CN209216042U - A kind of wearing glasses - Google Patents
A kind of wearing glasses Download PDFInfo
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- CN209216042U CN209216042U CN201920166604.1U CN201920166604U CN209216042U CN 209216042 U CN209216042 U CN 209216042U CN 201920166604 U CN201920166604 U CN 201920166604U CN 209216042 U CN209216042 U CN 209216042U
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- glasses
- wearing
- display unit
- optical display
- augmented reality
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Abstract
This application discloses a kind of wearing glasses, including wear glasses device, and the glasses device of wearing includes the second photographic device and optical display unit；With the handheld device worn glasses device and there is communication connection, it further includes the augmented reality device being electrically connected with first photographic device that the handheld device, which includes the first photographic device,；The augmented reality device is used to receive the first object image of the first photographic device shooting, determines the information to be presented about the first object image, and send the information to be presented by described communicate to connect to the glasses device of wearing；The display unit information to be presented for rendering.User bears lesser pressure when using the wearing glasses, increase the comfort that user uses, the user experience is improved.
Description
This application claims a kind of priority of CN 201821195700.0 (wearing glasses).
Technical field
This application involves field of intelligent wear more particularly to a kind of wearing glasses.
Background technique
Intelligent wearable device (also known as wearable device, wearable intelligent equipment etc.), which refers to, to be embedded in clothes, or with decorations
Product wear with oneself electronic communication class equipment existing for article form.Specifically, intelligent wearable device be the acquisition of information,
The functions such as record, storage, display, transmission, analysis, solution are combined with our daily wearing, become what we dressed
A part, such as clothes, cap, glasses, bracelet, wrist-watch, shoes.Intelligent wearable device has two features: it is one first
Kind possesses the hardware terminal of calculating, storage or transfer function；Secondly it is innovatively by multimedia, sensor and wireless communication etc.
In the clothing of technology insertion people or keep its easily portable, and creates the application and interactive experience of the formula of overturning.
With the New Wave of science and technology, the market share intelligently dressed is increasing, and function and appearance are kept updating, and one
The good intellectual product of money will experience different life with you.Intelligence dresses and is not merely only limitted to bracelet wrist-watch, its carrier
It is various informative abundant, while it can be suitble to different crowds, wherein intelligence wearing glasses are exactly a kind of form intelligently dressed.
Utility model content
The purpose of the application is to provide a kind of wearing glasses.
In some embodiments, wearing glasses include wearing glasses device, and the glasses device of wearing includes mirror holder, and
It is assemblied in the second photographic device and optical display unit of the mirror holder；
With the handheld device worn glasses device and there is communication connection, the handheld device includes the first camera shooting dress
It sets, and the augmented reality device being electrically connected with first photographic device, the augmented reality device passes through the communication link
It connects and is communicated respectively with second photographic device, the optical display unit；
The augmented reality device is used to receive the first object image of the first photographic device shooting, determines about institute
State the information to be presented of first object image, and by it is described communicate to connect sent to the optical display unit it is described to be presented
Information；The optical display unit information to be presented for rendering.
In some embodiments, the augmented reality device is also used to receive second camera shooting by the communication connection
Second target image of device shooting, determines the corresponding virtual AR information of second target image, and pass through the communication link
It connects and the virtual AR information is sent to the optical display unit；The virtual AR believes the optical display unit for rendering
Breath.
In some embodiments, the glasses device of wearing further includes lightproof unit, and the lightproof unit has at least one
A light shield layer, the lightproof unit fixedly or are detachably set to described wear on glasses device；At least one described shading
Layer relative to the optical display unit be set to it is described wear glasses device away from user side.
In some embodiments, the glasses device of wearing further includes passing through the communication link with the augmented reality device
The movement sensor unit of row communication is tapped into, the movement sensor unit is used to acquire the movement letter for wearing glasses device
Breath, and the motion information is sent to by the augmented reality device by the communication connection.
In some embodiments, the augmented reality device includes wireless communication module, and the wireless communication module is used for
The second target image that the first object image and/or second photographic device are shot is sent to corresponding server,
And receive the corresponding virtual AR information that the server returns.
In some embodiments, the communication connection passes through the data worn between glasses device and the handheld device
Line is realized；
The data line and second photographic device be electrically connecteds by the realization of direct-connected or interface module, the data line and
The optical display unit realizes electrical connection by direct-connected or interface module.
In some embodiments, the data line and the augmented reality device are direct-connected.
In some embodiments, the handheld device further includes for first photographic device and the augmented reality device
The power supply module of power supply, the power supply module are also used to wear glasses device power supply to described by the data line.
In some embodiments, the communication connection is wireless connection；
The glasses device of wearing further includes the second communication module for being assemblied in the mirror holder, the second communication module point
It is not electrically connected with second photographic device, the optical display unit；
The handheld device further includes the first communication module being electrically connected with the augmented reality device；
The first communication module and the second communication module are for establishing the communication connection.
In some embodiments, the handheld device further includes the shell of the handheld device and is installed on the shell
On push-button unit or touch tablet.
In some embodiments, wearing glasses include: to wear glasses device, and the glasses device of wearing includes mirror holder, with
And it is assemblied in the second photographic device and optical display unit of the mirror holder；
With the handheld device worn glasses device and there is communication connection, the handheld device includes the first camera shooting dress
It sets, further includes the augmented reality device being electrically connected with first photographic device；
The augmented reality device is used to receive the first object image of first photographic device shooting, and determine about
The related information of the first object image.
In some embodiments, the wearing glasses include lightproof unit and optical display unit, the lightproof unit tool
There is at least one light shield layer, the lightproof unit is fixedly or detachably set to described wear on glasses device；It is described extremely
A few light shield layer relative to the optical display unit be set to it is described wear glasses device away from user side.
In some embodiments, the wearing glasses include wearing glasses device and with the glasses device of wearing in the presence of logical
Believe that the handheld device of connection, the optical display unit and the lightproof unit are set to described wear on glasses device.
In some embodiments, the lightproof unit includes side wall, and the side wall limits a cavity, and the cavity is for holding
Receive the optical display unit.
In some embodiments, the light shield layer is the overlay film or plated film being set in the lightproof unit.
In some embodiments, the light shield layer is the overlay film or plated film being set on the optical display unit.
In some embodiments, the light shield layer is integrally provided to the side wall.
In some embodiments, the lightproof unit further includes bottom, and the lightproof unit is by the optical display unit
It is enclosed in the inside of the lightproof unit.
Compared with prior art, the glasses device of wearing for dressing glasses (is included by technical scheme with handheld device
Message processing module) it is physically separated, it is connected actually by wired or wireless mode.Glasses device is worn to set with hand-held
The standby photographic device for being respectively equipped with shooting function, user wear glasses device by the first photographic device shooting in handheld device
On the second photographic device be inconvenient to the realtime graphic taken, and by first object image and by the image confirm wait be in
For existing information by wired or wireless way for transmitting to the glasses device of wearing of user, user can be real-time by wearing glasses device
See handheld device shooting image or relevant information to be presented.This programme pass through will dress glasses wear glasses device
It is physically separated with handheld device (including message processing module) to mitigate weight when user wears the wearing glasses, while can
The second photographic device to be arranged on wearing glasses device.This programme increases shooting flexibility ratio, greatly improves making for user
With experience.In addition, compared with existing integral type helmet, wearing in glasses device for handling number in the wearing glasses
According to circuit element greatly reduce, therefore wear glasses device lower power consumption, fever reduce, can be excessively high and boiling hot to avoid temperature
Hurt user, while also increasing the cruising ability for wearing glasses device, so that user's body when glasses device is worn in continuous use
It tests also more preferably.
Detailed description of the invention
By reading a detailed description of non-restrictive embodiments in the light of the attached drawings below, the application's is other
Feature, objects and advantages will become more apparent upon:
Fig. 1 is the structural schematic diagram of the wearing glasses provided for the application one embodiment；
Fig. 2 is the structural schematic diagram of the wearing glasses provided for the application one embodiment；
Fig. 3 is the structural schematic diagram of the wearing glasses provided for the application another embodiment；
Fig. 4 is the structural schematic diagram of the wearing glasses provided for the application another embodiment；
Fig. 5 is the schematic diagram for wearing glasses device of the wearing glasses provided for the application one embodiment；
Fig. 6 is the schematic diagram for wearing glasses device of the wearing glasses provided for the application one embodiment；
Fig. 7 is the schematic diagram of the handheld device of the wearing glasses provided for the application one embodiment.
The same or similar appended drawing reference represents the same or similar component in attached drawing.
Specific embodiment
The application is described in further detail with reference to the accompanying drawing.
In the description of the present application, the meaning of " plurality " is two or more, unless otherwise specifically defined.?
In some embodiments of this application, wearing glasses include wearing glasses device, and the glasses device of wearing includes mirror holder, and dress
The second photographic device and optical display unit assigned in the mirror holder；There is the hand-held of communication connection with the glasses device of wearing
Equipment, the handheld device include the first photographic device, and the augmented reality device being electrically connected with first photographic device,
The augmented reality device is led to second photographic device, the optical display unit respectively by the communication connection
Letter；The augmented reality device is used to receive the first object image of first photographic device shooting, determines about described the
The information to be presented of one target image, and the letter to be presented is sent by described communicate to connect to the optical display unit
Breath；The optical display unit information to be presented for rendering.For example, the mirror holder is main support construction, it is described
It is optical display unit immediately ahead of mirror holder.Wherein, the communication connection is including wired connection (for example, data line) or wireless
Connect (for example, bluetooth, wifi, NFC and zigbee etc.), wear glasses device and handheld device by it is wired or wirelessly into
Row connection.The information to be presented that the optical display unit is presented includes but is not limited to grasp to the image of the first object image
The operation execution result information of work, the first object image information and the corresponding void determined by first object image information
Quasi- AR (Augmented Reality, augmented reality) information.
In actual use scene, the handheld device can hold use；It can also be placed in a certain physical region, and
And the handheld device remains static in the physical region or moving condition, such as the handheld device can be used as it is built-in or
External hardware module and be installed in other devices or equipment.
Here, the augmented reality device determines that the mode of the information to be presented of the first object image includes but unlimited
In: 1) by the first object image information directly as corresponding to be presented information；2) it is based on the first object image information
The matching inquiry in local AR information bank, will inquire resulting AR virtual information as corresponding information to be presented；3) pass through
The first object image is sent to cloud by the communication module being electrically connected in the handheld device with the augmented reality device
AR information bank carry out matching inquiry, using cloud inquiry return AR virtual information as corresponding information to be presented；4) pass through
The communication module being electrically connected in the handheld device with the augmented reality device, by the first object image or to described
The scanning result of one target image is sent to cloud server, receive that cloud server returned to the first object image or
The processing result of the scanning result, using the result information as corresponding information to be presented.For example, user uses handheld device
The shooting of first photographic device scans " the login two dimensional code of xx application " image, and the augmented reality device in the handheld device passes through
The scanning result of the image is sent to the cloud server of the application by the communication module being connected electrically, which receives
Login result or login page are back to the augmented reality device after to the scanning result, the augmented reality device is by the login
As a result or login page is as the corresponding information to be presented of the image.Here, the public affairs such as high pass can be used in the augmented reality device
Take charge of released AR module.
In some embodiments, the glasses device of wearing further includes passing through the communication link with the augmented reality device
The movement sensor unit of row communication is tapped into, the movement sensor unit is used to acquire the movement letter for wearing glasses device
Breath, and the motion information is sent to by the augmented reality device by the communication connection.For example, the motion sensor
Unit includes but is not limited to gyroscope, acceleration transducer.The movement sensor unit can be with collection head hyperphoria with fixed eyeballs mirror device
Posture information (for example, wearing position and posture information etc. of the glasses device in space).
In some embodiments, the augmented reality device is also used to receive second camera shooting by the communication connection
Second target image of device shooting, determines the corresponding virtual AR information of second target image, and pass through the communication link
It connects and the virtual AR information is sent to the optical display unit；The virtual AR believes the optical display unit for rendering
Breath.It is sent for example, wearing the second target image that glasses device shoots the second photographic device by wired or wireless mode
To augmented reality device.In some embodiments, the handheld device further includes for first photographic device and the enhancing
The power supply module of real device power supply, the power supply module are also used to supply by the data line to the glasses device of wearing
Electricity.For example, the data line includes but is not limited to usb data line or charging cable, power supply module includes but is not limited to battery dress
Set or can provide the alternating current of 220V voltage.Power supply module can with handheld device one or power supply module be removable
It unloads.Fig. 1 is the functional block diagram of the wearing glasses of the application one embodiment, and wearing glasses include wearing glasses device
And handheld device, wherein wear glasses device and be attached with handheld device by wired or wireless mode.For example, head
Hyperphoria with fixed eyeballs mirror device and handheld device are attached by data line, the power supply module in handheld device be handheld device and with it is hand-held
Equipment wired connection wears glasses device while powering.Wearing glasses device includes optical display unit and the second camera shooting dress
It sets；Handheld device includes the first photographic device and the augmented reality device that is electrically connected with first photographic device, and described
One photographic device includes but is not limited to RGB camera, depth camera, which shoots the image frame of special angle, example
If user holds handheld device, user needs the image information of bottom of cabinet, and user is clapped using the camera of handheld device at this time
The first object image of bottom of cabinet is taken the photograph, and the first object image transmitting taken is worn into glasses to glasses device is worn
Equipment receives the first object image and the image information is presented on optical display unit, and user can be by wearing at this time
Glasses see the picture of handheld device shooting.Alternatively, the first photographic device in the handheld device takes the first of front
Target image, wherein the first object image information includes but is not limited to two dimensional code and bar code, for example, with two dimensional code
For, the scanning of the first photographic device is transmitted to augmented reality device to front two dimensional code, and by the image information comprising the two dimensional code,
It uploads onto the server after the image information for the two dimensional code that augmented reality device in handheld device receives transmission and/or local,
Corresponding logon operation is confirmed in server and/or local, optionally, is then worn glasses and is seen login relevant information, such as
Login result or the content after logining successfully, for example, user needs to watch the video of certain website, which is member
System, user hold handheld device and are logined by camera scan video website logins two dimensional code, and subsequent user logs in success
And web video is watched by wearing glasses device.Alternatively, the first photographic device in handheld device takes the first of front
Target image (for example, personage draws a portrait), and corresponding virtual AR information is obtained (for example, personage's video based on augmented reality device
Brief introduction, picture introduction etc.), and the virtual AR information is sent to and wears glasses device and shows.Alternatively, in handheld device
First photographic device takes the first object image (for example, fuzzy picture) in front, the augmented reality dress in handheld device
It sets and uploads onto the server after receiving first object image and/or locally, confirm that corresponding picture is known in server and/or local
Other result (for example, text etc. that picture recognition goes out), and the picture recognition result is sent to and wears glasses device and shows.
By the first photographic device in mobile hand-held device, user obtains required image information without that will wear in which can be convenient
Glasses device is moved to corresponding position, therefore the wearing glasses are able to ascend the usage experience of user；Further, handheld device
It can overcome the limitation of user's head size and wear glasses close to the position that helmet can not reach, therefore with integral type
Equipment is compared, and the scope of application of the wearing glasses is also more extensive.
In some embodiments, the implementation of the optical display unit includes but is not limited to prism technique, freely song
Surface technology, guide technology, off-axis optics technology etc. (for example,https://blog.csdn.net/xiangz_csdn/ article/details/61423134).For example, the optical display unit includes that optics shows eyeglass, ray machine and optical lens
Mirror mould group, the information of the ray machine transmission are shown in the optics after amplifying by the optical lens mould group and show eyeglass.Example
Such as, the optical lens mould group can be used as an eyepiece.According to requiring different (field angle, emergent pupil is away from exit pupil diameters etc.), eyepiece
In type of lenses and quantity can be different, it may be possible to 3,5 or other quantity may have convex lens, concavees lens, meniscus lens etc.
Other combinations adjust some parameters, such as radius of curvature, the spacing of eyeglass according to the different design scheme of optical display unit
From, lens thickness and eyeglass material etc..
In some embodiments, the glasses device of wearing further includes circuit device, and the circuit device is for realizing the head
The second photographic device, optical display unit are electrically connected with the communication connection respectively in hyperphoria with fixed eyeballs mirror device.For example, this second is taken the photograph
The image information as captured by device is successively transmitted to corresponding handheld device via the circuit device, the communication connection；For another example,
It is single to be transmitted to optics display via the circuit device for the information to be presented that the handheld device is sent by the communication connection
Member, and it is presented in the optical display unit.Those skilled in the art will be understood that the circuit device structure includes the communication link
Connect the circuit connection respectively between the second photographic device, optical display unit, wherein the circuit connection can be direct-connected electricity
Road is also possible to comprising electric signal amplification, shaping or the circuit connection for filtering submodule.
In some embodiments, the augmented reality device includes wireless communication module, wherein the wireless communication module
For the second target image of the first object image and/or second photographic device shooting to be sent to corresponding service
Device, and receive the corresponding virtual AR information that the server returns.For example, image information is transferred to enhancing now by photographic device
Actual load is set, and module in server end searches matched virtual AR information to augmented reality device by wireless communication, and is sent to head
Hyperphoria with fixed eyeballs mirror device.Wherein, wireless communication module includes but is not limited to WiFi and bluetooth etc..
In some embodiments, at least part of the field range of first photographic device is contained in described second and takes the photograph
It is taken the photograph as at least part of the coverage area of be obstructed field range or the first object image of device is contained in described second
As the field range of being obstructed of device.Wherein, field range of being obstructed includes that physics is obstructed and sight (visual field) is obstructed.For example, physics
It is obstructed and includes the case where that the second photographic device is blocked by physics so that it cannot enough taking target image, sight (visual field) is obstructed
Field angle (FOV) including the second photographic device is compared to the not covered range of the field angle (FOV) of the first photographic device institute.
Therefore, the first photographic device in handheld device can take the second photographic device visual field worn in glasses device and cannot clap
The target image arrived, the first photographic device and the second photographic device cooperation shooting improve shooting efficiency, but also be taken
Content is more comprehensively.
In some embodiments, the communication connection is wireless connection；The glasses device of wearing further includes being assemblied in institute
State the second communication module of mirror holder, the second communication module respectively with second photographic device, the optical display unit
Electrical connection；The handheld device further includes the first communication module being electrically connected with the augmented reality device；First communication
Module and the second communication module are for establishing the communication connection.For example, the wireless connection including but not limited to wifi,
Bluetooth, NFC and zigbee etc..The first communication module and the second communication module include to provide leading to for wireless connection
Believe component.
Fig. 2 is a schematic diagram of the wearing glasses of the application, and wearing glasses include wearing glasses device and holding to set
It is standby, wherein to wear glasses device and be wirelessly attached with handheld device.For example, handheld device includes the first camera shooting
Device and the augmented reality device being electrically connected with first photographic device, the augmented reality device includes radio communication mold
Block, wherein wireless communication module includes but is not limited to WiFi and bluetooth etc., and handheld device includes power supply module and the first camera shooting dress
It sets, first photographic device includes but is not limited to RGB camera, depth camera, which shoots the reality in front of user
When picture, and by the first object image transmitting taken to augmented reality device；Augmented reality device in handheld device connects
First object image is received, determines corresponding virtual AR information in the server by WiFi, or is determined in local storage
Virtual AR information is sent to the circuit device for wearing glasses device by being wirelessly connected by corresponding virtual AR information, handheld device
In, the virtual AR information received is converted into optical display unit acceptable lattice by the conversion processing unit in circuit device
Formula, and be presented on optical display unit.
In some embodiments, the communication connection passes through the data worn between glasses device and the handheld device
Line is realized；The data line and second photographic device be electrically connecteds by the realization of direct-connected or interface module, the data line and
The optical display unit realizes electrical connection by direct-connected or interface module.For example, data line includes usb data line, eye is worn
Mirror device and the handheld device can directly transmit data by usb data line, alternatively, the interface module includes that usb connects
Mouth mold block, wearing glasses device and the handheld device can be communicatively coupled by data line access interface module.
In some embodiments, the data line and the augmented reality device are direct-connected.For example, described wear glasses device
After being directly connected to by data line and augmented reality device, the second target image is sent to augmented reality device.
Fig. 3 is another schematic diagram of the wearing glasses of the application, wears glasses device and handheld device passes through data line
It is attached.Wearing glasses device includes the second camera shooting and optical display unit；Handheld device include the first photographic device and
The augmented reality device being electrically connected with the photographic device, first photographic device or the second photographic device include but unlimited
In RGB camera, depth camera, the camera shooting of the first photographic device is worn the second photographic device in glasses device and is not easy
The special angle of shooting, and the information to be presented taken is transmitted to and wears glasses device, the information to be presented is presented
On the optical display unit for wearing glasses device.Described in the augmented reality device is also used to receive by the communication connection
Second target image of the second photographic device shooting, determines the corresponding virtual AR information of second target image, and pass through institute
State communication connection by the virtual AR information be sent to it is described wear glasses device, the virtual AR information, which is present in, wears eye
On the optical display unit of mirror device.
In some embodiments, the glasses device of wearing further includes lightproof unit, and the lightproof unit has at least one
A light shield layer, the lightproof unit are fixedly or detachably set to described wear on glasses device；At least one described screening
Photosphere relative to the optical display unit be set to it is described wear glasses device away from user side.For example, wherein shading
Layer can be one or more sunshade lens, fix in a manner of the light shield layer is to buckle, sleeve, threaded fastener etc. are one or more
On wearing glasses device, contacts or separate with optical display unit one or more surface.In another example the lightproof unit point
It does not cover in the outside of the optical display unit, and is fixed on described wear on the mirror holder of glasses device.In another example wherein shading
Layer can be one or more layers film for covering or being plated in one or more ways on lightproof unit one or more surface.Again
For example, light shield layer can be one layer for covering or being plated in one or more ways on optical display unit one or more surface
Or plural layers.For another example wherein light shield layer can be the light screening material on eyeglass, the light shield layer overlay film or plating form membrane are set
It is placed on eyeglass, in a manner of the eyeglass is to buckle, sleeve, threaded fastener etc. are one or more on fixing head hyperphoria with fixed eyeballs mirror device, with
The contact of optical display unit one or more surface or separation.In some embodiments, the lightproof unit includes side wall, should
Side wall limits a cavity, and the cavity is for accommodating the optical display unit, to protect the optical display unit；Some
In preferred embodiment, the lightproof unit further includes a bottom, and the bottom and the side wall limit the cavity jointly, to make
It obtains the lightproof unit to be housed in its interior the optical display unit, provides protection for optical display unit；In some realities
It applies in example, side, the bottom surface of the lightproof unit are connected and composed by plane or curved surface.In addition, in above-mentioned side wall, the shading
Layer is set to the distal end relative to user.Optionally, user's sight is influenced in order to avoid content shown by mask display unit
The content is examined, for user, the obscurity of the proximal end of the lightproof unit is lower than the obscurity of its distal end, such as described
The proximal end of lightproof unit is transparent, so that the veiling glare that light shield layer not only can avoid external injection interferes user, but also will not
Influence content shown by user's normal observation display unit.Alternatively, the lightproof unit is integrally attached to described wear glasses
On the mirror holder of equipment.On the one hand the lightproof unit can be protected optical display unit (dust-proof, waterproof, shatter-resistant), on the other hand also
Ambient can be covered and improve display effect.
In some embodiments, the glasses device of wearing may also include processor, memory, battery or be used for as head
Hyperphoria with fixed eyeballs mirror device accesses the interface (charge port) of power supply, these elements can be electrically connected with circuit device, also may be mounted at circuit
On device.At this point, wearing the element that glasses device has had been provided with integral type head-mounted display apparatus, can independently use.
Fig. 4 is that the inside of one embodiment of the wearing glasses of the application is electrically connected schematic diagram.Wherein, the second photographic device
The real-time pictures in front of user are shot, and the second target image taken is transmitted to handheld device by data line；It is hand-held
Equipment includes the first photographic device and the augmented reality device that is electrically connected with first photographic device, the increasing in handheld device
Strong real device receives the second target image for wearing glasses device transmission, and corresponding virtual AR is determined in local storage
Information, virtual AR information is sent in the circuit device for wearing glasses device by handheld device by data line, in circuit device
Conversion processing unit the virtual AR information received is converted into optical display unit acceptable format, and be presented on light
It learns on display unit.Alternatively, the augmented reality device in the handheld device receives the second target for wearing glasses device transmission
Image simultaneously confirms that virtual AR information is sent to by data line and is worn by corresponding virtual AR information, handheld device in the server
In the circuit device of glasses device, the virtual AR information received is converted into optics and shown by the conversion processing unit in circuit device
Show unit acceptable format, and is presented on optical display unit.
Fig. 5 is a schematic diagram for wearing glasses device for the wearing glasses of the application one embodiment.Glasses are worn to set
Standby includes main body upper cover 6, circuit board 7, mirror holder main body 8, optical display unit 9, lightproof unit 10, the camera shooting dress of nose support 11, second
Set 12, temple 13, player (not shown).Wherein, ES9018S chip can be used in the player, player is mounted on
On circuit board, or and circuit board electrical connection, the audio-frequency information in virtual AR information for playing handheld device transmitting, or play
Other audio-frequency informations；The temple 13 of two sides is connect by shaft with mirror holder main body 8 respectively, and the temple 13 of two sides is foldable, in order to
Increase suppleness, the materials such as titanium alloy, aluminium alloy can be used in two sides temple, for example, wearing eye to increase the fastness of wearing
Fixed cell can be added between two temples 13 in mirror device, the size of fixed cell is adjusted by retractable structure, with
Adapt to different size of head circumference；Second photographic device 12 is mounted on the middle position of mirror holder main body 8, is electrically connected with circuit board 7, uses
Real-time pictures in front of shooting user；Nose support 11 is installed in mirror holder main body 8, positioned at the centre of two optical display units 9
Part is worn for fixation in position, and nose support 11 can be fixed in main body 8, can also be detachable relative to main body 8；Shading list
Member 10 can be integral type, be also possible to split type, have effects that shading；Optical display unit 9 refers to optics display module,
This wears glasses device tool there are two display unit, is symmetrically disposed on mirror holder main body left front and right front, and respectively with circuit
Device 7 is connected, and carries out data transmission；Circuit board 7 is set in the cavity between mirror holder main body 8 and main body upper cover 6.
In some embodiments, wearing glasses include: to wear glasses device, and the glasses device of wearing includes mirror holder, with
And it is assemblied in the second photographic device and optical display unit of the mirror holder；There is communication connection with the glasses device of wearing
Handheld device, the handheld device include the first photographic device, further include that the enhancing being electrically connected with first photographic device shows
Actual load is set；The augmented reality device is used to receive the first object image of first photographic device shooting, and determine about
The related information of the first object image.Wherein, the related information includes but is not limited to the first object image
Operation execution result information, the first object image information and pair determined by first object image information of image operation
The virtual AR information answered.For example, handheld device includes the first photographic device and the increasing that is electrically connected with first photographic device
Strong real device, first photographic device include but is not limited to RGB camera, depth camera, and camera shooting is special
The image frame of angle, such as user hold handheld device, and user needs the image information of bottom of cabinet, and user utilizes hand at this time
The first object image (for example, a switch) of the camera shooting bottom of cabinet of holding equipment, and determined by augmented reality device
Corresponding and first object image related information, the related information of acquisition is for subsequently selected purposes (for example, depositing for local
It stores up, be sent to and wear glasses device or be sent to the corresponding network equipment etc.).
In some embodiments, wearing glasses include lightproof unit and optical display unit, and the lightproof unit has extremely
A few light shield layer, the lightproof unit are fixedly or detachably set on the wearing glasses；At least one described screening
Photosphere relative to the optical display unit be set to it is described wear glasses device away from user side, in some embodiments
In, the lightproof unit includes side wall, which limits a cavity, and the cavity is used to accommodate the optical display unit, with
Protect the optical display unit；In some preferred embodiments, the lightproof unit further includes a bottom, the bottom with it is described
Side wall limits the cavity jointly, is optics so that the lightproof unit be made to be housed in its interior the optical display unit
Display unit provides protection；In some embodiments, the side, bottom surface of the lightproof unit are connected and composed by plane or curved surface.
In addition, the light shield layer is set to the distal end relative to user in above-mentioned side wall.In order to avoid shown by mask display unit
Content and influence user and observe the content, for user, the obscurity of the proximal end of the lightproof unit is remote lower than it
The obscurity at end, such as the proximal end of the lightproof unit is transparent, so that light shield layer both can avoid the external veiling glare pair injected
User interferes, and will not influence content shown by user's normal observation display unit.
In some embodiments, the lightproof unit includes side wall, and the side wall limits a cavity, and the cavity is for holding
Receive the optical display unit.Wherein, cavity can be surrounded by one and more than one face, and it is single that cavity accommodates optics display
Member.If it is a face, which should be mounted on the side that optical display unit deviates from user.To make the lightproof unit will
The optical display unit is housed in its interior, and provides protection for optical display unit.
In some embodiments, the light shield layer is integrally provided to the side wall.The side wall is for limiting cavity.
In some embodiments, the lightproof unit further includes bottom, and the lightproof unit is by the optical display unit
It is enclosed in the inside of the lightproof unit.For example, the side wall limits a cavity, the cavity is single for accommodating the optics display
Member, to protect the optical display unit.
In some embodiments, the light shield layer is the overlay film or plated film being set in the lightproof unit.For example, shading
Layer can be one or more layers film for covering or being plated in one or more ways on lightproof unit one or more surface.
In some embodiments, the light shield layer is the overlay film or plated film being set on the optical display unit.For example,
Light shield layer can be one layer or more for covering or being plated in one or more ways on optical display unit one or more surface
Layer film.
In some embodiments, the wearing glasses include wearing glasses device and with the glasses device of wearing in the presence of logical
Believe that the handheld device of connection, the optical display unit and the lightproof unit are set to described wear on glasses device.For example,
The lightproof unit is set on the mirror holder for wearing glasses device.
Specifically, such as Fig. 5, lightproof unit 10 is split type, for example, the lightproof unit has 5 faces, shown in Fig. 5
For orientation, this 5 faces are respectively front and rear, left and right side and bottom surface, for example, the lightproof unit is 5 face bodies, wherein four faces
Material and the material of outermost light shield layer are different, and 5 face body of this kind can once be molded completion.It can also be primary by 4 faces
Injection molding is completed, and outermost light shield layer splices again/bonds up.Lightproof unit 10 is respectively fitted over outside two optical display units 9,
It is fixedly installed in mirror holder main body 8.On the one hand it is protection optical display unit 9, plays dust-proof, waterproof, the effect of shatter-resistant.It is another
Aspect has effects that shading, uses the sunglasses material of changeable colour in outermost face eyeglass, (can be with for example, photosensitive eyeglass
It is glass lens, resin lens etc.), in outdoor (or under sunlight) light acute irradiation, colour of lens can deepen this eyeglass,
Glasses be can protect from strong light stimulus；It enters the room, light weakens, and colour of lens shoals, and ensure that the normal sight to scenery
It examines.When ambient is stronger, the obscurity of 10 adjust automatically eyeglass of lightproof unit blocks extraneous light, so that human eye can be with
See the content of optical display unit 9.Also the eyeglass material of fixed obscurity can be used, it is non-discolouring.For example, lightproof unit can
To be only that 2 eyeglasses are fixed in mirror holder main body 8 respectively in the outermost of two optical display units 9, photosensitive mirror can be
Piece, or the eyeglass material of fixed obscurity can be used, only have the effect of shading at this time, it is single not have protection optics display
The effect of member 9.For example, lightproof unit can be only (shading) film for covering or being plated on optics display eyeglass, with shading
Effect.
Specifically, such as Fig. 6, lightproof unit 10 is integral type, for example, lightproof unit 10 is integrally fastened in mirror holder main body 8,
Discoloration or non-discolouring material can be used, for example, it may be photosensitive eyeglass, or the eyeglass material of fixed obscurity can be used
Matter.
In some embodiments, the handheld device further includes the shell of the handheld device and is installed on the shell
On push-button unit and/or touch tablet.Wherein, push-button unit includes but is not limited to power button, volume button, shortcut key
Deng；The push-button unit and/or touch tablet are for carrying out relevant control operation or interactive operation.
In some embodiments, the shell of the handheld device includes positioning element, and the positioning element is for positioning institute
State the spatial position of touch tablet in shell.For example, positioning element can be three not conllinear LED of touch tablet periphery installation
(such as being arranged in triangle), LED can be lighted in different colors, such as RGB.It is surrounded in another example positioning element can be
The joint strip of certain pattern of touch tablet.
Fig. 7 is a schematic diagram of the handheld device of the wearing glasses of the application.Handheld device include shell, touch tablet 1,
Augmented reality device 2, photographic device (not shown), battery 4, charge port (not shown).Wherein, on shell the property of can choose packet
Include power button, volume button, the push-button units such as shortcut key.Shell includes touch tablet 1, middle cover 3 and rear cover 5, augmented reality
Device 2 is set in touch tablet 1 and the fixed cavity surrounded of middle cover 3, non-dismountable.Rear cover 5 is detachable, after battery 4 is placed in
In cavity between lid 5 and middle cover 3, battery 4 is connect with circuit board, for giving entire handheld device and/or wearing glasses device
Power supply, battery-disassembled are convenient for changing battery.When wearing glasses device and handheld device connects in a wired fashion, battery can
To give the two power supply.When the two wirelessly connects, battery 4 can only power to handheld device, and glasses of wearing at this time are set
There are cell device or charge ports in standby.It include circuit board in augmented reality device 2, wherein the circuit board property of can choose includes
Processor, memory, communication unit (SIM card, for wearing glasses device online, making a phone call), SD card, player, microphone etc.
Unit.
It is obvious to a person skilled in the art that the application is not limited to the details of above-mentioned exemplary embodiment, Er Qie
In the case where without departing substantially from spirit herein or essential characteristic, the application can be realized in other specific forms.Therefore, no matter
From the point of view of which point, the present embodiments are to be considered as illustrative and not restrictive, and scope of the present application is by appended power
Benefit requires rather than above description limits, it is intended that all by what is fallen within the meaning and scope of the equivalent elements of the claims
Variation is included in the application.Any reference signs in the claims should not be construed as limiting the involved claims.This
Outside, it is clear that one word of " comprising " does not exclude other units or steps, and odd number is not excluded for plural number.That states in device claim is multiple
Unit or device can also be implemented through software or hardware by a unit or device.The first, the second equal words are used to table
Show title, and does not indicate any particular order.
Claims (18)
1. a kind of wearing glasses, which is characterized in that the wearing glasses include:
Wear glasses device, the glasses device of wearing includes mirror holder, and be assemblied in the mirror holder the second photographic device and
Optical display unit；
With the handheld device worn glasses device and there is communication connection, the handheld device includes the first photographic device, with
And the augmented reality device being electrically connected with first photographic device, the augmented reality device are distinguished by the communication connection
It is communicated with second photographic device, the optical display unit；
The augmented reality device is used to receive the first object image of first photographic device shooting, determines about described the
The information to be presented of one target image, and the letter to be presented is sent by described communicate to connect to the optical display unit
Breath；The optical display unit information to be presented for rendering.
2. wearing glasses according to claim 1, wherein the augmented reality device is also used to through the communication connection
The second target image for receiving the second photographic device shooting, determines the corresponding virtual AR information of second target image,
And the virtual AR information is sent to by the optical display unit by the communication connection；The optical display unit is used for
The virtual AR information is presented.
3. wearing glasses according to claim 1, wherein the glasses device of wearing further includes lightproof unit, the screening
Light unit has at least one light shield layer, and the lightproof unit fixedly or is detachably set to described wear on glasses device；
At least one described light shield layer relative to the optical display unit be set to it is described wear glasses device away from user side.
4. wearing glasses according to claim 1, wherein the glasses device of wearing further includes filling with the augmented reality
The movement sensor unit communicated by the communication connection is set, the movement sensor unit is for acquiring described wear
The motion information of glasses device, and the motion information is sent to by the augmented reality device by the communication connection.
5. wearing glasses according to claim 1, wherein the augmented reality device includes wireless communication module, described
Wireless communication module is used to send the second target image that the first object image and/or second photographic device are shot
Extremely corresponding server, and receive the corresponding virtual AR information that the server returns.
6. wearing glasses according to claim 1, wherein the communication connection by it is described wear glasses device with it is described
Data line between handheld device is realized；
The data line and second photographic device are electrically connected by the realization of direct-connected or interface module, the data line with it is described
Optical display unit realizes electrical connection by direct-connected or interface module.
7. wearing glasses according to claim 6, wherein the data line and the augmented reality device are direct-connected.
8. wearing glasses according to claim 6, wherein the handheld device further include for first photographic device and
The power supply module of the augmented reality device power supply, the power supply module are also used to wear glasses to described by the data line
Equipment power supply.
9. wearing glasses according to claim 1, wherein the communication connection is wireless connection；
The glasses device of wearing further includes the second communication module for being assemblied in the mirror holder, the second communication module respectively with
Second photographic device, optical display unit electrical connection；
The handheld device further includes the first communication module being electrically connected with the augmented reality device；
The first communication module and the second communication module are for establishing the communication connection.
10. wearing glasses according to claim 1, wherein the handheld device further includes the shell of the handheld device
And it is installed on push-button unit or touch tablet on the shell.
11. a kind of wearing glasses, which is characterized in that the wearing glasses include:
Wear glasses device, the glasses device of wearing includes mirror holder, and be assemblied in the mirror holder the second photographic device and
Optical display unit；
With the handheld device worn glasses device and there is communication connection, the handheld device includes the first photographic device, also
Including the augmented reality device being electrically connected with first photographic device；
The augmented reality device is used to receive the first object image of the first photographic device shooting, and determines about described
The related information of first object image.
12. a kind of wearing glasses, which is characterized in that the wearing glasses include lightproof unit and optical display unit, the screening
Light unit has at least one light shield layer, and the lightproof unit, which is fixedly or detachably set to, to be worn on glasses device；Institute
State at least one light shield layer relative to the optical display unit be set to it is described wear glasses device away from user side.
13. wearing glasses according to claim 12, wherein the wearing glasses include wear glasses device and with it is described
The handheld device that glasses device has communication connection is worn, the optical display unit and the lightproof unit are set to the head
On hyperphoria with fixed eyeballs mirror device.
14. wearing glasses according to claim 12, wherein the lightproof unit includes side wall, and the side wall limits one
Cavity, the cavity is for accommodating the optical display unit.
15. wearing glasses described in any one of 2 to 14 according to claim 1, wherein the light shield layer is to be set to the screening
Overlay film or plated film in light unit.
16. wearing glasses according to claim 12 or 13, wherein the light shield layer is to be set to the optics display list
Overlay film or plated film in member.
17. wearing glasses according to claim 14, wherein the light shield layer is integrally provided to the side wall.
18. wearing glasses according to claim 14, wherein the lightproof unit further includes bottom, the lightproof unit
The optical display unit is enclosed in the inside of the lightproof unit.
Applications Claiming Priority (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821195700 | 2018-07-26 | ||
| CN2018211957000 | 2018-07-26 |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN209216042U true CN209216042U (en) | 2019-08-06 |
Family
ID=67467806
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201920166604.1U Active CN209216042U (en) | 2018-07-26 | 2019-01-30 | A kind of wearing glasses |
| CN201920870729.2U Active CN210181299U (en) | 2018-07-26 | 2019-06-11 | Wearable glasses |
Family Applications After (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201920870729.2U Active CN210181299U (en) | 2018-07-26 | 2019-06-11 | Wearable glasses |
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| CN (2) | CN209216042U (en) |
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111308708A (en) * | 2020-02-24 | 2020-06-19 | Oppo广东移动通信有限公司 | Head-mounted device |
| CN113797418A (en) * | 2020-06-12 | 2021-12-17 | 中强光电股份有限公司 | Medical imaging apparatus and medical image display method |
| CN114915702A (en) * | 2021-02-08 | 2022-08-16 | Oppo广东移动通信有限公司 | Wearable electronic equipment |
| CN109814719B (en) * | 2018-07-26 | 2024-04-26 | 亮风台（上海）信息科技有限公司 | Method and equipment for displaying information based on wearing glasses |
-
2019
- 2019-01-30 CN CN201920166604.1U patent/CN209216042U/en active Active
- 2019-06-11 CN CN201920870729.2U patent/CN210181299U/en active Active
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109814719B (en) * | 2018-07-26 | 2024-04-26 | 亮风台（上海）信息科技有限公司 | Method and equipment for displaying information based on wearing glasses |
| CN111308708A (en) * | 2020-02-24 | 2020-06-19 | Oppo广东移动通信有限公司 | Head-mounted device |
| CN111308708B (en) * | 2020-02-24 | 2023-02-17 | Oppo广东移动通信有限公司 | Head-mounted device |
| CN113797418A (en) * | 2020-06-12 | 2021-12-17 | 中强光电股份有限公司 | Medical imaging apparatus and medical image display method |
| CN114915702A (en) * | 2021-02-08 | 2022-08-16 | Oppo广东移动通信有限公司 | Wearable electronic equipment |
Also Published As
| Publication number | Publication date |
|---|---|
| CN210181299U (en) | 2020-03-24 |
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Address after: 201210 7th Floor, No. 1, Lane 5005, Shenjiang Road, China (Shanghai) Pilot Free Trade Zone, Pudong New Area, Shanghai Patentee after: HISCENE INFORMATION TECHNOLOGY Co.,Ltd. Address before: Room 501 / 503-505, 570 shengxia Road, China (Shanghai) pilot Free Trade Zone, Pudong New Area, Shanghai, 201203 Patentee before: HISCENE INFORMATION TECHNOLOGY Co.,Ltd. |
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