CN103091594B - The peripheral device of portable electronic equipment, portable electronic equipment connects method for sensing - Google Patents
The peripheral device of portable electronic equipment, portable electronic equipment connects method for sensing Download PDFInfo
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- CN103091594B CN103091594B CN201110343736.5A CN201110343736A CN103091594B CN 103091594 B CN103091594 B CN 103091594B CN 201110343736 A CN201110343736 A CN 201110343736A CN 103091594 B CN103091594 B CN 103091594B
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- peripheral device
- portable electron
- electron device
- orientation
- magnetisable material
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Abstract
The peripheral device that the present invention discloses a kind of portable electron device and portable electron device connects method for sensing.The peripheral device disclosed connects method for sensing and comprises: the magnetisable material sensing this portable electron device periphery by a magnetisable material sensor, and produces a magnetic sensing signal according to this; Sense the particular orientation at this portable electron device by an azimuth sensing device, and produce an azimuth sensing signal according to this; And according to this magnetic sensing signal and this orientation sensing signal, judge that this portable electron device is connected on a peripheral device.
Description
Technical field
The present invention relates to portable electron device, the peripheral device particularly relating to portable electron device connects sensing.
Background technology
Portable electron device, as intelligent mobile phone, flat computer, camera etc., is common on consumption market.Along with portable electron device is popularized gradually, many peripheral device consequentialities.
But, in order to judge whether portable electron device connects a upper peripheral device, usually needing to take pin position, one, connectivity port and making a decision.
Therefore, the art needs a kind of electronic installation and the peripheral device connection judgment technology that can not take pin position, connectivity port badly.
Summary of the invention
The peripheral device that the present invention discloses a kind of portable electron device and a kind of portable electron device connects method for sensing.
A magnetisable material sensor, an azimuth sensing device and a control module is comprised according to the portable electron device that one embodiment of the present invention realizes.This control module couples this magnetisable material sensor and this orientation sensor.This magnetisable material sensor is for producing a magnetic sensing signal when sensing the magnetisable material on this peripheral device.This orientation sensor produces an azimuth sensing signal for a particular orientation residing on this peripheral device according to this portable electron device.According to this magnetic sensing signal and this orientation sensing signal, this control module will judge that this portable electron device is connected on this peripheral device.
In addition, the peripheral device about portable electron device connects method for sensing, can have following implementation step, comprise: the magnetisable material sensing this portable electron device periphery by a magnetisable material sensor, and produce a magnetic sensing signal according to this; Sense the particular orientation at this portable electron device by an azimuth sensing device, and produce an azimuth sensing signal according to this; And according to this magnetic sensing signal and this orientation sensing signal, judge that this portable electron device is connected on a peripheral device.
For making above-mentioned purpose of the present invention, feature and advantage become apparent, special embodiment below, and be described with reference to the accompanying drawings as follows.
Accompanying drawing explanation
Fig. 1 is for a peripheral device PD of bracket type, and how diagram one portable electron device 100 is connected with peripheral device PD;
Fig. 2 is with a kind of embodiment of a calcspar detailed annotation portable electron device 100; And
Fig. 3 connects method for sensing with the peripheral device of a kind of portable electron device of a process flow diagram diagram.
Reference numeral explanation
100 ~ portable electron device;
102 ~ magnet;
104 ~ support angle;
202 ~ magnetisable material sensor;
204 ~ azimuth sensing device;
206 ~ control module;
208 ~ ornaments orientation-peripheral device correspondence table;
AP_1 ..., AP_j ..., AP_N ~ application program;
IO_1 ..., IO_j ..., IO_N ~ input/output module;
PD, PD_j ~ peripheral device; And
S302 ... S310 ~ process step.
Embodiment
Portable electron device can be used to be connected with peripheral device, to expand its purposes.The peripheral device that portable electron device of the present invention connects need have a magnetisable material, can support this portable electron device as a: magnet or a magnetic element with a support angle.
Fig. 1 is for a peripheral device PD of bracket type, and how diagram one portable electron device 100 is connected with peripheral device PD.As shown in Figure 1, peripheral device PD has a magnet 102, and supports this portable electron device 100 with a support angle 104.According to the existence of this magnet 102 and this support angle 104, whether disclosed technology can judge whether this portable electron device 100 is settled and be connected on the bracket of peripheral device PD.
Fig. 2 is with a kind of embodiment of a calcspar detailed annotation portable electron device 100.Portable electron device 100 comprises magnetisable material sensor 202, azimuth sensing device 204 and a control module 206.
Magnetisable material sensor 202 can by Hall effect sensor (Hallsensor), magnetoresistive sensor (MRsensor) ... etc. any sensor realization that can sense magnetisable material and exist.Azimuth sensing device 204 can be realized by the sensor of the ornaments angle of gravity sensor (G-sensor), acceleration sensor (Accelerometer) or this portable electron device 100 of any identifiable design.Control module 206 couples this magnetisable material sensor 202 and this orientation sensor 204.This magnetisable material sensor 202 is when sensing the magnetisable material on peripheral device, can produce a magnetic sensing signal (as: look-at-me) and be transferred to this control module 206, this control module 206 can be judged, and this portable electron device 100 is close to this peripheral device.This orientation sensor 204 can be residing on this peripheral device according to this portable electron device 100 a particular orientation, produce an azimuth sensing Signal transmissions to this control module 206, make this control module 206 can judge the orientation that this portable electron device 100 is residing on this peripheral device.If magnetisable material sensor 202 senses this portable electron device 100 periphery there is magnetisable material, and this orientation sensor 204 senses this portable electron device 100 and is in a particular orientation, that is furnished by with a special angle, then control module 206 according to this magnetic sensing signal and this orientation sensing signal, can judge that this portable electron device 100 connects a upper specific peripheral device.
In some embodiments, control module 206 is after magnetisable material sensor 202 continues to sense magnetisable material and azimuth sensing device 204 continues to sense particular orientation one time span, and side judges that this portable electron device 100 is connected on a specific peripheral device.Thus, erroneous judgement can be avoided to occur.
In addition, portable electron device 100 can exist should the input/output module of peripheral device or application program-started by control module 206 after the connection of portable electron device and this peripheral device confirms, is responsible for the communication between stream oriented device or person easy to use operation.
In view of more and more many peripheral devices design for portable electron device on the market, the corresponding relation of an enquiry form (LUT)-multiple ornaments orientation of detailed row and multiple peripheral device can be set up, for identifying that the connection of multiple peripheral device uses in portable electron device.Consult the calcspar of Fig. 2, wherein, namely the corresponding table 208 of ornaments orientation-peripheral device is used to realize above-mentioned enquiry form.
The corresponding table 208 of ornaments orientation-peripheral device can be stored in a storage element, and records the corresponding relation of multiple ornaments orientation and multiple peripheral device.Thus, control module 206 can when magnetisable material sensor 202 senses magnetisable material, inquire about the corresponding table 208 of this ornaments orientation-peripheral device according to the azimuth sensing signal that azimuth sensing device 204 produces, judge that this portable electron device 100 is connected to one of above-mentioned multiple peripheral device.
As shown in Figure 2, the corresponding multiple peripheral device supported, this portable electron device 100 also can comprise multiple input/output module IO_1 ... IO_j ... IO_N.Control module 206 starts these input/output modules IO_1 after this portable electron device 100 of judgement is connected with one of supported multiple peripheral device ... IO_j ... corresponding person in IO_N, makes this portable electron device 100 be able to and be connected peripheral device communication.Such as, if that portable electron device 100 connection is peripheral device PD_j, then control module 206 can start the input/output module IO_j of corresponding peripheral device PD_j, and portable electron device 100 is able to and peripheral device PD_j communication.
In addition, as shown in Figure 2, the corresponding multiple peripheral device supported, this portable electron device 100 also can be designed with multiple application A P_1 ... AP_j ... AP_N.Control module 206 can after this portable electron device 100 of judgement be connected with one of supported multiple peripheral device, the application program that the peripheral device that startup connects is corresponding.Such as, if that portable electron device 100 connects is peripheral device PD_j, then control module 206 can start the application A P_j of corresponding peripheral device PD_j, makes portable electron device 100 once be connected on peripheral device PD_j, namely automatically performs corresponding application A P_j.
Following illustrative example illustrates the multiple peripheral device application of portable electron device, comprising:
● stereo set (speaker), makes portable electron device connect on it with a first orientation;
● printer, makes portable electron device connect on it with a second orientation;
● input/output end port expands bracket (extensioncradle), makes portable electron device connect on it with a third party position;
● vehicle seat (carkit), makes portable electron device connect on it with one the 4th orientation.
Above-mentioned first, second, third is neither identical with the 4th orientation.Corresponding, the corresponding table 208 of the ornaments orientation stored by the storage element in portable electron device 100-peripheral device can compile following information:
● the corresponding relation of this first orientation and this stereo set;
● the corresponding relation of this second orientation and this printer;
● this third party position and this input/output end port expand the corresponding relation of bracket;
● the corresponding relation of the 4th orientation and this vehicle seat.
Corresponding, portable electron device can have following input/output module:
● a Bluetooth communication modules of corresponding above-mentioned stereo set or vehicle seat;
● the radio area network transport module (WLAN) of corresponding above-mentioned printer;
● corresponding above-mentioned input/output end port expands micro-universal sequence transmit port (micro-USB) of bracket.
Corresponding, portable electron device can be designed with application program of sowing:
● the broadcast interface of corresponding above-mentioned stereo set;
● the printing interface of corresponding above-mentioned printer;
● corresponding above-mentioned input/output end port expands the connectivity port operation and control interface of bracket;
● the navigation interface of corresponding above-mentioned vehicle seat.
Thus, if sense magnetisable material exist and determine that this portable electron device is furnish with this first orientation on peripheral device, then judge that this portable electron device is connected with this stereo set, above-mentioned Bluetooth communication modules can be started subsequently or show above-mentioned broadcast interface.If sense magnetisable material exist and determine that this portable electron device is furnish with this second orientation on peripheral device, then judge that this portable electron device is connected with this printer, above-mentioned radio area network transport module can be started subsequently or show above-mentioned printing interface.If sense magnetisable material exist and determine that this portable electron device is furnish with this third party position on peripheral device, then judge that this portable electron device expands bracket with this input/output end port to be connected, above-mentioned micro-universal sequence transmit port can be started subsequently or show above-mentioned connectivity port operation and control interface.If sense magnetisable material exist and determine that this portable electron device is with the 4th orientation ornaments on peripheral device, then judge that this portable electron device is connected with above-mentioned vehicle seat, above-mentioned Bluetooth communication modules can be started subsequently or show above-mentioned navigation interface.
Need special declaration, the multiple peripheral device more than enumerated, ornaments orientation-peripheral device correspondence table, multiple input/output module and multiple application program is only describe particular implementation of the present invention, is not intended to limit scope of the present invention.
Fig. 3 connects method for sensing with the peripheral device of a kind of portable electron device of a process flow diagram diagram, comprises the following steps.Step S302 be with a magnetisable material sensor in this portable electron device sense this portable electron device periphery whether be magnetic material exist.Flow process can wait for the look-at-me that magnetisable material senses repeatedly, until after this magnetisable material sensor senses magnetisable material, produce a magnetic sensing signal, and carry out step S304.Whether step S304 senses this portable electron device in particular orientation ornaments by an azimuth sensing device in this portable electron device, and produces an azimuth sensing signal according to this.If this orientation sensing signal shows, this portable electron device is non-to be furnished in this particular orientation, and flow process gets back to section start.If it is this particular orientation ornaments that this orientation sensing signal shows this portable electron device, flow process carries out step S306.Step S306 judges that above-mentioned magnetisable material and the whether continuous time span of above-mentioned particular orientation all exist.If not, then flow process gets back to step S302.If so, then carry out step S308, according to this magnetic sensing signal and this orientation sensing signal, judge that this portable electron device is connected on a specific peripheral device.Then, flow process can carry out step S310, starts the input/output module corresponding to this peripheral device or application program, with the communication between responsible stream oriented device or person easy to use operation.
In some embodiments, step S306 is optional step, also may skip and does not perform.
As for shown in Fig. 3-magnetisable material sensing (step S302) is used to reduce unnecessary ornaments orientation early than the design of particular orientation sensing (step S304) and judges.Reason is, under actual operating condition, portable electron device often can't touch magnetisable material.But, in other embodiments, also can first carry out particular orientation sensing side and carry out magnetisable material sensing.
Same, institute's revealing method also can store the corresponding relation of multiple ornaments orientation and multiple peripheral device with a storage element, realize the linkage identification of multiple peripheral device with look up table technique.After in judgement, this portable electron device is connected with one of above-mentioned multiple peripheral device, described method can to start in this portable electron device corresponding person in multiple input/output module, and this portable electron device is able to and be connected peripheral device communication.In other embodiments, described method can after this portable electron device of judgement be connected with one of above-mentioned multiple peripheral device, and the application program that the peripheral device that startup connects is corresponding, operates with person easy to use.
Although the present invention discloses as above with preferred embodiment; but it is also not used to limit the present invention, those skilled in the art, under the premise without departing from the spirit and scope of the present invention; can do some changes and retouching, therefore protection scope of the present invention is as the criterion with claim of the present invention.
Claims (9)
1. a portable electron device, can be connected to a peripheral device, it comprises:
One magnetisable material sensor, in order to when sensing the magnetisable material on this peripheral device, produces a magnetic sensing signal;
One azimuth sensing device, in order to a particular orientation residing on this peripheral device according to this portable electron device, produces an azimuth sensing signal;
One storage element, store an ornaments orientation-peripheral device correspondence table, it records the corresponding relation of multiple ornaments orientation and multiple peripheral device, and this peripheral device is one of above-mentioned multiple peripheral device; And
One control module, couple this magnetisable material sensor and this orientation sensor, in order to according to this magnetic sensing signal and this orientation sensing signal, when this magnetisable material sensor senses this magnetisable material, this ornaments orientation-peripheral device correspondence table is inquired about, to judge that this portable electron device is connected on this peripheral device according to the azimuth sensing signal of this orientation sensor.
2. portable electron device as claimed in claim 1, wherein this control module continues to sense this magnetisable material at this magnetisable material sensor, and after this orientation sensor continues to sense this particular orientation one time span, side judges that this portable electron device is connected on this peripheral device.
3. portable electron device as claimed in claim 1, also comprise multiple input/output module, this control module is also judging that this portable electron device is connected to after on this peripheral device, start corresponding person in the plurality of input/output module, this portable electron device is able to and be connected peripheral device communication.
4. portable electron device as claimed in claim 1, wherein this control module is also connected to after on this peripheral device at this portable electron device of judgement, the application program that the peripheral device that startup connects is corresponding.
5. the peripheral device of portable electron device connects a method for sensing, comprising:
Sense the magnetisable material of this portable electron device periphery by a magnetisable material sensor, and produce a magnetic sensing signal according to this;
Sense this portable electron device particular orientation residing on this peripheral device by an azimuth sensing device, and produce an azimuth sensing signal according to this; And
According to this magnetic sensing signal and this orientation sensing signal, when this magnetisable material sensor senses this magnetisable material, according to the azimuth sensing signal inquiry one ornaments orientation-peripheral device correspondence table of this orientation sensor, to judge that this portable electron device is connected on a peripheral device, the corresponding relation of the corresponding table record multiple ornaments orientation of this ornaments orientation-peripheral device and multiple peripheral device, and this peripheral device is one of above-mentioned multiple peripheral device.
6. portable electron device peripheral device as claimed in claim 5 connects method for sensing, continue to sense magnetisable material at this magnetisable material sensor, and after this orientation sensor continues to sense this particular orientation one time span, side judges that this portable electron device is connected on this peripheral device.
7. portable electron device peripheral device as claimed in claim 5 connects method for sensing, is after this magnetisable material sensor senses magnetisable material, and side senses this portable electron device with this orientation sensor and whether is in this particular orientation.
8. portable electron device peripheral device as claimed in claim 5 connects method for sensing, also be included in and judge that this portable electron device is connected to after on this peripheral device, to start in this portable electron device corresponding person in multiple input/output module, this portable electron device is able to and be connected peripheral device communication.
9. portable electron device peripheral device as claimed in claim 5 connects method for sensing, is also connected to after on this peripheral device at this portable electron device of judgement, the application program that the peripheral device that startup connects is corresponding.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201110343736.5A CN103091594B (en) | 2011-11-03 | 2011-11-03 | The peripheral device of portable electronic equipment, portable electronic equipment connects method for sensing |
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| CN201110343736.5A CN103091594B (en) | 2011-11-03 | 2011-11-03 | The peripheral device of portable electronic equipment, portable electronic equipment connects method for sensing |
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| CN103091594A CN103091594A (en) | 2013-05-08 |
| CN103091594B true CN103091594B (en) | 2015-11-25 |
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| CN1499393A (en) * | 2002-11-11 | 2004-05-26 | Lg电子株式会社 | Portable computer and application thereof |
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| CN101681185A (en) * | 2007-06-08 | 2010-03-24 | 苹果公司 | Methods and systems for providing sensory information to devices and peripherals |
| CN101827157A (en) * | 2009-03-05 | 2010-09-08 | 宏达国际电子股份有限公司 | Automatic detection and recognition method of electronic device, electronic system and peripheral device |
| TW201104429A (en) * | 2009-07-28 | 2011-02-01 | Io Interconnect Ltd | Peripherals sharing system of integrated personal computer and method using the same |
Family Cites Families (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP2006217142A (en) * | 2005-02-02 | 2006-08-17 | Nec Access Technica Ltd | Opening and closing type mobile terminal device |
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2011
- 2011-11-03 CN CN201110343736.5A patent/CN103091594B/en not_active Expired - Fee Related
Patent Citations (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN1499393A (en) * | 2002-11-11 | 2004-05-26 | Lg电子株式会社 | Portable computer and application thereof |
| CN2752838Y (en) * | 2004-10-19 | 2006-01-18 | 上海环达计算机科技有限公司 | Multi-directional support for portable computer |
| CN101681185A (en) * | 2007-06-08 | 2010-03-24 | 苹果公司 | Methods and systems for providing sensory information to devices and peripherals |
| CN101477503A (en) * | 2007-10-23 | 2009-07-08 | 得逻辑公司 | Passive client-host detection for connected peripherals |
| CN101827157A (en) * | 2009-03-05 | 2010-09-08 | 宏达国际电子股份有限公司 | Automatic detection and recognition method of electronic device, electronic system and peripheral device |
| TW201104429A (en) * | 2009-07-28 | 2011-02-01 | Io Interconnect Ltd | Peripherals sharing system of integrated personal computer and method using the same |
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