CN111210295A - Customized identification application system - Google Patents
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Abstract
The embodiment of the invention discloses a customized identification application system, which comprises: the system comprises a user customization subsystem, an entity manufacturing subsystem and a logistics transportation subsystem; the user customizing subsystem is used for acquiring the customizing information input by the user, generating a product identifier and associating the identity identifier of the user with the product identifier; the entity manufacturing subsystem is used for producing entity products according to the product identification, and the product identification is also related to the raw material identification for manufacturing the entity products and records production information; the logistics transportation subsystem is used for warehousing and transporting the entity products according to the product identifiers. In the invention, the related operation information of each subsystem is associated with the product identification, so that the multiple subsystems adopt the same identification, the raw material information, the production information, the logistics information and the like can be determined through the product identification, the accuracy and the high efficiency of information transmission are realized, the high-efficiency interconnection of the related information of the product is realized, the real-time traceability and the information integrity of the product information are realized, and the requirement of large-scale personalized customization is met.
Description
Technical Field
The embodiment of the invention relates to an intelligent manufacturing technology, in particular to a customized identification application system.
Background
Intelligent manufacturing is the sum of knowledge and intelligence, comprises intelligent manufacturing technology and an intelligent manufacturing system, and updates the concept of manufacturing automation by the cooperation of people and intelligent machines to extend to flexibility, intelligence and high integration.
In the existing intelligent manufacturing industry, when products are customized individually, interconnection of various links such as user interaction, production manufacturing and market feedback cannot be realized, so that an intelligent information system cannot be efficiently interconnected, information association cannot be in a rule, product tracing information is incomplete, and obstruction is caused for large-scale personalized customization.
Disclosure of Invention
The embodiment of the invention provides a customized identification application system, provides a new identification application system, and meets the requirements of real large-scale personalized customization.
The embodiment of the invention provides a customized identification application system, which comprises: the system comprises a user customization subsystem, an entity manufacturing subsystem and a logistics transportation subsystem;
the user customizing subsystem is used for acquiring the customizing information input by the user, generating a product identifier and associating the identity identifier of the user with the product identifier;
the entity manufacturing subsystem is used for producing an entity product according to the product identification, wherein the product identification is also related to a raw material identification for manufacturing the entity product and records production information;
and the logistics transportation subsystem is used for warehousing and transporting the entity products according to the product identifiers.
Further, the user-customized subsystem includes: a user experience device and a personalized customization device;
the user experience device is used for receiving the customized experience information input by the user and generating a virtual experience product;
the personalized customization device is used for determining the experience result of the user, acquiring the customization information of the user to generate a product identifier, and associating the identity identifier of the user with the product identifier.
Further, the entity manufacturing subsystem includes: the system comprises a virtual design device, a raw material extraction device, a modular production device and a final assembly device;
the virtual design device is used for designing a product according to the product identifier, generating a product design identifier and associating the product identifier with the product design identifier;
the raw material extracting device is used for identifying the product design identification to extract a plurality of raw materials required by production, and associating the product identification with the raw material identification of each raw material;
the modularized production device is used for processing a plurality of raw materials required by production, then assembling the raw materials into a plurality of parts, and recording production information in the product identification;
the final assembly device is used for assembling the plurality of components to produce the entity product and recording assembly information in the product identification.
Further, the entity manufacturing subsystem further comprises: advanced technology application detection devices;
the advanced technology application detection device is used for scanning and detecting the entity product to obtain detection information of the entity product and recording the detection information in the product identification.
Further, the entity manufacturing subsystem further comprises: an information processing device;
the information processing device is used for scanning the product identification and carrying out secret processing on the information related to the product identification.
Further, the logistics transportation subsystem comprises: the system comprises an in-site three-dimensional logistics device, an intelligent delivery device and a logistics transfer device;
the in-site three-dimensional logistics device is used for scanning the product identification, acquiring the position information of the corresponding product and then performing self-warehousing;
the intelligent delivery device is used for scanning the product identification, acquiring the address information of the corresponding product and delivering the product;
and the logistics transfer device is used for scanning the product identifier and associating the product identifier with transfer information.
In the embodiment of the invention, the customized identification application system comprises a user customized subsystem, an entity manufacturing subsystem and a logistics transportation subsystem, and the related operation information of each subsystem is associated with the product identification, so that the subsystems adopt the same identification, and workers or users can determine the raw material information, the production information, the logistics information and the like through the product identification on the product, thereby the whole process of the product is clear, the accuracy and the high efficiency of information transmission are realized, the high-efficiency interconnection of the related information of the product is realized, the real-time traceability and the information integrity of the product information are realized, and the requirement of large-scale personalized customization is met. In the embodiment of the invention, the customized identification application system builds the big data platform with the identification as the index, and can meet the large-scale personalized customization requirements of intelligent factories.
Drawings
In order to more clearly illustrate the embodiments of the present invention or the technical solutions in the prior art, a brief description will be given below of the drawings required for the embodiments or the technical solutions in the prior art, and it is obvious that the drawings in the following description are some embodiments of the present invention, and for those skilled in the art, other drawings can be obtained according to these drawings without creative efforts.
FIG. 1 is a schematic diagram of a custom sign application system provided by an embodiment of the invention;
FIG. 2 is a schematic diagram of a user-customized subsystem provided by an embodiment of the present invention;
FIG. 3 is a schematic diagram of a physical manufacturing subsystem provided by an embodiment of the present invention;
FIG. 4 is a schematic diagram of a physical manufacturing subsystem provided by an embodiment of the present invention;
FIG. 5 is a schematic diagram of a logistics transportation subsystem provided by an embodiment of the present invention;
fig. 6 is a schematic diagram of a customized identification application system according to an embodiment of the present invention.
Detailed Description
In order to make the objects, technical solutions and advantages of the present invention clearer, the technical solutions of the present invention will be clearly and completely described through embodiments with reference to the accompanying drawings in the embodiments of the present invention, and it is obvious that the described embodiments are some, but not all, embodiments of the present invention. All other embodiments, which can be derived by a person skilled in the art from the embodiments given herein without making any creative effort, shall fall within the protection scope of the present invention.
Referring to fig. 1, a schematic diagram of a customized identification application system according to an embodiment of the present invention is provided. The customized identification application system provided by the embodiment comprises: the system comprises a user customization subsystem 1, an entity manufacturing subsystem 2 and a logistics transportation subsystem 3; the user customizing subsystem 1 is used for acquiring customizing information input by a user, generating a product identifier, and associating the identity identifier of the user with the product identifier; the entity manufacturing subsystem 2 is used for producing entity products according to the product identifiers, wherein the product identifiers are also related to raw material identifiers and record production information; the logistics transportation subsystem 3 is used for warehousing and transporting the entity products according to the product identifications.
In this embodiment, the customized logo application system is suitable for large-scale personalized customization in the smart manufacturing industry.
In this embodiment, the user customizing subsystem 1 is configured to obtain customization information input by a user, generate a product identifier, and associate an identity identifier of the user with the product identifier. The user customizing subsystem 1 is a customizing login platform, after the user logs in, the user customizing subsystem 1 obtains the identity of the user, after the user inputs customizing information, the user customizing subsystem 1 generates a product identifier, and then the user customizing subsystem 1 associates the identity of the user with the product identifier. It can be understood that each user has a unique identity, after the order customization is completed, the identity contains information such as a receiving address, and the customized information is recorded in the product identifier. And associating the product identification with the identity identification, and scanning the product identification to determine the customized information of the user and the identity, address and other information carried in the identity identification. It should be noted that the custom subsystem is a computer program segment capable of implementing the order placing function, and the subsystem is more suitable for describing the execution process of software in a computer than the program.
In this embodiment, the entity manufacturing subsystem 2 is configured to produce an entity product according to a product identifier, where the product identifier is further associated with a raw material identifier of the manufactured entity product and records production information. And the entity manufacturing subsystem 2 communicates with the user customizing subsystem 1 to obtain the product identification sent by the user customizing subsystem 1. The entity manufacturing subsystem 2 identifies the product identification to obtain the customized information carried in the product identification, and the entity manufacturing subsystem 2 determines the raw material information required by the product according to the customized information, extracts the raw materials and assembles to produce the entity product. The entity manufacturing subsystem 2 is further integrated with a radio frequency technology, and can associate a raw material identifier of a raw material required by a product in the product identifier, and record manufacturing information of each step in the product identifier, so that a subsequent user can scan the product identifier to obtain the raw material identifier and the manufacturing process of the product. Optionally, each raw material has a unique identification.
The entity manufacturing subsystem 2 includes control means enabling control of the production process, and also includes a plurality of mounting devices, such as a robotic arm for grasping raw materials, a mounting robotic arm, and a high-definition camera for positioning during the mounting process, among others. The control device is integrated with a radio frequency technology and used for scanning the product identification to identify the customized information, then the control device determines the raw material information required by the product according to the customized information, then the robot arm is controlled to grab the raw material from the material library, the raw material is installed after being transported to the installation area, the robot arm is installed to grab the raw material for assembly, and the high-definition camera is installed and positioned. It is understood that the structure of the solid manufacturing subsystem includes, but is not limited to, the above examples, and the software and hardware for implementing the solid manufacturing subsystem fall within the scope of the present invention, such as a mobile carrier for transportation, etc., and are not limited in detail in the present invention.
In this embodiment, the logistics transportation subsystem 3 is used for warehousing and transporting the physical products according to the product identifiers. The logistics transportation subsystem 3 receives the physical product transmitted by the physical manufacturing subsystem 2, and the physical product carries the product identification. After the user places an order, the order information comprises the position information and the receiving address information of the product in the warehouse, and the order information is recorded in the product identification. The logistics transportation subsystem 3 identifies the product identifier, can determine the position information of the physical product and performs self-warehousing. The logistics transportation subsystem 3 also carries out intelligent shipment according to the product identification, reserves vehicles and scans the product identification for shipment. The logistics transportation subsystem 3 also determines the receiving address information according to the product identification, and can scan the product identification and record the transit information at each transit point. It is understood that the logistics transportation subsystem 3 is not a whole, and may be composed of a plurality of logistics transportation devices, such as a storage device disposed in a warehouse, which can scan the product identifier and realize the storage and shipment of the physical product, such as a transfer device disposed at each transfer point, which can scan the product identifier and record the transfer information in the product identifier. It is understood that the structure of the logistics transportation subsystem includes, but is not limited to, the above examples, and the software and hardware for warehousing, shipping and transportation are all within the scope of the present invention, and are not specifically limited in the present invention.
In the embodiment of the invention, the customized identification application system comprises a user customized subsystem, an entity manufacturing subsystem and a logistics transportation subsystem, and the related operation information of each subsystem is associated with the product identification, so that the subsystems adopt the same identification, and workers or users can determine the raw material information, the production information, the logistics information and the like through the product identification on the product, thereby the whole process of the product is clear, the accuracy and the high efficiency of information transmission are realized, the high-efficiency interconnection of the related information of the product is realized, the real-time traceability and the information integrity of the product information are realized, and the requirement of large-scale personalized customization is met. In the embodiment, the customized identification application system builds a big data platform with the identification as an index, and can meet the large-scale personalized customization requirements of an intelligent factory.
Illustratively, on the basis of the above technical solution, the optional user-customized subsystem 1 shown in fig. 2 includes: a user experience device 11 and a personalization customization device 12; the user experience device 11 is used for receiving the customized experience information input by the user and generating a virtual experience product; the personalized customization device 12 is used for determining the experience result of the user, acquiring the customized information of the user to generate a product identifier, and associating the identity identifier of the user with the product identifier.
In this embodiment, the user experience device 11 is configured to receive customized experience information input by a user and generate a virtual experience product. Specifically, each user has a unique identification ID in the user customizing subsystem 1, the user customizing subsystem 1 includes a virtual simulation platform, the user logs in the user customizing subsystem 1 and inputs customizing experience information through the virtual simulation platform therein, the customizing experience information is personalized customizing information of a desired product, which is input by the user according to the preference of the user, and the virtual simulation platform generates a virtual experience product according to the customizing experience information. It can be understood that the virtual experience product is a personalized product generated by virtual experience of a user on a virtual simulation platform, and is not an actual product. The user experience device 11 is arranged, so that the user can experience personalized customization in advance, and then the user performs customization modification and the like according to the displayed virtual personalized product, so as to obtain the personalized product completely meeting the requirements of the user. The user experience is improved, and the situation that the actual product does not conform to the expected effect customized by the user is avoided.
In this embodiment, the personalized customization device 12 is configured to determine an experience result of the user, and obtain customization information of the user to generate a product identifier, and associate the identity identifier of the user with the product identifier. The customized experience information of the product that is customized to best fit the user's customization expectation in the user experience device 11 may be selected as the experience result, which the user may input in the personalization customization device 12, and which is set as the customization information. The user may not connect with the user experience device 11, but directly input the required customization information into the personalization customization device 12 to perform customization. The personalized customization device 12 generates a unique product identifier for the customized order, records the customized information of the customized order in the product identifier, scans the product identifier to obtain corresponding customized information, and associates the product identifier with the identity identifier of the user. It will be appreciated that different custom orders correspond to different product identifiers.
Illustratively, on the basis of the above technical solution, the optional entity manufacturing subsystem 2 shown in fig. 3 includes: a virtual design device 21, a raw material extraction device 22, a modular production device 23, and a final assembly device 24; the virtual design device 21 is used for designing a product according to the product identifier and generating a product design identifier, and associating the product identifier with the product design identifier; the raw material extracting means 22 for recognizing a product design identification to extract a plurality of raw materials required for production, associating the product identification with a raw material identification of each raw material; the modular production device 23 is used for processing various raw materials required by production, then assembling the raw materials into a plurality of parts, and recording production information in the product identification; the final assembly device 24 is used to assemble a plurality of components to produce a physical product and record the assembly information in the product identification.
In this embodiment, the virtual design apparatus 21 is configured to design a product according to a product identifier, generate a product design identifier, and associate the product identifier with the product design identifier. The virtual design device 21 obtains the product identifier to obtain the customized information therein, performs the customized product design, generates a unique product design identifier for the customized product design, and finally associates the product design identifier and the product identifier, wherein the customized product design includes raw materials required by the customized product. Obviously, the product designer can control the product design using the virtual design apparatus 21.
In this embodiment, the raw material extraction device 22 is used to identify a product design identifier to extract a plurality of raw materials required for production, and to associate the product identifier with the raw material identifier of each raw material. The raw material extraction device 22 may obtain information about raw materials required for the customized product recorded therein by recognizing the product design identification, and perform raw material preparation, each raw material prepared having its unique raw material identification, and then the raw material extraction device 22 associates the product identification with each raw material identification.
In this embodiment, the modular production apparatus 23 is used for processing a plurality of raw materials required for production, then assembling the raw materials into a plurality of parts, and recording production information in the product identifier. The modular production apparatus 23 processes different raw materials according to the customized information of the product identification, and assembles different components, wherein each production manufacturing process information is recorded in the product identification using the RFID technology.
In this embodiment, the final assembly device 24 is used for assembling a plurality of components to produce a solid product, and recording the assembly information in the product identifier. The final assembly device 24 assembles the components during which RFID technology is used to record assembly process information within the product identification.
The optional entity manufacturing subsystem 2 as shown in FIG. 4 further includes: advanced technology application detection means 25; the advanced technology application detection device 25 is used for scanning and detecting the physical product to obtain detection information of the physical product, and recording the detection information in the product identification.
In this embodiment, the entity manufacturing subsystem 2 may also optionally include an advanced technology application detection device 25. The advanced technology application detection device 25 is used for detecting the final assembled entity product, and specifically, advanced technologies such as machine vision are used for scanning the entity product to detect product quality information. Meanwhile, the advanced technology application detecting device 25 records the detection process and the detection result of the product in the product identification using the RFID technology. After final assembly, detection is carried out, whether the product has customization defects can be detected, such as whether the color is consistent with the customization information, whether the surface has defects, whether the product appearance has depressions and the like, and the correctness of the customized product can be improved.
The optional entity manufacturing subsystem 2 as shown in FIG. 4 further includes: an information processing device 26; the information processing device 26 is used for scanning the product identification and carrying out security processing on the information related to the product identification.
In this embodiment, the entity manufacturing subsystem 2 uses RFID technology to associate information of various RFID records in the product identifier, which relates to product design, production, and detection and is not suitable for user query, based on which the information processing device 26 can scan the product identifier and perform confidential processing on information related to product production associated with the product identifier, so that the staff can trace the product quality, more comprehensive information of the production manufacturing process is provided for improvement and innovation, and thus the quality can be improved.
Illustratively, on the basis of the above technical solution, the optional logistics transportation subsystem 3 shown in fig. 5 comprises: the system comprises an on-site stereoscopic logistics device 31, an intelligent delivery device 32 and a logistics transfer device 33; the in-site three-dimensional logistics device 31 is used for scanning the product identification, acquiring the position information of the corresponding product, and then performing self-warehousing; the intelligent shipment device 32 is used for scanning the product identifier, acquiring the address information of the corresponding product, and then shipping; the logistics transit device 33 is used for scanning the product identifier and associating the product identifier with transit information.
In this embodiment, the in-site stereoscopic logistics apparatus 31 may be a control apparatus, and is used for controlling the in-warehouse transportation equipment such as a stacker crane. The in-site three-dimensional logistics device 31 scans the product identification and determines the storage position of the product, then the in-site three-dimensional logistics device 31 automatically stores the entity product through in-storage transportation equipment such as a stacker crane and the like, namely, the product is transferred to the target storage position, and the storage position information is related to the order information and recorded in the product identification.
In this embodiment, the intelligent delivery device 32 scans the product identifier to determine the product delivery information, which includes the product delivery time and address. When the product storage time reaches the product delivery time, the intelligent delivery device 32 delivers the solid products out of the warehouse through in-warehouse transportation equipment such as a stacker crane, meanwhile, the intelligent delivery device 32 can reasonably design the delivery time of each product, set a schedule, automatically reserve vehicles according to the schedule and scan product identifiers for delivery.
In this embodiment, the logistics transit apparatus 33 may be disposed at each transit point or on a transportation vehicle. After the vehicle reaches each transit point, the logistics transit device 33 automatically scans the product identification and records the transit point information, i.e. transit records, in the logistics transit point information, so that the product identification can be associated with the logistics information.
Optionally, the customized identification application system is further adapted to a user installation process; after the product arrives at the home of the user, the user can extract the installation information and simply install the product after scanning the product identification, and if the installation is complex, the installation information can be sent and the product can be installed by special personnel of a seller. Optionally, the customized logo application system is further adapted for marketing processes; that is, each newspaper, periodical, business card, etc. has its own product identification, and after the reader scans the product identification, the reader can obtain the product information, and the product propaganda effect is achieved. Optionally, the customized identification application system is further adapted to a user evaluation process; the user can directly interact with the product seller and the manufacturer by scanning the product identification through information or voice. Optionally, the customized identification application system is further adapted to a virtual design process; and the product manufacturer optimizes and upgrades the product through the virtual simulation platform according to the user evaluation, and finally provides a new element of user experience.
As described above, the embodiment of the present invention provides a large-scale personalized customized identification application system as shown in fig. 6, and a large data platform using an identification as an index is built, so that the requirement of large-scale personalized customization of an intelligent factory is met, and the system can be applied to the fields of identification analysis and intelligent manufacturing. Compared with the prior art, the system is applied to the intelligent manufacturing industry, can be applied to nine major links of user interaction, design research and development, module purchase, production and manufacturing, factory delivery, logistics transfer, user installation, marketing and user evaluation based on the large-scale personalized customized identification analysis technology of the system, uses the same identification in each link, and can be efficiently interconnected and associated with information in informatization systems such as a user system, a DIY system, an order system, ERP, iMES, iWMS, TMS, HCC and the like, so that product tracing information is comprehensive, and convenience is provided for large-scale personalized customization. In the embodiment of the invention, a unified product identifier is used in four links of module purchase, production and manufacture, factory delivery and logistics transfer, the service information of each link is recorded by the identifier, and meanwhile, the product identifier is also associated with user interaction, design and research links, user installation, marketing and user evaluation, and the full-process identifier application from the user interaction to the user evaluation forms identifier information interconnection, information system interconnection and interconnection factory large-scale personalized customization, so that the real large-scale personalized customization requirement is met, the product information can be completely traced in real time, and the intelligent factory large-scale personalized customization, product tracing, product supplier management and the like are completely realized through an integral mode flow of the identifier application.
It is to be noted that the foregoing is only illustrative of the preferred embodiments of the present invention and the technical principles employed. It will be understood by those skilled in the art that the present invention is not limited to the particular embodiments described herein, but is capable of various obvious modifications, rearrangements, combinations and substitutions as will now become apparent to those skilled in the art without departing from the scope of the invention. Therefore, although the present invention has been described in greater detail by the above embodiments, the present invention is not limited to the above embodiments, and may include other equivalent embodiments without departing from the spirit of the present invention, and the scope of the present invention is determined by the scope of the appended claims.
Claims (6)
1. A custom signage application, comprising: the system comprises a user customization subsystem, an entity manufacturing subsystem and a logistics transportation subsystem;
the user customizing subsystem is used for acquiring the customizing information input by the user, generating a product identifier and associating the identity identifier of the user with the product identifier;
the entity manufacturing subsystem is used for producing an entity product according to the product identification, wherein the product identification is also related to a raw material identification for manufacturing the entity product and records production information;
and the logistics transportation subsystem is used for warehousing and transporting the entity products according to the product identifiers.
2. The custom logo application system as claimed in claim 1 wherein said user customization subsystem comprises: a user experience device and a personalized customization device;
the user experience device is used for receiving the customized experience information input by the user and generating a virtual experience product;
the personalized customization device is used for determining the experience result of the user, acquiring the customization information of the user to generate a product identifier, and associating the identity identifier of the user with the product identifier.
3. The custom logo application system as claimed in claim 1 wherein said entity manufacturing subsystem comprises: the system comprises a virtual design device, a raw material extraction device, a modular production device and a final assembly device;
the virtual design device is used for designing a product according to the product identifier, generating a product design identifier and associating the product identifier with the product design identifier;
the raw material extracting device is used for identifying the product design identification to extract a plurality of raw materials required by production, and associating the product identification with the raw material identification of each raw material;
the modularized production device is used for processing a plurality of raw materials required by production, then assembling the raw materials into a plurality of parts, and recording production information in the product identification;
the final assembly device is used for assembling the plurality of components to produce the entity product and recording assembly information in the product identification.
4. The custom logo application system as claimed in claim 3 wherein said entity manufacturing subsystem further comprises: advanced technology application detection devices;
the advanced technology application detection device is used for scanning and detecting the entity product to obtain detection information of the entity product and recording the detection information in the product identification.
5. The custom logo application system as claimed in claim 4 wherein said entity manufacturing subsystem further comprises: an information processing device;
the information processing device is used for scanning the product identification and carrying out secret processing on the information related to the product identification.
6. The customized logo application system according to claim 1 wherein the logistics transportation subsystem comprises: the system comprises an in-site three-dimensional logistics device, an intelligent delivery device and a logistics transfer device;
the in-site three-dimensional logistics device is used for scanning the product identification, acquiring the position information of the corresponding product and then performing self-warehousing;
the intelligent delivery device is used for scanning the product identification, acquiring the address information of the corresponding product and delivering the product;
and the logistics transfer device is used for scanning the product identifier and associating the product identifier with transfer information.
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| CN201911194969.6A CN111210295A (en) | 2019-11-28 | 2019-11-28 | Customized identification application system |
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