CN206331197U - Intelligent glasses - Google Patents
Intelligent glasses Download PDFInfo
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- CN206331197U CN206331197U CN201621387059.1U CN201621387059U CN206331197U CN 206331197 U CN206331197 U CN 206331197U CN 201621387059 U CN201621387059 U CN 201621387059U CN 206331197 U CN206331197 U CN 206331197U
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Abstract
The utility model discloses a kind of intelligent glasses, it is related to the wearable device technical field of human body.The intelligent glasses include being provided with intelligent control module in picture frame and eyeglass, the picture frame, and the intelligent control module includes microprocessor, and human body induction module is embedded on the inner side of the picture frame, is connected with the signal input part of the microprocessor；First luminous intensity measurement module is used for the luminous intensity of induced environment；It is to be in daytime or night that second luminous intensity measurement module, which is used for by intensity of illumination induced intelligent glasses,；The eyeglass uses LCD eyeglasses, and the signal output part of the microprocessor is connected through VRM Voltage Regulator Module with the signal input part of the LCD eyeglasses, and the LCD eyeglasses can change light transmittance under control of the microprocessor.The intelligent glasses can realize automatic switching and eyeglass light transmittance can be automatically adjusted according to intensity of illumination, use it more convenient.
Description
Technical field
The utility model is related to the wearable device technical field of human body, more particularly to one kind can automatic switching and to light
The strong intelligent glasses sensed.
Background technology
Glasses are for correcting defects of vision or protect eyes and the simple optics that makes, being made up of eyeglass, mirror holder.It is existing
The intelligent glasses occurred in technology need to carry out switching on and shutting down manually, there is following shortcoming：1) but forget that closing is opened when idle
Guan Shi, electricity can be wasted, and life of product is beaten greatly, is detained.2) manual response is needed when driving, there is potential safety hazard.3) can not root
The light transmittance of eyeglass is automatically adjusted according to the intensity of illumination of environment.
Utility model content
Technical problem to be solved in the utility model is how to provide a kind of achievable automatic switching and can be according to light
The intelligent glasses of eyeglass light transmittance are automatically adjusted according to intensity.
In order to solve the above technical problems, technical solution adopted in the utility model is：A kind of intelligent glasses, including picture frame
And eyeglass, it is characterised in that：Intelligent control module is provided with the picture frame, the intelligent control module includes microprocessor, people
Body induction module is embedded on the inner side of the picture frame, is connected with the signal input part of the microprocessor, for sensing glasses
Whether worn；First luminous intensity measurement module is embedded in the outside of the picture frame, the signal input part with the microprocessor
Connection, the luminous intensity for induced environment；Second luminous intensity measurement module is embedded in the outside of the picture frame, with the microprocessor
The signal input part connection of device, for being to be in daytime or night by intensity of illumination induced intelligent glasses；The eyeglass makes
LCD eyeglasses are used, signal input part of the signal output part through VRM Voltage Regulator Module and the LCD eyeglasses of the microprocessor connects
Connect, the LCD eyeglasses can change light transmittance under control of the microprocessor；The power input of battery module is connected with charging
Mouthful, the power output end of battery module is divided into two-way, the electricity of module of the first via with needing power supply in the intelligent control module
Source input connection, for providing working power, the sampling input connection of the second tunnel and battery voltage sensing module, institute for it
The output end for stating battery voltage sensing module is connected with the signal input part of the microprocessor, the electricity for detecting battery module
Amount.
Further technical scheme is：The intelligent control module also includes acousto-optic hint module, the acousto-optic hint
Module is connected with the signal output part of the microprocessor, for sending sound, light cue under control of the microprocessor.
Further technical scheme is：The acousto-optic hint module includes light emitting diode and loudspeaker.
Further technical scheme is：The microprocessor uses PIC16F1503 type single-chip microcomputers.
Further technical scheme is：The first luminous intensity measurement module includes optical sensor U1, optical sensor U1
1 pin be the first luminous intensity measurement module signal output part, resistance R5 and electric capacity C7 one end ground connection, its other end
It is connected with the signal output part of the first luminous intensity measurement module；Optical sensor U1 2 pin ground connection；Optical sensor U1 3 pin connect electricity
Filter capacitor C11 and electric capacity C30 are parallel between source VDD, and power vd D and ground；Optical sensor U1 4 pin are hanging；Light sensing
Device U1 5 pin and 6 pin meet power vd D.
Further technical scheme is：The optical sensor U1 uses bh1603fvc-e.
Further technical scheme is：Human body induction module includes human body sensor U6 and signal processing chip
U5, human body sensor U6 signal output part are connected with resistance R33 one end, and the resistance R33 other end is divided into two-way, the
It is grounded all the way through electric capacity C16, the second tunnel is connected with 3 pin of the signal processing chip U5,1 pin of the signal processing chip U5
It is divided into two-way, the first via is the signal output part of the human body induction module, and the second tunnel is connected after resistance R21 with power vd D；
Signal processing chip U5 2 pin ground connection；Signal processing chip U5 4 pin are divided into after resistance R6 at two-way, the first via and signal
Chip U5 5 pin connection is managed, the second tunnel is grounded after electric capacity C13；Signal processing chip U5 5 pin meet power vd D；Signal transacting
Chip U5 6 pin are grounded through resistance R1.
Further technical scheme is：The VRM Voltage Regulator Module includes voltage-regulation chip U2, voltage-regulation chip
U2 1 pin is hanging；Voltage-regulation chip U2 2 pin connect the SCL pins of the microprocessor；Voltage-regulation chip U2 3 pin connect
The SDA pins of the microprocessor；Voltage-regulation chip U2 4 pin ground connection；Voltage-regulation chip U2 5 pin are divided into two-way, the
It is grounded all the way, the second tunnel is connected through electric capacity C15 with voltage-regulation chip U2 7 pin, voltage-regulation chip U2 6 pin are the electricity
The voltage output end of adjustment module is pressed, voltage-regulation chip U2 6 pin are connected with the power input of LCD eyeglasses, electric capacity C14's
One end is grounded, and the other end is connected with voltage-regulation chip U2 6 pin, and voltage-regulation chip U2 7 pin meet power supply VCC, and voltage is adjusted
Section chip U2 8 pin meet VDD.
It is using the beneficial effect produced by above-mentioned technical proposal：Start：When the user dons the glasses, the position of human body
(bridge of the nose, nose is convex, double eyebrows, geisoma, eye socket surrounding, cheekbone, zygomatic arch, temporalis, temporal bone, forehead, the position after ear, finger) and glasses
Part (nose support, leg of spectacles, spectacle-frame) close to or contact, now capacitance type touch key IC (human body induction module) inspection
Measure after induced electricity capacitance changes, starting-up signal will be exported, into power on mode, while LED flickers are once or loudspeaker
Send corresponding prompt tone, when the position of above-mentioned human body and the feature contacts state of above-mentioned glasses or apart from it is constant when, then protect
Hold working condition.
Shutdown：When user takes off one's glasses, (bridge of the nose, nose is convex, double eyebrows, geisoma, eye socket surrounding, cheekbone, cheekbone at the position of human body
Bow, temporalis, temporal bone, forehead, the position after ear, finger) with the parts (nose support, leg of spectacles, spectacle-frame) of glasses be in not in contact with
When state or distance change, now capacitance type touch key IC (human body induction module) is detecting induced electricity capacitance hair
It is raw change after, if within the time position of above-mentioned human body and glasses part without close to or when contacting, output is closed
Machine signal, into shutdown mode, while LED flashes twice or loudspeaker sends corresponding prompt tone.
Intelligent switch machine pattern：When user takes off one's spectacles, (bridge of the nose, nose is convex, double eyebrows, geisoma, eye socket four at the position of human body
Position after week, cheekbone, zygomatic arch, temporalis, temporal bone, forehead, ear, finger) with the parts (nose support, leg of spectacles, spectacle-frame) of glasses
In when being changed not in contact with state or distance, now capacitance type touch key IC (human body induction module) is detecting sense
Answer after capacitance changes, certain time shutdown is delayed, if the position of above-mentioned human body and above-mentioned glasses within the time
When part is close or contacts, open state will be kept.
After the upper intelligent glasses are worn, human body induction module can detect the change of body capacitance, to microprocessor one
Battery voltage sensing module detection battery mould can be first passed through after individual signal, wake module microprocessor work, microprocessor work
The voltage of block, if the voltage of battery module is less than the operating voltage of system, LED flash prompting user's (or loudspeaker
Send corresponding prompt tone), then shut down.If the voltage for detecting battery module is more than the operating voltage of system, microprocessor
Device can detect the signal of the second luminous intensity measurement module immediately, and judgement is daytime or evening, if it is daytime to detect, immediately
Into day mode, if detecting can be stood in the evening into evening pattern.Then microprocessor can detect the first light intensity immediately
The output signal strength of measurement module is spent, then microprocessor is defeated according to the ambient light intensity adjustment VRM Voltage Regulator Module detected
The magnitude of voltage gone out, by adjusting the magnitude of voltage that VRM Voltage Regulator Module is exported, changes the operating voltage of LCD eyeglasses, so as to change LCD
The color of eyeglass, and then change the light transmittance of LCD eyeglasses.If the microprocessor detects that the letter of the second intensity of illumination measurement module
Number the use time of glasses is judged for evening, then into evening pattern, now, if the first intensity of illumination measurement module is detected
The intensity of artificial light has injury to human eye, and microprocessor can send instructions to VRM Voltage Regulator Module, VRM Voltage Regulator Module meeting immediately
Export a corresponding magnitude of voltage and give LCD eyeglasses, change the color of LCD eyeglasses, and then change the light transmittance of LCD eyeglasses, so that
Avoid injury of other side's car light to glasses, the danger that reduction evening drives when driving meeting.
To sum up, the intelligent glasses can realize automatic switching and eyeglass light transmittance can be automatically adjusted according to intensity of illumination,
Use it more convenient.
Brief description of the drawings
The utility model is described in further detail with reference to the accompanying drawings and detailed description.
Fig. 1 is the structural representation of intelligent glasses described in the utility model embodiment；
Fig. 2 is the theory diagram of intelligent control module described in the utility model embodiment；
Fig. 3 is the circuit theory diagrams of the first luminous intensity measurement module described in the utility model embodiment；
Fig. 4 is the circuit theory diagrams of human body induction module described in the utility model embodiment；
Fig. 5 is the circuit theory diagrams of VRM Voltage Regulator Module described in the utility model embodiment；
Fig. 6 a-6b are the control flow charts of intelligent glasses described in the utility model embodiment；
Wherein：1st, picture frame 2, eyeglass 3, intelligent control module.
Embodiment
With reference to the accompanying drawing in the utility model embodiment, the technical scheme in the utility model embodiment is carried out clear
Chu, it is fully described by, it is clear that described embodiment is only a part of embodiment of the present utility model, rather than whole
Embodiment.Based on the embodiment in the utility model, those of ordinary skill in the art are not under the premise of creative work is made
The every other embodiment obtained, belongs to the scope of the utility model protection.
Many details are elaborated in the following description in order to fully understand the utility model, but this practicality is new
Type can also be different from other manner described here using other implement, and those skilled in the art can be without prejudice to this reality
With doing similar popularization in the case of new intension, therefore the utility model is not limited by following public specific embodiment.
As shown in figure 1, the utility model discloses a kind of intelligent glasses, including picture frame and eyeglass, being provided with the picture frame
Intelligent control module.As shown in Fig. 2 the intelligent control module includes microprocessor, human body induction module is embedded in the mirror
On the inner side of frame, it is connected with the signal input part of the microprocessor, for sensing whether glasses are worn；First luminous intensity is surveyed
Amount module is embedded in the outside of the picture frame, is connected with the signal input part of the microprocessor, the light intensity for induced environment
Degree；Second luminous intensity measurement module is embedded in the outside of the picture frame, is connected, is used for the signal input part of the microprocessor
It is to be in daytime or night by intensity of illumination induced intelligent glasses；The eyeglass uses LCD eyeglasses, the microprocessor
Signal output part is connected through VRM Voltage Regulator Module with the signal input part of the LCD eyeglasses, and the LCD eyeglasses are in microprocessor
It can change light transmittance under control；The power input of battery module is connected with charging inlet, the power output end point of battery module
For two-way, the power input of module of the first via with needing power supply in the intelligent control module is connected, for being provided for it
The sampling input connection of working power, the second tunnel and battery voltage sensing module, the output of the battery voltage sensing module
End is connected with the signal input part of the microprocessor, the electricity for detecting battery module.
Further, output prompting for convenience or alarm signal, the intelligent control module also include acousto-optic hint
Module, the acousto-optic hint module is connected with the signal output part of the microprocessor, for sending out under control of the microprocessor
Speak, light cue.It is preferred that, the acousto-optic hint module includes light emitting diode and loudspeaker.
It is preferred that, the microprocessor uses PIC16F1503 type single-chip microcomputers.It should be noted that above microprocessor
Concrete model is merely illustrative, and microprocessor those skilled in the art of which kind of specifically used model can be according to actual needs
Appropriate type selecting is carried out, the need for meeting the application.
As Fig. 6 a-6b show the control flow chart of the glasses, (A and B in Fig. 6 a connect with the A in Fig. 6 b and B respectively
Whole flow process figure is constituted after connecing).
Start：When the user dons the glasses, (bridge of the nose, nose is convex, double eyebrows, geisoma, eye socket surrounding, cheekbone, cheekbone at the position of human body
Bow, temporalis, temporal bone, forehead, the position after ear, finger) with the parts (nose support, leg of spectacles, spectacle-frame) of glasses close to or connect
Touch, now capacitance type touch key IC (human body induction module) is being detected after induced electricity capacitance changes, will output start
Signal, into power on mode, while LED flickers are once or loudspeaker sends corresponding prompt tone, when above-mentioned human body position with
The feature contacts state of above-mentioned glasses or apart from it is constant when, then keep working condition.
Shutdown：When user takes off one's glasses, (bridge of the nose, nose is convex, double eyebrows, geisoma, eye socket surrounding, cheekbone, cheekbone at the position of human body
Bow, temporalis, temporal bone, forehead, the position after ear, finger) with the parts (nose support, leg of spectacles, spectacle-frame) of glasses be in not in contact with
When state or distance change, now capacitance type touch key IC (human body induction module) is detecting induced electricity capacitance hair
It is raw change after, if within the time position of above-mentioned human body and glasses part without close to or when contacting, output is closed
Machine signal, into shutdown mode, while LED flashes twice or loudspeaker sends corresponding prompt tone.
Intelligent switch machine pattern：When user takes off one's spectacles, (bridge of the nose, nose is convex, double eyebrows, geisoma, eye socket four at the position of human body
Position after week, cheekbone, zygomatic arch, temporalis, temporal bone, forehead, ear, finger) with the parts (nose support, leg of spectacles, spectacle-frame) of glasses
In when being changed not in contact with state or distance, now capacitance type touch key IC (human body induction module) is detecting sense
Answer after capacitance changes, certain time shutdown is delayed, if the position of above-mentioned human body and above-mentioned glasses within the time
When part is close or contacts, open state will be kept.
After the upper intelligent glasses are worn, human body induction module can detect the change of body capacitance, to microprocessor one
Battery voltage sensing module detection battery mould can be first passed through after individual signal, wake module microprocessor work, microprocessor work
The voltage of block, if the voltage of battery module is less than the operating voltage of system, LED flash prompting user's (or loudspeaker
Send corresponding prompt tone), then shut down.If the voltage for detecting battery module is more than the operating voltage of system, microprocessor
Device can detect the signal of the second luminous intensity measurement module immediately, and judgement is daytime or evening, if it is daytime to detect, immediately
Into day mode, if detecting can be stood in the evening into evening pattern.Then microprocessor can detect the first light intensity immediately
The output signal strength of measurement module is spent, then microprocessor is defeated according to the ambient light intensity adjustment VRM Voltage Regulator Module detected
The magnitude of voltage gone out, by adjusting the magnitude of voltage that VRM Voltage Regulator Module is exported, changes the operating voltage of LCD eyeglasses, so as to change LCD
The color of eyeglass, and then change the light transmittance of LCD eyeglasses.If the microprocessor detects that the letter of the second intensity of illumination measurement module
Number the use time of glasses is judged for evening, then into evening pattern, now, if the first intensity of illumination measurement module is detected
The intensity of artificial light has injury to human eye, and microprocessor can send instructions to VRM Voltage Regulator Module, VRM Voltage Regulator Module meeting immediately
Export a corresponding magnitude of voltage and give LCD eyeglasses, change the color of LCD eyeglasses, and then change the light transmittance of LCD eyeglasses, so that
Avoid injury of other side's car light to glasses, the danger that reduction evening drives when driving meeting.
As shown in figure 3, the first luminous intensity measurement module includes optical sensor U1, optical sensor U1 1 pin is described
The signal output part of first luminous intensity measurement module, resistance R5 and electric capacity C7 one end ground connection, its other end and the first light intensity
Spend the signal output part connection of measurement module；Optical sensor U1 2 pin ground connection；Optical sensor U1 3 pin connect power vd D, and electricity
Filter capacitor C11 and electric capacity C30 are parallel between source VDD and ground；Optical sensor U1 4 pin are hanging；Optical sensor U1 5 pin and
6 pin meet power vd D.It is preferred that, the optical sensor U1 uses bh1603fvc-e.
When ambient lighting is on optical sensor U1 photosensitive part, U1 can export an electric current according to the intensity of ambient light
Current signal is converted into voltage signal by signal, then the RC circuits being made up of resistance R5 and electric capacity C7, and microprocessor can not stop
Light mouthfuls of detection (signal output part of the first luminous intensity measurement module) output magnitude of voltage, when ambient light is stronger, light
The magnitude of voltage of mouth can be higher, and then microprocessor can send corresponding order according to the signal intensity detected and give voltage-regulation mould
Block, the light transmittance (being realized by changing LCD color) of LCD glasses is adjusted by VRM Voltage Regulator Module, makes the Brilliant Eyes
Mirror can sense intensity of illumination, and reliable signal is provided for follow-up control.
As shown in figure 4, the human body induction module includes human body sensor U6 and signal processing chip U5, people's body-sensing
Inductive sensing device U6 signal output part is connected with resistance R33 one end, and the resistance R33 other end is divided into two-way, and the first via is through electricity
Hold C16 ground connection, the second tunnel is connected with 3 pin of the signal processing chip U5, and 1 pin of the signal processing chip U5 is divided into two
Road, the first via is the signal output part of the human body induction module, and the second tunnel is connected after resistance R21 with power vd D；At signal
Manage chip U5 2 pin ground connection；Signal processing chip U5 4 pin are divided into two-way, the first via and signal processing chip after resistance R6
U5 5 pin connection, the second tunnel is grounded after electric capacity C13；Signal processing chip U5 5 pin meet power vd D；Signal processing chip U5
6 pin through resistance R1 be grounded.
When human body sensor U6 detects human contact, human body signal can be transmitted to signal processing chip U5, U5
The signal that U6 transmission comes is acted upon, when it is the action put on one's glasses to confirm this signal, U5 can be defeated by ON_OFF mouthfuls
Go out a low level signal to microprocessor, microprocessor detected and can be started shooting immediately after this signal.If human body signal disappears
Lose, that is, take off one's spectacles, U5 can export a high level signal to microprocessor by ON_OFF mouthfuls, and microprocessor detects this
3 seconds automatic shutdowns can be postponed after signal, the intelligent glasses is automatically booted up and shut down control, make it using more
It is convenient.
As shown in figure 5, the VRM Voltage Regulator Module includes voltage-regulation chip U2, voltage-regulation chip U2 1 pin is hanging；
Voltage-regulation chip U2 2 pin connect the SCL pins of the microprocessor；Voltage-regulation chip U2 3 pin connect the microprocessor
SDA pins；Voltage-regulation chip U2 4 pin ground connection；Voltage-regulation chip U2 5 pin are divided into two-way, first via ground connection, second
Road is connected through electric capacity C15 with voltage-regulation chip U2 7 pin, and voltage-regulation chip U2 6 pin are the VRM Voltage Regulator Module
Voltage output end, voltage-regulation chip U2 6 pin are connected with the power input of LCD eyeglasses, electric capacity C14 one end ground connection, separately
One end is connected with voltage-regulation chip U2 6 pin, and voltage-regulation chip U2 7 pin meet power supply VCC, the 8 of voltage-regulation chip U2
Pin meets VDD.
After U2 receives the order of microprocessor, a transformable voltage is exported to LCD according to the order of microprocessor
Eyeglass, the voltage of this change can make the color of LCD eyeglasses change, so as to change the light transmittance of eyeglass, voltage is higher, mirror
The light transmittance of piece can be lower, and voltage more low-transmittance can be higher, enables the intelligent glasses self adaptation different illumination intensity
Environment, uses it more convenient, using effect is more preferable.
Claims (8)
1. a kind of intelligent glasses, including picture frame and eyeglass, it is characterised in that：Intelligent control module is provided with the picture frame, it is described
Intelligent control module includes microprocessor, and human body induction module is embedded on the inner side of the picture frame, with the microprocessor
Signal input part is connected, for sensing whether glasses are worn；First luminous intensity measurement module is embedded in the outside of the picture frame,
It is connected with the signal input part of the microprocessor, the luminous intensity for induced environment；Second luminous intensity measurement module is embedded in
The outside of the picture frame, is connected with the signal input part of the microprocessor, for being by intensity of illumination induced intelligent glasses
In daytime or night；The eyeglass uses LCD eyeglasses, the signal output part of the microprocessor through VRM Voltage Regulator Module with
The signal input part connection of the LCD eyeglasses, the LCD eyeglasses can change light transmittance under control of the microprocessor；Battery mould
The power input of block is connected with charging inlet, and the power output end of battery module is divided into two-way, and the first via is controlled with the intelligence
The power input connection of the module of power supply is needed in molding block, for providing working power, the second tunnel and cell voltage for it
The sampling input connection of detection module, the output end of the battery voltage sensing module and the signal of the microprocessor are inputted
End connection, the electricity for detecting battery module.
2. intelligent glasses as claimed in claim 1, it is characterised in that：The intelligent control module also includes acousto-optic hint mould
Block, the acousto-optic hint module is connected with the signal output part of the microprocessor, for sending under control of the microprocessor
Sound, light cue.
3. intelligent glasses as claimed in claim 2, it is characterised in that：The acousto-optic hint module includes light emitting diode and raised
Sound device.
4. intelligent glasses as claimed in claim 1, it is characterised in that：The microprocessor uses PIC16F1503 type monolithics
Machine.
5. intelligent glasses as claimed in claim 1, it is characterised in that：The first luminous intensity measurement module includes optical sensor
U1, optical sensor U1 1 pin are one end of the signal output part of the first luminous intensity measurement module, resistance R5 and electric capacity C7
Ground connection, its other end is connected with the signal output part of the first luminous intensity measurement module；Optical sensor U1 2 pin ground connection；Light sensing
Device U1 3 pin, which connect, is parallel with filter capacitor C11 and electric capacity C30 between power vd D, and power vd D and ground；The 4 of optical sensor U1
Pin is hanging；Optical sensor U1 5 pin and 6 pin meet power vd D.
6. intelligent glasses as claimed in claim 5, it is characterised in that：The optical sensor U1 uses bh1603fvc-e.
7. intelligent glasses as claimed in claim 1, it is characterised in that：Human body induction module include human body sensor U6 and
Signal processing chip U5, human body sensor U6 signal output part are connected with resistance R33 one end, and resistance R33's is another
End is divided into two-way, and the first via is grounded through electric capacity C16, and the second tunnel is connected with 3 pin of the signal processing chip U5, at the signal
Reason chip U5 1 pin is divided into two-way, and the first via is the signal output part of the human body induction module, and the second tunnel is after resistance R21
It is connected with power vd D；Signal processing chip U5 2 pin ground connection；Signal processing chip U5 4 pin are divided into two-way after resistance R6,
The first via is connected with signal processing chip U5 5 pin, and the second tunnel is grounded after electric capacity C13；Signal processing chip U5 5 pin connect electricity
Source VDD；Signal processing chip U5 6 pin are grounded through resistance R1.
8. intelligent glasses as claimed in claim 1, it is characterised in that：The VRM Voltage Regulator Module includes voltage-regulation chip
U2, voltage-regulation chip U2 1 pin is hanging；Voltage-regulation chip U2 2 pin connect the SCL pins of the microprocessor；Voltage is adjusted
Section chip U2 3 pin connect the SDA pins of the microprocessor；Voltage-regulation chip U2 4 pin ground connection；Voltage-regulation chip U2's
5 pin are divided into two-way, and first via ground connection, the second tunnel is connected through electric capacity C15 with voltage-regulation chip U2 7 pin, voltage-regulation chip
U2 6 pin are the voltage output end of the VRM Voltage Regulator Module, voltage-regulation chip U2 6 pin and the power input of LCD eyeglasses
End connection, electric capacity C14 one end ground connection, the other end is connected with voltage-regulation chip U2 6 pin, voltage-regulation chip U2 7 pin
Power supply VCC is met, voltage-regulation chip U2 8 pin meet VDD.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621387059.1U CN206331197U (en) | 2016-12-16 | 2016-12-16 | Intelligent glasses |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621387059.1U CN206331197U (en) | 2016-12-16 | 2016-12-16 | Intelligent glasses |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206331197U true CN206331197U (en) | 2017-07-14 |
Family
ID=59290203
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201621387059.1U Expired - Fee Related CN206331197U (en) | 2016-12-16 | 2016-12-16 | Intelligent glasses |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN206331197U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106444079A (en) * | 2016-12-16 | 2017-02-22 | 东莞市精芯产品设计有限公司 | Smart glasses |
| CN111279249A (en) * | 2018-05-06 | 2020-06-12 | 斯普科姆有限公司 | Light transmittance adjustable glasses |
| CN112130348A (en) * | 2020-09-25 | 2020-12-25 | 江西台德智慧科技有限公司 | Intelligent glasses and control method thereof |
-
2016
- 2016-12-16 CN CN201621387059.1U patent/CN206331197U/en not_active Expired - Fee Related
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106444079A (en) * | 2016-12-16 | 2017-02-22 | 东莞市精芯产品设计有限公司 | Smart glasses |
| CN111279249A (en) * | 2018-05-06 | 2020-06-12 | 斯普科姆有限公司 | Light transmittance adjustable glasses |
| CN112130348A (en) * | 2020-09-25 | 2020-12-25 | 江西台德智慧科技有限公司 | Intelligent glasses and control method thereof |
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