CN105447427A - Image module and information identification method and information identification system thereof - Google Patents
Image module and information identification method and information identification system thereof Download PDFInfo
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- CN105447427A CN105447427A CN201410430515.5A CN201410430515A CN105447427A CN 105447427 A CN105447427 A CN 105447427A CN 201410430515 A CN201410430515 A CN 201410430515A CN 105447427 A CN105447427 A CN 105447427A
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Abstract
The invention relates to an image module and an information identification method and an information identification system thereof, and provides an information identification system and a method thereof. The information identification system comprises an identification code generating device, an identification code marking device and an identification code identifying device which are in communication connection. The identification code generating device includes an information storage module and an identification code synthesis module, and the identification code synthesis module generates a unique identification code with corresponding information attached according to the information storage module. The identification code marking device includes a positioning module and an action module, and a marking module determines at least one marking part on the surface of a working module so as to mark the identification code in the marking part through the action module. The identification code identifying device includes a reading module and an integrating module, and the integrating module integrates and stores the information of the identification code read by the reading module so as to trace the information of the working module and monitor the quality of the working module.
Description
Technical field
The present invention relates to a kind of image module and information identifying method thereof and system, especially based on a kind of image module of identification code application and information identifying method thereof and system.
Background technology
Under universal informationalized historical background, no matter be activity in production or life activity, to the management of various wisdom output and practicality, people ensure that the production of people and life continue without any confusion.
But, the inquiry of the production information produced in process of production about product but has to be optimized, not comprehensive to reviewing of production information, also or owing to producing the special nature of element the mark of information is made to hamper the carrying out of information storage work, to be applied to mobile phone, the image module of computer etc. is example, it is print product model and mark date of manufacture to the measure generally taked of reviewing of the production information of image module, therefore the batch information of image module can only be traced back to, as batch yield, the information of single image module product cannot be traced back to, and action is reviewed not in time to the inquiry of information, just can only feed back to and be processed into inquiry, and then the Quality Detection accurately put in place that cannot realize image module product and management.
For just realizing the Quality Detection to product in process of production, what ensure product goes out yield, and a kind of practicality, the method for production information that provided being convenient to popularize urgently are suggested to fill up technical blank.
Summary of the invention
One object of the present invention is to provide a kind of image module information identification system, described information identification system is able to the various information tracing that the identification code by marking incidental information realizes described image module in image module, and then realizes the quality monitoring to described image module.
Another object of the present invention is to provide a kind of image module information identification system, described information identification system is able to the described identification code of subsidiary different information in each described image module, and then by being traced back to the relevant information of each described image module respectively to the reading of described identification code.
Another object of the present invention is to provide a kind of image module information identification system, described information identification system comprises an identification code labelling apparatus, described identification code labelling apparatus is able to, under the prerequisite of the physical arrangement not affecting described image module as shape and function quality, described identification code is marked on described image module.
Another object of the present invention is to provide a kind of image module information identification system, the described identification code labelling apparatus of described information identification system is able to determine a labeling section on described image module surface, with under the prerequisite of the physical arrangement not affecting described image module as shape and function quality, described identification code is marked on described labeling section, and described labeling section is formed at organic substance surface or free of non-organic species is surperficial.
Another object of the present invention is to provide a kind of image module information identification system, described information identification system comprises an identification code generating apparatus, described identification code generating apparatus is connected to described identification code labelling apparatus communicatedly, and described identification code generating apparatus is able to be accompanied with the described identification code of described image module information according to required generation and mark described identification code in described image module by described identification code labelling apparatus.
Another object of the present invention is to provide a kind of image module information identification system, described information identification system comprises an identification code recognition device further, described identification code recognition device is connected to described identification code labelling apparatus communicatedly, described identification code recognition device is read described information of identification code and is stored described information of identification code, and then is able to review the production information and process information etc. of described image module.
For realizing above object, the invention provides a kind of image module information identification system, described information identification system comprises:
One identification code generating apparatus, described identification code generating apparatus is able to the identification code being accompanied with information according to required generation;
One identification code labelling apparatus, described identification code generating apparatus is connected to described identification code labelling apparatus communicatedly, and the described identification code that described identification code labelling apparatus is able to described identification code generating apparatus generates is marked on image module; With
One identification code recognition device, described identification code recognition device is connected to described identification code labelling apparatus communicatedly, and described identification code recognition device is read described identification code reviewing for the production information to described image module.
Preferably, described identification code labelling apparatus comprises a locating module further, and described locating module is determined that at least one labeling section is in described mark position.
It is worth mentioning that, described identification code labelling apparatus comprises a locating module further, and described locating module is determined that at least one labeling section and described mark position are coated with the Ink Application district of ink.
Preferably, described identification code generating apparatus comprises with information storage module and an identification code synthesis module further, described information storage module is stored information data subsidiary needed for described identification code, described information of identification code synthesis module is connected to described identification code synthesis module communicatedly, and then described identification code synthesis module is able to the described identification code of the information synthesis correspondence stored according to described information storage module.
Preferably, described identification code labelling apparatus comprises an action module further, and described action module is connected to described locating module communicatedly, and then described action module is said that the described identification code that described identification code is synthesized is marked on described labeling section.
Preferably, described identification code recognition device comprises with read module and an integrate module further, described read module is read the subsidiary information of the described identification code that is marked on described labeling section, described integrate module is connected to described read module communicatedly, and then described integrate module is integrated and stored information that described read module reads from described identification code for various information tracing, thus realize the tracing management to the production information of described image module.
Preferably, described identification code is Quick Response Code, and the information being marked in each described identification code of described image module subsidiary is different, and described integrate module is integrated the production information storing each production module.
Preferably, described action module is Quick Response Code cold laser marker.
It is worth mentioning that, described ink is white or light color inks, and described image module is FPC module.
A kind of image module, described image module comprises module main body, described module main body comprises a FPC, described FPC has at least one labeling section, and at least one identification code being accompanied with the production information data of described image module is marked on described labeling section and is obtained the production information of described image module by reading the incidental information data of described identification code.
Preferably, described labeling section is formed at the reinforcement steel plate of the chip part investing described FPC.
Preferably, described labeling section is selectively formed at other components and parts after the connector part of described FPC, and described labeling section is coated with ink.
It is worth mentioning that, the area of described identification code is more than or equal to the area of described labeling section.
It is worth mentioning that, the incidental information data about described image module of each described identification code is different.
It is worth mentioning that, described labeling section has at least one plain code and at least one private mark, and described Quick Response Code is accompanied with the information data of at least one about described image module.
The present invention also provides a kind of image module information identifying method, and described method comprises the steps:
A: identification code labelling apparatus determination mark position is in image module;
B: described identification code labelling apparatus marker recognition code is in described mark position;
C: identification code recognition device reads the subsidiary information data of described identification code; And
D: described information data integrated by described identification code recognition device, wherein, described identification code recognition device is connected to described identification code recognition device communicatedly, described identification code labelling apparatus is determined that at least one described labeling section is in described image module, and described identification code recognition device is provided to carry out inquiry to described information data and review.
It is worth mentioning that, also step was performed: generate described identification code in identification code generating apparatus before described steps A, wherein, described identification code generating apparatus is able to arrange the incidental information of described identification code needed for foundation with the processing nodal information by tracing back to described image module to the information reading of described identification code, the detection data in main material, auxiliary material information and production run.
Preferably, described steps A comprises step further: described locating module determines that described labeling section is in described mark position, and wherein, the area of described labeling section is less than or equal to the area of described mark position, and described image module is had at least one described labeling section.
It is worth mentioning that, described labeling section is formed at leakage copper ground connection and other organic material part surfaces of described image module.
Preferably, described step B comprises step B further: action module marks described identification code in described labeling section, and then described identification code is presented in described labeling section.
Preferably, described step C comprises step further: read module reads described identification code to obtain the incidental information of described identification code.
Preferably, described step D comprises step further: integrate module integrates information that described read module reads to realize reviewing the information that described read module reads.
Preferably, described identification code is Quick Response Code, and described labeling section has at least one plain code and at least one private mark.
Preferably, described action module is Quick Response Code cold laser marker.
Preferably, described ink is selectively light color or white ink, and then described read module 31 is able to easily described identification code and reads.
Preferably, described steps A is also comprised the steps: further
A.1: coating composition is in described image module; And
A.2: positioning module determines that described labeling section is in described coatings district, wherein, the area of described labeling section is less than or equal to the area in described coatings district, and described image module is had at least one described labeling section.
Accompanying drawing explanation
As the fundamental diagram that Fig. 1 is a kind of image module of one embodiment of the present invention information identification system.
As another fundamental diagram that Fig. 2 is a kind of image module of one embodiment of the present invention information identification system.
As the structural representation that Fig. 3 is a kind of image module of one embodiment of the present invention information identification system.
As another structural representation that Fig. 4 is a kind of image module of one embodiment of the present invention information identification system.
It is the front elevation of the wiring board of a kind of image module of one embodiment of the present invention as Fig. 5 A.
It is the rear view of the wiring board of a kind of image module of one embodiment of the present invention as Fig. 5 B.
As the design sketch that Fig. 6 is a kind of image module of one embodiment of the present invention information identification system.
As another front elevation that Fig. 7 is a kind of image module of one embodiment of the present invention information identification system.
As another design sketch that Fig. 8 is a kind of image module of one embodiment of the present invention information identification system.
As the method flow diagram that Fig. 9 is a kind of image module of one embodiment of the present invention information identification system.
As the other method process flow diagram that Figure 10 is a kind of image module of one embodiment of the present invention information identification system.
As the another method flow diagram that Figure 11 is a kind of image of one embodiment of the present invention module information identification system.
Embodiment
According to the content disclosed in claim of the present invention and instructions, described in technical scheme of the present invention literary composition specific as follows.
The invention provides a kind of described image module information identification system 100, especially based on the one described image module information identification system 100 of identification code application, described image module information identification system 100 is able to review with the various production informations of information data to described image module by reading identification code subsidiary by identification code being marked on image module, and then realizes the quality monitoring to described image module.Preferably, described work module is image module, described image module is applied in mobile phone, computer, TV etc., by described identification code is mated with each described image module, and then review to play described image module Quality Detection in process of production by reading the production information of identification code institute incidental information data to described image module, be achieved simultaneously to the production information of described image module review realize quality monitoring.
Preferably, described image module information identification system 100 is achieved reviewing of the production information of the single product to described image module, and then is able to realize quality monitoring to ensure described image module production quality according to the production information of described single product to described image module.
Preferably, described image module information identification system 100 is guaranteed on the basis of the production efficiency not affecting described image module, goes out yield by the product reviewing to improve described image module of the production information of the single product to described image module.
Preferably, described image module information identification system 100 is able under the prerequisite guaranteeing the product quality not affecting described work, goes out yield by the product reviewing to improve described image module of the production information of the single product to described image module.
Be one embodiment of the present invention as shown in Figures 1 to 4, the application of a kind of image module information identification system 100 in the reviewing of described image module production information, preferably, in preferred the present embodiment, described identification code refers in particular to Quick Response Code, namely reviews to the production information of described image module Quality Detection in process of production and described image module the quality monitoring that inquiry realizes described image module by reading the information of described Quick Response Code to be achieved.
Particularly, described image module information identification system 100 comprises at least one identification code generating apparatus 10, at least one identification code labelling apparatus 20 and at least one identification code recognition device 30, wherein, described identification code generating apparatus 10 and described identification code recognition device 30 are connected to described identification code labelling apparatus 20 respectively communicatedly.And then, described identification code labelling apparatus 20 be able to by be formed at described identification code generating apparatus 10 the identification code with customizing messages data by described identification code labelling apparatus 20 to mark described identification code in described image module, that is, described identification code labelling apparatus 20 to be able to the described information of identification code generated by described identification code generating apparatus 10 by transform electrical signals is that actuating signal is marked on described image module.
Preferably, described image module comprises a module main body, and described module main body comprises a camera lens, one microscope base, a chip, a FPC etc., in the preferred embodiment, described identification code labelling apparatus 20 is able to described identification code to be marked on described FPC.
Further, described identification code generating apparatus 10 comprises information storage module 11 and an identification code synthesis module 12 further, and described identification code synthesis module 12 is connected to described information storage module 11 communicatedly and according to the information stored in described information storage module 11, synthesis is carried to the described identification code of corresponding information.
Transform electrical signals is that described identification code is marked on described image module by actuating signal by the information that described identification code labelling apparatus 20 is able to the described identification code entrained by described identification code synthesis module 12.
It is worth mentioning that, the size of described identification code be able to according to needed for adjust, to make described identification code be marked on described FPC, the position that namely described image module is suitable and being easy to by described identification code identification module 30.
Preferably, in the preferred embodiment, described identification code labelling apparatus 20 is a Quick Response Code cold laser marker, and then, described identification code labelling apparatus 20 can not produce " fire damage " spinoff to described image module, but described identification code is marked on described labeling section 300 by the cold stripping realizing interrupting chemical bond, thus avoid bringing the problems such as the thermal deformation formed because of " fire damage " to described image module and affecting the physical arrangement of described image module as shape, and function quality.
Preferably, described mark position is formed at described image module surface does not affect the position that described image module realizes its function, and that is, in the preferred embodiment, described mark position is formed at described image module non-functional area.
Described identification code labelling apparatus 20 is determined that at least one labeling section 300 affects module in described and described identification code is marked on described labeling section 300 further, and namely described image module has at least one labeling section 300.
Preferably, in the preferred embodiment, described image module information identification system 100 is preferably applied to the FPC (FPC:FlexiblePrintedCircuit) of described image module to realize inquiring about the production information of described image module by described FPC when not affecting serviceability and the function quality of described image module.
As shown in Fig. 5 A to Fig. 6, described FPC comprises a chip part 40, a junction divides 50 and connector part 60, and described identification code labelling apparatus 20 is able to described identification code to be marked on described chip part 40 or described connector part 60 to review by reading the production information of described identification code to described image module being marked on described FPC.
From the one side of the present embodiment, if the chip part of described FPC 40 is with reinforcement steel plate structure, wherein, described chip part 40 refers in particular to the back side with chip structure part on described FPC, then described identification code labelling apparatus 20 is able to the actuating signal that transform electrical signals is described identification code labelling apparatus 20 by the information of the described identification code entrained by described identification code synthesis module 12, and then by described identification code mark in described reinforcement steel plate, that is, described labeling section 300 is formed at described reinforcement steel plate, thus, described identification code recognition device 30 read be formed at described reinforcement steel plate described identification code to obtain the information of described image module.
It is worth mentioning that, the mark action of described identification code labelling apparatus 20 on described reinforcement steel plate can not affect function quality and the character of described image module, and then described identification code is able to be presented in described reinforcement steel plate under the guarantee function quality of described image module and the prerequisite of character.
It is worth mentioning that, the area of described identification code is less than or equal to the area of described labeling section 300, and namely described identification code is formed in the region of described labeling section 300, and then is ensured that described identification code is intactly formed at described reinforcement surface of steel plate.
Described identification code labelling apparatus 20 comprises locating module 21 and an action module 22 further, described action module 22 is connected to described locating module 21 communicatedly, described action module 22 is able to carry out identification code mark action according to the information of the described identification code stored in described information storage module 12, namely described identification code is made to be presented in described labeling section 300, described locating module 21 is limited the actuating range of described action module 22 in described mark position, that is, described locating module 21 is limited described action module 22 and described identification code is marked in described labeling section 300 according to described information storage module 12, to guarantee that described identification code is formed in described labeling section 300.
Described identification code recognition device 30 comprises read module 31 and an integrate module 32 further, and described read module 31 is read the incidental information data of described identification code that is formed at described labeling section 300 and by described integrate module 32, the information data that described read module 31 is collected carried out collection and stores.
It is worth mentioning that, described labeling section 300 is marked at least one described identification code.
It is worth mentioning that, described identification code 31 is read the information data described at least one entrained by identification code, and that is, described identification code at least carries a kind of information of relevant described image module.
To sum up state, described labeling section 300 is formed at the non-active area of described image module, and then is able to can not have influence on the serviceability of described image module and make quality altogether described identification code being marked on described impact while module is used for reviewing the production information of described image module.
As shown in Figure 7, Figure 8, from another aspect of the present invention, the chip part 40 of described image module is for leaking copper grounding design, then described labeling section 300` is formed at described connector part 60 or other components and parts, that is, described labeling section 300` is selectively formed at connector part 60 or other prototype parts of described FPC.In the case, described identification code labelling apparatus 20 need be coated with ink in described labeling section 300` at described connector part 60 or other component surface to before the action of described image module execution flag, and then transform electrical signals is the actuating signal of described identification code labelling apparatus 20 by the information data of the described identification code that described identification code labelling apparatus 20 is able to entrained by described identification code synthesis module 12 and identification code is presented on described labeling section 300`.
Described action module 22 is able to carry out the action of identification code mark according to the information of the described identification code stored in described information storage module 12, namely described identification code is made to be presented in described labeling section 300`, described locating module 21 is limited described action module 22 and is marked in described labeling section 300` by described identification code, to guarantee that described identification code is formed in described labeling section 300` according to described information storage module 12.
It is worth mentioning that, the physical arrangement that described image module can not destroy described image module because described identification code labelling apparatus 20 performs the mark action of described identification code at described labeling section 300` is as shape and function quality.
It is worth mentioning that, the area of described identification code is less than or equal to the area of described labeling section 300`, and namely described identification code is formed in the region of described labeling section 300`, and then is ensured that described identification code is intactly formed at described reinforcement surface of steel plate.
Preferably, described ink is white or light color inks, and then described identification code recognition device 30 is able to easily catch described identification code and read to obtain information needed.
It is worth mentioning that, described labeling section 300` is marked at least one described identification code.
It is worth mentioning that, the reinforcement steel plate structure of described chip part 40 also must be thought, as PI (polyimide: polyimide), PET (polyetheramine: polyetheramine), FR4 (FlameRetardantlaminate: epoxy resin) etc., with while described identification code is tagged to described image module, the physical arrangement of described image module can not be affected as shape and function quality.
It is worth mentioning that, described labeling section 300` is also formed at described image module as other component surface such as microscope bases.
To sum up state, described labeling section 300` is formed at the non-active area of described image module, and then is able to can not have influence on the serviceability of described image module and make quality altogether described identification code being marked on described impact while module is used for reviewing the production information of described image module.
It is worth mentioning that, by working out Bill of Material (BOM) (BOM:BillOfMaterial) to described image module, the information of information to the processing node of each described image module that described image module information identification system 100 is able to provide according to described identification code is reviewed, that is, the manufacture process of described image module is reviewed obtaining complete node, and then realizes the Quality Detection to described image module.
It is worth mentioning that, described image module information identification system 100 in conjunction with manufacturing execution system (MES:ManufacturingExecutionSystem) charging inspection with retain each described image module purchase infornnation as batch and be able to every as described in image module corresponding, thus be able to carry out quality monitoring to described image module.
It is worth mentioning that, described image module information identification system 100 is in conjunction with the system regulation rule of manufacturing execution system, the input batch of the auxiliary material respectively making described image module is exercised supervision and controls and correspond to concrete production stage, to carry out Quality Detection to described image module.
It is worth mentioning that, the described integrate module 32 of described image module information identification system 100 is collected the information storing the described identification code that described read module 31 is collected, and then be able to the manufacturing environment of described image module in manufacturing process, namely production process information is reviewed, to realize the various management to production process, improve the quality of described image module.
It will be further appreciated that, identification code described in every mark one, the incidental information data of described identification code just can increase progressively, and then guarantee the unicity of identification code described in each, namely each described image module is all able to the exclusive data of correspondence one, thus be able to monitor the production run of described image module and review exactly the production data of described image module, to correspond to each described image module.
Preferably, in the preferred embodiment, described labeling section 300` has at least one plain code and at least one private mark with to ensureing when described private mark cannot read information entrained by described identification code through described read module 31, by described read module 31 to the reading of described plain code to obtain the information of described image module.
As shown in Figures 9 to 11, the present invention also provides a kind of image module information identifying method, and described method comprises the steps:
A: described identification code labelling apparatus 20 determines that at least one described labeling section 300 is in described image module;
B: described identification code labelling apparatus 20 marks labeling section 300 described in described identification code;
C: described identification code recognition device 30 reads the subsidiary information data of described identification code; And
D: described information data integrated by described identification code recognition device 30, wherein, described identification code recognition device 30 is connected to described identification code recognition device 20 communicatedly and reviews to carry out inquiry by described identification code recognition device 30 to described information data.
In the method, if when described labeling section 300 is formed at the reinforcement steel plate of the described chip section 40 investing described FPC, described action module 22 is able to directly described identification code is marked on described labeling section 300.
It is worth mentioning that, the area of described labeling section 300 is more than or equal to the area of described identification code, and then described action module 22 is marked at least one described identification code in described labeling section 300, and described identification code can not have influence on the working effect of described FPC.
Preferably, described image module comprises a module main body, and described module main body comprises a camera lens, a microscope base, a chip, a FPC etc., in the preferred embodiment, described identification code labelling apparatus 20 is able to described identification code to be marked on described FPC.
Preferably, described identification code is Quick Response Code, and described labeling section 300 has at least one plain code and at least one private mark.
In the method, if when described labeling section 300 is formed at the described connector part 60 of described FPC or other components and parts described, described steps A comprises the steps: that coating ink is in described labeling section 300` further.And then described action module is able to further described identification code is marked on described labeling section 300.
It is worth mentioning that, described labeling section 300` is formed at the non-active area of described FPC, and then described identification code is able at the working effect not having influence on described image module.
Preferably, also step was performed: generate described identification code in described identification code generating apparatus 10 before described steps A, wherein, described identification code generating apparatus 10 is able to arrange described identification code according to information needed, comprise the processing nodal information of described image module, the detection data in main material, auxiliary material information and production run.
It is worth mentioning that, the incidental information data of each described identification code being marked in each described image module is different, and then is able to review the production information of each described image module.
Preferably, described identification code is Quick Response Code, and described action module 22 is a Quick Response Code cold laser marker, and described labeling section 300 comprises at least one described Quick Response Code.
Preferably, described labeling section 300 is had at least one plain code further, when described identification code is damaged cannot be read by described read module 31 time, described plain code is provided the information of described image module.
Preferably, described ink is selectively light color or white ink, and then described read module 31 is able to easily described identification code and reads.
The use that described identification code is separately applicable to other organism surfaces by the method that described read module 32 obtains the incidental information of described identification code is formed by being coated with described ink, as PI (polyimide: polyimide), PET (polyetheramine: polyetheramine), FR4 (FlameRetardantlaminate: epoxy resin) etc. also must for the organism surface of the head structural strengthening effect of pressing of described image module, with while described identification code is tagged to described image module, the physical arrangement of described image module can not be affected as shape and function quality.
It will be further appreciated that, the type of described identification code is able to be chosen as PDF417 two-dimensional bar code, Datamatrix two-dimensional bar code, QRCode, Code49, Code16K, CodeOne etc. needed for basis.
Foregoing is exemplifying of specific embodiments of the invention, for equipment and the structure of wherein not detailed description, should be understood to take the existing common apparatus in this area and universal method to be implemented.
The above embodiment of the present invention is only the use that technical solution of the present invention is described simultaneously, is only enumerating of technical solution of the present invention, is not limited to technical scheme of the present invention and protection domain thereof.Equivalent technologies means, equivalent apparatus etc. is adopted to be considered to be to the improvement of the technical scheme disclosed in claims of the present invention and instructions the scope do not exceeded disclosed in claims of the present invention and instructions.
Claims (30)
1. an image module information identifying method, is characterized in that, described method comprises the steps:
A: determine that at least one labeling section is in image module;
B: marker recognition code is in described labeling section;
C: read the information data that described identification code is subsidiary; And
D: integrate described information data, to review by the production information of described information data to described image module.
2. the method for claim 1, is characterized in that, before described steps A, also perform step: generate described identification code, and wherein, the described information data that described identification code is able to be provided needed for foundation is arranged.
3. method as claimed in claim 2, it is characterized in that, the incidental information data of each described identification code being marked in each described image module is different, and then is able to review the production information of each described image module.
4. method as claimed in claim 3, is characterized in that, described steps A comprises the steps: that coating ink is in described labeling section further.
5. the method as described in claim 2 or 4, is characterized in that, described labeling section is formed at the non-active area of the FPC of described image module.
6. method as claimed in claim 5, it is characterized in that, described labeling section is formed at the reinforcement steel plate of the chip section investing described FPC.
7. method as claimed in claim 5, it is characterized in that, described labeling section is selectively formed at connector part or other components and parts parts of described FPC.
8. method as claimed in claim 6, it is characterized in that, described identification code is Quick Response Code, and described labeling section has at least one plain code and at least one private mark.
9. method as claimed in claim 7, it is characterized in that, described identification code is Quick Response Code, and described labeling section has at least one plain code and at least one private mark.
10. method as claimed in claim 8, is characterized in that, described ink is selectively light color or white ink.
11. methods as claimed in claim 9, is characterized in that, described ink is selectively light color or white ink.
12. 1 kinds of image module information identification systems, is characterized in that, described image module information identification system comprises:
At least one identification code generating apparatus, described identification code generating apparatus is generated at least one identification code, and described identification code is accompanied with the production information data of at least one about image module;
At least one identification code labelling apparatus, described identification code generating apparatus is connected to described identification code labelling apparatus communicatedly, and the described identification code that described identification code labelling apparatus is able to described identification code generating apparatus generates is marked on each described image module; And
At least one identification code recognition device, described identification code labelling apparatus is connected to described identification code generating apparatus and described identification code recognition device communicatedly, described identification code recognition device is connected to described identification code labelling apparatus communicatedly, and described identification code recognition device is read the incidental information data of described identification code and reviews for the production information of each described image module.
13. image module information identification systems as claimed in claim 12, it is characterized in that, described identification code generating apparatus comprises an information storage module and an identification code synthesis module further, described information storage module is stored the information data of coherent video module, described information of identification code synthesis module is connected to described identification code synthesis module communicatedly, and then described identification code synthesis module is able to the described identification code of the information data synthesis correspondence stored according to described information storage module.
14. image module information identification systems as claimed in claim 13, it is characterized in that, described identification code labelling apparatus comprises a locating module and an action module further, described locating module is determined that at least one labeling section is in described image module, and described action module is able to the described identification code of described identification code synthesis module synthesis to be marked on described image module.
15. image module information identification systems as described in claim 14, it is characterized in that, described identification code labelling apparatus comprises an action module further, described action module is connected to described locating module communicatedly, and then described action module is said that the described identification code that described identification code is synthesized is marked on described labeling section.
16. image module information identification systems as claimed in claim 15, it is characterized in that, described identification code recognition device comprises a read module and an integrate module further, described read module is read the subsidiary information data of the described identification code that is marked on described labeling section, described integrate module is connected to described read module communicatedly, and then described integrate module is integrated information the reviewing for the production information to described image module storing described read module and read from described identification code.
17. image module information identification systems as claimed in claim 16, it is characterized in that, described labeling section is formed at the non-active area of the FPC of described image module.
18. image module information identification systems as claimed in claim 17, it is characterized in that, described labeling section is formed at the reinforcement steel plate of the described chip section investing described FPC.
19. image module information identification systems as claimed in claim 18, is characterized in that, described labeling section is selectively formed at the Ink Application place of connector part or other components and parts parts coating described FPC.
20. image module information identification systems as described in claim 18 or 19, it is characterized in that, described identification code is Quick Response Code, and described labeling section has at least one plain code and at least one private mark.
21. image module information identification systems as claimed in claim 20, is characterized in that, described ink is selectively light color or white ink.
22. image module information identification systems as claimed in claim 20, is characterized in that, described action module is Quick Response Code cold laser marker.
23. 1 kinds of image modules, it is characterized in that, described image module comprises a module main body, described module main body comprises a FPC, described FPC has at least one labeling section, and at least one identification code being accompanied with the production information data of described image module is marked on described labeling section and is obtained the production information of described image module by reading the incidental information data of described identification code.
24. image modules as claimed in claim 23, it is characterized in that, described labeling section is formed at the reinforcement steel plate of the chip part investing described FPC.
25. image modules as claimed in claim 23, is characterized in that, described labeling section is selectively formed at other components and parts after the connector part of described FPC.
26. image modules as claimed in claim 24, it is characterized in that, described labeling section is coated with ink.
27. image modules as described in claim 24 or 26, it is characterized in that, the area of described identification code is more than or equal to the area of described labeling section.
28. image modules as claimed in claim 27, is characterized in that, the incidental information data about described image module of each described identification code is different.
29. image modules as claimed in claim 28, it is characterized in that, described identification code is Quick Response Code, and described labeling section has at least one plain code and at least one private mark, and described Quick Response Code is accompanied with the information data of at least one about described image module.
30. image modules as claimed in claim 26, is characterized in that, described ink is white or light color inks.
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| CN201410430515.5A CN105447427A (en) | 2014-08-28 | 2014-08-28 | Image module and information identification method and information identification system thereof |
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