CN102135767A - Method and device for remote control device - Google Patents
Method and device for remote control device Download PDFInfo
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- CN102135767A CN102135767A CN2010101008036A CN201010100803A CN102135767A CN 102135767 A CN102135767 A CN 102135767A CN 2010101008036 A CN2010101008036 A CN 2010101008036A CN 201010100803 A CN201010100803 A CN 201010100803A CN 102135767 A CN102135767 A CN 102135767A
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Abstract
The invention provides a method and a device, which can use a mobile communication device for controlling different states of a remote device in different positions. The technical scheme is as follows: the method for controlling functions of the remote device comprises the following steps: 1) getting current position information of the mobile communication device; 2) comparing the current position information with preset position information which is related with functional state of the remote device; and 3) controlling the corresponding functions of the remote device according to the comparison result; and the control method is as follows: taking the mobile communication device as master control, and directly sending control information to a communication control device according to position change so as to achieve the remote control device; taking a user identity module as the master control, and sending the control information to the communication control device through a toolkit program so as to achieve the remote control device; and taking a network as the master control, and sending the control information to the control device through an interface so as to achieve the remote control device.
Description
Technical field
The present invention designs automatic control technology and wireless communication technical field, is meant a kind of remote auto opertaing device method and device especially.
Technical background
The develop rapidly of semiconductor technology and electronic technology at present, various electronics, computer equipment also occur in succession.Such as: personal computer (PC), PDA(Personal Digital Assistant), mobile communication equipment (ME, Mobile Equipment) and various household electrical appliance or the like.
At present, in mobile communications network, there is variety of way can determine mobile subscriber's position.Wherein the most basic is generally to be used for mobile communcations system (GSM, Global System of Mobile Communication), CDMA (CDMA, Code Division MultipleAccess) and the cell ID of many minutes location cellular networks such as (TD-SCDMA) of time division synchronization code, and therefore certain zone can adopt cell ID (or set of cell ID) that the zones of different under the particular network covering is carried out location recognition as long as covered one or several sub-districts of closing one's eyes and belonging to definite by this network.
With the GSM network is example, its cell ID is called global cell information (GIC, Global Cell Identity), form is: mobile country code (MCC, Mobile Country Code)-MNC mobile network code (MNC, Mobile NetworkCode)-position code (LAC, LocationArea Code)-cell code (CI, Cell Identity).One can be from a plurality of base station received signals by the zone of the GSM network coverage, one can be covered by a plurality of GIC, but, rule according to network service, mobile communication equipment generally can be selected to have the base station of the GIC representative of strongest signal strength and carry out communication, therefore can determine the residing zone of mobile phone based on GIC.Employed GIC can use for network and mobile phone in the communication, the present this positioning service that the mobile subscriber is provided that is mainly used in.
Except basic cell identification mode, also develop the various modes of accurate localization more at present.For example, poor (OTDOA time of arrival that observes, Observed Time Difference Of Arrival), (OTOA time of arrival of Guan Chaing, Observed Time Of Arrival), GPS (GPS, Global Positioning System), signal angle of arrival modes such as (AOA, Angle Of Arrival).The locator meams that these functions Network Based and/or mobile device realize can provide the location of precision from tens of rice to several kms.Though mode is had nothing in common with each other, the same with global cell information in the cell identification, these locator meamss all are provided at the positional information that has unique expression in the measurement range, for example, and the longitude and latitude that GPS adopts etc.
In various mobile communication networks, mobile subscriber terminal (UE, User Equipment) is except comprising the outer subscriber identity module that also comprises of mobile communication equipment (ME, Mobile Equipment).Subscriber identity module is one and stand-byly is the smart card of processor, originally effect is to provide subscriber identity authentication for network, User Recognition (the SIM in the GSM network for example, Subscribe Identity Module) Universal Integrated Circuit Card (UICC in card, the cdma network, UniversalIntegrated Circuit Card) and common user identification (USIM, Universal SIM) card etc.In order to use the needs of quick popularization value-added service, begin to increase use various tool packet technology in the user identification module, SIM kit (the SAT that for example is used for the GSM network, SIM Application Toolkit), be used for the RUIM application toolkit of cdma network and USIM kit and explain (USAT, USAT Interpreter) etc.The actual merchant of these application toolkit is one group of instruction, he to the smart card at subscriber identity module place how and the external world done detailed regulation alternately and expanded communication protocol between smart card and the mobile phone, make subscriber identity module can in mobile phone, bring into play more positive usefulness.
With GSM is example, and at present, GSM has determined SIM kit standard-[GSM 11.14.02.19], and this standard provides the powerful platform in the SIM, allows a large amount of small routines of operation in the SIM to initiate to operate outside the SIM on meeting the mobile phone of above-mentioned standard.For example, by direct and telephone subscriber's interactions of operation such as setup menu on phone, enforcement input and output; Obtain the information relevant, such as the position of mobile phone, signal intensity etc. with network; Registration occurs in the things in the phone, such as the movable of incoming call, short message, user or be active state etc.In a word, using to the program of moving in the subscriber identity module of application toolkit provides the interface of the automatic control of equipment to external world.
The Long-distance Control mode of existing information household appliances mainly is to utilize point-to-point short message communication mode that information household appliances are carried out Long-distance Control to need the server of network side that the form of short message is changed, and the actual effect of Communication Control is not high yet.
For control mode based on webpage, have only when the user browses to corresponding web page, could control information household appliances, and portable terminal generally is not easy to browse, therefore, for using using of portable terminal, use portable terminal information household appliances to be controlled very inconvenient.Especially, using at every turn or closing remote equipment all needs manual operation, has increased operation easier greatly.
Summary of the invention
The object of the present invention is to provide a kind of method and apparatus that can use mobile communication equipment at the different conditions of different position control remote equipments.
In order to reach purpose of the present invention, the technical scheme of being taked is: a kind of method of controlling the remote equipment function comprises: the current location information that 1) obtains mobile communication equipment; 2) described current location information and the preset position information that is associated with functional status described remote equipment that preset are compared; 3) according to result relatively the corresponding function of described remote equipment is controlled.
Above-mentioned control method comprises: as master control, reach remote control equipment thereby directly send control information to communication control equipment according to change in location with mobile communication equipment self; As master control, reach remote control equipment with subscriber identity module thereby send control information to communication control equipment by the kit program; As master control, reach remote control equipment with network thereby send control information to control device by interface.
Described with mobile communication equipment and with in the mode of subscriber identity module as master control, described preset position information is kept in mobile communication equipment and the subscriber identity module, and have some groups, be associated with different remote equipment function corresponding state of a control respectively.
The mode of passing through wireless or wired download of wherein said preset position information is provided with from the network renewal or by mobile communication equipment and subscriber identity module self; Wherein the mode of Xia Zaiing comprises: based on the mode of device request or be the mode of active push Network Based.
Described with in the mode of network as master control, described preset position information is kept at network server end, and be associated with one or more groups user list, each is organized user list and is associated with the respective remote equipment state respectively, and described network server end is in the positional information and the judgement user profile of carrying out need judging when function control is judged mobile communication equipment.
Wherein said network server end is that the control of avoiding reason such as network failure to bring is interrupted, in in the mode of network as master control, enabling or forbid establishing a normality for described remote equipment Be Controlled function, if in setting cycle, be not subjected to the network control instruction, be normality then with controlled recovering state.
The present invention also provides the equipment of realizing above-mentioned control method:
The scheme of described three kinds of control remote equipments all needs to use communication control equipment, and described communication control equipment comprises: communication module, remote control module, transport module; Described communication module links to each other with remote control module, and remote control module links to each other with transport module.
Described communication module, be used for the steering order that mobile terminal receive sends by communication network, and the steering order information that receives sent to remote control module, described remote control module generates specific steering order according to the steering order that communication module sends, and steering order is sent to transport module; Transport module transfers to remote equipment with the control command that is subjected to.
Further, described remote control module comprises validation verification submodule and translation submodule, and the validation verification submodule links to each other with the module of translation, and the validation verification submodule is used for the control command that communication module sends is carried out validation verification; The translation submodule is used for the checking object information by validation verification is translated into specific control information.
Further, described transport module further comprises infrared carrier Control module and infrared transceiver module, wherein, infrared carrier Control module links to each other with infrared transceiver module, infrared carrier Control module is used for specific control information is carried out sending to infrared receiving module after infrared MCU handles; Infrared transceiver module, the control command that is used for handling through infrared MCU sends to by remote equipment with characteristic frequency.
Further, described remote control module is single-chip microcomputer or single card microcomputer, perhaps central processing unit CPU, perhaps microprogram control unit MCU.
Further, described communication module is a kind of in radio communication module, gsm module, CDMA module, GPRS module, WCDMA module, CDMA2000 module, the TD-SCDMA module.
Further, described communication network is radio digital transmitting network or global system for mobile telecommunications GSM network or Code Division Multiple Access (CDMA) network or general packet radio service GPRS network or broadband CDMA WCDMA network or CDMA CDMA2000 network or time division synchronization code multiple access TD-SCDMA network.
Further, described communication module is a surface-mounted integrated circuit, and described surface-mounted integrated circuit is connected with remote control module by Pin pin or described communication network.
Further, described transport module, the feedback information that is further used for the controlled device that will receive sends to remote control module.
Further, remote control module is further used for described feedback command is translated as long-range feedback information, and sends this long-range feedback information to communication module; Communication module is further used for described long-range feedback information is sent to portable terminal by communication network.
Further, described controlled device is computing machine, household electrical appliance.
Described with mobile communication equipment self as also comprising other equipment of realizing this method in the method for master control: a kind of mobile communication equipment, described mobile communication equipment comprise application module, program controling module, locating module, position masked list and position control module; Described application module is realized the various application functions of described remote equipment to the control module transmitting control commands; Described program controling module provides control command with described application module for the user interface of described mobile communication equipment; Described locating module obtains the current location information of described mobile communication equipment from network; The positional information that described list of locations storage is associated with the functional status of some application modules of described remote equipment; The positional information of storing in current location information that described position control module is obtained described locating module and the described position masked list compares, send startup or disable command according to result relatively to the respective application module, perhaps, discuss interpolation or deletion function corresponding face to face in its control to the program controling module transmitting control commands.
Described with subscriber identity module as also comprising other equipment of realizing this method in the method for master control: a kind of subscriber identity module comprises kit routine interface, position masked list and position control module; Described toolkit interface provides the control command transmission interface of described subscriber identity module to affiliated remote equipment; The positional information that the masked list storage of described position is associated with the functional status of telling mobile communication equipment; Described position control module is obtained current location information from described mobile communication equipment, and the positional information of storing in this current location information and the described position masked list compared, according to result relatively by the kit routine interface to described communication control equipment transmitting control commands.
And a kind of mobile subscriber terminal comprises mobile communication equipment and subscriber identity module, and described subscriber identity module and above-mentioned subscriber identity module are basic identical, just its position masked list is shifted and stores in the mobile communication equipment.
Described with network as also comprising other equipment of realizing this method in the method for master control:: a kind of webserver that is used for mobile communcations system comprises locating module, interface, position masked list and position control module; Described locating module obtains the current location information of mobile communication equipment; Described control interface provides the described webserver opertaing device (12) to be sent the interface of order; The positional information that the masked list storage of described position is associated with described controlled device; The positional information of storing in current location information that described position control module is obtained described locating module and the described position masked list compares, according to relatively result by interface to described opertaing device (12) sending controling instruction, thereby the corresponding function of remote equipment is controlled.
Adopt the webserver can also include the valid user memory module, one or more groups user list that the positional information of storing in the storage of described validated user memory module and the described position masked list is associated, each is organized user list and is associated with the function corresponding state respectively; After described position control module judges that described locating module obtains current location information and belongs to the positional information of storing in the masked list of monologue story-telling with gestures position, the user profile that provides according to the employed subscriber identity module of this mobile communication equipment also, judge whether this user belongs to described user list, if described user list is many groups, judge also which group user list this user belongs to, according to relatively result by interface to opertaing device (12) sending controling instruction, the remote equipment function is controlled.
Adopt technique scheme, beneficial technical effects of the present invention is:
1, the present invention adopts and presets the positional information that is associated with the remote equipment function, by the method for relatively the remote equipment function being controlled with equipment current location information and preset position information, make same mobile communication equipment can correspondingly change the functional status of remote equipment with the difference of position, having solved prior art must be the loaded down with trivial details of hand-guided remote equipment by the people.
2, adopt with the scheme of mobile communication equipment self, only need transform,, realize easily, put on market fast in conjunction with existing intelligent appliance technology to mobile communication equipment as control; And this mode does not rely on subscriber identity module, and therefore, the holder can change operator and not influence the use of control function of the present invention.
3, adopt with the scheme of subscriber identity module as master control, control program places in the subscriber identity module, do not need network or this mobile communication equipment are made any change, as long as mobile communication equipment support facility packet interface, program in the subscriber identity module can also can be downloaded by network or other facilities when making or keep in repair in change, and it is easy to realize.
4, adopt with the scheme of network as master control, because comparing the user, operator can bear expensive technology, therefore can adopt most advanced and sophisticated high longitude location technology, and network is controlling of concentrating, therefore the change of any location technology all is transparent concerning the user.
Description of drawings
Fig. 1 is an overall module map of the present invention
Fig. 2 is the process flow diagram of method 1 among the present invention program one
Fig. 3 is the process flow diagram of method 2 among the present invention program one
Fig. 4 is equipment 1 module map among the present invention program one
Fig. 5 is equipment 2 module map among the present invention program one
Fig. 6 is equipment 3 module map among the present invention program one
Fig. 7 is the process flow diagram of method 3 among the present invention program two
Fig. 8 is the process flow diagram of method 4 among the present invention program two
Fig. 9 is equipment 4 module map among the present invention program two
Figure 10 is equipment 5 module map among the present invention program two
Figure 11 is the process flow diagram of method 5 among the present invention program three
Figure 12 is the process flow diagram of method 6 among the present invention program three
Figure 13 is the process flow diagram of method 7 among the present invention program three
Figure 14 is the present invention program's preset position information and user list graph of a relation
Figure 15 is the process flow diagram of method 8 among the present invention program three
Figure 16 is equipment 6 module map among the present invention program three
Figure 17 is equipment 7 module map among the present invention program three
Embodiment
The invention provides a kind of method and apparatus of controlling the function of remote equipment, its core concept is that the current location information of mobile communication equipment ME (Mobile Equipment) is compared with the positional information with the remote equipment function is associated that presets, send instruction to communication control equipment according to comparative result, controlled device receives control command and carries out.The present invention can realize in the mode of ME master control, also can be based on existing kit technology or OTA technology, realize in the mode of subscriber identity module master control or network master control.Corresponding to different master modes, the present invention also provides the implementation of equipment.Respectively the scheme of the different master modes of various employings is elaborated below.
Scheme one, ME master control
1) ME periodically obtains the current location information of self from network;
Network Based and use localization method different, positional information can have the multiple form of expression, and for example, for gsm system, the most general is exactly with MCC-MNC-LAC-CI formal representation GIC; For gps system, then be longitude and latitude.Therefore, positional information is exactly the position code that characterizes regional location in employed localization method, and in the overlay area of belonging network, position code has uniqueness.
2) current location information that obtains and the positional information that presets are compared;
The positional information that presets is one or more groups position code that sets in advance/store according to employed localization method, each organizes position code, each group position code all is associated with the functional status of ME, and for example, position code a, b, c are corresponding to the unlatching of remote computer devices; Position code d, e, f close and the remote computer Host Shutdown corresponding to the remote computer screen.The storage that the positional information that presets can be stored in ME wherein also can exist on the employed subscriber identity module of ME, and is just passable as long as ME can call when carrying out comparison program.
3) belong to the positional information that presets as current location information, show that promptly ME is positioned at the zone that need carry out remote control equipment, then the function control command according to the associated remote equipment of this positional information that presets sends and remote control equipment; Do not belong to the positional information of budget as current location information, then continue above-mentioned periodic position and obtain and deterministic process.
4) as receiving the control command information that ME sends when remote control equipment, described remote control becomes control command with described control command translation, and sends described control command to controlled device.
The method of method 2, another kind of control ME function, as shown in Figure 3, this method and method 1 are basic identical, just obtaining of current location information not to adopt the form of periodic request, but adopt the mode of passive triggering, when ME when network obtains the position renewal notice, just the determining program of Long-distance Control is once carried out in execution.This method is more saved device resource, but the locator meams of its support is compared the restriction that will be subjected to network capabilities with method 1, with regard to existing network condition, can carry out position renewal at ME based on the location recognition method of sub-district, initiatively send the position renewal notice when switching as home cell.
In above-mentioned two kinds of methods, the positional information that presets can be upgraded from network by the mode that OTA downloads.If change has taken place in localization method or because the variation of network causes carrying out the area relative position code of function control has taken place to change and all need the interior perhaps form of preset position information is adjusted, certainly, can adopt unit one by one input mode revise, be that a batch solves preferred version but OTA downloads this.Mode based on existing OTA downloads can initiatively send request to network by ME and obtain more new data, also can directly will upgrade data push (Push) to ME by network.
The equipment that is used to realize said method is described below.
Application module is to the communication control equipment transmitting control commands, for example start shut down computer, media player, washing machine, air-conditioning etc.
Program controling module provides the programmed control that is associated with above-mentioned various application modules for the user interface of ME, for same function, program controling module can provide different reference mark, for example, call or key associated etc. by the ME on-screen menu, the user calls the remote control command that above-mentioned application module comprises by the various reference mark that program controling module provides.
Locating module obtains the current location information of ME from network, based on the description in preceding method 1 and 2, it also can be the current location information that obtains ME when obtaining the updating location information notice of network that locating module can be periodically obtains current location information from network.
The positional information of storing in current location information that position control module is obtained locating module and the position masked list compares, and sends remote equipment according to result relatively to the application corresponding module and enables or shutdown command.
Above-mentioned communication control equipment is to receive control ME application module by network to send steering order, and steering order is sent to described controlled device; Described controlled device receives described steering order, and operates according to steering order.Wherein, communication control equipment is connected with described controlled device.Described communication control module comprises: communication module, validation verification module, translation module, link block, described communication module, be used for the steering order that mobile terminal receive sends by communication network, and the steering order information that receives sent to the validation verification module, described validation verification module, be used for carrying out validation verification according to the steering order that communication module sends, and will verify that the information of passing through is sent in translation module, described translation module is translated into control signal with control command.Transmit control signal to transport module; Transport module transfers to controlled device with control signal;
Described communication module links to each other with remote control module, and remote control module links to each other with transport module.
Above-mentioned transport module can be wireline interface or interface.Such as: serial ports, parallel port, bluetooth module or infrared interface etc.
Further, preferential infrared carrier Control module and the infrared transceiver module of adopting of described transport module, wherein, infrared carrier Control module links to each other with infrared transceiver module, infrared carrier Control module is used for specific control information is carried out sending to infrared receiving module after infrared MCU handles; Infrared transceiver module, the control command that is used for handling through infrared MCU sends to controlled device with characteristic frequency.
Equipment 3, a kind of UE (User Equipment), as shown in Figure 6, comprise ME and subscriber identity module, the structure of its ME and equipment 1 described ME structure are basic identical, just the masked list transfer of ME in the equipment 1 has been stored in the subscriber identity module, further, communication control equipment in the equipment 3 and the communication control equipment in the equipment 1 are identical.
According to above-mentioned description about method and relevant device, as can be seen scheme with the core main control module that is to carry out function control be embedded among the ME.The superiority of this mode is that the realization of control function only depends on ME itself, and terminal device manufacturer can produce the product with corresponding function very soon, puts on market fast; And since be based on the function that ME itself provides, therefore, the holder of ME can change operator and not influence the use of remote control function of the present invention.
For better understanding this programme, provide below said method, equipment under concrete network, one of concrete applied environment make use-case.
The hypothetical network environment is a gsm system, and localization method is a cell identification.Certain company is for security needs, issued Administrative Area nobody the time, the regulation that corporate server must be closed.The GCI that covers the sub-district of the said firm region is: 520-01-1766-1; 520-01-1733-2; 520-01-1733-3.
At this moment, there are two kinds of ways in company, perhaps arranges the special messenger to close corporate server, perhaps the ME of the present invention that provides in the operational version one.Select the latter's company, allow the employee register their ME to the information security department of company, that is, the in-position masked list writes.The employee of information security department will cover in the sub-district GCI writing position masked list of the said firm, and the management controlled device is a server.Content for fear of the position masked list is not intended to revise by the ME holder, and the position masked list can be provided with security password, and security password is by the information security department's grasp and the modification of company.
When the employee of the ME after holding registration moves out in the controlled scope, the position control module of ME all can be judged current location and leave in the list of locations that presets (no matter to adopt still position renewal trigger mode of periodically judgement), mobile phone sends closing server to communication control equipment immediately and sends order, server fill order.
In actual applications, many group preset position information can be in the masked list of position, independently kept,, the different requirement for restriction of the tissue that is positioned at zones of different can be satisfied so respectively for different functional statuses.
Scheme two, subscriber identity module master control
In this scheme, subscriber identity module need be by the control of kit realization to ME, and therefore, this subscriber identity module is smart card and the set that blocks the kit program that is comprised.For different networks, subscriber identity module has different expression form, as the User Recognition (SIM in the GSM network, Subscribe Identity Module) Universal Integrated Circuit Card (UICC in card, the cdma network, Universal Integrated Circuit Card) and common user identification (USIM, Universal SIM) card etc.For the sake of brevity, below it is referred to as SIM.For the GSM network, alleged SIM just is meant GSM SIM card+SIM kit; For cdma network, alleged SIM just is meant RUIM card+application toolkit; For the UMTS network, alleged SIM just is meant UICC+USIM+USAT+USAT-I.
The method of method 3, the third control ME function as shown in Figure 7, comprising:
1) SIM periodically obtains the current location information of ME from network by affiliated ME; As previously mentioned, positional information is exactly the position code that characterizes regional location in employed localization method.
2) current location information that obtains and the positional information that presets are compared; To similar in the scheme one, the positional information that presets can have one or more groups equally, can be stored in the storer of SIM, also can be stored in the SIM place ME storage wherein, just passable as long as SIM can call when carrying out comparison program.
3) belong to the positional information that presets as current location information, show that promptly ME is positioned at the zone that need carry out remote functionality control, then give communication control equipment by kit program transmitting control commands according to the associated functional status of this positional information that presets; If current location information does not belong to the positional information that presets, then continue above-mentioned periodic position and obtain and deterministic process.
The method of method 4, the 4th kind of control ME function, as shown in Figure 8, the difference of the method and method 3 is: when SIM by ME when network obtains position renewal and notifies, SIM just sends to control command of communication control equipment.
In above-mentioned two kinds of methods, the positional information that presets can be upgraded from network by the mode that OTA downloads equally.And based on the support of kit technology, SIM primary control program used in the present invention itself also can be downloaded and be installed among the SIM by the OTA mode, a common SIM is become the SIM that supports the inventive method.
The equipment that is used to realize said method is described below.
Equipment 4, a kind of SIM as Fig. 1, shown in Figure 9, comprise kit routine interface, position masked list and position control module; A kind of control module also comprises communication control equipment, and described communication control equipment comprises communication module, validation verification module, translation module, infra-red carrier control module, infrared transceiver module; Also comprise controlled device.
The kit routine interface provides SIM to described communication control equipment transmitting control commands; The positional information that position masked list storage is associated with the functional status of ME; Position control module is obtained its current location information from ME, and the positional information of storing in this current location information and the position masked list compared, pass through the kit routine interface to the communication control equipment transmitting control commands according to result relatively, thereby the corresponding function of controlled device is controlled.
Above-mentioned communication control equipment is to receive control ME application module by network to send steering order, and steering order is sent to described controlled device; Described controlled device receives described steering order, and operates according to steering order.Wherein, communication control equipment is connected with described controlled device.Described communication control module comprises: communication module, validation verification module, translation module, link block, described communication module, be used for the steering order that mobile terminal receive sends by communication network, and the steering order information that receives sent to the validation verification module, described validation verification module, be used for carrying out validation verification according to the steering order that communication module sends, and will verify that the information of passing through is sent in translation module, described translation module is translated into control signal with control command.Transmit control signal to transport module; Transport module transfers to controlled device with control signal;
And communication module links to each other with remote control module, and remote control module links to each other with transport module.
Above-mentioned transport module can be wireline interface or interface.Such as: serial ports, parallel port, bluetooth module or infrared interface etc.
Preferential, described transport module can adopt infrared carrier Control module and infrared transceiver module, wherein, infrared carrier Control module links to each other with infrared transceiver module, infrared carrier Control module is used for specific control information is carried out sending to infrared receiving module after infrared MCU handles; Infrared transceiver module, the control command that is used for handling through infrared MCU sends to controlled device with characteristic frequency.
Equipment 5, another kind of UE as Fig. 1, shown in Figure 10, comprise SIM and ME, and SIM comprises kit routine interface and position control module; ME comprises application module, program controling module, locating module and position masked list; Also comprise communication control equipment, described communication control equipment comprises communication module, validation verification module, translation module, infra-red carrier control module, infrared transceiver module; Also comprise controlled device.
Application module is to the control module transmitting control commands, for example start shut down computer, media player, washing machine, air-conditioning or the like.
Program controling module provides the programmed control that is associated with above-mentioned various application modules for the user interface of ME, for same function, program controling module can provide different reference mark, for example, call or key associated etc. by the ME on-screen menu, the user calls the remote control command that above-mentioned application module comprises by the various reference mark that program controling module provides.
Locating module obtains the current location information of ME from network, and based on the description in preceding method 1 and 2, it also can be the current location information that obtains ME when obtaining the position renewal notice of network that locating module can periodically obtain current location information from network;
Position control module is from the current location information of the locating module ME of ME, and the positional information of storing in this current location information and the position masked list compared, pass through the kit routine interface to the communication control equipment transmitting control commands according to result relatively, thereby long-range controlled device function is controlled: perhaps send and enable or disable command to the respective application modules driver.
According to above-mentioned description about method and relevant device, the core of scheme two is main control module is placed the control of the SIM realization of support facility to long-range controlled device as can be seen.The superiority of this mode is, control program places in the SIM, do not need network or this mobile communication equipment are made any change, as long as the ME support facility bag control interface that is cooperated, program in the SIM can also can be downloaded by network or other facilities when making or keep in repair in change, realize easily, that is to say that base table is that the common SIM that does not possess function of the present invention also can carry out software upgrading and realize function of the present invention, therefore promote very convenient.And, because control function is realized that by SIM the user can unrestricted selection terminal device.
In order better to understand this programme, provide in concrete network, concrete applied environment one of said method, equipment below and make use-case.
The hypothetical network environment is a gsm system, and localization method is a cell identification.Certain company is for security needs, issued Administrative Area nobody the time, the regulation that corporate server must be closed.The GCI that covers the sub-district of the said firm region is: 520-01-1766-1; 520-01-1733-2; 520-01-1733-3.
At this moment, there are two kinds of ways in company, perhaps arranges the special messenger to close corporate server, perhaps the SIM of the present invention that provides in the operational version two.The operator of company of selecting the latter promptly requires to provide special SIM of the present invention (perhaps to the people who selects the latter according to company, if the original SIM support facility of employee bag program down loading updating, primary control program is downloaded and is installed among original SIM), the GCI that writes covering company sub-district in the masked list of the position of SIM is (if provide SIM in the equipment 5, then write among the ME as scheme one content with the position masked list), and the function that association is controlled is made as closing server.Equally, can also security password be set, avoid being revised by the holder for the position masked list.
When the ME of SIM moves out in the controlled scope after the employee will be equipped with registration, the position control module of SIM will be judged current location and fall into the list of locations that presets, promptly by toolkit interface to the control device transmitting control commands, thereby realize closing of server.
In such scheme, can independently keep many group preset position information in the masked list of position equally, respectively for the difference in functionality state of distinct device, can be satisfied with the different requirement for restriction of the tissue of zones of different like this.
By foregoing description as can be seen, scheme one and scheme two have certain similarity on concrete grammar and equipment, because two schemes all are based on the local single-set operation pattern of controlling remote equipment in essence, its essential distinction has been that ME still is that SIM controls, as for obtaining of the storage/set-up mode of position masked list, current location information etc., in two schemes, can analogy use.
Scheme three, network master control
The method of method 5, the 5th kind of control remote equipment as shown in figure 11, comprising:
1) obtains the current information of ME network cycle; As previously mentioned, positional information is exactly to characterize the regional location code in employed localization method.
2) current location information that obtains and the positional information that is associated with the ME functional status that is preset at network server end are compared;
3) belong to the positional information that presets as current location information, show that promptly ME is positioned at the zone that need carry out long-range controlled device function control, the controlled device functional status that this is associated according to this positional information that presets, thus controlled device is controlled to the communication control equipment transmitting control commands by the OTA interface; Do not belong to the positional information that presets as current location information, this continues above-mentioned periodic position and obtains and deterministic process.
The method of method 6, the 6th kind of control ME function, as shown in figure 12, this method is similar substantially to method 5, just in step 3), do not belong to the positional information that presets as current location information, still pass through the OTA interface to the control module transmitting control commands, the functional status of this control command indication is opposite when belonging to the positional information that presets with current location information.The benefit of the method is, no matter whether ME is positioned at the control area of presetting, can both periodically obtain function control information, be connected also and can when the recovery connection, in time obtain correct function indication, improve the reliability of control even ME a period of time and network are lost from network.
The method of method 7, the 7th kind of control ME function, as shown in figure 13, this method is similar substantially to method 5, just in step 3, transmitting control commands be not directly to send to control module by OTA, but the OTA instruction is transmitted to SIM, SIM sends to communication control equipment to control command according to the OTA instruction by the kit program more again.Certainly, also can copy method 6 in the method, send opposite control command when presetting outside the control area to communication control equipment when ME is in.
The method of method 8, the 8th kind of control ME function, in the method, network server end not only presets positional information, also presets the user list that is associated with the institute position, and described user list is one or more groups, is associated with the function corresponding state respectively; Relation between preset position information, user list, the functional status as shown in the figure, one group of preset position information is associated with N group user list among the figure, the numbering i (functional status of the corresponding corresponding numbering of user list of i=1 ~ n).
This method flow comprises as shown in figure 15:
1) obtains the current location information of ME network cycle;
2a) current location information that obtains and the positional information that presets are compared, judge whether current location information belongs to the positional information that presets, if execution in step 2b), execution in step 3 then if not);
2b) the user profile that provides according to the employed SIM of ME judges whether this user belongs to the user list that presets, if described user list is many groups, judges also which group user list this user belongs to.If current location information belongs to the positional information that presets, but the user does not belong to arbitrary user list, then continues above-mentioned periodic position and obtains and deterministic process; If current location information belongs to the positional information that presets, and the user belongs to a certain user list, then the functional status that is associated according to this user list by the OTA interface to the communication control equipment sending controling instruction, thereby long-range controlled device is carried out function control.
3) do not belong to the positional information that presets as current location information, then continue above-mentioned periodic position and obtain and deterministic process.
The benefit of the method is to limit by docking in check validated user, can reduce because the adverse effect that positioning error causes as far as possible; No matter be based on which kind of localization method, all there is the accuracy rating that moves, that is to say, there is certain error all the time in the zone that the scope of the actual covering of the positional information that presets and desirable requirement cover, and, for the cell recognition method of common use, this error possibility will be quite big, in this case, based on network control just can be carried out unnecessary control to the distant place equipment that does not belong to the controlled scope of organization in a large number, if and further clearly be a customer group that presets (for example, belonging to the personnel or the equipment of this tissue) with the object of restriction, so because the adverse effect that causes of position range error just can drop to minimum.Another benefit of the method is to provide the different tissues in the same identification zone function control service of different controlled devices.
In said method 5 ~ 8, controlled function that can also long-range controlled device enable or disabled status is set to normality, if be not subjected to the control command of network in setting cycle, then the recovering state with the Be Controlled function is a normality.The control that the benefit of doing so just can be avoided ME to be connected with network and interrupt causing lacks, and further guarantees the reliability of controlling.In addition, network also can adopt the triggering mode based on the ME position renewal to the obtaining except adopting periodic mode of ME current location information in said method.
The equipment that is used to realize said method is described below.
Equipment 6, a kind of webserver that is used for mobile communcations system as Fig. 1, shown in Figure 16, comprise locating module, OTA interface, position masked list and position control module; Also comprise communication control equipment, described communication control equipment comprises communication module, validation verification module, translation module, infra-red carrier control module, infrared transceiver module; Also comprise controlled device.
Locating module obtains the current location information of ME;
The OTA interface control command that device sends control device of providing services on the Internet;
The positional information that position masked list storage is associated with the functional status of ME;
The positional information of storing in current location information that position control module is obtained locating module and the position masked list compares, according to result relatively by the OTA interface to the communication control equipment transmitting control commands, thereby the control controlled device.
Above-mentioned communication control equipment is to receive the webserver by network to send steering order, and steering order is sent to described controlled device; Described controlled device receives described steering order, and operates according to steering order.Wherein, communication control equipment is connected with described controlled device.Described communication control module comprises, communication module, validation verification module, translation module, link block, described communication module, be used for the steering order that mobile terminal receive sends by communication network, and the steering order information that receives sent to the validation verification module, described validation verification module, be used for carrying out validation verification according to the steering order that communication module sends, and will verify that the information of passing through is sent in translation module, described translation module is translated into control signal with control command.Transmit control signal to transport module; Transport module transfers to controlled device with control signal;
And communication module links to each other with remote control module, and remote control module links to each other with transport module.
Above-mentioned transport module can be wireline interface or interface.Such as: serial ports, parallel port, bluetooth module or infrared interface etc.
Preferential, described transport module can adopt infrared carrier Control module and infrared transceiver module, wherein, infrared carrier Control module links to each other with infrared transceiver module, infrared carrier Control module is used for specific control information is carried out sending to infrared receiving module after infrared MCU handles; Infrared transceiver module, the control command that is used for handling through infrared MCU sends to controlled device with characteristic frequency.
Equipment 7, another kind are used for the mobile communication network server, as Fig. 1, shown in Figure 17, comprise locating module, OTA interface, position masked list, validated user memory module and position control module; Also comprise communication control equipment, described communication control equipment comprises communication module, validation verification module, translation module, infra-red carrier control module, infrared transceiver module; Also comprise controlled device.
The OTA interface control command that device sends communication control equipment of providing services on the Internet;
The OTA interface control interface of device of providing services on the Internet to ME;
The positional information that position masked list storage is associated with the functional status of ME;
One or more groups user list that the positional information of storing in validated user module stores and the position masked list is associated, each is organized user list and is associated with the function corresponding state respectively;
The positional information of storing in current location information that position control module is obtained locating module and the position masked list compares, and does not belong to the positional information that presets as current location information, then not to the communication control equipment transmitting control commands; The positional information of storing in the masked list of position as described in belonging to as current location information, then also provide user profile according to the used subscriber identity module of this mobile communication equipment, judge whether this user belongs to described user list, if the user does not belong to arbitrary user list, then allow not transmitting control commands; As judge and be used to belong to a certain user list, then the functional status that is associated according to this user list by the OTA interface to the communication control equipment transmitting control commands, thereby realize the control controlled device.
Above-mentioned communication control equipment is to receive the webserver by network to send steering order, and steering order is sent to described controlled device; Described controlled device receives described steering order, and operates according to steering order.Wherein, communication control equipment is connected with described controlled device.Described communication control module comprises, communication module, validation verification module, translation module, link block, described communication module, be used for the steering order that mobile terminal receive sends by communication network, and the steering order information that receives sent to the validation verification module, described validation verification module, be used for carrying out validation verification according to the steering order that communication module sends, and will verify that the information of passing through is sent in translation module, described translation module is translated into control signal with control command.Transmit control signal to transport module; Transport module transfers to controlled device with control signal;
And communication module links to each other with remote control module, and remote control module links to each other with transport module.
Above-mentioned transport module can be wireline interface or interface.Such as: serial ports, parallel port, bluetooth module or infrared interface etc.
Preferential, described transport module can adopt infrared carrier Control module and infrared transceiver module, wherein, infrared carrier Control module links to each other with infrared transceiver module, infrared carrier Control module is used for specific control information is carried out sending to infrared receiving module after infrared MCU handles; Infrared transceiver module, the control command that is used for handling through infrared MCU sends to controlled device with characteristic frequency.
According to above-mentioned description about method and apparatus, the core of scheme three is main control module is placed the webserver as can be seen, gives the control module transmitting control commands by the OTA interface, realizes the control of equipment at a distance.Scheme three is that with the fundamental difference of scheme one, two it is based on the remote centralized control of network, can realize simultaneously some users' control is handled, therefore has the advantage that maintains easily, such as, carry out with regard to not needing one by one terminal for the variation/renewal of preset information, as long as server is provided with, preset information also has higher security simultaneously.And because operator compares the user and can bear more expensive technology, therefore can use most advanced and sophisticated height location technology, and network is central controlled, therefore the change of any location technology all is transparent to the user, the easier realization of upgrading of feasible service.
For better understanding this programme, provide in concrete network, concrete applied environment one of said method, equipment below and make use-case.
The hypothetical network environment is a gsm system, and localization method is a cell identification.Certain company is for security needs, issued Administrative Area nobody the time, the regulation that corporate server must be closed.The GCI that covers the sub-district of the said firm region is: 520-01-1766-1; 520-01-1733-2; 520-01-1733-3.
At this moment, the said firm need carry out service registration to Virtual network operator with regard to this information security, the feature list that needs restriction is provided, the GCI that the advantage Virtual network operator will cover the sub-district of company writes the position masked list and the related corresponding apparatus functional status of the webserver, if the service that provides according to method 8, then also the personnel's of the said firm customer identification information is write corresponding user list.
When the ME of employee's use moves in the controlled scope, the position control module of network will be judged current location and fall into the list of locations that presets, promptly send the closing server control command to control module, thereby realize closing of server by the OTA interface.
As shown in figure 14, described in above each scheme and the method positional information and organized the function topological diagram that user list is associated with the function corresponding state respectively with each.
More than a kind of method and apparatus of controlling the remote equipment function provided by the present invention is described in detail, used specific case herein principle of the present invention and embodiment are set forth, the explanation of above embodiment just helps to understand method of the present invention and core concept thereof; Simultaneously, for one of ordinary skill in the art, according to thought of the present invention, the part that on embodiment merchant and range of application, all can change, in sum, this description should not be construed as limitation of the present invention.
Claims (12)
1. method by portable terminal control remote equipment is characterized in that comprising:
1) current location information of acquisition portable terminal;
2) described current location information and the positional information that is associated with the remote equipment functional status that presets are compared;
3) communication control module is controlled the function of remote equipment according to comparative result.
2. the method for control remote equipment according to claim 1 is characterized in that: described step 1) comprises: the current location information that is periodically obtained self by mobile communication equipment from network; Or obtain the current location information of self from network by affiliated mobile communication equipment by subscriber identity module; Or by network cycle obtain the current position information of mobile communication equipment.
3. the method for control remote equipment according to claim 1 is characterized in that: described step 2) comprise, compared from current location information and the described positional information that presets that network obtains self by mobile communication equipment by subscriber identity module; Or current location information and the described positional information of obtaining that presets compared by mobile communication equipment; Or by network with described current location information be preset at the positional information that is associated with functional status described mobile communication equipment network server end and compare.
4. the method for control remote equipment according to claim 1 is characterized in that: described step 3) comprises, is sent the startup or the disable command of remote equipment to control module according to comparative result by mobile communication equipment; Or send the startup or the disable command of remote equipment to control module by the kit program according to result relatively by subscriber identity module; Or by the result of network based comparison to described control module sending controling instruction, further the function of remote equipment is controlled.
5. the method for control remote equipment function according to claim 2 is characterized in that: the described positional information that presets is stored on described subscriber identity module or the described mobile communication equipment or network server end.
6. the method for control remote equipment function according to claim 2, it is characterized in that: the described positional information that presets is upgraded from network by the mode of downloading, perhaps send request by described mobile communication equipment to network and obtain more new data, the data after perhaps will being upgraded by network send to described mobile communication equipment by the mode that pushes.
7. the method for control remote equipment function according to claim 2 is characterized in that: the described positional information that presets has some groups, is associated with the function corresponding state of a control respectively.
8. according to the method for claim 3 or 5 described control mobile communication appliance functions, it is characterized in that, described network server end also presets the user list that is associated with the described positional information that presets, described user list one or more groups, be associated with corresponding functional status respectively.
9. the method for control remote equipment function according to claim 3 is characterized in that: described by network with described current location information be preset at the mode that the positional information that is associated with functional status described mobile communication equipment network server end compares and also further comprise:
2a) described current location information and the location information function that presets are compared, judge whether current location information belongs to the positional information that presets, if execution in step 2b then), otherwise execution in step 3) or do not carry out;
2b) the user profile that provides according to the employed subscriber identity module of this mobile communication equipment judges whether this user belongs to described user list, and user list is many groups as described, judges then which group user list this user belongs to.
10. according to the method for any described control remote equipment function of claim 1, it is characterized in that: described remote equipment also controlled function enable or disabled status is set to normality, if do not receive the control command of network in setting cycle, then the recovering state with control function is a normality.
11. the method for control remote equipment function according to claim 1, it is characterized in that in the described step 3): communication control unit further comprises:
Communication module is used for the geographical location information that mobile terminal receive sends by communication network, and the geographical location information that receives is sent to remote control module;
Remote control module, the mobile terminal geographic position information that is used for sending according to communication module generates control command, and transmitting control commands is given transport module;
Transport module transfers to controlled device with the control command that is subjected to;
Described communication module links to each other with remote control module, and remote control module links to each other with transport module.
12. system according to claim 11 is characterized in that: the geographical location information that described communication module mobile terminal receive sends can adopt wireless or the cable network transmission; As GSM, GPRS, internet, bluetooth etc.;
Described remote control module further comprises validation verification submodule and translation submodule, and the validation verification submodule is connected with the translation submodule.
Described remote control module further comprises validation verification submodule and translation submodule, and the validation verification submodule links to each other with the module of translation,
Described validation verification submodule is used for the geographical location information that communication module sends is carried out validation verification;
Described transport module can adopt wired or wireless transmission, as serial ports, parallel port, bluetooth, infrared ray, internet, air network etc.; Further, preferential infrared carrier Control module and the infrared transceiver module of adopting of described transport module, wherein, infrared carrier Control module links to each other with infrared transceiver module, infrared carrier Control module is used for specific control information is carried out sending to infrared receiving module after infrared MCU handles; Infrared transceiver module, the control command that is used for handling through infrared MCU sends to controlled device with characteristic frequency.
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Application publication date: 20110727 |