CN107105063A - The optical parametric acquisition methods and device of 3D display modules - Google Patents
The optical parametric acquisition methods and device of 3D display modules Download PDFInfo
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- CN107105063A CN107105063A CN201710404147.0A CN201710404147A CN107105063A CN 107105063 A CN107105063 A CN 107105063A CN 201710404147 A CN201710404147 A CN 201710404147A CN 107105063 A CN107105063 A CN 107105063A
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
- H04L67/00—Network arrangements or protocols for supporting network services or applications
- H04L67/34—Network arrangements or protocols for supporting network services or applications involving the movement of software or configuration parameters
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
- H04L67/00—Network arrangements or protocols for supporting network services or applications
- H04L67/50—Network services
- H04L67/51—Discovery or management thereof, e.g. service location protocol [SLP] or web services
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
- H04L67/00—Network arrangements or protocols for supporting network services or applications
- H04L67/50—Network services
- H04L67/53—Network services using third party service providers
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
- H04L67/00—Network arrangements or protocols for supporting network services or applications
- H04L67/50—Network services
- H04L67/60—Scheduling or organising the servicing of application requests, e.g. requests for application data transmissions using the analysis and optimisation of the required network resources
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Abstract
The invention provides the optical parametric acquisition methods and device of 3D display modules, it is related to optics display field.The optical parametric acquisition methods for the 3D display modules that the present invention is provided, by the way that corresponding module coding and optical parametric are stored in the webserver in advance, when needing to transfer, first choice obtains module coding, then, then is encoded according to the module to web server requests optical parametric, the webserver is after module coding is received, the corresponding optical parametric of module coding is inquired about, and the parameter is returned to locally, so that local reception is to optical parametric.The method that this programme is provided can make that user is more convenient, efficiently get optical parametric, and the optical parametric to 3D display modules that need not be repeated is calibrated, and improves the convenience used.
Description
Technical field
The present invention relates to optics display field, in particular to the optical parametric acquisition methods and dress of 3D display modules
Put.
Background technology
With bore hole 3D development, the demand of bore hole 3D display modules gradually increases.Due to lens pillar and display screen it
Between attaching process on error so that the optical parametric of every bore hole 3D display module more or less all can have one with standard value
The optical parametric of 3D display modules in fixed difference, distinct device is also incomplete same.Just due to this, 3D players are being carried out
Before display, it is necessary first to understand the optical parametric of the 3D display modules, then, then according to the 3D display modules targetedly logarithm
According to row's figure is carried out, finally play out again, ensured with this play quality (if optical parametric and display module are mismatched,
It can make it that 3D display effects are not good).Thus, technical staff would generally first determine that the 3D shows when 3D display modules are produced
Show the optical parametric of module, then by optical parametric record on label paper, in order to be used after user.
For the bore hole 3D display modules of batch production, generally, in production, it is necessary to record each 3D display module
Optical parametric, data volume is easily obscured than larger.Moreover, optical parametric is attached to mould generally by the form of label paper
Behind group, after label paper is lost, optical parametric is also easily lost therewith.
3D display modules after for dispatching from the factory, the loss of optical parametric can cause inconvenience, if before dispatching from the factory
There is generation to dispatch from the factory record (wherein describing optical parametric) in calibration process, then record can be dispatched from the factory by inquiry to determine light
Parameter is learned, optical parametric is then set in player again；If optical parametric sets mistake or changed because of operational error
The data of some design parameters, then can cause that 3D display effects are not good or display picture is abnormal；If not dispatching from the factory record,
Need to recalibrate the optical parametric of 3D display modules, and optical parametric calibration is a more complicated and time-consuming mistake
Journey, can only be determined by professional, cause user inconvenient for use.
The content of the invention
It is an object of the invention to provide the optical parametric acquisition methods of 3D display modules, to improve optical parametric acquisition
Convenient degree.
In a first aspect, the embodiments of the invention provide the optical parametric acquisition methods of 3D display modules, including：
Obtain the first module coding corresponding to 3D display modules；First module is encoded for different 3D display modules
Make a distinction, or for being made a distinction to different types of 3D display modules, congener 3D display modules have identical light
Learn parameter；
The first module coding is sent to the webserver, so that the webserver is inquired about and the first mould in network data base
The corresponding optical parametric of target first of group coding；It is previously stored with parameter list, parameter list and remembers in the webserver
Mutual corresponding first module coding and the first optical parametric are recorded；
The optical parametric of target first that the webserver is returned is received, and the optical parametric of target first is stored in this
Ground.
With reference in a first aspect, the embodiments of the invention provide the possible embodiment of the first of first aspect, wherein, step
Rapid the first module coding obtained corresponding to 3D display modules includes：
Display input prompt message；
The operational order inputted according to user, generation the first module coding.
With reference in a first aspect, the embodiments of the invention provide the possible embodiment of second of first aspect, wherein,
The module coding of plaintext is carried in 3D display modules, or module is carried in 3D display modules and encodes corresponding exchange
Code, or carry in 3D display modules the module coding of Quick Response Code form.
With reference in a first aspect, the embodiments of the invention provide the possible embodiment of the third of first aspect, wherein, also
Including：
Detect the connection status of the signal wire for connecting 3D display modules and main frame；
If the connection status of signal wire is changed, the first module corresponding to step acquisition 3D display modules is performed
Coding.
With reference in a first aspect, the embodiments of the invention provide the possible embodiment of the 4th of first aspect kind, wherein, also
Including：
The location status of the 3D display modules in module space is detected by position sensor；
If location status is changed, the first module coding corresponding to step acquisition 3D display modules is performed.
With reference in a first aspect, the embodiments of the invention provide the possible embodiment of the 5th of first aspect kind, wherein, if
The corresponding redemption code of module coding, the then operational order that step is inputted according to user, generation are carried in 3D display modules
First module coding includes：
Obtain the redemption code that user is inputted；
Redemption code is sent to third-party platform, so that third-party platform is searched first module corresponding with redemption code and compiled
Code；
Receive the first module coding that third-party platform is returned.
With reference in a first aspect, the embodiments of the invention provide the possible embodiment of the 6th of first aspect kind, wherein, also
Including：
After play instruction is received, the optical parametric of target second is searched in the local database；
If not finding the optical parametric of target second, perform the first module corresponding to step acquisition 3D display modules and compile
Code.
With reference in a first aspect, the embodiments of the invention provide the possible embodiment of the 7th of first aspect kind, wherein, also
Including：
If finding the optical parametric of target second, the second module coding corresponding to the optical parametric of display target second；
First module is encoded and the second module is encoded for being made a distinction to different 3D display modules, or is used to different types of
3D display modules make a distinction, and congener 3D display modules have identical optical parametric；
If after the second module coding is shown, receiving confirmation instruction, then using the optical parametric of target second as when playing
Used optical parametric；
If after the second module coding is shown, receiving the false command that user is inputted, then perform step acquisition 3D and show
Show the first module coding corresponding to module.
With reference in a first aspect, the embodiments of the invention provide the possible embodiment of the 8th of first aspect kind, wherein, also
Including：
After the optical parametric of target first that the webserver is returned is received, the is carried out to the optical parametric of target first
One validity check, if the first validity check does not pass through, re-executes step and sends the first module volume to the webserver
Code；First validity check is examined including parameter format, and/or parameter area reasonableness test；
And/or, after the optical parametric of target second is found, the second validity inspection is carried out to the optical parametric of target second
Test, if the second validity check passes through, perform the second module coding corresponding to step the second optical parametric of display target；If
Second validity check does not pass through, then performs the first module coding that step obtains current 3D display modules；Second validity is examined
Test and examined for parameter format.
Second aspect, the embodiment of the present invention additionally provides the optical parametric acquisition device of 3D display modules, including：
Acquisition module, the first module for obtaining current 3D display modules is encoded；Module is encoded for different 3D
Display module is made a distinction, or module is encoded for being made a distinction to different types of 3D display modules, and congener 3D is shown
Module has identical optical parametric；
Sending module, for sending the first module coding to the webserver, so that the webserver is in network data base
Middle inquiry target first optical parametric corresponding with the first module coding；Parameter row are previously stored with the webserver
Mutually corresponding first module coding and optical parametric are have recorded in table, parameter list；
Receiving module, for receiving the optical parametric of target first that the webserver is returned, and by the optics of target first
Parameter is stored in locally.
The optical parametric acquisition methods of 3D display modules provided in an embodiment of the present invention, and in the prior art in optical parametric
When can not determining, it can only be calibrated by the engineer of specialty, be not easy to user using comparing, it passes through in advance in network
Corresponding module coding and optical parametric are stored in server, when needing to transfer, module coding is obtained first, and
Afterwards, then according to the module encode to web server requests optical parametric, the webserver is after module coding is received, inquiry
The corresponding optical parametric of module coding, and the parameter is returned to locally, so that local reception is to optical parametric.This programme
The method provided can make that user is more convenient, efficiently get optical parametric, and being shown to 3D of need not repeating
The optical parametric of module is calibrated, and improves the convenience used.
To enable the above objects, features and advantages of the present invention to become apparent, preferred embodiment cited below particularly, and coordinate
Appended accompanying drawing, is described in detail below.
Brief description of the drawings
In order to illustrate the technical solution of the embodiments of the present invention more clearly, below will be attached to what is used required in embodiment
Figure is briefly described, it will be appreciated that the following drawings illustrate only certain embodiments of the present invention, therefore is not construed as pair
The restriction of scope, for those of ordinary skill in the art, on the premise of not paying creative work, can also be according to this
A little accompanying drawings obtain other related accompanying drawings.
Fig. 1 shows the basic procedure of the optical parametric acquisition methods for the 3D display modules that the embodiment of the present invention is provided
Figure；
Fig. 2 shows the network involved by the optical parametric acquisition methods for the 3D display modules that the embodiment of the present invention is provided
The frame diagram of framework；
Fig. 3 shows the optimization details stream of the optical parametric acquisition methods for the 3D display modules that the embodiment of the present invention is provided
Cheng Tu；
Fig. 4 shows the modularization frame of the optical parametric acquisition device for the 3D display modules that the embodiment of the present invention is provided
Figure.
Embodiment
Below in conjunction with accompanying drawing in the embodiment of the present invention, the technical scheme in the embodiment of the present invention is carried out clear, complete
Ground is described, it is clear that described embodiment is only a part of embodiment of the invention, rather than whole embodiments.Generally exist
The component of the embodiment of the present invention described and illustrated in accompanying drawing can be arranged and designed with a variety of configurations herein.Cause
This, the detailed description of the embodiments of the invention to providing in the accompanying drawings is not intended to limit claimed invention below
Scope, but it is merely representative of the selected embodiment of the present invention.Based on embodiments of the invention, those skilled in the art are not doing
The every other embodiment obtained on the premise of going out creative work, belongs to the scope of protection of the invention.
In correlation technique, it will usually carry out school to the optical parametric of each 3D display modules before 3D display modules are dispatched from the factory
Standard, and the result being calibrated to is carried in the way of note in 3D display modules, but this note is easy to be lost, and causes
After 3D display modules are sent at user, if note is lost, user is difficult to the effective Optical Parametric for determining 3D display modules
Number, and then cause 3D display module display performances not ideal enough.
For this kind of situation, this application provides the optical parametric acquisition methods of 3D display modules, as illustrated in fig. 1 and 2, bag
Include：
S101, obtains the first module coding corresponding to 3D display modules；First module is encoded for aobvious to different 3D
Show that module makes a distinction, or for being made a distinction to different types of 3D display modules, congener 3D display modules have phase
Same optical parametric；
S102, to the webserver send the first module coding so that the webserver inquire about in network data base and
First module encodes the corresponding optical parametric of target first；Parameter list, parameter row are previously stored with the webserver
Mutually corresponding first module coding and the first optical parametric are have recorded in table；
S103, receives the optical parametric of target first that the webserver is returned, and the optical parametric of target first is preserved
Local.
Before step S101 execution, in user (such as producer of 3D display modules) to the optical parametric of 3D display modules
After being calibrated, the optics that first can be obtained the module coding (typically unifying the coding carried out) of 3D display modules and calibration
Parameter is saved on the webserver, in order in step S102, be downloaded when needing to obtain optical parametric.Typically
In the case of, optical parametric refers to fit to the design parameter of the optical film on liquid crystal display.If optical film is the post by periodic arrangement
Shape lens are constituted, and optical parametric can be relative position, the column between angle of inclination, optical film and the liquid crystal display of lens pillar
Size of lens etc..
The executive agent for the method (the step of being constituted such as step S101-S103) that this programme is provided is typically to have to broadcast
The play system (play system is generally made up of 3D display modules and main frame) of playing function or individually have calculate work(
The main frame of energy, hereafter referred to collectively as main equipment.
Step S101 is during execution, and main equipment needs to get the first module coding, first module first
Coding is typically the plaintext inputted by user.In actual use, first module coding can be recorded directly in the form of plaintext
In 3D display modules, then, user determines that first module is encoded by way of naked eyes are checked, and further inputs into
In main equipment.It is, of course, also possible to be to use the camera device in main equipment, there is coding to mark in 3D display modules
Region taken pictures, then, photo is identified, so obtain the first module coding.Generally, system can be
Receive the input of user under any state, but this can also reduce the susceptibility of user, therefore, and before user inputs, main body
Equipment should give user prompting necessarily, and such as main equipment can first show input prompt message；Then, user institute is received defeated
The operational order entered；Finally, the operational order inputted further according to user, generation the first module coding.Wherein, display input is carried
It can directly show that dialog box or display word are pointed out on screen to show information.
First module coding allows user to directly input in plain text, also except carrying in clear text manner in 3D display modules
Can carry aobvious in 3D (such as in the form of Quick Response Code, the bar code or in the form of redemption code) in the way of the condition code of ciphertext
Show on module, if the mode of ciphertext, then user/main equipment can first pass through the content of the ciphertext and go to exchange in plain text
The first module coding, then so that obtain plaintext the first module coding.
If then can be, by scanning Quick Response Code, directly to have access to corresponding website the (the such as the 3rd if user exchanges for
Fang Pingtai) to obtain the first module coding, or directly exchange the first module volume for using progress in redemption code to appointed website
Code (then, user is again by the first module coding input got to main equipment)；If main equipment oneself uses two
Then can be that condition code (such as Quick Response Code or redemption code) is carried out by user if dimension code or redemption code exchange the first module coding for
Take pictures, and condition code is transferred to main equipment, or redemption code is inputed to main equipment by user；Then by main equipment
Corresponding third-party platform is had access to, and the first module is exchanged for using the photo of condition code and encodes (main equipment or third party
Image recognition technology is needed to use in platform to extract the condition code in photo, and by third-party platform is searched using condition code
Corresponding first module coding), or third-party platform directly finds corresponding first module coding using redemption code.
And then, in method provided herein, if as shown in figure 3, carried in 3D display modules module coding institute it is right
The redemption code answered, the then operational order that step is inputted according to user, generation the first module coding includes：
S301, main equipment obtains the redemption code (can also be Quick Response Code) that user is inputted；
S302, main equipment sends redemption code (can also be Quick Response Code) to third-party platform, so that third-party platform is looked into
First module corresponding with redemption code (can also be Quick Response Code) is looked for encode；Third-party platform sends back the first module coding
Main equipment；
S303, main equipment receives the first module coding that third-party platform is returned.
Generally, the optical parametric of any two 3D display modules is all without identical, therefore, in order to enough
The accurate optical parametric to 3D display modules is configured, and can after being calibrated for each 3D display modules, set up mould
Group coding and the one-to-one relation of optical parametric (module is encoded and 3D display modules necessarily one-to-one relation,
Exactly one module coding correspond to a unique 3D display module).In such cases, the first module is encoded for difference
3D display modules make a distinction.Such as the form table 1 that can be prestored in the webserver.
Table 1
| Numbering | Module is encoded | Optical parametric |
| 1 | E1 | XXXXX |
| 2 | F1 | YYYYY |
| 3 | G1 | ZZZZZ |
| 4 | H1 | αααα |
But then can be that multiple 3D display modules use identical light in some cases, if allowable error occurs
Parameter is learned, therefore, now first 3D display modules should be classified, of a sort one or more 3D display modules have phase
Same optical parametric, and then, the 3D display modules of a species uniquely correspond to one/mono- group optical parametric, while one
The 3D display modules of species correspond to multiple module codings.In such cases, the first module is encoded for different types of 3D
Display module makes a distinction, and congener 3D display modules have identical optical parametric.Whether which kind of above-mentioned mode, network
Should be stored with corresponding list on server, as shown in table 2, show this form, it is seen then that these three 3D of E1, E2, E3
Display module is respectively provided with identical optical parametric.Before use, typically can be by form (parameter list) as shown in Table 1 and Table 2
It is pre-stored on the webserver, so that the webserver is easy to perform corresponding steps.
Table 2
In step S102, the first module got is encoded and sent to the webserver by main equipment, so that network takes
Business device searches target first optical parametric corresponding with the first module coding, and the optical parametric of target first found is sent out
Send main equipment back to.Finally, in step S103, main equipment is received after the optical parametric of target first, by the target first
Optical parametric is stored in locally, is used when so as to follow-up play.
Generally, main equipment is to while webserver transmission the first module coding or before, and the webserver is also
Need what main equipment was authenticated, the mode of certification can be the pre- end-to-end authentication mode set.
Generally, the mode of certification has three kinds, is respectively：The first, is only authenticated (certification by main equipment
Process does not need the intervention of user)；Second, it is authenticated that (now, account and password are inputted by user by user
)；And the third, by being authenticated that user and main equipment are engaged.
It is the more commonly used for the first and second, the first be equipment when dispatching from the factory, manufacturer directly should
Account number cipher corresponding to main equipment is written in memory in read-only mode, it is necessary to which when certification, main equipment is straight
Connect transfer and be sent to the webserver be authenticated can (can be sent while sending account number cipher the first module coding,
Can also be that after account number cipher is sent, the webserver retransmits the first module coding to its certification after).Compared to
One kind, the account and password of second situation are that user inputs temporarily, and other processes are identical with the first.
For the third, security is of a relatively high.The specific implementation procedure of such a mode is as follows：
Step 1, main equipment receives the first account and the first password that user is inputted；
Step 2, main equipment will be pre-stored in the second local account and be combined into checking account with the first account, and will be pre-
Checking password is combined into the presence of the second local password and first password；
Step 3, main equipment will verify that account and checking password are sent to the webserver and verified；
Step 4, webserver foundation checking account and checking password carry out legal inspection, right if upchecked
Inquiry target first optical parametric corresponding with the first module coding.
It is preferred that, step 4 kind can also increase one or more of following three matching checking：Second password and
Whether one password matches, and whether the second account matches with the first account, and whether the type of main equipment matches with checking account.Enter
And, the matching only verified checking passes through, and legal examine just can be to inquiry and the also by, the webserver
One module encodes the corresponding optical parametric of target first.
Generally, if the optical parametric that has been stored with main equipment, then in driving 3D display modules
When work, directly using the optical parametric, it is not necessary to the download of optical parametric is all carried out before playing every time, but is worked as
When 3D display modules are changed, main equipment (referring mainly to main frame) then needs to redefine the optics of current 3D display modules
Parameter.Judge that the most direct mode whether 3D display modules are changed is user to judge, after replacing, user can by by
The mode of key come transfer out the module of input first coding interface, and directly input the first module coding, to perform step S101-
S103.But in some cases, user might not know, therefore hereinafter actively judge that 3D shows there is provided two kinds of main equipments
Show the method whether module is changed.
The first, in method provided herein, in addition to：
Detect the connection status of the signal wire for connecting 3D display modules and main frame；
If the connection status of signal wire is changed, the first module corresponding to step acquisition 3D display modules is performed
Coding.
The connection status that the connection status of signal wire refers mainly to the plug of signal wire, i.e. signal wire is changed, and is referred to
It is that signal wire is become for connected state by off-state, or state is gone off by connected state.
In practical operation, inherently there is the pin of plug detection in some signal wire excuses, can directly use (such as
HDMI), if without corresponding pin, detection can be realized by way of increasing sensor, concrete mode is very
It is many, only many explanations herein.
Second, in method provided herein, in addition to：
The location status of the 3D display modules in module space is detected by position sensor；
If location status is changed, the first module coding corresponding to step acquisition 3D display modules is performed.
Wherein, position sensor can be set in advance in module space (space that 3D display modules are set in main equipment)
In, when the location status of the 3D display modules in module space there occurs change (3D display modules are such as taken out from module space,
Or it is put into 3D display modules into empty module space) when, position sensor, which can detect unknown state, to be changed,
And then position sensor can generate position detection signal, then, main equipment performs step S101 after position detection is received.
Both above-mentioned modes can also be used simultaneously, come avoid only using it is a kind of when and cause detect mistake.
The above describes the process how main equipment obtains optical parametric, main equipment when work,
Determine after optical parametric (may be obtained according to mode described above, it is also possible to be stored in advance in local), in broadcasting
When can directly use these optical parametrics.It is, generally, main equipment is when playing, it is necessary first to which inquiry is originally
Whether ground is stored with optical parametric, if any, just can directly use, if not provided, performing above-mentioned steps again to obtain
Optical parametric is used.
It is, method provided herein, in addition to：
After play instruction is received, the optical parametric of target second is searched in the local database；
If not finding the optical parametric of target second, perform the first module corresponding to step acquisition 3D display modules and compile
Code.
Wherein, play instruction is typically what is sent by user, and then, if not finding optical parametric, then need
Optical parametric is obtained, that is, performs step S101.Situation except not finding optical parametric, if on local optics
Parameter is mismatched with current 3D display modules, it should also to be changed.
And then, method provided herein also includes：
If finding the optical parametric of target second, the second module coding corresponding to the optical parametric of display target second；
First module is encoded and the second module coding is used to make a distinction different 3D display modules, or is used to variety classes
3D display modules make a distinction, congener 3D display modules have identical optical parametric；
If after the second module coding is shown, receiving confirmation instruction, then using the optical parametric of target second as when playing
Used optical parametric；
If after the second module coding is shown, receiving the false command that user is inputted, then perform step acquisition 3D and show
Show the first module coding corresponding to module.
Wherein, as described in hereinbefore, optical parametric is corresponding relation with module coding, therefore, and main equipment is being obtained
When to optical parametric, corresponding module coding can be generally also obtained, now, by corresponding to the optical parametric found
Module coding is shown, is distinguished for user.
If the user thinks that the second module coding shown is correctly (to carry phase in general 3D display modules
The module coding answered, user can encode the second module coding progress pair with showing according to the module in 3D display modules
Than, come confirm the second module coding whether be correct), then can directly using the optical parametric of target second as broadcasting when made
Optical parametric, if the user thinks that the second module coding shown is wrong, then needs to re-execute step
S101-S103, to obtain correct first module coding.
It should be noted that the first module coding and the second module coding are substantially identicals, difference is only the first mould
Group coding is got in step S101 by temporarily, and the second module coding is to be stored in main body in advance with the form of data to set
In standby database.Similar, the first optical parametric and the second optical parametric are substantially also identical, and difference is only first
Optical parametric is pre-stored in the webserver, and the second optical parametric is to be stored in main equipment in advance with the form of data
In database.
In order to improve the overall operation stability of system and reliability, the optical parametric of target first and target the is being got
After two optical parametrics, the two should be tested, to determine whether being correct.Then, method provided herein is also
Including：
After the optical parametric of target first that the webserver is returned is received, the is carried out to the optical parametric of target first
One validity check, if the first validity check does not pass through, re-executes step and sends the first module volume to the webserver
Code；First validity check is examined including parameter format, and/or parameter area reasonableness test；
And/or, after the optical parametric of target second is found, the second validity inspection is carried out to the optical parametric of target second
Test, if the second validity check passes through, perform the second module coding corresponding to step the second optical parametric of display target；If
Second validity check does not pass through, then performs the first module coding that step obtains current 3D display modules；Second validity is examined
Test and examined for parameter format.
Wherein, parameter format, which is examined, refers to the species to optical parametric, arrangement mode and the side such as whether can correctly recognize
Face is tested, and parameter area reasonableness test refers to (usual optical parametric of being tested to the numerical values recited of optical parametric
All it is that in some rational scope, more than the zone of reasonableness, then it is problematic to illustrate the optical parametric got
).
Further, it can also be after repeatedly examining (the first validity check or the second validity check) obstructed, to
Alarm platform is alarmed.
It is corresponding with the above method, present invention also provides the optical parametric acquisition device of 3D display modules, such as Fig. 4 institutes
Show, including：
Acquisition module 401, the first module for obtaining current 3D display modules is encoded；Module is encoded for different
3D display modules are made a distinction, or module is encoded for being made a distinction to different types of 3D display modules, and congener 3D shows
Show that module has identical optical parametric；
Sending module 402, for sending the first module coding to the webserver, so that the webserver is in network data
Target first optical parametric corresponding with the first module coding is inquired about in storehouse；Parameter row are previously stored with the webserver
Mutually corresponding first module coding and optical parametric are have recorded in table, parameter list；
Receiving module 403, for receiving the optical parametric of target first that the webserver is returned, and by the light of target first
Parameter is learned to be stored in locally.
It is preferred that, acquisition module 401 includes：
Display unit, for showing input prompt message；
Generation unit, for the operational order inputted according to user, generation the first module coding.
It is preferred that, the module coding of plaintext is carried in 3D display modules, or module is carried in 3D display modules
The corresponding redemption code of coding, or carry in 3D display modules the module coding of Quick Response Code form.
It is preferred that, in addition to：
First detection module, the connection status for detecting the signal wire for being used to connect 3D display modules and main frame；
First drive module, if the connection status of signal wire is changed, 3D display moulds are obtained for performing step
Corresponding the first module coding of group.
It is preferred that, in addition to：
Second detection module, the location status for detecting the 3D display modules in module space by position sensor；
Second drive module, if location status is changed, is obtained corresponding to 3D display modules for performing step
The first module coding.
It is preferred that, if carrying the corresponding redemption code of module coding in 3D display modules, generation unit includes：
Subelement is obtained, for obtaining the redemption code that user is inputted；
Transmission sub-unit, for sending redemption code to third-party platform, so that third-party platform lookup is relative with redemption code
The the first module coding answered；
Receiving subelement, for receiving the first module coding that third-party platform is returned.
It is preferred that, in addition to：
Searching modul, for after play instruction is received, the optical parametric of target second to be searched in the local database；
3rd drive module, if not finding the optical parametric of target second, 3D display modules are obtained for performing step
Corresponding the first module coding.
It is preferred that, in addition to：
Display module, if finding the optical parametric of target second, for corresponding to the optical parametric of display target second
Second module is encoded；First module is encoded and the second module coding is used to make a distinction different 3D display modules, or
For being made a distinction to different types of 3D display modules, congener 3D display modules have identical optical parametric；
Module is confirmed, if after the second module coding is shown, receiving confirmation instruction, then for by the Optical Parametric of target second
Number is used as used optical parametric when playing；
4th drive module, if after the second module coding is shown, receiving the false command that user is inputted, being then used for
Perform the first module coding corresponding to step acquisition 3D display modules.
It is preferred that, in addition to：
First inspection module, for after the optical parametric of target first that the webserver is returned is received, to target
First optical parametric carries out the first validity check, if the first validity check does not pass through, re-executes step and is taken to network
Business device sends the first module coding；First validity check is examined including parameter format, and/or parameter area reasonableness test；
And/or, in addition to
Second inspection module, for after the optical parametric of target second is found, the is carried out to the optical parametric of target second
Two validity checks, if the second validity check passes through, perform second corresponding to step the second optical parametric of display target
Module is encoded；If the second validity check does not pass through, the first module coding that step obtains current 3D display modules is performed；The
Two validity checks are examined for parameter format.
If the function is realized using in the form of SFU software functional unit and is used as independent production marketing or in use, can be with
It is stored in a computer read/write memory medium.Understood based on such, technical scheme is substantially in other words
The part contributed to prior art or the part of the technical scheme can be embodied in the form of software product, the meter
Calculation machine software product is stored in a storage medium, including some instructions are to cause a computer equipment (can be individual
People's computer, server, or network equipment etc.) perform all or part of step of each of the invention embodiment methods described.
And foregoing storage medium includes：USB flash disk, mobile hard disk, read-only storage (ROM, Read-Only Memory), arbitrary access are deposited
Reservoir (RAM, Random Access Memory), magnetic disc or CD etc. are various can be with the medium of store program codes.
The foregoing is only a specific embodiment of the invention, but protection scope of the present invention is not limited thereto, any
Those familiar with the art the invention discloses technical scope in, change or replacement can be readily occurred in, should all be contained
Cover within protection scope of the present invention.Therefore, protection scope of the present invention described should be defined by scope of the claims.
Claims (10)
- The optical parametric acquisition methods of 1.3D display modules, it is characterised in that including：Obtain the first module coding corresponding to 3D display modules；First module is encoded for different 3D display modules Make a distinction, or for being made a distinction to different types of 3D display modules, congener 3D display modules have identical light Learn parameter；The first module coding is sent to the webserver, so that the webserver is inquired about and first mould in network data base The corresponding optical parametric of target first of group coding；Parameter list, the parameter are previously stored with the webserver Mutually corresponding first module coding and the first optical parametric are have recorded in list；The optical parametric of target first that the webserver is returned is received, and the optical parametric of target first is stored in locally.
- 2. according to the method described in claim 1, it is characterised in that the first module that step obtains corresponding to 3D display modules is compiled Code includes：Display input prompt message；The operational order inputted according to user, generation the first module coding.
- 3. method according to claim 2, it is characterised in thatThe module coding of plaintext is carried in the 3D display modules, or module is carried in the 3D display modules and is encoded Corresponding redemption code, or carry in the 3D display modules module coding of Quick Response Code form.
- 4. according to the method described in claim 1, it is characterised in that also include：Detect the connection status of the signal wire for connecting 3D display modules and main frame；If the connection status of the signal wire is changed, the first module corresponding to step acquisition 3D display modules is performed Coding.
- 5. according to the method described in claim 1, it is characterised in that also include：The location status of the 3D display modules in module space is detected by position sensor；If the location status is changed, the first module coding corresponding to step acquisition 3D display modules is performed.
- 6. method according to claim 3, it is characterised in that if it is right that module coding institute is carried in the 3D display modules The redemption code answered, the then operational order that step is inputted according to user, generation the first module coding includes：Obtain the redemption code that user is inputted；Redemption code is sent to third-party platform, so that third-party platform searches the first module coding corresponding with redemption code；Receive the first module coding that third-party platform is returned.
- 7. according to the method described in claim 1, it is characterised in that also include：After play instruction is received, the optical parametric of target second is searched in the local database；If not finding the optical parametric of target second, perform the first module obtained described in step corresponding to 3D display modules and compile Code.
- 8. method according to claim 7, it is characterised in that also include：If finding the optical parametric of target second, the second module coding corresponding to the optical parametric of display target second；It is described First module is encoded and the second module coding is used to make a distinction different 3D display modules, or is used to variety classes 3D display modules make a distinction, congener 3D display modules have identical optical parametric；If after the second module coding is shown, receiving confirmation instruction, then using the optical parametric of target second as when playing Used optical parametric；If after the second module coding is shown, receiving the false command that user is inputted, then perform step and obtain 3D display moulds Corresponding the first module coding of group.
- 9. according to the method described in claim 1, it is characterised in that also include：After the optical parametric of target first that the webserver is returned is received, carrying out first to the optical parametric of target first has Effect property is examined, if the first validity check does not pass through, and is re-executed step and is sent the first module coding to the webserver；Institute The first validity check is stated to examine including parameter format, and/or parameter area reasonableness test；And/or, after the optical parametric of target second is found, the second validity check is carried out to the optical parametric of target second, if Second validity check passes through, then performs the second module coding corresponding to step the second optical parametric of display target；If second Validity check does not pass through, then performs the first module coding that step obtains current 3D display modules；The second validity inspection Test and examined for parameter format.
- The optical parametric acquisition device of 10.3D display modules, it is characterised in that including：Acquisition module, the first module for obtaining current 3D display modules is encoded；The module is encoded for different 3D Display module is made a distinction, or the module is encoded for being made a distinction to different types of 3D display modules, congener 3D Display module has identical optical parametric；Sending module, for sending the first module coding to the webserver, so that the webserver is looked into network data base Ask target first optical parametric corresponding with the first module coding；Parameter is previously stored with the webserver Mutually corresponding first module coding and optical parametric are have recorded in list, the parameter list；Receiving module, for receiving the optical parametric of target first that the webserver is returned, and by the optical parametric of target first It is stored in local.
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