WO2014110703A1

WO2014110703A1 - Multimedia information indirect access management system

Info

Publication number: WO2014110703A1
Application number: PCT/CN2013/001547
Authority: WO
Inventors: 徐骁
Original assignee: 邸娜
Priority date: 2013-01-15
Filing date: 2013-12-11
Publication date: 2014-07-24
Also published as: CN203117956U

Abstract

Disclosed in the present utility model is a multimedia information indirect access management system comprising a management unit connected to a memory unit, an address unit, a communication unit, a communication terminal and a plurality of media terminals. By means of the communication terminal, a user obtains address information from a media terminal and forwards same to the communication unit; the communication unit forwards the received address information to the management unit for verification; after verification, the management unit connects to the communication terminal and initiates interaction between the communication terminal and the memory area corresponding to the address information. The present utility model can reduce the carrier storage costs of multimedia information while also genuinely enhancing the flexibility of multimedia information interaction, and provides such advantages as wide applicability, damage resistance, rapid storage and access, and rich content.

Description

Indirect access management system for multimedia information

[0001] The utility model relates to the technical field of indirectly storing multimedia information such as voice, picture, video, file and the like on a carrier, and particularly relates to an indirect access management system for multimedia information. Background technique

[0002] With the diversification and prosperity of social life, multimedia is exploding, and the amount of information it covers is increasing. At the same time, the storage of multimedia information is also from the past fixed storage such as the existence of computer hard disk h Wait, start to look for more mobile storage. The conventional method is to use a disk or a mobile hard disk or a network disk to realize diversified storage and utilization of information. However, the above methods have the disadvantages of high cost and complicated operation procedures, and are easy to use. There are many inconveniences caused by hardware damage and insufficient information security.

[0003] In addition, the existing methods for reading and processing multimedia information are directly oriented, that is, directly interacting with an object such as a hard disk carrying multimedia information, which limits the multimedia information to a certain extent. The flexibility and mobility of processing, that is, in many cases, the user needs to find the carrier in a solid manner and read and delete the multimedia information stored in the carrier, so the flexibility of application is very limited.

[0004] In order to solve the above problems, although a method for establishing mapping and shortcuts for multimedia information in a carrier has been developed to achieve an indirect and flexible technical purpose of information interaction, due to the immature technology, there are many Problems such as the establishment of mappings and shortcuts are more confusing and cannot accurately correspond to multimedia information, easy to lead to errors, and insufficient security. In addition, in many cases, the established mappings and shortcuts themselves must also be stored in the corresponding fixed carrier. Therefore, its flexibility and indirectness cannot be well reflected and needs to be improved. Utility model content

[0005] The purpose of the present invention is to overcome the deficiencies of the prior art and to provide a multimedia information indirect access management system capable of fully embodying and utilizing the flexibility of information interaction.

[0006] The utility model is realized by the following technical solutions -

[0007] An indirect access management system for multimedia information, comprising: a management unit, the management unit is connected with a storage unit, an address unit, a communication unit, a communication terminal, and a plurality of media terminals; wherein the storage unit and the address unit The communication unit is connected to the medium end; the address unit is connected to the communication unit; the communication unit is connected to the communication terminal; and the communication terminal is connected to the medium end.

[0008] The storage unit includes an address information element and a plurality of storage intervals, and the multimedia information can be stored in the storage interval.

[0009] The address unit includes an address generating unit and an address locating unit, wherein the address generating unit generates independent address information for each storage interval, and simultaneously encrypts each address information and adds the same preset authentication information into the address information unit; Further, the address locating unit is capable of addressing and locating a storage interval corresponding to the address information based on the address information.

[0010] The address information is correspondingly stored in the medium end; wherein the address information is first converted by the management unit into a format suitable for storage on the medium side before being stored in the medium end.

[001 1 ] The communication terminal is used to read the address information on the media side and send the read address information to the communication unit. [0012] The communication unit can decrypt and convert the received address information into a format that matches the address information unit, and send the address information to the management unit for verification; after the verification unit passes the verification, direct the communication terminal to open the address information. The corresponding storage interval.

[0013] an address behavior recording unit is further disposed in the storage unit, and the address behavior recording unit records the number of times each address information is queried, the time each address information is queried, and each item performed by the user on each storage interval. Information such as operation instructions. By understanding the information in the address behavior recording unit, it is possible to perform user behavior analysis and the like.

[0014] wherein, the management unit queries the address information that needs to be verified, and if the address information includes the preset authentication information, the authentication information is sent to the address locating unit, and the address locating unit locates the corresponding information according to the address information. The storage interval is connected to the communication terminal, and the communication terminal is instructed to interact with the storage interval corresponding to the address information.

[0015] In addition, the media end is a two-dimensional code tag or an RFID tag; the management unit converts the address information into a two-dimensional code tag or an RFID tag. In the application, the above-mentioned two-dimensional code label or RFID label can be printed or pasted on an adapted object, or can be converted into an electronic format and posted on a web page, and stored in other carriers.

[0016] The communication terminal is a mobile phone, a tablet computer or a web server capable of reading address information on the media end, and may also be an application program on a mobile phone, a web browser, or the like.

[0017] The utility model has many advantages in practical use, and the application method thereof may be the following steps;

[0018] 1) The address generation unit generates independent address information for each storage interval, and simultaneously encrypts each address information and adds the same preset authentication information to the address information unit;

[0019] 2) the management unit converts each address information into a format suitable for storage on the medium side, and stores the converted address information in the medium end;

[0020] 3) the user reads the address information of the media terminal h through the communication terminal, and the address information read by the communication terminal is sent to the communication unit;

[0021] 4) the communication unit decrypts and converts the received address information into a format that matches the address information unit, and sends the address information to the management unit for verification;

[0022] 5) The management unit checks the address information that needs to be verified. If the address information contains the preset authentication information, the authentication information is sent to the address locating unit, and the address locating unit locates the address information according to the address information. Corresponding storage interval; at this time, the management unit is connected with the communication terminal, and the communication terminal is instructed to interact with the storage interval corresponding to the address information.

[0023] wherein, in step 2, the management unit may convert each address information into a different format to cope with different usage environments, wherein a two-dimensional code format is preferred.

[0024] In step 5, the user may store the multimedia information in the mobile terminal into the corresponding storage interval through the management unit.

[0025] In step 5, the user performs interactive processing on the multimedia information in the storage interval corresponding to the address information through the management unit, and the interaction processing may be reading, deleting, copying, moving, and the like.

Compared with the prior art, the utility model has the following beneficial effects:

[0027] The utility model can reduce the cost of storing multimedia information on the carrier, and at the same time, can truly improve the flexibility of the multimedia information interaction mode, has wide applicability, is not easy to be damaged, convenient for storage and reading, and rich in content. DRAWINGS [0028] The present invention will be further described in detail below with reference to the embodiments and the accompanying drawings:

1 is a schematic view showing the structure of the present invention. detailed description

[0030] The present invention will be further described in detail below with reference to the accompanying drawings and embodiments. It is understood that the specific embodiments described herein are merely illustrative of the invention and are not intended to limit the invention.

[0031] Embodiment 1

[0032] The address generation unit generates independent address information for each storage section, and simultaneously encrypts each address information and adds the same preset authentication information to the address information unit.

[0033] The management unit converts each address information into a two-dimensional code, and stores the converted address information in a one-to-one correspondence in the two-dimensional code label or the RFID tag.

[0034] The above-mentioned two-dimensional code label or RFID tag is converted into an electronic format and posted on a web page, or stored in an adaptive carrier such as a USB flash drive or the like.

[0035] The user reads the two-dimensional code label in the electronic format or the two-dimensional code on the RFID tag through the web browser, and sends the acquired two-dimensional code to the communication unit.

[0036] The communication unit decrypts and converts the received two-dimensional code into address information that matches the address information unit, and transmits the address information to the management unit for verification.

[0037] The management unit queries the address information, and if the address information includes the preset authentication information, the verification is performed, and the address information is sent to the address locating unit, and the address locating unit locates the corresponding storage interval according to the address information; At this time, the management unit is connected with the communication terminal, and the communication terminal is instructed to interact with the storage interval corresponding to the address information.

[0038] The user adds multimedia information such as text, picture, video, etc. to the storage interval corresponding to the address information through the web browser, specifically, the multimedia information is transmitted into the corresponding storage interval through the management unit, that is, the storage is realized. The function used in the interval as a network disk.

[0039] wherein, the address behavior recording unit records the number of times each address information is queried in real time, the time each time the address information is queried, and various operation instructions performed by the user on each storage interval, so the address is passed. The information in the behavior record unit can analyze the user behavior, check the usage of the network disk, and adjust the business strategy to better respond to market demands.

Embodiment 2

[0041] The address generation unit generates independent address information for each storage section, and simultaneously encrypts each address information and adds the same preset authentication information to the address information unit.

[0042] The management unit converts each address information into a two-dimensional code, and stores the converted address information in a one-to-one correspondence in a two-dimensional code tag or an RFID tag.

[0043] The above-mentioned two-dimensional code label or RFID label is printed or pasted on an adapted object such as an electronic product, a package, furniture, or the like.

[0044] The user reads the two-dimensional code label or the two-dimensional code on the RFID tag through the camera on the mobile phone or the application on the mobile phone, and sends the acquired two-dimensional code to the communication unit.

[0045] the communication unit decrypts and converts the received two-dimensional code into address information that matches the address information unit, and Send the address information to the management unit for verification.

[0046] The management unit queries the address information, and if the address information includes the preset authentication information, the verification is performed, and the address information is sent to the address locating unit, and the address locating unit locates the corresponding storage interval according to the address information; At this time, the management unit is connected with the communication terminal, and the communication terminal is instructed to interact with the storage interval corresponding to the address information.

[0047] The user operates the multimedia information in the storage section through the mobile phone, such as browsing, deleting, moving, reading, and the like.

[0048] wherein, in the merchandise exhibition, the detailed information of the merchandise or the corresponding information of the producer is stored in the storage section, and the corresponding address information is stored in the two-dimensional code label or the RFID tag, and then the two-dimensional code label or The RFID tag is pasted or printed on the product, which enables the user to scan the QR code label or the QR code on the RFID tag through the mobile phone, thereby opening the corresponding storage space and improving the understanding of the product. By analyzing the information in the address behavior record unit, it is possible to instantly record and understand user preferences and collect market information for better sales and promotion.

[0049] In addition, multimedia information such as '--, micro-movie, novel, etc. can be stored in the storage interval, and the corresponding address information is stored in the two-dimensional code label or the RFID tag, and then the two-dimensional code label or the RFID label is pasted in On the outdoor wall, advertising column, packaging box or electronic product body, at this time, the user can read the two-dimensional code label or the two-dimensional code on the RFID tag through the mobile phone, thereby opening the corresponding storage space and reading the multimedia information therein. Take and store it in your phone, and browse and other operations. By analyzing the information in the address behavior record unit, the user's interest can be recorded and understood in real time, and the user's selection tendency can be grasped.

[0050] For another example, the work task and the plan are stored in the storage interval, and the corresponding address information is stored in the QR code label or the RFID tag, and then the QR code label or the RFID label is pasted on the official document or the work package. Employees can read the QR code label or the QR code on the RFID tag through a mobile phone and other devices, and then open the corresponding storage space, browse the work tasks in it, or supplement and report the work plan to achieve mobile Office.

[0051] In addition, the utility model can also be applied to other applicable usage scenarios, such as the sender storing the multimedia information in the storage interval, and pasting the two-dimensional code label or the RFID tag containing the address information on the postcard. After receiving the postcard, the recipient can read the multimedia information stored in the storage area by the sender. For another example, a two-dimensional code label or an RFID tag containing address information is pasted or printed on the sticky note paper, and the two-dimensional code information on the sticky note paper can be retrieved by the mobile phone to open the corresponding storage space for multimedia information entry or Reading, etc., provides a more convenient work and lifestyle.

Claims

WO 2014/110703 , 3⁄4 | _ρ. , 3⁄4 PCT/CN2013/001547

An indirect access management system for multimedia information, comprising: a management unit, wherein the management unit is connected with a storage unit, an address unit, a communication unit, a communication terminal, and a plurality of media terminals; wherein the storage unit is The address unit, the communication unit and the medium end are connected; the address unit is connected to the communication unit; the communication unit is connected to the communication terminal; and the communication terminal is connected to the medium end;

The storage unit includes an address information unit and a plurality of storage intervals;

The address unit includes an address generation unit and an address location unit.

The indirect access management system for multimedia information according to claim 1, wherein said storage unit is provided with an address behavior recording unit.

The indirect access management system for multimedia information according to claim 1, wherein said medium end is a two-dimensional code label or an RFID tag.

The indirect access management system for multimedia information according to claim 1 or 3, characterized in that the communication terminal is a mobile phone, a tablet computer or a network server.