CN103067855A - Method and system based on network to control function module of user device - Google Patents
Method and system based on network to control function module of user device Download PDFInfo
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- CN103067855A CN103067855A CN2011103241909A CN201110324190A CN103067855A CN 103067855 A CN103067855 A CN 103067855A CN 2011103241909 A CN2011103241909 A CN 2011103241909A CN 201110324190 A CN201110324190 A CN 201110324190A CN 103067855 A CN103067855 A CN 103067855A
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Abstract
The invention relates to a method and a system based on a network to control a function module of a user device. According to the method, based on request information of a user, a first control system generates control information of the function module of the user device and sends the control information. Then, based on the received control information, a second control system controls the function module. The method and the system based on the network to control the function module of the user device are based on control information of a network device to control the function module of the user device, and remote control of the function module of the user device can be achieved.
Description
Technical field
The invention belongs to network communication field, particularly a kind of method and system of controlling the functional module of subscriber equipment Network Based.
Background technology
The functional module of subscriber equipment can provide respective service for the user easily.For example, the user comes to provide navigation Service for oneself by the GPS locating module in the mobile phone; And for example, the user uses camera module built-in in the notebook computer can absorb video image etc.Yet; along with the function of subscriber equipment is constantly expanded; all multi-users are some functional modules in user's equipment and being unfamiliar with to how; for example; a lot of the elderlys or the children GPS locating module in can starting hand-set; usually can cause thus in the time should enabling a certain functional module, but can't enabling, should close a certain functional module and but not know how to close.And for the elderly; when its children need to understand its current position; as not opening the accurate location that to know the old man because of the GPS locating module of the entrained mobile phone of old man; the worry that often can cause children; if and the GPS locating module of the mobile phone that the old man is entrained is opened in advance, can waste electric energy again.
Therefore, need a kind of method of effectively controlling the user device function module.
Summary of the invention
The purpose of this invention is to provide a kind of method and system of controlling the functional module of subscriber equipment Network Based, so that the functional module of user's energy Long-distance Control relevant user equipment.
Based on above-mentioned purpose, the invention provides a kind of method of controlling subscriber equipment Network Based, comprise step: 1) generate the control information of the functional module of the described subscriber equipment of control based on user's solicited message, and sent; 2) control the functional module of described subscriber equipment based on the control information that receives.
Preferably, described step 1) also comprise step: generate the log-on message of the GPS locating module that starts described subscriber equipment based on the first solicited message of user, and sent;
Described step 2) also comprises step: the GPS locating module that starts described subscriber equipment based on the log-on message that receives.
Preferably, described step 1) also comprise step: generate the closing information of the GPS locating module of closing described subscriber equipment based on the second solicited message of user, and sent;
Described step 2) also comprises step: close described GPS locating module based on the closing information that receives.
Preferably, described method also comprises step: sent after the positional information of A) described GPS locating module being obtained is packaged into packaging information; B) receive the packaging information that comprises positional information, and this positional information is offered described user.
Based on above-mentioned purpose, the present invention also provides a kind of control system of controlling subscriber equipment Network Based, comprise the first control system and the second control system, wherein, described the first control system comprises: generation module, be used for generating based on user's solicited message the control information of the functional module of the described subscriber equipment of control, and be sent to described the second control system; Described the second control system comprises: control module is used for controlling described functional module based on the control information that receives.
Preferably, described generation module also comprises: the first sub-generation module is used for generating based on the first solicited message of user the log-on message of the GPS locating module that starts described subscriber equipment, and is sent to described the second control system;
Described control module also comprises: the first sub-control module is used for starting the GPS locating module based on the log-on message that receives.
Preferably, described generation module also comprises: the second sub-generation module is used for generating based on the second solicited message of user the closing information of the GPS locating module of closing described subscriber equipment, and is sent to described the second control system;
Described control module also comprises: the second sub-control module is used for closing described GPS locating module based on the closing information that receives.
Preferably, described control module also comprises: sending module is sent to described the first control system after being used for the positional information that described GPS locating module obtains is packaged into packaging information;
Described the first control system also comprises: receiver module is used for receiving the packaging information that comprises positional information, and this positional information is offered described user.
Beneficial effect of the present invention is, the functional module of subscriber equipment is controlled in the control information of equipment Network Based, can realize the Long-distance Control to the functional module of subscriber equipment, especially for the old man who carries the subscriber equipmenies such as mobile phone or child, open the GPS locating module that this mobile phone comprises by network, can in time understand old man or child's position, to determine its whether safety, can also close the GPS locating module that this mobile phone comprises, effectively saves energy by network.
Description of drawings
Fig. 1 is the flow chart of the method for the functional module of controlling subscriber equipment Network Based of the present invention;
Fig. 2 is the flow chart of the method for the GPS locating module of controlling subscriber equipment Network Based of the present invention;
Fig. 3 is the first control system of the functional module of controlling subscriber equipment Network Based of the present invention and the structural representation of the second control system;
Fig. 4 is the first control system of the GPS locating module of controlling subscriber equipment Network Based of the present invention and the structural representation of the second control system.
Embodiment
Fig. 1 shows the flow chart of the method for the functional module of controlling subscriber equipment Network Based of the present invention, method basic control system of the present invention is carried out, wherein, described control system comprises the first control system and the second control system, described the first control system is the application module that is installed in the network equipment 1, and described the second control system is to be installed in application module in the subscriber equipment 2 etc.This network equipment 1 is a kind ofly can carry out automatically, at high speed the modernized intelligent electronic device of massive values computation and various information processings according to the program of prior storage, and its hardware includes but not limited to microprocessor, FPGA, DSP, embedded device etc.The described network equipment 1 includes but not limited to: 1) a plurality of webserver collection; 2) distributed network equipment; 3) based on set of computers of the cloud that is consisted of by a large amount of computers or the webserver of cloud computing (Cloud Computing) etc.Wherein, cloud computing is a kind of of Distributed Calculation, a super virtual machine that is comprised of the loosely-coupled computer collection of a group.Described subscriber equipment 2 is a kind of electronic equipment with a plurality of functional modules, includes but not limited to: mobile phone, PDA etc.
In step S1, described the first control system generates the control information of the functional module of control subscriber equipment 2 based on user's solicited message.
Wherein, described request information is any information for request subscriber equipment control functional module; Preferably, include but not limited to: the solicited message of restarting after the functional module scheduled duration that starts etc. is closed in request start-up performance module, request shuts functional module, request.
The mode that described the first control system is obtained user's solicited message includes but not limited to: 1) send to described the first control system by the employed subscriber equipment of user; For example, user A1 chooses name " Xiaobao " in the shown options interface of mobile phone B 1 by keyboard, choose again and close photographing module, then described mobile phone B 1 is closed a solicited message C1 of the photographing module of the subscriber equipment 2 that is called " Xiaobao " with request and is sent to the affiliated network equipment 1 of described the first control system, obtains solicited message C1 in the information of described the first control system by the network equipment 1 reception under self; 2) offer described the first control system etc. by other equipment.
Wherein, described control information is any information for control user device function module; Preferably, include but not limited to: the log-on message of start-up performance module; The closing information of shuts functional module, close time-out information of the functional module scheduled duration that starts etc.
Need to prove that described the first control system generates mode known to those skilled in the art the knowing of control information of the functional module of the described subscriber equipment of control based on user's solicited message, so be not described in detail in this.
For example, the solicited message that described the first control system is obtained comprises that request starts a solicited message C1 of the photographing module of the subscriber equipment 2 that is called " Xiaobao ", and then described the first control system generates the log-on message D1 that starts photographing module based on this solicited message C1.
Wherein, the functional module of described subscriber equipment comprises any module that can finish one or more functions, preferably, includes but not limited to GPS locating module, photographing module, quiet module etc.
Then, in step S2, described the first control system is sent described control information.
Particularly, described the first control system sends to described subscriber equipment 2 after based on the communications protocol with subscriber equipment 2 described control information being encapsulated.
For example, described the first control system number information of being called the subscriber equipment 2 of " Xiaobao " based on the name of pre-stored is packaged into the log-on message D1 that generates among the step S1 and sends to the subscriber equipment 2 that described name is called " Xiaobao " after the note.
Then, in step S3, described the second control system is controlled functional module based on the control information that receives.
Particularly, described the second control system is controlled under self corresponding functional module in the subscriber equipment 2 based on the control information that receives.
For example, the control information that described the second control system receives comprises the log-on message that starts photographing module, then the photographing module of subscriber equipment 2 under described the second control system startup self.
Fig. 2 shows the preferred embodiments of the present invention flow chart.
In step S1 ', described the first control system generates the log-on message of the GPS locating module that starts described subscriber equipment 2 based on the first solicited message of user.
Wherein, described the first solicited message starts the solicited message of GPS locating module for the request subscriber equipment.
Wherein, it is same or similar that described the first control system is obtained the obtain manner that obtains solicited message among the obtain manner of described the first solicited message and the step S1 among Fig. 1, and be contained in by reference this, no longer repeats; In addition, described the first control system generates mode known to those skilled in the art the knowing of the log-on message of the GPS locating module that starts described subscriber equipment according to described the first solicited message, so be not described in detail in this.
Then, in step S2 ', described the first control system sends to described subscriber equipment 2 with described log-on message.
Then, in step S3 ', described the second control system starts the GPS locating module based on the log-on message that receives.
Particularly, described the second control system starts the GPS locating module of subscriber equipment 2 under self based on the log-on message that receives.
Then, in step S4, described the second control system is packaged into packaging information with the positional information that described GPS locating module obtains.
Particularly, described the second control system is packaged into packaging information based on the communications protocol with the network equipment 1 with described positional information.
Then, in step S5, described the second control system is sent to the described network equipment 1 with described packaging information.
Then, in step S6, described the first control system receives the packaging information that comprises positional information, and this positional information is offered described user.
Particularly, described the first control system with the positional information in the packaging information that receives send to the first solicited message from subscriber equipment, and by this first solicited message from subscriber equipment present to the user in modes such as literal or map.
Then, at step S1 " in, described the first control system generates the closing information of the GPS locating module of closing described subscriber equipment 2 based on the second solicited message of user.
Described the first control system generates the closing information of the GPS locating module of closing described subscriber equipment 2 based on the second solicited message of user operation and described the first control system generates the operation of log-on message of GPS locating module of the described subscriber equipment 2 of startup based on the first solicited message of user same or similar, and be contained in by reference this, no longer describe in detail.
Then, at step S2 " in, described the first control system sends described closing information to subscriber equipment 2.
Then, at step S3 " in, described the second control system is closed described GPS locating module based on the closing information that receives.
Particularly, described the second control system is closed the GPS locating module of the subscriber equipment 2 under self based on the closing information that receives.
Fig. 3 shows the control system schematic diagram of controlling the functional module of subscriber equipment Network Based of the present invention.Wherein, described control system comprises the first control system 10 and the second control system 20, and described the first control system 10 comprises: generation module 101; Described the second control system 20 comprises: control module 201.
Described generation module 101 generates the control information of the functional module 21 of the described subscriber equipment 2 of control based on user's solicited message.
Wherein, described request information is any information for request subscriber equipment control functional module; Preferably, include but not limited to: the solicited message of restarting after the functional module scheduled duration that starts etc. is closed in request start-up performance module, request shuts functional module, request.
The mode that described generation module 101 obtains user's solicited message includes but not limited to: 1) send to described generation module 101 by the employed subscriber equipment of user; For example, user A1 chooses name " Xiaobao " in the shown options interface of mobile phone B 1 by keyboard, choose again and close photographing module, then described mobile phone B 1 is closed the solicited message C1 of photographing module that name is called the subscriber equipment of " Xiaobao " with request and is sent to the network equipment 1 under the described generation module 101, obtains solicited message C1 in the information that described generation module 101 is received by the network equipment 1 under self; 2) offer described generation module 101 etc. by other equipment.
Wherein, described control information is any information for control user device function module; Preferably, include but not limited to: the log-on message of start-up performance module; The closing information of shuts functional module, close time-out information of the functional module scheduled duration that starts etc.
Need to prove that described generation module 101 generates mode known to those skilled in the art the knowing of control information of the functional module 21 of the described subscriber equipment of control based on user's solicited message, so be not described in detail in this.
For example, the solicited message that described generation module 101 obtains comprises that request starts a solicited message C1 of the photographing module of the subscriber equipment 2 that is called " Xiaobao ", and then described generation module 101 generates the log-on message D1 that starts photographing module based on this solicited message C1.
Wherein, the functional module of described subscriber equipment comprises any module that can finish one or more functions, preferably, includes but not limited to GPS locating module, photographing module, quiet module etc.
Then, described generation module 101 is sent described control information.
Particularly, described generation module 101 sends to described subscriber equipment 2 after based on the communications protocol with subscriber equipment 2 described control information being encapsulated.
For example, described generation module 101 number information that is called the subscriber equipment 2 of " Xiaobao " based on the name of pre-stored is packaged into the log-on message D1 that generates among the step S1 and sends to the subscriber equipment 2 that described name is called " Xiaobao " after the note.
Then, described control module 201 is controlled functional module 21 based on the control information that receives.
Particularly, described control module 201 is controlled under self corresponding functional module 21 in the subscriber equipment 2 based on the control information that receives.
For example, the control information that described control module 201 receives comprises the log-on message that starts photographing module, then the photographing module of subscriber equipment 2 under described control module 201 startups self.
Fig. 4 shows the control system schematic diagram of the preferred embodiments of the present invention.Described control system comprises the first control system 10 and the second control system 20, and wherein, described the first control system 10 comprises generation module 101, receiver module 102; Described generation module 101 comprises again: the first sub-generation module 1011 and the second sub-generation module 1012.Described the second control system 20 comprises control module 201, sending module 202; Described control module 201 comprises again: the first sub-control module 2011 and the second sub-control module 2012.
The described first sub-generation module 1011 generates the log-on message of the GPS locating module 21 ' that starts described subscriber equipment 2 based on the first solicited message of user.
Wherein, described the first solicited message starts the solicited message of GPS locating module 21 ' for request subscriber equipment 2.
Wherein, the described first sub-generation module 1011 obtain the obtain manner of described the first solicited message and obtain manner that aforementioned generation module 101 shown in Figure 3 obtains solicited message same or similar, and be contained in by reference this, no longer repeat; In addition, the described first sub-generation module 1011 generates mode known to those skilled in the art the knowing of the log-on message of the GPS locating module 21 ' that starts described subscriber equipment 2 according to described the first solicited message, so be not described in detail in this.
Then, the described first sub-generation module 1011 sends to described subscriber equipment 2 with described log-on message.
Then, the described first sub-control module 2011 starts GPS locating module 21 ' based on the log-on message that receives.
Particularly, the described first sub-control module 2011 starts the GPS locating module 21 ' of subscriber equipment 2 under self based on the log-on message that receives.
Then, described sending module 202 is packaged into packaging information with the positional information that described GPS locating module 21 ' obtains.
Particularly, described sending module 202 is packaged into packaging information based on the communications protocol with the network equipment 1 with described positional information.
Then, described sending module 202 is sent to the described network equipment 1 with described packaging information.
Then, described receiver module 102 receives the packaging information that comprises positional information, and this positional information is offered described user.
Particularly, described receiver module 102 with the positional information in the packaging information that receives send to the first solicited message from subscriber equipment, and by this first solicited message from subscriber equipment present to the user in modes such as literal or map.
Then, the described second sub-generation module 1012 generates the closing information of the GPS locating module 21 ' of closing described subscriber equipment 2 based on the second solicited message of user.
The described second sub-generation module 1012 generates the closing information of the GPS locating module 21 ' of closing described subscriber equipment 2 based on the second solicited message of user operation and the described first sub-generation module 1011 generates the operation of log-on message of GPS locating module 21 ' of the described subscriber equipment 2 of startup based on the first solicited message of user same or similar, and be contained in by reference this, no longer describe in detail.
Then, the described second sub-generation module 1012 sends described closing information to subscriber equipment 2.
Then, the described second sub-control module 2012 is closed described GPS locating module 21 ' based on the closing information that receives.
Particularly, the described second sub-control module 2012 is closed the GPS locating module 21 ' of the subscriber equipment 2 under self based on the closing information that receives.
In sum, beneficial effect of the present invention is, the functional module of subscriber equipment is controlled in the control information of equipment Network Based, can realize the Long-distance Control to the functional module of subscriber equipment, especially for the old man who carries the subscriber equipmenies such as mobile phone or child, open the GPS locating module that this mobile phone comprises by network, can in time understand old man or child's position, to determine its whether safety, can also close the GPS locating module that this mobile phone comprises, effectively saves energy by network.
It should be appreciated by those skilled in the art that above-described embodiment just lists expressivity principle of the present invention and effect are described, but not be used for restriction the present invention.Any personnel that are familiar with technique all can without departing from the spirit and scope of the present invention, make amendment to above-described embodiment.Therefore, the scope of the present invention should be listed such as claims.
Claims (8)
1. a method of controlling subscriber equipment Network Based is characterized in that, comprises step:
1) generates the control information of the functional module of the described subscriber equipment of control based on user's solicited message, and sent;
2) control the functional module of described subscriber equipment based on the described control information that receives.
2. the method for controlling subscriber equipment Network Based according to claim 1 is characterized in that described step 1) also comprise step:
Generate the log-on message of the GPS locating module that starts described subscriber equipment based on the first solicited message of user, and sent;
Described step 2) also comprise step:
Start the GPS locating module of described subscriber equipment based on the log-on message that receives.
3. the method for controlling subscriber equipment Network Based according to claim 1 and 2 is characterized in that described step 1) also comprise step:
Generate the closing information of the GPS locating module of closing described subscriber equipment based on the second solicited message of user, and sent;
Described step 2) also comprise step:
Close the GPS locating module of described subscriber equipment based on the closing information that receives.
4. the method for controlling subscriber equipment Network Based according to claim 3 is characterized in that described method also comprises step:
A) after being packaged into packaging information, the positional information of described GPS locating module being obtained sent;
B) receive the packaging information that comprises positional information, and this positional information is offered described user.
5. a control system of controlling subscriber equipment Network Based comprises the first control system and the second control system, it is characterized in that, described the first control system comprises:
Generation module is used for generating based on user's solicited message the control information of the functional module of the described subscriber equipment of control, and is sent to described the second control system;
Described the second control system comprises:
Control module is for the functional module of controlling described subscriber equipment based on the control information that receives.
6. the control system of controlling subscriber equipment Network Based according to claim 5 is characterized in that described generation module also comprises:
The first sub-generation module is used for generating based on the first solicited message of user the log-on message of the GPS locating module that starts described subscriber equipment, and is sent to described the second control system;
Described control module also comprises:
The first sub-control module is used for starting the GPS locating module based on the log-on message that receives.
7. according to claim 5 or the 6 described control system of controlling subscriber equipment Network Based, it is characterized in that described generation module also comprises:
The second sub-generation module is used for generating based on the second solicited message of user the closing information of the GPS locating module of closing described subscriber equipment, and is sent to described the second control system;
Described control module also comprises:
The second sub-control module is used for closing described GPS locating module based on the closing information that receives.
8. the control system of controlling subscriber equipment Network Based according to claim 7 is characterized in that described control module also comprises:
Sending module is sent to described the first control system after being used for the positional information that described GPS locating module obtains is packaged into packaging information;
Described the first control system also comprises:
Receiver module is used for receiving the packaging information that comprises positional information, and this positional information is offered described user.
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| CN2011103241909A CN103067855A (en) | 2011-10-21 | 2011-10-21 | Method and system based on network to control function module of user device |
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| CN2011103241909A CN103067855A (en) | 2011-10-21 | 2011-10-21 | Method and system based on network to control function module of user device |
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Application publication date: 20130424 |