CN103532798A - Data reporting method, data reporting system, M2M platform and terminal - Google Patents
Data reporting method, data reporting system, M2M platform and terminal Download PDFInfo
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Abstract
The invention discloses a data reporting method, a data reporting system, an M2M platform and a terminal. The method comprises the following steps: when the terminal orders an application module, the machine-to-machine (M2M) platform sends a sensor type list required by the application module ordered by the terminal to the terminal; and the M2M platform receives acquired data reported by the terminal according to the stored sensor type list and sends the acquired data to the corresponding application module. According to the invention, the M2M platform and the M2M application module are able to sense and manage a sensor subordinate to the terminal.
Description
Technical field
The present invention relates to technology of Internet of things, relate in particular to method and system, M2M platform, terminal that a kind of data report.
Background technology
Internet of Things (Internet of Things) is various information sensing equipment (as rfid device, infrared inductor, global positioning system, laser scanner, household electrical appliance, security device etc.) and the Internet to be combined to a huge network of formation; Internet of Things makes all article together connected to the network, and convenient identification, management and supervision are realized the application of merging, on this basis for people provide immanent all-around service.
Internet of Things comprises: internet-of-things terminal, platform of internet of things and Internet of Things application.Wherein, internet-of-things terminal provides data and executive capability, and platform of internet of things integrated terminal resource also provides efficient way to manage, and Internet of Things application and platform of internet of things are combined closely, and obtain the data of internet-of-things terminal, utilize data that various services are provided.
Internet of Things has multiple implementation, and the scheme that current each large common carrier is promoted mainly is to build a platform of internet of things, as core, controls node.The at present development of Internet of Things is also in initial stage, the main forms of platform of internet of things be machine to machine (M2M, Machine to Machine) system, each large telecom operation commercial city is in the M2M system of planning oneself.In M2M system, all M2M application and bottom terminals all need to be registered on M2M platform, communication between communicating by letter between M2M application and bottom terminal, bottom terminal all will forward by M2M platform, is realized the functions such as flow control and authentication by M2M system.
As shown in Figure 1, be a kind of typical Internet of things system in correlation technique, comprising the user of M2M terminal, M2M platform, M2M application module and use M2M business.In end side, M2M terminal possesses network accessibility; For accessing terminal, M2M platform distributes unique identification (TERM ID), and manages the order relations between this terminal and application.
And terminal subordinate equipment (also referred to as transducer, sensor device or peripheral hardware) belongs to terminal bottom module, be responsible for image data or executable operations, complete the operation that terminal need to be carried out.At present, M2M platform and M2M application module all cannot perception terminal subordinate transducers.
In practical application, along with the lifting of terminal capability, need a kind of method badly, make the M2M application module can perception terminal subordinate transducer, so that rational performance terminal capability more flexibly.Meanwhile, along with terminal starts to set up order relations with a plurality of application, different application also needs to use certain subordinate's sensor capability of same terminal sometimes simultaneously.And because current M2M platform and M2M application module all cannot perception terminal subordinate transducers, so correlation technique also cannot meet above-mentioned requirements.
Summary of the invention
In view of this, the method and system, M2M platform, the terminal that provide a kind of data to report are provided main purpose of the present invention, to solve the problem that M2M platform and M2M application module in correlation technique all cannot perception terminal subordinate transducers.
For achieving the above object, technical scheme of the present invention is achieved in that
The invention provides a kind of method that data report, the method comprises:
When terminal is ordered application module, machine issues the required sensor type list of application module that terminal orders to described terminal to machine M2M platform;
The image data that M2M platform receiving terminal reports according to the sensor type list of preserving, and described image data is sent to corresponding application module.
Before terminal is ordered application module, the method also comprises:
The sensor information that described M2M platform receiving terminal reports, and safeguard each terminal subordinate's sensor information, preserve the required sensor type list of each application module;
Wherein, described sensor information comprises type code and the sensor identification of transducer.
The method further comprises:
The mode of described M2M platform by nested TLV issues the required sensor type list of application module that terminal orders to described terminal.
The method also comprises:
When described M2M platform is received the control command that application module issues for particular terminal, described control command is handed down to corresponding terminal.
A kind of method that the present invention also provides data to report, the method comprises:
Terminal is ordered application module to machine to machine M2M platform, and receives the required sensor type list of application module that terminal that described M2M platform issues is ordered;
Described terminal receives the image data that its subordinate's transducer reports, and according to the sensor type list of preserving, determines the application module that needs described image data, and notifies described M2M platform that described image data is sent to definite application module.
Before terminal is ordered application module to M2M platform, the method also comprises:
During the newly-increased transducer of described terminal, according to the type of newly-increased transducer, be the unique sensor identification of described newly-increased sensor assignment; Described terminal notice M2M platform carries out the synchronous of sensor information, and described sensor information comprises type code and the sensor identification of newly-increased transducer.
The method also comprises:
When described terminal is received the control command that application module issues by M2M platform, according to the type code of the transducer carrying in described control command, described control command is handed down to the transducer of corresponding types.
The present invention also provides a kind of M2M platform, comprising: sensor information administration module, for when terminal is ordered application module, issues the required sensor type list of application module that terminal orders to described terminal; The image data also reporting according to the sensor type list of preserving for receiving terminal, and described image data is sent to corresponding application module.
Described sensor information administration module also for, before terminal is ordered application module, the sensor information that receiving terminal reports, and safeguard each terminal subordinate's sensor information, preserves the required sensor type list of each application module.
Described sensor information administration module is further used for, and the mode by nested TLV issues the required sensor type list of application module that terminal orders to described terminal.
Described sensor information administration module also for, when receiving the control command that application module issues for particular terminal, described control command is handed down to corresponding terminal.
The present invention also provides a kind of terminal, comprising: administration module, for to machine, machine M2M platform being ordered to application module, and receives the required sensor type list of application module that terminal that described M2M platform issues is ordered; The image data also reporting for receiving terminal subordinate transducer, according to the sensor type list of preserving, determines the application module that needs described image data, and notifies described M2M platform that described image data is sent to definite application module.
Described administration module also for, before ordering application module to M2M platform, when the newly-increased transducer of described terminal, according to the type of newly-increased transducer, be the unique sensor identification of described newly-increased sensor assignment; Notice M2M platform carries out the synchronous of sensor information, and described sensor information comprises type code and the sensor identification of newly-increased transducer.
Described administration module also for, when receiving the control command that application module issues by M2M platform, according to the type code of the transducer carrying in described control command, described control command is handed down to the transducer of corresponding types.
The system that the present invention also provides a kind of data to report, this system comprises aforesaid M2M platform and terminal.
The method and system that a kind of data provided by the present invention report, M2M platform, terminal, terminal subordinate's transducer is exposed to M2M platform and application module, make directly office terminal subordinate transducer of application module, select needed sensing data, and support different application module shared sensor, make application module carry out multiplexing and combination flexibly to sensor capability, be conducive to flexible expansion, charging to business.
Accompanying drawing explanation
Fig. 1 is the structural representation of a kind of typical Internet of things system in correlation technique;
Fig. 2 is the flow chart of the method that reports of a kind of data of the embodiment of the present invention;
Fig. 3 is the flow chart of the method that reports of the another kind of data of the embodiment of the present invention;
Fig. 4 is the management system structural representation of a kind of terminal subordinate's transducer of the embodiment of the present invention;
Fig. 5 is the management of sensor information in the embodiment of the present invention and synchronous flow chart;
Fig. 6 be in the embodiment of the present invention terminal to report image data to the flow chart of application module.
Embodiment
Below in conjunction with the drawings and specific embodiments, the technical solution of the present invention is further elaborated.
The method that a kind of data that the embodiment of the present invention provides report, as shown in Figure 2, mainly comprises:
Terminal is ordered application module to M2M platform, and receives the required sensor type list of application module that terminal that M2M platform issues is ordered.
M2M platform can issue by the mode of nested TLV the required sensor type list of application module that terminal orders to described terminal, to support M2M platform to issue the required sensor type list of different application module simultaneously.In nested TLV, the content of sub-TLV is certain application identities (ID) and the corresponding required sensor type list of application module.TLV is a kind of conventional data pattern, and whole data comprise: sign (TAG), length (LENGHT), content (VALUE).Nested TLV refers to that the VALUE of outermost father TLV is partly a complete sub-TLV.
Terminal can be preserved the required sensor type list of a plurality of application modules simultaneously, with this, supports different application module to share the transducer of this terminal.
Terminal receives the image data that its subordinate's transducer reports, and according to the sensor type list of preserving, determines the application module that needs described image data, and notifies described M2M platform that described image data is sent to definite application module.
That is to say, when having transducer to report image data to terminal, terminal inspection reports the type code of the transducer of image data to be present in which sensor type list of terminal preservation, and sends image data to the corresponding application module of the sensor type list that comprises the type code.
In addition, when a terminal has subordinate's transducer of a plurality of one species simultaneously, one or more subdatas district can be carried in data field that can terminal extension reported data simultaneously; The head in each subdata district increases sensor identification, and carries data that this transducer this time reports or the operating result of execution.Can with nested TLVLai growth data district, with support terminal, report the sensing data of a plurality of same types simultaneously.
Preferably, the method that the another kind of data that the embodiment of the present invention provides report as shown in Figure 3, also comprised before step 101:
When the newly-increased transducer of terminal, terminal, according to the type of newly-increased transducer, is the newly-increased unique sensor identification of sensor assignment; Terminal notice M2M platform carries out the synchronous of sensor information, and described sensor information comprises type code and the sensor identification of newly-increased transducer.
Each application module is safeguarded own required sensor type list at M2M platform, and M2M platform is preserved the sensor type list that each application module is safeguarded, the corresponding application ID of each sensor type list; Sensor type list comprises the type code of the transducer that application module is required, represents that this application need to use the transducer of which type.
Preferably, in the method reporting in the data shown in above-mentioned Fig. 2 and Fig. 3, application module can also be according to the sensor type list of safeguarding on M2M platform, and the terminal subordinate's of M2M platform maintenance sensor information, select required transducer, and to selected transducer, issue control command by M2M platform.When M2M platform is received the control command that application module issues for particular terminal, described control command is handed down to corresponding terminal; When terminal is received the control command that application module issues by M2M platform, according to the type code of the transducer carrying in control command, control command is handed down to the transducer of corresponding types.
The system that a kind of data that the embodiment of the present invention provides report, as shown in Figure 4, mainly comprises: M2M platform, terminal, terminal subordinate's transducer.
Wherein, M2M platform is responsible for the functions such as access, application access, SOT state of termination management, data retransmission of terminal; M2M platform comprises sensor information administration module, and this administration module supports that user registers new sensor type on platform door; The application of new registration need to be registered own required sensor type in this administration module.M2M platform itself does not need to understand the sensor type of user's registration, but can be when own required sensor type is registered in application, facilitates; This sensor information administration module is responsible for, when terminal unit contractual is applied, pushing this apply required sensor type list to terminal simultaneously.Application has been the Internet of Things application of specific function, by M2M platform, provide to terminal management ability, data retransmission ability and terminal interaction; By newly-increased transducer exposed vias, application can also be managed own required sensor type list voluntarily.
Sensor information administration module is for when terminal is ordered application module, issues the required sensor type list of application module that terminal orders to described terminal; The image data also reporting according to the sensor type list of preserving for receiving terminal, and described image data is sent to corresponding application module.Sensor information administration module is further used for, and the mode by nested TLV issues the required sensor type list of application module that terminal orders to terminal.
Terminal comprises administration module, for order application module to M2M platform, and receives the required sensor type list of application module that terminal that M2M platform issues is ordered; The image data also reporting for receiving terminal subordinate transducer, according to the sensor type list of preserving, determines the application module that needs described image data, and notifies M2M platform that image data is sent to definite application module.
Preferably, the administration module of terminal also for, before ordering application module to M2M platform, when the newly-increased transducer of terminal, according to the type of newly-increased transducer, be the newly-increased unique sensor identification of sensor assignment; Notice M2M platform carries out the synchronous of sensor information, and described sensor information comprises type code and the sensor identification of newly-increased transducer.Accordingly, the sensor information administration module of M2M platform is also for, the sensor information that receiving terminal reports, and safeguards each terminal subordinate's sensor information, preserves the required sensor type list of each application module.
Preferably, application module can be according to the sensor type list of safeguarding on M2M platform, and the terminal subordinate's that safeguards of M2M platform sensor information, selects required transducer, and to selected transducer, issues control command by M2M platform.Accordingly, the sensor information administration module of M2M platform also for, when receiving the control command that application module issues for particular terminal, this control command is handed down to corresponding terminal.The administration module of terminal also for, when receiving the control command that application module issues by M2M platform, according to the type code of the transducer carrying in control command, control command is handed down to the transducer of corresponding types.
Again in conjunction with Fig. 5, the management of sensor information in the embodiment of the present invention and synchronous flow process are described in detail below, this flow process mainly comprises the following steps:
Step 501, the sensor information administration module initialization of M2M platform, sensor information administration module inside has been safeguarded sensor type information, arranges the type code of various transducers with terminal.
Step 502～503, during newly-increased certain transducer of terminal, according to the type of this transducer, are a unique identification of this sensor assignment (ID), to support can possess under same terminal the transducer of a plurality of same types simultaneously.
Step 504～505, after the newly-increased transducer of terminal, send the newly-increased notice of transducer to M2M platform, synchronous this subterminal sensor information of sensor information administration module of notice M2M platform, and notification message comprises: sensor type and sensor ID.
Step 506, application module is safeguarded the sensor type list of self in the sensor information administration module of M2M platform, comprises the required sensor type of this application module, quantity; Preferably, in list, can directly comprise concrete sensor ID.Application module can upgrade the sensor type list of safeguarding.
Step 507, the sensor information administration module of M2M platform pushes the sensor type list of application module to the terminal of having ordered this application.
Terminal to report image data to the flow process of application module as shown in Figure 6, mainly comprises the following steps:
Step 601, transducer 1 is temperature sensor, it reports image data to terminal.
Step 602, the required sensor type list of application module that terminal is preserved according to this locality, checks which application module needs temperature sensor, chooses application module A and application module B needs temperature sensor.
Step 603a～603b, terminal application modules A carries out reporting events, by M2M platform transparent transmission upstream data, and identifies these data to application module A.
Step 604a～604b, terminal application modules B carries out reporting events, by M2M platform transparent transmission upstream data, and identifies these data to application module B.
The execution of step 603a～603b and step 604a～604b does not have sequencing, can carry out simultaneously.
Illustrate again the flow process of the direct management of sensor of application module below.
Below certain terminal X, connecting several dissimilar transducers, as pyroelectric sensor (PIR), temperature controller (RHC), hygroscope, and the transducer of every type that terminal X connects below only has one.
What in addition, application A realized is according to the temperature of the status adjustment RHC of PIR; What application B realized is automatically to regulate hygroscope according to the humidity indication of weather forecast.This terminal X's application A and application B has contracted.
The sensor information administration module of M2M platform is appointed the type code of every kind of transducer in advance with terminal, as the code of PIR is 01, the code of PIR is 02, the code of hygroscope is 03.Because the transducer of every type connecting under terminal X only has one, thus terminal X to report the sensor information of self be 01-1,02-1,03-1, wherein comprised type and the sign of each transducer.
Application A and application B safeguard the sensor type list that self is required in the sensor information administration module of M2M platform, wherein, containing type code 01 and 02 in the required sensor type list of application A, containing type code 03 in the required sensor type list of application B.The sensor information administration module of M2M platform pushes the sensor type list of application A and application B to the terminal X of contracted this application A and application B; Terminal X preserves the sensor type list of application A and application B.
During the transducer 01-1 reported data of terminal X, the sensor type list of the application that terminal X inquiry self is ordered, learn in the sensor type list of only having application A and include same type code 01, only having application A to need sensor type code is 01 data; Thereby terminal X informs that M2M platform only reports the data of transducer 01-1 to application A.The form of reported data is arranged in advance by terminal X and application A, because terminal X only has a PIR in the present embodiment, so belt sensor sign not during reported data.It should be noted that, the data that terminal X reports belong to the service logic of application system, and M2M platform, without understanding, only carries out data penetration transmission.
Application A receives after the data of the PIR that terminal X reports, issues the control command of the temperature that regulates RHC to terminal X, in control command, carry this instruction for sensor type code, be 02; Terminal X receives after the control command that application A is 02 to sensor type code, to transducer 02-1 (being RHC), initiates control command.Transducer 02-1, according to the control command receiving, regulates the temperature of self.
In addition, when application B is need to regulate the hygroscope under terminal X time, to terminal X, issue the control command that regulates hygroscope, in control command, carry this instruction for sensor type code, be 03; Terminal X receives after the control command that application B is 03 to sensor type code, to transducer 03-1 (being hygroscope), initiates control command.Transducer 02-1, according to the control command receiving, carries out corresponding humidity regulation.
In sum, the embodiment of the present invention is exposed to M2M platform and application module by terminal subordinate's transducer, make directly office terminal subordinate transducer of application module, select needed sensing data, and support different application module shared sensor, make application module carry out multiplexing and combination flexibly to sensor capability, be conducive to flexible expansion, charging to business.
The above, be only preferred embodiment of the present invention, is not intended to limit protection scope of the present invention.
Claims (15)
1. the method that data report, is characterized in that, the method comprises:
When terminal is ordered application module, machine issues the required sensor type list of application module that terminal orders to described terminal to machine M2M platform;
The image data that M2M platform receiving terminal reports according to the sensor type list of preserving, and described image data is sent to corresponding application module.
2. the method that data report according to claim 1, is characterized in that, before terminal is ordered application module, the method also comprises:
The sensor information that described M2M platform receiving terminal reports, and safeguard each terminal subordinate's sensor information, preserve the required sensor type list of each application module;
Wherein, described sensor information comprises type code and the sensor identification of transducer.
3. the method that data report according to claim 1, is characterized in that, the method further comprises:
The mode of described M2M platform by nested TLV issues the required sensor type list of application module that terminal orders to described terminal.
4. the method reporting according to data described in claim 1,2 or 3, is characterized in that, the method also comprises:
When described M2M platform is received the control command that application module issues for particular terminal, described control command is handed down to corresponding terminal.
5. the method that data report, is characterized in that, the method comprises:
Terminal is ordered application module to machine to machine M2M platform, and receives the required sensor type list of application module that terminal that described M2M platform issues is ordered;
Described terminal receives the image data that its subordinate's transducer reports, and according to the sensor type list of preserving, determines the application module that needs described image data, and notifies described M2M platform that described image data is sent to definite application module.
6. the method that data report according to claim 5, is characterized in that, before terminal is ordered application module to M2M platform, the method also comprises:
During the newly-increased transducer of described terminal, according to the type of newly-increased transducer, be the unique sensor identification of described newly-increased sensor assignment; Described terminal notice M2M platform carries out the synchronous of sensor information, and described sensor information comprises type code and the sensor identification of newly-increased transducer.
7. the method reporting according to data described in claim 5 or 6, is characterized in that, the method also comprises:
When described terminal is received the control command that application module issues by M2M platform, according to the type code of the transducer carrying in described control command, described control command is handed down to the transducer of corresponding types.
8. a M2M platform, is characterized in that, comprising: sensor information administration module, for when terminal is ordered application module, issues the required sensor type list of application module that terminal orders to described terminal; The image data also reporting according to the sensor type list of preserving for receiving terminal, and described image data is sent to corresponding application module.
9. M2M platform according to claim 8, it is characterized in that, described sensor information administration module also for, before terminal is ordered application module, the sensor information that receiving terminal reports, and safeguard each terminal subordinate's sensor information, preserve the required sensor type list of each application module.
10. M2M platform according to claim 8, is characterized in that, described sensor information administration module is further used for, and the mode by nested TLV issues the required sensor type list of application module that terminal orders to described terminal.
Described in 11. according to Claim 8,9 or 10, M2M platform, is characterized in that, described sensor information administration module also for, when receiving the control command that application module issues for particular terminal, described control command is handed down to corresponding terminal.
12. 1 kinds of terminals, is characterized in that, comprising: administration module, for to machine, machine M2M platform being ordered to application module, and receives the required sensor type list of application module that terminal that described M2M platform issues is ordered; The image data also reporting for receiving terminal subordinate transducer, according to the sensor type list of preserving, determines the application module that needs described image data, and notifies described M2M platform that described image data is sent to definite application module.
13. according to terminal described in claim 12, it is characterized in that, described administration module also for, before ordering application module to M2M platform, when the newly-increased transducer of described terminal, according to the type of newly-increased transducer, be the unique sensor identification of described newly-increased sensor assignment; Notice M2M platform carries out the synchronous of sensor information, and described sensor information comprises type code and the sensor identification of newly-increased transducer.
14. according to terminal described in claim 12 or 13, it is characterized in that, described administration module also for, when receiving the control command that application module issues by M2M platform, according to the type code of the transducer carrying in described control command, described control command is handed down to the transducer of corresponding types.
15. 1 kinds of systems that data report, is characterized in that, this system comprises M2M platform described in claim 8-11 any one and the terminal described in claim 12-14 any one.
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| CN104158690A (en) * | 2013-12-24 | 2014-11-19 | 南宁市磁汇科技有限公司 | Detector system |
| US9781259B1 (en) | 2016-07-27 | 2017-10-03 | At&T Intellectual Property I, L.P. | Method and apparatus for asset location tracking in a communication network |
| CN108770048A (en) * | 2018-04-28 | 2018-11-06 | Oppo广东移动通信有限公司 | Power consumption control method and relevant apparatus |
| US10212639B2 (en) | 2016-07-26 | 2019-02-19 | At&T Intellectual Property I, L.P. | Method and apparatus for dynamic data path selection for narrow band wireless communication |
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| CN102014144A (en) * | 2009-09-04 | 2011-04-13 | 华为技术有限公司 | Method and device for submitting terminal data |
| US20110200052A1 (en) * | 2010-02-15 | 2011-08-18 | Fabio Mungo | Machine to machine architecture |
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| CN104158690A (en) * | 2013-12-24 | 2014-11-19 | 南宁市磁汇科技有限公司 | Detector system |
| US10212639B2 (en) | 2016-07-26 | 2019-02-19 | At&T Intellectual Property I, L.P. | Method and apparatus for dynamic data path selection for narrow band wireless communication |
| US9781259B1 (en) | 2016-07-27 | 2017-10-03 | At&T Intellectual Property I, L.P. | Method and apparatus for asset location tracking in a communication network |
| CN108770048A (en) * | 2018-04-28 | 2018-11-06 | Oppo广东移动通信有限公司 | Power consumption control method and relevant apparatus |
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| CN103532798B (en) | 2018-02-13 |
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