CN102984341A - Method and equipment and system for controlling start-up of applications in mobile terminal equipment - Google Patents
Method and equipment and system for controlling start-up of applications in mobile terminal equipment Download PDFInfo
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Abstract
On the whole, the invention discloses a method, equipment and a system for controlling start-up of applications through a specific application activation table. According to the first aspect, the invention provides a method for the controlling for the start-up of the applications in first mobile terminal equipment. The first mobile terminal equipment comprises a first near field communication (NFC) module. According to the method, upkeep of the specific application activation table is achieved, occurrence of second equipment for communication with the first terminal equipment in an adaptive mode is detected, identification parameters relative to the second equipment are determined, at least one scheduled application in the first equipment is started up, and the application is chosen to be started up based on entries in the specific application activation table and based on the determined identification parameters.
Description
The application is to be the dividing an application of patent application 200580049209.6 on April 19th, 2005 applying date.
Technical field
The present invention relates to application start control field in the mobile terminal device, wherein said portable terminal can further be equipped with smart card module and wireless near field communication (NFC) interface.
Background technology
In a kind of possible execution mode of NFC, for example use radio-frequency (RF) identification (RFID) technology realizes electromagnetic coupled and/or electrostatic coupling in radio frequency (RF) part of electromagnetic spectrum, wherein radio-frequency (RF) identification (RFID) technology mainly comprises radio-frequency (RF) identification (RFID) transponder and radio frequency transponder reader, wherein radio-frequency (RF) identification (RFID) transponder also can be represented by radio frequency (RFID) label, and for simplicity wherein the radio frequency transponder reader also can be represented by radio frequency (RFID) reader.Object in order to set up personal identification and to recognize (RFID) transponder that has radio-frequency (RF) identification uses radio-frequency (RF) identification (RFID) transponder to tag as object widely.Basically, radio-frequency (RF) identification (RFID) transponder comprises electronic circuit, radio frequency (RF) interface and high frequency (HF) interface with data storage capacities, these two interfaces respectively with antenna-coupled to electronic circuit.
Radio-frequency (RF) identification (RFID) transponder typically is contained in the small containers.According to the requirement that the use of radio-frequency (RF) identification (RFID) transponder is done (namely, data transmission rate, inquiry energy and transmitting boundary etc.), on different radio frequencies, for example at (for example, 134kHz, 13.56MHz, 860-928MHz etc. from several 10-100kHz to certain GHz; Only be used for explanation) scope in, different types of data supply and data transmission are provided respectively.
Be combined with above-mentioned technology, the use of smart card is increasing steadily.Modern smart cards provides the safety of developing high value, safety and complicated applications and the environment of tamperproof to application developer.The secure memory area that described smart card comprises CPU and makes undesirable third party's access become very difficult.Further, encryption apparatus be can in smart card, be equipped with, picture bank or even the individual Secure Application of using of identifying so just smart card can be used for.
For example the modern mobile terminal device of image drift mobile phone is equipped with for example NFC communication module and the safe also smart card module of tamperproof.Expectation can be controlled the application relevant with NFC module and/or secure smartcard module in order to avoid undesirable or fraudulent application.Be used for the actual execution mode of control mobile terminal device and the information that method is only used other the imaginabale tag types that comes from corresponding RF ID label or be combined with the detection application type.
Summary of the invention
The method that is to provide based on the relevant data type that detects that does not but comprise application specific information with concrete label application start in the control mobile terminal device of catalogue of the present invention.Further, provide mobile terminal device and the system that is adapted to control application start.The invention discloses for the effective ways based on the application choice of NFC/triggering, and special-purpose startup table more specifically disclosed, this special use start table allow terminal applies start " registration is signature also " on the table with event that the label of having registered respectively described application or external source communicate by the NFC communication interface after provide and trigger required related of described application.
Purpose of the present invention is solved by the theme that limits in the appended independent claims.
According to a first aspect of the invention, provide the method that the startup of the application in the first mobile terminal device is controlled.Described the first mobile device comprises the first short-range communication (NFC) module.The method according to this invention may further comprise the steps: keep proprietary application startup table, detection is adapted the appearance with the second equipment that communicates with described first terminal equipment, determine and the described second device-dependent identification parameter, and start at least one predetermined application in described the first equipment, wherein said application based on described proprietary application start in the table clauses and subclauses and based on described definite identification parameter and selected the startup.Yet the first equipment can for example the near field communication interface of NFC standard interface be come and the second equipment communicates by picture.
Those skilled in the art will envision that another data communication channel, and it belongs within the scope of the present invention.Described communication can be carried out unidirectional and/or two-wayly, and can be adapted to work.Identification parameter receives from the second equipment, and can comprise as by the NTIP field of NFC forum standard or application identities symbol (AID) etc.The second equipment can be RFID label or P2P equipment, and it can control described the first equipment in using such as game etc.Described proprietary application startup table can be adapted to carry out different realizations by those skilled in the art.
First embodiment of the invention, the method additionally comprises the step that interface, specific record type information and additional information are provided, and wherein this interface is adapted to allow to carry out clauses and subclauses in the described proprietary application startup table based at least one combination of described definite identification parameter.Thereby, may allow for example to control described proprietary application startup table fully by the user, also be conceivable by automatic renewal or remote update still.
According to another implementation of the invention, described identification parameter comprises the information about the data type in described the second equipment.According to the present invention, may start certain application according to the data type in the RFID label of described the second equipment of representative now.
According to another implementation of the invention, described identification parameter comprises the information about the physical type of described the second equipment.Thereby, the adaptive of different physics the second equipment is provided.This means and to support the second different device types.
According to another implementation of the invention, the described NFC module with described the first mobile terminal device provides described detection.
According to another implementation of the invention, the described information of determining to be based on from the reception of described the second equipment.Therefore, can be based on the information and executing that comes from described the second equipment to the control of described the first equipment.
According to another implementation of the invention, provide and determined whether described application needs to carry out alternately to communicate based on described special table clauses and subclauses and described the second equipment with the safe and intelligent module that is built in the described mobile terminal device, if and determined it is sure, then the control with the NFC module would pass to described secure smartcard module to communicate by described NFC module being connected with described secure smartcard module come with described the second equipment.Therefore, may provide the tamperproof transfer of data with described smart card module or element now.
Further, determining whether need to carry out alternately can be respectively based on application current active or operation with secure smartcard module.Realize that according to another kind determining whether need to carry out alternately can be based on for example external communication source with secure smartcard module.Described external communication source can be corresponding to described the second equipment.Yet, according to the present invention, provide based on activity use to the mutual control of described smart card module.For example, if certain application is detected as the application of operation, then described secure smartcard module will can not be activated.Should be noted that the difference in the scope of the invention realizes it being imaginabale.
According to another implementation of the invention, described use operation comprises described NFC module is connected with described secure smartcard module.Thereby the direct link between NFC module and the described secure smartcard element is established and attacks and can avoid via the duplicity of equipment CPU.Described smart card module can be implemented as tamper-resistant module.
According to another implementation of the invention, can be begun based on described first mobile terminal device of NFC communication interface and the data trade between described the second equipment, wherein said data trade is provided by described secure smartcard module, need not that the user controls with described the first mobile terminal device and/or automatically control.
According to another implementation of the invention, described startup is based on the environmental data that receives, such as temperature, air pressure, humidity etc.According to this execution mode, may control the first mobile device based on sense data.That is, if for example sensing temperature is lower than certain predetermined value, then can start Another application.It is also envisioned that described the second equipment will provide environmental data, and correspondingly described the first mobile device can use this environmental data to browse described proprietary application startup table.
According to a further aspect in the invention, a kind of computer program is provided, it comprises the program code segments that is stored on the computer-readable medium, this program code segments be used for when computer program based on processor device, computer, terminal, the network equipment, portable terminal or when supporting the terminal of mobile communication to move, the operation of realization method of any aforementioned embodiments according to the present invention.
According to a further aspect in the invention, a kind of computer program is provided, it comprises the program code segments that is stored on the computer-readable medium, this program code segments be used for when computer program based on processor device, computer, terminal, the network equipment, portable terminal or when supporting the terminal of mobile communication to move, the operation of realization preceding method according to the embodiment of the present invention.
According to another aspect of the present invention, provide a kind of Software tool.Software tool comprises program part, and this program part is used for realizing the operation of aforesaid method in computer program when Software tool is realized and/or carried out.
According to a further aspect in the invention, provide a kind of computer data signal that specialize and that represent instruction in carrier wave, this computer data signal is for when being carried out by processor, so that the operation of the method for aforementioned embodiments is implemented according to the present invention.
According to another aspect of the present invention, provide a kind of mobile terminal device that is adapted to control application start.Described mobile terminal device comprises for the device of keeping proprietary application startup table, the first short-range communication (NFC) module, for detection of being adapted device with the appearance of the second equipment of communicating with described mobile terminal device, being used for determining and the device of described the second device-dependent identification parameter and at least one the predetermined device used that starts described mobile terminal device that wherein said application starts table based on described proprietary application and starts based on described definite identification parameter is selected.
According to another implementation of the invention, described mobile terminal device further comprises secure smartcard module, and be used for to determine whether described application requires and be built in described secure smartcard module in the described mobile terminal device and carry out alternately the device that communicates with based on special table clauses and subclauses and the second equipment.
According to another implementation of the invention, provide a kind of system, it comprises a plurality of described the first mobile terminal devices and is adapted a plurality of described the second equipment to communicate with described a plurality of mobile terminal devices.
According to another implementation of the invention, described at least one second equipment comprises the RFID transponder.Therefore, make it possible to carry out data communication on the RFID channel.
According to another implementation of the invention, the RFID transponder comprises passive RFID tags, this passive RFID tags can be from the signal of communication that receives harvest energy and use the signal of communication of the described reception of energy response of described collection.
According to another implementation of the invention, described at least one second equipment comprises point of sale (PoS) terminal that can use the 2nd NFC module to communicate.
According to another implementation of the invention, described at least one second equipment comprises second portable terminal that can use the 2nd NFC module to communicate.
Description of drawings
The other side of the above and the various execution modes of the present invention will become obviously to its detailed description of carrying out by following the combination with accompanying drawing, wherein
Fig. 1 is the schematic example block diagram at the concrete portable CE equipment in cellular terminal Equipment Foundations demonstration ground;
Fig. 2 is the sequence of operation schematic diagram of the control method according to the present invention;
Fig. 3 is the proprietary application startup table according to embodiment of the present invention;
Fig. 4 is the mutual schematic diagram according to mobile device of the present invention and some exemplary external equipment and/or event; And
Fig. 5 comprises the secure smartcard module that will control and the exemplary embodiment of the invention of NFC module.
Embodiment
In following description to various execution modes, the Reference numeral of doing on accompanying drawing forms the part of accompanying drawing, and shows the various execution modes that the present invention can implement therein by the mode that illustrates therein.Should be known in and can use other execution mode, and can make under the condition that does not break away from the scope of the invention on the structure and function on modification.In whole drawing and description, use may the same reference numerals representation class like or identical part.
Fig. 1 has described the typical mobile device according to embodiment of the present invention.Mobile device 10 shown in Fig. 1 can be used in cellular data communication and voice communication.Should be noted that the present invention is not limited to this embodiment, this embodiment represents a kind of execution mode in the numerous embodiments in the mode of explanation.Mobile device 10 comprises (master) microprocessor or microcontroller 100, and the assembly relevant to the control of mobile device operation with microprocessor.These assemblies comprise display controller 130, nonvolatile memory 140, the volatile memory 150 such as random access storage device (RAM), audio frequency I/O (I/O) interface 160 that is connected with microphone 161, loud speaker 162 and/or headphone 163, the keypad controller 170 that is connected with keypad 175 or keyboard, any auxiliary I/O (I/O) interface 200 that is connected with display apparatus module 135, and short-range communication interface 180.Such equipment also normally is included in the miscellaneous equipment subsystem shown in 190 place's generality.
Other transceiver control algolithm can also think that transceiver 122 provides how senior control in digital signal processor (DSP) 120 interior realizations.If the communication that mobile device 10 is undertaken by PLMN appears in the nearer frequency set in single-frequency or interval, then single local oscillator (LO) 128 can use with reflector (TX) 122 and receiver (RX) 121 cooperations.Alternately, use different frequencies if voice/data communications uses different frequencies or emission to compare from reception, then can use a plurality of local oscillators 128 to generate a plurality of corresponding frequencies.Although described antenna 129 or diversity aerial system (not shown) among Fig. 1, mobile device 10 still can use for the single antenna construction that receives and transmit.The information that includes voice messaging and data message is sent to cellular interface 110 via the data link between the digital signal processor (DSP) 120 or transmits from cellular interface 110.The detailed design of cellular interface 110 will be determined by the wireless network that mobile device 100 is intended to operate therein such as frequency band, component selection, power water equality.
After may relating to any required network registry that is required the subscriber identification module (SIM) 210 registered in cellular network or activation and finishing, mobile device 10 can be with send and receive the signal of communication that comprises voice signal and data-signal by wireless network.Antenna 129 routes to receiver 121 from the signal that wireless network receives, and this receiver 121 provides such as signal amplification, down-conversion, filtering, channel and selected and simulate operation to digital translation.Simulating to the more complicated communication function of digital translation permission use digital signal processor (DSP) 120 execution, such as digital demodulation and decoding of received signal.Utilize similar mode to process the signal that will be emitted to network, this mode comprises modulation and the coding that is for example undertaken by digital signal processor (DSP) 120, and subsequently signal is provided to reflector 122 and be emitted to wireless network to carry out numeral to analog-converted, up-conversion, filtering, amplification and via antenna 129.
Also can be by the function of the microprocessor/microcontroller that is expressed as the equipment platform microprocessor (μ C) 100 management mobile devices 10.The operating system software 149 that processor 100 uses preferably is stored in the permanent memory such as nonvolatile memory 140, and this permanent memory can be embodied as for example flash memory, battery backup RAM, any other non-volatile memory technologies or its any combination.Except the operating system 149 of the control bottom function of mobile device 10 and (figure) basic user interface function, nonvolatile memory 140 comprises a plurality of upper layer software (applications) application programs or module, such as the software module (not shown) of voice communication software application 142, data communication software application 141, organizer's module (not shown) or any other type.The user of mobile device 10 and the high-level interface between the mobile device 10 are carried out and provided to these modules by processor 100.Graphic assembly and the I/O assembly that provides by the keypad 175 that is connected to processor 100 via keypad controller 170, auxiliary I/O (I/O) interface 200 and/or short distance (SR) communication interface 180 that display 135 by display controller 130 control provides typically is provided this interface.
Auxiliary I/O interface 200 especially comprises USB (USB) interface, serial line interface, MMC (multimedia card) interface and relevant interface technology/standard, and data communication bus technology any other standard or proprietary, and short-range communication interface radio frequency (RF) low-power interface especially comprises WLAN (WLAN (wireless local area network)) and Bluetooth Communication Technology or IRDA (infrared data access) interface.Here the RF low-power interface technology that relates to especially should be understood to comprise the technology of any IEEE801.xx standard technique, can be from the description of institute of Electrical and Electronic Engineers's acquisition to it.And each of auxiliary I/O interface 200 and short-range communication interface 180 represents respectively one or more interface of one or more input/output interface technology of support and communication interface technique.Operating system, specific device software applications or module, perhaps their part can be loaded on volatile memory 150 temporarily, such as random access storage device (typically realizing based on DRAM (directly random access storage device) technology) to operate quickly.
And, the signal of communication that will receive for good and all write the file system that is arranged in nonvolatile memory 140 or any massage storage that preferably removably connects via auxiliary I/O interface with the storage data before, also can be provisionally the signal of communication of this reception be stored in the volatile memory 150.Should be known in that assembly representative described above is in this typical components with the specific conventional mobile device 10 of cellular form.The present invention is not limited to these concrete assemblies, and their realization as described herein only is used for explanation and for the purpose of integrality.
The exemplary software application module of mobile device 10 is personal information manager application, and this application provides the PDA that typically comprises contact manager, calendar, task manager etc. functional.Such personal information manager is carried out by processor 100, and it can access the assembly of mobile device 10, and can be mutual with other software application module.For example, with the mutual permission management of telephone call of voice communication software application, voice mail etc., and make it possible to alternately manage SMS (Short Message Service), MMS (multimedia service), E-mail communication and other transfer of data with data communication software is used.Nonvolatile memory 140 preferably provide file system so that on equipment permanent storage especially comprise calendar, contact person's etc. data item.The ability of can be for example carrying out data communication via cellular interface, short-range communication interface or auxiliary I/O interface and network makes it possible to upload, download and synchronously via such network.
Application module 141 to 149 representatives are configured to software application or the functions of the equipments by processor 100 execution.In the known mobile device of the overwhelming majority, single processor management is also controlled all operations were and armamentarium function and the software application of mobile device.Such theory is suitable for for the mobile device of today.
Typical treatment facility comprises many integrated circuits of carrying out different task.These integrated circuits can especially comprise microprocessor, memory, UART Universal Asynchronous Receiver Transmitter (UART), serial/parallel port, direct memory access (DMA) controller etc.UART Universal Asynchronous Receiver Transmitter (UART) is changed between the parallel position of data and serial bit.The now improvement of semiconductor technology be so that ultra-large integrated (VLSI) circuit can allow the phenomenal growth of complexity, becomes possibility on the one chip thereby numerous assemblies of system are integrated in.Referring to Fig. 1, its one or more assembly, for example controller 130 and 160, memory assembly 150 and 140, and one or more interface 200,180 and 110 can be integrated in the one single chip with processor 100.
According to another execution mode of the present invention, described equipment 10 can comprise two microprocessors.First can operate respectively exercisable or conventional logic, and second can operate NFC interface 101 and secure smartcard module 102.It is also envisioned that the NFC logic that comprises described Attached Processor for controlling can be implemented as the functional covering that the NFC communication interface is provided.Further, can imagine that according to the present invention described smart card module 102 is the same with described SIM card module 210, this means that these two kinds of modules can unite.
According to the present invention, described mobile device 10 is specialized NFC module 101 and smart card module 102.These modules can interconnect and can be further by described mobile device controller 100 controls.Can imagine that smart card module comprises CPU etc., so that can avoid mutual with mobile device CPU 100.Responsive application may need such behavior, and wherein all data trades and processing will be carried out in the environment of tamperproof.Therefore, described NFC module 101 can directly be directed to smart card module 102 with the data of all receptions, and need not to contact and/or notify with described mobile device CPU 100 user of described mobile device 10.According to the embodiment of the present invention, special-purpose startup table is stored in the memory module 140 of described equipment 10, and CPU 100 or smart card module CPU can receive the information relevant with described special table.
Fig. 2 shows the sequence of operation according to the inventive method.In operation S200, the sequence of operation can begin.Describedly begin to operate S200 and can be caused by user input or other event.Described event can be corresponding to surpassing the previous threshold value that defines etc.Can also imagine that described event can be the value that is lower than threshold value.For example, if described equipment 10 is equipped with temperature sensor and temperature to be higher than 25 degree, then will detect Sensor Events.Yet the described sequence of operation can begin according to similar event, and this is obvious for those skilled in the art.
In described mobile device 10, described CPU 100 will keep proprietary application startup table, shown in operation S210, referring to Fig. 2.Detection to the second equipment is provided in next one operation S220.Described the second equipment is adapted to communicate on the basis of unidirectional or bidirectional communication link with described the first equipment 10.Therefore, can imagine that two equipment all will begin to comprise the P2P communication of bidirectional data transfers.
In next one operation S230, provide to the determining of second device-dependent certain parameter.Described identification parameter or certain parameter can be corresponding to the data type or the record types that are included in the second equipment.Described data type can be further used for determining start which application.If the second equipment is corresponding to the RFID label, then the information in the label comprises the NTIP type.Therefore, the data structure in the described label is known now, and can be used for controlling the operation of mobile device 10 according to the present invention.
Thereby, can be corresponding to the NTIP type of described the second equipment from the described reception information of described the second equipment, and can be further as the criterion of in special use startup table, searching for.
In next operating procedure S240, can begin or start certain application.Yet, according to the described special table of the information browse of the reception that comes from described the second equipment.If find at least one coupling, then can start corresponding application and the sequence of operation and arrive end operation S290.If for example detected another the second equipment, then the sequence of operation can be restarted corresponding to new repetitive operation, and wherein this new repetitive operation connects symbolically by end operation S290 and the guiding that begins to operate between the S200.
In a word, when using by for the first time initialization of terminal, use and be included in some predefine rules that are used for being registered to certain residential quarter in the special-purpose startup table.Further, when terminal ran into new tag types etc., suitable application can be registered in the table, and the startup table can constantly upgrade after initial the setting thus.
Following use-case can use the AID (application identities symbol) that for example defines in ISO 7816-5 standard, this standard is received from the second equipment and is used for determining begin which kind of application.This means that AID can be used for browsing described special table.In this exemplary use-case, the second equipment is corresponding to for example but be not restricted to point of sales terminal PoS.At first, the first portable terminal is taken from the position of PoS terminal close to, and the PoS terminal attempts to select for example application in secure smartcard module.
At this moment, the first mobile device can be processed ISO 14443-3 and/or ISO 7816 communications always, until PoS is when sending select command.Select command comprises application identities symbol AID.In this execution mode, can imagine that these are applied in storage and execution in the safety intelligent card.According to the present invention, this information can be included in the described special table.After which application of identification was described application, secure smartcard module can be activated to communicate by letter with PoS now.Even the deexcitation of described module is conceivable.Typically, this application can be the user interface of inquiry smart card content or the user interface that is used for playing brand sound and/or brand logo is shown.
Fig. 3 shows a possible illustrative embodiments of the proprietary application startup table according to the present invention.This table forms (X-Y scheme) by bidimensional at least, and wherein said dimension can be defined as: " NTIP type " and " tag types ".
" NTIP type " can represent the type of one or more label record in the label (for example, be stored in the memory of label data record).In other words, the NTIP type is intended to comprise which kind of data to the indication of label fetch equipment in label.According to this information, the data that the label fetch equipment can determine label are interested data (based on the NTIP type information, whether read whole data record or only abandon this label) whether.Yet according to the embodiment of the present invention, this information can be as triggering/start a parameter of application initializes.
The second key element in table can be " tag types ", and it represents the physical type of label.That is, relate to which kind of label (Mifare Ultralight, Mifare 1k, Mifare 4k or ISO 14443-4 label for example), perhaps whether existed another NFC-equipment as to method, apparatus.Usually, different tag types needs different readers, but NFC equipment can communicate with various tag types basically, and therefore according to the embodiment of the present invention, tag types can be as additional parameter when selecting correct startup to use.As example, the Mifare ultralight label with " other " NTIP type may require to start the application different from the Mifare 4k label with " other " NTIP type.
Yet as additional dimension, some environment induction can be included in the application start.For example, when being lower than+5 degree and when being higher than 25 degree scopes and reading the RFID label, the application that will start may be different (be lower than+5 when spending, application can be to be sent to " normally " operation that the temperature sense of central server is used, wherein be higher than+25 degree may relate to start the alarm application).
Further, should be noted that the individual unit in the startup table can be relevant with two even more application, and can include other additional parameter, such as the delay that for example joins application start.
Fig. 4 is according to mobile device of the present invention and some exemplary external devices and/or the mutual schematic diagram of event.Mobile terminal device can be adapted to detect a plurality of events and/or equipment by proximity communication module 45.Described module 45 has been summarized such as transducer, NFC-module etc.Described transducer can be camera or microphone or other optical instrument etc.
In equipment, described proprietary application startup table 42 can be kept by mobile device CPU 100, but other realization also is imaginabale.Therefore, according to the data that receive from external group of entities 58, CPU can provide browsing described application table 42.According to the embodiment of the present invention, external group of entities can comprise active RFID tag or passive RFID tags, such as for example being used for sending various electronic bills or reading point of sale (PoS) terminal of the vending machine of the electronic bill that sends or be equipped with other mobile device of NFC communication interface.The equipment that it should be noted that other type also is imaginabale.
Further, the manual control of described application table 42 and to keep also be possible.Thereby, the user can be when for the first time receiving described mobile device 10 configure dedicated application start table.Even can provide within the scope of the invention the automatic renewal of described table 42.
(active application is activated based on detecting such event for the secure smartcard element of further execution mode permission terminal equipment of the present invention and active application, the triggering that this event is carried out corresponding to 42 pairs of application based on application table) more direct binding between is for another embodiment of the invention this kind situation shown in Figure 5.
In the present embodiment, mobile device 10 can be adapted to provide data communication or the transaction on the P2P basis.All data 58 that will come from the second equipment via antenna 55 can be guided to mobile device CPU 100 or directly are directed to secure smartcard module 102 by NFC module 101.
Also possibility module CPU 100 and smart card module 102 both receive data 58.Those skilled in the art can realize the different structure of data communication in the scope of the invention.
Usually, after the appearance that detects the external RF source, use proprietary application table 42 to start corresponding the application based on the label information that detects.After having started suitable application, terminal control unit can be consulted the access rights of the information of asking for external source.But provide some access rights (because this information even all too responsive (for example for the terminal use to controller if information is relevant with secure smartcard element, transaction/credit card explanation/detail), even so some Secure Application also is sightless for terminal control unit), then controller can operate to collect the essential information about transaction during the initial step of transaction.
When external source needed sensitive information, communication was delivered to secure smartcard element 102, and this communication is carried on the real trade, but now, controller 100 has about some information of real trade and can inquire the information relevant with the transaction of implementing.(as example, when buying Bus passes and tickets, starting stage in transaction can relate to controller, and when the request sensitive information, with transaction transport to secure smartcard element, and after having implemented transaction (Bus passes and tickets are written on the secure smartcard element 102), terminal control unit can use available information (Bus passes and tickets transaction ﹠amp; Transaction Success) indication to provide Bus passes and tickets to buy to the user).
Fig. 5 is with the above-mentioned steps symbolism, referring to Reference numeral I, II and III.This means in first step I to CPU 100, and CPU will determine start which application on the basis of the information 58 of described reception to NFC module 101 with the information delivery that receives.Contact between information and certain are used starts definition in the table 42 in proprietary application.In next step III, CPU can begin to use at described equipment 10, and perhaps according to the clauses and subclauses in the table, CPU 100 can withdraw from and being connected of NFC module and secure smartcard module, and processes in order to carry out the tamperproof data in smart card module 102.
Several feature of the present invention and aspect illustrate and describe in detail with reference to particular implementation, but these particular implementation only are used for example, and are not used in restriction.It will be understood by those of skill in the art that interchangeable realization and all should be included in scope of the present invention and the intention the various modifications of disclosed execution mode.Therefore, the present invention only is intended to be limited by the scope of appending claims.
Claims (10)
1. method of controlling application start comprises:
-keep proprietary application startup table, described proprietary application startup table is used for starting application at the equipment with proximity communication module, and wherein said special-purpose startup table allows being applied in the described special-purpose startup table in described equipment to register;
-receive at least one short-range communication data type or record type parameter via described proximity communication module from external entity; And
-in described equipment, start at least one to use, wherein said application based on described proprietary application start in the table clauses and subclauses and based at least one short-range communication data type of described reception or record type parameter and selected the startup.
2. according to claim 1 method further comprises:
-interface is provided, wherein said interface allows to use the clauses and subclauses of carrying out in the described proprietary application startup table based on short-range communication data type or record type parameter.
3. according to claim 1 method further comprises:
-determine whether described application requires to carry out alternately to communicate based on special table clauses and subclauses and described external entity with the secure smartcard module that is built in the described equipment; And
If-determine it is sure, then the control of described proximity communication module is passed to described secure smartcard module to communicate by described proximity communication module being connected with described secure smartcard module come with described external entity.
4. according to claim 3 method further comprises:
-based on the near field communication interface that is provided by described secure smartcard module and need not the input with the user of described equipment, begin the data trade between described equipment and the described external entity.
5. according to claim 1 method, wherein said startup also is based on the environmental data of reception, and described data come from the group of temperature, air pressure and humidity.
6. device that is used for the control application start comprises:
-being used for keeping the device of proprietary application startup table, described proprietary application startup table is used for starting application at the equipment with proximity communication module, and wherein said special-purpose startup table allows being applied in the described special-purpose startup table in described equipment to register;
-for the device that receives at least one short-range communication data type or record type parameter via described proximity communication module from external entity; And
-be used for starting at described equipment the device of at least one application, wherein said application based on described proprietary application start in the table clauses and subclauses and based at least one short-range communication data type of described reception or record type parameter and selected the startup.
7. according to claim 6 device further comprises:
-being used for providing the device of interface, wherein said interface allows to use the clauses and subclauses of carrying out in the described proprietary application startup table based on short-range communication data type or record type parameter.
8. according to claim 6 device further comprises:
-be used for to determine whether described application requires to carry out alternately the device that communicates with based on special table clauses and subclauses and described external entity with the secure smartcard module that is built in described equipment; And
If-be used for determining being sure, then the control of described proximity communication module is passed to described secure smartcard module with by the device that described proximity communication module is connected with described secure smartcard module and described external entity communicates.
9. according to claim 8 device further comprises:
-be used for based on the near field communication interface that is provided by described secure smartcard module and need not to input with the user of described equipment, begin the device of the data trade between described equipment and the described external entity.
10. according to claim 6 device, wherein said startup also is based on the environmental data of reception, and described data come from the group of temperature, air pressure and humidity.
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| CN201210293035.XA CN102984341B (en) | 2005-04-19 | 2005-04-19 | Method and equipment and system for controlling start-up of applications in mobile terminal equipment |
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| CN201210293035.XA CN102984341B (en) | 2005-04-19 | 2005-04-19 | Method and equipment and system for controlling start-up of applications in mobile terminal equipment |
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| CN2005800492096A Division CN101147387B (en) | 2005-04-19 | 2005-04-19 | Method, device and system for controlling application start in mobile terminal device |
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Effective date of registration: 20160115 Address after: Espoo, Finland Patentee after: Technology Co., Ltd. of Nokia Address before: Espoo, Finland Patentee before: Nokia Oyj |