CN105832300A

CN105832300A - Smart glasses device

Info

Publication number: CN105832300A
Application number: CN201610160244.5A
Authority: CN
Inventors: 李若水
Original assignee: 李若水
Current assignee: Taicang Libao Intelligent Technology Co., Ltd
Priority date: 2016-03-21
Filing date: 2016-03-21
Publication date: 2016-08-10
Anticipated expiration: 2036-03-21
Also published as: CN109260568A; CN109331316A; CN109480772A; CN109260569A; CN109331317A; CN109331315A; CN105832300B; CN109289111A; CN109331314A

Abstract

The invention discloses a smart glasses device, which comprises a glasses body, earmuffs, massagers, a controller and a head pad, wherein stuffing, which is capable of improving sleep, is arranged in the head pad; eye potential sensors on the glasses body are in charge of detecting an eye potential difference signal when an eyeball movement is outputted; loudspeakers are arranged in the earmuffs; a massaging disc, which is provided with massaging heads, is connected to a micro motor; a signal amplification circuit, an analog-to-digital conversion circuit, a microprocessor, an audio beat circuit, a motor driving circuit, a data transmission circuit and a power supply circuit are arranged on a control board of the controller; after the detected signal is amplified and is subjected to analog-to-digital conversion, by virtue of the microprocessor, eye movement parameters of a user are computed, and in accordance with a preset parameter comparison table, the sleep status of the user is judged, an appraisal result is transmitted to an external intelligent device by virtue of the data transmission circuit, and when the user fails asleep or is in light sleep, the microprocessor is used for controlling the audio beat circuit to generate beat sounds and/or controlling the motor to drive the massaging disc, which is provided with the massaging heads, so as to promote sleep. By virtue of the smart glasses device disclosed by the invention, the sleep quality of the user can be monitored and improved; and the smart glasses device is relatively broad in application scope.

Description

Intelligent glasses device

Technical field

The present invention relates to Intelligent worn device, particularly relate to a kind of intelligent glasses device, be quite suitable for middle school student and make With.

Background technology

The learning pressure of middle school student is very big, and sleep quality is bad will greatly affect its physical and mental development, and therefore having must Their sleep quality it is monitored, and to develop corresponding product to improve their sleep quality.

Having sleep monitoring device in the market to sell: a class is medical sleep monitoring device, it is mainly by surveying Amount brain wave assesses the sleep quality of user, owing to eeg signal is the faintest, and requirement during record brain wave Equipment accuracy is high, thus cause that product cost is high, volume big, measure inconvenience, and the user crown is worn A large amount of electrodes are likely to result in uncomfortable and affect sleeper effect；Another kind of for household sleep monitoring device, it is mostly Limbs Worn type equipment, it obtains user limb motion data in sleep procedure with accelerometer, and leads to Cross these data of microprocessor analysis to assess the sleep state of user, owing to limb motion is the most straight with sleep state Connect relation, thus easily produce the erroneous judgement of sleep quality Evaluated effect.

Person bad for sleep quality, can take some measures and promote that it is fallen asleep.Typically can be by taking peace Dormancy medicine maintains sleep, but sleeping pill can bring, and dizziness, headache, drowsiness, in a trance, hypomnesis etc. are secondary to be made With, long-term taking also can produce drug dependence, and once drug withdrawal can cause insomnia to increase the weight of.Additionally, use massage Method insomniac can also be made to be absorbed in psycheism, but existing massage hypnosis product mostly is bed or rack and panel construction, There is the problems such as volume is big, structure is complicated, price is higher, use unsuitable for domestic consumer.

The product of above-mentioned monitoring sleep and hypnotic all existing defects, and their function combines the most well Come, this greatly limits the popularization and application of these products.Additionally, present inventor once designed a kind of intelligence The helmet, its above integrated monitor sleeping modules and hypnotic module, but owing to weight and the volume of the helmet are excessive, Cause user wearing comfort poor.If changing into the helmet using weaving face fabric head-shield, improving user and dressing Comfortableness, but there is bigger difficulty in detection sleeping modules and hypnotic module placement and installation.

As can be seen here, the product of monitoring sleep in the market and hypnotic can not meet vast use well The demand at family, is the most also difficult to effectively improve the sleep quality of user.The defect existed in view of prior art, It is necessary existing product is optimized design, releases a kind of new product improving sleep being received by the market.

Summary of the invention

The defect existed for prior art, the present invention provides a kind of intelligent glasses device, in order to effectively monitoring and Promote the sleep quality of user.

For solving above technical problem, the present invention provides a kind of intelligent glasses device, including mirror body, earmuff, massage Device, controller and the headrest, described mirror body includes picture frame and temple, and described picture frame sets corresponding to glabella and bridge of the nose position Putting a potentiometric sensor, described temple installs the earmuff of band speaker corresponding to ear position, and described temple corresponds to Masseur is installed in temple position, and described masseur arranges the massaging disc driven by micromachine, and described massaging disc divides The massage head that the some soft materials of cloth are made, described controller is arranged between two mirror circles of picture frame, and the described headrest is attached Filling Chinese crude drug and adjuvant in the inner side in temple, and the described headrest and promote that user is slept；Described controller Including panel, the functional circuit of described panel is provided with signal amplification circuit, analog to digital conversion circuit, micro-process Device, audio cadence circuit, motor-drive circuit, data transfer circuit and power supply circuits, described eye potentiometric sensor, Signal amplification circuit, analog to digital conversion circuit, microprocessor are sequentially connected electrically, and described microprocessor electrically connects simultaneously Described audio cadence circuit, motor-drive circuit and data transfer circuit, the electrical connection of described audio cadence circuit is described Speaker, described motor-drive circuit electrically connects described micromachine, and described power supply circuits are that described signal amplifies electricity Road, D/A converting circuit, microprocessor, audio cadence circuit, motor-drive circuit and data transfer circuit provide Corresponding power supply；Eye potential difference signal during the ocular movemeut that described eye potentiometric sensor detects and exports, through described letter Number amplifying circuit amplifies and after analog-digital conversion circuit as described conversion, described microprocessor calculates user eye dynamic frequency And rate of change, eye move amplitude and rate of change thereof, in order to move parameter comparison according to default sleep state/quality-eye Sleep state/the quality of user assessed by table, and the assessment result of output is sent to outward by described data transfer circuit Portion's smart machine；And user do not fall asleep or shallow sleep time, by described microprocessor export audio control signal Control described audio cadence circuit and produce metronome, carry out hypnosis through speaker incoming user ear；And/or, Described microprocessor output motor control signal controls described motor-drive circuit and produces motor drive signal, drives Dynamic described micromachine rotates and drives described massaging disc, in order to come user by the massage head on described massaging disc Temple carry out massaging and hypnosis.

Compared with prior art, the present invention is a kind of Worn type intelligent glasses device, and it is by monitoring the eye of user Portion's movement parameter assesses sleep state and the sleep quality of user, has higher precision and accuracy；And this Invention can use audio cadence and head massage to carry out hypnosis, improves sleeper effect in combination with Chinese medicine, Thus have the function of hypnotic concurrently.The present invention uses spectacle structure, and its main functional modules is respectively arranged at mirror On body, their installation site corresponds to user eye, ear, temple portion, and its structure is the compactest, wears Wear comfortableness good.Especially, the structure of each several part of the present invention is optimized design, and they use relatively common Element just can reach ideal performance, and this makes product cost be substantially reduced, promotes the use of and more hold Easily, thus there is preferable market prospect.

Accompanying drawing explanation

Fig. 1 is the physical arrangement 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 masseur in Fig. 1；

Fig. 4 b is the schematic rear view of masseur in Fig. 1；

Fig. 5 is the schematic diagram of Fig. 1 middle controller；

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 circuits in Fig. 7；

Detailed description of the invention

For ease of the present invention is absolutely proved, first sleep state/quality-eye is moved the relation of parameter, the dynamic ginseng of eye The Cleaning Principle of number is briefly introduced.

Existing medical research shows, sleep state/quality exists bright with eye movement parameter (be called for short eye and move parameter) Aobvious association.Eye movement parameter includes the information such as the frequency of ocular movemeut, amplitude, ocular movemeut frequency therein (being called for short eye dynamic frequency) is a main eye movement parameter.According to the change of eye dynamic frequency, can be by sleep week Phase is divided into nonrapid eye movements (NREM) cycle and rapid eye movement cycle.Nonrapid eye movements,sleep be divided into again shallow sleep the phase, gently sleep the phase, In sleep phase and phase sound sleep phase 4, subsequently into the rapid-eye-movement sleep (REM sleep) phase, a sleep cycle terminates at last, and follow-up The next sleep cycle of continuous startup.

Eye current potential refers to the cornea of eyeball and the potential difference of tens of mV of the intermembranous generation of view, the motion of eyeball and blinking The eye motion such as eye can cause potential difference to change.Eye potentiometric sensor is exactly the device measuring this potential difference, is surveying Measurement electrode is attached to during amount the nearside of eyes, and when the position of eyes is at permanent datum, the current potential of electro-oculogram is fixed Justice is zero, eye potential change when eyeball moves horizontally.The current potential utilizing the detection eye movement of eye potentiometric sensor to cause becomes Change and can be obtained by electro-oculogram (EOG), the impact of the orientation of eyes, angular velocity, angular acceleration is thus provided, It it is the important means searching motion etc. as research sleep and visual angle.

The eye potentiometric sensor that the present invention uses is known existing detecting element, no longer has it in view of length limits Body structure describes in detail.Electrode only need to be configured around eyes due to eye potentiometric sensors, thus can be as JINS MEME glasses (Jing Zi Co., Ltd. of Japan produces) like that, are not making cumbrous situation to wearer Under measure.This indicates that, the present invention uses a potentiometric sensor to detect eye movement parameter, helps to Realize product miniaturization, improve product wearing comfort.

It is described in detail with specific embodiment below in conjunction with accompanying drawing.Elaborate a lot of concrete thin in the following description Joint is so that fully understanding the present invention.But the present invention can come real to be a lot different from alternate manner described here Executing, those skilled in the art can do similar popularization in the case of intension of the present invention, and therefore the present invention is not Limited by following public specific embodiment.

The intelligent glasses device of the present invention is integrated with earmuff, masseur and controller on glasses, and it can be by monitoring The eye movement parameter of user assesses sleep state and the sleep quality of user, use simultaneously audio cadence and Head massage carries out hypnosis, and combines Chinese medicine to improve sleeper effect, below in conjunction with Fig. 1～Figure 13 be given concrete Embodiment is described in detail.

See Fig. 1～Fig. 6, it is shown that the product schematic diagram of intelligent glasses device of the present invention, wherein: Fig. 1 is intelligence of the present invention The physical arrangement schematic diagram of energy eyeglass device；Fig. 2 is the schematic diagram of mirror body in Fig. 1；Fig. 3 a is that in Fig. 1 earmuff is being just Face schematic diagram；Fig. 3 b is the schematic rear view of earmuff in Fig. 1；Fig. 4 a is the front schematic view of masseur in Fig. 1；Figure 4b is the schematic rear view of masseur in Fig. 1；Fig. 5 is the schematic diagram of Fig. 1 middle controller；Fig. 6 is the headrest in Fig. 1 Schematic diagram.

As shown in Fig. 1～Fig. 6, this intelligent glasses device 100 is by mirror body 110, earmuff 120, masseur 130, control The part composition such as device 140, the headrest 150.Mirror body 110 includes picture frame 112 and temple 113, they above by Fig. 1 In arrow locations install about functional module and device: corresponding to user glabella and the position of the bridge of the nose on picture frame 112 Installing a potentiometric sensor 111, described eye potentiometric sensor 111 can detect and export sign user eye The eye potential difference signal of movement parameter；Corresponding to user ear position, earmuff 120 is installed in temple 113, described Earmuff 120 is provided with speaker 121, in order to receive audio cadence and user is carried out hypnosis；Correspondence in temple 113 Install masseur 130 in user temple position, described masseur 130 is provided with and is driven by micromachine 131 Massaging disc 132, wherein massaging disc 132 is distributed the massage head 133 that some soft materials (such as silica gel) are made, with Just massage user head carries out hypnosis；Controller 140 is arranged between two mirror circles of picture frame 112, described controller In 140, the relevant functional circuit of panel 142 is electrically connected the eye potentiometric sensor 111 of mirror body 110, earmuff 120 Speaker 121, (Fig. 1～Fig. 6 eliminates controller 140 and eye potentiometric sensors to the micromachine 131 of masseur 130 The power/data line that device 111, speaker 121, micromachine 131 are electrically connected, those skilled in the art are permissible Easily arrange these cablings, repeat no more), in order to eye potentiometric sensor 111, speaker 121 and micro electric Machine 131 is scheduling controlling；The headrest 150 is attached to the inner side of temple 113, and the described headrest 150 is two-layer fabric, Wherein fill Chinese crude drug and adjuvant promotes that user is slept.

Above-mentioned intelligent glasses device 100 can complete following functions: the eye potentiometric sensor 111 on mirror body 110 is right The detection of user eye movement parameter, the speaker 121 in earmuff 120 receives audio cadence and urges user Sleeping, in masseur 130, the massage head 133 on massaging disc 132 is driven to user head massage by micromachine 131 Hypnosis, eye potentiometric sensor 111, speaker 121 and micromachine 131 are scheduling controlling by controller 140, with Them are made to complete the function of monitoring sleep and hypnotic according to predetermined policy；It is attached to mirror body 110 framework two mirror The headrest 150 of inboard leg, it is ensured that user wearing comfort hypnotic.

Combine Fig. 1～Fig. 6 further below, come to mirror body 110, earmuff 120, masseur 130, controller 140, The product structure of the headrest 150 part such as grade is described in detail.

As in figure 2 it is shown, mirror body 110 includes that the picture frame 112 being hinged and temple 113 (can refer to the frame of common spectacles Shelf structure), described picture frame 112 and temple 113 all can use PVC material to make.Picture frame 112 and temple 113 The upper corresponding relevant devices such as eye potentiometric sensor 111, earmuff 120, masseur 130 and controller 140 of installing (are installed Mode can be that super glue is bonding, the most also can be with other mounting means such as being spirally connected), described in detail below.

Near the nose support portion of picture frame 112, (corresponding to user glabella and the bridge of the nose) is respectively provided with the eye current potential of bikini Sensor 111, the electrode of these potentiometric sensors 111 is attached to the nearside of eyes, thus can detect and export Eye potential difference signal during ocular movemeut.Eye potential difference signal during by analyzing these ocular movemeuts, can calculate relevant The dynamic parameter of eye, and move the graph of a relation (table) of parameter with sleep state/quality-eye and contrast, thus assessment is sent as an envoy to User sleep state/quality.

Arranging controller pedestal 114 between two mirror circles of picture frame 112, this controller pedestal 114 installs controller 140 Controller housing 141, the form and dimension of this controller housing 141 meets the installing space of panel 142, Repeat no more.

The anterior of temple 113 installs masseur 130, this position is offered masseur via 1131, in order to masseur 130 Massaging disc 132 can pass masseur via 1131, thus massage head 133 can touch user sun acupuncture point Put, in order to when micromachine 131 drives massaging disc 132, user head is massaged.

Earmuff 120 is installed at the rear portion of temple 113, this position is offered earmuff via 1132, in order to the cover of earmuff 120 Body 122 can cover the ear of user, thus can completely cut off external voice so that user only can receive From in the sound (if these sound are that overcast metronome then can carry out hypnosis) of speaker 121.

The inner side attachment headrest 150 of temple 113, this headrest 150 is shaped to U-shaped ring structure, thus User being worn during mirror body 110 the most comfortable, the filler in the headrest 150 may also operate as hypnotic simultaneously Effect.

Temple 113 in the present embodiment can be matched elastic cord 115 and connect, in order to preferably by mirror body 110 with fixing In user head, it is therefore prevented from intelligent glasses device 100 and comes off, thus ensure intelligent glasses device 100 constantly Act on user.Additionally, picture frame 120 sets brake sack corresponding to the position of eye Jing Quan is optional, repeat no more.

As shown in Figure 3 a, 3 b, earmuff 120 includes the cover body 123 that PVC material is made, and this cover body 123 is internal to be set Putting speaker 121, the medial surface of cover body 123 arranges the annular gasket 122 that flexible material material (such as velvet) is made, The external diameter of this pad 122 is less than the external diameter of cover body 123, and the medial surface of such cover body 121 is adhered to the eyeshield of temple 133 Outside via 1332, pad 123 closely covers user ear after the eyeshield via 1332 of temple 133.By This external voice is isolated, and user only can receive and come from the sound of speaker 121 (if these sound are low Heavy metronome then can carry out hypnosis).This earmuff 120 simple in construction, it is convenient to install, and helps to ensure that and makes User's wearing comfort.

As shown in Fig. 4 a, Fig. 4 b, masseur 130 includes that Massage stand 134, massaging disc 132 and micromachine 131 (are Direct voltage drive), massaging disc 132 is provided with spherical or other shape that multiple flexible material (such as silica gel) is made The massage head 133 of (protrusion), the external diameter of massaging disc 132 is less than the external diameter of Massage stand 134, micromachine 131 And massaging disc 132 is axially positioned and supported on Massage stand 134, the rotating shaft of massaging disc 132 is dynamic with micromachine 131 Power output shaft is in transmission connection, and (mode being in transmission connection can be selected for the conventional structure of this area, such as reductor, shaft coupling Deng, repeat no more) so that massaging disc 132 is driven by micromachine 131.The inner side of Massage stand 134 Face is adhered to outside the masseur via 1331 of temple 133, and massaging disc 132 is through the masseur via of temple 133 After 1331, the massage head 133 on massaging disc 132 touch user temple position.When micromachine 131 starts, This massaging disc 132 rotates, massaging disc 132 massage head 133 above the head temple of user are carried out by Rub, be achieved in massaging hypnosis purpose.

As it is shown in figure 5, controller 140 includes controller housing 141 and panel 142, controller housing 141 is substantially Becoming del, the controller pedestal 114 between its bottom surface and 112 liang of mirror circles of picture frame bonds, and panel 142 is loaded on Controller housing 141 is internal.On this panel 142, some functional circuits are set, come to eye potentiometric sensor 111, Speaker 121 and micromachine 131 are scheduling controlling, in order to complete the relevant function of intelligent glasses device 100. Described functional circuit can use different circuit structures, panel 142 to take sky along with the difference of selected element Between size change, now should adjust shape and the size of controller housing 141, not repeat them here.

As shown in Figure 6, the headrest 150 is U-shaped two-layer fabric structure, and it can be attached in temple 113 with glue Side, the width of the headrest 150 can be the most easypro when mirror body 110 is worn on user head more than the width of temple 133 Suitable.Offer respectively on the sidewall of this headrest 150 by earmuff via 153 and masseur via 154, earmuff via 153 The pad 123 supplying earmuff 120 touch user ear after passing through, masseur via 154 is for the massaging disc of masseur 130 132 pass through, and massage head 133 touch user temple afterwards.

Especially, this headrest 150 is divided into sewing thread 151 and is separated into multiple headrest unit 152, wherein every head Filling the filler (not shown) of hypnotic in single pad unit, the filler in these headrest unit 152 can use Person plays the effect of certain hypnotic.

In the present embodiment, the fabric of the two-layer fabric of the headrest 150 selects cotton, numb or cotton/fiber crops to mix with other material Woven material, in order to there is higher comfortableness.Preferably, fabric be bamboo charcoal, cotton, fiber crops, blend polyester fabric, It is specifically by 10-20wt% (percentage by weight) bamboo carbon fiber, the cotton fiber of 20-30wt%, 20-30wt% fiber crops fibre Dimension and 25-45wt blend polyester manufacture (preparation technology of mixed yarn and fabric all can use the universal method of the industry, For well known to those of ordinary skill in the art), and under room temperature in antibiotic finishing solution impregnate 100-120 minute and Obtain.Specifically, added with Bamboo vinegar solution as antibiotic effective ingredient in antibiotic finish formula of liquid, its content is Bamboo vinegar solution 80～85wt%, softening agent 15～20wt%, this Bamboo vinegar solution is during making charcoal with bamboo wood, collects bamboo The gas that material produces in the decomposition of high temperature (100 DEG C～120 DEG C), and by this gas at normal temperatures through supercool Bluish yellow color that solidifying recovery obtains or the liquid of yellowish-brown, its good anti-bacterial effect, cost are relatively low；Softening agent is permissible Y-17238 softening agent, it is possible to preferably improve feel, it is ensured that user wearing comfort.

In the present embodiment, the filler of the headrest 150 can select the different main materials of Chinese medicine class according to the concrete condition of user And adjuvant.More preferably, filler by the sub-40-50Wt% of apperception, Buckwheat shell 30-40Wt%, Folium Camelliae sinensis 10-20Wt%, Flos Chrysanthemi Indici 5-10Wt% and lavandula angustifolia 5-10Wt% composition, wherein: apperception, Buckwheat shell soft or hard are suitable, can play Certain massage effect；Folium Camelliae sinensis, Flos Chrysanthemi Indici, lavandula angustifolia are the most fragrant, can play benefit body, health preserving effect, have It is beneficial to hypnotic.So, intelligent glasses device 100, after configuration is provided with the headrest 150 of filler, is improving mirror body While 110 wearing comfort, moreover it is possible to play the effect of hypnotic to a certain extent.

After by the way mirror body 110, earmuff 120, masseur 130, controller 140 and the headrest 150 being installed, Again mirror body 110, earmuff 120, masseur 130 are electrically connected (not shown wiring) respectively with controller 140, by This obtains complete intelligent glasses device 100, and it can complete following functions: processes eye potentiometric sensors on mirror body 110 The detection signal of device, export user sleep state/quality, and user do not fall asleep or shallow sleep time control ear Cover 120 or masseur 130 carry out hypnosis, combine Fig. 7～Figure 13 further below and are described in detail.

See Fig. 7～Figure 13, it is shown that the functional structure of intelligent glasses device of the present invention, wherein: Fig. 7 is intelligence of the present invention The functional block diagram of energy eyeglass device；Fig. 8 is the circuit diagram of signal amplification circuit in Fig. 7；Fig. 9 is analog digital conversion in Fig. 7 The circuit diagram of circuit；Figure 10 is the circuit diagram of Fig. 7 sound intermediate frequency cycling circuit；Figure 11 is motor-drive circuit in Fig. 7 Circuit diagram；Figure 12 is the circuit diagram of data transfer circuit in Fig. 7；Figure 13 is the circuit diagram of power supply circuits in Fig. 7.With Under further combined with accompanying drawing, the physical circuit of intelligent glasses device 100 functional structure is described in detail.

As it is shown in fig. 7, controller 140 includes panel 142 (Fig. 7 is not shown), the function on this panel 142 Circuit includes signal amplification circuit 1221, analog to digital conversion circuit 1222, microprocessor (MCU, optional STM32L) 1225, audio cadence circuit 1223, motor-drive circuit 1224, data transfer circuit 1226 and power supply circuits 1227, Wherein attachment structure and the signal transitive relation of functional circuit 122 are as described below.

The annexation of functional circuit 122 circuit structure is: eye potentiometric sensor 111 (can be multichannel), signal Amplifying circuit 1221, analog to digital conversion circuit 1222, microprocessor 1225 are sequentially connected electrically, and microprocessor 1225 is the most same Time electrical connection audio cadence circuit 1223, motor-drive circuit 1224 and data transfer circuit 1226, audio cadence electricity Road 1223 electrically connects speaker 121, and motor-drive circuit 1224 electrically connects micromachine 131, and power supply circuits 1227 For signal amplification circuit 1121, D/A converting circuit 1222, microprocessor 1225, audio cadence circuit 1223, electricity Drive circuit 1224 and data transfer circuit 1226 provide corresponding power supply.

The signal transitive relation of functional circuit 122 is: the eye during ocular movemeut that eye potentiometric sensor 111 detects and exports Potential difference signal amplifies through signal amplification circuit 1221, after analog to digital conversion circuit 1222 is digital signal, and microprocessor 1225 calculate user eye dynamic frequencies and rate of change thereof, eye moves amplitude and rate of change thereof, it is thus achieved that and sleep according to default Dormancy state/quality-eye moves parameter lookup table, and the sleep state/quality of assessment user, the assessment result of output is by counting Send to external smart equipment 200 (such as the usual products such as mobile phone, panel computer, no longer basis according to transmitting circuit 1226 Describe in invention scope), and do not fall asleep or during shallow sleep at user: microprocessor 1225 exports audio frequency control letter Number, in order to audio cadence circuit 1223 produces metronome, carries out hypnosis through speaker 121 incoming user ear； And/or, microprocessor 1225 output motor control signal, in order to motor-drive circuit 1224 produces motor and drives letter Number and drive micromachine 131, thus drive massaging disc 132 to rotate, so that pressing on massaging disc 132 Rub and 133 carry out hypnosis to massage user temple.

It is understood that power supply circuits 1227 can will be arranged to battery+charging as the electronic products such as mobile phone The form of device, wherein: battery (group) is arranged on panel 122, and multiple batteries can be set to be connected on one Rising, different concatenation positions picks out lead-in wire respectively, in order to provide different output voltage to power for corresponding function circuit； Charger is arranged at outside panel 122, after it mates with the charging inlet of battery (group), and can be to battery (group) Charging.So, the signal amplification circuit 1121 of functional circuit 122, D/A converting circuit 1222, microprocessor 1225, Audio cadence circuit 1223, motor-drive circuit 1224 and data transfer circuit 1226 are powered by battery (group), and Can be charged by charging device during battery (group) electric power deficiency.Primary structure and merit due to power supply circuits 1227 The other parts of energy circuit 122 are separated and come, and thus reach to reduce the purpose of intelligent glasses device 100 volume.

Above the general status of intelligent glasses device 100 functional circuit of the present invention is illustrated, enters one below Walk the key component to this intelligent glasses device 100 functional circuit to be described.These circuit all use more Common element, it is by optimizing the performance that design can reach ideal, so that cost is substantially reduced, Thus use easy to spread, therefore product has preferable market prospect, is described in detail as follows.

For convenience, the similar elements type in Fig. 8～Figure 13 is with same letter representation.It is noted that Supply voltage in Fig. 8～Figure 13 incomplete same (running voltage of reference is provided), thus used below not Same expression identifier.

As shown in Figure 8, signal amplification circuit 1221 is double operational bootstrapping composite amplifier, and it includes operation amplifier Device A1 (optional LM747), operational amplifier A 2 (optional LM747) and resistance R1～R4, operation amplifier The homophase input pin of device A1 connects signal amplification circuit input (connecting the outfan of eye potentiometric sensor 111), The anti-phase input foot of operational amplifier A 1 connects the in-phase input end of operational amplifier A 2, operational amplifier A 2 Inverting input connects signal amplification circuit outfan (connect through resistance R1 ground connection, the output pin of operational amplifier A 1 A certain road signal input part to D/A converting circuit 1222) and the anti-phase input foot of operational amplifier A 1, fortune The output pin calculating amplifier A2 connects signal amplification circuit outfan through resistance R3 and connects operation amplifier through resistance R2 The anti-phase input foot of device A2, signal amplification circuit outfan is through resistance R4 ground connection, and this operational amplifier A 1 is electric The supply pin of source foot and operational amplifier A 2 is respectively connected to corresponding power supply, and (figure does not marks, usual according to amplifier Connection).

In this embodiment, the signal constituting low power supply and low power consumption by operational amplifier A 1 and A2 amplifies electricity Road 1221, this signal amplification circuit 1221 realizes load current to be provided jointly by two operational amplifier output terminals, Both can respectively account for half.Frequency characteristic is carried out by this signal amplification circuit 1221 without other outer meeting resistance, electric capacity Compensate, use more convenient.

As it is shown in figure 9, D/A converting circuit 1222 includes analog-digital chip ADC (optional MAXIM system The MAX1024 of row), just can realize and Micro-processor MCV (optional MC683 after configuration interface circuit Series such as MC683XX) connection.This analog-digital chip ADC is the serial ADC of a 10bit, There are 8 tunnel simulation input and railway digital outputs.The particular circuit configurations of this D/A converting circuit 1222 is: number Each road simulation input pin CH0～CH7 of mould conversion chip ADC accesses several analogue signals of respective channel (i.e. Eye potential difference signal after signal amplification circuit 1221 amplification), the reference voltage foot of analog-digital chip ADC REF through electric capacity C1 ground connection, the reference calibration foot REFADJ of analog-digital chip ADC through electric capacity C2 ground connection, The input that chip select input foot CS (Low level effective) of analog-digital chip ADC connects Micro-processor MCV is defeated Going out and hold I/O, the serial clock input pin SCLK of analog-digital chip ADC connects the clock of Micro-processor MCV The serial date transfer foot DIN of end CLK, analog-digital chip ADC connects the main output of Micro-processor MCV Micro-processor MCV is connect from the serial data output pin DOUT of input MOSI, analog-digital chip ADC MISO primary input connect digital-to-analogue conversion core from outfan, the high potential positive foot VDD of analog-digital chip ADC Power positive end VH (+5V) of sheet ADC, the current potential of analog-digital chip ADC is born foot VSS ground connection, is counted The electronegative potential positive foot VL of mould conversion chip ADC connects the power positive end VDD of Micro-processor MCV, micro-process The power positive end VDD of device MCU connects power positive end VL (+3V) of Micro-processor MCV, digital-to-analogue conversion core The high potential positive foot VDD of sheet ADC and the indirect electric capacity C3, the power end VDD of Micro-processor MCV on ground Indirect electric capacity C4 with ground.CS Low level effective in this analog-digital chip ADC, only this end set low, Data just can synchronize to input (DIN) or output (DOUT): CS when being low, and the data on DIN are at SCLK Rising edge input chip in；When CS is low, the data on DOUT export at the trailing edge of SCLK；Set high Time, DOUT is high-impedance state.SSTRB is that serial triggers output pin: under internal clocking pattern, SSTRB Rising edge saltus step show to convert；Under external clocking mode, SSTRB is low level always.SHDN Control foot, its Low level effective for turning off, can access and turn off control signal accordingly.

This D/A converting circuit 1222 uses low-power consumption serial a/d transducer, and its element is less, small volume, Operating voltage range wider (2.7V～5.25V).This D/A converting circuit 1222 is after receiving the amplification of a certain road After eye potential difference signal, digital signal can be converted analog signals into, thus can be for Micro-processor MCV Carry out follow-up process.

As shown in Figure 10, audio cadence circuit 1223 can produce overcast audio cadence sound.This audio cadence Circuit 1223 includes unijunction N-channel transistor T1 (type selecting is BT33), NPN type triode T2 (type selecting For 3DG6), first base stage of unijunction N-channel transistor T1 passes through resistance R5 ground connection, unijunction N-channel Second base stage of transistor T1 connects audio cadence circuit power anode VC (+3V), unijunction by resistance R7 Electric capacity C5, the transmitting of unijunction N-channel transistor T1 is accessed between emitter stage and the ground of N-channel transistor T1 The resistance R6 and potentiometer RW, NPN type connected is accessed between pole with audio cadence circuit power anode VC The base stage of audion T2 is connected with first base stage of unijunction N-channel transistor T1 by resistance R8, NPN The colelctor electrode of type audion T2 is connected to audio cadence circuit power anode VC, NPN type three pole by resistance R9 The grounded emitter of pipe T2；Speaker 132 is connected between audio cadence circuit power anode VC and ground, should (optional switching tube, such as three for the switch K1 that audio cadence circuit power anode VC is controlled by Micro-processor MCV Pole pipe or produce effect pipe etc.) etc. carry out ON/OFF power supply, the audio frequency control i.e. produced by Micro-processor MCV Circuit power, the disconnecting circuit power supply when audio control signal K/A is " 0 " is connected when signal is " 1 ".

In this audio cadence circuit 1223, the signal pulse that unijunction N-channel transistor T1 produces is by NPN type triode T2 exports through speaker 132 after amplifying, and so sends overcast metronome, thus can realize the hypnosis to people. Especially, between first base stage and the resistance R6 of unijunction N-channel transistor T1, potentiometer RW, this electricity are accessed The position moving contact of device RW is determined wiring with of potentiometer RW and is connected；Regulate this potentiometer RW and 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 1224 is for including that two PNP type triode and two NAND gate (can Select CD40107) bridge circuit that constitutes.Particular circuit configurations is: the base stage of audion T3 is through resistance R10 Connecing the first input end of NAND gate NA1, the emitter stage of audion T3 meets motor-drive circuit power positive end VD (+12V), the colelctor electrode of audion T3 connects the outfan of NAND gate NA1 and the first of NAND gate NA2 simultaneously Input, the base stage of audion T4 meets the first input end of NAND gate NA2, audion T4 through resistance R11 Emitter stage meet motor-drive circuit power positive end VD, the colelctor electrode of audion T4 connects NAND gate NA2 simultaneously Outfan and the first input end of NAND gate NA1, Micro-processor MCV output two driving signal M1, M2 is respectively connected to the second input of NAND gate NA1 and the second input of NAND gate NA2, DC voltage Two drive ends of micromachine 131 driven connect the outfan of NAND gate NA1 and NAND gate NA2 respectively Outfan.

This motor-drive circuit 1224 is applicable to driving and the control circuit of 12V direct-flow micromachine, it Logic circuit is mainly two NAND gate and two audions are constituted.Two NAND gate in circuit constitute bridge-type electricity Road form, two audions, as the load of NAND gate buffer, drive the direct-flow micromachine of reversible 12V to transport Turning, table 1 below is the truth table of micromachine drive end.

The truth table of table 1 micromachine drive circuit input terminal end

M1	M2	Machine operating condition
			0	0	Close
0	1	Clockwise
			1	0	Counterclockwise
1	1	Initial state

From upper table 1, according to the state of the motor drive signal of Micro-processor MCV, micromachine 131 Can rotate forward or overturn.After micromachine 131 operating, massaging disc 132 can be driven to rotate, by Massage head 133 on this massaging disc 132 is massaged user temple and is carried out hypnosis.

As shown in figure 12, data transfer circuit 1226 includes that transmitting chip SEND IC (is chosen as MICRF102), it is internal containing unit such as synthesizer, voltage controlled oscillator, power amplifiers.This data transmission The concrete structure of circuit 1226 is: the power of transmitting chip SEND IC controls input pin (PC) 1 through resistance R12 connects data transfer circuit power positive end VS (+5V), the supply pin (VDD) of transmitting chip SEND IC 2 grounding leg (VSS) 3 ground connection meeting data transfer circuit power positive end VS, transmitting chip SEND IC, send out Benchmark vibration foot (REFOSC) 4 of core shooting sheet SEND IC is through crystal oscillator X ground connection, transmitting chip SEND IC Standby mode control foot (STBY) 5 sending and receiving penetrate/(wherein, meet VDD is radiation pattern to standby power, connects VSS is standby mode), power emission height foot (ANTP) 6 of transmitting chip SEND IC and power emission are low The data input pin (ASK) of printed antenna ANT, transmitting chip SEND IC is accessed between foot (ANTM) 7 8 receive input data (these data are from the data output end of Micro-processor MCV).Additionally, transmitting chip SEND The power of IC controls to access resistance R13 in parallel and electric capacity C9, transmitting chip SEND between input pin 1 and ground Electric capacity C6, electric capacity C7 and C8 of parallel connection is accessed, to eliminate power supply between supply pin 2 and the grounding leg 3 of IC Ripple.

In this data transfer circuit 1226, after the data of reception are processed by transmitting chip SEND IC, by print Antenna ANT processed sends, the most relevant smart machine 200 can know user sleep state and Quality, in order to take follow-up measure.In this data transfer circuit 1226, volume is little, has the strongest resisting and does Disturb ability, it is possible to achieve wireless automatic tuning.

As shown in figure 13, power supply circuits 1227 are by power supply adaptor 1227-1 and battery charger 1227-2 Two parts form, and wherein power supply adaptor 1227-1 is AC/DC converting circuit (AC/DC), can be by civil power 220V alternating current is converted to the output of 5/12V unidirectional current, and then battery charger 1227-2 is with this unidirectional current pair Rechargeable battery (group) BT is charged.This battery (group) BT is preferably nickel-cadmium cell, and it can be drawn Multiple-channel output (Vo1, Vo2 ..., Von), in order to meet signal amplification circuit 1221 in functional circuit 122, Analog to digital conversion circuit 1222, microprocessor (MCU) 1225, audio cadence circuit 1223, motor drive electricity Road 1224 and the power reguirements of data transfer circuit 1226.

It is understood that power supply adaptor 1227-1 and battery charger 1227-2 can use multiple electricity Line structure, is below the more excellent circuit form of a kind of simple in construction.

As shown in figure 13, power supply adaptor 1227-1 is a kind of switching mode voltage stabilizer, this power supply adaptor 1227-1 includes high frequency transformer, power tube and high input linear manostat WDS (can be LR6) and pulse The elements such as width modulator PWM IC (being chosen as MAX5069), its particular circuit configurations is: high input The input pin Vin of linear voltage regulator WDS connects the first mains terminal, the output pin of high input linear manostat WDS Vout connects the input pin of pulse-width modulator, the grounding leg GND of high input linear manostat WDS and arteries and veins The grounding leg rushing width modulator PWM IC connects the second mains terminal respectively, pulse-width modulator PWM IC's Controlling foot and connect the grid of power tube (MOSFET) Qs, the source electrode of power tube Qs meets the second city through resistance R14 Electricity end, indirect high frequency transformer former the limit L1, electric capacity C6 of the drain electrode of power tube Qs and the first mains terminal are connected to Between input pin Vin and second mains terminal of high input linear manostat WDS, electric capacity C7 is connected to high input line Between output pin Vout and second mains terminal of property manostat WDS；The of high frequency transformer the first secondary L2 One end rectified diode D1 meets power supply adaptor 1227-1 output plus terminal P1 (with battery charger 1227-2 Input anode connects), the second termination power adapter 1227-1 output ground end of high frequency transformer the first secondary L2 P2 (is connected with battery charger 1227-2 input ground end), and it is defeated that electric capacity C8 is connected to power supply adaptor 1227-1 Hold between P2 with going out anode P1 and output；First end of high frequency transformer the second secondary L3 is adjusted with pulse width Series diode D2 and diode D3 between the supply pin of device PWMIC processed, high frequency transformer the second secondary Second termination second mains terminal of L3, electric capacity C9 is connected to second end and two of high frequency transformer the second secondary L3 Between pole pipe D2 and the node of diode D3.

Civil power (220V alternating current) can be converted to 5V/12V unidirectional current, wherein by this power supply adaptor 1227-1 High input linear manostat WDS is used as the accessory power supply of power supply adaptor 1227-1, pulse-width modulator PWM IC is provided by high input linear manostat WDS and starts voltage.Pulse-width modulator PWM IC leaves The running voltage begun is provided by accessory power supply high input linear manostat WDS, then by high frequency transformer after startup Voltage after secondary rectification provides, and makes high defeated when this voltage is higher than high input linear manostat WDS output voltage Enter linear voltage regulator WDS to close.

As shown in figure 13, battery charger 1227-2 include the audion T5 of positive-negative-positive, the three of NPN type Pole pipe T6, diode D4, diode D5, resistance R15, resistance R16 and light emitting diode D6, specifically Circuit structure is: the emitter stage of audion T5 meets battery charger input anode P1 and (connects power supply adaptor The output plus terminal of 1227-1,5V～12V), the base stage of audion T5 is connected with the negative electrode of diode D5, and two The anode of pole pipe D5 is connected with the negative electrode of diode D4, and it is defeated that the anode of diode D4 is connected to battery charger Entering anode P1, the colelctor electrode of audion T5 is connected with the anode of light emitting diode D6, light emitting diode D6 Negative electrode be connected with charging inlet A, battery (group) BT is positioned at charging inlet A and battery charger and inputs Charge between ground end (holding with connecing the output of power supply adaptor 1227-1,0V)；The colelctor electrode warp of audion T6 The base stage of resistance R16 connecting triode T5, the emitter stage of audion T6 is connected to battery charger input ground end, Resistance R15 is accessed between base stage and the charging inlet A of audion T6.

In the present embodiment battery charger, by diode D4, D5, resistance R15, R16 and audion T5 Composition live part, audion T6 and resistance R15 forms charge protection part.When remaining battery voltage is less than During predetermined threshold value (such as 0.6V), audion T6 turn on, audion T5 is also switched on, electric current through resistance R15, Audion T5 charges the battery, and light emitting diode D6 is bright, represents that charging is normal.If when battery pole back connection, The base stage of this audion T6 is nagative potential, and audion T6 ends, and the base potential of audion T5 raises, and makes Obtaining audion T5 to close, charge thus without to battery, now light emitting diode does not works, and represents battery polar Connect anti-.So, contribute to preventing the reverse polarity connection of charging circuit 1227-2, thus play preferable protective action.

Fig. 8～Figure 13 sets forth signal amplification circuit 1221 in functional circuit 122, analog to digital conversion circuit 1222, Audio cadence circuit 1223, motor-drive circuit 1224, data transfer circuit 1226 and power supply circuits 1227 One implements circuit.It is understood that those skilled in the art also may be used when being integrated by these circuit Optimize the overall performance of functional circuit 122 with addition part peripheral circuit element, no longer elaborate this portion at this Divide common knowledge.

Physical arrangement and functional structure to intelligent glasses device are described in detail above, and this product can be relatively Monitoring sleep status and quality accurately, and there is the function effectively facilitating sleep, this product structure is the compactest, Wearing comfort is good, and price is relatively low, promotes easily, and market prospect is had an optimistic view of.

Below it is only the preferred embodiment of the present invention, it is noted that above-mentioned preferred implementation is not construed as Limitation of the present invention, protection scope of the present invention should be as the criterion with claim limited range.For this skill For the those of ordinary skill in art field, without departing from the spirit and scope of the present invention, it is also possible to make some changing Entering and retouch, these improvements and modifications also should be regarded as protection scope of the present invention.

Claims

1. an intelligent glasses device, it is characterised in that include mirror body, earmuff, masseur, controller and head Pad, described mirror body includes picture frame and temple, and described picture frame arranges a potentiometric sensor corresponding to glabella and bridge of the nose position, Described temple installs the earmuff of band speaker corresponding to ear position, and described temple is installed corresponding to temple position and pressed Rub device, and described masseur arranges the massaging disc driven by micromachine, and described massaging disc is distributed some soft material systems The massage head become, described controller is arranged between two mirror circles of picture frame, and the described headrest is attached to the inner side of temple, And Chinese crude drug filled by the described headrest and adjuvant promotes that user is slept；Described controller includes panel, described The functional circuit of panel be provided with signal amplification circuit, analog to digital conversion circuit, microprocessor, audio cadence circuit, Motor-drive circuit, data transfer circuit and power supply circuits, described eye potentiometric sensor, signal amplification circuit, mould Number conversion circuit, microprocessor are sequentially connected electrically, and described microprocessor electrically connect simultaneously described audio cadence circuit, Motor-drive circuit and data transfer circuit, described audio cadence circuit electrically connects described speaker, and described motor drives Galvanic electricity road electrically connect described micromachine, described power supply circuits be described signal amplification circuit, D/A converting circuit, Microprocessor, audio cadence circuit, motor-drive circuit and data transfer circuit provide corresponding power supply；Described eye Eye potential difference signal during the ocular movemeut that potentiometric sensor detects and exports, amplifies and institute through described signal amplification circuit After stating analog to digital conversion circuit conversion, described microprocessor calculate user eye dynamic frequency and rate of change thereof, eye moves width Degree and rate of change thereof, in order to move parameter lookup table according to default sleep state/quality-eye and assess sleeping of user Dormancy state/quality, the assessment result of output is sent to external smart equipment by described data transfer circuit；And make User do not fall asleep or shallow sleep time, by described microprocessor output audio control signal control described audio cadence electricity Road produces metronome, carries out hypnosis through speaker incoming user ear；And/or, described microprocessor exports Motor control signal controls described motor-drive circuit and produces motor drive signal, drives described micromachine to turn Dynamic and drive described massaging disc, in order to by the massage head on described massaging disc user temple are massaged and Hypnosis.

2. intelligent glasses device as claimed in claim 1, it is characterised in that signal amplification circuit operation amplifier Device A1 and operational amplifier A 2, the homophase input pin of operational amplifier A 1 connects signal amplification circuit input, The anti-phase input foot of operational amplifier A 1 connects the in-phase input end of operational amplifier A 2, operational amplifier A 2 Inverting input connects signal amplification circuit outfan and fortune through resistance R1 ground connection, the output pin of operational amplifier A 1 Calculating the anti-phase input foot of amplifier A1, the output pin of operational amplifier A 2 connects signal amplification circuit through resistance R3 Outfan and connect the anti-phase input foot of operational amplifier A 2 through resistance R2, signal amplification circuit outfan is through resistance R4 ground connection.

3. intelligent glasses device as claimed in claim 2, it is characterised in that D/A converting circuit includes digital-to-analogue Conversion chip, each road simulation input pin of this analog-digital chip accesses several analogue signals of respective channel, digital-to-analogue The reference voltage foot meridian capacitor C1 ground connection of conversion chip, the reference calibration foot meridian capacitor C2 of analog-digital chip connects Ground, the chip select pin of analog-digital chip connects the input/output terminal of microprocessor, the serial clock of analog-digital chip Foot connects the clock end of microprocessor, and the serial input foot of analog-digital chip connects the main output of microprocessor from input End, the Serial output foot of analog-digital chip connects the primary input of microprocessor from outfan, analog-digital chip The positive foot of high potential connects analog-digital chip power positive end, and the current potential of analog-digital chip bears foot ground connection, digital-to-analogue conversion The positive foot of electronegative potential of chip connects the power positive end of microprocessor, and the power positive end of this microprocessor connects microprocessor electricity Source anode, the positive foot of high potential of analog-digital chip and the indirect electric capacity C3 on ground, the power end of microprocessor and ground Indirect electric capacity C4.

4. intelligent glasses device as claimed in claim 3, it is characterised in that audio cadence circuit includes unijunction N-channel transistor T1 and NPN type triode T2, wherein: first base stage of transistor T1 passes through resistance R5 ground connection, second base stage of transistor T1 connects audio cadence circuit power anode, crystal by resistance R7 Electric capacity C5, the emitter stage of transistor T1 and audio cadence circuit power is accessed between emitter stage and the ground of pipe T1 Accessing the resistance R6 and potentiometer RW of series connection between anode, the base stage of audion T2 is by resistance R8 and crystalline substance First base stage of body pipe T1 connects, and the colelctor electrode of audion T2 is connected to audio cadence circuit by resistance R9 Power positive end, the grounded emitter of audion T2；Speaker is connected to audio cadence circuit power anode and ground Between, the switch that audio cadence circuit power anode is controlled by microprocessor carrys out ON/OFF power supply.

5. intelligent glasses device as claimed in claim 4, it is characterised in that motor-drive circuit includes PNP Type audion T3, PNP type triode T4 and NAND gate NA1, NAND gate NA2, wherein: audion T3 Base stage connect the first input end of NAND gate NA1 through resistance R10, the emitter stage of audion T3 connects motor and drives Circuit power anode, the colelctor electrode of audion T3 connects outfan and NAND gate NA2 of NAND gate NA1 simultaneously First input end, the base stage of audion T4 connects the first input end of NAND gate NA2, three poles through resistance R11 The emitter stage of pipe T4 connects motor-drive circuit power positive end, and the colelctor electrode of audion T4 connects NAND gate NA2 simultaneously Outfan and the first input end of NAND gate NA1, microprocessor output two driving signal M1, M2 It is respectively connected to the second input of NAND gate NA1 and the second input of NAND gate NA2, the two of micromachine Individual drive end connects the outfan of NAND gate NA1 and the outfan of NAND gate NA2 respectively.

6. intelligent glasses device as claimed in claim 5, it is characterised in that data transfer circuit includes launching Chip, the power of this transmitting chip controls input pin and connects data transfer circuit power positive end through resistance R12, launches The supply pin of chip connects data transfer circuit power positive end, the grounding leg ground connection of transmitting chip, the base of transmitting chip Quasi-vibration foot is through crystal oscillator ground connection, and the standby mode of transmitting chip controls foot sending and receiving and penetrates/standby power, transmitting chip Accessing printed antenna between power emission height foot and the low foot of power emission, the data input pin of transmitting chip receives defeated Entering data, the power of transmitting chip controls to access resistance R13 in parallel and electric capacity C9 between input pin and ground, Electric capacity C6, electric capacity C7 and C8 of parallel connection is accessed between supply pin and the grounding leg of transmitting chip.

7. intelligent glasses device as claimed in claim 6, it is characterised in that power supply circuits are by power supply adaptor And battery charger composition, wherein: power supply adaptor includes high frequency transformer, power tube and high input linear Manostat and pulse-width modulator, the input pin of high input linear manostat connects the first mains terminal, high input line The output pin of property manostat connects the input pin of pulse-width modulator, the grounding leg of high input linear manostat and arteries and veins The grounding leg rushing width modulator connects the second mains terminal respectively, and the control foot of pulse-width modulator meets power tube Qs Grid, the source electrode of power tube Qs connects the second mains terminal through resistance R14, the drain electrode of power tube Qs and the first city Indirect high frequency transformer former the limit L1, electric capacity C6 of electricity end is connected to the input pin and second of high input linear manostat Between mains terminal, electric capacity C7 is connected between output pin and second mains terminal of high input linear manostat；High frequency The first end rectified diode D1 of transformator the first secondary L2 connects power supply adaptor output plus terminal, high frequency transformation The second termination power adapter output ground end P2 of device the first secondary L2, it is defeated that electric capacity C8 is connected to power supply adaptor Between holding with going out anode and output；First end of high frequency transformer the second secondary L3 and pulse-width modulator Second termination the of series diode D2 and diode D3 between supply pin, high frequency transformer the second secondary L3 Two mains terminal, electric capacity C9 is connected to the second end and diode D2 and the diode of high frequency transformer the second secondary L3 Between the node of D3；Battery charger include the audion T5 of positive-negative-positive, the audion T6 of NPN type, Diode D4, diode D5, resistance R15, resistance R16 and light emitting diode D6, audion T5 sends out Emitter-base bandgap grading connects power supply adaptor output plus terminal, and the base stage of audion T5 is connected with the negative electrode of diode D5, diode The anode of D5 is connected with the negative electrode of diode D4, and the anode of diode D4 is connected to power supply adaptor output plus terminal, The colelctor electrode of audion T5 is connected with the anode of light emitting diode D6, the negative electrode of light emitting diode D6 and charging Interface connect, battery charging inlet and power supply adaptor output hold between charge；Audion T6's Colelctor electrode is through the base stage of resistance R16 connecting triode T5, and it is defeated that the emitter stage of audion T6 is connected to power supply adaptor Hold with going out, between base stage and the charging inlet of audion T6, access resistance R15.

8. the intelligent glasses device as described in any one of claim 1～7, it is characterised in that the nose support portion of picture frame is attached Bikini eye potentiometric sensor is closely set, the controller pedestal between two mirror circles of picture frame is installed controller housing, The masseur via installing masseur is offered in the front portion of temple, and the earmuff via installing earmuff is offered at the rear portion of temple, The headrest of the inner side attachment U-shape structure of temple；Arranging speaker inside the cover body of earmuff, the medial surface of cover body is arranged The pad that flexible material material is made, the external diameter of this pad is less than the external diameter of cover body, and the medial surface of cover body is adhered to mirror Outside the eyeshield via of lower limb, pad covers user ear after eyeshield via；Masseur includes Massage stand, presses The dish external diameter that rubs axially is positioned and supported on Massage stand less than the external diameter of Massage stand, micromachine and massaging disc, massage The rotating shaft of dish is connected with the pto of micromachine, and the medial surface of Massage stand is adhered to the masseur of temple Outside via, after massaging disc passes masseur via so that massage head touch user temple position；Controller Housing bottom surface bonds with controller pedestal, and panel is loaded on inside controller housing；Headrest glue is attached to temple Inner side, this headrest sewing thread is divided into and is separated into multiple headrest unit, in the most each headrest unit fill promote Enter the filler slept.

9. intelligent glasses device as claimed in claim 8, it is characterised in that the two-layer fabric of the headrest by 10-20wt% bamboo carbon fiber, the cotton fiber of 20-30wt%, 20-30wt% flaxen fiber and 25-45wt blend polyester system Making, impregnate and obtain for 100-120 minute under room temperature in antibiotic finishing solution, wherein in antibiotic finishing solution, content is bamboo Vinegar liquid 80～85wt%, softening agent 15～20wt%.

10. intelligent glasses device as claimed in claim 9, it is characterised in that the filler of the headrest is by apperception 40-50Wt%, Buckwheat shell 30-40Wt%, Folium Camelliae sinensis 10-20Wt%, Flos Chrysanthemi Indici 5-10Wt% and lavandula angustifolia 5-10Wt% Composition.