CN103905093B - A kind of control method, control device and electronic equipment - Google Patents
A kind of control method, control device and electronic equipment Download PDFInfo
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- CN103905093B CN103905093B CN201210581422.3A CN201210581422A CN103905093B CN 103905093 B CN103905093 B CN 103905093B CN 201210581422 A CN201210581422 A CN 201210581422A CN 103905093 B CN103905093 B CN 103905093B
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Abstract
The invention discloses a kind of control method, control the magnetic direction information of magnetic part in magnetic field detection unit inspection second electronic equipment in the first electronic equipment, this magnetic direction information is utilized to determine the magnetic coding of this second electronic equipment afterwards, when the magnetic of the second electronic equipment is encoded to the magnetic coding prestored, the connection between the second electronic equipment set up by the first electronic equipment.Based on control method disclosed by the invention, when user will set up the connection between the first electronic equipment and the second electronic equipment, only the first electronic equipment need be provided with side that the side of magnetic field detection unit and the second electronic equipment be provided with magnetic module to fit and place, if the second electronic equipment is legal access device, just automatically can set up the connection between two equipment, and the request and authorization information that connect manually is inputted without the need to user, simplify user operation, thus improve Consumer's Experience.The invention also discloses the control device of electronic equipment and this electronic equipment.
Description
Technical field
The invention belongs to the control technology field of electronic equipment, particularly relate to a kind of control method of electronic equipment, control device and electronic equipment.
Background technology
Increasing electronic equipment appears in the life of people, and user often needs to carry out transfer of data between different electronic equipments.Based on the consideration of fail safe, before the connection of setting up distinct electronic apparatuses, need to carry out authentication, only have legal electronic equipment just to allow to be access in.
Setting up the process connected between distinct electronic apparatuses is at present: user manually Operational Control Level equipment (being designated as the first electronic equipment) exports the request connected to another electronic equipment (being designated as the second electronic equipment), user's manual input validation information on the first electronic equipment afterwards, second electronic equipment, when the authorization information that confirmation first electronic equipment exports is the legal verification information prestored, sets up the connection with the first electronic equipment.
But there is drawback in the existing mode setting up connection between distinct electronic apparatuses: the request and authorization information that need user manually to input to connect, for user, complicated operation, causes Consumer's Experience bad.
Summary of the invention
In view of this, the object of the present invention is to provide a kind of control method and control device of electronic equipment, in the process setting up the connection between distinct electronic apparatuses, simplify the operation of user, thus improve Consumer's Experience.
For achieving the above object, the invention provides following technical scheme:
A kind of control method, be applied to the first electronic equipment, described first electronic equipment comprises magnetic field detection unit, and described method comprises:
Control the magnetic field that the magnetic part in the magnetic module of described magnetic field detection unit inspection second electronic equipment produces, determine the magnetic direction information of described magnetic part;
According to the corresponding relation that the magnetic direction information preset and magnetic are encoded, determine to sort the magnetic coding that each magnetic direction information is corresponding to described magnetic coding according to preset strategy, determine that the magnetic after sorting is encoded to the magnetic coding of described second electronic equipment;
Whether judge that the magnetic of described second electronic equipment is encoded is default magnetic coding;
When the magnetic of described second electronic equipment is encoded to default magnetic coding, set up the connection between described second electronic equipment.
Preferably, the magnetic module of described second electronic equipment comprises the multiple magnetic parts being arranged at diverse location place;
Described controlling magnetic field detecting unit detects the magnetic field that the magnetic part in the magnetic module of the second electronic equipment produces, and comprising: controlling magnetic field detecting unit detects the magnetic field that in described second electronic equipment, each magnetic part produces;
Describedly according to preset strategy, described magnetic coding to be sorted, determine that the magnetic after sorting is encoded to the magnetic coding of described second electronic equipment, comprise: according to the distributing position of multiple magnetic part, be magnetic code set by the magnetic coding permutations corresponding with each magnetic direction information, determine that described magnetic code set is the magnetic coding of the second electronic equipment.
Preferably, the magnetic module of described second electronic equipment comprises the multiple magnetic parts being arranged at diverse location place, and described magnetic part is electromagnetic component, and described second electronic equipment controls a part of converted magnetic pole in described multiple electromagnetic component according to preset rules;
Described controlling magnetic field detecting unit detects the magnetic field that the magnetic part in the magnetic module of the second electronic equipment produces, comprise: the magnetic field that controlling magnetic field detecting unit produces according to each electromagnetic component in the second electronic equipment described in predetermined period repeated detection, described predetermined period is consistent with the time interval of described second electronic equipment control section electromagnetic component converted magnetic pole, and detecting the times N in magnetic field is that the number of times that described second electronic equipment control section electromagnetic component in a cyclic process carries out magnetic pole conversion adds 1;
Describedly according to preset strategy, described magnetic coding to be sorted, determine that the magnetic after sorting is encoded to the magnetic coding of described second electronic equipment, comprise: according to the distributing position of multiple electromagnetic component, being encoded by the magnetic corresponding with each magnetic direction information got in each testing process is arranged as a magnetic code set respectively; According to the sequencing that testing process performs, multiple magnetic code set is arranged as the general collection of magnetic coding, determines that the general collection of described magnetic coding is the magnetic coding of described second electronic equipment.
Preferably, the connection between described foundation and described second electronic equipment comprises:
Open the first wireless communication module of described first electronic equipment, with described second electronic equipment in be in opening the second wireless communication module connect.
Preferably, the connection between described foundation and described second electronic equipment comprises:
Open the first wireless communication module of described first electronic equipment;
Export opening information, described opening information is for triggering the second wireless communication module of described second electronic equipment unlatching self.
On the other hand, the invention also discloses a kind of control device, be applied to the first electronic equipment, described first electronic equipment comprises magnetic field detection unit, comprising:
First control unit, the magnetic field that the magnetic part for controlling in the magnetic module of described magnetic field detection unit inspection second electronic equipment produces, determines the magnetic direction information of described magnetic part;
Magnetic coding determining unit, for the corresponding relation of encoding according to the magnetic direction information preset and magnetic, determine to sort the magnetic coding that each magnetic direction information is corresponding to described magnetic coding according to preset strategy, determine that the magnetic after sorting is encoded to the magnetic coding of described second electronic equipment;
Judging unit, for judging whether the magnetic coding of described second electronic equipment is default magnetic coding;
Second control unit, during for being encoded to default magnetic coding at the magnetic of described second electronic equipment, sets up the connection between described second electronic equipment.
Preferably, the magnetic module of described second electronic equipment comprises the multiple magnetic parts being arranged at diverse location place;
Described first control unit comprises the first control module, and described first control module is used for controlling magnetic field detecting unit and detects the magnetic field that in described second electronic equipment, each magnetic part produces, and determines the magnetic direction information of described magnetic part;
Described magnetic coding determining unit comprises magnetic coding determination module and the first processing module; Described magnetic coding determination module is used for the preset relation of encoding according to the magnetic direction information preset and magnetic, determines the magnetic coding that each magnetic direction information is corresponding; Described first processing module is used for the distributing position according to multiple magnetic part, is magnetic code set by the magnetic coding permutations corresponding with each magnetic direction information, determines that described magnetic code set is the magnetic coding of the second electronic equipment.
Preferably, the magnetic module of described second electronic equipment comprises the multiple magnetic parts being arranged at diverse location place, and described magnetic part is electromagnetic component, and described second electronic equipment controls a part of converted magnetic pole in described multiple electromagnetic component according to preset rules;
Described first control unit comprises the second control module, described second control module is used for the magnetic field that controlling magnetic field detecting unit produces according to each electromagnetic component in the second electronic equipment described in predetermined period repeated detection, determine the magnetic direction information of described electromagnetic component, described predetermined period is consistent with the time interval of described second electronic equipment control section electromagnetic component converted magnetic pole, and detecting the times N in magnetic field is that the number of times that described second electronic equipment control section electromagnetic component in a cyclic process carries out magnetic pole conversion adds 1;
Described magnetic coding determining unit comprises magnetic coding determination module, the second processing module and the 3rd processing module; Described magnetic coding determination module is used for the preset relation of encoding according to the magnetic direction information preset and magnetic, determines the magnetic coding that each magnetic direction information is corresponding; Described second processing module is used for the distributing position according to multiple electromagnetic component, is encoded by the magnetic corresponding with each magnetic direction information got and be arranged as a magnetic code set respectively in each testing process; Described 3rd processing module is used for the sequencing performed according to testing process, multiple magnetic code set is arranged as the general collection of magnetic coding, determines that the general collection of described magnetic coding is the magnetic coding of described second electronic equipment.
Preferably, described second control unit comprises the 3rd control module, described 3rd control module for opening the first wireless communication module of described first electronic equipment, with described second electronic equipment in be in opening the second wireless communication module connect.
Preferably, described second control unit comprises the 3rd control module and message output module, described 3rd control module is for opening the first wireless communication module of described first electronic equipment, described message output module is for exporting opening information, and described opening information is for triggering the second wireless communication module of described second electronic equipment unlatching self.
On the other hand, the invention also discloses a kind of electronic equipment, comprise control system, described electronic equipment comprises magnetic field detection unit, and described control system comprises any one control device above-mentioned.
As can be seen here, beneficial effect of the present invention is: control method disclosed by the invention and control device, control the magnetic direction information of magnetic part in magnetic field detection unit inspection second electronic equipment in the first electronic equipment, this magnetic direction information is utilized to determine the magnetic coding of this second electronic equipment afterwards, when the magnetic of the second electronic equipment is encoded to the magnetic coding prestored, the connection between the second electronic equipment set up by the first electronic equipment.For user, when needing to set up the connection between the first electronic equipment and the second electronic equipment, only need the first electronic equipment to be provided with side that the side of magnetic field detection unit and the second electronic equipment be provided with magnetic module to fit and place, ensure that the magnetic field detection unit in the first electronic equipment is relative with the magnetic module in the second electronic equipment, if the second electronic equipment is legal access device, just automatically can set up the connection between two equipment, and the request and authorization information that connect manually is inputted without the need to user, simplify user operation, thus improve Consumer's Experience.
Accompanying drawing explanation
In order to be illustrated more clearly in the embodiment of the present invention or technical scheme of the prior art, be briefly described to the accompanying drawing used required in embodiment or description of the prior art below, apparently, accompanying drawing in the following describes is some embodiments of the present invention, for those of ordinary skill in the art, under the prerequisite not paying creative work, other accompanying drawing can also be obtained according to these accompanying drawings.
Fig. 1 is the flow chart of a kind of control method disclosed by the invention;
Fig. 2 is the flow chart of another kind of control method disclosed by the invention;
Fig. 3 is the flow chart of another kind of control method disclosed by the invention;
Fig. 4 is the structural representation of a kind of control device disclosed by the invention;
Fig. 5 is the structural representation of another kind of control device disclosed by the invention;
Fig. 6 is the structural representation of another kind of control device disclosed by the invention.
Embodiment
For making the object of the embodiment of the present invention, technical scheme and advantage clearly, below in conjunction with the accompanying drawing in the embodiment of the present invention, technical scheme in the embodiment of the present invention is clearly and completely described, obviously, described embodiment is the present invention's part embodiment, instead of whole embodiments.Based on the embodiment in the present invention, those of ordinary skill in the art, not making the every other embodiment obtained under creative work prerequisite, belong to the scope of protection of the invention.
The invention discloses a kind of control method, be applied to an electronic equipment (be conveniently described, be designated as the first electronic equipment), can in the process setting up the connection between distinct electronic apparatuses based on this control method, simplify the operation of user, thus improve Consumer's Experience.Magnetic field detection unit is provided with in the first electronic equipment, (be conveniently described at another electronic equipment that will connect with the first electronic equipment, be designated as the second electronic equipment) in be provided with magnetic module, this magnetic module is made up of multiple magnetic part.
See the flow chart that Fig. 1, Fig. 1 are a kind of control method disclosed by the invention.This control method comprises:
Step S11: controlling magnetic field detecting unit detects the magnetic field that the magnetic part in the magnetic module of the second electronic equipment produces, and determines the magnetic direction information of magnetic part.
Magnetic field detection unit in first electronic equipment comprises multiple magnetic field sensor, and the magnetic part in the magnetic module of magnetic field sensor in magnetic field detection unit and the second electronic equipment is oppositely arranged.When needing to set up the connection between the first electronic equipment and the second electronic equipment, first electronic equipment can be provided with side that the side of magnetic field detection unit and the second electronic equipment be provided with magnetic module and fit and place by user, ensure that the magnetic field detection unit in the first electronic equipment is relative with the magnetic module in the second electronic equipment, and distance is between the two in preset distance, this preset distance is not more than effective detecting distance of magnetic field sensor.In enforcement, magnetic field sensor can adopt Hall element.
Step S12: the corresponding relation of encoding according to the magnetic direction information preset and magnetic, determines the magnetic coding that each magnetic direction information is corresponding.
The corresponding relation that the magnetic direction information that prestores in first electronic equipment and magnetic are encoded, after the magnetic direction information determining the magnetic part in the second electronic equipment, the corresponding relation prestored according to this, just can determine that the magnetic corresponding with each magnetic direction information is encoded.Such as: when the magnetic direction information of magnetic part is right (namely the right side of the first electronic equipment is pointed in the arctic of magnetic part), corresponding magnetic is encoded to 0; When the magnetic direction information of magnetic part is left (namely the left side of the first electronic equipment is pointed in the arctic of magnetic part), corresponding magnetic is encoded to 1.
Step S13: sort to multiple magnetic coding according to preset strategy, determines that the magnetic after sorting is encoded to the magnetic coding of the second electronic equipment.
After determining that the magnetic corresponding with the magnetic direction information of each magnetic part in the second electronic equipment is encoded, according to preset strategy, multiple magnetic coding is sorted, such as: in advance the multiple magnetic field sensors in the magnetic field detection unit of the first electronic equipment are sorted, the magnetic direction information that each magnetic field sensor detects is obtained one by one, to realize the sequence to magnetic direction information according to the sequence of multiple magnetic field sensor; Or, according to the distributing position of magnetic part multiple in the second electronic equipment, to the magnetic coding and sorting order corresponding to the magnetic direction information of each magnetic part.
Step S14: whether be default magnetic coding, if so, then perform step S15 if judging that the magnetic of the second electronic equipment is encoded, otherwise, process ends.
Step S15: set up the connection between the second electronic equipment.
Prestore in the first electronic equipment the electronic equipment allowing to connect magnetic coding, when the magnetic encoded packets of the second electronic equipment is contained in the magnetic coding prestored, determine to set up the connection between the second electronic equipment, set up the connection with the second electronic equipment afterwards.
The above-mentioned disclosed control method of the present invention, control the magnetic direction information of magnetic part in magnetic field detection unit inspection second electronic equipment in the first electronic equipment, this magnetic direction information is utilized to determine the magnetic coding of this second electronic equipment afterwards, when the magnetic of the second electronic equipment is encoded to the magnetic coding prestored, the connection between the second electronic equipment set up by the first electronic equipment.For user, when needing to set up the connection between the first electronic equipment and the second electronic equipment, only need the first electronic equipment to be provided with side that the side of magnetic field detection unit and the second electronic equipment be provided with magnetic module to fit and place, ensure that the magnetic field detection unit in the first electronic equipment is relative with the magnetic module in the second electronic equipment, if the second electronic equipment is legal access device, just automatically can set up the connection between two equipment, and the request and authorization information that connect manually is inputted without the need to user, simplify user operation, thus improve Consumer's Experience.
In enforcement, the connection of setting up between the second electronic equipment can have various ways.
When the radio communication mold in the second electronic equipment is in opening, the connection of setting up between the second electronic equipment is specially: the first wireless communication module opening the first electronic equipment, with the second electronic equipment in be in opening the second wireless communication module connect.
When the wireless communication module in the second electronic equipment is in closed condition, the connection of setting up between the second electronic equipment is specially: the first wireless communication module opening the first electronic equipment; Export opening information, this opening information is for triggering the second wireless communication module of the second electronic equipment unlatching self.
In enforcement, this opening information can for the voice messaging preset.When the first electronic equipment determines that the magnetic of the second electronic equipment is encoded to default magnetic coding, the audio output unit in the first electronic equipment exports the voice messaging preset.When the second electronic equipment receives the voice messaging preset of the first electronic equipment output, automatically open the second wireless communication module of self.
This opening information also can be vibration prompt.When the first electronic equipment determines that the magnetic of the second electronic equipment is encoded to default magnetic coding, the vibrating device in the first electronic equipment vibrates.Because the second electronic equipment directly contacts with the first electronic equipment, or keep less predeterminable range with the first electronic equipment, therefore the second electronic equipment can directly perception, the vibration prompt of air perception first electronic equipment by vibration, open the second wireless communication module of self afterwards.
Magnetic part in the magnetic module of the second electronic equipment can be permanent magnetic part, also can be electromagnetic component, and when the magnetic part in magnetic module adopts electromagnetic component, the magnetic pole of electromagnetic component can remain unchanged, also can according to preset strategy converted magnetic pole.Accordingly, determine that the process of the magnetic coding of the second electronic equipment also has difference.Be specifically described below in conjunction with Fig. 2 and Fig. 3.
See the flow chart that Fig. 2, Fig. 2 are another kind of control method disclosed by the invention.Magnetic module in second electronic equipment comprises the multiple magnetic parts being arranged at diverse location place, and this magnetic part can be permanent magnetic part or electromagnetic component, and the magnetic pole of permanent magnetic part and electromagnetic component all remains unchanged.This control method comprises:
Step S21: controlling magnetic field detecting unit detects the magnetic field that in the second electronic equipment, each magnetic part produces, and determines the magnetic direction information of each magnetic part.
When user the first electronic equipment is provided with side that the side of magnetic field detection unit and the second electronic equipment be provided with magnetic module fit place time, magnetic field sensor in the magnetic field detection unit of the first electronic equipment is relative with each magnetic part position in the second electronic equipment, and distance is between the two in reservation distance, the magnetic field detection unit in the first electronic equipment just can determine the magnetic direction information of each magnetic part in the second electronic equipment.
Step S22: the corresponding relation of encoding according to the magnetic direction information preset and magnetic, determines the magnetic coding that each magnetic direction information is corresponding.
The magnetic coding permutations corresponding with each magnetic direction information is magnetic code set by step S23: according to the distributing position of multiple magnetic part, determines that this magnetic code set is the magnetic coding of the second electronic equipment.
Multiple magnetic parts in second electronic equipment are distributed in different positions, after determining the magnetic direction information of each magnetic part, according to the distributing position of each magnetic part, magnetic coding corresponding to the magnetic direction information of each magnetic part is sorted, obtain magnetic code set, this magnetic code set is for marking the second electronic equipment.
When multiple magnetic parts in the magnetic module of the second electronic equipment are row's distribution, can sort to the magnetic coding corresponding to the magnetic direction information of each magnetic part according to preset order.Such as, distribute successively from left to right 4 magnetic parts in magnetic module, 4 magnetic parts are designated as magnetic part 1, magnetic part 2, magnetic part 3 and magnetic part 4 respectively, then can according to order from left to right to the magnetic coding and sorting order corresponding to the magnetic direction information of each magnetic part, also can according to dextrosinistral order to the magnetic coding and sorting order corresponding to the magnetic direction information of each magnetic part.
When multiple magnetic parts in the magnetic module of the second electronic equipment are in many row's distributions, according to the first preset order to be positioned at same row each magnetic part magnetic direction information corresponding to magnetic coding and sorting order, afterwards according to second order order by the magnetic coding further sequence after each row's sequence.Such as, 8 magnetic parts are distributed with in magnetic module, 8 magnetic parts are 2 row * 4 column distributions, first according to order from left to right to be positioned at the 1st row 4 magnetic parts magnetic direction information corresponding to magnetic coding and sorting order, afterwards according to order from left to right to be positioned at the 2nd row 4 magnetic parts magnetic direction information corresponding to magnetic coding and sorting order, finally by be positioned at the 2nd row the sequence of 4 magnetic parts after magnetic coding permutations after the magnetic coding after 4 the magnetic parts sequences being positioned at the 1st row.
Certainly, in force also can self-defining order, the magnetic coding corresponding to the magnetic direction information of each magnetic part is sorted, as long as all adopt identical order to carry out the sequence of magnetic coding before connecting at every turn.
Step S24: whether be default magnetic coding, if so, then perform step S25 if judging that the magnetic of the second electronic equipment is encoded, otherwise, process ends.
Step S25: set up the connection between the second electronic equipment.
Set up the connection between the second electronic equipment in step S25, above-mentioned any one mode disclosed of the present invention can be adopted, refer to and describe above, repeat no more here.
In the control method shown in Fig. 2, magnetic module in second electronic equipment comprises multiple magnetic part, magnetic field detection unit is utilized to determine the magnetic direction information of each magnetic part, after determining the magnetic coding that each magnetic direction information is corresponding, according to the distributing position of each magnetic part, repeatedly magnetic coding is sorted, to determine the magnetic coding of the second equipment, when the magnetic of the second electronic equipment is encoded to the magnetic coding prestored, the connection between the second electronic equipment set up by the first electronic equipment.
See the flow chart that Fig. 3, Fig. 3 are another kind of control method disclosed by the invention.Magnetic module in second electronic equipment comprises the multiple electromagnetic components being arranged at diverse location place, and the second electronic equipment controls a part of converted magnetic pole in multiple electromagnetic component according to preset rules.This control method comprises:
Step S31: the magnetic field that controlling magnetic field detecting unit produces according to each electromagnetic component in predetermined period repeated detection second electronic equipment, determines the magnetic direction information of each magnetic part.
The magnetic module of the second electronic equipment comprises multiple electromagnetic component, second electronic equipment carries out magnetic pole conversion according to predetermined period control section electromagnetic component, in a cyclic process, the number of times that the second electronic equipment execution control section electromagnetic component carries out magnetic pole conversion is more than or equal to 1.
When user the first electronic equipment is provided with side that the side of magnetic field detection unit and the second electronic equipment be provided with magnetic module fit place time, magnetic field sensor in the magnetic field detection unit of the first electronic equipment is relative with each magnetic part position in the second electronic equipment, and distance is between the two in reservation distance.Control the magnetic field that the magnetic field detection unit in the first electronic equipment produces according to each electromagnetic component in predetermined period repeated detection second electronic equipment, this predetermined period is consistent with the time interval of the second electronic equipment control section electromagnetic component converted magnetic pole, and detecting the times N in magnetic field is that the number of times that the second electronic equipment control section electromagnetic component in a cyclic process carries out magnetic pole conversion adds 1.If the second electronic equipment performs the operation that 2 times control section electromagnetic component carries out magnetic pole conversion in a cyclic process, then the first electronic equipment controlling magnetic field detecting unit carries out 3 magnetic field detection, and time interval (namely predetermined period) between twice magnetic field detection is consistent with the time interval of the second electronic equipment control section electromagnetic component converted magnetic pole.If the magnetic force unit of the second electronic equipment comprises 4 electromagnetic components, then the magnetic field detection unit of the first electronic equipment is after completing 3 magnetic field detection, gets 12 magnetic direction information.
Step S32: the corresponding relation of encoding according to the magnetic direction information preset and magnetic, determines the magnetic coding that each magnetic direction information is corresponding.
Step S33: according to the distributing position of multiple electromagnetic component, encodes the magnetic corresponding with each magnetic direction information got in each testing process and is arranged as a magnetic code set respectively.
In each testing process, determine the magnetic direction information of each electromagnetic component, afterwards according to the corresponding relation that the magnetic direction information preset and magnetic are encoded, determine the coding of the magnetic corresponding to magnetic direction information of each electromagnetic component.Encode for the magnetic corresponding with each magnetic direction information obtained in each testing process, according to the distributing position of each electromagnetic component, magnetic coding corresponding to the magnetic direction information of each magnetic part is sorted, obtains magnetic code set.
When multiple electromagnetic components in the magnetic module of the second electronic equipment are row's distribution, can sort to the magnetic coding corresponding to the magnetic direction information of each electromagnetic component according to preset order.Such as, distribute successively from left to right 4 electromagnetic components in magnetic module, 4 electromagnetic components are designated as electromagnetic component 1, electromagnetic component 2, electromagnetic component 3 and electromagnetic component 4 respectively, then can according to order from left to right to the magnetic coding and sorting order corresponding to the magnetic direction information of each electromagnetic component, also can according to dextrosinistral order to the magnetic coding and sorting order corresponding to the magnetic direction information of each electromagnetic component.
When multiple electromagnetic components in the magnetic module of the second electronic equipment are in many row's distributions, according to the first preset order to be positioned at same row each electromagnetic component magnetic direction information corresponding to magnetic coding and sorting order, afterwards according to second order order by the magnetic coding further sequence after each row's sequence.Such as, 8 electromagnetic components are distributed with in magnetic module, 8 electromagnetic components are 2 row * 4 column distributions, first according to order from left to right to be positioned at the 1st row 4 electromagnetic components magnetic direction information corresponding to magnetic coding and sorting order, afterwards according to order from left to right to be positioned at the 2nd row 4 electromagnetic components magnetic direction information corresponding to magnetic coding and sorting order, finally by be positioned at the 2nd row the sequence of 4 electromagnetic components after magnetic coding permutations after the magnetic coding after 4 the electromagnetic components sequences being positioned at the 1st row.
Certainly, in force also can self-defining order, the magnetic coding corresponding to the magnetic direction information of each electromagnetic component is sorted, as long as all adopt identical order to carry out the sequence of magnetic coding before connecting at every turn.
Step S34: the sequencing performed according to testing process, is arranged as the general collection of magnetic coding by multiple magnetic code set, determine that the general collection of this magnetic coding is the magnetic coding of the second electronic equipment.
After the magnetic corresponding with each magnetic direction information obtained in each testing process encoded being arranged as a magnetic code set respectively, according to the sequencing that testing process performs, sort to multiple magnetic code set further, multiple magnetic code set forms the general collection of magnetic coding after sequence.The general collection of this magnetic coding is the magnetic coding of the second electronic equipment, for marking the second electronic equipment.
Step S35: whether be default magnetic coding, if so, then perform step S36 if judging that the magnetic of the second electronic equipment is encoded, otherwise, process ends.
Because the magnetic pole of the part electromagnetic component in another electronic equipment that wait and the first electronic equipment connect can change, therefore, allow the electronic equipment of access for one, the magnetic corresponding with this electronic equipment prestored in the first electronic equipment is encoded to multiple.Concrete, when this electronic equipment number of times that control section electromagnetic component execution magnetic pole is changed in a cyclic process is m, then the magnetic of this electronic equipment stored in the first electronic equipment is encoded to m+1.
Citing is described: it is 2 that electronic equipment control section electromagnetic component in a cyclic process carries out the number of times that magnetic pole changes, the initial magnetic code set of electronic equipment is 0110, after first time magnetic pole conversion, the magnetic code set of electronic equipment is 0101, after the conversion of second time magnetic pole, the magnetic code set of electronic equipment is 1001, then the magnetic coding of this electronic equipment prestored in the first electronic equipment comprises { 011001011001}, { 010110010110} and { 100101100101}.
Step S36: set up the connection between the second electronic equipment.
Set up the connection between the second electronic equipment in step S36, above-mentioned any one mode disclosed of the present invention can be adopted, refer to and describe above, repeat no more here.When the second electronic equipment is only to the first electronic equipment low volume data, the second electronic equipment according to the electromagnetic component converted magnetic pole in its magnetic module of Data Control that need transmit, can also send data to the first electronic equipment with this.
In the control method shown in Fig. 3, magnetic module in second electronic equipment comprises multiple electromagnetic component, and the second electronic equipment controls a part of electromagnetic component multiple conversions magnetic pole according to prefixed time interval, the magnetic direction information of each electromagnetic component in first electronic equipment controlling magnetic field detecting unit repeated detection second electronic equipment, after determining the magnetic coding that each magnetic direction information is corresponding, respectively each magnetic coding of each testing process acquisition is sorted according to the distributing position of each magnetic part, obtain multiple magnetic code set, afterwards according to the execution sequencing of testing process, multiple magnetic code set is arranged as the general collection of magnetic coding, to determine the magnetic coding of the second electronic equipment, when the magnetic of the second electronic equipment is encoded to the magnetic coding prestored, the connection between the second electronic equipment set up by first electronic equipment.
The above disclosed control method being applied to the first electronic equipment of the present invention, accordingly, the present invention is also openly applied to the control device of the first electronic equipment, to realize control method disclosed by the invention.Be provided with magnetic field detection unit in first electronic equipment, in second electronic equipment that will connect with the first electronic equipment, be provided with magnetic module, this magnetic module is made up of multiple magnetic part.
See the structural representation that Fig. 4, Fig. 4 are control device disclosed by the invention.This control device comprises the first control unit 1, magnetic coding determining unit 2, judging unit 3 and the second control unit 4.
Wherein:
First control unit 1, detects the magnetic field that the magnetic part in the magnetic module of the second electronic equipment produces, determines the magnetic direction information of magnetic part for controlling magnetic field detecting unit.
Magnetic field detection unit in first electronic equipment comprises multiple magnetic field sensor, and the magnetic part in the magnetic module of magnetic field sensor in magnetic field detection unit and the second electronic equipment is oppositely arranged.When needing to set up the connection between the first electronic equipment and the second electronic equipment, first electronic equipment can be provided with side that the side of magnetic field detection unit and the second electronic equipment be provided with magnetic module and fit and place by user, ensure that the magnetic field detection unit in the first electronic equipment is relative with the magnetic module in the second electronic equipment, and distance is between the two in preset distance, this preset distance is not more than effective detecting distance of magnetic field sensor.In enforcement, magnetic field sensor can adopt Hall element.
Magnetic coding determining unit 2, for the corresponding relation of encoding according to the magnetic direction information preset and magnetic, determine to sort the magnetic coding that each magnetic direction information is corresponding to magnetic coding according to preset strategy, determine that the magnetic after sorting is encoded to the magnetic coding of the second electronic equipment.
The corresponding relation that the magnetic direction information that prestores in first electronic equipment and magnetic are encoded, after the magnetic direction information determining the magnetic part in the second electronic equipment, the corresponding relation prestored according to this, just can determine that the magnetic corresponding with each magnetic direction information is encoded.Such as: when the magnetic direction information of magnetic part is right (namely the right side of the first electronic equipment is pointed in the arctic of magnetic part), corresponding magnetic is encoded to 0; When the magnetic direction information of magnetic part is left (namely the left side of the first electronic equipment is pointed in the arctic of magnetic part), corresponding magnetic is encoded to 1.After determining that the magnetic corresponding with the magnetic direction information of each magnetic part in the second electronic equipment is encoded, according to preset strategy, multiple magnetic coding is sorted, such as: in advance the multiple magnetic field sensors in the magnetic field detection unit of the first electronic equipment are sorted, the magnetic direction information that each magnetic field sensor detects is obtained one by one, to realize the sequence to magnetic direction information according to the sequence of multiple magnetic field sensor; Or, according to the distributing position of magnetic part multiple in the second electronic equipment, to the magnetic coding and sorting order corresponding to the magnetic direction information of each magnetic part.
Judging unit 3, for judging whether the magnetic coding of the second electronic equipment is default magnetic coding.
Second control unit 4, during for being encoded to default magnetic coding at the magnetic of the second electronic equipment, sets up the connection between the second electronic equipment.
The above-mentioned disclosed control device of the present invention, control the magnetic direction information of magnetic part in magnetic field detection unit inspection second electronic equipment in the first electronic equipment, this magnetic direction information is utilized to determine the magnetic coding of this second electronic equipment afterwards, when the magnetic of the second electronic equipment is encoded to the magnetic coding prestored, the connection between the second electronic equipment set up by the first electronic equipment.For user, when needing to set up the connection between the first electronic equipment and the second electronic equipment, only need the first electronic equipment to be provided with side that the side of magnetic field detection unit and the second electronic equipment be provided with magnetic module to fit and place, ensure that the magnetic field detection unit in the first electronic equipment is relative with the magnetic module in the second electronic equipment, if the second electronic equipment is legal access device, just automatically can set up the connection between two equipment, and the request and authorization information that connect manually is inputted without the need to user, simplify user operation, thus improve Consumer's Experience.
In enforcement, the connection of setting up between the second electronic equipment can have various ways.Accordingly, the second control unit 4 also has various structures.
When the radio communication mold in the second electronic equipment is in opening, second control unit 4 comprises the 3rd control module, 3rd control module for opening the first wireless communication module of the first electronic equipment, with the second electronic equipment in be in opening the second wireless communication module connect.
When the wireless communication module in the second electronic equipment is in closed condition, second control unit 4 comprises the 3rd control module and message output module, 3rd control module is for opening the first wireless communication module of the first electronic equipment, this message output module is for exporting opening information, and opening information is for triggering the second wireless communication module of the second electronic equipment unlatching self.
Magnetic part in the magnetic module of the second electronic equipment can be permanent magnetic part, also can be electromagnetic component, and when the magnetic part in magnetic module adopts electromagnetic component, the magnetic pole of electromagnetic component can remain unchanged, also can according to preset strategy converted magnetic pole.Accordingly, the first control unit 1 in Fig. 4 and magnetic coding determining unit 2 have different structures.
When the magnetic module in the second electronic equipment comprises multiple magnetic part of being arranged at diverse location place and the magnetic pole of each magnetic part all remains unchanged, the structure of control device as shown in Figure 5.This control device comprises the first control unit 1, magnetic coding determining unit 2, judging unit 3 and the second control unit 4.Only just be described with the difference part of Fig. 4:
First control unit 1 comprises the first control module 11, and this first control module 11 detects for controlling magnetic field detecting unit the magnetic field that in the second electronic equipment, each magnetic part produces, and determines the magnetic direction information of magnetic part.
Magnetic coding determining unit 2 comprises magnetic coding determination module 21 and the first processing module 22.The preset relation of magnetic coding determination module 21 for encoding according to the magnetic direction information preset and magnetic, determines the magnetic coding that each magnetic direction information is corresponding respectively.The magnetic coding permutations corresponding with each magnetic direction information, for the distributing position according to multiple magnetic part, is magnetic code set by the first processing module 22, determines that this magnetic code set is the magnetic coding of the second electronic equipment.
When the magnetic module in the second electronic equipment comprises the multiple electromagnetic components being arranged at diverse location place, and when the second electronic equipment controls a part of converted magnetic pole in multiple electromagnetic component according to preset rules, the structure of control device as shown in Figure 6.This control device comprises the first control unit 1, magnetic coding determining unit 2, judging unit 3 and the second control unit 4.Only just be described with the difference part of Fig. 4:
First control unit 1 comprises the second control module 12, the magnetic field that this second control module 12 produces according to each electromagnetic component in predetermined period repeated detection second electronic equipment for controlling magnetic field detecting unit, determines the magnetic direction information of electromagnetic component.This predetermined period is consistent with the time interval of the second electronic equipment control section electromagnetic component converted magnetic pole, and detecting the times N of Magnetic Field is that the number of times that the second electronic equipment control section electromagnetic component in a cyclic process carries out magnetic pole conversion adds 1.
Magnetic coding determining unit 2 comprises magnetic coding determination module 21, second processing module 23 and the 3rd processing module 24.The preset relation of magnetic coding determination module 21 for encoding according to the magnetic direction information preset and magnetic, determines the magnetic coding that each magnetic direction information is corresponding respectively.The magnetic corresponding with each magnetic direction information got, in each testing process, according to the distributing position of multiple electromagnetic component, is encoded and is arranged as a magnetic code set respectively by the second processing module 23.The sequencing of 3rd processing module 24 for performing according to testing process, is arranged as the general collection of magnetic coding by multiple magnetic code set, determine that the general collection of this magnetic coding is the magnetic coding of described second electronic equipment.
Based on the above-mentioned disclosed control device of the present invention, the present invention also discloses a kind of electronic equipment.This electronic equipment comprises magnetic field detection unit and control system, and this control system comprises above-mentioned any one control device disclosed of the present invention.When user need another have connect between the electronic equipment of magnetic module and electronic equipment disclosed by the invention time, only need electronic equipment disclosed by the invention to be provided with side that the side of magnetic field detection unit and another electronic equipment be provided with magnetic module to fit and place, ensure that the magnetic field detection unit in electronic equipment disclosed by the invention is relative with the magnetic module in another electronic equipment, if another electronic equipment is legal access device, just automatically can set up the connection between two equipment, and the request and authorization information that connect manually is inputted without the need to user, simplify user operation, thus improve Consumer's Experience.
In this specification, each embodiment adopts the mode of going forward one by one to describe, and what each embodiment stressed is the difference with other embodiments, between each embodiment identical similar portion mutually see.For device disclosed in embodiment, because it corresponds to the method disclosed in Example, so description is fairly simple, relevant part illustrates see method part.
Professional can also recognize further, in conjunction with unit and the algorithm steps of each example of embodiment disclosed herein description, can realize with electronic hardware, computer software or the combination of the two, in order to the interchangeability of hardware and software is clearly described, generally describe composition and the step of each example in the above description according to function.These functions perform with hardware or software mode actually, depend on application-specific and the design constraint of technical scheme.Professional and technical personnel can use distinct methods to realize described function to each specifically should being used for, but this realization should not thought and exceeds scope of the present invention.
The software module that the method described in conjunction with embodiment disclosed herein or the step of algorithm can directly use hardware, processor to perform, or the combination of the two is implemented.Software module can be placed in the storage medium of other form any known in random asccess memory (RAM), internal memory, read-only memory (ROM), electrically programmable ROM, electrically erasable ROM, register, hard disk, moveable magnetic disc, CD-ROM or technical field.
To the above-mentioned explanation of the disclosed embodiments, professional and technical personnel in the field are realized or uses the present invention.To be apparent for those skilled in the art to the multiple amendment of these embodiments, General Principle as defined herein can without departing from the spirit or scope of the present invention, realize in other embodiments.Therefore, the present invention can not be restricted to these embodiments shown in this article, but will meet the widest scope consistent with principle disclosed herein and features of novelty.
Claims (11)
1. a control method, is applied to the first electronic equipment, it is characterized in that, described first electronic equipment comprises magnetic field detection unit, and described method comprises:
Control the magnetic field that the magnetic part in the magnetic module of described magnetic field detection unit inspection second electronic equipment produces, determine the magnetic direction information of described magnetic part;
According to the corresponding relation that the magnetic direction information preset and magnetic are encoded, determine to sort the magnetic coding that each magnetic direction information is corresponding to described magnetic coding according to preset strategy, determine that the magnetic after sorting is encoded to the magnetic coding of described second electronic equipment;
Whether judge that the magnetic of described second electronic equipment is encoded is default magnetic coding;
When the magnetic of described second electronic equipment is encoded to default magnetic coding, set up the connection between described second electronic equipment.
2. control method according to claim 1, is characterized in that, the magnetic module of described second electronic equipment comprises the multiple magnetic parts being arranged at diverse location place;
Described controlling magnetic field detecting unit detects the magnetic field that the magnetic part in the magnetic module of the second electronic equipment produces, and comprising: controlling magnetic field detecting unit detects the magnetic field that in described second electronic equipment, each magnetic part produces;
Describedly according to preset strategy, described magnetic coding to be sorted, determine that the magnetic after sorting is encoded to the magnetic coding of described second electronic equipment, comprise: according to the distributing position of multiple magnetic part, be magnetic code set by the magnetic coding permutations corresponding with each magnetic direction information, determine that described magnetic code set is the magnetic coding of the second electronic equipment.
3. control method according to claim 1, it is characterized in that, the magnetic module of described second electronic equipment comprises the multiple magnetic parts being arranged at diverse location place, described magnetic part is electromagnetic component, and described second electronic equipment controls a part of converted magnetic pole in described multiple electromagnetic component according to preset rules;
Described controlling magnetic field detecting unit detects the magnetic field that the magnetic part in the magnetic module of the second electronic equipment produces, comprise: the magnetic field that controlling magnetic field detecting unit produces according to each electromagnetic component in the second electronic equipment described in predetermined period repeated detection, described predetermined period is consistent with the time interval of described second electronic equipment control section electromagnetic component converted magnetic pole, and detecting the times N in magnetic field is that the number of times that described second electronic equipment control section electromagnetic component in a cyclic process carries out magnetic pole conversion adds 1;
Describedly according to preset strategy, described magnetic coding to be sorted, determine that the magnetic after sorting is encoded to the magnetic coding of described second electronic equipment, comprise: according to the distributing position of multiple electromagnetic component, being encoded by the magnetic corresponding with each magnetic direction information got in each testing process is arranged as a magnetic code set respectively; According to the sequencing that testing process performs, multiple magnetic code set is arranged as the general collection of magnetic coding, determines that the general collection of described magnetic coding is the magnetic coding of described second electronic equipment.
4. the control method according to claim 1,2 or 3, is characterized in that, the connection between described foundation and described second electronic equipment comprises:
Open the first wireless communication module of described first electronic equipment, with described second electronic equipment in be in opening the second wireless communication module connect.
5. the control method according to claim 1,2 or 3, is characterized in that, the connection between described foundation and described second electronic equipment comprises:
Open the first wireless communication module of described first electronic equipment;
Export opening information, described opening information is for triggering the second wireless communication module of described second electronic equipment unlatching self.
6. a control device, is applied to the first electronic equipment, it is characterized in that, described first electronic equipment comprises magnetic field detection unit, and described control device comprises:
First control unit, the magnetic field that the magnetic part for controlling in the magnetic module of described magnetic field detection unit inspection second electronic equipment produces, determines the magnetic direction information of described magnetic part;
Magnetic coding determining unit, for the corresponding relation of encoding according to the magnetic direction information preset and magnetic, determine to sort the magnetic coding that each magnetic direction information is corresponding to described magnetic coding according to preset strategy, determine that the magnetic after sorting is encoded to the magnetic coding of described second electronic equipment;
Judging unit, for judging whether the magnetic coding of described second electronic equipment is default magnetic coding;
Second control unit, during for being encoded to default magnetic coding at the magnetic of described second electronic equipment, sets up the connection between described second electronic equipment.
7. control device according to claim 6, is characterized in that, the magnetic module of described second electronic equipment comprises the multiple magnetic parts being arranged at diverse location place;
Described first control unit comprises the first control module, and described first control module is used for controlling magnetic field detecting unit and detects the magnetic field that in described second electronic equipment, each magnetic part produces, and determines the magnetic direction information of described magnetic part;
Described magnetic coding determining unit comprises magnetic coding determination module and the first processing module; Described magnetic coding determination module is used for the preset relation of encoding according to the magnetic direction information preset and magnetic, determines the magnetic coding that each magnetic direction information is corresponding; Described first processing module is used for the distributing position according to multiple magnetic part, is magnetic code set by the magnetic coding permutations corresponding with each magnetic direction information, determines that described magnetic code set is the magnetic coding of the second electronic equipment.
8. control device according to claim 6, it is characterized in that, the magnetic module of described second electronic equipment comprises the multiple magnetic parts being arranged at diverse location place, described magnetic part is electromagnetic component, and described second electronic equipment controls a part of converted magnetic pole in described multiple electromagnetic component according to preset rules;
Described first control unit comprises the second control module, described second control module is used for the magnetic field that controlling magnetic field detecting unit produces according to each electromagnetic component in the second electronic equipment described in predetermined period repeated detection, determine the magnetic direction information of described electromagnetic component, described predetermined period is consistent with the time interval of described second electronic equipment control section electromagnetic component converted magnetic pole, and detecting the times N in magnetic field is that the number of times that described second electronic equipment control section electromagnetic component in a cyclic process carries out magnetic pole conversion adds 1;
Described magnetic coding determining unit comprises magnetic coding determination module, the second processing module and the 3rd processing module; Described magnetic coding determination module is used for the preset relation of encoding according to the magnetic direction information preset and magnetic, determines the magnetic coding that each magnetic direction information is corresponding; Described second processing module is used for the distributing position according to multiple electromagnetic component, is encoded by the magnetic corresponding with each magnetic direction information got and be arranged as a magnetic code set respectively in each testing process; Described 3rd processing module is used for the sequencing performed according to testing process, multiple magnetic code set is arranged as the general collection of magnetic coding, determines that the general collection of described magnetic coding is the magnetic coding of described second electronic equipment.
9. the control device according to claim 6,7 or 8, it is characterized in that, described second control unit comprises the 3rd control module, described 3rd control module for opening the first wireless communication module of described first electronic equipment, with described second electronic equipment in be in opening the second wireless communication module connect.
10. the control device according to claim 6,7 or 8, it is characterized in that, described second control unit comprises the 3rd control module and message output module, described 3rd control module is for opening the first wireless communication module of described first electronic equipment, described message output module is for exporting opening information, and described opening information is for triggering the second wireless communication module of described second electronic equipment unlatching self.
11. 1 kinds of electronic equipments, comprise control system, it is characterized in that, described electronic equipment comprises magnetic field detection unit, and described control system comprises the control device according to any one of claim 6 to 10.
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| CN105631305A (en) * | 2014-11-06 | 2016-06-01 | 联想(北京)有限公司 | Information processing method and electronic device |
| CN104794416B (en) * | 2015-03-23 | 2016-11-16 | 广州知途鸟智能科技有限公司 | The identification structure that automatic electric connects between more than two electronic devices |
| US10367265B2 (en) * | 2016-08-05 | 2019-07-30 | Qualcomm Incorporated | Magnetic communication method |
| CN112727300B (en) * | 2020-12-22 | 2022-08-16 | 广州征安电子科技有限公司 | Door magnetic switch and control method thereof |
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