CN106802889A - Using the System and method for of data label tracing management task in OTO services - Google Patents

Abstract

The invention relates to a system and method for tracking management tasks by using data tags in OTO services, and belongs to the field of computer technology. Its data tag server receives the startup of the first application through the first startup program, and publishes the first application data tag including the first task of realizing the first service in the first application, and the first participant operates the first user When the terminal scans the first application data label, it publishes a first behavior data label, and publishes a first dynamic task data label to track the first task in the first behavior, and fully records the first task in the first behavior, Therefore, the system and method of the present invention are more simplified and easy to use. More importantly, the system and method of data tag tracking and management tasks of the present invention can be applied to large-scale commercial applications, and the system and method of the present invention Its user experience is better and the application cost is lower.

Description

System and method for tracking management tasks using data tags in OTO services

technical field

The present invention relates to the field of computer technology, in particular to the field of data tag application technology, and specifically refers to a system and method for using data tags to track management tasks in OTO services.

Background technique

Two-dimensional (2D) codes (also known as two-dimensional barcodes, data matrix codes or QR codes) have large information capacity, high security, data retrieval and error correction capabilities at a high rate. After their invention, QR codes have been widely used in logistics and operation management, and for the management of identification cards.

With the increasing popularity of smartphones, QR codes can be captured and uploaded to the Internet in real time via smartphones and used across media channels, thus enabling them to find object-to-object (OTO) applications in a wide range of fields, such as information collection , mobile shopping, counterfeit goods, identity authentication, coupon issuance, and so on.

The current OTO QR code mobile application focuses on providing convenient e-commerce, and it still lacks in-depth applications.

The current challenge is that the traditional two-dimensional code server is responsible for the entire application process of the two-dimensional code after the two-dimensional code is issued. For complex business applications, issuing QR code applications with full functionality and integrating different stages of 2D requires a large investment in human and financial resources to characterize QR code applications on a large scale and in a complete business model , this creates a barrier. Therefore, it is necessary to simplify the traditional application methods in order to make the QR codes be effectively used in a wider range, especially for large-scale commercial applications. In addition, it is also necessary to make the application of the QR code have a better user experience.

Contents of the invention

The object of the present invention is to overcome the above-mentioned shortcomings in the prior art, and provide a novel system and method for using data tags to track management tasks in OTO services. Compared with traditional methods, the system and method of the invention are more simplified and easy to use. More importantly, the system and method of data label tracking and management tasks of the present invention can be applied to large-scale commercial applications, and the present invention The invented system and method have better user experience and lower application cost.

In order to achieve the above-mentioned purpose, the system of the present invention using data tags to track management tasks in OTO services has the following composition:

The system includes one or more data tag servers located on an OTO service platform, used to receive the startup of the first application through the first startup program, wherein the one or more data tag servers are used to issue the first application data tag , the first application data label includes at least a first task of implementing the first service in the first application, wherein the one or more data label servers are used to scan the first user terminal operated by the first participant When the first application data tag is issued, the first behavior data tag is issued, and the one or more data tag servers are used to issue the first dynamic task data tag to track the first task in the first behavior, when the When the first action is completed, the one or more data tag servers are used to update the first dynamic task data tag to completely record the first task in the first action.

In the system for tracking management tasks using data tags in OTO services, the one or more data tag servers are used to receive recipient information from the first user terminal, and embed the recipient information into the The first line is the data label.

In the system for tracking management tasks using data tags in OTO services, the one or more data tag servers are used to embed the identification code of the first participant into the first behavior data tag.

In the system for tracking management tasks using data tags in OTO services, the first application data tag includes the function or information of the target server that implements the first service.

In the system for tracking management tasks using data tags in OTO services, the information of the target server includes APIs, parameters and protocols related to the target server.

The system for using data tags to track management tasks in OTO services further includes a database, the database interacts with the one or more data tag servers to store data related to the first application, the data includes at least The first startup program, the first task and the first service.

The system for using data tags to track management tasks in OTO services also includes an OTO node router, which interacts with the one or more data tag servers and the first user terminal to store information related to the The data related to the first application includes at least the first startup program, the first task and the first service.

In the system for using data tags to track management tasks in OTO services, the one or more data tag servers are used to issue the second application data tag when the second participant operates the second user terminal to scan the first application data tag Behavior data tags, the one or more data tag servers are used to issue second dynamic task data tags to track the first task in the second behavior, when the second behavior is completed, the one or Multiple data label servers are used to update the second dynamic task data label to completely record the first task in the second behavior.

In the system for using data tags to track management tasks in OTO services, the one or more data tag servers are used to receive the startup of the second application through the second startup program, and issue the second application data tag, the second Applying data labeling includes at least the first task of implementing the second service in the second application, and the one or more data labeling servers are used to scan the second application when the third party operates a third user terminal When the data label is issued, the third behavior data label is issued, and the one or more data label servers are used to issue the third dynamic task data label to track the third task in the third behavior, when the third behavior is completed , the one or more data tag servers are used to update the third dynamic task data tag to completely record the third task in the third behavior.

In the system for using data tags to track management tasks in OTO services, the one or more data tag servers are used to receive the startup of the second application through the second startup program, and issue the second application data tag, the second The application of data labeling includes at least the first task of implementing the second service in the second application, and the one or more data labeling servers are used to scan the first application when the third participant operates the fourth user terminal The data tag and the second application start the application when the data tag is used, and the one or more data tag servers are used to receive a request from the third participant to add a third service to the third application, The one or more data tag servers are used to issue a fourth behavioral data tag, the fourth behavioral data tag includes implementing the first service, the second service and the third service in the third application Task.

In the system using data tags to track management tasks in OTO services, the one or more data tag servers are used to issue fourth dynamic task data tags to track tasks in the fourth behavior, when the fourth When the task in the activity is completed, the one or more data label servers are used to update the fourth dynamic task data label to completely record the task in the fourth activity.

In the system for tracking management tasks using data labels in OTO services, the first application data label, the first behavior data label and the first dynamic task data label are all printed on physical labels.

In the system for tracking management tasks using data tags in OTO services, the first application data tag, the first behavior data tag, and the first dynamic task data tag are all displayed on the electronic device.

In the system using data labels to track management tasks in OTO services, the first application data labels, first behavior data labels and first dynamic task data labels are one-dimensional codes, two-dimensional codes, two-dimensional barcodes, data One or more of matrix code, QR code and three-dimensional code.

In the system for tracking management tasks using data tags in OTO services, after decoding the first application data tag, at least the first task for implementing the first service can be extracted.

The present invention also provides a method for tracking management tasks using data tags in OTO services realized by using the above-mentioned system for tracking management tasks using data tags in OTO services.

Using the method of using data tags to track management tasks in OTO services of the invention, the data tag server receives the startup of the first application through the first startup program, and publishes the first application including the implementation of the first service in the first application. For the first application data label of a task, when the first participant operates the first user terminal to scan the first application data label, the first behavior data label is released, and the first dynamic task data label is issued to track the first behavior The first task, and fully record the first task in the first behavior, thereby making the system and method of the invention more simplified and easy to use, and more importantly, the system of data tag tracking and task management of the present invention The method and method can be applied to large-scale commercial applications, and the system and method of the present invention have better user experience and lower application cost.

Description of drawings

FIG. 1 is a flow chart of data labeling in multiple embodiments of the present invention.

Fig. 2 is a block diagram of a computer network providing services through data tags in multiple implementations of the present invention.

FIG. 3 is a flow chart of using data tags to track and manage tasks in an application based on an application.

Fig. 4 is a schematic diagram of managing complex applications and behaviors using embedded task tags.

Fig. 5 is a block diagram of a computer network providing services through data tags in multiple embodiments of the invention.

FIG. 6 is a specific system block diagram of the OTO node router in the computer network system shown in FIG. 5 .

FIG. 7 is a function example diagram of a computer network composed of OTO node routers, user terminals, one or more data label servers, and target servers shown in FIG. 6 .

FIG. 8 is a schematic diagram of establishing a second application through an embedded task data tag to expand applications and services.

detailed description

In order to understand the technical content of the present invention more clearly, the following examples are given in detail.

In one embodiment, the system for using data tags to track management tasks in OTO services includes one or more data tag servers located on an OTO service platform to receive the startup of the first application through a first startup program, wherein The one or more data label servers are used to publish the first application data label, and the first application data label includes at least the first task of realizing the first service in the first application, wherein the one or Multiple data tag servers are used to issue the first behavior data tag when the first participant operates the first user terminal to scan the first application data tag, and the one or more data tag servers are used to issue the first dynamic task data tag to track the first task in the first action, and when the first action is completed, the one or more data tag servers are used to update the first dynamic task data tag to fully record The first task in the first behavior.

In a more preferred embodiment, the one or more data tag servers are used to receive recipient information from the first user terminal, and embed the recipient information into the first behavior data tag .

In another more preferred implementation manner, the one or more data label servers are used to embed the identification code of the first participant into the first behavior data label.

In yet another more preferred implementation manner, the first application data tag includes the function or information of the target server that implements the first service.

In yet another preferred implementation manner, the information of the target server includes application program interfaces, parameters and protocols related to the target server.

In this further preferred embodiment, the system for tracking and managing tasks using data tags in the OTO service also includes a database, which interacts with the one or more data tag servers to store information related to the first application Related data, the data at least includes the first startup program, the first task and the first service.

In this further preferred embodiment, the system also includes an OTO node router, and the OTO node router interacts with the one or more data label servers and the first user terminal to store information related to the first user terminal. An application-related data, the data at least includes the first startup program, the first task and the first service.

In another more preferred embodiment, the one or more data label servers are used to issue the second behavior data label when the second participant operates the second user terminal to scan the first application data label, The one or more data tag servers are used to issue second dynamic task data tags to track the first task in the second behavior, and when the second behavior is completed, the one or more data tags The server is used to update the second dynamic task data tag to completely record the first task in the second behavior.

In yet another more preferred embodiment, the one or more data tag servers are used to receive the startup of the second application through the second startup program, and issue the second application data tag, the second application data tag At least including the first task of realizing the second service in the second application, the one or more data label servers are used to scan the data label of the second application when the third participant operates the third user terminal Publishing a third behavior data label, the one or more data label servers are used to issue a third dynamic task data label to track a third task in the third behavior, when the third behavior is completed, the The one or more data tag servers are used to update the third dynamic task data tag to completely record the third task in the third behavior.

In a further more preferred embodiment, the one or more data tag servers are used to receive the startup of the second application through the second startup program, and issue the second application data tag, the second application data tag is at least Include the first task of realizing the second service in the second application, the one or more data tag servers are used to scan the first application data tag and the The application is started when the second application data tag is used, the one or more data tag servers are used to receive a request from the third participant to add the third service to the third application, and the one or a plurality of data tag servers are used to issue a fourth behavioral data tag, and the fourth behavioral data tag includes the task of realizing the first service, the second service and the third service in the third application.

In yet another further more preferred embodiment, the one or more data tag servers are used to issue fourth dynamic task data tags to track tasks in the fourth behavior, when the fourth behavior When the task is completed, the one or more data tag servers are used to update the fourth dynamic task data tag to completely record the task in the fourth behavior.

In a preferred embodiment, the first application data label, the first behavior data label and the first dynamic task data label are all printed on a physical label or displayed on an electronic device.

In another preferred embodiment, the first application data label, the first behavior data label and the first dynamic task data label are one-dimensional codes, two-dimensional codes, two-dimensional barcodes, data matrix codes, and QR codes. and one or more of three-dimensional codes.

In a more preferred implementation manner, after decoding the first application data label, at least the first task for realizing the first service can be extracted.

The present invention also provides a method for tracking management tasks using data tags in OTO services realized by using the above-mentioned system for tracking management tasks using data tags in OTO services.

According to the disclosed method, the flow chart of data labeling in multiple implementations is shown in FIG. 1 .

In some embodiments, referring to FIG. 1 , the disclosed data labeling method may include the following steps:

Step 1: the user terminal obtains data (NFC) data from the data tag (step 11), which can be a one-dimensional barcode, a two-dimensional or three-dimensional code, and near-field communication (NFC), and the user terminal performs data processing on the data. The tags are analyzed to obtain a set of related business application programs (step 12). The service and function information respectively correspond to the respective target servers (step 13). Examples of target servers include data tag servers configured to generate services and functions implemented by data tag definitions, function and target servers, analysis servers configured to extract service and function information from tag data, selected servers configured to allow For services selected by the user, the location server is configured to determine the user's location, is configured as an authentication server that authenticates the user's identity, and is configured as a purchase server configured to process the user's order.

Step 2: The user terminal communicates to complete the service and function, and realizes the information of the service and function of the business application (step 22) in the target server (step 21).

The method disclosed in step 1 may include the following detailed steps:

(a) The user terminal obtains the tag data from the data tag server, parses the tag data, and obtains the information corresponding to the business application of the tag data;

(b) According to the business application information, the user terminal obtains a set of service and function information about related services and functions of the target server, and the information, service information and function information can include product information, location information, logistics, shopping Mode selection, as well as order and payment information.

In some embodiments, service and function information may include a service software development kit (SDK) corresponding to the service or function and the function's SDK. The service SDK and function SDK respectively include information surrounding their respective target servers, including application programming interfaces (APIs), parameters, and protocols associated with the target servers.

Step 2 may include one or more of the following detailed steps:

(a) service and function information in some or all sets selected by the user terminal according to the user's operation;

(b) Interact with the user terminal of each target server to exchange information on selected services and functions to complete appropriate services and functions and to complete business applications.

In some embodiments, the step of the user terminal interacting with each target server, exchanging information on selected services and functions, comprises the steps of:

The user terminal determines whether information on selected services and functions will be exchanged with the target server in sequential or parallel sequential order;

Information on selected services and functions is exchanged with user terminals in serial or in sequential or parallel sequential target servers.

As shown in the figure, in the above embodiment and shown in Fig. 2, the label providing service of the data used in the computer network system 200 includes a service definition server 210, and one or more data label servers 220 are used to generate and issue data labels (e.g., 2D code) and for analyzing the data obtained from the data tag, the data is published on the label 230 on electronic media or printed on paper media, with a configured software application installed on an intelligent user terminal 240 (e.g., a smart phone) to An image of the data tag is captured and decoded, which is then analyzed by the data tag server 220, and one or more destination servers 250, for service provided by the business application.

The computer network system 200 includes an OTO service platform 225 provided by an OTO application service provider, which may include a data label server 220, a database 223, and a task server 227 as described in more detail below, the task discussed server 227 Tasks are managed and tracked according to a schedule for each unique action or activity between an initiator and a participant. On this database 223 stores characteristics for each application (SDK, target server, service, function, etc.), product ID, information on third-party service providers, and other information identifying and related to OTO access point routers. The database 223 also stores initiators, participants and service objects, and a unique activity identifier for each application on a state basis.

The user terminal 240 may include a smart phone or a tablet computer equipped with a handheld scanner equipped with a camera, and an RFID sensing device, the user terminal 240 may include a tag data collection module, a tag data analysis module, and an interactive control module, the tag data The acquisition module is configured to acquire the tag data from the data and the tag data analysis module parses the tag data from the stored data to obtain a set of corresponding services and functions of the business application data. The interaction control module exchanges service and function information with the corresponding target server 250 to complete the appropriate service and/or function and complete the business application.

The data tag server 220 is configured to provide, to the user terminal 240, information corresponding to each target server 250 according to the service, and the service and function. In some embodiments, at least a portion of the data label data label decoding task is performed by the data label server 220.The user terminal 240 can be a wired or wireless terminal, wherein the data label server 220 and the user terminal 240 are performed through a computer network communication.

In the disclosed data labeling system, the data labeling server 220 sends out a list of target servers 250 associated with information on services and functions in which the data label can store application services and corresponding service and function information, and the target server information of the information includes API, parameters and protocols on the associated target server 250 .

Still referring to FIG. 2, service information and function information may include product information, location information, logistics information, shopping mode selection, and order and payment information. In some embodiments, the service and function information includes SDK 1, SDK 2 . . . , SDK N, which may include the SDK of the software service and the SDK of the function corresponding to the service or function. The service SDK and the function SDK specify information about their respective target servers 250 , such as application programming interfaces (APIs), parameters, and protocols associated with the target servers 250 .

In some embodiments, the user terminal 240 also includes a selection control module operated by the user and configured to select information of services and functions in a part or all of the sets.

In some embodiments, the user terminal 240 further includes information about the selected services and functions to configure the sequence control modules in a determined order (ie, in parallel order) to interact with the target server.

By realizing the OTO service definition, integration and collaboration, the open system, how to transform the organization and provision of services, real-time services can be realized through collaboration across organizations, and enable flexible composition of services, refinement of service units, and coordination of automated services .

Referring to FIG. 3 , the launcher may launch a new application A and, in response, tag the data tagging server 220 with the application's data in question. It can be a business in nature, but it can also be used for social, charitable, and government projects. The application ID issued by the OTO platform is used in the process of tracking the application at the same time, and the specification and ID of the application are stored in the database. Own intelligence 223. A participant scans the data application tag device (i.e., user terminal), obtains the tag information embedded in the application data with the help of the OTO service platform 225, and sends a request to the OTO service platform 225 The initiation and response cycle starts and defines unique actions (or activities). The task server 227 specifies the data of the action ID A-1 and the tag server 220 asks the new action of the action data tag A-1. The action data tag A-1 not only stores information about the application (more details described below), but also user information about the specific participant who started the action A-1, as well as the specific preferences of the participant or application (i.e. action A-1 is defined), each action can include multiple tasks to perform a service, and each task in action A-1 is tracked and managed by the data tag server 220 and the task ID A-1- 1 or A-1-2 sends out task data tags... the assigned OTO service platform in the task server 227 tracks the task in action A-1, and updates the process of task data tagged in action A-1 until A-1 completed action (ie service fulfillment of action). Upon its completion, the OTO service platform 225 issues a new task data tag capture action complete A-1.

As an example, an application could design products for sale. An action A-1 started by a participant based on application A can involve tasks such as "check product", "order", "pay", and "share with friends", which are defined in the original application, Stores or can use action data tag A. information, these tasks can be managed with task data to access the data tag server of tags A-1-1, A-1-2, A-1-3, A-1-4 220 and with the ID assigned by the task server 227 If the participant checks the product, then orders, then pays for the release of the product, all three tasks are completed in action A-1 and their corresponding task data are marked A-1-1, A-1 -2, A-1-3 are 225 by the OTO service platform. If she shares action A-1 with a friend to update, another task A-1-4 is a new task data marked A-1-4 is the task data marked A-1-4 by OTO service platform 225 can pass her Scan your friend's device or use someone else's device to send out the created application A service

Similarly, other actors can scan the application data tag A to initiate other actions A-2, A-3, etc., each action is tracked and managed by the data tag A-2, A-3, etc., which is managed by the data tag server A-2, A-3, etc. that issue 220 action IDs are assigned and specific participants by the task server 227 for each initiator and response cycle uniquely associated with each action based on the same application A.

Data tags A, A-1, A-1-1, or A, A-2, A-2-1 are related to the other party's family in the mission. The definition and characteristic A of the data tag in the application program can be copied to the action data tag A-1. As described, the action data tag A-1 also includes user identification information for the participant who initiated the action defined in application A by the participant and other parameters selected for the service. In some embodiments, the application ID A The A-1 of the action data tag is copied instead of the data tag A in the application. The content of the application ID A can be used as a link or pointer in the operation data tag of the OTO service platform to retrieve information about the application A. So the operation data tag A can simply include the ID application A and other content.

Likewise, task data tokens A-1-1, A-1-2 may replicate content or identify actions related to task A-1 or root application A, plus additional information. The identification of action A-1 or application A can be used as a link pointer of the OTO service platform to retrieve related information. Using the operation task ID A, task data tag A-1-1, A-1-2 can simply call the OTO service platform 225 to tag A-1-1 to perform the relevant action A-1, which can save the embedded task data in Excessive data task or service, A-1-2, information and application A, such as user interface (UI) and service interface (SI) can be retrieved from OTO service platform 225 to perform task A- in action A-1 1-1, A-1-2.

Such task IDs A, A-1, A-1-1, A-2, A-2-1 have a very flexible nesting structure in which each task ID is unique; it correctly reflects the application, action and Relationships between tasks and can be used to track and manage tasks fulfilling application-based operations.

In some embodiments, a new action can be constructed in two different applications. Still referring to FIG. 3 , the application B is the application data tag B issued by the OTO service platform initiated by an initiator at the OTO service platform 225 . The OTO service platform 225 enables the participant to use his or her smart device to scan App Data Token A and App Data Token B, and create a new application based on these two Apps A and B. The operator obtains information about the two original applications and starts AB-1 a new action data label AB-1 based on the two applications A and B's OTO service platform 225 issues, and subsequently assigns task ID AB-1 to other operations 1-1, AB-1-1.. Track and manage the actions AB-1 tasks of services, functions, tasks, and other characteristics of the application data tags A and B can be copied or directly through the embedding of the application ID with The task ID forms the AB action data label-1.

In some embodiments, an action or task's data tag may include a number of parallel tasks or cascaded tasks that can be defined from a parent application application ID. An action or task data tag can thus be connected to multiple identities of a given application by simple applications, thus extremely complex tasks and services can be represented, managed and tracked in an elegant and simple way, which enables the implementation more effectively. Alternatively, business applications can easily be built by utilizing the already defined extended application and its developed task ID and identification definitions associated with the infrastructure. Furthermore, cooperation among parties is encouraged to achieve synergies and efficiencies in the economy and society. Accurate recording of tasks in task data labels allows accurate calculation of contributions made by different parties in one application fulfillment service.

Using data tags to track and manage applications, operations and tasks may include one or more steps of the following disclosed methods. Referring to FIG. 4, the initiator sends requests to an OTO service platform to start an application by utilizing several functions and resources (such as targets and application servers) in certain sequences of tasks. The initiator specifies the SDK, the application program and the target server to perform the service(s) for the OTO service and provide one or more service platforms. The application data tag issued by the data tag server in the OTO service platform to start the application (step 410), the application data tag can store the SDK, the application and the functions and information about the target server, so as to perform the service(s). Information about the target server includes the server application programming interface (API), parameters, and protocols associated with the target.

The characteristics of the application data tag are stored in the data location in the OTO service platform. At this point, app data tags cannot be effective also because there are users who may or may not be interested in using the app. This value is used to set the task status to zero. The app data tag also includes data fields for storing information about a participant (or a person who subscribes to a service) and the recipient of the first service before the app is activated to become valid, recipient data Fields are set to null or zero, and the data label can be printed on a physical data label, or displayed on an electronic device.

The OTO service platform tracks and records the status of activities and updates task data tags throughout the enrichment process until the task is completed.

If the participant's hobby is when using the application, he scans the application data tag with his or her device (ie user terminal), and decodes the application data tag to obtain information about the application, and responds to the service OTO platform (step 420 ). The participant who obtains information about the target server (S), which may include SDK, and related user identification information sends a request to the OTO service platform to start a new action based on the application (step 420). In this request, the participant Designate the recipient for the services and parameters he or she wants for this operation (eg type of product or service, quantity, quality level, delivery time).

The OTO service platform receives data from participants and issues actions based on labeling requirements (step 430). The action data tag embeds information in the application identifying service subscribers to track and manage measures (i.e. participants) and services, and recipients of tasks by incorporating or connecting to the application data and tag information stored in the OTO service platform content to execute. Actions on the OTO service platform's task server are assigned a unique action ID initiated by a specific participant for a specific recipient. It should be noted that different operation IDs are required to trigger different operations by different responses to tags of the same application data.

The data label server and the task server in the OTO service platform issue the task data label and the action in the task of assigning the task ID respectively (step 440). As described above, the task server manages the ID of the task on a per-task basis based on the actions of each application supported by the OTO service platform. Task data can include the task data that is embedded in a feature, such as functions and services, service contracts and process management, participating members, recipients of the service, and schedules, among others. Task data label.

The tasks as defined in the task data tags are performed by the server, the application, the software development kit in which they are defined, the task data tags, and the OTO service platform (step 450), updated when all tasks in an operation are completed, by The data tag server issues a completed action data tag to capture the status of the completed action (step 460).

As mentioned above, tasks, operations, and applications are uniquely identified, tracked, and their relationships are tagged with dynamically changing data. Tasks, operations and applications can thus be managed more efficiently and clearly defined, and results can be quantitatively improved. The task data tags disclosed in the present invention are dynamic and living data objects which change as a function of the associated action on the time axis, therefore, the tag data disclosed in the present invention is an object from the static data tags in the traditional system with large differences.

Additional details regarding systems, platforms, methods, and applications of data tagging are also disclosed in commonly assigned pending U.S. patent application 14/383,824, entitled "System and Method for Tracking and Utilizing Data Tag Carriers," application U.S. Patent Application 14/390,138, dated August 9, 2014, entitled "Data Marking of Units of Data Exchange Between Systems of Platforms and Application Methods," filed October 2, 2014, and U.S. Patent Application 14/390,138 461408, entitled "Apparatus and Method Data Markup for Object-to-Object Based Applications," filed August 17, 2014, the disclosure of which is hereby incorporated by reference.

The methods and systems for labeling of data discussed above are further illustrated by the following examples:

Example 1: Ordering products in response to tagged data

When shopping in a store, consumers can use their mobile phones to obtain pictures of data labels, such as the QR code of a commodity, and the application program (ie APP) installed on the mobile phone can decode the QR code in the captured image and obtain the QR code embedded in the QR code. Products ordered by QR code. Consumers can also obtain service information and functional information, such as product information, location information, logistics information, shopping mode selection, and order and payment information application services.

Specifically, the mobile phone first uses an application to connect to a server that maintains product information via the mobile wireless network, obtains the product information, and displays it on the mobile phone. Then, a location server (an example of a destination server) determines the location of the customer, and his or her relative location of the manufacturer, the storage warehouse. Web-based product order information is provided to consumers, and a purchase-method selection server (another example of a target server) integrates product and logistics information and provides consumers with different purchase prices and different purchase methods. After the consumer confirms the purchase method, the order server (another example of a destination server) transmits the order to the store to order from existing inventory, or, when ordered, the server can send the order directly to the manufacturer, via a computer network Logistics provider contact. Finally, the consumer can complete the product purchase using his or her mobile phone by making the payment. It should be noted that such two-dimensional codes can also be printed directly in newspapers and magazine advertisements, and consumers can process the purchase of products by collecting images of the two-dimensional codes on newspapers or magazines.

Therefore, the generation of a QR code for product ordering only requires information about the services and functions on the corresponding target server and information is contained in the corresponding SDK, and the user terminal can decode the QR code and communicate with the target server directly Fulfill the order. Therefore, the task of ordering the server is decomposed, which extracts the application of the QR code, providing more flexible services and functions at a lower cost.

Embodiment 2: TV set-top box

With the increasing popularity of high-definition televisions, TV set-top boxes have become common household electronic equipment and hotels. HD programs usually require users to pay a certain fee, but the right to watch HD programs is bound to a specific TV set-top box, and it is difficult for users to watch HD programs on different TV set-top boxes. In addition, another difficulty is to allow users to watch HD programs TV programs to short-term in hotels and other establishments.

The data tagging method and system enable the TV set-top box to be switched on after a data tag, such as a QR code, is displayed on the TV. The user can use the mobile phone to take the image of the QR code, and the mobile phone can decode the QR code, extract service information pay TV programs, and can obtain information about authentication, licensing, payment information, and other services and functions.

First, the QR code includes information about an authentication server (another example of a target server) through which a user can verify his or her identity and then register or log in through an authorization server. If the user has purchased a pay TV service, the authorization server sends a right-to-use confirmation, via the computer network, to the specific TV set-top box that the user is using, which allows the user to connect the TV program to the specific TV set-top box. Therefore, the right to watch Pay TV is no longer dependent on a specific TV set-top box, and a consumer can watch Pay TV programs on any set-top box. If the user has not purchased a pay TV service, the user can pay for the pay TV service using the purchase information extracted from the two-dimensional code on his or her mobile phone. The mobile phone can communicate directly with a purchasing server (another example of a destination server) to fulfill the order. Simplifying the pay-TV process is ideal for short-term subscribers of pay-TV services, in hotels, etc.

Example 3: A customer membership management system applied to the catering industry

An old member of a restaurant (the first data label) introduces a friend to the restaurant for consumption, or introduces a friend to become a new member of the restaurant. The consumption (second behavior) of the new customer (the second data tag) in the restaurant will be associated with the ID of the old member (the first data tag) in the background service of the OTO platform of the restaurant, and the consumption of the new customer in the restaurant ( The member points (tasks in the second act) awarded by the second act) are associated with the old member's ID (the first data tag). When a new customer joins as a new member of the restaurant (the second data label), the OTO platform background service will generate a new member ID for the new customer (publish the second data label), and at the same time, the member recommender and The old member ID (the first data label) is bound.

Additionally, suitable data tags may include printed data codes (1D, 2D, 3D codes) and RFID tags. Examples of two-dimensional codes include, but are not limited to, two-dimensional barcodes, data matrix codes, or QR codes, etc. Two-dimensional codes are first captured by an intelligent user terminal and used by a software application on the intelligent user terminal to obtain label data decoding. The tag data is then parsed and analyzed by the analysis server to extract service and function information of the tag data. The software application (for example, a mobile device application on a smart phone) receives information about services and functions and displays them on the smart terminal, as shown in FIG. 2 . On the other hand, RFID tags can store services and functions, and once retrieved, the mobile application does not involve the analysis server and can display such information on the user terminal.

The disclosed methods and systems include the following features:

1. Uniform coding rules for tag data, a data tag server generates tags for data according to the services and functions to be provided and received, where the data tag can be retrieved by the application program of the smart user terminal.

2. The label data is defined by the combination of the data label server and the intelligent user terminal, the target server provides the service, and the service is provided in a cooperative manner.

3. An analysis server analyzes the tags retrieved by the smart terminal to obtain the target server and service SDK tag data, and provides the SDK to the smart terminal.

4. The tag data is configured as a business application that provides and/or receives all necessary services and functions, and the user can choose to interact with the target server through a software application on the service or function of the smart terminal (such as a mobile application), To complete the operation and service contract by coordinating the service and the corresponding target server.

The methods and systems of the present disclosure may include one or more of the following advantages:

1. Flexible service portfolio. Services can be flexibly combined and coordinated by users and user-defined services respond to data tag scans. The tag data includes definitions based on the service, the target server, the SDK of the relationship between different target servers, and the service contract, and the disclosed method also ensures specialization, coordination and resource optimization in the service and in-depth.

2. More user-friendly experience. The disclosed tag data improves user interface friendliness and user operability. The user can select a specific combination of services based on the user interface, and ideally, the user selects the appropriate service.

3. In-depth utilization of service composition allows separation of authentication, payment and service implementation, which increases the security of the system.

In the disclosed data labeling method and system, the user terminal uses the data obtained from the data label using the label data acquisition module, and uses the label data analysis module to obtain the corresponding business application program and associated service and function information to parse the label data. An interactive control module at the user terminal then interactively communicates with the target server to exchange information on services and functions to meet business applications. In the disclosed data labeling method and system, the user terminal can execute business applications based on the label data, and directly complete the service and pass through the target server that provides such services and functions, which saves a central application server to perform the service For the function of interaction, different complex business applications can interact with the target server through distributed, which effectively simplifies the operation of using tags, thus reducing the cost of the application server established by the service provider by completing the data. The disclosed data labeling method and system are more convenient and less costly, which allows data labeling to improve user experience and wider application.

In some embodiments, referring to FIG. 5 , a data labeling service provided by a computer network system 500 includes a service definition server 210, and one or more data labeling servers 220 are used to generate and send out data labeling (e.g., QR codes). ), and used to analyze data obtained from data tags, data tags 230 published on electronic media or printed in connection with one or more data tag servers 220, an intelligent user terminal 240 (e.g., a smart phone) installed on paper media, a database 230 configured to capture an image of the data tag, and decode the data tag software application, which is then serviced by the data tag server 220, and one or more destination servers 250, for commercial applications for analysis.

The computer network system 500 further includes an OTO access point router 520 configured to communicate with the data tag server 220 in the user terminal 240 , and one or more target servers 250 . The OTO access point router 520 can be based on a wireless standard such as WiFi, WiMax, Smaller or, IEEE 802.11, etc. As mentioned above, the user terminal 240 communicates, and the computer network system 500 includes an OTO application service provider, providing an OTO service platform 225, which may include a data label server 220, a database 223, and a task server 227 for access The router 520 of the point can be provided by the same OTO application service provider, or the OTO of the third-party owner and the OTO application service provider cooperate to provide data label-based OTO application services.

Target servers 250 may include remote and local servers. Local servers can be distributed at locations close to user terminals, thereby increasing data transmission and processing speeds to initiate and execute OTO application services. The target server 250 may also include private and public servers. The private server may act as a master server to drive the public server (slave) function. For example, for most small businesses, the user terminals 240 interact directly with the public destination server 250 to perform most tasks of their business applications. Large corporations, on the other hand, can dedicate most of their target servers to dedicated platforms, with user terminals 240 only going to the public target server when needed, and the private target server performing most tasks.

An exemplary OTO access point router 520 is shown in FIG. 6. The OTO access point router 520 performs the function of a router, and also includes a detailed system block diagram of the function of a wireless access point. The OTO access point router 520 may include a central processing unit 410, which may be executed in a wireless router, such as encoding, decoding and processing signals, and controlling the central processing unit 610 in the OTO access point router 520 may output to other components Processing tasks and receiving data from one or more transmission and reception circuits in different wireless frequency bands (such as 2.4GHz and 5GHz), the central processing unit 610 can wirelessly communicate with the user terminal 240, the data tag server 220, and target server 250 (FIG. 3). For example, in the first frequency band, the transmitting circuit 621 and the receiving circuit 622 can be switched to transmit or receive signals through a duplexer 631 or from the antenna 641. The transmitting circuit 621 includes a power amplifier and is a circuit that converts a data signal into a radio frequency signal , through the antenna 641, the receiving circuit 622 includes a linear amplifier and a circuit for transmitting the RF signal received from the antenna 641 as a data signal. Part of the transmission circuit 621 and the receiving circuit 622 can be combined in a transceiver circuit. Similarly, in another frequency band, the transmit circuit 625 and receive circuit 626 can be switched to transmit or receive signals via the duplexer 632 or from with the antenna 645 . The wireless signal received by the antenna 641, 645 may include the tag information of the data decoded from the data tag, and the central processing unit 610 may extract, from the tag information of the data related to the target server related to the service of an application, the service and function information , and business applications of the information for task completion.

The central processing unit 610 can be connected to one or more wired communication ports such as a LAN (local area network) interface 651 and a wide area network (wide area network) interface 655, with the data label server 220 and the communication target server 250 ( FIG. 5 ), the central processing unit 610 It is also possible to connect 663 with an oscillator 661, memory 662, and a device description repository 663 to store a list service of user terminals authorized to receive OTO registrations. Once contacts are established with these user terminals, requests and interactions with target servers for service and functional information can proceed without requiring authorization and login each time.

The OTO access point router 520 also includes an OTO application controller 680 that communicates with the central processor 610 to store information essential for performing OTO services using data tags, including the serial number of the product (S /N) uniquely identifies the OTO access point router 520 OTO application controller 680 can also store the OTO service activation ID, and the product S/N and OTO service activation ID are encrypted to prevent tampered OTO application controller 680 from storing and storing The protocol in the database 223 is consistent with the terms of lease management (time period and type of service OTO on authorized routers, etc.) and the OTO application controller 680 can transfer the content from the data management tag server 220 and destination server 250. The OTO application controller 680 can also perform data analysis from the user terminal 240 or from the data tag server 220 or 250 . In another example, the OTO application controller 680 of the target server data query can also manage advertisements, promotions and product or service announcements sent from the target server to the user terminal. The OTO application controller 680 can also directly direct the user terminal to the private target server 250 (as above), if the user terminal is on the list of pre-approved users.

In some embodiments, OTO access point router 520 may also perform some of the functions described above for data label server 220 (FIGS. 2 and 5). After the tag of the data is acquired and decoded by the user terminal 240, the decoded information is sent to the OTO access point of the router 520. The OTO application controller 680 can extract the services and functions of the related application services from the tag information of the decoded data Information. The OTO application controller 680 can also extract information about a set of target servers that are set to satisfy application services. In this distributed approach, the OTO access point router 520 is periodically (e.g., hourly, daily, etc.) updated by one or more data label servers 220 about available updated application services, with information about the services and capabilities of each application service , and information about the service target server used to implement the application. This information is encrypted and stored securely in the OTO application controller 680.

Referring to Figures 5 and 6, the OTO access point router 520 may include a physical data label attached to its outer surface, or an indicia of the data displayed in an electronic display panel. The soft electronic data tag displayed in the display panel for the OTO access point router 520 is based on the data (S/N of the product, activation ID, etc.) stored in the data tag of the OTO application controller 680 encoded with the router's product serial number and The OTO service activates identification. The data tag can also be stored and encoded with an RFID (Radio Frequency Identification) tag or an NFC (Near Field Communication) tag, which can be read by a corresponding RFID or NFC sensor at the user terminal 140 . In some embodiments, the electronic data tag data can be controlled and changed by the OTO application controller 680 .

The data tag may be originally issued by one or more data servers 220 operated by the OTO service provider and stamped on the router's manufacturing process or stored at the router 520 of the OTO access point. To set the OTO access point router 520 to the OTO service, that is, the user terminal 240 used by the person who installs the router 520 of the OTO access point, such as a smart phone scanning the data displayed on the label data analysis module in the router 520 of the OTO access point The tag user terminal 240 will parse the tag data to obtain the product serial number and OTO service activation identification. After proper authentication and login, the user terminal 240 can send the obtained information to activate a specific OTO access point router 520 (according to its product S/N) to enable the realization of OTO services based on data tags.

Once activated, the product S/N of the OTO access point router 520 is connected to the router owner's user ID (UID) and stored in the database 223 assigned by the data label server 220N operated by the OTO application service provider The associated index is also stored in the database 223 , and the associated index of the product S/N of the router and the owner's UID in the OTO service provider is then sent to the user terminal 240 .

The OTO application service at the router 520 of the OTO access point is defined and constrained 223 by the OTO application protocol stored in the database. For example, the agreement may define terms under which OTO access point routers 520 are leased to users.

Once established, the OTO access point router 520 can facilitate the completion of the OTO service to the user terminal 240. As mentioned above, the user terminal 240 (which can be a different router from the user terminal used to activate the OTO access point) can be a smart phone or tablet The computer is equipped with a hand-held scanner with a camera, and an RFID sensing device. The user terminal 240 may include a tag data collection module, a tag data analysis module, and an interactive control module. The tag data acquisition module is configured to obtain data from The tagged data and the tagged data analysis module of the stored data parse the tagged data to obtain a set of corresponding service and function business application data. The interaction control module exchanges the service and function information with the corresponding target server 250 to complete the appropriate service and/or function and complete the business application. The one or more data label servers 220 may provide label data corresponding to each target server 250 according to the service, as well as service and function information. In some embodiments, at least a portion of data tag decoding tasks are performed by data tag server 220 .

Similar to that described above with respect to FIGS. 2-4 , the OTO access point's router 520 communicates with the scan application tags, action tags, and help track, manage user terminals, and update task tags. In some embodiments, application, action, and task data tags may store tags identifying other application, action, and task data tags, but not other application, action content, and task data tags. The OTO access point router 520 can store service and function information which is the application and information about the target server to fulfill its tasks in the application. The OTO access point router 520 can also store user actions or action data tag recipient information, action status in tasks, etc. The OTO access point router 520 can also store applications, operations, and tasks, including auxiliary applications The relationship between the OTO access point router 520 can be synchronized with the information stored in the OTO service platform 225 (eg, database 223 ).

The user terminal 240 can be a wired or wireless terminal, and can communicate with the data tag server 220 through the wired and wireless computer network in the router 520 of the OTO access point. The database 223 may store a list of applications related to the services and corresponding service and function information of the target server 250 associated with service and function information, as well as information on the target server information including API, parameters and information about the associated target server 250 using the protocol of the information obtained from the data tag, the user terminal 240 can communicate with the target server 250 via the router 520 of the OTO access point to request the target server 250 to fulfill the information specified by the service and function in the business application various tasks.

Service information and function information may include product information, location information, logistics information, shopping mode selection, and order and payment information. In some embodiments, service and function information, including SDK 1, SDK 2..., SDK N, which may include service software SDK and function SDK corresponding to the service or function, service SDK and function associated with the target The SDKs specify the servers 250 about their respective targets, such as application programming interfaces (APIs), parameter information, and protocol servers 250 .

In some embodiments, the user terminal 240 also includes a selection control module operated by the user and configured to select information of services and functions in a part or all of the sets. In some embodiments, the user terminal 240 further includes a sequence control module to determine the sequence of the configuration of the selected service and function information (ie sequence in parallel) to interact with the target server.

How the disclosed systems and methods transform the organization and provision of services by enabling OTO service definition, integration, and collaboration can enable real-time services across organizations through collaboration, and enable flexible composition of services, service unit refinement, and automated service coordination .

FIG. 6 shows an OTO access point router 520, a user terminal 240, and certain exemplary functions 500 (FIGS. 5 and 6) that must be met by the computer network system for OTO services to be enabled by the computer network system. To register for the OTO service and log in to such a service, the user terminal 240 displays information about the OTO service received from the data tag server 220, the target server 250, and the router 520 of the OTO access point.

As mentioned above, the information stored in the OTO access point router 520 is required to activate the OTO service 520 of the OTO access point router, such as the generated S/N and the OTO activation identifier. If applicable, OTO access point router 520 may also store approximate equipment lease information.

The OTO access point router 520 may manage the content delivery 250 from the data label server 220 and the destination server. In Embodiment 2 above, the OTO access point router 520 may control the type and rate of content (including, for example, customized news, movies, TV shows, and advertisements) delivered to the TV set-top box and the TV.

The OTO access point router 520 can also take data queries from the user terminal 240 or from the data labeling server 220 or 250, and perform data analysis on the target server. In addition, in the above-mentioned Embodiment 1, the OTO access point router 520 can record the product type, the user's preference, the time and frequency of product ordering, and the location 240 of the user terminal. In the above-mentioned embodiment 2, the OTO access point router 520 can collect the TV watching patterns of the users. Relevant information can be reported to the target server 250 such that services can be improved.

In some embodiments, as described above, the OTO application controller 680 of the router 520 at the OTO access point may store per-application service information on the target server regarding available application services, service and function-related information, and information in order to perform application services. This information is often (e.g. hourly, daily, etc.) provided by one or more data tag servers 220, which are encrypted and securely stored in the OTO application controller 680. When the data tag is acquired by the user to update the terminal, the OTO The central processing unit 610 of the access point router 520 can extract the service and information about the service function of the application program from the data label, as well as information about the target server used to realize the service of the application program without having it in the remote data- Executing the token server, the OTO access point router 520 can send information about the services and functions of the service to the user terminal 240 via the transmitting circuit 621 or 625 and their receiving antennas 631 , 632 associated with the service of the application.

Still referring to FIG. 7, the OTO service may be composed of the OTO access point router 520, one or more data label servers 220 and the target server 250 including generating an associated index, producing or linking to IDs that users must satisfy, issuing data labels, and active data Collect and provide services for enterprise IDs, physical IDs and application IDs.

As mentioned above, the OTO service platform disclosed in the present invention (FIGS. 2 and 5) can support multiple applications (such as commercial, government or non-profit organization applications). In some embodiments, the OTO service platform allows participants to create a secondary application based on the original application. Referring to FIG. 8 , a participant can use a user terminal on the two application data tags to scan an application data tag A and an application data tag B, which are based on separate applications. The information is extracted by the user terminal, and the participants can send a request to the OTO service platform to build a new application based on two existing applications A and B. The new application on the OTO service platform and send a new application The data tag AB-1 of the application data tag AB-1 can be scanned by other participants to start a new action AB-1-1 with the associated data tag AB-1-1 by the OTO service platform data tag server Issued action AB-11 may include tasks AB-1-1-1, etc., which may be tracked through their respective task data tags.

As mentioned earlier, application, operation, and task data tags can embed the content or identity of their base application or operation data tags. Nested data tags uniquely define tasks, operations, and relationships between primary and secondary applications.

It should be noted that application AB-1 is different from action AB-1 in that AB-1 is an action created by a participant who subscribes to the service himself or herself, while application AB-1 is a new (commercial ) Apps are created by entrepreneurs to provide services to others.

For example, application A is selling shirts. App B is selling dresses. A creative participant creates a fashion set (which matches the color and style) by putting the top and skirt together. Participants initiate the sale of a set of tops and skirts on a new application AB-1 based on the original applications A and B, thus, the secondary application encourages entrepreneurship and can significantly expand and expand business activities.

The present invention discloses systems and methods which support complex applications and activities and allow addition and extension of functionality from existing applications so that large and complex applications can be broken down into simpler applications and tasks, An obvious advantage it can be offered to users independently.

Using the method of using data tags to track management tasks in OTO services of the invention, the data tag server receives the startup of the first application through the first startup program, and publishes the first application including the implementation of the first service in the first application. For the first application data label of a task, when the first participant operates the first user terminal to scan the first application data label, the first behavior data label is released, and the first dynamic task data label is issued to track the first behavior The first task, and fully record the first task in the first behavior, thereby making the system and method of the invention more simplified and easy to use, and more importantly, the system of data tag tracking and task management of the present invention The method and method can be applied to large-scale commercial applications, and the system and method of the present invention have better user experience and lower application cost.

In this specification, the invention has been described with reference to specific embodiments thereof. However, it is obvious that various modifications and changes can be made without departing from the spirit and scope of the invention. Accordingly, the specification and drawings are to be regarded as illustrative rather than restrictive.

Claims (16)

1. it is a kind of OTO service in using data label tracing management task system, it is characterised in that including：

Positioned at one or more data label servers of an OTO service platforms, being used to should by the first startup program reception first Startup, wherein one or more described data label servers are used to issue the first application data label, first application Data label at least includes realizing the first task of the first service in first application, wherein, one or more described numbers First is issued during according to tag server to operate the first application data label described in first user terminal scanning in first participant Behavioral data label, one or more described data label servers are used to issue the first dynamic task data label to track The first task in the first behavior is stated, when first behavior is completed, one or more described data label servers are used to The first described dynamic task data label is updated with the first task in the first behavior described in complete documentation.

2. it is according to claim 1 in OTO services using the system of data label tracing management task, its feature exists In, wherein one or more described data label servers from described first user terminal to receive recipient's information, and By the first described behavior data label of recipient's information insertion.

3. it is according to claim 2 in OTO services using the system of data label tracing management task, its feature exists In, wherein one or more described data label servers be used to by the insertion of the identification code of described first participant it is described the One behavior data label.

4. it is according to claim 1 in OTO services using the system of data label tracing management task, its feature exists In wherein the first described application data label includes the function or information of the destination server for realizing the first service.

5. it is according to claim 1 in OTO services using the system of data label tracing management task, its feature exists In the information of described destination server includes the application programming interfaces related to the destination server, parameter and agreement.

6. it is according to claim 1 in OTO services using the system of data label tracing management task, its feature exists In also including：

One database, with one or more described data label server interactions, is used to store related to the described first application Data, the data at least include the first described startup program, first task and first service.

7. it is according to claim 1 in OTO services using the system of data label tracing management task, its feature exists In also including：

One OTO node router, hands over described one or more data label servers and described first user terminal Mutually, it is used to store and applies related data to described first, the data is at least including described the first startup program, first task And first service.

8. it is according to claim 1 in OTO services using the system of data label tracing management task, its feature exists In, wherein, one or more described data label servers are used to described in second participant's operation second user terminal scanning The first application data label when issue the second behavioral data label,

One or more described data label servers are used to issue the second dynamic task data label track second behavior In first task,

When second behavior is completed, one or more described data label servers are used to update the second described dynamic times Business data label is with the first task in the second behavior described in complete documentation.

9. it is according to claim 1 in OTO services using the system of data label tracing management task, its feature exists In one or more described data label servers are used to be received by the second startup program the startup of the second application, and issue Second application data label, the second application data label at least includes realizing the first of the second service in second application Business,

One or more described data label servers are in second described in the 3rd participant operation the 3rd user terminal scanning The third line is issued during application data label for data label,

One or more described data label servers are used to issue the 3rd dynamic task data label In the 3rd task, when described the third line is to complete, one or more described data label servers are used to update described 3rd dynamic task data label be with the third line described in complete documentation in the 3rd task.

10. it is according to claim 1 in OTO services using the system of data label tracing management task, its feature exists In one or more described data label servers are used to be received by the second startup program the startup of the second application, and issue Second application data label, the second application data label at least includes realizing the first of the second service in second application Business,

One or more described data label servers are in first described in the 3rd participant operation fourth user terminal scanning Start application when application data label and described second application data label, one or more described data label servers are used 3rd service is added the request of the 3rd application to be received from the 3rd described participant,

One or more described data label servers are used to issue fourth line for data label, and the fourth line is data label bag Include task of described first service, second service and the 3rd service are realized in the 3rd described application.

11. systems that data label tracing management task is utilized in OTO services according to claim 10, its feature It is,

One or more described data label servers are used to issue the 4th dynamic task data label In task, when during the fourth line is task complete when, one or more described data label servers are used to update institute The 4th dynamic task data label stated be with fourth line described in complete documentation in task.

12. systems that data label tracing management task is utilized in OTO services according to claim 1, its feature exists In described the first application data label, the first behavior data label and the first dynamic task data label are printed on physics mark Sign.

13. systems that data label tracing management task is utilized in OTO services according to claim 1, its feature exists In described the first application data label, the first behavior data label and the first dynamic task data label are depicted in electronics In equipment.

14. systems that data label tracing management task is utilized in OTO services according to claim 1, its feature exists In described the first application data label, the first behavior data label and the first dynamic task data label are one-dimension code, two One or more in dimension code, two-dimensional bar, data matrix code, QR yards and three-dimension code.

15. systems that data label tracing management task is utilized in OTO services according to claim 1, its feature exists In at least extractable first task for realizing the first service after described the first application data label decoding.

Being appointed using data label tracing management in OTO services any one of a kind of 16. utilization claims 1 to 15 The method that data label tracing management task is utilized in OTO services that the system of business is realized.