CN107528827B - A digital label-based traceable data connection method and platform - Google Patents

Abstract

The invention discloses a traceable data connection method and platform based on digital labels. The method is as follows: 1) extracting information for each object, and generating the digital label of the object through the OTO codec server and sending it to the information server; 2) the information issuer generates the combination of the object to transmit information and generates it through the codec server 3) When the information issuer initiates the dissemination behavior of the object, it initiates a transfer application to the information server; 4) The transfer server selects a transfer temporary storage space and obtains the corresponding easy-to-remember code, and the transfer information The digital label stored in the transit temporary storage space; send the easy-to-remember code to the information publisher; 6) the information publisher spreads the easy-to-remember code to the recipient through the dissemination network; 7) The editing code server sends the The easy-to-remember code obtains the digital label of the transmitted information, and then obtains the information or operation entry of the object to the recipient.

Description

A digital label-based traceable data connection method and platform

technical field

The invention relates to a traceable data connection method and platform based on digital labels, belonging to the technical field of computer software, in particular to the technical field of Internet of Things.

Background technique

In one-to-many marketing scenarios such as radio marketing, TV marketing, conference marketing, etc., the communicator generally distributes a large number of paper materials to the audience; or uses attractive audio-visual methods to guide the audience to pay attention.

However, the current traditional dissemination method has the following problems: 1. The cost of printed materials is high, the information value is low, it is difficult to rebroadcast, and it is easy to lose; 2. The dissemination content is incomplete, and it is difficult to obtain complete information; 3. The dissemination process cannot be traced , the dissemination effect cannot be measured; 4. It is impossible to disseminate real-time data and change data.

SUMMARY OF THE INVENTION

In view of the technical problems existing in the prior art, the purpose of the present invention is to provide a traceable data connection method and platform based on digital tags.

The invention includes a service collaboration intelligent terminal digital label system, including an operable object server, a digital label system code sending/decoding server, an intelligent terminal reading APP, an information server, a transfer server, and various dissemination networks. When realizing the defined services and information, and carrying out various forms of dissemination through the dissemination network, the dissemination path can be traced.

The technical scheme of the present invention is:

A traceable data connection method based on digital labels, the steps of which include:

1) The operable object server extracts the information of each object, and generates the digital label of the object through the OTO codec server, and then the operable object server sends the information extracted from the object and the digital label of the object to the information server ;

2) The information issuer obtains the information and the digital label of the object through the information server, combines it into a transmission information and stores it in the information server, and the information server generates the digital label of the transmission information through the OTO codec server;

3) When the information issuer initiates the dissemination of the object, it initiates a transfer application for the transfer information to the information server, and the transfer application includes the digital label of the transfer information;

4) After the information server receives the transfer application, it applies to the transfer server for a transfer temporary storage space; the transfer server selects a transfer temporary storage space and obtains the easy-to-remember code corresponding to the transfer temporary storage space through the OTO codec server;

5) The relay server stores the digital label of the transmission information in the selected relay temporary storage space; and sends the easy-to-remember code to the information issuer through the information server;

6) The information issuer spreads the easy-to-remember code to the recipient through the dissemination network;

7) The OTO editing code server obtains the digital label of the information transfer from the relay server according to the easy-to-remember code sent by the receiver, and then obtains the information or operation entry of the object to the receiver through the digital label of the transfer information.

Further, each transit temporary storage space of the transit server has a corresponding unique address and an easy-to-remember code on the OTO codec server.

Further, the relay server is provided with a temporary storage space address table, when the information issuing direction sends a relay application to the information server, the information server inquires the relay server for the space free status of the temporary storage space address table, when the temporary storage space address table is used. When there is a free transit temporary storage space in the space address table, the information server puts the digital label that transmits the information into an idle transit temporary storage space.

Further, in the step 2), when the information issuer forms the information of the object and the digital label to transmit the information through the information server, the access control rule for the transmission information is set; wherein the access control rule includes a user blacklist. , user whitelist, access time, access password; in described step 7), this OTO editing code server obtains the digital label of this transmission information from this relay server according to this easy-to-remember code sent by the receiver, and then this transmission information The digital label sent to the information server; the information server performs access control on the recipient according to the access control rules, and if access is allowed, the information or operation entry of the object is edited through the OTO according to the digital label of the transmitted information code server to the recipient.

Further, the easy-to-remember codes are letters, numbers or a combination thereof; the extracted information is the driving information and passive information of the object.

A digital label-based traceability data connection platform, characterized in that it includes an operable object server, an OTO codec server, an information server and a transit server; wherein,

The operational object server is used to extract information for each stored object, and generate the digital label of the object through the OTO codec server, and then the operational object server will extract the information from the object and the digital label of the object. The tag is sent to the information server;

The information server is used to provide the information issuer with the information of the object and the digital label acquisition interface, and store the transmission information composed of the information of the object and the digital label, and generate the transmission information through the OTO codec server. Digital label; when receiving the relay application for the information transfer from the information issuer, apply to the relay server for a temporary storage space for relay; the relay application contains the digital label of the transmission information;

The relay server is used to select a relay temporary storage space and obtain the easy-to-remember code corresponding to the relay temporary storage space through the OTO codec server according to the relay application received; then store the digital label of the transmission information to the selected in the temporary storage space, and send the easy-to-remember code to the information issuer through the information server;

The OTO codec server is used to generate a digital label; and according to the received easy-to-remember code, obtain the digital label of the transmission information from the relay server, and then obtain the information or operation entry of the object through the digital label of the transmission information to the sender of this friendly code.

Compared with the prior art, the positive effects of the present invention:

Mass data is carried on easy-to-remember 4-6-digit digital labels composed of numbers, letters and characters; the propagation path is visible; the storage resources of the transit service temporary storage server support frequency division and time division, and support security access control.

Description of drawings

Figure 1 is a flow chart of the 1:1:1 transfer method;

Fig. 2 is 1:N:1 transfer method flow chart;

Fig. 3 is N:N:N transfer method flow chart;

Figure 4 is a block diagram of an access control mechanism;

Figure 5 is an application scenario diagram of information dissemination;

FIG. 6 is a service dissemination scenario diagram.

Detailed ways

The present invention will be further described in detail below with reference to the accompanying drawings.

The invention includes a digital label system code sending/decoding server, an intelligent terminal reading APP, an information server, a relay server, and various dissemination networks to realize the defined services and information. traceable.

The method flow of the present invention is shown in Figures 1 to 3, and the steps include:

1) The operable object server stores one or more defined objects; the operable object server extracts drive information and passive information for each object (drive information: information sent by the object and affecting the external environment; passive information: information that will cause the object to react), and generate the digital label of the object through the OTO (object to object) codec server, and then send the information extracted from the object and the digital label of the object to the information server;

2) User n (that is, the information publisher) obtains operable object information and digital labels through the information server, combines them into transmission information and stores them, and the combined transmission information also generates corresponding digital labels through the OTO codec server;

3) When user n wants to initiate a dissemination behavior on the object, user n initiates a relay application for information transmission to the information server, and the relay application contains the information of the digital label corresponding to the information to be transmitted;

4) After the information server receives the application from user n, it applies to the relay server for a relay temporary storage space (each relay temporary storage space of the relay server has a corresponding unique address on the OTO codec server, that is, the relay server address, and Easy-to-remember code), and store the digital label of the transmitted information in the temporary storage space of the transit server;

5) The information server delivers the easy-to-remember code (letters, numbers, symbols, etc., the space number formed by numbers, such as 1818) in the example of the present invention, given by the relay server to user n;

6) User n spreads the easy-to-remember code to recipients through various communication facilities such as teleconferencing, TV, and radio;

7) The recipient who obtains the code, through the user terminal, such as a smart phone and an app (the app is mainly used for information collection and dissemination), through the function of "easy-to-remember code acquisition", through the OTO editing code server. The conversion of the address of the transit temporary storage space of the transit server is to obtain the digital label of the information transmitted in the temporary storage area of the transit server, and then obtain the operable object information or operation entry designated by the user n through the digital label of the transmitted information.

The transit server is provided with a temporary storage space address table, as shown in Table 1. The user terminal n sends a relay application to the information server, the information server asks the relay server about the availability of space, and obtains a reply from the relay server. , the easy-to-remember space number is fed back to the information server, and then the information server sends it to the user terminal n.

Table 1 is the temporary storage space address table

Figure 4 is a block diagram of the access control mechanism

When user n forms and transmits information through the information server, access control can be set for the formed transmission information, and the access control includes measures such as user black and white list, access time, and access password. The audience who has obtained the easy-to-remember short code, through the "short code acquisition" function of a specific App, obtains the information sent by user n, and the information server performs access control according to the access control rules.

Figure 5 is an information dissemination scene diagram.

Figure 6 shows a service dissemination scenario.

Example 1

Usage scenario: high-speed rail broadcasting marketing

Instructions for use: According to the high-speed rail arrival timetable, convert the storage address of the characteristic goods/service data of the stop into a 3456 short code address digital label. A fixed 3456 short code is used for a certain high-speed rail/motor train (on-time rate is over 99%), it will pass through different regions/cities at different time periods, and passengers using the short code will provide the region/city of the current time. Information such as shopping guides for featured products/services in the city.

Use advantages: 1. Quick access to radio advertising products and service information; 2. Link radio and mobile Internet; 4. It is convenient for listeners to save and review; 5. It is convenient for advertising products and services to promote; 6. Realize radio advertising performance evaluation ; 7. The same channel can be used in time-sharing.

Example 2

Usage Scenario: Supplementary Information for Radio Advertisements

Instructions for use: In the production of radio advertisements, due to time, cost and other reasons, it is impossible to mention the details of the product or service in the advertisement and present it completely. By storing the address of the product and service details, it is converted into a 4-6 digit address digital label. When the broadcast host broadcasts the broadcast, the 4-6-digit address number label is broadcast to the listeners. Listeners use their own smart terminals, open a specific App program to use the address digital label, connect to the specific address digital label analysis server through the WIFI/4G network, and obtain the data label corresponding to the product or service information related to the advertisement, and the data label will advertise related products. Or the service information is pushed to the smart terminal App for the audience to browse/operate.

Use advantages: 1. Quick access to radio advertising products and service information; 2. Link radio and mobile Internet; 4. It is convenient for listeners to save and review; 5. It is convenient for advertising products and services to promote; 6. Realize radio advertising performance evaluation .

Example 3

Usage scenarios: radio, TV synchronization data

Instructions for use: Radio and TV provide a special 1234 short code for fixed use. It plays programs of different types/themes in different time periods. The data tags/contents obtained by each program according to the time-sharing of the 1234 short code are available. for different.

Use advantages: 1. Quick access to radio advertising products and service information; 2. Link radio and mobile Internet; 4. It is convenient for listeners to save and review; 5. It is convenient for advertising products and services to promote; 6. Realize radio advertising performance evaluation ; 7. The same channel can be used in time-sharing.

Example 4

Usage scenario: rapid distribution of various conference materials

Instructions for use: Convert the storage address of the conference materials to be sent by the conference into a 4-6-digit address digital label. The host of the meeting broadcasts the 4-6-digit address digital label to the participants through the on-site PA system. After the participants write down the address digital label, use their own smart terminals in real time or afterwards, open a specific App program to use the address digital label, connect to the specific address digital label resolution server through the WIFI/4G network, and obtain the corresponding data label of the conference materials. The data tag pushes the relevant information of the conference materials to the smart terminal App for the participants to browse/operate.

Advantages of use: 1. Support mass data transfer; 2. Not restricted by the venue network; 3. No need to print a large number of conference materials; 4. Convenient for participants to save and review; 5. Convenient for data exchange and transfer.

Example 5

Usage scenarios: various emergency notifications

Instructions for use: Due to the short content of the urgent notice, it can only be informed and cannot be detailed. Through the notification, the notified person is notified of a 4-6-digit address number label. The App program uses the address digital label to connect to a specific address digital label analysis server through the WIFI/4G network to obtain the detailed background content related to the emergency notification corresponding to the data label. Notifier browse/action.

Advantages of use: 1. Support mass data transmission; 2. Supplementary data transmission after the event; 3. Data address labels are simple and easy to remember.

Claims (10)

1. A traceable data connection method based on a digital label comprises the following steps:

1) the operable object server extracts information of each object, generates a digital label of the object through the OTO coding and decoding server, and then sends the information extracted from the object and the digital label of the object to the information server;

2) the information issuing party acquires the information and the digital label of the object through the information server, combines the information and the digital label into transmission information and stores the transmission information in the information server, and the information server generates the digital label of the transmission information through the OTO coding and decoding server;

3) when the information issuing party initiates the propagation behavior to the object, a transfer application for the transfer information is initiated to the information server, and the transfer application comprises the digital label of the transfer information;

4) after receiving the transfer application, the information server applies a transfer temporary storage space to a transfer server; the transfer server selects a transfer temporary storage space and obtains an easy-to-remember code corresponding to the transfer temporary storage space through the OTO coding and decoding server;

5) the transfer server stores the digital label of the transmitted information into the selected transfer temporary storage space; and the easy-to-remember code is sent to the information issuing party through the information server;

6) the information publisher propagates the easy-to-remember code to the receiver through the propagation network;

7) the OTO coding and decoding server obtains the digital label of the transmitted information from the transfer server according to the easy-to-remember code sent by the receiver, and then obtains the information of the object or an operation entrance to the receiver through the digital label of the transmitted information.

2. The method of claim 1 wherein each relay register space of the relay server has a corresponding unique address and easy-to-remember code on the OTO codec server.

3. The method of claim 1, wherein the relay server has a temporary space address table, when the message publisher sends a relay request to the message server, the message server queries the relay server for a free space of the temporary space address table, and when there is a free relay temporary space in the temporary space address table, the message server places the digital tag of the transferred message in a free relay temporary space.

4. The method as claimed in claim 1, 2 or 3, wherein in step 2), when the information publisher composes the information of the object and the digital label into the delivery information through the information server, the access control rule of the delivery information is set; wherein the access control rule comprises a user blacklist, a user white list, access time and an access password; in the step 7), the OTO codec server obtains the digital tag of the transfer information from the transfer server according to the easy-to-remember code sent by the receiver, and then sends the digital tag of the transfer information to the information server; the information server controls the access of the receiver according to the access control rule, and if the access is allowed, the information or operation entry of the object is sent to the receiver through the OTO coding and decoding server according to the digital label of the transmitted information.

5. The method of claim 1, 2 or 3, wherein the easy-to-remember code is a letter, a number, or a combination thereof; the extracted information is the driving information and the passive information of the object.

6. A traceable data connection platform based on a digital label is characterized by comprising an operable object server, an OTO coding and decoding server, an information server and a transfer server; wherein,

the operable object server is used for extracting information of each stored object, generating a digital label of the object through the OTO coding and decoding server, and then sending the information extracted from the object and the digital label of the object to the information server;

the information server is used for providing an information and digital label acquisition interface of the object for an information publisher, storing transfer information formed by combining the information and the digital label of the object, and generating the digital label of the transfer information through the OTO coding and decoding server; when receiving a transfer application of the information publisher to the transfer information, applying a transfer temporary storage space to a transfer server; the transfer application comprises a digital label of the transfer information;

the transfer server is used for selecting a transfer temporary storage space according to the received transfer application and acquiring the easy-to-remember codes corresponding to the transfer temporary storage space through the OTO coding and decoding server; then the digital label of the transmitted information is stored in the selected temporary storage space, and the easy-to-remember code is sent to the information issuing party through the information server;

the OTO coding and decoding server is used for generating a digital label; and acquiring the digital label of the transfer information from the transfer server according to the received easy-to-remember code, and acquiring the information of the object or providing an operation entrance to the sender of the easy-to-remember code through the digital label of the transfer information.

7. The platform of claim 6, wherein each relay register space of the relay server has a corresponding unique address and easy-to-remember code on the OTO codec server.

8. The platform as claimed in claim 6, wherein the relay server is configured with a temporary storage space address table, when the information distributor sends a relay request to the information server, the information server queries the relay server for a free space of the temporary storage space address table, and when there is a free relay temporary storage space in the temporary storage space address table, the information server places the digital tag of the transferred information into a free relay temporary storage space.

9. The platform of claim 6 or 7 or 8, wherein when the information publisher composes the information of the object and the digital tag into the delivery information through the information server, the access control rule of the delivery information is set; wherein the access control rule comprises a user blacklist, a user white list, access time and an access password; the OTO coding and decoding server acquires the digital label of the transmitted information from the transfer server according to the easy-to-remember code and then sends the digital label of the transmitted information to the information server; and the information server performs access control on the sender of the easy-to-remember code according to the access control rule, and if the access is allowed, the information or operation entry of the object is sent to the sender through the OTO codec server according to the digital label of the transmitted information.

10. The platform of claim 6, 7 or 8, wherein the easy-to-remember code is a letter, a number, or a combination thereof; the extracted information is the driving information and the passive information of the object.

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