CN108471529A - The adjustable 3D glasses of myopia degree, glasses management system and its application method - Google Patents
The adjustable 3D glasses of myopia degree, glasses management system and its application method Download PDFInfo
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- CN108471529A CN108471529A CN201810592038.0A CN201810592038A CN108471529A CN 108471529 A CN108471529 A CN 108471529A CN 201810592038 A CN201810592038 A CN 201810592038A CN 108471529 A CN108471529 A CN 108471529A
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- glasses
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- G—PHYSICS
- G02—OPTICS
- G02B—OPTICAL ELEMENTS, SYSTEMS OR APPARATUS
- G02B30/00—Optical systems or apparatus for producing three-dimensional [3D] effects, e.g. stereoscopic images
Abstract
The present invention relates to a kind of adjustable 3D glasses of myopia degree, glasses management system and its application method, this 3D glasses to include：Knob adjustment module and spectacles base module；The knob adjustment module is equipped with myopia degree and adjusts scale and include adjusting knob；The spectacles base module includes frame, and a pair of of complex optics in frame；The adjusting knob is suitable for being adjusted the focal length of complex optics focal length, to change the myopia degree of 3D glasses；For 3D glasses, wherein spectacles base module and knob adjustment module matches, and the myopia degree for realizing 3D glasses is adjusted, and meets different degrees of near-sighted personnel's viewing demand.
Description
Technical field
The invention belongs to glasses management systems technology field, it is related to a kind of adjustable 3D glasses of myopia degree, glasses management
System and its application method.
Background technology
Currently, it has been a kind of normality that user, which watches 3D films to wear 3D glasses,.But near-sighted user is in the glasses of oneself
On wear 3D glasses again and cause very poor experience to viewing.In this regard, the demand for experience of near-sighted user is adopted in each viewing place
Some measures have been taken, for example clip type glasses are provided for near-sighted user.But this glasses do not have frame 202 support, volume compared with
It is small, because being easily stained with fingerprint and fragile all bringing many problems to user and viewing place.There are no viewing places on the market
Technology is adjusted using the number of degrees in 3D glasses, so a kind of demand of number of degrees adjustable glasses to near-sighted user is particularly important.
Since the granting and recycling of viewing place 3D glasses are using manual type, and manually supervising can not be comprehensive
Entire viewing place is covered, therefore, often when numerous users leave the theatre, viewing field officer's supervision is inadequate, glasses
It is easy to accidentally to be taken out of viewing place by user and take forcible possession of, do not only result in viewing place and undertake economic loss, but also
It can cause many unnecessary disputes between staff and user.So each viewing place is all without a kind of rational 3D
Glasses manage system, and only manually service easy tos produce many carelessness and careless mistake.The timely cleaning and sterilizing of glasses simultaneously, and it is tired
Disturb a problem in major viewing place.
Invention content
The object of the present invention is to provide a kind of adjustable 3D glasses of myopia degree, glasses management system and its application methods.
In order to solve the above technical problem, the present invention provides a kind of 3D glasses, including：
Knob adjustment module and spectacles base module；
The knob adjustment module is equipped with myopia degree and adjusts scale and include adjusting knob；
The spectacles base module includes frame, and a pair of of complex optics in frame；
The adjusting knob is suitable for being adjusted the focal length of complex optics focal length, to change the myopia degree of 3D glasses.
Further, the complex optics include fixing len and movable eyeglass, the shape between fixing len and movable eyeglass
The fluid chamber of Cheng Yihan transparency liquids；By rotating the adjusting knob to squeeze the transparency liquid in the fluid chamber, i.e.,
Change the gap between fixing len and movable eyeglass, changes the focal length of adjustment complex optics.
Further, the 3D glasses further include：Eyeglass flip module, first microprocessor module with mechanical rotating shaft and
First transceiver module；Wherein
First transceiver module is suitable for the 3D glasses lossing signals of reception being sent to first microprocessor module；It is described
First microprocessor module control machinery shaft overturn complex optics, by complex optics to outside frame side to overturn, make complex optics
It is detached with frame.
Another aspect, the present invention also provides a kind of glasses to manage system, including：
Glasses managing device and 3D glasses；
There are one the storage of glasses boxes for being suitable for storing 3D glasses for the glasses managing device setting.
Further, the glasses managing device includes：Second microprocessor module, and with second microprocessor module
The optoelectronic switch and pressure sensitive module of electric connection；Wherein
The pressure sensitive module is located on seat and includes that at least one pressure for being adapted to detect for user's pressure signal passes
Sensor, second microprocessor module judge whether user disseats according to user's pressure signal；
The optoelectronic switch is arranged in storage of glasses box, and letter is blocked suitable for detect 3D glasses in storage of glasses box
Number, whether second microprocessor module blocks signal according to this and judges 3D glasses in storage of glasses box；
Second microprocessor module is when judging that user disseats, and judging 3D glasses not in storage of glasses box, institute
State the second microprocessor module output 3D glasses lossing signals.
Further, the 3D glasses are suitable for using 3D glasses as described in any one of claims 1-3；
The glasses managing device further includes the second transceiver module 5 being electrically connected with second microprocessor module 8；
Second transceiver module 5 is suitable for 3D glasses lossing signals being sent to the first transceiver module.
Further, the glasses managing device further includes the ultraviolet disinfection module being set in storage of glasses box；
The ultraviolet disinfection module and the second microprocessor module are electrically connected, when second microprocessor module is sentenced
Disconnected 3D storage of glasses starts ultraviolet disinfection module to 3D glasses disinfections when entering in glasses case.
Further, the glasses managing device further includes the reminding module being electrically connected with the second microprocessor module；
When second microprocessor module is after judging that user disseats, start reminding module.
Further, it is provided with end cap on the storage of glasses box, is provided at the hinge of end cap and the second microprocessor
The electromagnetic switch that module is electrically connected；
When the second microprocessor module judges that user takes a seat, realize that end cap is opened by electromagnetic switch；
When the second microprocessor module judges that user disseats, and judges that 3D glasses are in storage of glasses box 11, pass through electricity
Magnetic switch controls end cap lid and closes.
Another aspect, the present invention also provides the application methods that a kind of glasses manage system, including：
After judging that user disseats, whether detection 3D glasses put back to storage of glasses box；
If detecting, 3D glasses are put into storage of glasses box, to 3D glasses disinfections；And/or
If detection 3D glasses are not put into storage of glasses box, the complex optics on 3D glasses are turned on one's side to outside frame
Turn, so that complex optics are detached with frame.
The beneficial effects of the invention are as follows：
For 3D glasses, wherein spectacles base module and knob adjustment module matches, and realizes the close of 3D glasses
Diopter number is adjusted, and meets different degrees of near-sighted personnel's viewing demand；
System is managed for glasses, glasses managing device and 3D glasses are used cooperatively, by glasses managing device
Second microprocessor module, optoelectronic switch, pressure sensitive module and reminding module cooperate, and realizes and is lost to 3D glasses
It reminds in time, and after 3D glasses malice is taken away, can not also use, can effectively prevent to carry the phenomenon that going home.
Description of the drawings
Present invention will be further explained below with reference to the attached drawings and examples.
Fig. 1 is 3D glasses and glasses manage system and glasses manage the 3D glasses model schematic diagrames of System Utilization Procedure；
Fig. 2 is 3D glasses and glasses manage system and glasses manage the functional block diagram of System Utilization Procedure；
Fig. 3 is 3D glasses and glasses manage system and glasses manage the movie seat model signal of System Utilization Procedure
Figure；
Fig. 4 is 3D glasses and glasses manage system and glasses manage the glasses management system user of System Utilization Procedure
Method flow chart.
In figure：1 is the first transceiver module, 2 be spectacles base module, 201 be complex optics, 202 be frame, 3 be
Eyeglass flip module, 4 be knob adjustment module, 401 be adjusting knob, 5 be the second transceiver module, 6 be reminding module, 7 be pressure
Power induction module, 8 be the second microprocessor module, 9 be ultraviolet disinfection module, 10 be optoelectronic switch, 11 be storage of glasses box.
Specific implementation mode
In conjunction with the accompanying drawings, the present invention is further explained in detail.These attached drawings are simplified schematic diagram, only with
Illustration illustrates the basic structure of the present invention, therefore it only shows the composition relevant to the invention.
Embodiment 1
Fig. 1 is 3D glasses and glasses manage system and glasses manage the 3D glasses model schematic diagrames of System Utilization Procedure；
As shown in Figure 1, the present invention provides a kind of 3D glasses, including：
Knob adjustment module 4 and spectacles base module 2；The knob adjustment module 4 is equipped with myopia degree and adjusts quarter
It spends and includes adjusting knob 401；The spectacles base module 2 includes frame 202, and a pair in frame is compound
Eyeglass 201；The adjusting knob 401 is suitable for being adjusted the focal length of complex optics 201, to change the near-sighted degree of 3D glasses
Number.
In the present embodiment, the complex optics 201 include fixing len and movable eyeglass, and the position of movable eyeglass can be with
Before fixing len, the position of fixing len can also be arranged after movable eyeglass, and in fixing len and movable eyeglass
Between formed a fluid chamber containing transparency liquid；By rotate the adjusting knob 401 change fixing len and movable eyeglass it
Between gap to squeeze the transparency liquid in the fluid chamber, that is, realize the focal length for changing adjustment complex optics 201, facilitate difference
The user of myopic degree adjusts the myopia degree of 3D glasses according to the demand of oneself.The frame 202 is equipped with storage transparent liquid
The liquid tank of body, after the volume of fluid chamber changes, the liquid tank can be recycled or mended to the transparency liquid of fluid chamber
It gives.
In the present embodiment, the 3D glasses further include：Eyeglass flip module 3, the first microprocessor with mechanical rotating shaft
Device module and the first transceiver module 1, first transceiver module 1 can be a wireless transceiver chip (wireless transceiver cores
Piece is using bluetooth or Wi-Fi module), the first transceiver module receives 3D glasses lossing signals, and 3D glasses lossing signals are transmitted
Give first microprocessor module, first microprocessor module that embeded processor may be used, the mechanical rotating shaft is by micro electric
Machine drives, and miniature DC motor may be used in the micromotor, and direct-flow micromachine is controlled by first microprocessor module, the
One microprocessor module by controlling micromotor to control machinery shaft, the mechanical rotating shaft be set on frame 202 with
Suitable for driving complex optics 201 to overturn；After first transceiver module 1 receives 3D glasses lossing signals, by the 3D glasses
Lossing signal is transferred to the first microprocessor module, and the first microprocessor module control machinery shaft overturns composite mirrors
Complex optics 201 can be flipped an angle to frame outside, such as 90 degree, complex optics 201 made to divide with frame 202 by piece 201
From can make 3D glasses that can not use after judgement 3D glasses are lost, can effectively prevent to carry 3D glasses the phenomenon that going home.
Embodiment 2
Fig. 2 is 3D glasses and glasses manage system and glasses manage the functional block diagram of System Utilization Procedure；
Fig. 3 is 3D glasses and glasses manage system and glasses manage the movie seat model signal of System Utilization Procedure
Figure；
On the basis of embodiment 1, the present embodiment 2 provides a kind of glasses management system, including：
Glasses managing device and 3D glasses；There are one the eyes for being suitable for storing 3D glasses for the glasses managing device setting
Mirror case 11, it is convenient that 3D glasses are managed.
As shown in Figures 2 and 3, in the present embodiment, glasses management system can be used for the 3D glasses in cinema into
Row management, the storage of glasses box 11 can be arranged on the outside of movie theatre seat handrail.
In the present embodiment, the glasses managing device includes：Second microprocessor module 8, and with second microprocessor
The optoelectronic switch 10 and pressure sensitive module 7 that device module 8 is electrically connected；Wherein
Second microprocessor module 8 can also use embeded processor；The pressure sensitive module 7 be located on seat and
Including at least one pressure sensor for being adapted to detect for user's pressure signal, the specific can be that four settings are present below plane
Hall type pressrue transducer, be suitable for detecting the pressure signal in seat face, second microprocessor module 8 is according to the user
Pressure signal judges whether user disseats, you can to judge whether there is user on seat；The optoelectronic switch 10 can be arranged
In storage of glasses box 11, signal is blocked suitable for detect 3D glasses in storage of glasses box 11, if optoelectronic switch 10 blocks
Signal then judges that 3D glasses are located in storage of glasses box 11, on the contrary then be not put into.
Second microprocessor module 8 judges that user disseats according to described for pressure signal, while the second microprocessor
Device module 8 is according to when blocking signal and judging 3D glasses not in storage of glasses box 11, then the second microprocessor module 8 judges 3D
Mirror is lost.
In the present embodiment, the storage of glasses box 11 can be a spectacle case for being equipped with end cap, at the hinge of end cap
It is provided with the electromagnetic switch being electrically connected with the second microprocessor module 8, the second microprocessor module 8 is according to user's pressure signal
When judging that user takes a seat, the second microprocessor module 8 realizes that end cap is opened by electromagnetic switch；Second microprocessor module 8
Judge that user disseats according to user's pressure signal, and the second microprocessor module 8 judges that 3D glasses are deposited in glasses according to signal is blocked
It puts in box 11, the second microprocessor module 8 controls end cap lid by electromagnetic switch and closes.
In the present embodiment, the glasses managing device further includes that second be electrically connected with the second microprocessor module 8 is received
Send out module 5；Second transceiver module 5 communicates wirelessly with the first transceiver module 1 being arranged on 3D glasses (wireless simultaneously
Bluetooth or Wi-Fi etc. may be used in the communication technology), second transceiver module 5 is suitable for 3D glasses lossing signals being sent to the
One transceiver module, the first transceiver module 1 receive and 3D glasses lossing signals are transferred to first micro- place after 3D glasses lossing signals
Device module is managed, first microprocessor module can be flipped an angle complex optics 201 to frame outside with control machinery shaft,
Such as 90 degree, so that complex optics 201 is detached with frame 202, make 3D glasses that can not use, can effectively prevent carrying 3D glasses and go home
The phenomenon that.
In the present embodiment, the glasses managing device further includes ultraviolet disinfection module 9, the ultraviolet disinfection module 9
It is set in storage of glasses box 11；The ultraviolet disinfection module 9 is connected with the second microprocessor module 8, and the ultraviolet light disappears
Malicious module 9 can be, but not limited to use ultraviolet emission device, and ultraviolet emission device can be 240~280nm with transmitting range
The ultraviolet light of wavelength can carry out radiosterilization to the biological bacterium etc. on 3D glasses, eliminate using 3D glasses safety and sanitation
Hidden danger；Second microprocessor module 8 judges to start ultraviolet emission device pair when 3D storage of glasses enters in glasses case 11
3D glasses disinfections.
In the present embodiment, the glasses managing device further includes reminding module 6, and the reminding module 6 can be set to eye
11 surface of mirror case or seat arm rest, while reminding module 6 can also be equipped on 3D eye glass frames 202；It is set to eye
The reminding module 6 on 11 surface of mirror case and the second microprocessor module 8 are electrically connected, and are set on 3D eye glass frames 202
Reminding module 6 is electrically connected with first microprocessor module, and LED light and/or loud speaker may be used in the reminding module 6, the
Two microprocessor modules 8 judge to start reminding module 6 when user leaves, while user being disseated letter by the second transceiver module 5
Number it is transferred to the first transceiver module 1, user's signal that disseats is sent to first microprocessor module by the first transceiver module 1, and first
Microprocessor module starts the reminding module 6 being set on 3D eye glass frames 202, and LED light starts flicker and reminds user by 3D
Mirror puts back to storage of glasses box 11, and flashing mode can be more intuitive, quickly reminds user that 3D glasses are put back to storage of glasses box
11。
Embodiment 3
On the basis of embodiment 1 and embodiment 2, the present embodiment 3 also provides a kind of application method of glasses management system,
It includes：
It works when user leaves reminding module 6, while detecting whether 3D glasses put back to storage of glasses box 11；If detecting 3D
Glasses are in storage of glasses box 11, to 3D glasses disinfections；If detection 3D glasses are not put into storage of glasses box 11, on 3D glasses
Eyeglass flip module 3 control complex optics 201 overturn so that complex optics 201 are detached with frame 202, make 3D glasses can not
It uses, can effectively prevent to carry the phenomenon that 3D glasses are gone home.
Fig. 4 is 3D glasses and glasses manage system and glasses manage the glasses management system user of System Utilization Procedure
Method flow chart；
As shown in figure 4, after glasses management system starts, by pressure sensitive module 7, user's pressure on seat is detected
Force signal sends it to the second microprocessor module 8, by the variation of user's pressure signal to determine whether there is user to take a seat.
When the judgement of the second microprocessor module 8 has user to take a seat, control storage of glasses box 11 is opened, and 3D glasses are taken out for user；
When pressure sensitive module 7 detects that user leaves seat and optoelectronic switch 10 detects that 3D storage of glasses is deposited in glasses
It puts in box 11, the second microprocessor module 8 judges that 3D glasses are given back and left the theatre by user, and reminding module 6 is in sleep state,
Without work；
If pressure sensitive module 7 detects that user leaves seat and 3D storage of glasses is not detected in glasses in optoelectronic switch 10
In case 11, then the second microprocessor module 8 judges that 3D glasses are lost, and the second microprocessor module 8 starts at once reminds mould
Block 6 proceeds by work；
Second microprocessor module 8 controls reminding module 6 and works, by the light flash on seat, to remind user will
3D glasses are returned in storage of glasses box 11.Simultaneously the second micro treatment module 8 by the second transceiver module 5 to not giving back 3D glasses
On the first transceiver module 1 send 3D glasses lossing signals, first microprocessor module starts eyeglass flip module 3, will not return
The complex optics 201 of 3D glasses also are overturn, and 3D glasses can not be continuing with；
If after viewing, optoelectronic switch 10 detects that 3D glasses are given back in storage of glasses box 11, the second microprocessor
Module 8 controls storage of glasses box 11 and closes.The ultraviolet disinfection module 9 of second micro treatment module 8 control simultaneously works, and is deposited to glasses
The 3D glasses in box 11 are put to carry out disinfection processing；
After waiting for the above work, glasses management system returns to the state before film prologue, for the user of lower kinema
It uses.
In conclusion for 3D glasses, wherein spectacles base module and knob adjustment module matches, and realizes 3D
The myopia degree of glasses is adjusted, and meets the use demand of different degrees of near-sighted personnel；System is managed for glasses, by glasses
Managing device and 3D glasses are used cooperatively, by the second microprocessor module in glasses managing device, optoelectronic switch, feeling of stress
It answers module and reminding module to cooperate, realizes the timely prompting lost to 3D glasses, and after 3D glasses malice is taken away,
Also it can not use, can effectively prevent to carry the phenomenon that going home.
It is enlightenment with above-mentioned desirable embodiment according to the present invention, through the above description, relevant staff is complete
Various changes and amendments can be carried out without departing from the scope of the technological thought of the present invention' entirely.The technology of this invention
Property range is not limited to the contents of the specification, it is necessary to determine its technical scope according to right.
Claims (10)
1. a kind of 3D glasses, which is characterized in that including：
Knob adjustment module and spectacles base module；
The knob adjustment module is equipped with myopia degree and adjusts scale and include adjusting knob；
The spectacles base module includes frame, and a pair of of complex optics in frame；
The adjusting knob is suitable for being adjusted the focal length of complex optics focal length, to change the myopia degree of 3D glasses.
2. 3D glasses as described in claim 1, which is characterized in that
The complex optics include fixing len and movable eyeglass, form one between fixing len and movable eyeglass and contain transparent liquid
The fluid chamber of body；By rotating the adjusting knob to squeeze the transparency liquid in the fluid chamber, i.e.,
Change the gap between fixing len and movable eyeglass, changes the focal length of adjustment complex optics.
3. 3D glasses as described in claim 1, which is characterized in that
The 3D glasses further include：Eyeglass flip module, first microprocessor module with mechanical rotating shaft and the first transmitting-receiving mould
Block；Wherein
First transceiver module is suitable for the 3D glasses lossing signals of reception being sent to first microprocessor module；Described first
Microprocessor module control machinery shaft overturn complex optics, by complex optics to outside frame side to overturn, make complex optics and mirror
Frame detaches.
4. a kind of glasses manage system, which is characterized in that including：
Glasses managing device and 3D glasses；
There are one the storage of glasses boxes for being suitable for storing 3D glasses for the glasses managing device setting.
5. glasses as claimed in claim 4 manage system, which is characterized in that
The glasses managing device includes：Second microprocessor module, and be electrically connected with second microprocessor module
Optoelectronic switch and pressure sensitive module；Wherein
The pressure sensitive module is located on seat and includes at least one pressure sensor for being adapted to detect for user's pressure signal,
Second microprocessor module judges whether user disseats according to user's pressure signal；
The optoelectronic switch is arranged in storage of glasses box, and signal, institute are blocked suitable for detect 3D glasses in storage of glasses box
It states the second microprocessor module signal is blocked according to this and judge 3D glasses whether in storage of glasses box；
Second microprocessor module is when judging that user disseats, and judging 3D glasses not in storage of glasses box, described
Two microprocessor modules export 3D glasses lossing signals.
6. glasses as claimed in claim 5 manage system, it is characterised in that；
The 3D glasses are suitable for using 3D glasses as described in any one of claims 1-3；
The glasses managing device further includes the second transceiver module 5 being electrically connected with second microprocessor module 8；
Second transceiver module is suitable for 3D glasses lossing signals being sent to the first transceiver module.
7. glasses as claimed in claim 5 manage system, it is characterised in that：
The glasses managing device further includes the ultraviolet disinfection module being set in storage of glasses box；
The ultraviolet disinfection module and the second microprocessor module are electrically connected, when second microprocessor module judges 3D
Start ultraviolet disinfection module when storage of glasses enters in glasses case to 3D glasses disinfections.
8. glasses as claimed in claim 5 manage system, it is characterised in that：
The glasses managing device further includes the reminding module being electrically connected with the second microprocessor module；
When second microprocessor module is after judging that user disseats, start reminding module.
9. glasses as claimed in claim 5 manage system, it is characterised in that：
It is provided with end cap on the storage of glasses box, is provided at the hinge of end cap and is electrically connected with the second microprocessor module
Electromagnetic switch；
When the second microprocessor module judges that user takes a seat, realize that end cap is opened by electromagnetic switch；
When the second microprocessor module judges that user disseats, and judges that 3D glasses are in storage of glasses box 11, opened by electromagnetism
Control end cap lid is closed to close.
10. a kind of application method of glasses management system, which is characterized in that including：
After judging that user disseats, whether detection 3D glasses put back to storage of glasses box；
If detecting, 3D glasses are put into storage of glasses box, to 3D glasses disinfections；And/or
If detection 3D glasses be not put into storage of glasses box, by the complex optics on 3D glasses to outside frame side to overturn, with
Complex optics are made to be detached with frame.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810592038.0A CN108471529B (en) | 2018-06-11 | 2018-06-11 | 3D glasses with adjustable myopia degrees, glasses management system and using method thereof |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810592038.0A CN108471529B (en) | 2018-06-11 | 2018-06-11 | 3D glasses with adjustable myopia degrees, glasses management system and using method thereof |
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| CN108471529B CN108471529B (en) | 2020-09-25 |
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|---|---|---|---|---|
| CN2274352Y (en) * | 1996-01-11 | 1998-02-11 | 厉承冈 | Glasses capable of regulating degree of shortsightedness/farsightedness |
| CN101726865A (en) * | 2008-10-30 | 2010-06-09 | 杨建斌 | Degree adjustable eyeglasses |
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| US20120224260A1 (en) * | 2011-03-05 | 2012-09-06 | Dolby Laboratories Licensing Corporation | Eyeglasses for personal and commercial use including reuse in 3d theater and other repeated operations |
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| Publication number | Publication date |
|---|---|
| CN108471529B (en) | 2020-09-25 |
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