nose position
Eye potentiometric sensor is set, and the temple of the mirror body corresponds to ear position and installs the earmuff with loudspeaker, and the temple is corresponding
Massager is installed in temple position, the massaging disc driven by micromotor is arranged in the massager；The controller includes control
Making sheet, the functional circuit of the control panel are provided with signal amplification circuit, analog to digital conversion circuit, microprocessor, audio cadence electricity
Road, motor-drive circuit, the eye potentiometric sensor, signal amplification circuit, analog to digital conversion circuit, microprocessor are successively electrically connected
It connects, and the microprocessor is electrically connected the audio cadence circuit, motor-drive circuit simultaneously, the audio cadence circuit is electrically connected
The loudspeaker is connect, the motor-drive circuit is electrically connected the micromotor；The eye potentiometric sensor is detected and is exported
Eye potential difference signal when ocular movemeut, after the signal amplification circuit amplifies and analog-digital conversion circuit as described is converted, by described
Microprocessor calculates user's eye movement frequency and its change rate, eye movement amplitude and its change rate, so as to according to preset sleep shape
State/quality-eye movement parameter lookup table assesses sleep state/quality of user, not fall asleep in user or shallowly to sleep
When audio control signal exported by the microprocessor generate metronome to control the audio cadence circuit, it is incoming through loudspeaker
User ear carries out hypnosis；And/or the microprocessor output motor controls signal to control the motor-drive circuit
Motor drive signal is generated, drives the massaging disc to carry out user's temple to drive the micromotor to rotate
It massages and hypnosis.
2. intelligent glasses device as described in claim 1, which is characterized in that eye potentiometric sensor is multichannel.
3. intelligent glasses device as described in claim 1, which is characterized in that the functional circuit on control panel includes data transmission
Circuit, data transfer circuit are electrically connected microprocessor and are sent to external smart equipment with the assessment result for exporting microprocessor.
4. intelligent glasses device as claimed in claim 3, which is characterized in that external smart equipment is mobile phone or tablet computer.
5. intelligent glasses device as claimed in claim 3, which is characterized in that be provided with power supply circuit on control panel and to be described
Signal amplification circuit, D/A converting circuit, microprocessor, audio cadence circuit, motor-drive circuit and data transfer circuit mention
For corresponding power supply.
6. intelligent glasses device as claimed in claim 5, which is characterized in that power supply circuit is arranged to battery+charging unit
Form, in which: battery is arranged on control panel, and multiple batteries can be set to be cascaded, and different concatenation positions connects respectively
Lead out comes in order to provide different output voltages for the power supply of corresponding function circuit；Charger is set to except control panel, so as to
It charges after the charging interface matching of battery to battery.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201811211618.7A CN109331317A (en) | 2016-03-21 | 2016-03-21 | A kind of intelligent glasses device |
Applications Claiming Priority (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201610160244.5A CN105832300B (en) | 2016-03-21 | 2016-03-21 | Intelligent glasses device |
| CN201811211618.7A CN109331317A (en) | 2016-03-21 | 2016-03-21 | A kind of intelligent glasses device |
Related Parent Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201610160244.5A Division CN105832300B (en) | 2016-03-21 | 2016-03-21 | Intelligent glasses device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN109331317A true CN109331317A (en) | 2019-02-15 |
Family
ID=56587625
Family Applications (9)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201811211618.7A Withdrawn CN109331317A (en) | 2016-03-21 | 2016-03-21 | A kind of intelligent glasses device |
| CN201610160244.5A Active CN105832300B (en) | 2016-03-21 | 2016-03-21 | Intelligent glasses device |
| CN201811211219.0A Withdrawn CN109260569A (en) | 2016-03-21 | 2016-03-21 | A kind of intelligent glasses |
| CN201811211244.9A Withdrawn CN109331314A (en) | 2016-03-21 | 2016-03-21 | A kind of intelligent glasses device |
| CN201811211218.6A Withdrawn CN109480772A (en) | 2016-03-21 | 2016-03-21 | A kind of intelligent glasses functional module and device mounting structure |
| CN201811211589.4A Withdrawn CN109331316A (en) | 2016-03-21 | 2016-03-21 | A kind of intelligent glasses device |
| CN201811211180.2A Withdrawn CN109289111A (en) | 2016-03-21 | 2016-03-21 | Intelligent glasses |
| CN201811211134.2A Withdrawn CN109260568A (en) | 2016-03-21 | 2016-03-21 | A kind of intelligent glasses device |
| CN201811211582.2A Withdrawn CN109331315A (en) | 2016-03-21 | 2016-03-21 | A kind of intelligent glasses device |
Family Applications After (8)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201610160244.5A Active CN105832300B (en) | 2016-03-21 | 2016-03-21 | Intelligent glasses device |
| CN201811211219.0A Withdrawn CN109260569A (en) | 2016-03-21 | 2016-03-21 | A kind of intelligent glasses |
| CN201811211244.9A Withdrawn CN109331314A (en) | 2016-03-21 | 2016-03-21 | A kind of intelligent glasses device |
| CN201811211218.6A Withdrawn CN109480772A (en) | 2016-03-21 | 2016-03-21 | A kind of intelligent glasses functional module and device mounting structure |
| CN201811211589.4A Withdrawn CN109331316A (en) | 2016-03-21 | 2016-03-21 | A kind of intelligent glasses device |
| CN201811211180.2A Withdrawn CN109289111A (en) | 2016-03-21 | 2016-03-21 | Intelligent glasses |
| CN201811211134.2A Withdrawn CN109260568A (en) | 2016-03-21 | 2016-03-21 | A kind of intelligent glasses device |
| CN201811211582.2A Withdrawn CN109331315A (en) | 2016-03-21 | 2016-03-21 | A kind of intelligent glasses device |
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| CN (9) | CN109331317A (en) |
Families Citing this family (5)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN106236079A (en) * | 2016-08-18 | 2016-12-21 | 中山衡思健康科技有限公司 | Electric and the sleep monitor eyeshield of eye electricity compound detection and sleep monitor method for brain |
| CN106333673B (en) * | 2016-09-21 | 2019-07-09 | 广州视源电子科技股份有限公司 | Hypnosis depth detector |
| CN108836811B (en) * | 2018-09-20 | 2020-05-05 | 浙江通耀科技有限公司 | Glasses for training brain vision central nerve |
| CN111110983A (en) * | 2019-11-29 | 2020-05-08 | 深圳前海冰寒信息科技有限公司 | Control method and control system of intelligent sleep glasses and computer storage medium |
| CN111939426A (en) * | 2020-08-24 | 2020-11-17 | 武汉爱可泰思医疗科技有限公司 | Device and method for detecting and improving sleep |
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Also Published As
| Publication number | Publication date |
|---|---|
| CN109480772A (en) | 2019-03-19 |
| CN109260568A (en) | 2019-01-25 |
| CN109331316A (en) | 2019-02-15 |
| CN109260569A (en) | 2019-01-25 |
| CN109331315A (en) | 2019-02-15 |
| CN109289111A (en) | 2019-02-01 |
| CN109331314A (en) | 2019-02-15 |
| CN105832300A (en) | 2016-08-10 |
| CN105832300B (en) | 2018-11-27 |
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