WO2017084207A1 - 在oto服务中利用数据标签管理任务的系统与方法 - Google Patents

在oto服务中利用数据标签管理任务的系统与方法 Download PDF

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Publication number
WO2017084207A1
WO2017084207A1 PCT/CN2016/071327 CN2016071327W WO2017084207A1 WO 2017084207 A1 WO2017084207 A1 WO 2017084207A1 CN 2016071327 W CN2016071327 W CN 2016071327W WO 2017084207 A1 WO2017084207 A1 WO 2017084207A1
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Prior art keywords
data
service
data tag
oto
reward
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PCT/CN2016/071327
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English (en)
French (fr)
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曲立东
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曲立东
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Publication of WO2017084207A1 publication Critical patent/WO2017084207A1/zh

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    • G—PHYSICS
    • G06—COMPUTING; CALCULATING OR COUNTING
    • G06F—ELECTRIC DIGITAL DATA PROCESSING
    • G06F16/00—Information retrieval; Database structures therefor; File system structures therefor
    • G—PHYSICS
    • G06—COMPUTING; CALCULATING OR COUNTING
    • G06F—ELECTRIC DIGITAL DATA PROCESSING
    • G06F16/00—Information retrieval; Database structures therefor; File system structures therefor
    • G06F16/90—Details of database functions independent of the retrieved data types
    • G06F16/95—Retrieval from the web
    • G06F16/955—Retrieval from the web using information identifiers, e.g. uniform resource locators [URL]
    • G06F16/9554—Retrieval from the web using information identifiers, e.g. uniform resource locators [URL] by using bar codes
    • G—PHYSICS
    • G06—COMPUTING; CALCULATING OR COUNTING
    • G06F—ELECTRIC DIGITAL DATA PROCESSING
    • G06F16/00—Information retrieval; Database structures therefor; File system structures therefor
    • G06F16/90—Details of database functions independent of the retrieved data types
    • G06F16/95—Retrieval from the web
    • G06F16/958—Organisation or management of web site content, e.g. publishing, maintaining pages or automatic linking
    • G—PHYSICS
    • G06—COMPUTING; CALCULATING OR COUNTING
    • G06Q—INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES; SYSTEMS OR METHODS SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES, NOT OTHERWISE PROVIDED FOR
    • G06Q30/00—Commerce
    • G06Q30/02—Marketing; Price estimation or determination; Fundraising
    • G06Q30/0207—Discounts or incentives, e.g. coupons or rebates
    • G06Q30/0214—Referral reward systems

Definitions

  • the present invention relates to the field of computer technologies, and in particular, to the field of data label application technologies, and in particular to a system and method for utilizing data label management tasks in an OTO service.
  • Two-dimensional (2D) codes also known as two-dimensional barcodes, data matrix codes or QR codes
  • QR codes have been widely used in logistics and operations management, and identification card management.
  • QR codes can be captured and uploaded in real time to the real-time Internet via smartphones and used across media channels, enabling them to find objects to a wide range of applications (OTO), such as information gathering. , mobile shopping, merchandise counterfeiting, identity authentication, coupon issuance, and more.
  • OTO applications
  • the current OTO QR code mobile app is focused on providing convenient e-commerce, and it still lacks in-depth applications.
  • the challenge of the traditional QR code is the problem of the QR code of the server responsible for the QR code after the entire application process.
  • the release of applications with full-featured and integrated 2D code of different stages requires a lot of human and financial investment, which creates obstacles to the QR code in large and complete business models.
  • the program has a better user experience.
  • the disclosed methods and systems for data tags are simplified, and it is easier to use more conventional techniques, and in particular, the disclosed data tag methods and systems can enable complex and large-scale applications.
  • the disclosed method and system for data tags also provides a method and system for better user experience and low cost data tagging.
  • the disclosed system and method uses a tag of data to track and track data in the application and activity management tasks including a reflected status and a milestone data field for each activity, the data tag being a function of time And depending on the completion status of the active task, the task data tag is dynamically updated with different tasks completed.
  • the disclosed systems and methods provide tags that can be extended and combined to extend the application to data including additional tasks, functions, and service tasks. Simple tasks and activities can therefore be used for large-scale building blocks, complex commercial applications. The relationship between tasks is logically defined and tracked by the task of tagging the data.
  • the systems and methods of the disclosed data tags not only enable complex applications to be easily developed based on existing applications, but also encourage different parties to work together to create new opportunities for the business and provide new customers.
  • the service makes the electronic business ecosystem healthier.
  • the present invention relates to a computer network based method for providing and rewarding OTO services, comprising: encoding a product or a service definition in a reward by an encoder belonging to the OTO network service system In the mother code; by a data tag server in the network-based OTO service system, wherein the reward master code is distributed to one or more pay passengers in the communication network, scanned by the first scanning device operated by the payer; Scanning the original reward data tag by the first scanning device, registering performance by the network-based OTO service system; a fee is assigned to a second scanning device operated by the user to allow the bonus data to be marked by the second scanning device, wherein
  • the secondary reward data tag includes scanning at least the content of the original reward data tag; responsive to the scanning of the code through the second scanning device, enabling the user to make a command for the product or service through the network-based OTO service system; And for the sponsor, the reward, and the communicator according to the reward rules defined in the mother code. Reward associated with it.
  • the system can include one or more of the following.
  • the computer network based method may also include encoding of the reward code, defining products or services, reward rules, and information for the rewards.
  • the step of distributing the reward code to the second scanning device may be that the reward in response to the reward may be distributed to the second scanning device by the data tag server in response to the reward.
  • the reward code may be from the first scanning device, and the method of distributing the second scanning device to the computer network in response to the rewarding device may further comprise managing by a task server in the network-based OTO service system A reward mark based on the encoded raw data of the product or service in sequence; based on the product or service coded in the original reward and the product or service data tag completed by one or more target servers in communication with the task server.
  • the computer-network based method for information on the one or more target servers including an application programming interface (API), parameters and protocols associated with the one or more target servers may further include allowing for products or in the original reward
  • the rules for the service and reward of the data tag are to be decoded and extracted by the first scanning device; and the data tag server prior to the step of registering the reward rule by the confirmation of the protocol received from the first scanning device, based on the computer network
  • the method can also include information about the payee being stored in a database or stored in a network-based OTO service system.
  • the step of registering performance includes registering the reward as a potential contributor to distribute the reward data tag to the user's reward data tag including a one-dimensional code, a two-dimensional code, a two-dimensional barcode, a data matrix code, a QR code, or a two-dimensional code reward.
  • Data marking is a form of electronic media or printed media.
  • the present invention is directed to a computer network system for using data tags to track, manage, and update applications and tasks to provide object-to-object (OTO) services, including: one or more data
  • the tag is configured to pass the first initiator, wherein the one or more data tag servers are configured to issue a first application data tag, designated to complete the first task of the at least one of the first services to receive the first a server first application of an originated OTO service platform, wherein the one or more data tag servers are configured to issue a first user terminal that is scanned by a first participant in a first application data tag, An action data tag, wherein the one or more data tag servers are configured to issue a first dynamically variable task data tag to track a first task in the first action, wherein the one or more data tags
  • the server is configured to update the first dynamic variable task data tag to the first task to complete the record in response to completion at the first time Priority actions.
  • the implemented system may include one or more of the following one or more data tag servers that can receive information of the recipient of the first service from the first user terminal and embed the information data variables of the recipient in the first action
  • One or more data tag servers may be embedded in the first participant's identification.
  • the first application data tag on the first action data tag may store functionality or information about the target server in order to fulfill the first service.
  • the information about the target server can include an application programming interface (API), the computer network system of parameters and server protocols associated with the target can be further included on the basis of data communicated with the server of the one or more data tags And configured to store the first application including at least the first initiator, the first task and the first service of the computer network system may further include an OTO access point router with the one or more Communication between the server of the data tag and the first user terminal, configured to store one or more data tags relating to the first information application comprising at least a first initiator, the first task and the first service
  • the server can issue the second action data tag
  • the first application data tag scans the second user terminal operated by a second participant
  • the one or more data tag servers can issue the second dynamically variable task data tag To track the first task in the second action
  • the one or more data tags Services may update the completion of the second dynamic variable job data to the first recording mark in response to the first task to task in a second operation.
  • the one or more data tag servers may receive, by a second initiator, a launch of the second application and issue a second application data tag, the second application designated to perform the at least one first task second service, wherein a first application data tag and the second application data when the server of the one or more data tags can issue the third action data tag; the tag is operated by a third user terminal operated by the third participant, wherein the scan One or more data tag servers can issue a dynamically variable task data tag to track the third action, wherein the one or more data tag servers are configured to update the third dynamically variable task data tag record in response The third task completes the task to the third action, and the third task is completed.
  • the one or more data tag servers may receive the activation of the second application and issue the second application data tag by a second initiator, specifying that at least one of the second service is completed a task in a second application, wherein the one or more data tag servers can initiate the third application when the first application data tag and the second application data; the tag is operated by the third participant a four user terminal, wherein the one or more data tag scanning servers can receive a request from the third participant in a third application, wherein the server of the one or more data tags can issue a fourth action Data tag, the first service of the specified task completion, the second service adds the third service, and the third service may issue the fourth action in the dynamic variable task data tag in one or more data tag servers of the third application Tracking a task, wherein one or more of the data tag servers are configured to update the dynamic variable task data tag to record the first action data tag in the first application data tag that is completed in response to the task completed in the fourth action a tag, or the first dynamically variable task data can be printed on a first application data
  • the present invention is directed to a computer-implemented method of providing a service using a data tag, the method comprising: issuing a first application data tag or a plurality of ones in response to initiation of the first application by the first initiator
  • the server of the data tag is on the OTO service platform, wherein the first data tag is designated to complete at least one first task of the first service in the first application; allowing the first application data tag to be tagged by the first user terminal Scanning through a first participant; in response to scanning the first application data tag of the first user terminal, issuing a first action data tag of the server of the one or more data tags; first dynamics issued
  • the variable task data tag is tracked by a server of one or more data tags for the first task of the first action; and responsive to the first dynamic task being updated when the first task of the first action is completed
  • the data tag is recorded to complete the first task.
  • Implementations of the system can include one or more of the computer-implemented methods of one of the following: can further include receiving information from a recipient of the first service of the first user terminal; and embedding in the first action
  • the computer-implemented method of the recipient's information data variable can also include embedding the first participant's identification that the first application data tag on the first action data tag can store functionality or information about the target server for fulfillment First service.
  • the information about the target server may include a computer implemented method with the target server, which may further include allowing the first application data tag to be edited by a second participant; scanning the related application programming in response to the second user terminal of the scan operation An interface (API), parameters and protocols are issued by the first application data tag of the second user terminal, the second action data tag is issued by the one or more data tag servers; and the second activity is sent by the one or more data tag servers A variable task data tag to track the first task.
  • API An interface
  • updating the second dynamically variable task data tag to record the computer-implemented method of completing the first task may further include: Responsive to the initiation of a second application by the second initiator, issued by the OTO service platform, wherein the second application data tag is designated as a second application data tag that completes at least one second task of the second service; allowing said The first application data tag and the second application data tag are scanned by a third user terminal operated by a third participant; and the one or more data tags are issued in response to the third user terminal and the third participant a third action data tag of the server; issue a dynamically variable task data tag to track the first task by the one or more data tag servers, and a second task in a third action; and responsive to said a task, and when the second task of the third action is completed, updating the dynamic variable task data tag to record the computer-implemented method of completing the first task and the second task may further comprise responding to a second The application is
  • the method of data tagging can include one or more of the following steps:
  • the user terminal acquires tag data and parses the tag data to obtain a set of information about services of the related business application and function information corresponding to services and functions of the respective target servers;
  • the user terminal exchanges information with the target server in order to implement services and functions, and complete the service quality and function of the business application.
  • the method disclosed in the step (1) may include the following steps:
  • the user terminal acquires the tag data from the data tag server, parses the tag data, and obtains information corresponding to the service application of the tag data;
  • the user terminal acquires information about the set of services and functions and relates to The service and function of the target server information.
  • the service and function information may include a service software development kit (SDK) and a function SDK corresponding to the service or function of the service SDK and the function SDK respectively including information about their respective target servers, including an application programming interface ( API), parameters, and protocols associated with the target server.
  • SDK service software development kit
  • API application programming interface
  • the method disclosed in the step (2) may include one or more of the following steps:
  • the step of the user terminal interacting with each target server, exchanging information of the selected service and function includes the following steps:
  • the user terminal determines whether the information of the selected service and function will be exchanged with the target server in a sequential or parallel sequence
  • the information of the selected service and function is exchanged with the user terminal in the sequence or in the sequential or parallel order target server.
  • the present invention also provides a user terminal, which may include a tag data acquisition module, a tag data analysis module, and an interaction control module, a data tagging system configured to acquire data tags and store data.
  • the tag data analysis module parses the tag data to obtain a set of data corresponding to the services and functions of the business application.
  • the interaction control module exchanges information about the services and functions with the corresponding target server to implement the appropriate services and/or functions and complete the business application.
  • the disclosed data tagging system also includes a data tag server configured to provide for the user terminal, corresponding to respective target server tag data based on the service, and information of services and functions.
  • the data server tag may store a list of target servers associated with information about services and functions related to the application service and information of corresponding services and functions, and the target server information of the information includes APIs, parameters, The target server associated with the protocol.
  • the user terminal can be a wired or wireless terminal, wherein the data tag server is connected to the user terminal via a computer network.
  • the user terminal further includes a selection control module that is operated by the user and configured to select information for services and functions in some or all of the collections.
  • the user terminal further includes: a configuration of the selected service and function information in a determined sequence of sequence control modules (ie, sequential parallel) to interact with the target server.
  • the tag data is obtained by the data acquisition module of the variable of the user terminal;
  • the tag data analysis module parses the tag data to obtain a set of data corresponding to the services and functions of the business application;
  • the interaction control module exchanges the service and information about the function of the corresponding target server to complete the appropriate service and/or Features and completes the business of the app.
  • the disclosed data tag method and system enable a user terminal to directly interact with a target server to complete business application information by service and function, which allows tasks in complex business applications to be defined by a distributed server and eliminated An application server built in a network system.
  • the disclosed method of data tagging whereby the system can reduce the cost of application service providers to establish dedicated application servers, allows for the use of a wider range of data tags, and provides a better user experience and low cost data tag methods and systems.
  • FIG. 1 is a flow diagram of data tagging in accordance with some embodiments of the present invention.
  • FIG. 2 is a computer network system for providing a schematic diagram of the use of a data tag service in accordance with some embodiments of the present invention.
  • 3 is a flow diagram for tracking and application-based operational management tasks using data tags.
  • Figure 4 illustrates the operation of managing complex applications and using tags for nested tasks.
  • FIG. 5 is another computer network system for providing a schematic diagram of the use of a data tag service in accordance with some embodiments of the present invention.
  • Figure 6 shows a detailed system block diagram of the router of the OTO access point in the computer network system of Figure 5.
  • Figure 7 illustrates an exemplary function of a router of an OTO access point, a user terminal, a server of the one or more data tags, and a target server in the computer network system of Figure 6.
  • Figure 8 illustrates the creation of data tags that use nested tasks to extend the secondary application of applications and services.
  • FIG. 9 is a block diagram of a network-based OTO service system in accordance with some embodiments of the present invention.
  • Figure 10 is a flow diagram for providing OTO services by using reward data tags.
  • a data tag flow diagram is shown in Figure 1 in accordance with the disclosed method.
  • the method of marking the disclosed data can include the following steps:
  • Step 1 The user terminal receives the data label (step 11), which may be a one-dimensional barcode, and the data label of the two-dimensional or three-dimensional code may further include an RFID tag, and near-field communication acquisition data (NFC) data, and the user terminal performs data on the data.
  • An instance of the target server includes a data tag server configured to generate a data tag
  • the services, functions, and target servers that define the services and functions that are implemented the analysis server is configured to extract information about the services and functions extracted from the tag data
  • the selected server is configured to allow the user to select the services
  • the location server is configured to determine the user's A location
  • an authentication server configured to authenticate the identity of the user, and configured to process the user's command to purchase the server.
  • Step 2 The user terminal communicates with the completed services and functions, and implements the information of the services and functions of the business application (step 22) in the target server (step 21).
  • step 1 may include the following detailed steps:
  • the user terminal acquires the tag data from the data tag server, parses the tag data, and obtains information of the service application corresponding to the tag data;
  • the user terminal obtains a set of information about the services and functions of the target server related to the service and function, and the information, the service information and the function information may include product information, location information, logistics, shopping The choice of mode, as well as order and payment information.
  • the information of the services and functions may include a service software development kit (SDK) and a function SDK corresponding to the service or function.
  • SDK service software development kit
  • the Service SDK and the functional SDK each include information about their respective target servers, including application programming interfaces (APIs), parameters, and protocols associated with the target server.
  • APIs application programming interfaces
  • Step 2 may include one or more of the following detailed steps:
  • the step of the user terminal interacting with each target server, exchanging information of the selected service and function includes the following steps:
  • the user terminal determines whether the information of the selected service and function will be exchanged with the target server in a sequential or parallel sequence
  • the information of the selected service and function is exchanged with the user terminal in the sequence or in the sequential or parallel order target server.
  • the tag providing service of the data used in the computer network system 200 includes a service definition server 210, and one or more data tag servers 220 are used to generate and issue data tags. (for example, a 2D code) and for analyzing data obtained from data tags, the electronic tag or the printed media is posted on the tag 230 of the data, and the configured software application is installed on the smart user terminal 240 (eg, a smart phone). An image of the data tag is captured and the data tag is decoded, which is then analyzed by the data tag server 220, and one or more target servers 250, for the services provided by the business application.
  • data tag servers 220 are used to generate and issue data tags.
  • data tag servers 220 are used to generate and issue data tags.
  • data tag servers 220 are used to generate and issue data tags.
  • data tags for example, a 2D code
  • the electronic tag or the printed media is posted on the tag 230 of the data
  • the configured software application is installed on the smart user terminal 240 (eg, a smart phone).
  • the computer network system 200 includes an OTO service platform 225 provided by an OTO application service provider, which may include a data tag server 220, a database 223, and a task server 227, as discussed in more detail below, the server 227 discussed in this task.
  • About the database 223 stores information for each application (SDK, target server, service, function, etc.), product ID, information third party service provider, and identification and information about the OTO access point router.
  • the database 223 also stores initiators, participants and service objects, and each unique activity identifier of the application based on the status.
  • the user terminal 240 may include a handheld scanner equipped with a camera for a smart phone or a tablet, and an RFID sensing device.
  • the user terminal 240 may include a tag data collection module, a tag data analysis module, and an interaction control module, the tag data.
  • the acquisition module is configured to retrieve data from the data tag data and the tag data analysis module storing the data to retrieve the tag data to obtain a set of corresponding service and function business applications.
  • the interaction control module communicates services and functions with the corresponding target server 250 to complete the appropriate services and/or functions and complete the business application.
  • the data tag server 220 is configured to provide, to the user terminal 240, corresponding to each target server 250 based on the service, and information of services and functions.
  • the tag data tag decoding task of at least a portion of the data may be performed by the data tag server 220.
  • the user terminal 240 may be a wired or wireless terminal, wherein the data tag server 220 and the user terminal 240 are performed over a computer network Communication.
  • the data tag server 220 issues a data tag to store a list of target servers 250 associated with the service and function information related to the service and function information, and the target server information of the information includes API, parameters and protocol for the associated target server 250.
  • the service information and function information may include product information, location information, logistics information, shopping mode selection, and order and payment information.
  • the information of the services and functions includes SDK 1, SDK 2..., SDK N, which may include an SDK and a function SDK of the software service corresponding to the service or function.
  • the service SDK and the functional SDK respectively specify servers 250 about their respective targets, such as application programming interfaces (APIs), parameter information, and protocols associated with the target server 250.
  • APIs application programming interfaces
  • user terminal 240 also includes a selection control module that is operated by a user and configured to select information for services and functions in some or all of the collections.
  • the user terminal 240 also includes a sequence of control modules (ie, sequential parallel) of the selected information of the selected services and functions to interact with the target server.
  • the launcher can launch a new application A, and in response, will mark the data of the application of the data tag server 220 problem. It can be a business in nature, but also applies application IDs that can be used for social, charitable, and government projects on the OTO platform to track applications at the same time, application A's specifications and IDs stored in the database. Own intelligence 223. A participant scans the data application tag device (ie, the user terminal), obtains 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 start and response cycle begins and defines a unique action (or activity).
  • the task server 227 specifies the data of the action ID A-1 and the new action of the action data tag A-1 of the tag server 220 problem.
  • the action's data tag A-1 not only stores information about the application (more details described below), but also the user information for a particular participant who started acting A-1, as well as the specific parameter selection or application in the participant. Entry (ie, action A-1 is defined), each action can include multiple tasks fulfilling a service, and each task in activity A-1 is tracked and managed by data tag server 220 and task ID A-1- 1 or A-1-2 issues a task data tag...
  • the task of the task server 227 is to allocate the OTO service platform to track the task in action A-1 and update the action of the task data marked action A-1 until The action completed by A-1 (that is, the service of the action is satisfied). Upon completion, the OTO service platform 225 issues a new task data tag capture action completion A-1.
  • an application can be designed to sell products.
  • An action A-1 starts by based on the application A can be involved, such as "check product”, “order”, “payment” task participants, and “share with friends", which is defined in the original application, Store or use the action data tag A.
  • Information these tasks can be managed with the task data to access the tag data A-1-1, A-1-2, A-1-3, A-1-4 data tag server 220 and the ID assigned with the task server 227. If the participant checks the product, then the order, and then the payment of the product is issued, all three tasks are completed in action A-1 and its corresponding task data mark A-1-1, A-1 -2, A-1-3 is provided by the OTO service platform 225.
  • Another task A-1-4 is a new task data tag A-1-4 is the task data tag A-1-4 of the OTO service platform 225 can pass her Scanning the device created by the friend's device or using someone else's device
  • the data labels A, A-1, A-1-1, or A, A-2, A-2-1 are related to the other party in the mission.
  • the definition and characteristics of the data tag A can be copied to the action data tag A-1.
  • the action data tag A-1 also includes user identification information for participants who initiated and other parameters for the action defined by the participant for the service in the application A.
  • the application ID A The A-1 of the action data tag being copied, instead of the data tag A in the application.
  • the application ID A of the content can be used as a link or pointer to retrieve information about the application in the OTO service platform operation data tag. Therefore, the operation data tag A can simply include the ID application A and other content.
  • task data tags A-1-1, A-1-2 can copy content or identify action A-1 or root application A for the associated task, plus additional information.
  • the logo or application A of action A-1 can retrieve relevant information as a link pointer for the OTO service platform used.
  • the task data mark A-1-1, A-1-2 can simply call the OTO service platform 225 to the tag A-1-1 to perform the action A-1, which can save the task data embedded in Excessive data tasks or services, A-1-2, information and application A, such as user interface (UI) and service interface (SI), can retrieve A- from the OTO service platform 225 to perform tasks in action A-1. 1-1, A-1-2.
  • UI user interface
  • SI service interface
  • Such task identifiers A, A-1, A-1-1, A-2, A-2-1 have a very flexible nested structure in which each task ID is unique; it correctly reflects the application, actions and The relationship between tasks and can be used to track and manage tasks to perform application-based operations.
  • a new action can be built in two different applications.
  • application B is an application data tag B issued by the OTO service platform initiated by the initiator on the OTO service platform 225.
  • the OTO service platform 225 enables the participant to scan the application with his or her smart device. Data tag A and app data tag B, and create a new application based on the two applications A and B. Participants get the original application about both information and start AB-1 based on two Application A and B of the OTO Service Platform 225 issue the new action data tag AB-1, and then assign task IDs AB-1-1, AB-1-1.. Tracking and Managing Action AB-1 for other operations Tasks for services, functions, tasks, and other features of the application data tags A and B can be copied or simply passed through the application ID of the B-line with the task ID AB action data tag-1.
  • the data tag of an action or task may include a plurality of parallel tasks or cascaded task application IDs that can be defined from the parent application.
  • An action or task data tag can therefore be connected to multiple identities of a given application by a simple application, so extremely complex tasks and services can be represented, managed and tracked in an elegant and simple way, which makes the service The implementation is more effective.
  • commercial applications can be easily defined by building an infrastructure that leverages defined extended applications and their developed task IDs and identities.
  • the accurate recording of tasks in the task data tag allows the contributions made to accurately calculate the different parties performing services in an application.
  • the initiator sends a request to an OTO service platform to launch an application that utilizes a number of functions and resources (such as targets and application servers) for some of the tasks in certain sequences.
  • the initiator specifies that the application and the target server provide one or more service platforms for performing the service(s) of the OTO service.
  • the application data tag issued by the data tag server in the OTO service platform starts the application (step 410), and the application data tag can store the functions and information in the SDK, the application and the target server in order to fulfill the service (S).
  • Information about the target server includes server application programming interfaces (APIs), parameters, and protocols associated with the target.
  • APIs server application programming interfaces
  • the characteristics of the application data tag are stored in the data location in the OTO service platform. At this point, the application data tag is not valid because there are users who may or may not be interested in using the application. This value is used to set the task status to zero.
  • the tag of the application's data also includes a data field for storing information about a participant's information (or who subscribed to the service) and the recipient of the first service being activated to become valid, recipient data The field is set to null or zero and the data tag can be printed on the physical data tag or displayed on the electronic device.
  • the OTO service platform tracks and records the status of the activity and updates the task data labels throughout the enrichment process until the task is completed.
  • the participant's hobby is using the application, he scans the application data tag with his or her device (ie, the user terminal) and decodes the application data tag to obtain information about the application and responds to the service OTO platform (step 420). ).
  • Acquiring a participant which may include information about the target server (S) in the SDK, and associated user identification information, sends a request to the OTO service platform to initiate a new action based on the application (step 420) in the request, the participant Specify the recipient's services and parameters that he or she wants for this operation (such as the type, quantity, quality level, delivery time of the product or service).
  • the OTO service platform receives data tag requests from participants and questions to take action (step 430).
  • the action data tag embeds the information of the application identification service subscriber tracking and management measures (ie, participants) and services, and the recipient of the task by incorporating or connecting to the application data and tag information stored from the OTO service platform Content to execute.
  • the action of the task server on the OTO service platform assigns a unique action ID initiated by a particular participant for a particular recipient. It should be noted that different operation IDs are different operations that require labels of data that are initiated by different reactions for the same application.
  • the data tag server and the task server in the OTO service platform respectively act on the task task data tag and the task assigning the task ID (step 440).
  • the ID of the task server management task is based on the action of each application supported by the OTO service platform in each task.
  • Task data can include data for the task to be embedded in a feature. Such as features and services, service contracts and process management, participating members, recipients of the service, and schedules. Task data tag.
  • the task is completed by the server, the application is defined by the software development kit, the task data is tagged, and the OTO service platform (step 450), when all tasks in one operation are completed, by The data tag server issues a data tag for the completed action to capture the status of the completed action (step 460).
  • the task data tag disclosed by the present invention is a dynamic and living data object that changes the function of the associated action on the time axis. Therefore, the tag of the data disclosed in the present invention is an object from a static data tag in a conventional system. with large differences.
  • the application first used by the mobile phone is connected to maintain the product information in the mobile wireless network, acquires the product information server, and displays it on the mobile phone.
  • the location server (an example of the target server) determines the location of the consumer, and the manufacturer of his or her relative location, the storage repository.
  • Web-based product order information is provided to consumers, a purchase-method selection server (another example of a target server) that integrates product and logistics information, and provides consumers with different purchase pricing for different purchase prices.
  • the order of the server is transmitted to the store to order from the existing stock, or the sequential server can be sent to the manufacturer directly ordered, through the computer network Contact the logistics provider.
  • QR code can also be directly printed in newspapers and magazines, printed by consumers, and can be processed by collecting newspapers or magazines on the purchase of processed products.
  • the image of the QR code can also be directly printed in newspapers and magazines, printed by consumers, and can be processed by collecting newspapers or magazines on the purchase of processed products.
  • the generation of a two-dimensional code for a product only requires that information and information about services and functions on the corresponding target server be included in the corresponding SDK, the QR code that the user terminal can decode, and communicate with the direct target server. Fulfill orders. Therefore, in order for the server's tasks to be decomposed, the application of the refined QR code provides more flexible services and features at a lower cost.
  • Embodiment 2 TV set top box
  • HD programs usually require users to pay a fee, but the right to watch HD programs is tied to a specific TV set-top box, which is difficult for users to watch HD programs in different TV set-top boxes.
  • another difficulty is to allow users to watch HD.
  • TV shows to short-term places such as hotels.
  • the data tagging method and system causes a data tag, such as a two-dimensional code to be displayed on a television, to be turned on.
  • a data tag such as a two-dimensional code to be displayed on a television
  • the user can use the mobile phone to take a two-dimensional code image of the mobile phone to decode the two-dimensional code, extract the service information pay TV program, and get information about authentication, licensing, payment information, and other services and functions.
  • the two-dimensional code includes information about the authentication server (another example of the target server), and the user can verify his or her identity through the authentication server, and then register or log in through the authorization server. If the user has purchased a pay-TV service, the authorization server sends a confirmation message from right to use, via a computer network, to a particular set-top box that the user is using, which allows the user to connect to the TV set-top box on a particular television program. Therefore, in order to watch the right to pay TV no longer depends on a particular TV set-top box, a consumer can watch pay-TV programs in any set-top box. If the user has not purchased a pay television service, the user can pay for the pay television service using the purchase information extracted from the two-dimensional code of his or her mobile phone. The mobile phone can communicate directly with a purchase server (another example of a target server) to complete the order. Streamlined pay-TV process is ideal for short-term users of pay-TV services, in hotels, etc.
  • appropriate data tags may include print data codes (1D, 2D, 3D code) and RFID tags.
  • the two-dimensional code include, but are not limited to, a two-dimensional code such as a two-dimensional barcode, a data matrix code, or a QR code, which is first captured by the smart user terminal and by a software application on the smart user terminal to obtain tag data. decoding.
  • the tag data is then parsed and analyzed by the analysis server to extract information about the services and functions of the tag data.
  • the software application eg, the mobile device application of the smartphone
  • the RFID tag can store services and functions that, once retrieved, do not involve such information that the analysis server can display on the user terminal.
  • the disclosed methods and systems include the following features:
  • a unified encoding rule for tag data a data tag server that generates tags based on services to be provided and received, wherein the data tags can be retrieved by the services and functions retrieved by the application of the smart user terminal.
  • the tag data is defined by a combination of a data tag server and a smart user terminal, the target server provides a service, and the service is provided in a cooperative manner.
  • An analysis server analyzes the tag data retrieved by the intelligent terminal to obtain the SDK with the target server and service, and provides the SDK smart terminal.
  • the tag data is configured to provide and/or receive all necessary services and functions of the business application, and the user may choose to interact with the target server through a software application in a smart terminal's service or function (eg, mobile application). To complete the operation and service contract through the coordination service and the corresponding target server.
  • a software application in a smart terminal's service or function (eg, mobile application).
  • Services can be flexibly combined and coordinated, scanned by user and user-defined service response data tags.
  • the tag data includes definitions based on services, SDKs for the relationship between target servers and target servers, and service contracts, and the disclosed methods also ensure specialized coordination and resource optimization in services and in-depth.
  • the disclosed tag data improves user friendliness and user operability.
  • the user can make a specific combination of services in the user interface, ideally, the user selects the appropriate service.
  • the user terminal uses the data obtained by the tag data acquisition module from the data tag, and uses the tag data analysis module to obtain the corresponding service application and the associated service and function information parsing tag. data.
  • An interactive control module at the user terminal then interactively communicates with the target server to exchange information about the services and functions to satisfy the business application.
  • the user terminal can perform a business application based on the tag data and directly complete the service and through a target server that provides such services and functions, which eliminates the need for a central coating server to perform the service.
  • a tag providing service for data used by a computer network system 500 includes a service definition server 210, a tag for data generated and issued by one or more data tag servers 220 (eg, a two-dimensional code) And for analyzing data obtained from data tags, the electronic media posted on the tag 230 of the data or being printed on a smart user terminal 240 (eg, a smart phone) with one or more data tag servers 220 installed Paper media, a database 230 configured to capture an image of the data tag and decode the software application of the data tag The program, which is then analyzed by the data tag server 220, and one or more target servers 250, for the services provided by the business application.
  • data tag servers 220 eg, a two-dimensional code
  • the computer network system 500 also includes an OTO access point router 520 configured to communicate with the data tag server 220 in the user terminal 240, and a server 250 of one or more targets.
  • the OTO Access Point Router 520 can be based on a wireless standard such as WiFi, WiMax, Smaller, IEEE 802.11, and the like.
  • the user terminal 240 is in communication.
  • the computer network system 500 includes an OTO application service provider 225 that provides an OTO service platform 225 that can include a data tag server 220, a database 223, and a task server 227 for access.
  • the point router 520 may be provided by the same OTO application service provider, or by a third party owner's OTO and the OTO application service provider partner in providing data based tag based OTO application services.
  • Target server 250 can include remote and local servers.
  • the local server can be deployed close to the user terminal, thereby increasing the data transfer and processing speed to initiate and execute the OTO application service location.
  • the target server 250 may also include a private server of the private and public servers as a public server (slave) function driven by the primary server.
  • a public server slave
  • user terminal 240 interacts directly with public target server 250 to perform most of its business application tasks.
  • Large companies on the other hand, can place most of their own target server's dedicated platform, while the user terminal 240 only needs to go to the public target server, and the private target server performs most tasks.
  • An exemplary OTO access point router 520 is shown in FIG. 6 as the OTO access point router 520 performs the functions of the router, and also includes a detailed system block diagram of the functionality of a wireless access point.
  • the OTO access point router 520 can include a central processor 410 that can encode, decode, and process signals on a wireless router, and control the central processor 610 of the router 520 at the OTO access point to output to other components for execution. Processing tasks and receiving data from one or more transmission and reception circuits in different wireless frequency bands (eg, 2.4 GHz and 5 GHz), central processor 610 can wirelessly communicate with user terminal 240, the data tag server 220, And the target server 250 (Fig. 3).
  • wireless frequency bands eg, 2.4 GHz and 5 GHz
  • the transmitting circuit 621 and the receiving circuit 622 can be switched to a transmission or reception signal by a duplexer 631 or a circuit including a power amplifier from the transmission circuit 621 of the antenna 641 and converted into a radio frequency signal for one data signal.
  • 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.
  • the partial circuit 621 and the receiving circuit 622 of the transmission can be combined in a transceiver circuit.
  • transmit circuitry 625 and receive circuitry 626 can be switched to transmit or receive signals or have antennas 645 through duplexer 632.
  • the wireless signal received by the antenna 641, 645 may include tag information for decoding data from the data tag, and the central processor 610 may extract tag information, service, and function information from the target server to the data of the associated application. And the commercial application of 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 a data tag server 220 and a communication target server 250 (FIG. 5), the central processor 610 can also be associated with an oscillator 661, a memory 662, and a device description repository 663. Connection 663 stores the list service of the user terminal authorized to receive the OTO registration. Once the contacts are established with these user terminals, the request and interaction with the target server for service and function information can continue without authorization and login at each time.
  • LAN Local Area Network
  • a wide area network wide area network
  • the OTO access point router 520 also includes information stored with the OTO application controller 680 that is necessary for the central processor 610 to use the data tag to perform the OTO service, including the OTO application controller 680 that is serially connected to the product (S /N) uniquely identifies the OTO Access Point Router 520OTO application controller 680 may also store the OTO Service Activation ID, Product S/N and OTO Service Activation ID for encryption to avoid tampering OTO Application Controller 680 may be stored and stored in The protocol of the database 223 is consistent with the terms of the lease management (time period and the type of service OTO on the authorized router or the like) of the OTO application controller 680 can transfer the tag server 220 and the target server 250 from the content of the data management.
  • the OTO application controller 680 can also perform data analysis from the user terminal 240 or from the data tag server 220 or 250.
  • the query of the target server data of the OTO application controller 680 can also manage advertisements, promotions and product or service announcements sent from the target server to the user terminal OTO application controller 680 can also be directly to the user terminal private target server 250 (as mentioned above) if the pre-approved user is on the list of user terminals.
  • OTO access point router 520 can also perform the above-described functions of certain data tag servers 220 (Figs. 2 and 5).
  • the tag of the data that is subsequently acquired and decoded is encoded by the user terminal 240, and the decoded information is sent to the OTO application controller 680 of the router 520 of the OTO access point to extract the service and function of the application service related to the tag information of the decoded data.
  • Information can also extract a target server for a group of information to be set to satisfy the application service.
  • the OTO access point router 520 is periodically (e.g., every hour, every day, etc.) information about the available update application services, and the services and functions of each application service by one or more data tag servers 220. 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.
  • OTO Access Point Router 520 can include physical data tags attached to its outer surface, or indicia of data displayed in an electronic display panel.
  • the soft electronic data tag displayed in the display panel to the OTO access point router 520 is based on data (product S/N, activation ID, etc.) stored in the data tag of the OTO application controller 680 encoded with the serial number of the router product and
  • the OTO service activates an RFID (Radio Frequency Identification) tag or NFC (Near Field Communication) tag that the data tag can also be stored and encoded, which can be read by a corresponding RFID or NFC sensor at the user terminal 140.
  • the electronic data tag data can be controlled and changed by the OTO application controller 680.
  • the data tag may be issued by one or more data servers 220 initially operated by the OTO service provider and tagged or stored on the router's manufacturing process at the router 520 of the OTO access point.
  • To set the OTO access point router 520 to the OTO service ie the user terminal 240 used by the person installing the OTO access point router 520, such as the data displayed on the tag data analysis module in the router 520 of the smart phone scanning OTO access point
  • the tag user terminal 240 will parse the tag data to obtain the product serial number and the OTO service activation identity.
  • the user terminal 240 can transmit the acquired information to activate the particular OTO access point router 520 by the one or more data tag servers 220 OTO service providers operating (according to its products S/N) to enable implementation based on data tag OTO services.
  • the S/N OTO access point router 520 of the product is connected to the router owner's user ID (UID) and stored in the database 223 by the OTO application service provider operating data tag server 220N assigned
  • the associated index also stored in database 223, is then sent to user terminal 240 by the S/N of the associated router's product and the owner's UID at the OTO service provider's associated index.
  • the OTO application service at router 520 of the OTO access point is defined and constrained 223 by the OTO application protocol stored in the database.
  • the term that the protocol can define is leased to the user under its OTO access point router 520.
  • the OTO access point router 520 can facilitate completion of the OTO service to the user terminal 240.
  • the user terminal 240 (which can be from a different router for activating the OTO access point, the user terminal) can be a smart phone or tablet
  • the computer is equipped with a handheld scanner of the camera, and an RFID sensing device.
  • the user terminal 240 can include a tag data acquisition module, a tag data analysis module, and an interaction control module configured to acquire the slave data.
  • the tag data and tag data analysis module that stores the data parses the tag data to obtain a set of corresponding service and function data for the business application.
  • the interaction control module exchanges service and function information with the corresponding target server 250 to complete the appropriate services and/or functions and complete the business application.
  • the one or more data tag servers 220 can provide tag data in accordance with the service, as well as information on services and functions, corresponding to each target server 250. In some embodiments, at least a portion of the data tag decoding task is performed by data tag server 220.
  • the OTO access point router 520 communicates with the scan application tag, action tag, and help track, manage the user terminal, and update the task tag.
  • the application, action, and task data tags can store other applications, operations, and task data tags that are identified, rather than tags of the content of the action and the data of the task in other applications.
  • the OTO Access Point Router 520 can store information about services and functions. This is information about the application and 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 states in the task, etc.
  • the OTO access point router 520 can also store applications, operations and tasks, including auxiliary applications.
  • OTO access point router 520 can synchronize information stored in the OTO service platform 225 (eg, database 223).
  • User terminal 240 can be a wired or wireless terminal that can communicate with data tag server 220 via a wired and wireless computer network in router 520 of the OTO access point.
  • the database 223 can store a list of applications regarding the services of the target server 250 associated with the services and functions and corresponding services and functions, and the target server information of the information includes APIs, 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 via the target server 250 of the router 520 of the OTO access point to request the target server 250 to fulfill the information specified to satisfy the services and functions in the business application.
  • Various tasks are possible.
  • Service information and function information may include product information, location information, logistics information, selection of shopping patterns, and order and payment information.
  • the information of the service and function including SDK 1, SDK 2..., SDK N, which may include the service software SDK and the function of the SDK corresponding to the service or function, the service SDK associated with the target and the function
  • the SDKs respectively specify servers 250 about their respective targets, such as application programming interfaces (APIs), parameter information, and protocol servers 250.
  • APIs application programming interfaces
  • user terminal 240 also includes a selection control module that is operated by a user and configured to select information for services and functions in some or all of the collections. In some embodiments, the user terminal 240 further includes a sequence of selected services and functional information configured to determine the sequential control modules (ie, sequentially parallel) to interact with the target server.
  • OTO service definition By implementing OTO service definition, integration and collaboration, how the disclosed systems and methods translate the organization and delivery of services, can achieve real-time service cross-organization through collaboration, and enable flexible combination of services, service unit refinement, and coordination of automation services. .
  • FIG. 6 illustrates that OTO access point router 520, user terminal 240, and OTO service can be satisfied by computer network systems that certain exemplary functions 500 (FIGS. 5 and 6) that allow users to be in an OTO service provider
  • the OTO service is registered and logged into a service from which the user terminal 240 received by the target server 250 displays information about the OTO service and the router 520 of the OTO access point.
  • 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 OTO activation identification.
  • the OTO Access Point Router 520 can also store approximate device rental information, if applicable.
  • the OTO access point router 520 can manage content delivery 250 from the data tag server 220 and the target server.
  • the type and content rate e.g., including customized news, movies, television programs, and advertisements
  • the OTO access point router 520 can control is delivered to the set top box and television.
  • the OTO access point router 520 can also take a query of the data from the user terminal 240 or from the data tag server 220 or 250 and perform a data analysis of the target server.
  • the OTO access point routing The type of product that the device 520 can record, the user's preferences, the time and frequency of product ordering, and the location 240 of the user terminal.
  • the OTO access point router 520 can collect the television viewing mode of the user. Services such as related information that can be reported to the target server 250 can be improved.
  • the OTO application controller 680 of the router 520 at the OTO access point can store service information for each application of the target server regarding available application services, services, and function related information, And information to fulfill the application service. This information is often (eg, hourly, daily, etc.) by one or more data tag servers 220 that are encrypted and securely stored in the OTO app controller 680.
  • the terminal When the tag is updated by the user's data, the terminal is in OTO
  • the access point router 520 can extract information about the service and the service function of the application from the data tag, as well as information about the target server used to implement the application, without the need for it in the remote data - Executing the tag server, the OTO access point router 520 can transmit information of services and functions of the user terminal 240 via the transmission circuit 621 or 625 and the services of their receiving antennas 631, 632.
  • the OTO service may be comprised by the OTO access point router 520, the one or more data tag servers 220 and the target server 250 including generating an associated index, producing or linking to an ID that the user must satisfy, issuing data tags, activity data Collect, as well as provide services for the company's ID, physical ID and application ID.
  • the OTO service platform (Figs. 2 and 5) disclosed herein can support multiple applications (e.g., commercial, government or non-profit organization applications).
  • the OTO service platform allows participants to generate an auxiliary application based on the original application.
  • a participant can use the user terminal in the data tag of the two applications to scan the tag A of the application data and the application data tag B, which are based on a separate application.
  • the information is extracted by the user terminal, and the participant can send a request to the OTO service platform to create a new application based on the two existing applications A and the new application on the B.OTO business platform, and issue a new application.
  • the data of the label AB-1 The application data of the label AB-1 can be scanned by other participants, starting a new action AB-1-1 with the associated data tag AB-1-1 by the OTO service platform data tag server
  • the issued action AB-11 may include tasks AB-1-1-1, etc., which may be tracked by their respective task data tags.
  • application, operation, and task data tags can be embedded in the contents or identity of their base's application or operational data tag.
  • Nested data tags uniquely define tasks, operations, and relationships between raw and secondary applications.
  • the application AB-1 is different from the action AB-1 in AB-1 is an action created by a participant who has ordered the service he or she created, while the application AB-1 is a new (commercial The application is created by entrepreneurs to provide services to others.
  • application A is selling shirts.
  • Application B is for selling skirts.
  • a creative participant creates a set of tops and skirts together (the matching colors and styles). Participants initiated a new application AB-1 based on the original applications A and B for sale on a top and skirt, so secondary applications encouraged entrepreneurship and significantly expanded and expanded business activities.
  • the presently disclosed systems and methods support complex applications and activities, and allow for the addition and expansion of functionality from existing applications, so large and complex applications can be broken down into simple applications and tasks. A distinct advantage it can be provided to the user independently.
  • the systems and methods disclosed herein are particularly well-suited for rewarding a population with detailed information as described below.
  • the network-based OTO service system 900 can encourage and enable rewards 900 by tracking application contributions by different parties, and clearly defining rewards and rewarding all contributors that are implemented in the fulfillment process.
  • the network-based OTO service system 900 includes a tag 918 for data generated and issued by the data tag server 910 and data obtained for analyzing tags from the data tag 918, the service definition server 920, and a data in a task server 930.
  • the data tag server 910 may be in a different form, such as a one-dimensional code, a two-dimensional code, a two-dimensional barcode, a data matrix code, a QR code, or a three-dimensional code, presence or the like, or may be an electronic media or a print media.
  • encoder 912, decoder 914, and storage 916 are configured to store the connections of the reward rules.
  • the network-based OTO service system 900 also includes a communication and data tag server 910 in the data base 950, a service definition server 920, and a task server 930 similar to what is discussed above with respect to Figures 2 and 5 (task server 227), task server 930 Manage and track tasks based on a unique schedule of events and activities between a single initiator and a participant.
  • the data base 950 can store information about different contributors throughout the application process as well as initiators, participants and service objects, as well as information for each unique activity status based on the application. As described below, these contributors may include: who defines the products or services in the application, and the rewards host for the different party's reward rules for participating in the application: for example, discounts for customers who conduct services and products The order defined in the application, rewards (multiple) to the one or more rewards (multiple) who helped to distribute the data marked in the right channel or the percentage of potential users in the right group (S), the reward is initiated The percentage of people who are the performers of the products and services.
  • the database 950 also stores characteristics for each application (SDK, target server, service, function, etc.), identification of the product or service, information about the third party service provider, and identification and information about the OTO access point router.
  • the product and service meets the target server 980 with the target server 980 can communicate through the third party and the target server 980 can provide support for the operation of the target server 980 over the communication network by the same OTO service.
  • the vendor is part of the network-based OTO service system 900.
  • the network-based OTO service system 900 can be in communication, via the communication network 901, with the communication device 902 operated by the rewarded host, by the rewarding guest 904 operating the scanning device, and the communication network 901 of the scanning device 906 operated by the user can Includes wired and wireless networks, or a combination of both.
  • the network-based OTO service system 900 or communication network 901 may also include an OTO access point router that communicates with (in FIG.
  • the scanning device 904, 906 can be equipped with an image capture device, an RFID reader, a Bluetooth sensor or other sensing device, and the scanning device 904, 906 can also be configured to scan and decode the scanning device 904 of the reward data tag 905 or 907, 906 can be implemented in various forms, such as a software application installation at the user terminal (240 in Figures 2 and 5), as described above.
  • the data tag server 220 can be encoded into the tag 918 of the original data, service and product information by operation with the encoder 912 and using the tag 918 of the original data generated and issued by the store 916 information and the encoder 912 of the database 950,
  • the products and services related to the products and services fulfilled by the target server 980, and rewarding the information of the rules, the information of the target server may include APIs, parameters, and related target server 980 protocols.
  • the data tag server 220 can then assign the tag 918 of the original data as a distributed raw data tag 905 to scan a distributed raw data tag 905 to the scanning device 904 of the scanning device 904 via the communication network 901, or the scanning device 906 scans a fee.
  • the data tag can be decoded by various scanning devices in the software, or by the network-based OTO service system 900 and then by the decoder 914.
  • at least a portion of the data tag decoding tasks that share the scanned image are distributed by the decoder 914, the distributed raw data tag 905 or the reward code 907 may be in the form of an electronic media or print medium.
  • Scanning is performed on a distributed data tag 905 by the scanning device 904 and related information received by the data tag server 910, the data tag server 910 confirming the performance of the performance of the scanning device 904, the role of the player and the specific
  • the rewards for products and services can be the help of potential contributors to distribute reward data tags stored in storage 916.
  • the reward code 907 is generated by the tag data server 910 (or optionally by a software application on the first scanning device 904 provided in the network-based OTO service system 900).
  • the reward code 907 includes information on products and services, as well as rules for rewards defined in the original bonus data tab 918, and in addition, information about the specific rewards that the reward data tag 907 assigns to the user. Therefore, the reward code 907 can track the implementation vehicles of different contributor related applications.
  • the subsequent reward 907 is scanned by the scanning device 906 and the related information received by the data tag server 910, and the data tag server 910 confirms that the operation scanning device 906 is the user of the purchaser of the product, and is at the reward code 907.
  • the service defined by the user is stored in the storage tag 910 by the data tag server 910 to find the information of the target server encoded in the reward code 907 and the target server 980 associated with the task of the task server 930 for communicating with the server 930, and Users who promote, manage, and track tasks to perform a particular service or product are defined in Remuneration 907.
  • the scanning device 906 further includes a scanning device 906 that is operated by a user and configured with a selection control module to select some or all of the rewards 907.
  • the scanning device 906 can also include a defined service and product sequence control module configured to determine The order of the selected services and products (i.e., in parallel) is exchanged 980 with the task server of the target server 980 to track which users have distributed the rewards 907 to the user's scanning device 906 so that the rewards can be appropriately distributed to all parties. contribution.
  • the reward code 907 (and the bonus parent code 918 or the distributed bonus parent code 905) can be associated with the reward rule by the sponsor (the code and service defined by the product's usual initiator).
  • the task server 930 takes into account the rules of the rewards in the application when it manages the task, for example, the user may receive a discount on the purchase of the charge if it is defined in the reward rule. After the product or service is satisfied and the payment is received from the user, the task server 930 can distribute the funds based on the reward rules defined in the reward data tag. Recipients of rewards can be included in the fulfillment of products and services, rewarding guests for their contribution to the distribution of data variables, and for the creation of rewards for products and services for them.
  • the implementation of the product and/or service in which the application can utilize the tag of the action data tag and the task data, as described in Figures 2-4, is 8 or more.
  • the content in these data variables can be merged and introduced into the reward data in the markers 905, 907 and 918 shown in Figure 9.
  • the distribution of reward data markers and the implementation of products and services can also include the OTO Access Point Router (S) As shown in Figure 5-7, the other servers are combined with data tags, tasks and targets.
  • S OTO Access Point Router
  • the information on the products and services being encoded, as well as the reward rules, ie the data labels in the reward data tags, can make products and services significantly more efficient and more convenient to apply and implement.
  • reward data markers mobilize people to distribute and utilize products and services by establishing appropriate and fair incentives for all contributors.
  • reward data tags can help track the true contributions of the parties in fulfilling a particular product and service, and provide a mechanism for rewarding parties based on their actual contributions.
  • the disclosed methods and systems enable the blending of the roles of consumers and dealers. Products or services that users can purchase, as well as information that can be shared about products and services to others.
  • the disclosed reward system can be seamlessly implemented with a web-based OTO service system and with predefined structure and logic rules that are rewarded by the host, rewarded guests, and the user spends a little time.
  • a sponsor-defined product or service and rewarding rules for products and services, and transmitting relevant information to a network-based OTO service system.
  • the information-related products and services, as well as the reward rules are reward markers that are encoded by the original data encoded by an encoder and a data tag server in the network-based OTO service system (step 1010).
  • an exemplary reward rule can allocate 50% of the economic benefit to the sponsor and 50%, all rewards The guests who help distribute the reward data tags used by end users are shared.
  • the original reward data tag is then distributed through a task server to reward the guest based network-based OTO service system (step 1020).
  • the scanning device used by the payer scans the distributed reward mother code by the reward (step 1030).
  • the reward associated with the product or service is the "answer" of the passenger's scanning device to decode and extract the product, or the rules of service and rewards in the distributed reward parent code, and display it on the first scanning device. information.
  • the rewarder then confirms that he or she agrees to the reward rules and confirmation sent from the scanning device to the data tag server.
  • the network-based OTO service system, registered rewards (step 1040) as a potential distributor and advocated products and services Encoded data labels. Information about the reward travelers is stored in database 950 and optionally also stored in storage 916.
  • the payer can then command a fee to be distributed to the user (step 1050), which can be initiated from a scanning device in the network-based OTO service system. Due to all the information contained in the rewards (products and services, rewards, information on the target server, location and protocol of the task server, etc.), the rewards can be distributed from other devices that reward the guests and in many other ways. Additionally, as described above, the secondary reward data tag can be further encoded with information regarding the contribution that the rewarding passenger uses for proper tracking along the fulfillment process.
  • the second reward data tag can be encoded from a data tag server in the network-based OTO service system or by downloading a software application from a scanning device of the network-based OTO service system, so the secondary reward data tag can be Distributed from the data tag server or the first scanning device to the second scanning server.
  • the fee is then scanned by a scanning device operated by the user (step 1060) who may be interested in understanding or purchasing the product or service.
  • the reward associated with the product or service is an "answer" that can be taken in a different form by the user's scan, such as taking an image of a physical barcode or an image of the captured digital data.
  • the reward code is decoded on the user's scanning device or with the decoder in assisting the network-based OTO's service system. If the user is interested, the task server in the network-based OTO service system can enable the user to make product or service reward data tokens based on the encoding of the product or service (step 1070).
  • the process may involve multiple tasks, such as more target servers for one or fulfilled products and services, as well as information about the order and other related users being stored in database 950 and optionally also transaction store 916.
  • the task server can assign a reward based on the rules defined in the bonus data tag bonus data.
  • Recipients of rewards may include communicators (S products and services), rewards visitors who distribute data labels, who create products and services that return hosts and reward rules (step 1080).
  • the rewarded guest can or in addition to the personal business entity.
  • a pizza store may have a scanning device that distributes the rewarded data tags by scanning the tag data server 910, and then the reward data tags of all the pizzeria pizza box labels used on the rewards of the printed data may be encoded with the product or service, such as Sell movie tickets, one Buyers of pizzas, hair salons, flower shops, pharmacies, taxi services, or ice cream shops can scan the printed data tags (2D codes, etc.) for information about products and services, and can decide Order them above, in the way.
  • the product or service such as Sell movie tickets, one Buyers of pizzas, hair salons, flower shops, pharmacies, taxi services, or ice cream shops can scan the printed data tags (2D codes, etc.) for information about products and services, and can decide Order them above, in the way.
  • reward data tags and web-based OTO service systems can be organized and delivered, and based on fair and correct incentives, seamless real-time services can be achieved through collaboration across organizations and individuals.
  • the disclosed data labeling system and method not only enables complex applications to be easily developed based on existing applications, but also encourages different parties to collaborate for new opportunities for business and general new opportunities for customers. This led to a more healthy digital ecosystem of business ecosystems.
  • the public data tagging system and method can also quantify donations from different contributor fulfillment services, which allows for precise payments to be rewarded to different contributors.

Abstract

一种在OTO服务中利用数据标签管理任务的方法，属于计算机应用技术领域。该方法中，响应于由第一引发剂对第一应用的引发，由OTO服务平台中数据标签服务器发布第一应用数据标签，第一数据标签指定至少一个第一任务以完成第一服务，第一应用数据标签由第一参与者的第一用户终端进行扫描，第一动作数据标签由数据标签服务器发出，由数据标签服务器发出的第一动态可变任务数据标签用以跟踪第一动作的第一任务，当第一任务完成时第一动态可变任务数据标签被更新以记录第一任务的完成。

Description

在OTO服务中利用数据标签管理任务的系统与方法 技术领域
本发明涉及计算机技术领域，特别涉及数据标签应用技术领域，具体是指一种在OTO服务中利用数据标签管理任务的系统与方法。
背景技术
二维(2D)码(也称为两维条形码，数据矩阵码或QR码)具有大的信息容量，高安全性，数据检索和纠错能力高的速率。它们被发明后，二维码已被广泛应用于物流和运营管理，并识别卡管理。
随着智能手机的日益普及，二维码可以被捕获并实时上传到实时的互联网通过智能手机和用于跨媒体渠道，从而使他们能够找到对象到对象广泛的应用(OTO)领域，如信息采集，移动购物，商品假冒，身份认证，优惠券发行，等等。
当前的OTO二维码移动应用专注于提供便利的电子商务，它仍然缺乏深入的应用。
在挑战传统的二维码是这一问题的二维码的服务器负责二维码发出后，整个申请过程。对于复杂的业务应用，发行具有全面功能和集成2D的不同阶段的二维码码的应用程序需要大量的人力和财力的投资，这造成了障碍，以在大和完整的商业模式的二维码“的应用程序。因此，有必要简化的方法中，为了使二维码被有效地在更广泛的范围内使用的，特别是大规模的商业应用。此外，还需要用于在二维码的应用程序更好的用户体验。
发明内容
本发明的目的是克服上述在传统的系统中提到的缺点的系统和方法。所公开的数据标签的方法和系统是简化的，更容易使用比较传统的技术，特别是，所公开的数据标签的方法和系统可以使复杂的和大规模的应用程序。所公开的数据标签的方法和系统还提供了更好的用户体验和低成本的数据标记的方法和系统。
在一个方面，所公开的系统和方法使用的任务的数据的标记来跟踪和在应用程序和活动管理任务的数据的标签包括反映的状态和每个活动的里程碑数据字段，数据标记是时间的函数而取决于在活动任务的完成状态的任务数据标签动态更新不同的任务完成。
在另一个方面，所公开的系统和方法提供了可扩展和组合以扩大应用到包括额外的任务，功能和服务任务的数据的标签。简单的任务和活动因此可以用作用于大规模积木，复杂的商业应用。任务之间的关系，在逻辑上定义并通过对数据的标签ID的任务跟踪。
重要的是，所公开的数据标签的系统和方法不仅使复杂的应用程序能够很容易地基于现有的应用程序被开发了，也鼓励不同方合作，为商业创造新的机会，为客户提供新的服务，使得电子商业生态系统更加健康。
在一个总的方面，本发明涉及一种计算机网络基础的方法，用于提供与奖励OTO服务，它包括：由一个属于OTO网络服务系统的编码器将一个产品或一个服务的定义编码在一个奖励母码中；通过在基于网络的OTO服务系统中的数据标签服务器，其中所述奖励母码中通信网络中分发到一个或多个酬客，通过由酬客操作的第一扫描装置扫描；响应于扫描由第一扫描装置原奖励数据标签，由基于网络的OTO服务系统登记绩效；一个酬码分配给一个由用户操作的第二扫描装置，以允许奖励数据标记由第二扫描装置，其中，所述次级奖励数据标记包括至少在原始的奖励数据标签的内容进行扫描；响应于扫描酬码的通过第二扫描装置，使得用户能够进行产品或通过基于网络的OTO服务系统的服务的命令；以及根据母码中定义的奖励规则，对于发起人，酬客，以及传播者分发相关联的奖励。
该系统可以包括以下所述的一个或多个。该基于计算机网络的方法还可以包括酬码的编码，定义产品或服务，奖励规则，以及酬客的信息。酬码分发到第二扫描装置的步骤可以是在响应于酬客的酬码可以响应于酬客被分发到由数据标签服务器的第二扫描装置。酬码可以被从第一扫描装置，以所述第二扫描装置响应于所述酬客分发到该基于计算机网络的方法可以进一步包括通过在所述基于网络的OTO服务系统中的任务服务器管理的顺序基于所述的产品或服务的编码的原始数据的奖励标记；基于所述产品或服务编码在原奖励和由一个或多个目标服务器在与任务服务器的通信完成的产品或服务数据标记。关于一个或多个目标服务器上的奖励母码存储的信息。关于所述一个或多个目标服务器上的信息包括应用程序编程接口(API)，参数和与所述一个或多个目标服务器相关的协议的计算机-网络基础的方法可以进一步包括允许产物或在原奖励数据标签的服务和奖励的规则将要被解码和由第一扫描装置中提取；并且由从所述第一扫描装置接收的协议的确认，以奖励规则注册的步骤之前的数据标签服务器，基于计算机网络的方法还可以包括关于该酬客在数据库或存储在基于网络的OTO服务系统中存储的信息。登记绩效的步骤包括登记的酬客作为潜在贡献者分发奖励数据标记到用户的奖励数据标签包括一维码，二维码，二维条形码，数据矩阵码，QR码，或一个二维码的奖励数据标记是在电子媒体或印刷介质的一种形式。
在另一个总的方面，本发明涉及一种计算机网络系统，用于使用数据标签来跟踪，管理和更新应用程序和任务，以提供对象到对象(OTO)的服务，包括：一个或多个数据标签在配置成通过第一引发剂，其中所述一个或多个数据标签服务器被配置为发出第一应用数据标记，指定为完成在第一服务中的至少一个的第一个任务，以接收第一应用的发起的OTO服务平台的服务器第一应用，其中，所述一个或多个数据标签服务器被配置为发出在第一应用数据标签扫描由一个第一参与者操作的第一用户终端，第一动作数据标签，其中所述一个或多个数据标签服务器被配置发出第一动态可变任务数据标签来跟踪在所述第一动作的第一个任务，其中，所述一个或多个数据标签服务器被配置为更新所述第一动态可变任务数据标记到第一任务的记录完成响应于完成在第一时间行动的首要任务。
实现的系统可以包括一个或多个以下的一个或多个数据标签服务器可以从第一用户终端接收第一服务的接收者的信息，并嵌入在所述第一动作有关收件人的信息数据变量的一个或多个数据标签服务器可以嵌入第一参与者的识别在所述第一动作数据标签的第一应用数据标签可以存储关于目标服务器的功能或信息，以便履行第一服务。关于目标服务器的信息可包括应用编程接口(API)，参数和与该目标相关联的服务器协议的计算机网络系统可以进一步包括在与所述一个或多个数据标签的服务器进行通信的数据的基础上，并配置为存储关于所述第一应用程序包括在信息至少第一引发剂，所述第一任务和第一服务的计算机网络系统可以进一步包括一个OTO接入点的路由器与所述一个或多个数据标签的服务器和所述第一用户终端的通信，被配置为存储关于所述第一信息应用包括吨至少第一引发剂，所述第一任务和第一服务的一个或多个数据标签的服务器可以发出第二动作数据标记时，第一应用数据标签扫描由一个第二参与者操作的第二用户终端，其中所述一个或多个数据标签服务器可以发出第二动态可变任务数据标签来跟踪在所述第二动作的第一个任务，其中，所述一个或多个数据标签服务器可以更新第二动态可变任务数据标记到第一记录完成任务响应于在第二动作中的第一个任务的完成。该一个或多个数据标签服务器可以通过一个第二引发剂接收第二应用程序的启动和发出第二应用数据标记，指定为执行至少一个第一任务第二服务的第二应用，其中，所述一个或多个数据标签的服务器可以发出的第三动作数据标记时，第一应用数据标签和所述第二应用数据；标签由通过第三参与者操作的第三用户终端，其中，所述扫描一个或多个数据标签服务器可以发出动态可变任务数据标签来追踪在第三动作，其中所述一个或多个数据标签服务器被配置为更新所述第三动态可变任务数据标记记录在响应的第三任务完成任务到在第三动作，第三任务的完成。该一个或多个数据标签服务器可以通过一个第二引发剂接收第二应用程序的启动和发出第二应用数据标记，指定为完成第二服务的至少一个第 一任务在第二个应用程序，其中所述一个或多个数据标签服务器可以发起第三应用时所述第一应用数据标签和所述第二应用数据；标签由通过第三参与者操作的第四用户终端，其中，所述一个或多个数据标签扫描服务器可以接收来自所述第三参与者的请求在第三应用，其中，所述一个或多个数据标签的服务器可以发出的第四动作数据标记，指定的任务完成的第一个服务，第二服务添加第三服务，并且第三服务在第三应用的一个或多个数据标签服务器可以发出动态可变任务数据标签中的第四动作跟踪任务，其中的一个或多个数据标签服务器被配置为更新所述动态变量任务数据标签来记录完成响应于在第四动作中的任务完成的任务的第一应用数据标签中，第一动作数据标签，或所述第一动态可变任务数据可以印在物理标记的第一应用数据标签，所述第一行动数据标签，或所述第一动态可变任务数据可以显示在电子设备中的第一应用数据标签中，第一动作数据标签，或所述第一动态可变任务数据可以包括一维码，二维码，二维条形码，数据矩阵码，QR码，或一个三维码，第一应用数据标签可以被解码以提取至少一个第一任务履行第一服务。
在另一个总的方面，本发明涉及使用数据标签提供服务的计算机实现的方法，该方法包括：在由第一引发剂响应于第一应用的发起，由一个发出第一应用数据标签或多个数据标签的服务器在OTO服务平台，其中，所述第一数据标签指定为完成在所述第一应用的第一服务的至少一个第一任务；允许所述第一应用数据标记由第一用户终端被扫描通过一个第一参与者；响应于扫描由所述第一用户终端的第一应用数据标签，发行由所述一个或多个数据标签的服务器的第一动作数据标签；发出的第一动态可变任务数据标签由一个或多个数据标签的服务器来跟踪在第一动作的第一个任务；以及响应于在所述第一动作的第一个任务完成时，更新第一动态可变任务数据标记记录在完成第一个任务。
该系统的实施可包括以下一个所述的计算机实现的方法的一个或多个可进一步包括接收来自所述第一用户终端的第一服务的接收者的信息；以及嵌入在所述第一动作有关收件人的信息数据变量的计算机实现的方法还可以包括嵌入所述第一参与者的识别在所述第一动作数据标签的第一应用数据标签可以存储关于目标服务器的功能或信息，以便履行第一服务。关于目标服务器的信息可以包括与所述目标服务器的计算机实现的方法可进一步包括允许第一应用数据标记由一个第二参与者；.响应于扫描操作的第二用户终端进行扫描相关的应用程序编程接口(API)，参数和协议由第二用户终端的第一应用数据标签，发出第二动作数据标签由一个或多个数据标签服务器；由所述一个或多个数据标签服务器发出的第二动态可变任务数据标签来跟踪在所述第一任务。第二动作；以及响应于在所述第二行动的第一个任务完成时，更新第二动态可变任务数据标记记录在完成第一任务的计算机实现的方法还可以包括： 响应于一个第二应用程序的起始由第二引发剂，发行由OTO服务平台，其中第二应用数据标签指定为完成第二服务的至少一个第二任务的第二应用数据标签；允许所述第一应用数据标签和所述第二应用数据标签进行扫描通过由第三参与者操作的第三用户终端；响应于第三用户终端和第三参与者，发行由所述一个或多个数据标签的服务器的第三动作数据标签；发出动态可变任务数据标记由所述一个或多个数据标签服务器来跟踪所述第一任务，并在第三动作的第二任务；以及响应于所述第一任务，并在第三动作的第二个任务完成时，更新所述动态变量任务数据标记记录在完成第一任务和所述第二个任务的计算机实现的方法还可以包括响应于一个第二应用程序的起始由一个第二引发剂，由OTO服务平台，其中，所述第二应用数据标签指定用于履行至少一个第二任务发出的第二应用数据标签第二服务；允许所述第一应用数据标签和所述第二应用数据标签通过由第三参与者操作的第三用户终端进行扫描；使所述第三参与者增加第三服务发起第三应用；以及响应于第三用户终端和第三参与者，由一个或多个数据标签的服务器，其中，所述第三应用数据标记指定的任务，以进一步满足所述第一服务，第二服务和第三服务的计算机实现的方法可以发出一个第三应用数据标签包括：响应于扫描的第三应用数据标签的由第四用户终端，发行由所述一个或多个数据标签服务器的第四动作数据标签开始的第四动作；发出动态可变任务数据标记在第四跟踪任务动作；.以及响应于完成在第三动作的任务，更新各动态可变任务数据标签来记录完成的任务，在第四操作的第一应用数据标签中，第一动作数据标签，或所述第一动态可变任务数据可以印在物理标记的第一应用数据标签中，第一动作数据标签，或所述第一动态可变任务数据可以显示在电子设备中的第一应用数据标签中，第一动作数据标签，或第一动态可变任务数据可以包括一维码，二维码，二维条形码，数据矩阵码，QR码，或一个三维码的计算机实现的方法可以进一步包括所述第一应用数据标签进行解码，以提取至少一个第一任务履行第一服务。
数据标记的方法可以包括以下一个或多个步骤：
(1)用户终端获取标签数据，并解析所述标签数据，以获得一组关于相关的商业应用程序的服务的信息和功能信息对应于各个目标服务器的服务和功能的信息；
(2)的用户终端，为了实现服务和功能，并完成业务应用的服务质量和功能的目标服务器交换信息。
步骤(1)中所公开的方法可包括以下步骤：
(a)用户终端获取从数据标签服务器标记数据，解析标签数据，并且获得关于在标签数据的业务应用相应的信息；
(b)根据关于业务应用的信息时，用户终端获取所述一组服务和功能的信息和关于相关 的服务和功能的目标服务器的信息。
服务和功能的信息可以包括服务软件开发工具包(SDK)和功能的SDK分别对应于该服务或功能的服务SDK和功能的SDK分别包括围绕它们各自的目标服务器的信息，包括应用程序编程接口(API)，参数，并与目标服务器相关联的协议。
工序(2)中所公开的方法可包括以下一个或多个步骤：
(a)根据用户的操作，用户终端选择的一些或所有集合中的服务和功能信息；
(b)与每个目标服务器的用户终端进行交互，以交换所选择的服务和功能的信息，以完成适当的服务和功能，并以完成业务的应用程序。
在所公开的方法中，用户终端的与每个目标服务器交互的步骤，交换所选择的服务和功能的信息，包括以下步骤：
用户终端确定是否所选择的服务和功能的信息将与在顺序或并行顺序目标服务器进行交换；
与在序列或在顺序或并行顺序目标服务器的用户终端交换所选择的服务和功能的信息。
本发明还提供了包含一个用户终端，其可以包括一个标签数据采集模块，标签数据分析模块，和一个交互控制模块一个数据标记系统，该标记数据采集模块被配置为获取从数据标签和存储数据的标签数据分析模块解析标签数据，以获得一组对应于业务应用的服务和功能的数据。的相互作用控制模块交换的服务和功能的信息与相应的目标服务器，以实现适当的服务和/或功能，并完成业务的应用程序。
所公开的数据标记系统还包括被配置成提供对所述用户终端的数据标签服务器，根据该服务，以及服务和功能的信息，对应于各个目标服务器标签数据。
在所公开的数据标签系统中，数据服务器标签可以存储应用服务有关的服务和功能的信息相关联的目标服务器的列表和对应的服务和功能的信息，以及信息的目标服务器信息包括API，参数，与协议有关关联的目标服务器。
在所公开的数据标签系统中，用户终端可以是有线或无线终端，其中所述数据标签服务器是通过计算机网络连接到用户终端。
在所公开的数据标签系统中，用户终端进一步包括：由用户操作并且被配置为选择一部分或全部集合中的服务和功能的信息的选择控制模块。
在所公开的数据标签系统中，用户终端进一步包括：所选择的服务和功能的信息的配置以确定的顺序的序列控制模块(即顺序平行)与目标服务器交互。
在所公开的数据标签的方法和系统，在用户终端的变量的数据采集模块获得标签数据； 标签数据分析模块解析标签数据，以获得一组对应于业务应用的服务和功能的数据；所述交互控制模块交换服务，并与相应的目标服务器的功能的信息，以完成适当的服务和/或功能，并完成业务的应用程序。所公开的数据标签的方法和系统使得用户终端能够直接与目标服务器交互以完成业务应用由服务和功能的信息，它允许在复杂的业务应用程序的任务要由分布式服务器完成定义，并且省去了在网络系统中构建的应用服务器。所公开的数据标记方法，从而系统可以降低成本应用服务提供商建立专用的应用程序服务器，允许使用更广泛的数据的标签，并提供更好的用户体验和低成本的数据标签的方法和系统。
附图说明
图1是根据本发明的一些实施例的数据加标签的流程图。
图2是一个计算机网络系统，用于提供使用数据标签服务按照本发明的一些实施例的示意图。
图3是用于使用数据标签来跟踪和基于应用程序的操作管理任务的流程图。
图4示出管理复杂的应用程序，并使用嵌套任务的数据的标签的操作。
图5是另一计算机网络系统，用于提供使用数据标签服务按照本发明的一些实施例的示意图。
图6示出图5中的计算机网络系统中的OTO接入点的路由器的一个详细的系统框图。
图7示出的OTO接入点的路由器的示例性的功能，用户终端，所述一个或多个数据标签的服务器，并在图6中的计算机网络系统中的目标服务器。
图8示出的创建使用嵌套任务的数据标记，以扩大应用和服务的二次应用。
图9是用于基于网络的OTO服务系统中根据本发明一些实施例的框图。
图10是用于通过使用奖励数据标签提供OTO服务的流程图。
具体实施方式
为了能够更清楚地理解本发明的技术内容，特举以下实施例详细说明。
根据公开的方法，一种数据标记流程图示于图1。
在一些实施方式中，参照图1，所公开的数据的标记方法可包括以下步骤：
步骤1：用户终端从数据标签(步骤11)，其可以是一维条形码，二维或三维码的数据标签还可以包括RFID标签，和近场通信获取数据(NFC)数据，用户终端对数据进行分析标签以获得一组相关的商业应用程序(步骤12)服务和功能信息的服务和功能信息分别对应于各自的目标服务器(步骤13)。目标服务器的实例包括数据标签服务器经配置以产生数据标 记定义实现的服务和功能的服务，功能和目标服务器，分析服务器配置为从标签数据中提取的服务和功能的信息，选择的服务器配置成允许用户选择的服务，位置服务器被配置为确定用户的位置，配置成认证用户的身份的认证服务器，并且被配置为处理用户的命令购买服务器。
步骤2：用户终端交流，以完成的服务和功能，并且实现了商业应用(步骤22)在目标服务器(步骤21)中的服务和功能的信息。
步骤1中所公开的方法可以包括下列详细步骤：
(a)用户终端获取从数据标签服务器标记数据，解析标签数据，取得在标签数据相应的业务应用的信息；
(b)根据业务应用的信息时，用户终端获得一组关于相关的服务和功能的目标服务器的服务和功能的信息，和信息，服务信息和功能信息可以包括产品信息，位置信息，物流，购物模式的选择，以及订单和付款信息。
在一些实施方案中，服务和功能的信息可以包括对应于该服务或功能的服务软件开发工具包(SDK)和功能的SDK。服务SDK和功能的SDK分别包括围绕它们各自的目标服务器的信息，包括应用程序编程接口(API)，参数和与目标服务器相关联的协议。
步骤2可包括一个或多个下列详细步骤：
(a)根据用户的操作，用户终端选择的一些或所有集合中的服务和功能信息；
(b)与每个目标服务器的用户终端进行交互，以交换所选择的服务和功能的信息，以完成适当的服务和功能，并以完成业务的应用程序。
在一些实施方案中，用户终端的与每个目标服务器交互的步骤，交换所选择的服务和功能的信息，包括以下步骤：
用户终端确定是否所选择的服务和功能的信息将与在顺序或并行顺序目标服务器进行交换；
与在序列或在顺序或并行顺序目标服务器的用户终端交换所选择的服务和功能的信息。
如图所示，在上面的实施例和图2所示，在计算机网络系统200使用的数据的标签提供服务包括服务定义服务器210，一个或多个数据标签服务器220用于产生和发出的数据标签(例如，2D码)和用于分析从数据标记获得的数据，数据的标签230上发布电子媒体或印刷在纸媒体，与被配置的软件应用安装在智能用户终端240(例如，智能电话)来捕获所述数据标签的图像，并解码数据标签，其随后由数据标签服务器220，以及一个或多个目标服务器250，对于商业应用程序提供的服务进行分析。
所述的计算机网络系统200包括由OTO应用服务提供商提供的OTO服务平台225，其可以包括数据标签服务器220，数据库223，和一个任务服务器227如下面更详细地说，该任务所讨论服务器227根据一个时间表的引发剂和一个参与者之间的每个独特的动作或活动管理和跟踪的任务。关于该数据库223存储特征为每个应用程序(SDK中，目标服务器，服务，功能等)，产品ID，信息第三方服务提供商，以及识别和有关OTO接入点路由器等信息。数据库223还存储发起者，参与者和服务对象，和状态的基础上的应用程序每一个独特的活动标识。
用户终端240可以包括智能电话或平板电脑配备有相机的手持式扫描仪，和RFID感测装置，该用户终端240可包括一个标签数据采集模块，标签数据分析模块，和交互控制模块，该标签数据采集模块被配置为获取从数据标签数据和存储数据的标签数据分析模块解析标签数据，以获得一组对应的服务和功能的业务应用程序的数据。的相互作用控制模块交流服务，并与相应的目标服务器250的功能的信息，以完成适当的服务和/或功能，并完成业务的应用程序。
数据标签服务器220被配置来提供，向用户终端240，根据该服务，以及服务和功能的信息，对应于各个目标服务器250。在一些实施方案中，至少一部分数据的标签数据标签解码任务由数据标签服务器220.The用户终端240进行的可以是一个有线或无线终端，其中所述数据标签服务器220与用户终端240通过计算机网络进行通信。
在所公开的数据标签系统中，数据标签服务器220发出数据标签可以存储应用服务和相应的服务和功能信息有关的服务和功能的信息相关联的目标服务器250的列表，以及信息的目标服务器信息包括API，参数和关于相关联的目标服务器250协议。
仍然参考图2，服务信息和功能信息可以包括产品信息，位置信息，物流信息，购物模式选择，和订单和支付信息。在一些实施方案中，服务和功能的信息包括SDK 1，SDK 2...，SDK N，其可包括对应于该服务或功能的软件服务的SDK和功能的SDK。服务SDK和功能的SDK分别指定有关它们各自的目标的服务器250，如应用程序编程接口(API)，参数的信息，并与目标服务器250相关的协议。
在一些实施例中，用户终端240还包括由用户操作并配置为选择一部分或全部集合中的服务和功能的信息的选择控制模块。
在一些实施例中，用户终端240还包括所选择的服务和功能的信息的配置以确定的顺序的序列控制模块(即顺序平行)与目标服务器交互。
通过实现OTO服务定义，集成和协作，公开的制度，如何转化服务的组织和提供的方法， 可以通过协作实现实时服务跨组织，并启用服务的灵活组合，服务单位细化，和自动化服务的协调。
参照图3，启动器可以启动一个新的应用程序A，并且作为响应，将数据标签服务器220的问题的应用程序的数据的标记。可以是在自然界中的业务，但也应用可用于社会，慈善机构，以及政府项目的OTO平台发布的应用程序ID在同一时间跟踪应用程序的过程中，应用A的规范和ID存储在数据库中使用自己的智能223.一位与会者扫描数据应用标签设备(即，用户终端)，取得嵌入在与OTO服务平台225的帮助下，应用程序数据的标签信息，并发送一个请求到OTO服务平台225的启动和响应周期的开始和定义了唯一的动作(或活动)。任务服务器227指定动作ID A-1的数据和标签服务器220问题的行动数据标签A-1的新动作。动作的数据标记A-1不仅存储有关应用程序中的信息(更下面描述的细节)，而且对特定参与者的用户信息谁开始行动A-1，以及作为参与者的具体参数选择或应用程序中的进入(即定义了动作A-1)，每个动作都可以包括多个任务履行一个服务，在行动A-1每项任务进行跟踪和管理，由数据标签服务器220和任务ID A-1-1或A-1-2发出任务数据标签......在任务服务器227的分配OTO服务平台跟踪在行动A-1的任务，并更新任务数据标记过的动作A-1的过程，直到A-1完成的动作(即动作的服务满足)。在其完成时，OTO服务平台225发出一个新的任务数据标签捕捉动作完成A-1。
作为一个例子，一个应用程序可以设计销售产品。一个动作A-1开始通过基于应用程序A可以涉及，如“检查产品”，“订单”，“付款”任务的参与者，并“与朋友分享”，这是在原来的应用程序中的定义，存储或可使用动作数据标签A.信息，这些任务可以用任务数据进行管理进行访问的标签A-1-1，A-1-2，A-1-3，A-1-4的数据标签服务器220和与任务服务器227分配的ID如果参与者检查产品，那么订单，然后支付产品的发行，三个任务都完成在行动A-1及其相应的任务数据标记A-1-1，A-1-2，A-1-3是由OTO服务平台225。如果她分享动作A-1与朋友更新的，另一个任务A-1-4是一个新的任务数据标记A-1-4是由OTO服务平台225的任务数据标记A-1-4可以通过她朋友的设备或使用别人的设备进行扫描发出创建的应用程序A的服务
同样，其他参与者可以扫描应用程序数据标签A启动其他操作A-2，A-3等，每个动作进行跟踪和操作数据标签A-2，A-3等管理，这是由该数据标签服务器发出220动作ID的A-2，A-3等由任务服务器227的每个基于同一应用程序A的动作的唯一地相关联的每个发起者和响应周期分配和特定的参与者。
数据标签A，A-1，A-1-1，或A，A-2，A-2-1与对方在任务的家庭有关。在应用程序中 的数据标签的定义和特点A可以被复制到动作数据标签A-1。如所描述的，动作数据标签A-1也包括对于谁发起以及其他参数选择用于服务的参与者在应用A中定义的动作的参与者的用户识别信息在一些实施方案中，应用程序ID A被复制的动作数据标签的A-1，而不是在应用程序中的数据标签A.内容的应用程序ID A可以作为链接或指针在OTO服务平台操作数据标签中的检索有关应用程序的信息A.因此操作数据标签A可以简单地包括ID应用程序A和其他内容。
同样，任务数据标记A-1-1，A-1-2可以复制内容或鉴定有关的任务的动作A-1或根应用程序A，再加上额外的信息。行动A-1的标识或应用程序A可以作为使用的OTO服务平台链接指针检索相关信息。使用操作任务ID A，任务数据标记A-1-1，A-1-2可以简单地调用OTO服务平台225到标签A-1-1执行有关行动A-1，这可以节省中的任务数据嵌入了过多的数据任务或服务，A-1-2，信息与应用程序A，如用户界面(UI)和服务接口(SI)可从OTO服务平台225检索在行动A-1执行任务的A-1-1，A-1-2。
这样的任务标识A，A-1，A-1-1，A-2，A-2-1具有非常灵活的嵌套结构中的每个任务ID是唯一；.它正确反映应用程序，行动和任务之间的关系并且可用于跟踪和管理任务履行基于应用的操作。
在一些实施方案中，一个新的动作，可以在两个不同的应用程序构建的。仍参照图3，应用程序B由一种引发剂在OTO服务平台225发起的OTO服务平台发出的应用程序数据标签B.在OTO服务平台225使参与者用他或她的智能设备来扫描应用程序数据标记A和应用程序数据标记B，并创建一个基于这两个应用程序A和B.应用一个新的应用程序的参与者获得有关这两个信息原来的应用程序并启动AB-1基于两个应用程序A和B的OTO服务平台225问题的新的行动数据标签AB-1，并随后对其他操作分配任务ID AB-1-1，AB-1-1..跟踪和管理的行动AB-1任务的服务，功能，任务，以及其他特性的应用程序数据标记A和B可以被复制或者干脆通过应用程序ID的甲乙内衬与任务ID AB动作数据标签-1。
在一些实施例中，动作或任务的数据标签可以包括多个能够从父应用程序定义的并行任务或级联任务应用程序ID的。一个动作或任务数据标签因此，可以连接到多个由简单的应用程序的既定的应用的标识，因此极其复杂的任务和服务可以表示，管理和跟踪在一个优雅且简单的方式，这使得服务的实现更为有效。另外，商业应用可以很容易地通过建立在利用已定义扩大应用程序及其已开发的任务ID和标识定义相关的基础设施。此外，鼓励各方之间的合作，以实现协同效应和效率的经济和社会。在任务数据标签任务的准确记录允许所作出的贡献精确计算不同的政党在一个应用程序履行服务。
使用数据标签来跟踪和管理应用程序，操作和任务可以包括以下一个或多个步骤的所公开的方法。参考图4，引发剂将请求发送到一个OTO服务平台来启动一个应用程序，它通过利用若干功能和资源(例如目标和应用程序服务器)的一些在某些序列的任务。发起者指定SDK中，应用程序和目标服务器履行对OTO服务的服务(多个)提供一个或多个服务平台。在OTO服务平台中的数据标签服务器发出的应用程序数据标签来启动应用程序(步骤410)，应用数据标签可以存储SDK中，应用程序和关于目标服务器的功能和信息，以便履行服务(S)。关于目标服务器的信息包括与目标相关联的服务器应用程序编程接口(API)，参数和协议。
在应用程序数据标签的特性存储在OTO服务平台中的数据位置。在这一点上，应用程序数据标签不能有效还因为有可能会或可能不会有兴趣使用该应用程序的用户。该值用于任务状态设置为零。应用程序的数据的标签还包括数据字段，用于存储关于一个参与者信息(或谁订购了服务的人)和第一个服务的接收者之前的应用程序被激活而变成有效，接收者数据字段被设置为空或零，数据标签可以被印刷在物理数据标签，或在电子设备中显示。
本OTO服务平台跟踪和记录活动的状态和更新任务数据标签在整个充实过程，直到任务完成。
如果参与者的爱好在使用应用程序时，他扫描应用数据标签与他或她的设备(即用户终端)，并解码应用数据标签来获取关于应用程序的信息，并响应该服务OTO平台(步骤420)。获取可包括SDK中，关于目标服务器(S)的信息，以及相关的用户识别信息的参与者发送一个请求给OTO服务平台来启动基于应用一个新的动作(步骤420)在该请求中，参加者指定接收者为他或她想要此操作(例如产品或服务的种类，数量，质量水平，交货时间)的服务和参数。
本OTO服务平台接收来自参与者和问题采取行动的数据标签要求的基础上(步骤430)。该动作数据标签嵌入信息的应用程序标识服务订购者追踪和管理措施(即参与者)和服务，以及任务的接收方通过掺入或连接到从存储在OTO服务平台的应用程序数据和标签信息的内容来执行。在OTO服务平台的任务服务器的动作分配一个唯一的动作ID通过为特定的收件人的特定参加者发起的。应当注意的是，不同的操作ID是需要由不同的反应发起一个相同的应用程序的数据的标签不同的操作。
在OTO服务平台中的数据标签服务器和任务服务器分别问题任务数据标记和分配任务ID的任务中的动作(步骤440)。如上所述，任务服务器管理任务的ID在每个任务基于由OTO服务平台所支持的每个应用程序的动作。任务数据可以包括该任务的数据被嵌入在一个特性， 如功能和服务，服务合同和过程管理，参与成员，该服务的接收者，和时间表等。任务数据标签。
如在任务数据标签定义的任务是由服务器，应用程序完成的，软件开发工具包在其中限定，任务数据的标签，并OTO服务平台(步骤450)，当在一个操作的所有任务完成更新，由数据标签服务器发出一个完成的动作的数据标签来捕捉已完成的动作(步骤460)的状态。
如上所述，任务，操作和应用的唯一识别，跟踪，以及它们之间的关系用动态变化的数据的标签。任务，操作和应用程序因此可以更有效地管理明确界定，结果可定量提高。本发明公开的任务数据标记是哪个变化作为时间轴上的相关联的动作的功能的动态和生活数据对象，因此，本发明公开的数据的标记是从在传统的系统中的静态数据标签的物体有很大不同。
关于系统，平台，方法和数据的标记的应用程序的其他细节还公开在共同转让的未决的美国专利申请14/383824，标题为“用于跟踪和利用数据标签载体的系统和方法”，申请日为9/二千零一十四分之八，美国专利申请14/390138，标题为“平台和应用方法的系统间的数据交换单位的数据标记”，申请于2014年10月2日，和美国专利申请14/461408，标题为为“设备和方法数据标记基于对象到对象的应用程序“，申请日2014年8月17日上，其在此通过引用并入其公开内容。
上面所讨论的数据的标记的方法和系统通过以下实施例进一步说明：
实施例1：在响应于标记数据产品订购
在商店购物，消费者可以使用手机来获取数据标签的图片，如一种商品的二维码，安装在手机上的应用程序(即APP)可以在拍摄的图像进行解码的二维码和获得嵌入二维码订购的商品。消费者还可以获取服务信息和功能信息，如产品信息，位置信息，物流信息化，购物模式的选择，以及订单和付款信息应用服务。
具体地，在移动电话首先使用的应用程序连接到维持经由移动无线网络中的产品信息，获取所述产品信息服务器，并在移动电话上显示出来。然后，位置服务器(的一个例子目标服务器)决定了消费者的位置，和他或她的相对位置的制造商，存储仓库。基于Web的产品订单信息被提供给消费者，一个购买-方法选择服务器(目标服务器的另一个例子)集成的产品和物流信息，并提供消费者不同的购买价格不同的购买方式。经过消费者确认购买的方法，令服务器(目标服务器的另一个例子)的顺序传送到店从现有的存量订购，或者时，顺序服务器可以发送到直接订购到的制造商，通过计算机网络中的物流供应商联系。最后，消费者可以通过使付款使用他或她的移动电话完成产品的购买。应当注意的是，这样的二维码也可以是直接在报纸和杂志广告，印刷，消费者可以通过采集处理产品的购买上的报纸或杂志的 二维码的图像。
因此，对于产品订购一个二维码的产生只要求大约相应的目标服务器上的服务和功能的信息和信息被包含在相应的SDK，用户终端可以解码的二维码，并与直接目标服务器进行通信履行订单。因此，为了服务器的任务被分解，其中提炼的二维码的应用，提供了更灵活的服务和功能，以较低的成本。
实施例2：电视机顶盒
随着高清电视的日益普及，电视机顶盒成为常见的家用电子设备和酒店。高清节目通常需要用户支付一定的费用，但观看高清节目的权利被绑定到特定的电视机顶盒，它是困难的用户观看在不同的电视机顶盒的高清节目，此外，另一个困难是允许用户观看高清电视节目，以短期在酒店等场所。
数据加标签的方法和系统使一个数据标签，例如一个二维码被显示在电视上后的电视机顶盒被接通。用户可以使用移动电话采取二维码的图像的手机可以解码的二维码，提取服务信息付费电视节目，并能获得有关认证，许可，支付信息，以及其他服务和功能的信息。
首先，将二维代码包括关于认证服务器(目标服务器的另一个例子)的信息，用户可以验证他或她的身份通过认证服务器，然后注册或通过授权服务器登录。如果用户已经购买了付费电视服务，授权服务器发送到从右到使用确认，经由计算机网络，到特定电视机顶盒，该用户正在使用，它允许用户在电视节目连接到特定的电视上电视机机顶盒。因此，为了收看付费电视的权利已不再依赖于特定的电视机顶盒，一个消费者可以在任何机顶盒收看付费电视节目。如果用户尚未购买一个付费电视服务，用户可以使用从对他或她的移动电话的二维代码提取的购买信息的付费电视服务支付费用。移动电话可以直接与一个购买服务器(目标服务器的另一个例子)进行通信以完成订单。简化付费电视过程非常适合于付费电视服务的短期用户，在旅馆等
此外，适当的数据标签可以包括打印数据代码(1D，2D，3D的代码)和RFID标签。的二维码的实例包括，但不限于，二维条形码，数据矩阵码，或QR码等的二维码被第一捕获智能用户终端和由智能用户终端上的软件应用程序，以获得标签数据解码。标签数据然后解析和由分析服务器分析以提取所述标签数据的服务和功能的信息。所述软件应用程序(例如，在智能电话的移动设备应用程序)接收的服务和功能的信息，并在智能终端上显示它们，如图2所示。在另一方面，RFID标签可以存储服务和功能，一旦检索到，该移动应用不涉及分析服务器可以显示在用户终端这样的信息。
公开的方法和系统包括以下特点：
1、对标签数据的统一编码规则，一个数据标签服务器根据要提供和接收，其中该数据标签可以由智能用户终端的应用程序中检索的服务和功能生成数据的标签。
2、标签数据由数据标签服务器和智能用户终端的组合来定义，目标服务器提供服务，合作的方式提供服务。
3、一种分析服务器分析由智能终端中检索，以获得与目标服务器和服务的SDK的标签数据，并且提供的SDK智能终端。
4、标签数据被配置为提供和/或接收所有必要的服务和功能的业务应用程序，用户可以选择通过一个软件应用程序在智能终端的服务或功能(如移动应用程序)进行交互与目标服务器，来完成操作和服务合同通过协调服务和相应的目标服务器。
本公开的方法和系统可包括以下一个或多个优点：
1、灵活的服务组合。服务可以灵活组合和协调，由用户和用户定义的服务响应数据标签扫描。标签数据包括定义的基础上的服务，目标服务器不同的目标服务器之间关系的SDK，并服务合同，所公开的方法也保证专业化的协调和资源优化中的服务和深入。
2、更用户友好的体验。所公开的标签数据改善用户界面的友好性和用户的可操作性。用户可以在用户界面根据服务的特定组合，理想的是，用户选择适当的服务。
3、深入利用服务组合的允许认证，支付和服务实施，这增加了系统的安全性的分离。
在所公开的数据标签的方法和系统中，用户终端从数据标签使用标签数据获取模块获得的数据，使用标签数据分析模块，以获取相应的业务的应用程序和相关联的服务和功能信息解析标签数据。一个在用户终端的交互控制模块然后交互地与目标服务器进行通信，以交换的服务和功能的信息，以满足商业应用。在所公开的数据标签的方法和系统中，用户终端可以基于标签数据执行业务应用，并直接完成服务并通过与提供这样的服务和功能的目标服务器，这省去了一个中央涂敷服务器履行服务进行交互的功能，不同的复杂的业务应用程序可以通过分布式交互目标服务器，从而有效地简化了利用标签的操作，因此通过完成数据，减少了由服务提供商建立的应用程序服务器的费用。所公开的数据标签的方法和系统是更方便的成本更低，这允许更广泛的应用的数据标记，以改善用户体验和。
在一些实施方案中，参照图5，一个计算机网络系统500使用的数据的标签提供服务包括服务定义服务器210，一个或多个数据标签服务器220用于产生和发出的数据的标记(例如二维码)，并用于分析从数据标记获得的数据，数据的标签230上发布的电子媒体或在与安装了一个或多个数据标签服务器220，一个聪明的用户终端240(例如，智能电话)连接印刷在纸媒体，一个数据库230配置为捕获所述数据标签的图像，并解码该数据标记的软件应用 程序，其随后由数据标签服务器220，以及一个或多个目标服务器250，对于商业应用程序提供的服务进行分析。
所述的计算机网络系统500还包括被配置为与用户终端240中，数据标签服务器220进行通信的OTO接入点路由器520，以及一个或多个目标的服务器250。OTO接入点路由器520能够基于一个无线标准诸如WiFi，WiMax的，较小或，IEEE 802.11，等。如上所述，用户终端240进行通信，该计算机网络系统500包括由OTO应用服务提供商，提供了一种OTO服务平台225，它可以包括数据标签服务器220，数据库223，和一个任务服务器227接入点的路由器520可以由相同的OTO应用服务提供商提供，或者由第三方所有者的OTO与该OTO应用服务提供商合作伙伴在提供数据的基于标签的OTO应用服务。
目标服务器250可以包括远程和本地服务器。本地服务器可以在接近用户终端，从而增加数据传输和处理速度发起和执行OTO应用服务场所进行分配。在目标服务器250还可以包括私人和公共服务器的私人服务器可以作为主服务器驱动的公共服务器(从)功能。例如，对于大多数小企业来说，用户终端240直接互动与公共目标服务器250执行其商业应用大多数任务。大公司，在另一方面，可以将自己的大部分目标服务器的专用平台，用户终端240只去公共目标服务器需要的时候，私人目标服务器执行大多数任务。
一个例举的OTO接入点路由器520被示于图6的OTO接入点路由器520执行路由器的功能，而且还包括一个无线接入点的功能的详细的系统框图。该OTO接入点路由器520可以包括中央处理器410，可以在一个无线路由器，例如编码，解码和处理的信号，并控制在OTO接入点的路由器520的中央处理器610可以输出到其他组件执行的处理任务和接收来自一个或多个传输和接收电路的数据在不同的无线频带(例如2.4GHz和5GHz的)，中央处理器610可以无线地与用户终端240进行通信，该数据标签服务器220，以及目标服务器250(图3)。例如，在第一频带中，发送电路621和接收电路622可以通过一个双工器631切换到传输或接收信号或从天线641的发送电路621包括功率放大器并为一个数据信号转换为射频信号的电路，以通过天线641，接收电路622包括一个线性放大器和用于把从天线641接收的RF信号以数据信号的电路来发送。变速器的部分电路621和接收电路622可以在收发器电路进行组合。类似地，在另一个频带，发送电路625和接收电路626可通过双工器632被切换到传输或接收的信号或从具有天线645。由天线641接收的无线信号，645可以包括从数据标签解码数据的标签信息，中央处理器610可以提取，从相关的一个应用程序的服务有关的目标服务器向数据的标签信息，服务和功能的信息，以及信息进行任务完成的商业应用。
该中央处理器610可以连接到一个或多个有线通信端口诸如LAN(局域网)接口651和 一个广域网(广域网)接口655，与数据标签服务器220和通信目标服务器250(图5)，中央处理器610还可以与一个振荡器661，存储器662，和一个设备描述存储库663的装置描述存储库连接663存储该被授权接收OTO注册的用户终端的列表服务。一旦触头建立与这些用户终端，与目标服务器对服务和功能信息的请求和交互可以继续进行，而不需要授权和登录在每一次。
在OTO接入点路由器520还包括与中央处理器610用于使用数据标签履行OTO服务必不可少的OTO应用控制器680存储的信息，其包括产品的序列号连通的OTO应用控制器680(S/N)唯一标识OTO接入点路由器520OTO应用控制器680还可以存储OTO服务激活ID，产品S/N和OTO服务激活ID进行加密，以避免被篡改的OTO应用控制器680可存储与存储在数据库223的协议相一致的条款租赁管理(时间周期和被授权的路由器等上的类型的服务OTO)的OTO应用控制器680可以从数据管理的内容的传输标签服务器220和目标服务器250。OTO应用控制器680还可以从用户终端240或从数据标签服务器220或250，并进行数据分析。在另一实例中，OTO应用控制器680的目标服务器数据的查询还可以管理广告，促销和产品或服务通告从目标服务器发送给用户终端的OTO应用控制器680还可以直接用户终端私人目标服务器250(如上述)，如果用户终端的列表上预先批准的用户。
在一些实施方案中，OTO接入点路由器520也可以执行某些数据标签服务器220的上述功能(图2和5)。之后被获取和解码的数据的标签由用户终端240中，解码的信息被发送到OTO接入点的路由器520的OTO应用控制器680可以提取从解码数据的标签信息相关的应用服务的服务和功能的信息。该OTO应用控制器680还可以提取关于一个信息组被设置为满足应用程序服务的目标服务器。在这种分布式方法中，OTO接入点路由器520定期是(如每小时，每天等)由一个或多个数据标签服务器220有关可用更新应用服务，与每个应用服务的服务和功能的信息，以及关于用于实现应用程序的服务目标服务器的信息。这些信息进行加密并安全地存储在OTO应用控制器680。
参考图5和6，OTO接入点路由器520可包括附连到其外表面上的物理数据标签，或在电子显示面板中显示的数据的标记。在显示面板中显示的软的电子数据标记对OTO接入点路由器520是基于数据(产品的S/N，活化ID等)存储在OTO应用控制器680的数据标签编码有路由器的产品序列号和OTO服务激活标识该数据标记也可以被存储和被编码的RFID(射频识别)标签或NFC(近场通信)的标签，这可以通过在用户终端140的相应的RFID或NFC传感器来读出。在一些实施方案中，所述在电子数据标记数据可以被控制，并通过OTO应用控制器680改变。
该数据标签可以最初由OTO服务提供商操作的一个或多个数据服务器220发出的，并在路由器的制造工艺上标记或存储在OTO接入点的路由器520。要设置OTO访问点路由器520对OTO服务，即安装OTO接入点的路由器520的人使用的用户终端240，如智能电话扫描OTO接入点的路由器520中的标签数据分析模块上显示的数据的标签用户终端240将解析标签数据来获得产品序列号和OTO服务激活标识。经过适当的身份验证和登录，用户终端240可以发送所获取的信息，以由操作的所述一个或多个数据标签服务器220OTO服务提供商，激活特定OTO接入点路由器520(根据它的产品的S/N)，以使基于数据标签OTO服务的实现。
一旦被激活，该产品的S/N的OTO接入点路由器520被连接到路由器所有者的用户ID(UID)，并存储在数据库223由OTO应用服务提供商操作的数据标签服务器220N个分配的关联索引，也存储在数据库223，该相关联的路由器的产品的S/N和拥有者的UID在OTO服务提供商的关联索引随后被发送到用户终端240。
在OTO接入点的路由器520的OTO应用服务是由存储在数据库中的OTO应用协议定义和约束223。例如，该协议可以定义的术语在其下OTO接入点路由器520被租用给用户。
一旦建立，在OTO接入点路由器520可以促进对用户终端240完成OTO服务如上所述，用户终端240(其可以是从用于激活OTO接入点，用户终端不同路由器)可以是智能电话或平板电脑配备有相机的手持式扫描仪，和RFID感测装置，该用户终端240可包括一个标签数据采集模块，标签数据分析模块，和一个交互控制模块，该标签数据获取模块被配置为获取从数据标签数据和存储数据的标签数据分析模块解析标签数据，以获得一组对应的服务和功能的业务应用程序的数据。的相互作用控制模块交换的服务和功能信息与相应的目标服务器250中，以完成适当的服务和/或功能，并完成业务的应用程序。该一个或多个数据标签服务器220可以根据该服务，以及服务和功能的信息提供标签数据，对应于各目标服务器250。在一些实施方案中，至少一部分的数据标签解码任务由数据标签服务器220进行的。
类似于关于图2-4如上所述，OTO接入点的路由器520与该扫描应用标签，动作标签，和帮助跟踪，管理用户终端，并更新任务标签进行通信。在一些实施例中，应用，动作，和任务数据标签可以存储识别的其他应用，操作和任务数据标记，而不是其他的应用中，动作的内容和任务的数据的标签。该OTO接入点路由器520可以存储服务和功能的信息这是应用程序和有关目标服务器的信息，以履行其在应用中的任务。在OTO接入点路由器520还可以存储用户的动作或动作数据标签收件人信息，任务中的动作状态，等的OTO接入点路由器520也可以存储应用程序，操作和任务，包括辅助应用程序之间的关系的OTO接入点路由器 520可以同步与OTO服务平台225(例如，数据库223)中存储的信息。
用户终端240可以是有线或无线终端，可以通过OTO接入点的路由器520中的有线和无线计算机网络与数据标签服务器220进行通信。该数据库223可以存储应用程序的列表关于与服务和功能的信息相关联的目标服务器250的服务和相应的服务和功能的信息，以及信息的目标服务器信息包括API，参数和关于相关联的目标服务器250使用从数据标签获得的信息的协议，在用户终端240可经由OTO接入点的路由器520的目标服务器250通信，以请求目标服务器250履行以满足商业应用中的服务和功能的信息所指定的各种任务。
服务信息和功能信息可包括产品信息，位置信息，物流信息化，购物模式的选择，以及订单和付款信息。在一些实施方案中，服务和功能的信息，包括SDK 1，SDK 2...，SDK N，其可以包括服务软件SDK和功能的SDK对应于服务或功能，与目标相关联的服务SDK和功能的SDK分别指定有关它们各自的目标的服务器250，如应用程序编程接口(API)，参数信息和协议服务器250。
在一些实施例中，用户终端240还包括由用户操作并配置为选择一部分或全部集合中的服务和功能的信息的选择控制模块。在一些实施例中，用户终端240还包括一个序列所选择的服务和功能的信息的配置来确定的顺序控制模块(即顺序平行)与目标服务器交互。
通过实现OTO服务定义，集成和协作，所公开的系统和方法如何转化服务的组织和提供，可以通过协作实现实时服务跨组织，并启用服务的灵活组合，服务单位细化，和自动化服务的协调。
图6示出了OTO接入点路由器520中，用户终端240，和OTO服务能够由计算机网络系统必须满足某些示例性功能500(图5和6)，用户终端允许用户在一个OTO服务提供商注册OTO服务，并登录到这样的服务，从该数据标签服务器220，目标服务器250接收的用户终端240显示有关OTO服务的信息，并且OTO接入点的路由器520。
如上所述，所需要的OTO接入点路由器520中存储的信息来激活OTO接入点路由器的OTO服务520，例如产生的S/N和OTO激活标识。如果适用，OTO接入点路由器520还可以存储大约设备租赁信息。
在OTO接入点路由器520可以管理从数据标签服务器220和目标服务器上的内容传送250。在上述实施例2中，OTO接入点路由器520可以控制的类型和内容的速率(例如，包括定制的新闻，电影，电视节目和广告)被传递到电视机顶盒和电视。
在OTO接入点路由器520也可以采取的数据的查询，从用户终端240或从数据标签服务器220或250，并进行数据分析的目标服务器。另外，在上述实施例1中，OTO接入点路由 器520可以记录的产品类型，用户的爱好，产品订购的时间和频率，以及用户终端的位置240。在上述实施例2中，OTO接入点路由器520可以收集用户的电视观看模式。相关信息可以被报告到目标服务器250这样的服务可以得到改善。
在一些实施方案中，如上所述，在OTO接入点的路由器520的OTO应用控制器680可以存储关于目标服务器有关可用的应用服务，服务和功能相关的信息的每个应用程序的服务信息，以及信息，以便履行应用服务。这种信息经常是(如每小时，每天等)由一个或多个数据标签服务器220，其被加密并安全地存储在OTO应用控制器680.当由用户获取的数据的标签更新终端，在OTO接入点路由器520在中央处理器610可以提取的服务和与从数据标签的应用程序的服务功能的信息，以及关于用于实现应用程序的服务，目标服务器的信息，而无需它在远程数据-执行标记服务器，OTO接入点路由器520可以发送经由发送电路621或625和它们的接收天线631，632相关的应用程序的服务给用户终端240的服务和功能的信息。
仍参考图7，OTO服务可以由OTO接入点路由器520，一个或多个数据标签服务器220和目标服务器250包括产生一个关联索引，生产或链接到用户必须满足的ID，发行数据标签，活动数据收集，以及对企业的ID，物理ID和应用ID提供服务。
如上所述，本发明公开的OTO服务平台(图2和5)可以支持多个应用(如商业，政府或非营利组织的应用程序)。在一些实施方案中，OTO服务平台允许参与者基于原始的应用程序，以产生一辅助应用。参照图8，一个参与者可以在这两个应用程序的数据标记使用的用户终端，以扫描一个应用程序的数据的标签A和应用数据标签B，其是基于单独的应用程序。信息由用户终端萃取，与会者可以发送请求到OTO服务平台以基于两个现有的应用程序A和B.OTO业务平台上的新应用程序建立了新的应用程序，并发出一个新的应用程序的数据的标签AB-1该应用程序数据的标签AB-1可以由其他参与者进行扫描，开始新的行动AB-1-1与相关的数据标记AB-1-1由OTO服务平台数据标签服务器发出的行动AB-11可以包括任务AB-1-1-1等，它们可以通过它们各自的任务数据标记被跟踪。
如前所述，应用程序，操作和任务数据标签可以嵌入它们的碱的应用程序或操作的数据的标签的内容或标识。嵌套数据标记唯一地定义的任务，操作，以及原始和次级应用程序之间的关系。
应当注意的是，应用程序AB-1是从动作不同AB-1在AB-1是由一个参与者谁订购了服务他或她自己创建的动作，而应用AB-1是一种新的(商业)应用由企业家创造，为别人提供服务。
作为一个例子，应用程序A是卖衬衫。申请B是卖裙子。一个富有创造性的参与者创建放上衣和裙子一起时装一套(其中匹配的颜色和样式)。参与者发起基于原有的应用程序A和B出售一套上衣和裙子上了一个新的应用AB-1，因此，二次应用，鼓励创业和可显著拓展和扩大商业活动。
本发明公开的系统和方法，它们支持复杂的应用程序和活动，并允许添加和扩展的功能，从现有的应用程序，因此大而复杂的应用程序可以被分解为简单的应用程序和任务，它可以的一个明显的优点被独立地提供给用户。
在一些实施方案中，本发明公开的系统和方法特别适合用于使人群奖励与下述的详细信息。参照图9，基于网络的OTO服务系统900可以鼓励和使通过跟踪由不同方贡献应用使用数据标记，并明确界定奖励和抓好落实在履行过程中的所有贡献者的奖励900可以通过OTO服务提供商提供，或拥有基于网络的OTO服务体系。
基于网络的OTO服务系统900包括一个数据标签服务器910用于产生和发出的数据的标签918和用于分析从数据标签918，服务定义服务器920，和一个任务服务器930中的数据的标签获得的数据可以以不同的形式，例如一维码，二维码，二维条形码，数据矩阵码，QR码，或一个三维码，存在等的数据标记也可以是电子媒体或印刷媒体的数据标签服务器910是在同一个编码器912，解码器914，以及存储916配置为存储奖励规则的连接。
基于网络的OTO服务系统900还包括数据的基础950中的通信与数据标签服务器910，服务定义服务器920，以及任务服务器930类似什么上面关于讨论的图2和5(任务服务器227)，任务服务器930管理，并根据一个时间表的引发剂和一个参与者之间的每个独特的动作或活动追踪任务。
数据基部950可存储关于在整个应用过程中的不同贡献者以及引发剂，参与者和服务对象的标识，以及用于基于应用程序的每个唯一的活动状况的信息。如下面所述，这些贡献者可包括：谁定义应用程序中的产品或服务，以及对参与完成的应用程序不同党派的奖励规则的奖励主持人：例如，折扣为客户谁进行的服务和产品的应用程序中定义的顺序，奖励(多个)对所述一个或多个酬客(多个)谁帮助来分发数据标记在右通道或在右组的潜在用户的百分比(S)，奖励为发起人的百分比，该收益的产品和服务的履行者。
数据库950还存储特性为每个应用程序(SDK，目标服务器，服务，功能等)，产品或服务的标识，关于第三方服务提供商，以及识别和有关OTO接入点路由器等信息。
的产品和服务满足部分与目标服务器980的目标服务器980可以通过第三方和沟通，901的目标服务器980可以提供通过通信网络在目标服务器980操作的支持由相同的OTO服务提 供商作为基于网络的OTO服务系统900的一部分。
基于网络的OTO服务系统900可以是在通信，经由通信网络901，与由奖励的主机操作的通信设备902中，通过奖励客人904操作扫描装置，和由用户操作的扫描设备906的通信网络901可以包括有线和无线网络，或二者的组合。基于网络的OTO服务系统900或通信网络901还可以包括OTO接入点路由器它与通信(在图5中，如上所述类似于520)数据标签服务器910中，任务断绝930，和目标服务器980的扫描装置904，906可以配备一种图像捕获设备，RFID读取器，蓝牙传感器或其它感测装置，扫描装置904，906也可以被配置为扫描和解码奖励数据标签905或907的扫描装置904，906可以以各种形式来实现，例如在用户终端的软件应用程序安装(240在图2和5)，如上所述。
数据标签服务器220可通过与编码器912的工作，并使用存储在存储916信息产生和发出的原始数据的标签918和数据库950的编码器912可以编码成原始数据的标签918，服务和产品信息，对目标服务器980履行的产品和服务相关的产品和服务，并奖励规则的信息，目标服务器的信息可以包括API，参数，以及有关关联的目标服务器980协议。
数据标签服务器220然后可以对原始数据的标签918分配为分布式原始数据标签905通过通信网络901向扫描装置904的扫描装置后904扫描一个分布式原始数据标签905，或扫描装置906扫描一个酬码907，该数据标签可以由软件中的各个扫描设备上进行解码，或通过与基于网络的OTO服务系统900，然后由解码器914解码的。在一些实施方案中共享扫描的图像，的至少一部分的数据标签解码任务由解码器914在分配，分布式原始数据标签905或酬码907进行可以在电子媒体或印刷介质的形式存在。
在一个分布式数据标签905进行扫描由扫描装置904和由该数据标签服务器910接收到的相关信息，所述数据标签服务器910确认所述绩效的操作该扫描装置904的身份的角色酬客和特定的产品和服务的酬客可以是潜在贡献者的帮助来分发奖励数据标记被存储在存储916。
在一些实施方案中，酬码907由标签数据服务器910产生的(或任选由基于网络的OTO服务系统900中提供的第一扫描装置904上的软件应用程序)。酬码907包括产品和服务的信息，以及在原奖励数据标签918所限定的奖励的规则，另外，关于具体的酬客即帮助奖励数据标签907分配给用户的信息。因此，酬码907可以跟踪不同的贡献者相关应用程序的实现车辆。
之后的酬码907进行扫描通过扫描装置906和由该数据标签服务器910接收到的相关信息，所述数据标签服务器910确认操作扫描装置906是该产品的购买者的用户，并在酬码907 的用户的身份定义的服务被存储在存储916中的数据标签服务器910查找编码在酬码907的目标服务器的信息和与任务服务器930的任务进行通信服务器930的联系人有关的目标服务器980，并促进，管理和跟踪任务履行特定服务或产品的用户为在酬码907所定义。
在一些实施方案中，扫描设备906还包括由用户操作并配置一个选择控制模块来选择某些或全部在酬码907的扫描装置906还可以包括一个限定的服务和产品顺序控制模块经配置以确定的顺序所选择的服务和产品的(即连续平行)与目标服务器980的任务服务器交换980跟踪哪些用户已经分发的酬码907到用户的扫描装置906，使奖励可以适当地分配给所有各方作出贡献。
如上所述，酬码907(以及奖励母码918或分布式奖励母码905)可以与奖励规则由发起人(该产品的通常的引发剂所定义的编码和服务)。任务服务器930考虑到当它管理的任务对于本申请中的奖赏的规则，例如，在购买充电到用户可能会收到一个折扣，如果它是在奖励规则所定义。该产品之后或服务被满足以及支付从用户接收的，任务服务器930可以分发基于在奖励数据标记定义的奖励规则的资金。奖励的接收者可包括在产品和服务的履行者，奖励客人他们为数据变量分配的贡献，并为他们创建的产品和服务的奖励的主机。
在该应用程序可以利用行动数据标记和任务数据的标签的产品和/或服务的实现，如在图2-4中描述的，8以上。内容在这些数据变量可以被合并，并引入到奖励数据在图9所示的标记905，907和918而且，奖励数据标记的分布和产品及服务的实现还可以包括OTO接入点路由器(S)，如图5-7所示，在结合与数据标签，任务和目标的其他服务器。
被编码的产品和服务的信息，以及奖励规则，即，奖励数据标签中的数据标签，可以使产品和服务的显著更有效，更方便的应用和实现。在一个方面中，奖励数据标记调动人群分布和利用的产品和服务，通过建立适当和公正的激励机制为所有的贡献者。在另一方面，奖励数据标签可以帮助追踪在一个特定的产品和服务的履行各方真正的贡献，并提供了机制根据他们的实际贡献奖励的政党。此外，公开的方法和系统，使消费者和经销商的角色的交融。用户可以购买的产品或服务，以及可以分享有关产品和为他人服务的信息。此外，所公开的奖励系统可以与基于网络的OTO服务体系和与由主机奖励，奖励的客人，并且用户花费一点时间的预定义的结构和逻辑规则被无缝实现。
参考图9和10，发起人限定的产品或服务，并奖励规则对产品和服务，并发送相关的信息，以基于网络的OTO的服务体系。信息有关的产品和服务，以及奖励规则是由一个编码器，并在基于网络的OTO服务系统(步骤1010)一个数据标签服务器中编码的原始数据的奖励标记。例如，一个示例性的奖励规则可以分配的经济利益的50％以发起人和50％，所有奖励 的客人谁帮助分发最终用户使用的奖励数据标签共享。
原奖励数据标签，然后通过分布在一个任务服务器，以奖励的客人基于网络的OTO服务系统(步骤1020)。酬客使用的扫描装置由奖励扫描分布式奖励母码(步骤1030)。换言之，与产品或服务相关联的奖赏是“回答”旅客的扫描装置进行解码，并提取该产品，或在分布式奖励母码的服务和奖励的规则，并显示在第一扫描装置上这样的信息。酬客然后确认他或她同意奖励规则和确认从扫描设备发送到数据标签服务器.The在基于网络的OTO的服务体系，注册奖励客(步骤1040)作为一个潜在的经销商和倡导的产品和服务编码的数据标签。资讯关于奖赏旅客被存储在数据库950和任选地还存储在存储916。
该酬客然后可以命令一个酬码分发给用户(步骤1050)，这可以从通过网络为基础的OTO服务系统中的扫描装置来启动。由于酬码中包含的所有信息(产品和服务，奖励，目标服务器的信息，任务服务器的位置和协议等)，酬码可以从奖励客人的其它设备，而且在许多其他途径进行分发。另外，如上所述，二次奖励数据标签可以进一步被编码有关于奖赏旅客用于沿履行过程正确跟踪的贡献的信息。第二个奖励数据标签可以通过在基于网络的OTO服务系统中的数据标签服务器或通过下载的一个软件应用程序进行编码从基于网络的OTO服务系统的扫描装置，因此，二次奖励数据标签可以被从数据标签服务器或第一扫描装置，以所述第二扫描服务器分发。
该酬码然后通过由用户(步骤1060)谁可能有兴趣了解或购买的产品或服务的操作的扫描装置进行扫描。换句话说，与产品或服务相关联的奖励为“回答“由用户的扫描可以采取不同的形式，例如采取物理的条形码的图像或捕捉的数字数据标记的图像。酬码被解码的用户扫描装置上或与解码器在协助基于网络的OTO的服务体系。如果用户感兴趣，在基于网络的OTO服务系统中的任务服务器可以使用户能够进行顺序基于所述产品或服务的编码(步骤1070)的产品或服务奖励数据标记。该过程可涉及多个任务，例如使一种或履行的产品和服务的更多的目标服务器，以及用于顺序等有关用户的信息存储在数据库950和任选还进行交易存储916。
之后的产品或服务被满足以及支付从用户接收的，任务服务器可以分配基于在奖励数据标签奖励数据中定义的规则，奖励的奖励。奖励的接收者可包括传播者(S产品和服务)，奖励位游客派发谁奖励的数据标签，谁创造的产品和服务回报主机和奖励规则(步骤1080)。
在一些实施方案中，奖励的客人能或除个人业务实体。例如，一个披萨店可以有一个扫描装置，通过扫描标签数据服务器910分发奖励的数据标签，然后打印数据的奖励上使用的所有比萨饼店比萨饼盒标签的奖励数据标记可能与产品或服务进行编码，如销售电影票，一 间咖啡厅，美发沙龙，花店，药店，出租车服务，或冰淇淋商店等的比萨饼的买家可以扫描打印数据的标签(2D码等)，以获取有关产品和服务的信息，并且可以决定如上述订购它们，在方式。
总之，奖励数据标签和基于网络的OTO服务体系可以把如何服务的组织和提供，并根据公平和正确的激励机制可以实现通过跨组织和个人合作，无缝的实时服务。
总之，所公开的数据标签的系统和方法不仅使复杂的应用程序能够很容易地开发了基于现有的应用程序被，也鼓励不同方合作，为商业和一般新的机会，为客户新的服务，这导致了一个更健康的数字化技术的商业生态系统。公开的数据标签的系统和方法也可以量化的捐款来自不同的贡献者履行服务，它允许精确的支付给予奖励，以不同的贡献者。在此说明书中，本发明已参照其特定的实施例作了描述。但是，很显然仍可以作出各种修改和变换而不背离本发明的精神和范围。因此，说明书和附图应被认为是说明性的而非限制性的。

Claims (13)

  1. 一种在OTO服务中利用数据标签管理任务的方法，用于提供与奖励OTO的服务，其特征在于，包括：
    产品在通过在一个基于网络的OTO服务系统的编码器的奖励母码的服务和奖励规则的编码定义；
    通过在基于网络的OTO服务系统，其中，所述奖励母码扫描由酬客操作的第一扫描装置的数据标签服务器奖励母码分发到一个或多个酬客在通信网络中；
    响应于扫描由第一扫描装置原奖励数据标签，登记绩效由基于网络的OTO服务体系；
    分发次级奖励数据标记由用户操作的第二扫描装置，以使次级奖励数据标记由第二扫描装置，其中，所述酬码包括被扫描的至少在原奖励数据标签的内容；
    响应于扫描由第二扫描装置的次级奖励数据标记，使用户进行的产品或通过基于网络的OTO服务系统的服务的命令；及
    分配的顺序来发起人，酬客，并基于编码的奖励母码奖励规则一个或多个传播者相关联的奖赏。
  2. 根据权利要求1所述的在OTO服务中利用数据标签管理任务的方法，其特征在于，还包括：
    编码，在二级奖励数据标签，有关报酬客人的产品或服务和奖励规则，信息的定义。
  3. 根据权利要求1所述的在OTO服务中利用数据标签管理任务的方法，其特征在于，其中酬码分发到第二扫描装置的步骤是响应于所述酬客的基于计算机网络的方法。
  4. 根据权利要求3所述的在OTO服务中利用数据标签管理任务的方法，其特征在于，其中所述酬码响应于酬客分配给第二扫描装置由数据标签服务器的基于计算机网络的方法。
  5. 根据权利要求3所述的在OTO服务中利用数据标签管理任务的方法，其特征在于，其中所述次级奖励数据标记被从第一扫描装置分发到所述第二扫描装置响应于所述报酬的来宾。
  6. 根据权利要求1所述的在OTO服务中利用数据标签管理任务的方法，其特征在于，还包括：
    通过基于所述产品或服务编码在原奖励数据标签中的基于网络的OTO服务系统中的任务服务器管理的命令；及
    通过基于所述产品或服务编码在原奖励数据标签与任务服务器通信的一个或多个目标服 务器完成的产品或服务。
  7. 根据权利要求6所述的在OTO服务中利用数据标签管理任务的方法，其特征在于，其中所述奖励母码存储有关所述一个或多个目标服务器的信息。
  8. 根据权利要求7所述的在OTO服务中利用数据标签管理任务的方法，其特征在于，其中，关于一个或多个目标的服务器的信息包括与所述一个或多个目标的服务器相关联的应用程序编程接口API、参数和协议。
  9. 根据权利要求1所述的在OTO服务中利用数据标签管理任务的方法，其特征在于，还包括：
    允许产品或在原奖励数据标签的服务和奖励的规则将要被解码和由第一扫描装置中提取；以及
    注册的步骤之前接收由所述数据标签服务器协议，以奖励规则从第一扫描装置的确认。
  10. 根据权利要求9所述的在OTO服务中利用数据标签管理任务的方法，其特征在于，还包括：
    存储有关奖励客人在数据库中或存储在基于网络的OTO服务体系的信息。
  11. 一种实现权利要求1所述的在OTO服务中利用数据标签管理任务的方法的在OTO服务中利用数据标签管理任务的系统，其特征在于，注册酬客的步骤包括登记绩效作为潜在贡献者酬码分发给用户。
  12. 根据权利要求11所述的在OTO服务中利用数据标签管理任务的系统，其特征在于，其中所述奖励母码包括一维码，二维码，二维条形码，数据矩阵码，QR码，或一个三维码的系统。
  13. 根据权利要求11所述的在OTO服务中利用数据标签管理任务的系统，其特征在于，其中所述次级奖励数据标记是在电子媒体或印刷介质的一种形式的计算机网络系统。
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