CN104750248A - Electronic device pairing method - Google Patents
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- CN104750248A CN104750248A CN201510051907.5A CN201510051907A CN104750248A CN 104750248 A CN104750248 A CN 104750248A CN 201510051907 A CN201510051907 A CN 201510051907A CN 104750248 A CN104750248 A CN 104750248A
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Abstract
The invention provides an electronic device pairing method. The method comprises the steps that a handheld electronic device obtains the overall relative position relation among a plurality of peripheral electronic devices, the handheld electronic device displays a handheld device symbol, the handheld electronic device displays a plurality of peripheral symbols corresponding to the peripheral electronic devices according to the overall relative position relation, the handheld electronic device responds to the touch control actions between the handheld device symbol and the selected peripheral symbols, and the handheld electronic device and the peripheral electronic devices corresponding to the selected peripheral symbols are paired.
Description
Technical field
The invention relates to a kind of matching method, and relate to a kind of electronic installation matching method especially.
Background technology
Traditional electronic installation matching method is, when first electronic installation enters the line scope of several second electronic devices, first electronic installation can show the identification code (ID) of this little electronic installation, then user select for the identification code of second electronic device of line, could pairing the first electronic installation and selected second electronic device further.
But, user once forget or do not know for line second electronic device identification code and near have more than one electronic installation, user must repeatedly attempt connecting just can choose institute wish line second electronic device.
Summary of the invention
The object of the present invention is to provide a kind of electronic installation matching method, the problem that user must remember identification code can be improved.
For achieving the above object, the invention provides a kind of electronic installation matching method, comprising: portable electric device obtains the overall relative position relation between multiple periphery electronic installation; This portable electric device display hand-held device symbol; This portable electric device, according to this overall relative position relation, shows multiple periphery symbols that those periphery electronic installations are corresponding; And this portable electric device responds a touch-control action between this hand-held device symbol and this selected periphery symbol, this periphery electronic installation corresponding to this periphery symbol selected by pairing and this portable electric device.
Preferably, the step of this overall relative position relation that this portable electric device obtains between those periphery electronic installations comprises: locating device is detected the relative coordinate position of those periphery electronic installations and is recorded in primary importance archives; And this portable electric device obtains these primary importance archives from this locating device and estimates this overall relative position relation.
Preferably, this electronic installation matching method also comprises: the local relative position relation between this periphery electronic installation and this portable electric device that respectively detecting of this periphery electronic installation is contiguous; And analyze this local relative position relation multiple, to obtain this overall relative position relation.
Preferably, those periphery electronic installations comprise the first periphery electronic installation and the second periphery electronic installation, and this electronic installation matching method also comprises: this first periphery electronic installation is detected the relative coordinate position of this second periphery electronic installation and this portable electric device and is recorded in the first peripheral position archives; This second periphery electronic installation is detected the relative coordinate position of this first periphery electronic installation and this portable electric device and is recorded in the second peripheral position archives; And this portable electric device is according to these the first peripheral position archives and this second peripheral position archives, obtains this overall relative position relation.
Preferably, those periphery electronic installations comprise the first periphery electronic installation and the second periphery electronic installation, and this electronic installation matching method also comprises: this first periphery electronic installation is detected the relative coordinate position of this second periphery electronic installation and this portable electric device and is recorded in the first peripheral position archives; This second periphery electronic installation is detected the relative coordinate position of this first periphery electronic installation and this portable electric device and is recorded in the second peripheral position archives; And this first periphery electronic installation or this second periphery electronic installation obtain this overall relative position relation according to these the first periphery electronic position archives and this second peripheral position archives and send this portable electric device to.
Preferably, this electronic installation matching method also comprises: one of them of this portable electric device or those periphery electronic installations sets up a coordinate in this overall relative position relation, and wherein this coordinate comprises a true origin; Wherein, comprise in the step showing those periphery electronic installations according to this overall relative position relation: this true origin mobile is overlapped in this hand-held device symbol.
Preferably, the step in this periphery electronic installation responded selected by this touch-control action pairing and this portable electric device comprises: respond the drag kick from this hand-held device symbol to this selected periphery symbol, highlight this selected periphery symbol; And respond towing release movement, this periphery electronic installation corresponding to this periphery symbol that pairing highlights and this portable electric device.
Preferably, the step showing those periphery electronic installations according to this overall relative position relation comprises: according to this overall relative position relation, judges that whether at least two of those periphery electronic installations are along an axial overlap; And if at least two of those periphery electronic installations along this axial overlap, in partly overlapping mode, those periphery electronic installations that display is overlapping.
Preferably, this electronic installation matching method also comprises: symbol is pointed in the display of this portable electric device; Detect this portable electric device and whether rotate an angle; And if this portable electric device rotates this angle, rotate this sensing symbol this angle identical.
For achieving the above object, the present invention separately provides a kind of electronic installation matching method, comprising: portable electric device stores and matched information, and wherein this has matched information and comprises at least one code; This portable electric device obtains the code of overall relative position relation between multiple periphery electronic installation and those periphery electronic installations; This portable electric device display hand-held device symbol; This portable electric device, according to this overall relative position relation, has periphery symbol corresponding to the periphery electronic installation of this at least one code with the first display mode display and does not have periphery symbol corresponding to the periphery electronic installation of this at least one code with the second display mode display; And this portable electric device responds a touch-control action between this hand-held device symbol and this selected periphery symbol, when this periphery symbol shows with this first display mode, this portable electric device performs a specific function to this periphery electronic installation corresponding to this this selected periphery symbol, when this periphery symbol shows with this second display mode, this periphery electronic installation corresponding to this periphery symbol selected by the pairing of this portable electric device.
Compared with prior art, because the overall relative position relation of this little periphery electronic installation can be obtained by the one estimation of locating device, portable electric device or periphery electronic installation, when overall relative position relation is obtained by the estimation of one of portable electric device or periphery electronic installation, alternative omission locating device.In addition, the overall relative position relation obtaining this little periphery electronic installation can adopt wireless sensing technology or image analysis techniques to complete, avoid user to forget or do not know for the identification code of electronic installation of line, and near when having a more than one electronic installation, user need not repeatedly attempt connecting.
Accompanying drawing explanation
Fig. 1 is the electronic installation matching method process flow diagram of one embodiment of the invention.
Fig. 2 is the arrangement plan of several the periphery electronic installations of one embodiment of the invention.
Fig. 3 is the schematic diagram of the overall relative position relation of several the periphery electronic installations of Fig. 2.
Fig. 4 is another schematic diagram of the overall relative position relation of several the periphery electronic installations of Fig. 2.
Fig. 5 is the schematic diagram of pairing portable electric device and periphery electronic installation.
Fig. 6 is the display frame figure of the portable electric device of another embodiment of the present invention.
Fig. 7 is the schematic diagram that the hand-held device symbol of Fig. 4 turns to.
Fig. 8 is the overall relative position relation figure of the portable electric device display periphery symbol of another embodiment of the present invention.
Fig. 9 is the process flow diagram of the electronic installation matching method of another embodiment of the present invention.
Figure 10 A is the relative position relation figure of portable electric device and all periphery electronic installations.
Figure 10 B is the local relative position relation of the second periphery electronic installation and portable electric device.
Figure 10 C is the local relative position relation of the first periphery electronic installation and portable electric device.
Embodiment
For making there is further understanding to object of the present invention, structure, feature and function thereof, embodiment is hereby coordinated to be described in detail as follows.
Fig. 1 is the electronic installation matching method process flow diagram of one embodiment of the invention.
In step S110, illustrate the arrangement plan of several the periphery electronic installations according to one embodiment of the invention referring to Fig. 2 and Fig. 3, Fig. 2, and Fig. 3 illustrates the schematic diagram of the overall relative position relation of several the periphery electronic installations according to Fig. 2.Portable electric device 100 obtains the overall relative position relation P1 between several periphery electronic installations.Such as, several periphery electronic installations and locating device 205 is configured with in a space (as meeting room, home environment or other any type space) SP1.This little periphery electronic installation comprises the first periphery electronic installation 210, second periphery electronic installation 220, the 3rd periphery electronic installation 230 and 4th week limit electronic installation 240, wherein the first periphery electronic installation 210 and the second periphery electronic installation 220 are such as display screens, the 3rd periphery electronic installation 230 is such as projector, and 4th week limit electronic installation 240 is such as loudspeaker.When portable electric device 100 enters space S P1, an overall relative position relation P1 of this little periphery electronic installation can be obtained.In another embodiment, periphery electronic installation also can be other can with the electronic installation of portable electric device 100 line, as several displays of video wall.In addition, the embodiment of the present invention does not limit the quantity of periphery electronic installation, and it can be less than 4, can more than 4 yet.
This step S110 can be completed by following steps S111 and S112.
In step S111, as shown in Figure 3, locating device 205 is detected the relative coordinate position of this little periphery electronic installation and is recorded in primary importance archives F1 (primary importance archives F1 is illustrated in Fig. 2).As shown in Figure 3, using XY plane (as surface level) and locating device 205 as a true origin for example, because the 3rd periphery electronic installation 230 is just positioned at immediately below locating device 205, therefore the 3rd periphery electronic installation 230 is overlapping in XY plane system with true origin.In addition, the first periphery electronic installation 210 is overlapping along Z axis (axis as perpendicular to ground) with the second periphery electronic installation 220, and therefore the first periphery electronic installation 210 and the second periphery electronic installation 220 overlap in XY plane system.Locating device 205 using rfid technology or other suitable detection techniques can detect the relative position of this little periphery electronic installation, and wireless technology is wherein such as WiFi, bluetooth, infrared ray, ultrasonic or radar scanning technic etc.Although figure does not illustrate, right locating device 205 and periphery electronic installation can comprise signal transceiver, the wireless signal that periphery electronic installation sends is received by locating device 205, makes locating device 205 can detect a relative coordinate of periphery electronic installation relative positioning devices 205.
In step S112, portable electric device 100 self locating device 205 obtains primary importance archives F1 and estimates overall relative position relation P1.Such as, when portable electric device 100 enters space S P1, portable electric device 100 can be synchronous with locating device 205, and obtain primary importance archives F1 from locating device 205, and estimate overall relative position relation P1 according to this.
In another embodiment, the one of several periphery electronic installations also can be detected the relative coordinate position of this little periphery electronic installation and be recorded in primary importance archives F1.When portable electric device 100 enters space S P1, portable electric device 100 can this person of periphery electronic installation be synchronous a bit therewith, and obtains primary importance archives F1 from this periphery electronic installation, and estimates overall relative position relation P1 according to this.Under this design, alternative omission locating device 205.
In step S120, referring to Fig. 4, it illustrates the schematic diagram of the overall relative position relation of several the periphery electronic installations according to Fig. 2.When portable electric device 100 enters space S P1, display screen 110 display of portable electric device 100 represents the hand-held device symbol SY1 of portable electric device 100.Through the identification of hand-held device symbol SY1, user's Fast Identification portable electric device 100 can be allowed in the position of display screen 110.In embodiment, hand-held device symbol SY1 can be shown in the middle section of the display screen 110 of portable electric device 100, so also can be shown in the region beyond middle section in another embodiment, as fringe region.In addition, display screen 110 more shows one and points to symbol SY11, with point out hand-hold electronic device 100 towards, or says be user faced by direction.
In step S130, as shown in Figure 4, portable electric device 100, according to overall relative position relation P1, shows the periphery symbol that this little periphery electronic installation is corresponding.Such as, portable electric device 100 shows the first periphery symbol SY2 representing the first periphery electronic installation 210, the second periphery symbol SY3 representing the second periphery electronic installation 220, represents the 3rd periphery symbol SY4 of the 3rd periphery electronic installation 230 and represent the 4th week limit symbol SY5 of 4th week limit electronic installation 240.Through the identification of periphery symbol, the figure due to periphery symbol meets the kind of periphery electronic installation, and user therefore can be allowed to learn position and the kind of periphery electronic installation fast.
In the present embodiment, the position of this little periphery electronic installation is projected to XY plane by portable electric device 100, what therefore portable electric device 100 showed is the relative position relation of this little periphery electronic installation in XY plane, and so this is not used to limit the embodiment of the present invention.What note down due to primary importance archives F1 is the three-dimensional relative coordinate of this little periphery electronic installation, therefore in another embodiment, locating device 205 or portable electric device 100 also can by the coordinate projection of this little periphery electronic installation to arbitrary planes, as XZ plane (as vertical plane or vertical surface) or YZ plane.
In addition, this step S130 can more comprise: portable electric device 100 sets up coordinate in overall relative position relation P1, and as XY coordinate, wherein XY coordinate comprises origin of coordinate; Then, portable electric device 100 moving coordinate initial point when not moving periphery symbol is overlapped in hand-held device symbol SY1, as shown in Figure 4.Thus, user can pass through true origin Fast Identification hand-held device symbol SY1 in the position of display screen 110.
In addition, this step S130 can more comprise: portable electric device 100 can according to overall relative position relation P1, judge this little periphery electronic installation at least whether the two axially overlaps along one; If so, then portable electric device 100, in the mode of part overlapping, shows those periphery electronic installations overlapped.For example, because the first periphery electronic installation 210 and the second periphery electronic installation 220 overlap (as shown in Figure 1) along Z axis, therefore, in order to allow the first periphery symbol SY2 and the second periphery symbol SY3 be simultaneously displayed on display screen 110, the first periphery symbol SY2 and the second periphery symbol SY3 can partly overlap.
In step S140, referring to Fig. 5, it illustrates the schematic diagram of pairing portable electric device and periphery electronic installation.Portable electric device 100 responds the touch-control action between hand-held device symbol SY1 and selected periphery symbol, highlights selected periphery symbol; Then, towing release movement, the periphery electronic installation corresponding to periphery symbol that pairing highlights and a portable electric device 100 is responded.For example, user can perform one from the drag kick of hand-held device symbol SY1 to the second periphery symbol SY3 in display screen 110, portable electric device 100 responds this drag kick, highlights the second periphery symbol SY3, represents and chooses the second periphery electronic installation 220; Then, user discharges drag kick, and portable electric device 100 responds this towing release movement, the second periphery electronic installation 220 corresponding to the second periphery symbol SY3 that pairing highlights and portable electric device 100.
If the information that portable electric device 100 and the second periphery electronic installation 220 past do not match, second periphery symbol SY3 can show by the second display mode (solid line as Fig. 4), and password authentification or information exchange supervisor can be had in matcher, user must manually input.If portable electric device 100 once matched with the second periphery electronic installation 220, user can further further operate the second periphery electronic installation 220.For example, as shown in Figure 6, it illustrates the display frame figure of the portable electric device according to another embodiment of the present invention.When portable electric device 100 stores the pairing information with the second periphery electronic installation 220, the second periphery symbol SY3 can the first display mode (as dotted line) display.User can select to illustrate A1, A2 or A3 and do the function that data transmits, and wherein A1 can represent screen mirror image (Miracast), A2 can represent file transmission, and A3 can represent message transmission.But the representative function of diagram A1, A2 or A3 is not limit by this, it can be all functions of corresponding periphery electronic installation any one.In practical application, user also can first select to illustrate A1, A2 or A3, and after determining n-back test, then the execution of selection function is directly carried out in the pairing carrying out step S110 to S140 of the present invention afterwards.
Comprehensive, in the embodiment in fig 6, portable electric device 100 can show the periphery symbol of the periphery electronic installation once matching or never matched according to matching information, and once matches and the periphery symbol of the periphery electronic installation never matched with different display modes display.For the periphery electronic installation once matched, portable electric device 100 can automatically and its line; After line, user can pass through diagram (illustrating A1, A2 or A3 as the aforementioned) and performs specific function to it.For the periphery electronic installation do not matched, portable electric device 100 can pass through above-mentioned steps and selected periphery electronic installation matches.Depending on line requirement, password must be inputted if desired.
The schematic diagram that the hand-held device symbol SY1 that Fig. 7 illustrates Fig. 4 turns to.Portable electric device 100 can comprise gyroscope gyroscope) or accelerator detect side device (G sensor), portable electric device 100 can be detected and whether rotate an angle.For example, if portable electric device 100 rotates an angle, as rotated clockwise 90 degree, then the sensing symbol SY11 of hand-held device symbol SY1 turns to rotation equal angular with identical, with the sensing indicating portable electric device 100 up-to-date.Thus, though user hand-held portable electric device 100 move in space S P1, still can grasp the relative position relation of portable electric device 100 a little periphery electronic installation therewith.In addition, hand-held device symbol SY1 can coordinate sensing symbol SY11 to turn to together, so also can maintain former attitude.
Fig. 8 illustrates the overall relative position relation figure of the portable electric device display periphery symbol according to another embodiment of the present invention.In the present embodiment, the position of this little periphery electronic installation system is projected to XZ plane (as vertical surface) by portable electric device 100 primary importance archives F1, and what therefore portable electric device 100 showed is the relative position relation of this little periphery electronic installation in XZ plane.Thus, the relative position of the periphery symbol shown by display screen 110 more meets the relative position of the periphery electronic installation watched when user stands.
In addition, although the step (step S110) that above-described embodiment obtains overall relative position relation is completed by locating device 205, the right embodiment of the present invention is not limited thereto.Be below illustrate that other obtains the method for overall relative position relation.
Fig. 9 illustrates the process flow diagram of the electronic installation matching method according to another embodiment of the present invention.
In step S210, the local relative position relation between the periphery electronic installation that the detecting of periphery electronic installation is contiguous and portable electric device 100.For example, one or some periphery electronic installations respectively detect another, the relational coordinate position of other or all the other periphery electronic installations and portable electric device 100 be recorded in peripheral position archives.In one embodiment, this step S210 can be completed by the following step S211 to S212.
In step S211, referring to Figure 10 A to Figure 10 C, Figure 10 A illustrates the relative position relation figure of portable electric device and all periphery electronic installations, Figure 10 B illustrates the local relative position relation of the second periphery electronic installation and portable electric device, and Figure 10 C illustrates the local relative position relation of the first periphery electronic installation and portable electric device.The quantity of the periphery electronic installation of the present embodiment is that so another embodiment also can more than more than two for two explanations.
First periphery electronic installation 210 is detected the relative coordinate position of the second periphery electronic installation 220 and portable electric device 100 and is recorded in the first peripheral position archives F2 (as shown in Figure 10 B).In one embodiment, first periphery electronic installation 210 comprises image acquisition unit (not illustrating) and image analysing computer unit (not illustrating), wherein, the image of this image acquisition unit fechtable second periphery electronic installation 220 and portable electric device 100, and image can be analyzed with this image analysing computer unit, to obtain the relative coordinate position of the second periphery electronic installation 220 and portable electric device 100, and be recorded in the first peripheral position archives F2.
In step S212, the second periphery electronic installation 220 is detected the relative coordinate position of the first periphery electronic installation 210 and portable electric device 100 and is recorded in one second peripheral position archives F3 (as illustrated in figure 10 c).In one embodiment, second periphery electronic installation 220 comprises image acquisition unit (not illustrating) and image analysing computer unit (not illustrating), wherein, the image of this image acquisition unit fechtable first periphery electronic installation 210 and portable electric device 100, and image can be analyzed with this image analysing computer unit, to obtain the relative coordinate position of the first periphery electronic installation 210 and portable electric device 100, and be recorded in the second peripheral position archives F3.
In step S220, portable electric device 100 analyzes this little local relative position relation, to obtain this overall relative position relation.For example, when portable electric device 100 enters space S P1, first periphery electronic installation 210 can transmit the first peripheral position archives F2 to portable electric device 100, and the second periphery electronic installation 220 can transmit the second peripheral position archives F3 to portable electric device 100; Portable electric device 100 after the receipt, can estimate the overall relative position relation (overall relative position relation as shown in Figure 10 A) of this little periphery electronic installation according to the first peripheral position archives F2 and the second peripheral position archives F3.
Other step S120 to S140 of the electronic installation matching method of the embodiment of the present invention, similar in appearance to the corresponding step S120 to S140 of the process flow diagram of Fig. 1, repeats no more herein.
In another embodiment, overall relative position relation can obtain in the one estimation of a little periphery electronic installation thus, and then sends portable electric device 100 to by this periphery electronic installation.For example, first periphery electronic installation 210 can transmit the first peripheral position archives F2 to the second periphery electronic installation 220, is estimated the overall relative position relation (as shown in Figure 10 A) of this little periphery electronic installation by the second periphery electronic installation 220 according to the first peripheral position archives F2 and the second peripheral position archives F3.After portable electric device 100 enters space S P1, then transmit overall relative position relation to portable electric device 100 by the second peripheral position archives F3.
After portable electric device 100 and peripheral device match, of its information can be stored in portable electric device 100 match information, this has matched information and can comprise code, the password of electronic installation and can provide type service etc.In above-mentioned steps S210, periphery electronic installation when detecting the local relative position relation between contiguous periphery electronic installation and portable electric device 100, can simultaneously by the code of electronic installation with service etc. can be provided can be stored in peripheral position archives simultaneously.So, first peripheral position archives F2 and the second peripheral position archives F3 are except relative absolute positional relation, more comprise the code of electronic installation and can service etc. be provided, therefore when portable electric device 100 estimates overall relative position relation according to peripheral position archives, information has been matched in simultaneously comparison, (as color, pattern) can show periphery symbol corresponding to the periphery electronic installation that matched in a different manner.
When user pulls hand-held device symbol to matching periphery semiology analysis one specific function, as screen image, pass archives or audio mail etc.
In another kind of image analysis methods, each periphery electronic installation comprises an illuminator (not illustrating), and it can send different size and/or photochromic luminous point.The image frame of the one fechtable adjacent perimeter electronic installation of this little periphery electronic installation, and analyze the luminous point of this image frame, to obtain the relative coordinate position of adjacent perimeter electronic installation and portable electric device 100, and be recorded in peripheral position archives; Then, the one of this little periphery electronic installation or portable electric device 100 according to several peripheral position archives, can obtain the overall relative position relation of this little periphery electronic installation.In another embodiment, the image frame of the locating device 205 also whole periphery electronic installation of fechtable, and analyze the luminous point of this image frame, to obtain the overall relative position relation of whole periphery electronic installation.
To sum up, because the overall relative position relation of this little periphery electronic installation can be obtained by the one estimation of locating device 205, portable electric device 100 or periphery electronic installation.When the one estimation of overall relative position relation portable electric device 100 or periphery electronic installation obtains, alternatively omit locating device 205.In addition, the overall relative position relation obtaining this little periphery electronic installation can adopt wireless sensing technology or image analysis techniques to complete.
The present invention is described by above-mentioned related embodiment, but above-described embodiment is only enforcement example of the present invention.Must it is noted that the embodiment disclosed limit the scope of the invention.On the contrary, change done without departing from the spirit and scope of the present invention and retouching, all belong to scope of patent protection of the present invention.
Claims (10)
1. an electronic installation matching method, is characterized in that, comprising:
Portable electric device obtains the overall relative position relation between multiple periphery electronic installation;
This portable electric device display hand-held device symbol;
This portable electric device, according to this overall relative position relation, shows multiple periphery symbols that those periphery electronic installations are corresponding; And
This portable electric device responds a touch-control action between this hand-held device symbol and this selected periphery symbol, this periphery electronic installation corresponding to this periphery symbol selected by pairing and this portable electric device.
2. electronic installation matching method as claimed in claim 1, it is characterized in that, the step of this overall relative position relation that this portable electric device obtains between those periphery electronic installations comprises:
Locating device is detected the relative coordinate position of those periphery electronic installations and is recorded in primary importance archives; And
This portable electric device obtains these primary importance archives from this locating device and estimates this overall relative position relation.
3. electronic installation matching method as claimed in claim 1, is characterized in that, also comprise:
The local relative position relation between this periphery electronic installation and this portable electric device that respectively detecting of this periphery electronic installation is contiguous; And
Analyze this local relative position relation multiple, to obtain this overall relative position relation.
4. electronic installation matching method as claimed in claim 3, it is characterized in that, those periphery electronic installations comprise the first periphery electronic installation and the second periphery electronic installation, and this electronic installation matching method also comprises:
This first periphery electronic installation is detected the relative coordinate position of this second periphery electronic installation and this portable electric device and is recorded in the first peripheral position archives;
This second periphery electronic installation is detected the relative coordinate position of this first periphery electronic installation and this portable electric device and is recorded in the second peripheral position archives; And
This portable electric device, according to these the first peripheral position archives and this second peripheral position archives, obtains this overall relative position relation.
5. electronic installation matching method as claimed in claim 3, it is characterized in that, those periphery electronic installations comprise the first periphery electronic installation and the second periphery electronic installation, and this electronic installation matching method also comprises:
This first periphery electronic installation is detected the relative coordinate position of this second periphery electronic installation and this portable electric device and is recorded in the first peripheral position archives;
This second periphery electronic installation is detected the relative coordinate position of this first periphery electronic installation and this portable electric device and is recorded in the second peripheral position archives; And
This first periphery electronic installation or this second periphery electronic installation obtain this overall relative position relation according to these the first periphery electronic position archives and this second peripheral position archives and send this portable electric device to.
6. electronic installation matching method as claimed in claim 1, is characterized in that, more comprise:
One of them of this portable electric device or those periphery electronic installations sets up a coordinate in this overall relative position relation, and wherein this coordinate comprises a true origin;
Wherein, comprise in the step showing those periphery electronic installations according to this overall relative position relation: this true origin mobile is overlapped in this hand-held device symbol.
7. electronic installation matching method as claimed in claim 6, is characterized in that, the step in this periphery electronic installation responded selected by this touch-control action pairing and this portable electric device comprises:
Respond from this hand-held device symbol to the drag kick of this selected periphery symbol, highlight this selected periphery symbol; And
Respond towing release movement, this periphery electronic installation corresponding to this periphery symbol that pairing highlights and this portable electric device.
8. electronic installation matching method as claimed in claim 1, it is characterized in that, the step showing those periphery electronic installations according to this overall relative position relation comprises:
According to this overall relative position relation, judge that whether at least two of those periphery electronic installations are along an axial overlap; And
If at least two of those periphery electronic installations along this axial overlap, in partly overlapping mode, those periphery electronic installations that display is overlapping.
9. electronic installation matching method as claimed in claim 1, is characterized in that, also comprise:
Symbol is pointed in the display of this portable electric device;
Detect this portable electric device whether rotational angle; And
If this portable electric device rotates this angle, rotate this sensing symbol this angle identical.
10. an electronic installation matching method, is characterized in that, comprising:
Portable electric device stores and has matched information, and wherein this has matched information and comprises at least one code;
This portable electric device obtains the code of overall relative position relation between multiple periphery electronic installation and those periphery electronic installations;
This portable electric device display hand-held device symbol;
This portable electric device, according to this overall relative position relation, has periphery symbol corresponding to the periphery electronic installation of this at least one code with the first display mode display and does not have periphery symbol corresponding to the periphery electronic installation of this at least one code with the second display mode display; And
This portable electric device responds touch-control action between this hand-held device symbol and this selected periphery symbol, when this periphery symbol shows with this first display mode, this portable electric device performs a specific function to this periphery electronic installation corresponding to this this selected periphery symbol, when this periphery symbol shows with this second display mode, this periphery electronic installation corresponding to this periphery symbol selected by the pairing of this portable electric device.
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| CN107741783A (en) * | 2017-10-01 | 2018-02-27 | 上海量科电子科技有限公司 | electronic transfer method and system |
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| CN104122845A (en) * | 2013-04-24 | 2014-10-29 | 富泰华工业（深圳）有限公司 | Household appliance control system and method |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN107741783A (en) * | 2017-10-01 | 2018-02-27 | 上海量科电子科技有限公司 | electronic transfer method and system |
| CN107741783B (en) * | 2017-10-01 | 2021-06-25 | 上海量科电子科技有限公司 | Electronic transfer method and system |
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