CN208080617U - A kind of AR intelligent helmets - Google Patents
A kind of AR intelligent helmets Download PDFInfo
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- CN208080617U CN208080617U CN201820538029.9U CN201820538029U CN208080617U CN 208080617 U CN208080617 U CN 208080617U CN 201820538029 U CN201820538029 U CN 201820538029U CN 208080617 U CN208080617 U CN 208080617U
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- 238000009434 installation Methods 0.000 claims description 13
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- 230000001105 regulatory effect Effects 0.000 claims description 10
- 210000003128 head Anatomy 0.000 claims description 8
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- Helmets And Other Head Coverings (AREA)
Abstract
The utility model belongs to AR technical fields, specifically discloses a kind of AR intelligent helmets, AR intelligent helmets disclosed by the utility model, including shell, control assembly and optical display subass embly, the shell and includes：Protective shell, for protecting head；Accommodating device is arranged along the edge of the protective shell；The accommodating device includes：It is in ring-like inner sealing lid and sealing external cover, the inner sealing lid and the opposite connection of the sealing external cover are formed with accommodating cavity, and at least partly described control assembly is arranged in the accommodating cavity.AR intelligent helmets disclosed by the utility model are in the sensory experience for providing vision enhancement to the user, moreover it is possible to which the security performance for improving the helmet protects the application of the AR intelligent helmets safe and convenient of user, especially facilitates AR intelligent helmets in the application of field of industrial production.
Description
Technical field
The utility model is related to AR technical fields more particularly to a kind of AR intelligent helmets.
Background technology
Augmented reality is that the first calculates the position that video camera is photographed and angle and adds respective image, regards in real time
Virtual information, is added in true environment by the technology of frequency or 3D models by computer technology, realizes the phase of two kinds of information
Mutually supplement and interaction.AR technologies due to can bring the sensory experience of augmented reality and be widely used in industry auxiliary, tourism,
The fields such as education, medical treatment and military affairs, derivative AR smart machines are also more and more therefrom.
Prior art discloses a kind of AR intelligent patrol detections helmets, use the modular design of the helmet and AR intelligent glasses,
It is provided with camera, AR glasses and control mainboard etc. outside the cap shell of the helmet.AR glasses are located at the outside of the brim of a hat, inlay control outside cap shell
Mainboard, battery and control flow processed etc..It is also respectively provided with the control storehouse for accommodating control mainboard on the outside of cap shell and accommodates battery
Battery compartment etc..
AR intelligent helmets disclosed in the prior art, since control mainboard, battery etc. are located at projection on the outside of cap shell
Control in storehouse and battery compartment, although can the offers protection such as mainboard and battery in order to control, cause AR intelligent helmet structures to lack whole
Clean aesthetics is easy that each component is made to be collided with or be impacted, so as to cause each portion when there is foreign impacts power to act on the helmet
Part is damaged；And the connection electric wire controlled between storehouse and battery compartment is exposed outside, is easy to cause electric wire damage, or because of extraneous ring
Short trouble etc. occurs for border effect, but will be seriously that user causes security risk so as to cause AR intelligent helmet failures, unfavorable
In the safe handling of AR intelligent helmets.
Utility model content
The purpose of this utility model is to provide a kind of AR intelligent helmets, can be in the sense organ body for providing augmented reality to the user
When testing, preferable safeguard protection is provided to the user.
For this purpose, the utility model uses following technical scheme：
A kind of AR intelligent helmets, including shell, control assembly and optical display subass embly, the shell include：
Protective shell, for protecting head；
Accommodating device is arranged along the edge of the protective shell；
The accommodating device includes：
It is in ring-like inner sealing lid and sealing external cover, the inner sealing lid and the opposite connection of the sealing external cover are formed with
Accommodating cavity, at least partly described control assembly are arranged in the accommodating cavity.
Further, the inner surface of the protective shell is equipped with liner, and the liner is located at the inner sealing lid and the guarantor
Between protective case.
Further, the optical display subass embly is connect with the housing into rotation, and can make the optical display subass embly position
In first position and the second position, when the optical display subass embly is located at first position, the ray machine of the optical display subass embly
Positioned at the drawing axis of user.
Further, it is provided with recycling box on the shell, it is described when the optical display subass embly is located at the second position
Optical display subass embly is located in the recycling box.
Further, the recycling box is arranged in the accommodating cavity, and the opening of the recycling box is opened in the sealing
The outer end face of outer cover.
Further, the optical display subass embly includes：
Ray machine；And
Regulating device, one end are connect with the shell, and the other end is connect with the ray machine；The regulating device is for adjusting
Save angle and distance of the ray machine with respect to shell.
Further, the regulating device includes：
Articulated structure is connect with the shell；
Stretching structure, including outer barrel and adjusting rod, described adjusting rod one end are located in the outer barrel, described in other end stretching
Outer barrel is simultaneously hinged with the articulated structure, and the adjusting rod can reciprocatingly slide along the axis direction of the outer barrel, the outer barrel
One end far from the articulated structure is connect with the ray machine.
Further, the optical display subass embly includes：
Ray machine；
The non-display portion of ray machine protective cover, the ray machine is located in the ray machine protective cover；
Route protection cover, one end are connect with the shell, and the other end is connect with the ray machine protective cover, and the circuit is protected
Shield is formed with accommodating chamber with the ray machine protective cover；And
Ray machine change-over panel is located in the accommodating chamber, and is electrically connected with the ray machine.
Further, the control assembly includes：
Control circuit board is set in the accommodating cavity, described outer for receiving and processing external command and internal information
The sending method of portion's instruction is function button, speech recognition, gesture identification, eyeball tracking, touch screen and/or external equipment.
Further, the control assembly further includes：
Function button is arranged in the hull outside and is electrically connected with the control circuit board, and the function button includes
Button, entree single-button are returned, checks and has turned on applications keys, shoot button and/or switching on and shutting down button.
Further, the opposite sides side wall of the sealing external cover has upwardly extended side installation panel respectively, each described
Key slot is offered on side installation panel, at least partly described function button is located in the key slot.
Further, the control circuit board is connect with high in the clouds.
Further, panel is installed, the AR intelligent helmets also wrap before the front side wall of the sealing external cover has upwardly extended
It includes：
Camera assembly is arranged on the preceding installation panel.
Further, the camera assembly includes：
RGB cameras, or
The combination of at least one of depth camera and infrared camera and RGB cameras.
Further, the AR intelligent helmets further include：SIM card is provided with card slot on the inside of the inner sealing lid, described
SIM card is located in the card slot.
Further, the AR intelligent helmets further include：SD card is arranged in the card slot.
Further, the AR intelligent helmets further include：Antenna is located in the accommodating cavity.
Further, the AR intelligent helmets further include：
Loud speaker, setting is on the housing.
The beneficial effects of the utility model are：
The utility model provides AR intelligent helmets, is designed by using helmet-type, user-friendly, especially convenient
The use of the user of field of industrial production can provide safeguard protection for the head of user, make user experience augmented reality
When sensory experience, safety cap in traditional industry field can be played the role of；By using the design of inner sealing lid and sealing external cover,
The control assembly of AR intelligent helmets is set to be at least partially disposed in the accommodating cavity that inner sealing lid and sealing external cover are formed, to control assembly
Safeguard protection is provided, control assembly is avoided to be influenced by external environment, further increase the security performance of AR intelligent helmets and is made
Use performance；Meanwhile the application of above structure keeps AR intelligent helmet shapes neat and artistic.
Description of the drawings
Fig. 1 is structural schematic diagram of the AR intelligent helmets that provide of the utility model embodiment in an angle；
Fig. 2 is the fractionation structural representation for the AR intelligent helmets that the utility model embodiment provides；
Fig. 3 is structural schematic diagram of the intelligent helmet that provides of utility model embodiment under another angle；
Fig. 4 is the structural schematic diagram for the optical display subass embly that the utility model embodiment provides；
Fig. 5 is the fractionation structural representation of connecting seat and adjustment axis that the utility model embodiment provides；
Fig. 6 is the sectional view of the utility model embodiment connecting seat and adjustment axis that provide in the engagement condition；
Fig. 7 is the fractionation schematic diagram for the optical display subass embly that the utility model embodiment provides.
It is marked in figure as follows：
1- optical display subass emblies；11- articulated structures；111- fixed seats；The first connecting plates of 1111-；The connections of 1112- second
Plate；112- shaft seats；1121- third connecting plates；1122- connection end caps；113- hinged seats；114- torsion screws；115- ectospheres；
1151- first；1152- second；Ball in 116-；12- stretching structures；121- outer barrels；122- inner cylinders；123- adjusting rods；
1231- positive stop lug boss；124- locking members；125- fixed plates；13- protective covers；131- ray machine protective covers；132- route protection covers；
1311- connection covers；1312- positioning columns；1313- fastening screws；14- ray machines；141- non-display portion；142- display units；16- eye protections
Mirror；17- ray machine change-over panels；
2- shells；21- protective shells；22- liners；23- inner sealing lids；231- card slots；24- sealing external covers；It is installed before 241-
Panel；The sides 242- are installed by panel；243- recycling boxes；244- recovery ports；
3- control assemblies；31- returns to button；32- entree single-buttons；33-, which is checked, has turned on applications keys；34- take pictures by
Key；35- switching on and shutting down buttons；36- control circuit boards；37- batteries；
4- camera assemblies；
51- antennas；52- loud speakers.
Specific implementation mode
The utility model is described in further detail with reference to the accompanying drawings and examples.It is understood that herein
Described specific embodiment is used only for explaining the utility model, rather than the restriction to the utility model.It further needs exist for
It is bright, it illustrates only for ease of description, in attached drawing and the relevant part of the utility model rather than entire infrastructure.
Fig. 1 is structural schematic diagram of the AR intelligent helmets that provide of the utility model embodiment in an angle, such as Fig. 1 institutes
Show, present embodiments provide a kind of AR intelligent helmets, is mainly used in industrial circle, such as inspection, assembly and operating maintenance.By
Complex in above-mentioned work, worker needs to train for a long time before operation, and under normal circumstances, training needs to refer to papery text
Shelves explanation.Due to lacking the reference of reality scene, training is difficult to that vivo training information is transferred to by start-up, and unfavorable
In by the understanding and study of start-up；Meanwhile this kind of training method needs to rely on a large amount of paper document, training cost is high,
Efficiency is low, and can not liberate both hands in training process and carry out corresponding operation, and the error rate of operation after training is high.And the present embodiment
The AR intelligent helmets of offer, the training of worker is combined with reality scene, and the virtual information of auxiliary is accurately superimposed to reality
In the scene of border, paperless office may be implemented, reduce the cost of training, the design of helmet-type also can guarantee the safety of worker
Property, the both hands of staff are liberated, staff is allow to carry out practical operation while receiving training information, improve training
The efficiency of instruction reduces task difficulty, while improving the efficiency and accuracy of factory work.
As shown in Figure 1, AR intelligent helmets provided in this embodiment include shell 2, control assembly 3, detection components, assisted group
Part and optical display subass embly 1.Its middle casing 2 is for component 3, detection components, accessory part and optical display subass embly 1 in order to control
Installation provides structural support, while being used convenient for wearing；Detection components pass detection information for detecting external environmental information
Transport to control assembly 3；Control assembly 3 is used to carry out operation and processing to AR intelligent helmets detection information and virtual information, realizes
The overlapping and interaction of real scene and virtual scene；Accessory part is used to be better achieved the function of AR intelligent helmets；Optics is aobvious
Show component 1 for receiving the virtual image information that control assembly 3 is sent out, and shows into the user visual field.
Fig. 2 is the fractionation structural representation for the AR intelligent helmets that the utility model embodiment provides, as shown in Fig. 2, shell 2
Global shape can refer to the shape of the helmet in the prior art, the present embodiment is not made specifically the monnolithic case of shell 2
Description and limitation.In the present embodiment, shell 2 includes mainly protective shell 21, liner 22, inner sealing lid 23 and sealing external cover
24。
Sealing external cover 24 is oppositely arranged with inner sealing lid 23, and sealing external cover 24 and inner sealing lid 23 are O-shaped structure.It is close
Envelope outer cover 24 towards inner sealing lid 23 end face on the outside of on be provided with the first positioning region, third positioning region is provided on the sides Inner；It is close
It seals on the position that inner cover 23 corresponds to the first positioning region towards the end face of sealing external cover 24 and is provided with the second positioning region, correspond to third
The position of positioning region is provided with the 4th positioning region, and the first positioning region coordinates with the second positioning region and third positioning region is positioned with the 4th
Being located by connecting between inner sealing lid 23 and sealing external cover 24 is realized in portion's cooperation.
In the present embodiment, it is both provided with positioning region at the outside and inside of sealing external cover 24 and inner sealing lid 23, it should
Kind connection type can be such that sealing external cover 24 and inner sealing lid 23 connects more closely.It in other embodiments, also can be only opposite
End face on one or more pairs of positioning regions are set, can also realize inner sealing lid 23 and sealing external cover 24 connection positioning purpose.
In the present embodiment, the first positioning region and third positioning region are positioning convex platform, the second positioning region and the 4th positioning
Portion is positioning groove, and positioning convex platform is fastened in positioning groove, realizes the clamping of sealing external cover 24 and inner sealing lid 23.At it
In his embodiment, or the first positioning region and third positioning region are positioning groove, and the second positioning region and the 4th positioning region are
Positioning convex platform, as long as one in the first positioning region and the second positioning region can be made to be positioning convex platform, another is positioning groove, together
When third positioning region and the 4th positioning region in one be positioning convex platform, another is positioning groove, you can realize connection positioning
Effect.
Sealing external cover 24 and the mating connection of inner sealing lid 23 are formed with accommodating cavity, accommodating cavity for be arranged circuit board, power supply,
The structures such as connecting wire can make all kinds of electronic component built-ins, keep the overall structure of AR intelligent helmets beautiful, and can be to electronics member
The offers protection such as part.
The outermost in shell 2 is arranged in protective shell 21, and protection is provided for the head to user.Protective shell 21 is outer with sealing
Lid 24 connects, and connection type can the detachable connections such as be threadedly coupled or be clamped, and is conducive to assembling, the dismounting of shell 2
And it safeguards.In the present embodiment, protective shell 21 and 24 plug connection of sealing external cover, sealing external cover 24 is towards the end face of protective shell 21
The 5th positioning region is provided in outer rim, and the 5th positioning region is arranged in the outside of the first positioning region；21 outer rim of protective shell is with respect to
The position of five positioning regions is provided with the 6th positioning region.In the present embodiment, the 5th positioning region is positioning groove, and the 6th positioning region is
Positioning protrusion, in other embodiments, can also be the 5th positioning step be positioning protrusion, the 6th positioning region be positioning groove.
5th positioning region coordinates with the 6th positioning region realizes that the clamping of protective shell 21 and sealing external cover 24 is connect, and makes protection
Fitting that the outer surface of shell 21 and sealing external cover 24 is seamless keeps 2 monnolithic case structure of shell beautiful.Gold may be used in protective shell 21
Belong to material to be made, can also be to be made of PC and ABS combined materials, for bearing foreign impacts power, protection user's head safety.
It may be provided for ventilative air hole on protective shell 21, improve user and wear the comfortable of AR intelligent helmets in hot weather
Property.
Inner sealing lid 23 is located within protective shell 21 in the present embodiment, and the inside of protective shell 21 is additionally provided with liner 22, and
Liner 22 be arranged between protective shell 21 and inner sealing lid 23, and respectively with the inside of protective shell 21 and the outside of inner sealing lid 23
It fits closely, improves the imporosity of entire shell 2.Meanwhile liner 22 can be used EPP elastomeric materials and be made, for inhaling
It shakes and shockproof, under preventing foreign impacts from acting on, the rigid deformation of protective shell 21 causes to damage to user.Meanwhile 22 conduct of liner
The comfort that user wears AR intelligent helmets can be improved in the part being in direct contact with user's head.Between protective shell 21 and liner 22
The structures such as hat holder can also be set, or adjustable tether or frenulum are set in 2 inside of shell, improve user to AR intelligent helmets
Wear stability.
Detection components include camera assembly 4, and the position for corresponding to user's forehead in shell 2 is arranged in camera assembly 4, specifically
Ground, in the present embodiment, sealing external cover 24 correspond to forehead position upwardly extended before panel 241 is installed, camera assembly 4 is fixed
Before being set on installation panel 241.Camera assembly 4 includes at least one in RGB cameras, infrared camera and depth camera
It is a or combinations thereof, and each camera is arranged on the surface of preceding installation panel 241, and connect with control assembly 3, by control assembly
3 pairs of cameras carry out function switch, and camera assembly 4 is enable to select suitable camera to be imaged according to actual environment, obtain
The relatively sharp display image of picture, and can make camera assembly 4 that there is night-viewable function.Camera assembly 4 further include flash lamp, away from
It is arranged from auxiliary such as sensors, for obtaining clarity more preferable, more three-dimensional effect and the camera picture of the more sense of reality.
Detection components can also include temperature sensor, humidity sensor, smell sensor, sound transducer etc., be used for
Environmental information is detected for user.
Control assembly 3 includes control button group, control circuit board 36 etc..Control button group includes returning to button 31, entree
Single-button 32 checks and has turned on applications keys 33, shoot button 34, switching on and shutting down button 35 etc., each function of control button group
Button is connect with control circuit board 36, to realize unlatching, stopping or the switching of each function button function, such as shoot button 34
It takes pictures for controlling the camera in camera assembly 4, switching on and shutting down button 35 is used to control the unlatching of AR intelligent helmet systems
And closing.
In the present embodiment, entire AR intelligent helmets are controlled using android system, therefore, above-mentioned control is pressed
Each button of key group is similar to each keypress function in the mobile terminal of android system, and the present embodiment is no longer to each function
Button is repeated.In the present embodiment, it is controlled using android system, in the case that achievable, can also be used
DOS systems etc. carry out the control design case of AR intelligent helmets.
In the present embodiment, the unlatching of the various functions of AR intelligent helmets is carried out using each function button, is stopped and is cut
It changes, in other embodiments, every order can also be transmitted to control circuit board 36 using other modes, voice knowledge such as can be used
Otherwise, i.e., control assembly 3 includes the speech recognition device being connect with control circuit board 36, and user sends phonetic order, through language
After the identification of sound identifier, it is sent to control circuit board 36, is handled via control circuit board 36 and executes order for items, and control AR
The execution of intelligent helmet items order.It can also be shown using gesture identification, eyeball tracking, touch-screen input, virtual screen or mobile
The modes such as terminal control input transmit control instruction to control circuit board.
Fig. 3 is structural schematic diagram of the intelligent helmet that provides of utility model embodiment under another angle, such as Fig. 1 and figure
Shown in 3, in the present embodiment, returns to button 31, entree single-button 32, checks that having turned on applications keys 33 is disposed side by side on shell 2
Lateral wall side, shoot button 34 is arranged in the opposite other side, and switching on and shutting down button 35 is arranged in the end face of sealing external cover 24
On.Specifically, panel 242 is installed in two sides that upward projection is opposite at the outer rim of sealing external cover 24, and panel 242 is installed in two sides
The position for corresponding roughly to two ear of user facilitates user to operate each function button.One of side is installed by panel 242
On opened up side by side there are three key slot, be respectively used to return to button 31, entree single-button 32, check and have turned on applications keys 33
It installs, is opened up on another side plate there are one key slot, it is same on the end face of sealing external cover 24 for the installation of shoot button 34
Offer the key slot for housing switching on and shutting down button 35.In the present embodiment, the location arrangements of each function button are merely illustrative
Property arrangement, the location arrangements of each function button can be various, and the present embodiment does not do and more specifically limits.
In the present embodiment, control circuit board 36 is arranged in inner sealing lid 23 and the storage tank of the formation of sealing external cover 24,
Control circuit board 36 can be protected.Control circuit board 36 includes calculation processing unit and storage unit, and camera assembly 4 obtains
The real world images information taken is transmitted in control circuit board 36, and calculation processing unit utilizes image recognition algorithm and track algorithm
Deng the image information of, identification camera shooting, image information includes all kinds of letters such as the size and shape of image and the color of image
Breath, control circuit board select corresponding virtual information according to image information in the memory unit, and dummy pattern is through control circuit board
It after 36 are transmitted to ray machine 14, is shown in human eye through ray machine 14, completion virtual information is superimposed with real scene, and it is existing to reach enhancing
Real effect.
Storage unit is for storing information, including the knowledge of the image information of shooting, guidance for industry information, model information, image
Not with tracking scheduling algorithm information.Wherein, guidance for industry information is all kinds of instructive information corresponding with user's usage scenario, is used for
It overlaps and interacts with corresponding reality scene for reality scene, realize that user obtains the increasing under the reality scene according to reality scene
Strong reality display.If guidance for industry information can be the operation video information under the reality scene, for showing and instructing this existing
All kinds of practical operations under real field scape, such as machine operation.Guidance for industry information can also include the training information of text information
Deng, you can by shooting special scenes or special article in reality scene, obtain with the product or the related knowledge of article, skill
The information such as energy.
Control assembly 3 further includes power supply unit, and power supply unit includes the battery 37 being set in storage tank, and setting exists
Charging port on shell 2.Battery 37 can be rechargeable battery 37, or non-charging battery 37 is used for AR intelligence heads
Helmet provides electric power support.Charging port ensures the continuous operation of AR intelligent helmets for charging to rechargeable battery 37.Power supply
Component can also include the power cord between grafting and charging port and external power supply.
Control assembly 3 further includes alarm unit, and after a certain functional fault of AR intelligent helmets, alarm unit can be sent out
Alarm, to remind user to AR intelligent helmets timely repair and replace.Alarm unit can be directed to different function events
Different alarm forms is arranged in barrier, such as can be different alarm sound prompt or voice prompt.Alarm unit can be buzzing
One in device, voice announcer and LED light etc. or combination.
For the various functions of AR intelligent helmets are better achieved, AR intelligent helmets provided in this embodiment further include assisted group
Part.Accessory part includes one or two of SIM card and SD card, and the card slot 231 opened up in 23 inside of inner sealing lid is arranged
It is interior, and the opening of card slot 231 is provided with the slip lid for being turned on and off card slot 231 or renovates, with the SIM card including protection setting
And SD card.SIM card for providing flow and network etc., convenient for for long-range expert's communication, or connection high in the clouds, carry out data
Transmission；Meanwhile the setting of network may be to provide communication channel between user, keep the user in LAN logical into row information
News and transmission.SD card is used to extend the memory capacity of AR intelligent helmets.
Accessory part further includes loud speaker 52, and loud speaker 52 is arranged in accommodating cavity, and it is towards the upper of sealing external cover 24
End face, the position for corresponding to loud speaker 52 in sealing on lid are provided with the sound hole being pierced by for sound.The position position of loud speaker 52
Near user's ear, and there are two being respectively set corresponding to two ears, believed with the video image or voice that facilitate ray machine 14 to transmit
Sound in breath can more clearly visible be transmitted to user.
Accessory part further includes antenna 51, and antenna 51 includes Bluetooth antenna, Wifi antennas, GPS antenna and GMS primary antennas
Deng for realizing being better achieved between AR intelligent helmets or between AR intelligent helmets and high in the clouds and AR intelligent helmets and user
Information wireless telecommunications.
In the present embodiment, the communication line between each electronic device may be contained within 24 shape of inner sealing lid 23 and sealing external cover
At accommodating cavity in, be conducive to keep the shape of AR intelligent helmets neat and artistic, and circuit can be protected, keep circuit not outer
Dew.And all kinds of electronic devices are arranged in accommodating cavity mostly or circuit connecting section is accommodated by accommodating cavity, this improves AR
The security performance of intelligent helmet.
As shown in Figures 2 and 3, the position for corresponding to human body forehead in shell 2 is arranged in optical display subass embly 1.In normal use
When, the ray machine 14 of optical display subass embly 1 is located in front of eyes of user, and the optics of ray machine 14 shows eyeglass face user eyeball, from
And the virtual image for making optics show that eyeglass is shown is received by human eye.To ensure that optical display subass embly 1 is not needing in use, not
Viewing of the user to reality scene is interfered, in the present embodiment, there are two types of location status, i.e. first position for optical display subass embly tool
And the second position, when optical display subass embly 1 is located at first position, optical display subass embly 1 is in normal operating condition；Work as optics
When display module 1 is located at the second position, optical display subass embly 1 is stored by shell 2, makes the sight of user not by optical display subass embly
1 blocks.
The accumulator tank for housing optical display subass embly 1 is offered on shell 2, for not needing optical display subass embly 1
When, optical display subass embly 1 is stored.Specifically, the inside of sealing external cover 24 is provided with opening towards returning outside shell 2
Box 243 is received, and the shape of recycling box 243 is adapted to substantially with optical display subass embly 1.24 end face of sealing external cover corresponds to recycling box 243
Aperture position be provided with recovery port 244, optical display subass embly 1 can be rotated from recovery port 244 and be recycled to recycling box 243
In, or rotate and take out from recycling box 243.In the present embodiment, it recycles or takes out optical display subass embly 1 and artificial hand may be used
Work acts, and drive component drive connection axis can also be arranged and be relatively fixed the rotation of seat 111, to drive optical display subass embly 1 to transport
It is dynamic, and drive component can connect control assembly 3, realize the automation campaign of drive component.For to being not in use state
Optical display subass embly 1 is protected, and is provided at the recovery port 244 of sealing external cover 24 and is used to open or closes recovery port 244
Slip lid, to when in the storage to recycling box 243 of optical display subass embly 1, close slip lid and be sealed guarantor to optical display subass embly 1
Shield.
Fig. 4 is the structural schematic diagram for the optical display subass embly 1 that the utility model embodiment provides, as shown in figure 4, this implementation
The optical display subass embly 1 that example provides includes regulating device, ray machine 14, protective cover 13 and goggles 16, wherein regulating device connects
Shell and ray machine, including articulated structure 11 and stretching structure 12, articulated structure 11 are used to connect with the recycling box 243 in shell 2,
And the angle position of ray machine 14 and user eyeball is adjusted, the distance position that stretching structure 12 is used to adjust ray machine 14 with respect to user eyeball
It sets；Ray machine 14 is used to carry out the Projection Display of virtual content；Protective cover 13 reduces external environment to ray machine for protecting ray machine 14
14 damage；Goggles 16 is arranged in optical display subass embly 1 towards the side of user, for protecting user not shown by optics
Show that component 1 scratches.Optical display subass embly 1 provided in this embodiment, by setting be connected to equipment to be connected and ray machine 14 it
Between regulating device, can make user that ray machine 14 be adjusted with respect to the position of itself eye in use, make ray machine
14 position reaches the optimum position that user watches projection pattern.
Fig. 5 is the fractionation structural representation of articulated structure 11 and stretching structure 12 that the utility model embodiment provides, such as
Shown in Fig. 5, articulated structure 11 includes fixed seat 111, shaft seat 112 and hinged seat 113.Wherein, one end of fixed seat 111 with
The recycling box 234 of shell 2 is fixedly connected, and the other end is rotatablely connected with shaft seat 112.To which the drive of shaft seat 112 is attached thereto
Ray machine 14 can relatively rotate with fixed seat 111 so that entire optical display subass embly 1 is recycled in recycling box 243 or takes
Go out outside recycling box 243.
In the present embodiment, fixed seat 111 includes 1111 and second connecting plate 1112 of orthogonal first connecting plate, the
One connecting plate 1111 is threadedly coupled with shell 2, facilitates the assembly and disassembly of optical display subass embly 1 and shell 2.Shaft seat 112 wraps
It is hinged by shaft to include vertically arranged third connecting plate 1121, third connecting plate 1121 and the second connecting plate 1112, and shaft
Both ends are both provided with the stop nut for limiting the two along shaft axis play.The other end of third connecting plate 1121 is vertically connected with
Connection end cap 1122, hinged seat 113 are hollow shaft structure, and the one end of connection end cap 1122 far from third connecting plate 1121 is threaded through
In hinged seat 113, and the end face of hinged seat 113 is abutted with the end face of connection end cap 1122, meanwhile, connection end cap 1122 with it is hinged
Seat 113 is using the connection that is screwed.
In other embodiments, fixed seat 111 can also use the structure of other forms, fixed seat 111 and shaft seat 112
It can also be the rotation connection mode of other forms.
Fig. 6 is the section view of the utility model embodiment articulated structure 11 and stretching structure 12 that provide in the engagement condition
Figure.As it can be seen in figures 5 and 6, the one end of hinged seat 113 far from fixed seat 111 is articulated and connected with stretching structure 12, can realize flexible
Structure 12 is with respect to the two-dimensional rotary of hinged seat 113, and even using the axis of hinged seat 113 as Z axis, stretching structure 12 can be hinged relatively
Seat 113 carries out X to the rotation with Y-direction.Stretching structure 12 includes fixed plate 125, inner cylinder 122, outer barrel 121, adjusting rod 123 and lock
Tight part 124.Fixed plate 125 is arranged in the one end of stretching structure 12 far from articulated structure 11, for while with protective cover 13 and outside
Cylinder 121 is fixedly connected, so that stretching structure 12 is fixedly connected with ray machine 14.Specifically, the periphery of 121 one end of outer barrel is convexly equipped with company
Flange is connect, for being threadedly coupled with fixed plate 125.
Inner cylinder 122 is arranged in the inside of outer barrel 121 and the opposite fixation of outer barrel 121, and the internal diameter of its outer diameter and outer barrel 121 is matched
It closes.Adjusting rod 123 is slidably arranged in inner cylinder 122, and can be slided along its axial direction with respect to inner cylinder 122, and is adjusted to reduce
When bar 123 is slided with respect to inner cylinder 122, the contact area between adjusting rod 123 and inner cylinder 122 reduces inner cylinder 122 and adjusting rod
Abrasion between 123, the lower end edge of adjusting rod 123 its radial convex are equipped with positive stop lug boss 1231, the outer diameter of positive stop lug boss 1231 with
The minor diameter fit of inner cylinder 122, and be only to make adjusting rod 123 in sliding process more than the outer diameter of 123 body of rod of adjusting rod
Positive stop lug boss 1231 is contacted with inner cylinder 122.
The one end of outer barrel 121 far from fixed plate 125 is provided with the jack hole stretched out for adjusting rod 123, and the hole of jack hole
The major diameter fit of diameter and adjusting rod 123.When to make adjusting rod 123 adjust to suitable position with respect to inner cylinder 122 or outer barrel 121, adjust
Pole 123 is fixed with respect to the position of inner cylinder 122 and outer barrel 121, and locking member 124 is provided on stretching structure 12, is adjusted for locking
Pole 123 and inner cylinder 122 and the position between outer barrel 121.In the present embodiment, locking member 124 is damping block, damping block
It is set on adjusting rod 123, and setting is relatively fixed with inner cylinder 122 and outer barrel 121.When 123 relative damping block of adjusting rod slides
After stopping, the rubbing action between damping block and adjusting rod 123 enables damping block relative adjustment bar 123 to fix, even if adjusting rod
The position of 123 opposite inner cylinders 122 and outer barrel 121 is opposite to be locked.In the present embodiment, damping block is made of silica gel material.
Damping block is located at the top of inner cylinder 122, the minor diameter fit of outer diameter and outer barrel 121, thereon end face and outer barrel 121
Inner face abuts, and lower face is abutted with the upper surface of inner cylinder 122.That is the position setting of damping block, it is ensured that outer barrel 121, interior
Cylinder 122 and damping block relative position are constant, and since the outer diameter of damping block is more than the internal diameter of inner cylinder 122, when adjusting rod 123 drives
When positive stop lug boss 1231 moves to positive stop lug boss 1231 and damping block and contacts, positive stop lug boss 1231 is under the blocking of damping block, nothing
Method continues opposite inner cylinder 122 and moves, i.e. the cooperation of positive stop lug boss 1231 and damping block realizes the work of the limit to adjusting rod 123
With.The maximum distance that i.e. adjusting rod 123 can be adjusted, the interval between damping block and fixed plate 125.Damping block and fixed plate
The distance between 125 specifically can design and adjust according to the design needs.In the present embodiment, adjusting rod 123 can be adjusted
Maximum distance is 20mm.
In the present embodiment, it is adjusted between bar 123 and inner cylinder 122 using the damping block being set on adjusting rod 123
Position locking other locking members 124 can also be used to realize above-mentioned function in other embodiments, lock such as may be used
Tight screw carries out opposite locking of the two position etc..
In the present embodiment, adjusting rod 123 is connect with articulated structure 11 using universal ball joint.Specifically, such as Figures 5 and 6
Shown, multi-directional ball includes ectosphere 115 and interior ball 116, and wherein ectosphere 115 is arranged in hinged seat 113, and opposite hinged seat 113
Fixed setting；Interior ball 116 is arranged in adjusting rod 123 close to one end of articulated structure 11, and interior ball 116 is located in ectosphere 115, and
It can be rotated relative to ectosphere 115.In the present embodiment, ectosphere 115 includes along first 1151 of the axial split settings of adjusting rod 123
With second 1152, second 1152 is arranged in the lower part of hinged seat 113, first 1151 upper end be provided with annular torsion spiral shell
Silk 114, torsion screw 114 and first 1151 are fixed in hinged seat 113, and the lower end of torsion screw 114 and first
The upper end in portion 1151 is interference fitted, to which when interior ball 116 is rotated relative to ectosphere 115, torsion screw 114 generates ectosphere 115
Extruding force, when which can make interior ball 116 rotate stopping relative to ectosphere 115, ectosphere 115 and interior ball 116 are kept fixed.The
The axial direction of multi-directional ball is provided with the first gap, and first 1151 and second 1152 between one 1151 and second 1152
Circumferentially the second gap is offered along itself.The setting in the first gap and the second gap makes interior ball 116 turn inside ectosphere 115
During dynamic, under the action of torsion screw 114 squeezes ectosphere 115, the deformation for ectosphere 115 provides space.
The ectosphere 115 of universal ball structure provided in this embodiment uses split-type design, facilitates the peace installation and dismantling of multi-directional ball
It unloads；And it is both provided with gap between first 1151 and second 1152 and in first 1151 and second 1152 circumferential direction, have
Space is provided conducive to the deformation for ectosphere 115 in multi-directional ball motion process, improves the service life of multi-directional ball；By the way that torsion is arranged
Screw 114, can to after rotation interior ball 116 and ectosphere 115 torsion of opposite locking is provided.In the present embodiment, by
It is connected using universal ball joint between articulated structure 11 and stretching structure 12, keeps stretching structure 12 rotatably mounted at two of X and Y
The relative rotation within 60 ° is realized with respect to articulated structure 11 in degree direction.
Fig. 7 is the fractionation schematic diagram for the optical display subass embly 1 that the utility model embodiment provides, as shown in fig. 7, outer barrel
121 one end far from fixed seat 111 are connected with protective cover 13, and protective cover 13 includes ray machine protective cover 131 and route protection cover
132, the non-display portion 141 of ray machine 14 is arranged in ray machine protective cover 131, upper end and the route protection cover of ray machine protective cover 131
132 connections, and the accommodating chamber for having and accommodating ray machine change-over panel 17 is formed between ray machine protective cover 131 and route protection cover 132,
Ray machine change-over panel 17 is located in accommodating chamber, and is electrically connected with ray machine 14.Ray machine change-over panel 17 makes light to be converted to signal
14 received signal of machine is 14 identifiable signal of ray machine.In optical display subass embly 1 by receiving the aobvious of control circuit board output
Show the display control that picture signal is virtually shown, but usual control circuit board output is MiPi signals, ray machine 14 can
The signal of identification is rgb signal, and ray machine is converted to the MiPi signals of control circuit board to need to be arranged ray machine change-over panel 17
14 rgb signals that can be identified.
The setting of above-mentioned protective cover 13 can protect ray machine change-over panel 17 and ray machine 14, reduce external environment to light
The damage of machine change-over panel 17 and ray machine 14.And ray machine protective cover 131 and route protection cover 132 are separately provided, and can make ray machine
14 and the setting of ray machine change-over panel 17 not will produce interference, the installation and removal both be conducive to.
In the present embodiment, ray machine protective cover 131 is connected with route protection cover 132 by the way of clamping, ray machine protection
It covers 131 upper surfaces and is provided with hollow positioning column 1312,132 lower face of route protection cover is correspondingly arranged on location hole, works as positioning column
When 1312 insertion location hole, positioning column 1312 and location hole realize that the connection of route protection cover 132 and ray machine protective cover 131 is fixed
Position, and positioning column 1312 and location hole are connected using fastening screw 1313.In other embodiments, other cards can also be used
Connection type is connect, can also be ray machine protective cover 131 and route protection cover 132 using connection types such as threaded connections.
In the present embodiment, ray machine protective cover 131 can be divided into protective cover and the connection with the clamping connection of upper protective cover
Lid 1311 facilitates ray machine 14 to be packed into ray machine protective cover 131, or ray machine 14 is taken out ray machine protective cover 131, and ray machine 14 is avoided to fill
Enter or ray machine 14 is caused to damage during taking out ray machine protective cover 131.Upper protective cover and connection cover 1311 can also use
The removablies such as screw thread connect.
In the present embodiment, it is both needed to connect external control device using conducting wire with ray machine change-over panel 17 due to ray machine 14, is
Reduce the exposed of wire arrangements, increases safety and the aesthetics of optical display subass embly 1, multi-directional ball, 11 each section of articulated structure
And the structures such as adjusting rod 123 and fixed plate 125 central axis be provided with for conducting wire by conducting wire perforate.
Ray machine 14 is that the core in optical display subass embly 1 shows equipment, includes mainly display screen, optical lens group and optics
Show eyeglass.After the virtual signal obtained after the processing of control circuit board 36 is transferred to ray machine 14, it is presented on user through ray machine 14 and regards
Yezhong.Since ray machine 14 is existing more mature technology, the present embodiment not the concrete model to ray machine 14 and concrete structure into
Row limitation, also no longer further repeats its structure.
In use due to optical display subass embly 1, the optics of ray machine 14 shows the eyes of eyeglass face user, to
So that virtual signal is presented in the visual field of user, makes user that there is the sensory experience of preferable augmented reality.But due to user's eye
Eyeball is more weak region, the incorrect placement of optical display element or unexpected collides with that equal to be likely to result in optics display first
Part is collided with user, is especially touched with for eyes.To protect the safety of user, making for optical display subass embly 1 is improved
The side of safety, optical display subass embly 1 towards user is provided with goggles 16, for providing protection to eyes of user.Shield
Eyepiece 16 is fixedly connected with protective cover 13, and connection type can be the detachable connections such as clamping, threaded connection or grafting.
In the present embodiment, goggles 16 includes the first occlusion part and the second occlusion part, wherein the first occlusion part corresponds to light
The non-display area 141 of machine 14, and be clamped and connect with route protection cover 132；Second occlusion part corresponds to the display unit of ray machine 14
142, the second occlusion part is provided with fixed frame on one side towards ray machine 14, and the display unit 142 of ray machine 14 is threaded through fixed frame
It is interior, to make the connection of goggles 16 more closely.
Optical display subass embly 1 provided in this embodiment can be realized by being arranged between ray machine 14 and equipment to be connected
The regulating device that telescopic adjustment and rotation are adjusted keeps ray machine 14 adjustable with respect to the angle position of eyes of user and distance and position, from
And optical display subass embly 1 can be enable preferably to be adapted to the characteristics of human body of user, so that user is obtained the best of virtual screen viewing and regards
Angle improves the visual effect of optical display subass embly 1, improves the usage experience of user.
Optical display subass embly 1 provided in this embodiment uses bar type structure, and in other embodiments, optical display subass embly is also
It can be the structure of other forms, such as can be AR intelligent glasses.
AR intelligent helmets provided in this embodiment, it is simple for structure, by the way that inner sealing lid 23 and sealing external cover 24 is arranged, make AR
Most of structure of intelligent helmet can be accommodated in the accommodating chamber that inner sealing lid 23 and sealing external cover 24 are formed, and improve AR intelligence
The safety of the helmet；By the way that the multilayered structure of protective shell 21, liner 22, sealing external cover 24 and inner sealing lid 23, Ke Yizeng is arranged
Add head protection of the AR intelligent helmets to user；By the way that recycling box 243 and recovery port for storing optical display subass embly 1 is arranged
244, optical display subass embly 1 can be made to be located at outside shell 2 when in use, be recycled to when not in use inside shell 2, Ji Nengbao
Normal display of the ray machine 14 when needing augmented reality is demonstrate,proved, user is not interfered to observe reality scene when not in use；Pass through setting
Adjustable optical display subass embly 1 can adjust height and the angle position of ray machine 14, and better vision is obtained thereby using family
Experience improves the display performance of AR intelligent helmets, improves the customer experience of user.
Note that above are only the preferred embodiment and institute's application technology principle of the utility model.Those skilled in the art's meeting
Understand, the utility model is not limited to specific embodiment described here, can carry out for a person skilled in the art various bright
Aobvious variation is readjusted and is substituted without departing from the scope of protection of the utility model.Therefore, although passing through above example
The utility model is described in further detail, but the utility model is not limited only to above example, is not departing from
Can also include other more equivalent embodiments in the case that the utility model is conceived, and the scope of the utility model is by appended
Right determine.
Claims (18)
1. a kind of AR intelligent helmets, including shell (2), control assembly (3) and optical display subass embly (1), which is characterized in that described
Shell (2) includes：
Protective shell (21), for protecting head；
Accommodating device is arranged along the edge of the protective shell (21)；
The accommodating device includes：
It is in ring-like inner sealing lid (23) and sealing external cover (24), the inner sealing lid (23) and the sealing external cover (24) phase
Accommodating cavity is formed with to connection, at least partly described control assembly (3) is arranged in the accommodating cavity.
2. AR intelligent helmets according to claim 1, which is characterized in that the inner surface of the protective shell (21) is equipped with liner
(22), the liner (22) is between the inner sealing lid (23) and the protective shell (21).
3. AR intelligent helmets according to claim 1, which is characterized in that the optical display subass embly (1) and the shell
(2) it is rotatablely connected, and the optical display subass embly (1) can be made to be located at first position and the second position, when the optics display group
When part (1) is located at first position, the ray machine (14) of the optical display subass embly (1) is located at the drawing axis of user.
4. AR intelligent helmets according to claim 3, which is characterized in that be provided with recycling box on the shell (2)
(243), when the optical display subass embly (1) is located at the second position, the optical display subass embly (1) is located at the recycling box
(243) in.
5. AR intelligent helmets according to claim 4, which is characterized in that recycling box (243) setting is described accommodating
The opening of intracavitary, the recycling box (243) is opened in the outer end face of the sealing external cover (24).
6. AR intelligent helmets according to claim 1, which is characterized in that the optical display subass embly (1) includes：
Ray machine (14)；And
Regulating device, one end are connect with the shell (2), and the other end is connect with the ray machine (14)；The regulating device is used
In the angle and distance for adjusting the opposite eyes of user of the ray machine (14).
7. AR intelligent helmets according to claim 6, which is characterized in that the regulating device includes：
Articulated structure (11) is connect with the shell (2)；
Stretching structure (12), including outer barrel (121) and adjusting rod (123), described adjusting rod (123) one end are located at the outer barrel
(121) in, the other end stretches out the outer barrel (121) and is hinged with the articulated structure (11), and the adjusting rod (123) being capable of edge
The axis direction of the outer barrel (121) reciprocatingly slides, the outer barrel (121) far from the articulated structure (11) one end with it is described
Ray machine (14) connects.
8. AR intelligent helmets according to claim 1, which is characterized in that the optical display subass embly (1) includes：
Ray machine (14)；
The non-display portion (141) of ray machine protective cover (131), the ray machine (14) is located in the ray machine protective cover (131)；
Route protection cover (132), one end are connect with the shell (2), and the other end is connect with the ray machine protective cover (131),
The route protection cover (132) is formed with accommodating chamber with the ray machine protective cover (131)；And
Ray machine change-over panel (17) is located in the accommodating chamber, and is electrically connected with the ray machine (14).
9. AR intelligent helmets according to claim 1, which is characterized in that the control assembly (3) includes：
Control circuit board (36), is set in the accommodating cavity, described outer for receiving and processing external command and internal information
The sending method of portion's instruction is function button, speech recognition, gesture identification, eyeball tracking, touch tablet and/or external equipment.
10. AR intelligent helmets according to claim 9, which is characterized in that the control assembly (3) further includes：
Function button, setting are electrically connected on the outside of the shell (2) and with the control circuit board (36), the function button packet
It includes and returns to button (31), entree single-button (32), checks and have turned on applications keys (33), shoot button (34) and/or switching on and shutting down
Button (35).
11. AR intelligent helmets according to claim 10, which is characterized in that the opposite sides side of the sealing external cover (24)
Wall has upwardly extended side installation panel (242) respectively, offers key slot on each side installation panel (242), at least
The part function button is located in the key slot.
12. AR intelligent helmets according to claim 9, which is characterized in that the control circuit board (36) connect with high in the clouds.
13. AR intelligent helmets according to claim 1, which is characterized in that the front side wall of the sealing external cover (24) is upward
Installation panel (241), the AR intelligent helmets further include before being extended with：
Camera assembly (4) is arranged on the preceding installation panel (241).
14. AR intelligent helmets according to claim 13, which is characterized in that the camera assembly (4) includes：
RGB cameras, or
The combination of at least one of depth camera and infrared camera and RGB cameras.
15. AR intelligent helmets according to claim 1, which is characterized in that the AR intelligent helmets further include：
SIM card, card slot (231) is provided on the inside of the inner sealing lid (23), and the SIM card is located in the card slot (231).
16. AR intelligent helmets according to claim 15, which is characterized in that the AR intelligent helmets further include：
SD card, setting is in the card slot (231).
17. AR intelligent helmets according to claim 1, which is characterized in that the AR intelligent helmets further include：
Antenna (51) is located in the accommodating cavity.
18. AR intelligent helmets according to claim 1, which is characterized in that the AR intelligent helmets further include：
Loud speaker (52) is arranged on the shell (2).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820538029.9U CN208080617U (en) | 2018-04-16 | 2018-04-16 | A kind of AR intelligent helmets |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820538029.9U CN208080617U (en) | 2018-04-16 | 2018-04-16 | A kind of AR intelligent helmets |
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| Publication Number | Publication Date |
|---|---|
| CN208080617U true CN208080617U (en) | 2018-11-13 |
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ID=64055484
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820538029.9U Active CN208080617U (en) | 2018-04-16 | 2018-04-16 | A kind of AR intelligent helmets |
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| CN (1) | CN208080617U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108323855A (en) * | 2018-04-16 | 2018-07-27 | 亮风台（上海）信息科技有限公司 | A kind of AR intelligent helmets |
| TWI682268B (en) * | 2018-12-27 | 2020-01-11 | 廣達電腦股份有限公司 | Wearable display device |
-
2018
- 2018-04-16 CN CN201820538029.9U patent/CN208080617U/en active Active
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108323855A (en) * | 2018-04-16 | 2018-07-27 | 亮风台（上海）信息科技有限公司 | A kind of AR intelligent helmets |
| TWI682268B (en) * | 2018-12-27 | 2020-01-11 | 廣達電腦股份有限公司 | Wearable display device |
| CN111381375A (en) * | 2018-12-27 | 2020-07-07 | 广达电脑股份有限公司 | Wearable display device |
| US11044960B2 (en) | 2018-12-27 | 2021-06-29 | Quanta Computer Inc. | Wearable display device |
| CN111381375B (en) * | 2018-12-27 | 2022-03-08 | 广达电脑股份有限公司 | Wearable display device |
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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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Effective date of registration: 20240520 Address after: 671000 Floor 14, Building B, Dali Venture Park, Manjiang Street, Dali City, Dali Bai Autonomous Prefecture, Yunnan Province Patentee after: Liangfengtai (Dali) Information Technology Co.,Ltd. Country or region after: China Address before: 201210 7th Floor, No. 1, Lane 5005, Shenjiang Road, China (Shanghai) Pilot Free Trade Zone, Pudong New Area, Shanghai Patentee before: HISCENE INFORMATION TECHNOLOGY Co.,Ltd. Country or region before: China |