CN114298255A - Multimedia cloud tag system and method - Google Patents
Multimedia cloud tag system and method Download PDFInfo
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- CN114298255A CN114298255A CN202111660672.1A CN202111660672A CN114298255A CN 114298255 A CN114298255 A CN 114298255A CN 202111660672 A CN202111660672 A CN 202111660672A CN 114298255 A CN114298255 A CN 114298255A
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Abstract
The invention provides a multimedia cloud tag system and a multimedia cloud tag method. The system has a complete structure, is refined layer by layer and has a relatively complete framework; the expandability is strong, and various data information can be accommodated; allowing the user to store personalized information. By carrying out hierarchical authorization on the user, the user can be ensured to carry out deep participation of different levels according to actual requirements. The online mapping of the offline object is carried out through the one-to-one correspondence of one object to one code and one code to one address, the function of internet of everything is realized, and the management of cloud labels belonging to different positions and articles represented by the cloud labels by a cloud label owner is realized. Through the continuous energization of the cloud tags, the capacity of the tags is greatly expanded, and the cloud tags are modeled into a three-dimensional system, so that the cloud tags become links and nodes which link everything together.
Description
Technical Field
The invention relates to the field of labels, in particular to a technology for managing multimedia information by comprehensively using technologies such as multidimensional codes, clouds, block chains and the like so as to realize article management and internet of everything.
Background
In the prior art, the following methods are mainly included:
1) conventional paper labels. The label is attached to the article in a self-adhesive sticker mode, and article identification is carried out in a handwriting or printing mode.
2) And (6) code labeling. Through modes such as one-dimensional code, two-dimensional code, realize tracing to the source or commodity information show of object, user's readable not writable
3) An RFID tag. The RFID label content is read in an NFC mode, the tracing of objects or the display of commodity information are realized, and a user can only read and not write
Although some technical solutions implement interaction with a user and allow the user to add information, these solutions do not design a system from the perspective of article management and internet of everything, and the system still has many disadvantages. In summary, the aforementioned solutions generally suffer from the following problems:
1) the tag capacity is limited.
2) The user is not engaged or is low in engagement.
3) And no system scheme or incomplete system scheme exists, the amount of information which can be accommodated is limited, and the expandability is insufficient.
Disclosure of Invention
The technical scheme provided by the invention solves the following problems:
1) the capacity of the tags is expanded, so that reliable relation is established between small tags and massive cloud storage.
2) The method ensures that the user can participate in the system deeply at different levels according to actual requirements and is integrated into the whole system.
3) The system has a complete structure and strong expandability, can accommodate various data information, and allows a user to store personalized information.
4) The online mapping of the offline object is carried out through the one-to-one correspondence of one object to one code and one code to one address, the function of internet of everything is realized, and the management of cloud labels belonging to different positions and articles represented by the cloud labels by a cloud label owner is realized.
5) Through the combination of the multimedia cloud tag, the block chain and the Internet of things technology, various application management including source tracing, anti-counterfeiting, notarization and the like for the marked articles based on the multimedia cloud tag is achieved.
6) Through the combination with the virtual reality technology, the marker can live, and the interest, intelligence and convenience of the person and object connection marker are increased.
In a first aspect, an embodiment of the present invention provides a multimedia cloud tag system, where the system includes:
the cloud tag is used for displaying the identification address; the identification address is unique and corresponds to the cloud label one by one; the cloud tag is displayed on and/or near an item and/or at an administrative location, in one-to-one correspondence with the item. The management position is a display position set up according to the management requirement.
The cloud management platform is used for storing and managing multimedia data and accessing through the identification address; this high in the clouds management platform includes: the storage module is used for storing the multimedia data; the memory module comprises memory units, wherein the memory units have memory unit addresses in one-to-one correspondence; a management module for managing the multimedia data; the management module includes: the identification address generating unit is used for generating the identification address; the address conversion unit is used for converting the identification address into cloud label information which can be borne by the cloud label; the memory space matching unit is used for associating the identification address with the memory unit address and allocating the memory unit; the data receiving unit is used for receiving the multimedia data and storing the multimedia data into the storage unit corresponding to the storage unit address distributed by the storage space matching unit; the data reading unit is used for sending the storage space address corresponding to the identification address, and the multimedia data stored in the storage space can be accessed through the storage space address; and the article marking unit is used for marking the article.
And the cloud label manufacturing tool is used for manufacturing the cloud label so as to display the cloud label through the article.
And the cloud tag identification tool is used for reading the identification address shown in the cloud tag.
The multimedia data uploading tool is used for enabling the data receiving unit to store the multimedia data which is manufactured or is being manufactured into the storage unit by accessing the identification address read by the cloud label recognition tool;
and the multimedia data display tool is used for obtaining the address of the storage unit distributed by the storage space matching unit by accessing the identification address read by the cloud tag identification tool, reading the multimedia data in the storage unit and playing the multimedia data.
In some embodiments, the present invention provides a multimedia cloud tag system:
the cloud tag includes an RFID tag.
The address translation unit includes an RFID information generation component for generation of information stored to the RFID tag.
The cloud label manufacturing tool comprises a writing device of the RFID label.
The cloud label identification tool comprises a reading device of the RFID label.
In some embodiments, the present invention provides a multimedia cloud tag system:
the cloud tag includes an N-dimensional code tag, N > 0.
The address conversion unit includes an N-dimensional code generation component for generation of the N-dimensional code, the N-dimensional code being for storing the identification address, N > 0.
The cloud label manufacturing tool comprises manufacturing equipment of the N-dimensional code label, wherein N is greater than 0.
The cloud label identification tool comprises a reading device of the N-dimensional code label, wherein N > 0.
In some embodiments, the present invention provides a multimedia cloud tag system:
the cloud tag includes: an RFID tag; an N-dimensional code tag, N > 0.
The address translation unit includes: an RFID information generation component for generation of information stored into the RFID tag; and an N-dimensional code generation component for generating the N-dimensional code, wherein the N-dimensional code is used for storing the identification address, and N > 0.
This cloud label manufacturing tool includes: a writing device of the RFID tag; the manufacturing equipment of the N-dimensional code label has N > 0.
This cloud label recognition tool includes: a reading device of the RFID tag; the reading device of the N-dimensional code tag, N > 0.
In some embodiments, the present invention provides a multimedia cloud tag system:
when N is 2, this N dimension code is the two-dimensional code, and this system still includes:
and the traditional label is formed by handwriting or printing and is positioned in the center of the two-dimensional code.
In some embodiments, the present invention provides a multimedia cloud tag system, further comprising:
conventional labels, either handwritten or printed, are displayed on and/or near the item and/or at the management location.
In some embodiments, the present invention provides a multimedia cloud tag system:
the management module further comprises:
and the user authorization unit is used for authorizing the user to obtain the authority of reading or storing part or all of the multimedia data or marking part or all of the article.
In some embodiments, the present invention provides a multimedia cloud tag system:
the memory cells are the respective nodes of the blockchain.
In some embodiments, the present invention provides a multimedia cloud tag system:
the multimedia data presentation tool is a virtual reality device.
In a second aspect, an embodiment of the present invention provides a multimedia cloud tagging method, where the method includes:
an identification address is generated, the identification address having uniqueness.
And converting the identification address into cloud label information which can be borne by a cloud label.
Manufacturing the cloud label, wherein the cloud label bears the cloud label information, namely the cloud label information comprises the identification address; the cloud label and the identification address have a one-to-one correspondence relationship; placing the cloud tag on and/or near an article and/or a management location, the article and the cloud tag having a one-to-one correspondence; the management position is a display position set up according to the management requirement.
And scanning the cloud tag to obtain the identification address, and accessing the cloud management platform through the identification address.
Uploading the made or making multimedia data to the cloud management platform; the cloud management platform allocates a storage space for the multimedia data for storage, and associates a storage space address of the storage space with the identification address; the storage space and the storage space address have a one-to-one correspondence relationship.
And acquiring the storage space address associated with the identification address through the cloud management platform, reading the multimedia data stored in the storage space corresponding to the storage space address, and displaying the multimedia data.
Marking the multimedia data and/or the article through the recognition function of a user or the cloud management platform.
In some embodiments, the present invention provides a multimedia cloud tag method:
the cloud tag includes an RFID tag.
The cloud tag information includes RFID information, which is information stored in the RFID tag.
The cloud label manufacturing tool comprises a writing device of the RFID label.
The cloud label identification tool comprises a reading device of the RFID label.
In some embodiments, the present invention provides a multimedia cloud tag method:
the cloud tag includes an N-dimensional code tag, N > 0.
The cloud tag information includes an N-dimensional code, N > 0.
The cloud label manufacturing tool comprises manufacturing equipment of the N-dimensional code label, wherein N is greater than 0.
The cloud label identification tool comprises a reading device of the N-dimensional code label, wherein N > 0.
In some embodiments, the present invention provides a multimedia cloud tag method:
the cloud tag includes: an RFID tag; an N-dimensional code tag, N > 0.
The cloud tag information includes: RFID information, which is information stored in the RFID tag; n dimensional code, N > 0.
This cloud label manufacturing tool includes: a writing device of the RFID tag; the manufacturing equipment of the N-dimensional code label has N > 0.
This cloud label recognition tool includes: a reading device of the RFID tag; the reading device of the N-dimensional code tag, N > 0.
In some embodiments, the present invention provides a multimedia cloud tag method:
when N is 2, the N-dimensional code is a two-dimensional code, and the method further includes:
the center of the two-dimensional code is provided with a traditional label which is formed by handwriting or printing.
In some embodiments, the present invention provides a multimedia cloud tag method, further comprising:
a conventional label is displayed on and/or near the item and/or at the administrative location, the conventional label being made by handwriting or printing.
In some embodiments, the present invention provides a multimedia cloud tag method, further comprising:
the user is authorized to obtain the right to read or store part or all of the multimedia data or to mark part or all of the article.
In some embodiments, the present invention provides a multimedia cloud tag method: the memory cells are the respective nodes of the blockchain.
In some embodiments, the present invention provides a multimedia cloud tag method: the multimedia data is displayed through virtual reality equipment.
The system of the technical scheme provided by the invention comprises a cloud tag, a cloud management platform, a cloud tag manufacturing tool, a cloud tag identification tool, a multimedia data uploading tool and a multimedia data display tool. The cloud management platform comprises a storage module and a management module. The management module comprises an identification address generating unit, an address converting unit, a storage space matching unit, a data receiving unit, a data reading unit and an article marking unit. The whole system has a complete structure and covers all links of cloud label application; the structure is refined layer by layer, and a relatively complete framework is provided; the expandability is strong, and various data information can be accommodated; allowing the user to store personalized information. By carrying out hierarchical authorization on the user, the user can be ensured to carry out deep participation of different levels according to actual requirements and be integrated into the whole system. The online mapping of the offline object is carried out through the one-to-one correspondence of one object to one code and one code to one address, the function of internet of everything is realized, and the management of cloud labels belonging to different positions and articles represented by the cloud labels by a cloud label owner is realized. Through the combination of the multimedia cloud tag, the block chain and the Internet of things technology, various application management including source tracing, anti-counterfeiting, notarization and the like for the marked articles based on the multimedia cloud tag is achieved. Through the combination with the virtual reality technology, the marker can live, and the interest, intelligence and convenience of the person and object connection marker are increased. According to the technical scheme, the capacity of the tags is greatly expanded by continuously energizing the cloud tags, so that reliable relation is established between small tags and mass cloud storage, the connotation of the tags is further enriched, the cloud tags are designed into a three-dimensional system, and the cloud tags are provided with a three-dimensional method so as to become links and nodes for linking everything together.
Drawings
In order to more clearly illustrate the technical solutions of the embodiments of the present invention, the drawings required to be used in the description of the embodiments or the prior art will be briefly described below, and it is obvious that the drawings in the following description are only some embodiments of the present invention, and it is obvious for those skilled in the art that other drawings can be obtained according to these drawings without inventive labor.
Fig. 1 is a system structure diagram of a multimedia cloud tag system according to an embodiment of the present invention.
Fig. 2 is a flowchart illustrating an embodiment of a multimedia cloud tag system according to the present invention.
Fig. 3 is a RFID tag style diagram of an embodiment of the multimedia cloud tag system of the present invention.
Fig. 4 is a built-in pattern of a combination of a two-dimensional code and a conventional tag according to an embodiment of the multimedia cloud tag system of the present invention.
Fig. 5 is a combined pattern of a two-dimensional code and a conventional tag according to an embodiment of the multimedia cloud tag system of the present invention.
Detailed Description
The term "and/or" herein is merely an association describing an associated object, meaning that three relationships may exist, e.g., a and/or B, may mean: a exists alone, A and B exist simultaneously, and B exists alone. In addition, the character "/" herein generally indicates that the former and latter related objects are in an "or" relationship.
The technical solutions in the embodiments of the present application will be clearly and completely described below with reference to the drawings in the embodiments of the present application. It should be understood by those skilled in the art that the embodiments described are a part of the embodiments of the present invention, and not all embodiments. Based on the embodiments in this application, a person skilled in the art can make any suitable modification or variation to obtain all other embodiments.
In a first aspect, an embodiment of the present invention provides a multimedia cloud tag system, where the system includes:
the cloud tag is used for displaying the identification address; the identification address is unique and corresponds to the cloud label one by one; the cloud tag is displayed on and/or near an item and/or at an administrative location, in one-to-one correspondence with the item. The management position is a display position set up according to the management requirement.
The cloud management platform is used for storing and managing multimedia data and accessing through the identification address; this high in the clouds management platform includes: the storage module is used for storing the multimedia data; the memory module comprises memory units, wherein the memory units have memory unit addresses in one-to-one correspondence; a management module for managing the multimedia data; the management module includes: the identification address generating unit is used for generating the identification address; the address conversion unit is used for converting the identification address into cloud label information which can be borne by the cloud label; the memory space matching unit is used for associating the identification address with the memory unit address and allocating the memory unit; the data receiving unit is used for receiving the multimedia data and storing the multimedia data into the storage unit corresponding to the storage unit address distributed by the storage space matching unit; the data reading unit is used for sending the storage space address corresponding to the identification address, and the multimedia data stored in the storage space can be accessed through the storage space address; and the article marking unit is used for marking the article.
And the cloud label manufacturing tool is used for manufacturing the cloud label so as to display the cloud label through the article.
And the cloud tag identification tool is used for reading the identification address shown in the cloud tag.
The multimedia data uploading tool is used for enabling the data receiving unit to store the multimedia data which is manufactured or is being manufactured into the storage unit by accessing the identification address read by the cloud label recognition tool;
and the multimedia data display tool is used for obtaining the address of the storage unit distributed by the storage space matching unit by accessing the identification address read by the cloud tag identification tool, reading the multimedia data in the storage unit and playing the multimedia data.
In this embodiment, as shown in fig. 1, the multimedia cloud tag system includes a cloud tag, a cloud management platform, a cloud tag manufacturing tool, a cloud tag recognition tool, a multimedia data uploading tool, and a multimedia data display tool. The cloud management platform comprises a storage module and a management module. The management module comprises an identification address generating unit, an address converting unit, a storage space matching unit, a data receiving unit, a data reading unit and an article marking unit.
The cloud tag has various forms, can be an N-dimensional code with N >0 such as a one-dimensional code, a two-dimensional code, a three-dimensional code and the like, can be an RFID tag, and can also be other image-text combinations capable of storing information with a unique identification function, such as a unique serial code which can be identified through an image identification function. The cloud label can also be any combination of the foregoing forms, as long as the cloud label can be unique and is distinguished from other cloud labels. The cloud tag is used for showing the identification address. The identification address is unique and corresponds to the cloud label one by one. The cloud tag is displayed on and/or near an item and/or at an administrative location, in one-to-one correspondence with the item. The on-line mapping of the off-line object is carried out through the one-to-one correspondence of the one-object-one code and the one-code-one address, and the function of internet of everything is realized. The display may be a physical cloud tag attached to and/or near an object and/or a management location, or an electronic cloud tag that can be called from inside or near the object at any time for displaying, such as displaying through a display screen on the object, or projecting, or sending to a mobile phone or a mailbox of a requestor. The management position is a display position set up according to the management requirement, and can be in an item index of an owner of the item or a task list of a maintainer of the item. If the article is a printer owned by a company A and outsourced to a company B for maintenance service, the company B as the owner and the company B as the maintainer can display the cloud label, so that the work of respective staff is facilitated. It is emphasized here that what is called uniqueness is in terms of the information carried by the cloud tag, and not the uniqueness of the cloud tag as a substance itself. The cloud tag may have one or more copies, at different locations according to administrative needs.
The cloud management platform is used for storing and managing multimedia data and accessing through the identification address.
This high in the clouds management platform includes:
and the storage module is used for storing the multimedia data. The memory module comprises memory cells, and the memory cells have memory cell addresses in one-to-one correspondence. The storage module can be a computer located on a network, a distributed cloud storage system, or a block chain. In short, it is sufficient that the cloud is located and the multimedia data can be stored.
And the management module is used for managing the multimedia data. The management module includes: the management module comprises an identification address generating unit, an address converting unit, a storage space matching unit, a data receiving unit, a data reading unit and an article marking unit. The identification address generating unit generates identification addresses with uniqueness, namely any two identification addresses are different. The address conversion unit converts the identification address into information that can be carried by the cloud tag, that is, the form of the cloud tag information depends on the form of the cloud tag. The storage space matching unit is responsible for allocating the storage space and associating the address of the allocated storage space with the corresponding identification address. The data receiving unit is responsible for receiving the multimedia data and storing the multimedia data into the storage space allocated by the storage space matching unit. The data reading unit is configured to send the storage space address corresponding to the identification address, and the multimedia data stored in the storage space can be accessed through the storage space address. The article marking unit is used for marking the article. Marking is the application of a digital label to the article. The digital tag can be filled or selected by a person according to own judgment, can be extracted from multimedia data by the cloud management platform, and can be filled or selected by the cloud management platform according to other people or can be associated according to the digital tag extracted before the cloud management platform.
The cloud label manufacturing tool can be a printer, an RFID label writing device and equipment capable of calling the electronic cloud label. One or more cloud label making tools can be provided, and the cloud label making tools are suitable for the form of the cloud label.
The cloud tag identification tool can be a mobile phone or other handheld devices, and can also be a special device in a production workshop. The device capable of identifying part or all of the cloud tag is the cloud tag identification tool, and there may be one or more devices.
The multimedia data uploading tool can be various devices such as a mobile phone, a tablet personal computer and a computer. The uploaded multimedia data may be recorded or recorded, and is uploaded while recording, that is, the uploaded multimedia data is streaming data. The mode of recording and uploading can make full use of massive cloud storage space to greatly relieve the problem of insufficient local storage space.
The multimedia data display tool can be various devices such as a mobile phone, a tablet personal computer, a television and the like, can be integrated with access and display, can also be respectively executed on different devices through access and display, such as obtaining the multimedia data through accessing a website by the computer and displaying the multimedia data through a projector, and can also be distributed, such as obtaining the multimedia data through one device and then transmitting the multimedia data to other remote devices for display.
As shown in fig. 2, the usage flow of the cloud tag system is as follows: attaching a multimedia cloud label to an article → reading the multimedia label, acquiring a cloud address → storing multimedia data identifications such as characters, audio, images, videos and virtual reality to a cloud management platform → reading the multimedia label, acquiring the cloud address → triggering a reading function of a mobile phone or other equipment, and displaying the content of the multimedia data. The user can be linked to the cloud system through reading the tag address, and various information such as the attribute, price, time (including time information such as production, purchase and use), owner, contact way, contract, video, audio and photo of the article can be identified and stored in the cloud, so that the article can be energized and managed. Meanwhile, the system can realize the purpose of 'clustering by types of objects and grouping by types of people' through the label aggregation of the objects. Cloud tags can have many application scenarios in life. For example, through the cloud tag, the traditional notebook can be upgraded to a paper and cloud recording mode from paper recording, the cloud records store photos, voices, files and videos, and the notebook can record key points by using paper and notes. For another example, various service management of the vehicle can be realized through the cloud tag, including but not limited to contacting vehicle owner moving, rescue service contact and the like. By means of the cloud label technology, the construction of a novel internet of things technology can be achieved, and the technology is transformed from B2M (connection from an enterprise to a machine or between objects) to be upgraded into C-M-B, C-M-C (connection from a person to an enterprise or from a person to an object to a person).
Here, B means an enterprise, M means a machine or an object, and C means an individual user. The original main implementation mode of the internet of things B2M is as follows: and (3) inserting an Internet of things card into an object produced by an enterprise, and transmitting the related data of the object to an enterprise platform in a communication mode, so that the enterprise can manage the equipment and the production. The cloud tag can promote participation of a user (C) who uses the object, information related to the object is written by the user, the object (M) is used as a transit link, and connection between a character person (C2M2C) and a character enterprise (C2M2B) is achieved. 2 is an abbreviation for the English word to (Two).
In some embodiments, the present invention provides a multimedia cloud tag system:
the cloud tag includes an RFID tag.
The address translation unit includes an RFID information generation component for generation of information stored to the RFID tag.
The cloud label manufacturing tool comprises a writing device of the RFID label.
The cloud label identification tool comprises a reading device of the RFID label.
In this embodiment, the cloud tag includes an RFID tag, and the RFID tag is as shown in fig. 3. The address translation unit includes an RFID information generation component for generation of information stored to the RFID tag. The cloud label manufacturing tool comprises a writing device of the RFID label. The cloud label identification tool comprises a reading device of the RFID label. The form of the cloud label, the address conversion mode, the manufacturing tool and the identification tool all have corresponding relations and can be matched with each other to complete the whole process.
In some embodiments, the present invention provides a multimedia cloud tag system:
the cloud tag includes an N-dimensional code tag, N > 0.
The address conversion unit includes an N-dimensional code generation component for generation of the N-dimensional code, the N-dimensional code being for storing the identification address, N > 0.
The cloud label manufacturing tool comprises manufacturing equipment of the N-dimensional code label, wherein N is greater than 0.
The cloud label identification tool comprises a reading device of the N-dimensional code label, wherein N > 0.
In this embodiment, the cloud tag includes an N-dimensional code tag, where N > 0. The address conversion unit includes an N-dimensional code generation component for generation of the N-dimensional code, the N-dimensional code being for storing the identification address, N > 0. The cloud label manufacturing tool comprises manufacturing equipment of the N-dimensional code label, wherein N is greater than 0. The cloud label identification tool comprises a reading device of the N-dimensional code label, wherein N > 0. The form of the cloud label, the address conversion mode, the manufacturing tool and the identification tool all have corresponding relations and can be matched with each other to complete the whole process.
In some embodiments, the present invention provides a multimedia cloud tag system:
the cloud tag includes: an RFID tag; an N-dimensional code tag, N > 0.
The address translation unit includes: an RFID information generation component for generation of information stored into the RFID tag; and an N-dimensional code generation component for generating the N-dimensional code, wherein the N-dimensional code is used for storing the identification address, and N > 0.
This cloud label manufacturing tool includes: a writing device of the RFID tag; the manufacturing equipment of the N-dimensional code label has N > 0.
This cloud label recognition tool includes: a reading device of the RFID tag; the reading device of the N-dimensional code tag, N > 0.
In this embodiment, the cloud tag includes: an RFID tag; an N-dimensional code tag, N > 0. The address translation unit includes: an RFID information generation component for generation of information stored into the RFID tag; and an N-dimensional code generation component for generating the N-dimensional code, wherein the N-dimensional code is used for storing the identification address, and N > 0. This cloud label manufacturing tool includes: a writing device of the RFID tag; the manufacturing equipment of the N-dimensional code label has N > 0. This cloud label recognition tool includes: a reading device of the RFID tag; the reading device of the N-dimensional code tag, N > 0. The RFID tag can be shielded by the N-dimensional code tag after the N-dimensional code tag, and can also be respectively positioned at different positions from the N-dimensional code tag. The form of the cloud label, the address conversion mode, the manufacturing tool and the identification tool all have corresponding relations and can be matched with each other to complete the whole process.
In some embodiments, the present invention provides a multimedia cloud tag system:
when N is 2, this N dimension code is the two-dimensional code, and this system still includes:
and the traditional label is formed by handwriting or printing and is positioned in the center of the two-dimensional code.
In this embodiment, the N-dimensional code is a two-dimensional code, and the system further includes a conventional tag. The traditional label is formed by handwriting or printing, is positioned in the center of the two-dimensional code, and is built in the combination mode as shown in fig. 4.
In some embodiments, the present invention provides a multimedia cloud tag system, further comprising:
conventional labels, either handwritten or printed, are displayed on and/or near the item and/or at the management location.
In this embodiment, the system further comprises a conventional label, either handwritten or printed, displayed on and/or near the item and/or at the administrative location. The combination of the conventional tag with an RFID tag, an N-dimensional code, or other tag may be associative. Fig. 5 shows a combination style of the conventional label and the two-dimensional code.
In some embodiments, the present invention provides a multimedia cloud tag system:
the management module further comprises:
and the user authorization unit is used for authorizing the user to obtain the authority of reading or storing part or all of the multimedia data or marking part or all of the article.
In this embodiment, the management module further includes a user authorization unit, configured to authorize a user to obtain a right to read or store part or all of the multimedia data, or to mark part or all of the article. By carrying out hierarchical authorization on the user, the user can be ensured to carry out deep participation of different levels according to actual requirements and be integrated into the whole system.
In some embodiments, the present invention provides a multimedia cloud tag system:
the memory cells are the respective nodes of the blockchain.
In this embodiment, the memory cells are each node of a blockchain. The multimedia cloud tag realizes the internet of things function of internet of everything through the one-to-one correspondence of one object to one code and one code to one address. And by combining with the block chain technology again, various application management of the marked articles based on the multimedia cloud label can be further optimized by means of the block chain technology, including tracing, anti-counterfeiting, notarization and the like, and tracing, anti-counterfeiting and intelligent contracts of all things are realized. For example, through the cloud tag, the ordered stream of ancient games can be realized, and the anti-counterfeiting and intelligent electronic transfer contracts can be realized through the block chain technology.
In some embodiments, the present invention provides a multimedia cloud tag system:
the multimedia data presentation tool is a virtual reality device.
In this embodiment, the multimedia data presentation tool is a virtual reality device. Through the combination with the virtual reality technology, the marker can live, and the interest, intelligence and convenience of the person and object connection marker are increased.
In a second aspect, an embodiment of the present invention provides a multimedia cloud tagging method, where the method includes:
an identification address is generated, the identification address having uniqueness.
And converting the identification address into cloud label information which can be borne by a cloud label.
Manufacturing the cloud label, wherein the cloud label bears the cloud label information, namely the cloud label information comprises the identification address; the cloud label and the identification address have a one-to-one correspondence relationship; placing the cloud tag on and/or near an article and/or a management location, the article and the cloud tag having a one-to-one correspondence; the management position is a display position set up according to the management requirement.
And scanning the cloud tag to obtain the identification address, and accessing the cloud management platform through the identification address.
Uploading the made or making multimedia data to the cloud management platform; the cloud management platform allocates a storage space for the multimedia data for storage, and associates a storage space address of the storage space with the identification address; the storage space and the storage space address have a one-to-one correspondence relationship.
And acquiring the storage space address associated with the identification address through the cloud management platform, reading the multimedia data stored in the storage space corresponding to the storage space address, and displaying the multimedia data.
Marking the multimedia data and/or the article through the recognition function of a user or the cloud management platform.
In this embodiment, as shown in fig. 1, the multimedia cloud tag system includes a cloud tag, a cloud management platform, a cloud tag manufacturing tool, a cloud tag recognition tool, a multimedia data uploading tool, and a multimedia data display tool. The cloud management platform comprises a storage module and a management module. The management module comprises an identification address generating unit, an address converting unit, a storage space matching unit, a data receiving unit, a data reading unit and an article marking unit.
The cloud tag has various forms, can be an N-dimensional code with N >0 such as a one-dimensional code, a two-dimensional code, a three-dimensional code and the like, can be an RFID tag, and can also be other image-text combinations capable of storing information with a unique identification function, such as a unique serial code which can be identified through an image identification function. The cloud label can also be any combination of the foregoing forms, as long as the cloud label can be unique and is distinguished from other cloud labels. The cloud tag is used for showing the identification address. The identification address is unique and corresponds to the cloud label one by one. The cloud tag is displayed on and/or near an item and/or at an administrative location, in one-to-one correspondence with the item. The on-line mapping of the off-line object is carried out through the one-to-one correspondence of the one-object-one code and the one-code-one address, and the function of internet of everything is realized. The display may be a physical cloud tag attached to and/or near an object and/or a management location, or an electronic cloud tag that can be called from inside or near the object at any time for displaying, such as displaying through a display screen on the object, or projecting, or sending to a mobile phone or a mailbox of a requestor. The management position is a display position set up according to the management requirement, and can be in an item index of an owner of the item or a task list of a maintainer of the item. If the article is a printer owned by a company A and outsourced to a company B for maintenance service, the company B as the owner and the company B as the maintainer can display the cloud label, so that the work of respective staff is facilitated. It is emphasized here that what is called uniqueness is in terms of the information carried by the cloud tag, and not the uniqueness of the cloud tag as a substance itself. The cloud tag may have one or more copies, at different locations according to administrative needs.
The cloud management platform is used for storing and managing multimedia data and accessing through the identification address.
This high in the clouds management platform includes:
and the storage module is used for storing the multimedia data. The memory module comprises memory cells, and the memory cells have memory cell addresses in one-to-one correspondence. The storage module can be a computer located on a network, a distributed cloud storage system, or a block chain. In short, it is sufficient that the cloud is located and the multimedia data can be stored.
And the management module is used for managing the multimedia data. The management module includes: the management module comprises an identification address generating unit, an address converting unit, a storage space matching unit, a data receiving unit, a data reading unit and an article marking unit. The identification address generating unit generates identification addresses with uniqueness, namely any two identification addresses are different. The address conversion unit converts the identification address into information that can be carried by the cloud tag, that is, the form of the cloud tag information depends on the form of the cloud tag. The storage space matching unit is responsible for allocating the storage space and associating the address of the allocated storage space with the corresponding identification address. The data receiving unit is responsible for receiving the multimedia data and storing the multimedia data into the storage space allocated by the storage space matching unit. The data reading unit is configured to send the storage space address corresponding to the identification address, and the multimedia data stored in the storage space can be accessed through the storage space address. The article marking unit is used for marking the article. Marking is the application of a digital label to the article. The digital tag can be filled or selected by a person according to own judgment, can be extracted from multimedia data by the cloud management platform, and can be filled or selected by the cloud management platform according to other people or can be associated according to the digital tag extracted before the cloud management platform.
The cloud label manufacturing tool can be a printer, an RFID label writing device and equipment capable of calling the electronic cloud label. One or more cloud label making tools can be provided, and the cloud label making tools are suitable for the form of the cloud label.
The cloud tag identification tool can be a mobile phone or other handheld devices, and can also be a special device in a production workshop. The device capable of identifying part or all of the cloud tag is the cloud tag identification tool, and there may be one or more devices.
The multimedia data uploading tool can be various devices such as a mobile phone, a tablet personal computer and a computer. The uploaded multimedia data may be recorded or recorded, and is uploaded while recording, that is, the uploaded multimedia data is streaming data. The mode of recording and uploading can make full use of massive cloud storage space to greatly relieve the problem of insufficient local storage space.
The multimedia data display tool can be various devices such as a mobile phone, a tablet personal computer, a television and the like, can be integrated with access and display, can also be respectively executed on different devices through access and display, such as obtaining the multimedia data through accessing a website by the computer and displaying the multimedia data through a projector, and can also be distributed, such as obtaining the multimedia data through one device and then transmitting the multimedia data to other remote devices for display.
As shown in fig. 2, the usage flow of the cloud tag system is as follows: attaching a multimedia cloud label to an article → reading the multimedia label, acquiring a cloud address → storing multimedia data identifications such as characters, audio, images, videos and virtual reality to a cloud management platform → reading the multimedia label, acquiring the cloud address → triggering a reading function of a mobile phone or other equipment, and displaying the content of the multimedia data. The user can be linked to the cloud system through reading the tag address, and various information such as the attribute, price, time (including time information such as production, purchase and use), owner, contact way, contract, video, audio and photo of the article can be identified and stored in the cloud, so that the article can be energized and managed. Meanwhile, the system can realize the purpose of 'clustering by types of objects and grouping by types of people' through the label aggregation of the objects. Cloud tags can have many application scenarios in life. For example, through the cloud tag, the traditional notebook can be upgraded to a paper and cloud recording mode from paper recording, the cloud records store photos, voices, files and videos, and the notebook can record key points by using paper and notes. For another example, various service management of the vehicle can be realized through the cloud tag, including but not limited to contacting vehicle owner moving, rescue service contact and the like. By means of the cloud label technology, the construction of a novel Internet of things technology can be achieved, and B2M is transformed and upgraded into C-M-B, C-M-C.
In some embodiments, the present invention provides a multimedia cloud tag method:
the cloud tag includes an RFID tag.
The cloud tag information includes RFID information, which is information stored in the RFID tag.
The cloud label manufacturing tool comprises a writing device of the RFID label.
The cloud label identification tool comprises a reading device of the RFID label.
In this embodiment, the cloud tag includes an RFID tag, and the RFID tag is as shown in fig. 3. The address translation unit includes an RFID information generation component for generation of information stored to the RFID tag. The cloud label manufacturing tool comprises a writing device of the RFID label. The cloud label identification tool comprises a reading device of the RFID label. The form of the cloud label, the address conversion mode, the manufacturing tool and the identification tool all have corresponding relations and can be matched with each other to complete the whole process.
In some embodiments, the present invention provides a multimedia cloud tag method:
the cloud tag includes an N-dimensional code tag, N > 0.
The cloud tag information includes an N-dimensional code, N > 0.
The cloud label manufacturing tool comprises manufacturing equipment of the N-dimensional code label, wherein N is greater than 0.
The cloud label identification tool comprises a reading device of the N-dimensional code label, wherein N > 0.
In this embodiment, the cloud tag includes an N-dimensional code tag, where N > 0. The address conversion unit includes an N-dimensional code generation component for generation of the N-dimensional code, the N-dimensional code being for storing the identification address, N > 0. The cloud label manufacturing tool comprises manufacturing equipment of the N-dimensional code label, wherein N is greater than 0. The cloud label identification tool comprises a reading device of the N-dimensional code label, wherein N > 0. The form of the cloud label, the address conversion mode, the manufacturing tool and the identification tool all have corresponding relations and can be matched with each other to complete the whole process.
In some embodiments, the present invention provides a multimedia cloud tag method:
the cloud tag includes: an RFID tag; an N-dimensional code tag, N > 0.
The cloud tag information includes: RFID information, which is information stored in the RFID tag; n dimensional code, N > 0.
This cloud label manufacturing tool includes: a writing device of the RFID tag; the manufacturing equipment of the N-dimensional code label has N > 0.
This cloud label recognition tool includes: a reading device of the RFID tag; the reading device of the N-dimensional code tag, N > 0.
In this embodiment, the cloud tag includes: an RFID tag; an N-dimensional code tag, N > 0. The address translation unit includes: an RFID information generation component for generation of information stored into the RFID tag; and an N-dimensional code generation component for generating the N-dimensional code, wherein the N-dimensional code is used for storing the identification address, and N > 0. This cloud label manufacturing tool includes: a writing device of the RFID tag; the manufacturing equipment of the N-dimensional code label has N > 0. This cloud label recognition tool includes: a reading device of the RFID tag; the reading device of the N-dimensional code tag, N > 0. The RFID tag can be shielded by the N-dimensional code tag after the N-dimensional code tag, and can also be respectively positioned at different positions from the N-dimensional code tag. The form of the cloud label, the address conversion mode, the manufacturing tool and the identification tool all have corresponding relations and can be matched with each other to complete the whole process.
In some embodiments, the present invention provides a multimedia cloud tag method:
when N is 2, the N-dimensional code is a two-dimensional code, and the method further includes:
the center of the two-dimensional code is provided with a traditional label which is formed by handwriting or printing.
In this embodiment, the N-dimensional code is a two-dimensional code, and the system further includes a conventional tag. The traditional label is formed by handwriting or printing, is positioned in the center of the two-dimensional code, and is built in the combination mode as shown in fig. 4.
In some embodiments, the present invention provides a multimedia cloud tag method, further comprising:
a conventional label is displayed on and/or near the item and/or at the administrative location, the conventional label being made by handwriting or printing.
In this embodiment, the system further comprises a conventional label, either handwritten or printed, displayed on and/or near the item and/or at the administrative location. The combination of the conventional tag with an RFID tag, an N-dimensional code, or other tag may be associative. Fig. 5 shows a combination style of the conventional label and the two-dimensional code.
In some embodiments, the present invention provides a multimedia cloud tag method, further comprising:
the user is authorized to obtain the right to read or store part or all of the multimedia data or to mark part or all of the article.
In this embodiment, the management module further includes a user authorization unit, configured to authorize a user to obtain a right to read or store part or all of the multimedia data, or to mark part or all of the article. By carrying out hierarchical authorization on the user, the user can be ensured to carry out deep participation of different levels according to actual requirements and be integrated into the whole system.
In some embodiments, the present invention provides a multimedia cloud tag method: the memory cells are the respective nodes of the blockchain.
In this embodiment, the memory cells are each node of a blockchain. The multimedia cloud tag realizes the internet of things function of internet of everything through the one-to-one correspondence of one object to one code and one code to one address. And by combining with the block chain technology again, various application management of the marked articles based on the multimedia cloud label can be further optimized by means of the block chain technology, including tracing, anti-counterfeiting, notarization and the like, and tracing, anti-counterfeiting and intelligent contracts of all things are realized. For example, through the cloud tag, the ordered stream of ancient games can be realized, and the anti-counterfeiting and intelligent electronic transfer contracts can be realized through the block chain technology.
In some embodiments, the present invention provides a multimedia cloud tag method: the multimedia data is displayed through virtual reality equipment.
In this embodiment, the multimedia data presentation tool is a virtual reality device. Through the combination with the virtual reality technology, the marker can live, and the interest, intelligence and convenience of the person and object connection marker are increased.
Claims (18)
1. A multimedia cloud tag system, the system comprising:
the cloud tag is used for displaying the identification address; the identification address is unique and corresponds to the cloud label one by one; the cloud tags are displayed on and/or near articles and/or at management positions and correspond to the articles one to one; the management position is a display position set up according to the management requirement;
the cloud management platform is used for storing and managing multimedia data and accessing through the identification address; the cloud management platform comprises: the storage module is used for storing the multimedia data; the storage module comprises storage units, and the storage units have storage unit addresses in one-to-one correspondence; the management module is used for managing the multimedia data; the management module comprises: the identification address generating unit is used for generating the identification address; the address conversion unit is used for converting the identification address into cloud label information which can be borne by the cloud label; the storage space matching unit is used for associating the identification address with the storage unit address and allocating the storage unit; the data receiving unit is used for receiving the multimedia data and storing the multimedia data into the storage unit corresponding to the storage unit address distributed by the storage space matching unit; the data reading unit is used for sending the storage space address corresponding to the identification address, and the multimedia data stored in the storage space can be accessed through the storage space address; the article marking unit is used for marking the article;
a cloud label making tool for making the cloud label so as to display the cloud label through the article;
the cloud tag identification tool is used for reading the identification address displayed in the cloud tag;
the multimedia data uploading tool is used for enabling the data receiving unit to store the produced or produced multimedia data into the storage unit by accessing the identification address read by the cloud label recognition tool;
and the multimedia data display tool is used for obtaining the address of the storage unit allocated by the storage space matching unit by accessing the identification address read by the cloud tag identification tool, reading the multimedia data in the storage unit and playing the multimedia data.
2. The system of claim 1, wherein:
the cloud tag comprises an RFID tag;
the address translation unit includes an RFID information generation component for generation of information stored into the RFID tag.
The cloud label making tool comprises a writing device of the RFID label;
the cloud label identification tool comprises a reading device of the RFID label.
3. The system of claim 1, wherein:
the cloud tag comprises an N-dimensional code tag, wherein N is greater than 0;
the address translation unit includes an N-dimensional code generation component for generating the N-dimensional code, the N being
The dimension code is used for storing the identification address, and N > 0.
The cloud label manufacturing tool comprises manufacturing equipment of the N-dimensional code label, wherein N is greater than 0;
the cloud tag identification tool comprises a reading device of the N-dimensional code tag, wherein N > 0.
4. The system of claim 1, wherein:
the cloud tag includes: an RFID tag; an N-dimensional code tag, N > 0;
the address translation unit includes: an RFID information generation component for generation of information stored into the RFID tag; and the N-dimensional code generating component is used for generating the N-dimensional code, the N-dimensional code is used for storing the identification address, and N > 0.
The cloud label production tool comprises: a write device for the RFID tag; the N-dimensional code label manufacturing equipment is characterized in that N is greater than 0;
the cloud tag identification tool, comprising: a reading device for the RFID tag; and a reading device of the N-dimensional code tag, wherein N is greater than 0.
5. The system according to claim 3, 4, characterized in that:
when N is 2, the N-dimensional code is a two-dimensional code, and the system further includes:
and the traditional label is formed by handwriting or printing and is positioned in the center of the two-dimensional code.
6. The system according to any one of claims 1-4, further comprising:
conventional labels, either handwritten or printed, are displayed on and/or near the item and/or at a management location.
7. The system of any of claims 1-4, wherein the management module further comprises:
and the user authorization unit is used for authorizing a user to obtain the authority of reading or storing part or all of the multimedia data or marking part or all of the articles.
8. The system of claim 7, wherein the storage units are nodes of a blockchain.
9. The system of any one of claims 1-4, wherein the multimedia data presentation tool is a virtual reality device.
10. A multimedia cloud tagging method, the method comprising:
generating an identification address, wherein the identification address has uniqueness;
converting the identification address into cloud label information which can be borne by a cloud label;
making the cloud label, wherein the cloud label bears the cloud label information, namely the cloud label information comprises the identification address; the cloud label and the identification address have a one-to-one correspondence relationship; placing the cloud tags on and/or near an article and/or a management location, the article and the cloud tags having a one-to-one correspondence; the management position is a display position set up according to the management requirement;
scanning the cloud tag to obtain the identification address, and accessing a cloud management platform through the identification address;
uploading the made or making multimedia data to the cloud management platform; the cloud management platform allocates a storage space for the multimedia data for storage, and associates a storage space address of the storage space with the identification address; the storage space and the storage space address have a one-to-one correspondence relationship;
the storage space address associated with the identification address is obtained through the cloud management platform, and the multimedia data stored in the storage space corresponding to the storage space address is read and displayed;
marking the multimedia data and/or the articles through the recognition function of a user or the cloud management platform.
11. The method of claim 10, wherein:
the cloud tag comprises an RFID tag;
the cloud tag information comprises RFID information, and is information stored in the RFID tag;
the cloud label making tool comprises a writing device of the RFID label;
the cloud label identification tool comprises a reading device of the RFID label.
12. The method of claim 1, wherein:
the cloud tag comprises an N-dimensional code tag, wherein N is greater than 0;
the cloud tag information comprises an N-dimensional code, wherein N > 0;
the cloud label manufacturing tool comprises manufacturing equipment of the N-dimensional code label, wherein N is greater than 0;
the cloud tag identification tool comprises a reading device of the N-dimensional code tag, wherein N > 0.
13. The method of claim 1, wherein:
the cloud tag includes: an RFID tag; an N-dimensional code tag, N > 0;
the cloud tag information includes: RFID information, which is information stored in the RFID tag; an N-dimensional code, N > 0;
the cloud label production tool comprises: a write device for the RFID tag; the N-dimensional code label manufacturing equipment is characterized in that N is greater than 0;
the cloud tag identification tool, comprising: a reading device for the RFID tag; and a reading device of the N-dimensional code tag, wherein N is greater than 0.
14. Method according to claim 12, 13, characterized in that:
when N is 2, the N-dimensional code is a two-dimensional code, and the method further includes:
the center of the two-dimensional code is provided with a traditional label which is formed by handwriting or printing.
15. The method according to any one of claims 10-13, further comprising:
conventional labels are displayed on and/or near the item and/or at the management location, the conventional labels being made by handwriting or printing.
16. The method according to any one of claims 10-13, further comprising:
and authorizing the user to obtain the authority of reading or storing part or all of the multimedia data or marking part or all of the article.
17. The method of claim 16, wherein the storage units are nodes of a blockchain.
18. The method of any one of claims 10-13, wherein the multimedia data is presented via a virtual reality device.
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