CN103167636A - Method, system and device for controlling working condition of Web of Things terminal - Google Patents
Method, system and device for controlling working condition of Web of Things terminal Download PDFInfo
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- CN103167636A CN103167636A CN2011104280116A CN201110428011A CN103167636A CN 103167636 A CN103167636 A CN 103167636A CN 2011104280116 A CN2011104280116 A CN 2011104280116A CN 201110428011 A CN201110428011 A CN 201110428011A CN 103167636 A CN103167636 A CN 103167636A
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Abstract
The invention discloses a method, a system and a device for controlling working condition of a Web of Things terminal. The technical scheme includes that the method comprises the steps that the working condition of the Web of Things terminal to be controlled is determined by an application system, control information of the working condition of the Web of Things terminal is generated, wherein the control information of the working condition comprises information used for indicating the working condition of the Web of Things terminal, the generated control information of the working condition is sent to the Web of Things terminal, and the Web of Things terminal receives the control information of the working condition sent by the application system and controls self working condition according to information used for indicating the working condition of the Web of Things terminal contained by the control information of the working condition. According to the method, the system and the device for controlling working condition of the Web of Things terminal, adjustment of the working condition of the Web of Things terminal according to practical service scenes can be achieved.
Description
Technical field
The present invention relates to the technology of Internet of things field, relate in particular to a kind of method, system and device of controlling the operating state of internet-of-things terminal.
Background technology
Internet of Things is the important component part of generation information technology, and core and the basis of Internet of Things remain the Internet, is extension on Internet basic and the network of expansion.Internet-of-things terminal extends and expands to RFID (Radio Frequency Identification, radio-frequency (RF) identification), the various information sensing equipment such as infrared inductor, global positioning system, laser scanner, therefore, Internet of Things is to use at present very universal a kind of network system.
Fig. 1 shows the structural representation of Internet of things system, as shown in Figure 1, this Internet of things system mainly comprises internet-of-things terminal 101 and application system 102, wherein, internet-of-things terminal 101 connects one or more transducers (as sensors A, B, C) on the one hand, to realize from the purpose of the transducer image data that is connected; On the other hand, this internet-of-things terminal 101 is connected with application system 102 by the 2G/3G network, to realize sending to from the data of each transducer collection purpose of application system 102; The data that application system 102 mainly reports according to internet-of-things terminal 101 realize corresponding service logic control.
Internet of things system shown in Figure 1 in actual applications, the connected mode of internet-of-things terminal and application system mainly contains two kinds, a kind of is that internet-of-things terminal and application system realize using by short connected mode, and keeps being connected of internet-of-things terminal and application system by the heartbeat mode; Another kind is that internet-of-things terminal and application system realize using by long connected mode, these two kinds of connected modes are not all considered the residing application scenarios of internet-of-things terminal, namely do not consider application system for the time demand that gathers and obtain data, therefore, there is considerable influence in the power consumption of terminal.To this, in a kind of improvement project of internet-of-things terminal, internet-of-things terminal can be according to the collection of application system side and the time requirement control operating state of obtaining data, for example, data are being gathered under the higher application scenarios of requirement of real-time, internet-of-things terminal can send to the application system side with the data of Real-time Collection according to the periodicity of application system side appointment or acyclic time and use; Under and application scenarios that to data collection capacity existence require lower to data collection requirement of real-time, internet-of-things terminal is image data several times, and after the data volume that gathers reaches the application system side and requires, according to the periodicity of application system side appointment or acyclic time, the data that gather are sent to the application system side and use.
In above-mentioned improvement project, the clock of internet-of-things terminal internal control data acquisition and transmission need to set in advance and be solidificated in internet-of-things terminal inside, changing this clock setting need to control personnel and manually change, and need to restart after the change clock setting for some internet-of-things terminals, this obviously is not easy to internet-of-things terminal and uses under the different application scene.
In sum, along with internet-of-things terminal use universal, the application scenarios that internet-of-things terminal need to use is also along with increase, the operating state of existing internet-of-things terminal is single, can not realize adaptive to the internet-of-things terminal operating state according to the business scenario of reality.
Summary of the invention
In view of this, the embodiment of the present invention provides a kind of method, system and device of controlling the operating state of internet-of-things terminal, adopts this technical scheme, can realize adaptive to the internet-of-things terminal operating state according to the business scenario of reality.
The embodiment of the present invention is achieved through the following technical solutions:
An aspect according to the embodiment of the present invention provides a kind of method of controlling the operating state of internet-of-things terminal, comprising:
Internet-of-things terminal receives the working state control information that application system sends, and described working state control information comprises the information of the operating state that is used to indicate described internet-of-things terminal;
Described internet-of-things terminal is controlled the operating state of self according to the described information that is used to indicate the operating state of described internet-of-things terminal that described working state control information comprises.
According to another aspect of the embodiment of the present invention, a kind of method of controlling the operating state of internet-of-things terminal also is provided, comprising:
Application system is determined the operating state of internet-of-things terminal to be controlled;
The working state control information of generation to described internet-of-things terminal, described working state control information comprises the information of the operating state that is used to indicate described internet-of-things terminal;
Send the described working state control information that generates to described internet-of-things terminal.
According to another aspect of the embodiment of the present invention, a kind of system that controls the operating state of internet-of-things terminal also is provided, comprise application system and internet-of-things terminal; Wherein:
Described application system, be used for determining the operating state of internet-of-things terminal to be controlled, the working state control information of generation to described internet-of-things terminal, described working state control information comprises the information of the operating state that is used to indicate described internet-of-things terminal, and sends to described internet-of-things terminal the described working state control information that generates;
Described internet-of-things terminal is used for receiving the working state control information that application system sends, and according to the described information that is used to indicate the operating state of described internet-of-things terminal that described working state control information comprises, controls the operating state of self.
According to another aspect of the embodiment of the present invention, a kind of device of controlling the operating state of internet-of-things terminal also is provided, comprising:
The control information receiving element is used for receiving the working state control information that application system sends, and described working state control information comprises the information of the operating state that is used to indicate described internet-of-things terminal;
The operating state of self for the described information that is used to indicate the operating state of described internet-of-things terminal that the working state control information that receives according to described receiving element comprises, is controlled in the working state control unit.
According to another aspect of the embodiment of the present invention, a kind of device of controlling the operating state of internet-of-things terminal also is provided, comprising:
Pattern determining unit is for the operating state of determining internet-of-things terminal to be controlled;
The control information generation unit is used for generating the working state control information to described internet-of-things terminal, and described working state control information comprises the information of the operating state that is used to indicate the definite internet-of-things terminal of described pattern determining unit;
The control information transmitting element is used for sending to described internet-of-things terminal the described working state control information that described control information generation unit generates.
Above-mentioned at least one technical scheme that provides by the embodiment of the present invention, application system can send to internet-of-things terminal the working state control information of the information that comprises the operating state that is used to indicate internet-of-things terminal, correspondingly, after internet-of-things terminal receives the working state control information of application system transmission, the information of the operating state that is used to indicate described internet-of-things terminal that can comprise according to this working state control information is controlled self operating state.According to this technical scheme, application system can be determined according to application scenarios the operating state of internet-of-things terminal, and can carry out the operating state configuration according to definite result indication internet-of-things terminal, thereby realized according to the practical business scene adaptive to the internet-of-things terminal operating state.
Other features and advantages of the present invention will be set forth in the following description, and, partly become apparent from specification, perhaps understand by implementing the present invention.Purpose of the present invention and other advantages can realize and obtain by specifically noted structure in the specification of writing, claims and accompanying drawing.
Description of drawings
Accompanying drawing is used to provide a further understanding of the present invention, and consists of the part of specification, is used from explanation the present invention with the embodiment of the present invention one, is not construed as limiting the invention.In the accompanying drawings:
The structural representation of the Internet of things system that Fig. 1 partly provides for background technology;
The schematic flow sheet of the operating state of the control internet-of-things terminal that Fig. 2 provides for the embodiment of the present invention one;
Fig. 3 controls the schematic flow sheet of the operating state of self for the internet-of-things terminal that the embodiment of the present invention one provides according to the information of the operating state that is used to indicate described internet-of-things terminal;
The schematic flow sheet that Fig. 4 monitors internet-of-things terminal for the application system that the embodiment of the present invention one provides;
The logical schematic of the MM module that Fig. 5 provides for the embodiment of the present invention two;
The schematic diagram that Fig. 6 switches for 1 time operating state of application scenarios that the embodiment of the present invention two provides;
The schematic diagram that Fig. 7 switches for 2 times operating states of application scenarios that the embodiment of the present invention two provides;
The schematic diagram that Fig. 8 switches for 3 times operating states of application scenarios that the embodiment of the present invention two provides;
The schematic diagram that Fig. 9 switches for 4 times operating states of application scenarios that the embodiment of the present invention two provides;
A structural representation of the device of the operating state of the control internet-of-things terminal that Figure 10 provides for the embodiment of the present invention three;
Another structural representation of the device of the operating state of the control internet-of-things terminal that Figure 11 provides for the embodiment of the present invention three;
A structural representation of the device of the operating state of the control internet-of-things terminal that Figure 12 provides for the embodiment of the present invention four;
Another structural representation of the device of the operating state of the control internet-of-things terminal that Figure 13 provides for the embodiment of the present invention four;
The structural representation of the system of the operating state of the control internet-of-things terminal that Figure 14 provides for the embodiment of the present invention five.
Embodiment
Realize adaptive implementation to the internet-of-things terminal operating state in order to provide according to the business scenario of reality, the embodiment of the present invention provides a kind of method, system and device of controlling the operating state of internet-of-things terminal, below in conjunction with Figure of description, the preferred embodiments of the present invention are described, be to be understood that, preferred embodiment described herein only is used for description and interpretation the present invention, is not intended to limit the present invention.And in the situation that do not conflict, embodiment and the feature in embodiment in the application can make up mutually.
Embodiment one
The embodiment of the present invention one provides a kind of method of controlling the operating state of internet-of-things terminal, the method can be applied to comprise the Internet of things system of internet-of-things terminal and application system, by using the method that this controls the operating state of internet-of-things terminal in Internet of things system again, can realize the self adaptation of internet-of-things terminal operating state.
Fig. 2 shows the schematic flow sheet of the operating state of the control internet-of-things terminal that this embodiment one provides, and as shown in Figure 2, this control procedure mainly comprises the steps:
Step 201, application system are determined the operating state of internet-of-things terminal to be controlled, and generate the working state control information to this internet-of-things terminal, and this working state control information comprises the information of the operating state that is used to indicate internet-of-things terminal.
In this step 201, application system can be determined which internet-of-things terminal collection and reported data of needs for data acquisition and the requirement of obtaining according to the business that will realize, and the operating state when collection or reported data etc., will determine then that result is carried in the working state control indication to send to the internet-of-things terminal of determining.
Step 202, application system send the working state control information that generates to internet-of-things terminal.
In this step 202, application system can based on and internet-of-things terminal between the passage that exists transmit this working state control information, for example, application system can be carried this working state control information and send this information based on SMS channel by short message to internet-of-things terminal, also can based on data transmission channel (as the GPRS passage) send this working state control information.
Above-mentioned steps 201 and step 202 have consisted of the flow process of the operating state of the control internet-of-things terminal of carrying out in the application system side independently.
After step 203, internet-of-things terminal receive the working state control information of application system transmission, obtain the information of the operating state that is used to indicate internet-of-things terminal from this working state control information.
In this step 203, the information that is used to indicate the operating state of internet-of-things terminal is carried at the setting field of working state control information, and this setting field is the field of application system and internet-of-things terminal agreement, based on this, internet-of-things terminal can be set the information that field is obtained the operating state that is used to indicate internet-of-things terminal from this.
Step 204, internet-of-things terminal are controlled the operating state of self according to the information of the operating state that is used to indicate described internet-of-things terminal of obtaining.
Above-mentioned steps 203 and step 204 have consisted of the flow process of the operating state of the control internet-of-things terminal of carrying out in the application system side independently.
So far, the flow process of controlling the operating state of internet-of-things terminal finishes.
Based on flow process corresponding to Fig. 2, application system can be determined according to application scenarios the operating state of internet-of-things terminal, and can carry out the operating state configuration according to definite result indication internet-of-things terminal, thereby realized according to the practical business scene adaptive to the internet-of-things terminal operating state.
In the present embodiment one, the operating state of internet-of-things terminal can be set as required flexibly, for example, the operating state of internet-of-things terminal can comprise: electricity-saving state, holding state and global function state, wherein, under electricity-saving state, most of function of internet-of-things terminal is unavailable, under holding state, the discrete function of internet-of-things terminal is unavailable, under the global function state, the repertoire of internet-of-things terminal can be used, the power consumption of internet-of-things terminal when generally, the power consumption of internet-of-things terminal is less than the global function state when electricity-saving state and holding state.Be to be understood that, herein for the explanation of Physical Network terminal operating status only for ease of understanding the object lesson that provides, in practical application, can be according to the application scenarios at internet-of-things terminal place, operating state to internet-of-things terminal defines and expands, and gives an example no longer one by one herein.
Generally, application system can pre-determine the operating state that internet-of-things terminal needs under the different application scene, thereby controls the operating state of internet-of-things terminal according to the practical application scene of internet-of-things terminal.Particularly, the information of the operating state that is used to indicate internet-of-things terminal that application system generates can comprise the information of following two aspects:
Operating state when one, indicating the internet-of-things terminal image data and the time of image data.
Operating state during indication internet-of-things terminal image data can be set according to the operating characteristic of internet-of-things terminal under each operating state, operating state during this image data need to guarantee the data acquisition function unlatching of internet-of-things terminal, namely can be in the operating state that data acquisition function is opened, operating state when selecting indication internet-of-things terminal image data, preferably, can select to have the operating state of less power consumption in the operating state that data acquisition function is opened.For example, holding state and global function state are the operating state that data acquisition function is opened, operating state in the time of can selecting the internet-of-things terminal image data is holding state or global function state, but because holding state has less power consumption with respect to the global function state, therefore, preferably the operating state during the internet-of-things terminal image data is holding state.
The time of image data can be the disposable time, also can be the periodicity time, if the disposable time, gathering a secondary data when this time arrives gets final product, if periodically the time, need to periodically monitor this time, gather a secondary data when arriving monitoring each time.Wherein, the disposable time can be the concrete time, as-Ri-time-minute (requiring that according to different accuracy different time precisions can be arranged); Periodically the time can for time first and each time interval that gathers of data acquisition, preferably, periodically can also comprise the number of times of collection in the time.
Operating state when two, the indication internet-of-things terminal is to the application system reported data and the time of reported data.
the design principle of the operating state of the operating state of indication internet-of-things terminal during to the application system reported data when indicating the internet-of-things terminal image data is identical, can set according to the operating characteristic of internet-of-things terminal under each operating state, operating state during this reported data need to guarantee the data reporting functions unlatching (communication function unlatching) of internet-of-things terminal, namely can be in the operating state that the data reporting functions is opened, operating state when selecting indicant networking terminal to report data, preferably, can select to have the operating state of less power consumption in the operating state that the data reporting functions is opened.
The design principle of the time of reported data with the time of image data is identical, can be the disposable time, also can be the periodicity time.
Be to be understood that, in the information of the above-mentioned operating state that is used to indicate internet-of-things terminal, the form of the form of the time of image data and the time of reported data is separate, generally, the time of image data and the time of reported data can be the disposable time, and the time of reported data is after the time of image data; The time of image data and the time of reported data can be the periodicity time, and the time of interior reported data of each cycle is after the time of image data; The time of image data can be the periodicity time, reports the time of receipt can be the disposable time, and the time of reported data is after the corresponding time in last cycle of the time of image data.
be to be understood that, the information of the above-mentioned operating state that is used to indicate internet-of-things terminal that provides comprise that the situation of the information of above-mentioned two aspects only provides for ease of understanding for example, in practical application, the information that is used to indicate the operating state of internet-of-things terminal can comprise the various information that can indicate the operating state of internet-of-things terminal, for example, application system and terminal can pre-determine the various control informations of the operating state of controlling internet-of-things terminal, and be that allocation identification is distinguished in each control information, set up the corresponding relation of control information and sign, this corresponding relation is sent to internet-of-things terminal, in the subsequent control process, application system can send to internet-of-things terminal as the information of the operating state that is used to indicate internet-of-things terminal with the sign of control information, internet-of-things terminal can be determined the control information that this sign is corresponding according to the corresponding relation that obtains in advance, and control accordingly, this kind mode can be saved the amount of information that sends in control procedure.In practical application, can the content that this information that is used to indicate the operating state of internet-of-things terminal comprises be set flexibly based on different demands for control, will not enumerate herein.
When the information of the operating state that is used to indicate internet-of-things terminal that generates in application system comprises information aspect above-mentioned two, in the step 204 that the corresponding flow process of Fig. 2 comprises, be that internet-of-things terminal is according to the information that is used to indicate the operating state of described internet-of-things terminal, control the operating state of self, as shown in Figure 3, mainly comprise the steps:
Whether the time of step 301, internet-of-things terminal monitoring image data arrives, if execution in step 302 if not, continues monitoring.
In this step 301, if the time of image data is the periodicity time, need periodically to monitor this time.
Operating state when step 302, internet-of-things terminal switch to image data with the work at present state, and carry out image data.
In this step 302, the operating state when internet-of-things terminal switches to image data with the work at present state namely switches to the operating state of supported data acquisition function, as global function state or holding state.
Whether the time of step 303, internet-of-things terminal supervision and reporting data arrives, if execution in step 304 if not, continues monitoring.
In this step 303, if the time of reported data is the periodicity time, need periodically to monitor this time.
In this step 302, the operating state when internet-of-things terminal switches to reported data with the work at present state namely switches to the operating state of supported data reporting functions, as global function state or holding state.
So far, internet-of-things terminal is controlled the flow process end of the operating state of self according to the information of the operating state that is used to indicate described internet-of-things terminal.
The present embodiment one has further provided a preferred control procedure of the corresponding control procedure of above-mentioned Fig. 3, in this preferred control procedure, complete and before time of reported data arrives in the internet-of-things terminal image data, operating state when this internet-of-things terminal can be from image data switches to the not image data of setting and the operating state of reported data not, as electricity-saving state, thereby reach the purpose of saving the internet-of-things terminal power consumption.
The execution of the flow process that above-mentioned Fig. 2 is corresponding is to carry out under the state that keeps being connected with internet-of-things terminal and application system, namely in the situation that the data transmission channel between application system and internet-of-things terminal can use and carry out.In practical application, may there be the disabled situation of data transmission channel between application system and internet-of-things terminal, as not online in the disconnection of internet-of-things terminal link or terminal, in the present embodiment, the disabled situation of the data transmission channel between application system and internet-of-things terminal is called this data link and is in unactivated state.
In order further to improve the success rate of the operating state of controlling internet-of-things terminal, the scheme that this enforcement one provides a kind of application system that internet-of-things terminal is monitored, Fig. 4 shows the schematic flow sheet of this monitor procedure, as shown in Figure 4, mainly comprises the steps:
The state of the data transmission link between step 401, application system monitoring and internet-of-things terminal.
In this step 401, the state of the data transmission link between application system monitoring and internet-of-things terminal can be monitoring to be connected with GPRS between internet-of-things terminal.
Step 402, application system determine and internet-of-things terminal between data transmission link be in unactivated state after, send to internet-of-things terminal the link activation indication information that indication activates this data transmission link.
In this step 402, application system sends to internet-of-things terminal the link activation indication information that indication activates this data transmission link, the link activation indication information that this indication can be activated this data transmission link is carried in short message, sends by SMS channel.
Above-mentioned steps 401 and step 402 have consisted of the monitoring flow process that the application system side is carried out independently.
After step 403, internet-of-things terminal receive the link activation indication information of application system transmission, according to this link activation indication information, the data transmission link between activation and this application system.
So far, the flow process of application system monitoring internet-of-things terminal finishes.Above-mentioned flow process was carried out before the working state control information that internet-of-things terminal reception application system sends, and was also that application system was being carried out before sending working state control information to internet-of-things terminal.
The technique scheme that provides by this embodiment one, application system can send to internet-of-things terminal the working state control information of the information that comprises the operating state that is used to indicate internet-of-things terminal, correspondingly, after internet-of-things terminal receives the working state control information of application system transmission, the information of the operating state that is used to indicate described internet-of-things terminal that can comprise according to this working state control information is controlled self operating state.According to this technical scheme, application system can be determined according to application scenarios the operating state of internet-of-things terminal, and can carry out the operating state configuration according to definite result indication internet-of-things terminal, thereby realized according to the practical business scene adaptive to the internet-of-things terminal operating state.
Embodiment two
The method of the operating state of the control internet-of-things terminal that the present embodiment two provides for above-described embodiment one has provided concrete implementation, below is elaborated.
Purpose for the operating state that realizes controlling internet-of-things terminal can increase MM (Model Management, a schema management) module that is used for controlling operating state in internet-of-things terminal, the major function of this MM is as follows:
Function one: realize the doubleclocking of data collection and data transmission is controlled;
Function two: realize the operating state switching that data acquisition and data transmit;
Function three: receive the note of waking up of application system transmission, this wakes the link activation indication information that note is namely indicated the activation data transmission link up, and can require realize link connection according to waking note up.
Above-mentioned functions one and function two are the prerequisite function of MM module, and function three is the MM module function that selection possesses according to service needed.
Fig. 5 shows a logical schematic of MM module, and as shown in Figure 5, the MM module mainly comprises:
Wherein:
Holding state control module 502 is mainly used in controlling internet-of-things terminal and switches to holding state;
Electricity-saving state control module 503 is mainly used in controlling internet-of-things terminal and switches to electricity-saving state;
Global function status control module 504 is mainly used in controlling internet-of-things terminal and switches to the global function state;
According to MM module shown in Figure 5, the operating state of this internet-of-things terminal comprises starting state, holding state, electricity-saving state and global function state;
Wherein, starting state is the state that internet-of-things terminal is in startup work; Electricity-saving state is the state that internet-of-things terminal is in a kind of low power operation, as mutual in the countless certificates of this moment internet-of-things terminal and application system, and internet-of-things terminal is in closed condition etc. to the power supply of transducer, and internet-of-things terminal is in a lowest power consumption state that can be waken up; It is in service that holding state refers to that the relevant partial function of internet-of-things terminal is in, but another part function do not start, as gathering related data but the data reporting functions do not open, or report related data but data acquisition function is not opened; The global function state refers to that each functional module of internet-of-things terminal all is in the state of operation, as comprise to transducer and application system alternately all the operation, this moment internet-of-things terminal be to be in a kind of maximum power dissipation state.
The MM module that below provides internet-of-things terminal realizes several application scenarioss of above-mentioned four kinds of operating states conversion.
Application scenarios 1
Fig. 6 shows the schematic diagram that 1 time operating state of this application scenarios is switched, as shown in Figure 6, after internet-of-things terminal starts, at first this internet-of-things terminal enters electricity-saving state, and waken up by internet-of-things terminal internal timing clock and enter that the global function state carries out data acquisition or data report, wherein, timer clock is doubleclocking, is respectively used to the time of monitoring data collection and the time that data report; After the each data acquisition of internet-of-things terminal or data reported, this internet-of-things terminal turned back to electricity-saving state.
Application scenarios 2
Fig. 7 shows the schematic diagram that 2 times operating states of this application scenarios are switched, as shown in Figure 7, after internet-of-things terminal starts, at first this internet-of-things terminal enters electricity-saving state, and wake internet-of-things terminal up by the first timer clock of internet-of-things terminal inside and enter the global function state and carry out data acquisition, after completing image data, turn back under electricity-saving state, wherein, this first timer clock is used for the time of monitoring data collection; Wake internet-of-things terminal up by the second timer clock of internet-of-things terminal inside and enter the data that holding state reports collection, after completing a secondary data and reporting, turn back to electricity-saving state.
Application scenarios 3
Fig. 8 shows the schematic diagram that 3 times operating states of this application scenarios are switched, as shown in Figure 8, after internet-of-things terminal starts, at first this internet-of-things terminal enters holding state, and wake internet-of-things terminal up by internet-of-things terminal internal timing clock and enter that the global function state carries out data acquisition and data report, after completing a data acquisition and data and reporting, turn back under holding state.The application of these application scenarios 3 correspondences needs internet-of-things terminal constantly and network keeps being connected, just the data of collection is transferred data to application system having gathered data.
Application scenarios 4
Fig. 9 shows the schematic diagram that 4 times operating states of this application scenarios are switched, as shown in Figure 9, after internet-of-things terminal starts, at first this internet-of-things terminal enters holding state, and wake internet-of-things terminal up by first timer clock corresponding to time of the inner image data of internet-of-things terminal and carry out data acquisition, after completing a data acquisition, turn back under holding state.Simultaneously, when the time of reported data, the second corresponding timer clock arrived, internet-of-things terminal reported the data that gather under holding state.The application of this application scenarios 4 needs constantly to keep being connected with network, has gathered timing and has transferred data to application system.
Embodiment three
The embodiment of the present invention three provides a kind of device of controlling the operating state of internet-of-things terminal, and this device can be arranged in internet-of-things terminal, to realize the self adaptation of internet-of-things terminal operating state.
Figure 10 shows the structural representation of device of the operating state of the control internet-of-things terminal that this embodiment three provides, and as shown in figure 10, the device of controlling the operating state of internet-of-things terminal mainly comprises following functional unit:
Control information receiving element 1001 and working state control unit 1002;
Wherein:
Control information receiving element 1001 is used for receiving the working state control information that application system sends, and working state control information comprises the information of the operating state that is used to indicate internet-of-things terminal;
Working state control unit 1002 is used for the information of the operating state that is used to indicate internet-of-things terminal that comprises according to the working state control information that control information receiving element 1001 receives, controls the operating state of self.
In the preferred implementation that the present embodiment three provides, device shown in Figure 10 comprises working state control unit 1002, concrete being used for after the time of the image data that the information that monitors the operating state that is used to indicate internet-of-things terminal comprises arrives, operating state when switching to the image data that the information of the operating state that is used to indicate internet-of-things terminal comprises, and image data; After time of the reported data that the information that monitors the operating state that is used to indicate internet-of-things terminal comprises arrives, switch to that the information of the operating state that is used to indicate internet-of-things terminal comprises to the application system reported data time operating state, and reported data.
In the preferred implementation that the present embodiment three provides, device shown in Figure 10 comprises working state control unit 1002, also be used for completing and before the time of reported data arrives in the internet-of-things terminal image data, switch internet-of-things terminal to the not image data of setting and the operating state of reported data not.
As shown in figure 11, in the preferred implementation that the present embodiment three provides, device shown in Figure 10 can further include and activates indication receiving element 1003 and activate unit 1004;
Wherein:
Activate indication receiving element 1003, be used for before the control information receiving element receives the working state control information of application system transmission, receive the link activation indication information that application system sends, the link activation indication information is sent after the data transmission link between definite and internet-of-things terminal is in unactivated state by application system;
In the preferred implementation that the present embodiment three provides, device shown in Figure 11 activates indication receiving element 1003, concrete be used for receiving the link activation indication information that application system carry by short message, the link activation indication information is connected to connect at the general packet radio service gprs between definite and internet-of-things terminal by application system and sends after being in unactivated state.
Should be appreciated that the only logical partitioning for carrying out according to the function of this device realization of unit that the device of the operating state of above control internet-of-things terminal comprises, in practical application, can carry out stack or the fractionation of said units.And the corresponding flow process that in the method flow of the operating state of the control internet-of-things terminal that the function that the device of the operating state of the control internet-of-things terminal that this embodiment provides is realized and above-described embodiment provide, internet-of-things terminal is realized is corresponding, the more detailed handling process that realizes for this device, be described in detail in said method embodiment, be not described in detail herein.
And the device of the operating state of the control internet-of-things terminal in the present embodiment three also has the corresponding function module that can realize the performed flow process of internet-of-things terminal in embodiment one and embodiment two schemes, repeats no more herein.
Embodiment four
The embodiment of the present invention four provides a kind of device of controlling the operating state of internet-of-things terminal, and this device can be arranged in application system, to realize the control to the internet-of-things terminal operating state.
Figure 12 shows the structural representation of device of the operating state of the control internet-of-things terminal that this embodiment three provides, and as shown in figure 12, the device of controlling the operating state of internet-of-things terminal mainly comprises following functional unit:
Wherein:
Control information generation unit 1202 is used for generating the working state control information to internet-of-things terminal, and working state control information comprises the information of the operating state that is used to indicate the definite internet-of-things terminal of pattern determining unit 1201;
Control information transmitting element 1203 is for the working state control information of generation unit 1202 generations that send control information to internet-of-things terminal.
As shown in figure 13, in the preferred implementation that the present embodiment four provides, device shown in Figure 12 can further include:
Should be appreciated that the only logical partitioning for carrying out according to the function of this device realization of unit that the device of the operating state of above control internet-of-things terminal comprises, in practical application, can carry out stack or the fractionation of said units.And the corresponding flow process that in the method flow of the operating state of the control internet-of-things terminal that the function that the device of the operating state of the control internet-of-things terminal that this embodiment provides is realized and above-described embodiment provide, application system realizes is corresponding, the more detailed handling process that realizes for this device, be described in detail in said method embodiment, be not described in detail herein.
And the device of the operating state of the control internet-of-things terminal in the present embodiment four also has the corresponding function module that can realize the performed flow process of application system in embodiment one and embodiment two schemes, repeats no more herein.
Embodiment five
The embodiment of the present invention three provides a kind of system that controls the operating state of internet-of-things terminal, and this system can realize the control to the internet-of-things terminal operating state.
Figure 14 shows the structural representation of system of the operating state of this control internet-of-things terminal, and as shown in figure 14, the system that this controls the operating state of internet-of-things terminal mainly comprises:
Wherein:
Internet-of-things terminal 1402 be used for to receive the working state control information that application system 1401 sends, and the information of the operating state that is used to indicate internet-of-things terminal that comprises according to working state control information, controls the operating state of self.
In the preferred implementation that the present embodiment five provides, the application system 1401 that system shown in Figure 14 comprises, before also being used for sending to internet-of-things terminal 1402 the working state control information that generates, the state of the data transmission link between monitoring and internet-of-things terminal, after the data transmission link between definite and internet-of-things terminal is in unactivated state, send the link activation indication information of indication activation data transmission links to internet-of-things terminal 1402;
Correspondingly, internet-of-things terminal 1402 also is used for receiving the link activation indication information that application system 1401 sends, and according to the link activation indication information, the data transmission link between activation and application system 1401.
The device of the operating state of the control internet-of-things terminal that the application system 1401 that the system of the operating state of above control internet-of-things terminal comprises and above-described embodiment four provide is corresponding, the device of the operating state of the control internet-of-things terminal that internet-of-things terminal 1402 and above-described embodiment three provide is corresponding, the more detailed function of completing for application system 1401 and internet-of-things terminal 1402, describe respectively in above-described embodiment four and embodiment three, repeat no more herein.
Although described the application's preferred embodiment, in a single day those skilled in the art get the basic creative concept of cicada, can make other change and modification to these embodiment.So claims are intended to all changes and the modification that are interpreted as comprising preferred embodiment and fall into the application's scope.
Obviously, those skilled in the art can carry out various changes and modification and not break away from the spirit and scope of the present invention the present invention.Like this, if within of the present invention these are revised and modification belongs to the scope of claim of the present invention and equivalent technologies thereof, the present invention also is intended to comprise these changes and modification interior.
Claims (18)
1. a method of controlling the operating state of internet-of-things terminal, is characterized in that, comprising:
Internet-of-things terminal receives the working state control information that application system sends, and described working state control information comprises the information of the operating state that is used to indicate described internet-of-things terminal;
Described internet-of-things terminal is controlled the operating state of self according to the described information that is used to indicate the operating state of described internet-of-things terminal that described working state control information comprises.
2. the method for claim 1, is characterized in that, the described information that is used to indicate the operating state of described internet-of-things terminal comprises:
Operating state when indicating described internet-of-things terminal image data and the time of image data;
Operating state when indicating from described internet-of-things terminal to the application system reported data and the time of reported data.
3. method as claimed in claim 2, is characterized in that, described internet-of-things terminal is controlled the operating state of self according to the described information that is used to indicate the operating state of described internet-of-things terminal that described working state control information comprises, comprising:
Described internet-of-things terminal after the time that monitors described image data arrives, the operating state image data when switching to described image data; And
After the time that monitors described reported data arrives, switch to described operating state reported data during to the application system reported data.
4. method as claimed in claim 3, is characterized in that, completes and before the time of described reported data arrives, also comprise in described internet-of-things terminal image data:
Described internet-of-things terminal switches to the not image data of setting and the operating state of reported data not.
5. the method for claim 1, is characterized in that, internet-of-things terminal also comprises before receiving the working state control information of application system transmission:
Described internet-of-things terminal receives the link activation indication information that described application system sends, and described link activation indication information is sent after the data transmission link between definite and described internet-of-things terminal is in unactivated state by described application system;
Described internet-of-things terminal is according to described link activation indication information, activate and described application system between data transmission link.
6. method as claimed in claim 5, is characterized in that, described internet-of-things terminal receives the link activation indication information that described application system sends, and specifically comprises:
Described internet-of-things terminal receives the link activation indication information that described application system carry by short message, and described link activation indication information is connected to connect at the general packet radio service gprs between definite and described internet-of-things terminal by described application system and sends after being in unactivated state.
7. a method of controlling the operating state of internet-of-things terminal, is characterized in that, comprising:
Application system is determined the operating state of internet-of-things terminal to be controlled;
The working state control information of generation to described internet-of-things terminal, described working state control information comprises the information of the operating state that is used to indicate described internet-of-things terminal;
Send the described working state control information that generates to described internet-of-things terminal.
8. method as claimed in claim 7, is characterized in that, the described information that is used to indicate the operating state of described internet-of-things terminal comprises:
Operating state when indicating described internet-of-things terminal image data and the time of image data;
Operating state when indicating from described internet-of-things terminal to the application system reported data and the time of reported data.
9. method as claimed in claim 7, is characterized in that, application system also comprises before sending to described internet-of-things terminal the described working state control information that generates:
The state of the data transmission link between monitoring and described internet-of-things terminal;
After the data transmission link between definite and described internet-of-things terminal is in unactivated state, send to described internet-of-things terminal the link activation indication information that indication activates described data transmission link.
10. a system that controls the operating state of internet-of-things terminal, is characterized in that, comprises application system and internet-of-things terminal; Wherein:
Described application system, be used for determining the operating state of internet-of-things terminal to be controlled, the working state control information of generation to described internet-of-things terminal, described working state control information comprises the information of the operating state that is used to indicate described internet-of-things terminal, and sends to described internet-of-things terminal the described working state control information that generates;
Described internet-of-things terminal is used for receiving the working state control information that application system sends, and according to the described information that is used to indicate the operating state of described internet-of-things terminal that described working state control information comprises, controls the operating state of self.
11. system as claimed in claim 10, it is characterized in that, described application system, before also being used for sending to described internet-of-things terminal the described working state control information that generates, the state of the data transmission link between monitoring and described internet-of-things terminal, after the data transmission link between definite and described internet-of-things terminal is in unactivated state, send to described internet-of-things terminal the link activation indication information that indication activates described data transmission link;
Described internet-of-things terminal also is used for receiving the link activation indication information that described application system sends, and according to described link activation indication information, the data transmission link between activation and described application system.
12. a device of controlling the operating state of internet-of-things terminal is characterized in that, comprising:
The control information receiving element is used for receiving the working state control information that application system sends, and described working state control information comprises the information of the operating state that is used to indicate described internet-of-things terminal;
The operating state of self for the described information that is used to indicate the operating state of described internet-of-things terminal that the working state control information that receives according to described control information receiving element comprises, is controlled in the working state control unit.
13. device as claimed in claim 12, it is characterized in that, described working state control unit, concrete being used for after the time that monitors the image data that the described information that is used to indicate the operating state of described internet-of-things terminal comprises arrives, operating state when switching to the image data that the described information that is used to indicate the operating state of described internet-of-things terminal comprises, and image data; After the time that monitors the reported data that the described information that is used to indicate the operating state of described internet-of-things terminal comprises arrives, switch to that the described information that is used to indicate the operating state of described internet-of-things terminal comprises to the application system reported data time operating state, and reported data.
14. device as claimed in claim 13, it is characterized in that, described working state control unit, also be used for completing and before the time of described reported data arrives in described internet-of-things terminal image data, switch described internet-of-things terminal to the not image data of setting and the operating state of reported data not.
15. device as claimed in claim 12 is characterized in that, also comprises activating the indication receiving element and activating the unit;
Described activation indication receiving element, be used for before described control information receiving element receives the working state control information of application system transmission, receive the link activation indication information that described application system sends, described link activation indication information is sent after the data transmission link between definite and described internet-of-things terminal is in unactivated state by described application system;
Described activation unit is used for the link activation indication information according to the reception of described activation indication receiving element, the data transmission link between activation and described application system.
16. device as claimed in claim 15, it is characterized in that, described activation indication receiving element, concrete be used for receiving the link activation indication information that described application system carry by short message, described link activation indication information is connected to connect at the general packet radio service gprs between definite and described internet-of-things terminal by described application system and sends after being in unactivated state.
17. a device of controlling the operating state of internet-of-things terminal is characterized in that, comprising:
Pattern determining unit is for the operating state of determining internet-of-things terminal to be controlled;
The control information generation unit is used for generating the working state control information to described internet-of-things terminal, and described working state control information comprises the information of the operating state that is used to indicate the definite internet-of-things terminal of described pattern determining unit;
The control information transmitting element is used for sending to described internet-of-things terminal the described working state control information that described control information generation unit generates.
18. device as claimed in claim 17 is characterized in that, also comprises:
Link control unit, be used for before described control information transmitting element sends to described internet-of-things terminal the described working state control information that generates, the state of the data transmission link between monitoring and described internet-of-things terminal, and after the data transmission link between definite and described internet-of-things terminal is in unactivated state, send to described internet-of-things terminal the link activation indication information that indication activates described data transmission link.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201110428011.6A CN103167636B (en) | 2011-12-19 | Method, system and the device of a kind of duty controlling internet-of-things terminal |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201110428011.6A CN103167636B (en) | 2011-12-19 | Method, system and the device of a kind of duty controlling internet-of-things terminal |
Publications (2)
| Publication Number | Publication Date |
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| CN103167636A true CN103167636A (en) | 2013-06-19 |
| CN103167636B CN103167636B (en) | 2016-12-14 |
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