CN105447025A - Portable electronic apparatus and information processing method thereof - Google Patents
Portable electronic apparatus and information processing method thereof Download PDFInfo
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- CN105447025A CN105447025A CN201410424226.4A CN201410424226A CN105447025A CN 105447025 A CN105447025 A CN 105447025A CN 201410424226 A CN201410424226 A CN 201410424226A CN 105447025 A CN105447025 A CN 105447025A
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Abstract
The invention provides an information processing method of a portable electronic apparatus. The method comprises the following steps: detecting a plurality of first taps of an object on the portable electronic apparatus via a motion sensor, and generating a plurality of first detecting signals according to the plurality of first taps; and via a coding system, coding the plurality of first taps to generate a first information code, wherein the first information code can be decoded via a decoding system to obtain first information.
Description
Technical field
The present invention relates to a kind of portable electronic devices, particularly relate to a kind of portable electronic devices and information processing method thereof, it produces information coding by multiple specific the knocking of action sensor detecting.
Background technology
The mobile communications device such as smart mobile phone, panel computer is because being attached with various auxiliary function and being easy to carry, become at present one of electronic product indispensable in daily life, simultaneously due to the universal of communications applications software and different user demand, can operating function still be updated constantly.
Current known mobile communications device can use gravity sensor (gravitysensor) to carry out sensing rotation operation, to enable display frame with using state to change display direction, increases user's experience thus.But, the developing direction major part of current mobile communications device all with visual correlation.Such as, the development trend of mobile communications device one of them for increasing picture dimension and screen resolution, but for for barrier person, increase screen size and image resolution might not have practicality.In addition, user might not directly pick up mobile communications device to operate in some cases, such as, in meeting.Therefore, still can operate when comparatively Canon enough allows user not watch display screen, to facilitate look barrier person or use in particular cases.
In view of this, the present invention proposes a kind of portable electronic devices and information processing method thereof, its utilize action sensor detect user information of knocking and can the input information of identification specific coding, to perform default application, to carry out representing or transmission of information.
Summary of the invention
The invention provides a kind of portable electronic devices and information processing method thereof, it by the input information of action sensor detecting default code, and transmits or represents this input information, can range of application with what increase portable electronic devices.
The present invention also provides a kind of portable electronic devices and information processing method thereof, knocking, jolt signal and rotating signal that its distinguishable action sensor is detected, and only encodes for knocking, to increase manipulation accuracy.
The invention provides a kind of information processing method of portable electronic devices, this portable electronic devices has action sensor.This information processing method comprises the following step: knock for multiple first on this portable electronic devices via this action sensor detecting object, and knock multiple first detection signal of generation according to the plurality of first; And via coded system, encode to produce first information coding to the plurality of first detection signal, wherein this first information coding can go out the first information via decoding system decodes.
The present invention also provides a kind of portable electronic devices, comprises action sensor and processing unit.This action sensor knocks for multiple first on this portable electronic devices in order to detect object, and knocks multiple first detection signal of generation according to the plurality of first.This processing unit is electrically coupled to this action sensor, in order to receive the plurality of first detection signal, and via coded system, encode to produce first information coding to the plurality of first detection signal, wherein this first information coding can go out the first information via decoding system decodes.
In one embodiment, this portable electronic devices also can comprise radio receiving unit in order to receive the 3rd information coding via wireless mode, and wherein this processing unit more decodes the 3rd information via this decode system from the 3rd information coding.
In one embodiment, this portable electronic devices also can comprise display in order to show this first information and/or the 3rd information, or comprises speech player in order to play this first information and/or the 3rd information.
This portable electronic devices can be smart mobile phone, panel computer, intelligent object wearing device or personal digital assistant.
The portable electronic devices of the embodiment of the present invention and information processing method thereof can allow user can not direct viewing portable electronic devices and utilize the mode of knocking to manipulate, to increase the practicality of portable electronic devices.
More obviously, hereafter can will coordinate appended diagram, be described in detail as follows to allow above and other object of the present invention, feature and advantage.In addition, in explanation of the present invention, identical component represents with identical symbol, first states clearly in this conjunction.
Accompanying drawing explanation
Fig. 1 is the operation chart of the portable electronic devices of the embodiment of the present invention.
Fig. 2 is the block diagram of the portable electronic devices of the embodiment of the present invention.
Fig. 3 is the process flow diagram of the information processing method of the portable electronic devices of first embodiment of the invention.
Fig. 4 is the process flow diagram of the information processing method of the portable electronic devices of second embodiment of the invention.
Fig. 5 is the process flow diagram of the information processing method of the portable electronic devices of third embodiment of the invention.
Fig. 6 is the process flow diagram of the information processing method of the portable electronic devices of fourth embodiment of the invention.
Description of reference numerals
1 first portable electronic devices 2 second portable electronic devices
10 portable electronic devices 11 action sensors
12,22 processing unit 13 storage unit
15 transmission unit 16 receiving elements
17 antenna assembly 18 displays
19 speech players
Embodiment
Please refer to shown in Fig. 1, the operation chart of the portable electronic devices 10 of its display embodiment of the present invention.Portable electronic devices 10 detects the behavior of knocking of user to replace the input mode by traditional button or contact panel by action sensor 11, user like this does not need the display 18 of direct viewing portable electronic devices 10 can operate yet, thus increases practicality.
In addition, portable electronic devices 10 not rocks by the operation analyzing user or just encodes for detection signal after circling behavior, thus increase judges degree of accuracy.Should be noted that, although what Fig. 1 showed the single finger of user knocks behavior, so itself and be not used to limit the present invention, user also can utilize refer to more, palm even other objects knock the optional position on portable electronic devices 10, can detect to make action sensor 11 behavior of knocking and export detection signal according to this, there is no specific restriction.
The portable electronic devices 10 of the embodiment of the present invention such as can be the action electronic devices such as smart mobile phone, panel computer, intelligent object wearing device or personal digital assistant, but not as limit.
Please refer to shown in Fig. 2, the block diagram of the first portable electronic devices 1 of its display embodiment of the present invention.First portable electronic devices 1 of the present embodiment comprises action sensor 11, processing unit 12, storage unit 13, transmission unit 15, receiving element 16, antenna assembly 17, display 18 and speech player 19; Wherein, this processing unit 12 couples this action sensor 11, storage unit 13, transmission unit 15, receiving element 16, display 18 and speech player 19.In another embodiment, this transmission unit 15 and this receiving element 16 can be wireless communication transceiver (transceiver).
In this embodiment, this action sensor 11 can be gravity sensor (G-Sensor) or acceleration transducer (Accelerometer), in order to sense the action of the first portable electronic devices 1 three axis (X, Y, Z) in three dimensions, and produce corresponding detection signal Sd according to this, this detection signal Sd such as can be used to expression first portable electronic devices 1 in three dimensions action time gravity acceleration value (G value).Must it should be noted that, in the portable electronic devices of the embodiment of the present invention, better first by performing application software (APP), and start this action sensor 11 via this application software.After this action sensor 11 is activated, it can start to sense user for the operation behavior of the first portable electronic devices 1 and export this detection signal Sd according to this.
Such as in one embodiment, action sensor 11 can in order to detect object (such as finger, pen, the body of rod etc., there is no specific restriction) multiple first on this first portable electronic devices 1 is knocked, and knock the multiple first detection signal Sd1 of generation according to the plurality of first.
This processing unit 12 such as can be central processing unit (CPU), it is electrically coupled to this action sensor 11 to receive the detection signal Sd from this action sensor 11, and to differentiate the first portable electronic devices 1 according to detection signal Sd (such as different gravity acceleration value) be in which kind of operating state, as: stationary state, knock state, rock state or other states.Such as, when this action sensor 11 be gravity sensor or acceleration transducer time, the different gravity acceleration value that this processing unit 12 can produce according to gravity sensor or acceleration transducer judge the first portable electronic devices 1 is in which kind of operating state.The detection signal Sd of this processing unit 12 this action sensor 11 distinguishable represents that the first portable electronic devices 1 is in state of knocking continuously (such as gravity acceleration value is larger, time is shorter) or (such as gravity acceleration value is less to be in state of rocking continuously, time is longer), and in time being judged as knocking state according to this detection signal Sd carry out encoding producing information coding (such as: rub this coding or other can in order to represent the coding of different information), otherwise can not information coding be produced according to this detection signal Sd and perform other relative programs or do not produce response.
Such as in one embodiment, processing unit 12 can in order to receive the plurality of first detection signal Sd1, and via coded system, (it can be the coded program performed by this processing unit 12, such as rub this coded program), encode to produce first information coding Sc1 to the plurality of first detection signal Sd1, wherein this first information coding Sc1 such as, can decode first information Sm1 via decode system (it can be the decoding program performed by this processing unit 12, and rub this decoding program).
This storage unit 13 can store the default code corresponding with default information, figure or symbol, when this processing unit 12 confirms that the information coding that it produces is coincident with relevant default code, then the default information can be correlated with, figure or symbol carry out representing or transmitting.
This transmission unit 15 is such as wireless transmission unit, is sent by this antenna assembly 17 in order to the information coding produced after being encoded by this processing unit 12.In one embodiment, this transmission unit 15 is in order to be wirelessly sent to long-range portable electronic devices (such as the second portable electronic devices 2) by this first information coding Sc1, wherein this long-range portable electronic devices has this decode system (it can be the comprised decoding program performed by processing unit 22, such as rub this decoding program), in order to decode the first information from this first information coding Sc1.
In addition, this receiving element 16 is such as radio receiving unit, carries out decoding to produce decoded information in order to be received the information coding that transmitted by long-range portable electronic devices (such as this second portable electronic devices 2) by this antenna assembly 17 and to be sent to this processing unit 12.In one embodiment, this receiving element 16 is in order to receive the 3rd information coding Sc3 via wireless mode, and wherein this processing unit 12 also decodes the 3rd information Sm3 via its decode system from the 3rd information coding Sc3.3rd information coding Sc3 can be this long-range portable electronic devices for action sensor detect multiple knock detection signal coding and obtain.
In this embodiment, this second portable electronic devices 2 is in order to carry out information coding transmission with this first portable electronic devices 1; Wherein, this second portable electronic devices 2 can not need identical with the hardware and software of this first portable electronic devices 1, but it at least comprises processing unit 22 and has multiple functions of knocking detection signal that encoding act sensor detects, and the coding of this second portable electronic devices 2 can be decoded by this first portable electronic devices 1.
This display 18 is in order to show this processing unit 12 via its decode system from this first information coding this first information Sm1 of decoding of Sc1 and the 3rd information Sm3 that decodes from the 3rd information coding Sc3.This display 18 such as can be touch control display or other display equipment.
This speech player 19 is in order to play this processing unit 12 via its decode system from this first information coding this first information Sm1 of decoding of Sc1 and the 3rd information Sm3 that decodes from the 3rd information coding Sc3.This speech player 19 such as comprises loudspeaker.
In other embodiments, this action sensor 11 more knocks for multiple second on this first portable electronic devices 1 in order to detect object, and knocks the multiple second detection signal Sd2 of generation according to the plurality of second.This processing unit 12, more via its coded system, is encoded to produce the second information coding to the plurality of second detection signal Sd2, and then is decoded associated person information via its decode system from this second information coding.This first information coding Sc1 is wirelessly sent to long-range portable electronic devices (such as this second portable electronic devices 2) according to this associated person information by this transmission unit 15.
Fig. 3 shows the process flow diagram of the information processing method of the portable electronic devices of first embodiment of the invention, comprises the following step: starting operation sensor (step S31); Receive detection signal (step S32); Determine whether knocking (step S33); Encode this detection signal to produce information coding (step S34); Judge whether end-of-encode (step S35); And wirelessly transmit this information coding to long-range portable electronic devices (step S36).Shown in Fig. 1-3, then illustrate that the embodiment of the present embodiment is as follows:
Step S31: first, this processing unit 12 starts this action sensor 11 by performing application software.Then continue the operating state of sensing first portable electronic devices 1 after this action sensor 11 is activated and export detection signal Sd to this processing unit 12.In one embodiment, described application software can be opened make execution by clicking (click) and being shown in the icon (icon) of the touch control display 18 of this first portable electronic devices 1 by user, and described application software then according to for perform function and determine, there is no specific restriction.
Step S32: this processing unit 12 receives this detection signal Sd; Wherein, this processing unit 12 can confirm the operating state of this first portable electronic devices 1 according to this detection signal Sd.Such as in one embodiment, this action sensor 11 is detected object and is knocked for multiple first on this first portable electronic devices 1, and according to the plurality of first knock produce multiple first detection signal Sd1 be sent to this processing unit 12.
Step S33: when this processing unit 12 judges that this first detection signal Sd1 not belongs to knocking, then get back to step S32 and ignore this first detection signal Sd1; When this processing unit 12 judges that this first detection signal Sd1 belongs to knocking, then this first detection signal Sd1 is encoded.
Step S34: this processing unit 12 can, via coded system (coded program as previously mentioned such as performed by this processing unit 12), be encoded to produce first information coding Sc1 to this first detection signal Sd1.In this embodiment, coded system can be the coded system that user knows, such as rub this coding.
Step S35: this processing unit 12 judges whether end-of-encode, if this processing unit 12 judges that coding not yet terminates, then continues to encode to this first detection signal Sd1; Otherwise, if this processing unit 12 judges end-of-encode, then stop coding, and this first information coding Sc1 be sent to this transmission unit 15.Should be noted that, after this action sensor 11 is activated, export detection signal with sampling frequency continuously.In this embodiment, the input module (as button) that this processing unit 12 can terminate via the detecting presentation code first detection signal Sd1 that terminate or detecting presentation code whether be triggered (as being pressed) judge whether end-of-encode.
Step S36: this first information coding Sc1 is wirelessly sent to long-range portable electronic devices (such as the second portable electronic devices 2) by this transmission unit 15.
Fig. 4 shows the process flow diagram of the information processing method of the portable electronic devices of second embodiment of the invention, comprises the following step: starting operation sensor (step S31); Receive detection signal (step S32); Determine whether knocking (step S33); Encode this detection signal to produce information coding (step S34); Judge whether end-of-encode (step S35); To decode this information coding (step S37); And represent information (step S38).Should be appreciated that therefore identical disclosed in the step S31 in this embodiment to step S35 and Fig. 3 will repeat no more.Shown in Fig. 1-4, then illustrate that the embodiment of the step S35 of the present embodiment, step S37 and step S38 is as follows:
Step S35: this processing unit 12 judges whether end-of-encode, if this processing unit 12 judges that coding not yet terminates, then continues to encode to this first detection signal Sd1; Otherwise, if this processing unit 12 judges end-of-encode, then stop encoding and produce first information coding Sc1.
Step S37: this processing unit 12 decodes first information Sm1 via decode system (decoding program as previously mentioned such as performed by this processing unit 12) from this first information coding Sc1.In one embodiment, whether this decode system conforms to at least one default code that this storage unit 13 stores by this first information of comparison coding Sc1 decodes this first information Sm1, such as, if when conforming to, then this first information Sm1 decoded corresponds to the default information of this default code, figure or symbol etc.
Step S38: this first portable electronic devices 1 can represent this first information Sm1.In one embodiment, this first portable electronic devices 1 can show this first information Sm1 via this display 18, such as, show the information of acquiescence, figure or symbol etc.In another embodiment, this first portable electronic devices 1 can play this first information Sm1 via this speech player 19, such as, play audio or the voice of acquiescence.In some embodiment, this first portable electronic devices 1 can start this display 18 and this speech player 19 to represent the information that this first information Sm1 or this first information Sm1 is corresponding simultaneously.
Please refer to shown in Fig. 5, the process flow diagram of the information processing method of the portable electronic devices of its display third embodiment of the invention, in order to illustrate that this first portable electronic devices 1 transmits the embodiment of information coding (this coded message of such as rubbing) to long-range portable electronic devices (such as the second portable electronic devices 2).The information processing method of the present embodiment comprises the following step: starting operation sensor (step S41); Encode the first detection signal to produce first information coding (step S42); Encode the second detection signal to produce the second information coding (step S43); Decode this two detection signal to produce associated person information (step S44); And transmit this first information coding (step S45).Shown in Fig. 1-5, then illustrate that the embodiment of the present embodiment is as follows:
Step S41: same, this processing unit 12 starts this action sensor 11 by performing application software.Then continue the operating state of sensing first portable electronic devices 1 after this action sensor 11 is activated and export detection signal Sd to this processing unit 12.In one embodiment, described application software can be opened make execution by clicking the icon that is shown in the touch control display 18 of this first portable electronic devices 1 by user, and described application software is then determined for the function of execution according to institute, there is no specific restriction.
Step S42: after this first this action sensor 11 can taking device 1 is activated, then continue detecting object multiple first on this first portable electronic devices 1 is knocked, and first knock according to this and produce multiple first detection signal Sd1, and export this first detection signal Sd1 to this processing unit 12.This processing unit 12 encodes to produce first information coding Sc1 to the first detection signal Sd1 that this action sensor 11 exports via coded system.Should be noted that, in this step, this processing unit 12 can perform equally and judge whether this first detection signal Sd1 belongs to the step (the step S33 as Fig. 3) of knocking, when this first detection signal Sd1 not belongs to knocking, then ignored.
Step S43: this processing unit 12 continues this object of detecting via this action sensor 11 and knocks for multiple second on this first portable electronic devices 1, and second knock according to this and produce multiple second detection signal Sd2, and export this second detection signal Sd2 to this processing unit 12.Should be noted that, described first knocks and there is no specific restriction with the second sequencing knocked, as long as described first knocks and second knock an interval Preset Time and different knock event to make this processing unit 12 divide into.This processing unit 12 encodes to produce the second information coding to this second detection signal Sd2 via this coded system.In like manner, in this step, this processing unit 12 can perform equally and judge whether this second detection signal Sd2 belongs to the step (the step S33 as Fig. 3) of knocking, when this second detection signal Sd2 not belongs to knocking, is then ignored.
Step S44: then, this processing unit 12 decodes associated person information via decode system from this second information coding.
Step S45: last, this first information coding Sc1 is wirelessly sent to this long-range portable electronic devices (such as the second portable electronic devices 2) by this transmission unit 15 and antenna assembly 17 according to this associated person information by this processing unit 12.Scrutable, this long-range portable electronic devices 2 is better has identical decode system (decoding program as previously mentioned performed by its processing unit 22 comprised), can decode the first information from this first information coding Sc1.This long-range portable electronic devices can represent information according to decoded result equally, as the step S38 of Fig. 4.
Please refer to shown in Fig. 6, the process flow diagram of the information processing method of the portable electronic devices of its display fourth embodiment of the invention, comprises the following step: receive the 3rd information coding (step S51); To decode the 3rd information coding (step S52); And represent information (step S53).Shown in Fig. 1-4 and 6, then illustrate that the embodiment of the present embodiment is as follows:
In the present embodiment, this first portable electronic devices 1 receives the 3rd information coding Sc3 (such as Morse code information) by this antenna assembly 17 and this receiving element 16 and carries out decoding and presentation function; Wherein, the 3rd information coding Sc3 can be long-range portable electronic devices (such as this second portable electronic devices 2) and carries out coding gained for multiple detection signal that knocks, and its information coding can be decoded by this first portable electronic devices 1.The difference of the present embodiment and above-mentioned second embodiment is, first information coding Sc1 in second embodiment produced according to the detection signal Sd1 of this first portable electronic devices 1 itself, and the 3rd information coding Sc3 in the 4th embodiment is wirelessly received from long-range portable electronic devices by this antenna assembly 17 and this receiving element 16 and obtained (step S51).Then, performed by this processing unit 12, the mode of step S52 and S53 is then similar to step S37 and the S38 of Fig. 4, and difference is only that handling object changes into the 3rd information coding Sc3 by first information coding Sc1, therefore no longer repeats in this.In other embodiment, this processing unit 12 such as also can control shaking device and produce vibrations as the mode representing decoded information.
Should be noted that, be described though be encoded to example with Mo Si in the various embodiments described above, it is also not used to limit the present invention.
In sum, known mobile communications device is operated by the interaction of user and display frame or button, thus causes in use and is restricted.Therefore, the present invention also provides a kind of portable electronic devices (Fig. 2) and information processing method (Fig. 3-6) thereof, and user knocks portable electronic devices to input information, to increase practicality by default code.In addition, the present invention also by judging whether portable electronic devices remains static or rotated or rock, to increase judgement degree of accuracy.
Although the present invention is open with previous embodiment, so itself and be not used to limit the present invention, any those skilled in the art of the invention, without departing from the spirit and scope of the present invention, when doing various change and amendment.
Claims (15)
1. an information processing method for portable electronic devices, described portable electronic devices has action sensor, it is characterized in that, this information processing method comprises:
Via described action sensor detecting object, multiple first on described portable electronic devices is knocked, and knock multiple first detection signal of generation according to described multiple first; And
Via coded system, encode to produce first information coding to described multiple first detection signal, wherein said first information coding can go out the first information via described decoding system decodes.
2. information processing method according to claim 1, is characterized in that, described portable electronic devices also has display and described decode system, and the method also comprises:
The described first information is gone out from described first information coding and decoding via described decode system; And
The described first information is shown via described display.
3. information processing method according to claim 1, is characterized in that, described portable electronic devices also has speech player and described decode system, and the method also comprises:
The described first information is gone out from described first information coding and decoding via described decode system; And
The described first information is play via described speech player.
4. information processing method according to claim 1, is characterized in that, the method also comprises:
Described first information coding is sent to long-range portable electronic devices via wireless mode, and wherein said long-range portable electronic devices has described decode system, in order to go out the described first information from described first information coding and decoding.
5. information processing method according to claim 4, is characterized in that, described portable electronic devices also has described decode system, and the method also comprises:
Detect described object via described action sensor multiple second on described portable electronic devices is knocked, and knock multiple second detection signal of generation according to described multiple second;
Via described coded system, encode to produce the second information coding to described multiple second detection signal; And
Associated person information is decoded from described second information coding via described decode system.
6. information processing method according to claim 5, is characterized in that, the step that described first information coding is sent to described long-range portable electronic devices via described wireless mode is also comprised:
According to described associated person information, described first information coding is sent to described long-range portable electronic devices via described wireless mode.
7. information processing method according to claim 4, is characterized in that, the method also comprises:
The 3rd information coding is received via described wireless mode; And
The 3rd information is decoded from described 3rd information coding via described decode system.
8. information processing method according to claim 1, is characterized in that, the method also comprises:
Perform application software, and start described action sensor via described application software.
9. a portable electronic devices, is characterized in that, this portable electronic devices comprises:
Action sensor, knocks for multiple first on described portable electronic devices in order to detect object, and knocks multiple first detection signal of generation according to described multiple first; And
Processing unit, be electrically coupled to described action sensor, in order to receive described multiple first detection signal, and via coded system, encode to produce first information coding to described multiple first detection signal, wherein said first information coding can go out the first information via described decoding system decodes.
10. portable electronic devices according to claim 9, is characterized in that, this electronic installation also comprises:
Display, processing unit described in electric property coupling, in order to show the described first information, wherein said processing unit also goes out the described first information via described decode system from described first information coding and decoding.
11. portable electronic devices according to claim 9, is characterized in that, this electronic installation also comprises:
Speech player, processing unit described in electric property coupling, in order to play the described first information, wherein said processing unit also goes out the described first information via described decode system from described first information coding and decoding.
12. portable electronic devices according to claim 9, is characterized in that, this electronic installation also comprises:
Wireless transmission unit, processing unit described in electric property coupling, in order to described first information coding is wirelessly sent to long-range portable electronic devices, wherein said long-range portable electronic devices has described decode system, in order to go out the described first information from described first information coding and decoding.
13. portable electronic devices according to claim 12, is characterized in that,
Described action sensor also knocks for multiple second on described portable electronic devices in order to detect described object, and knocks multiple second detection signal of generation according to described multiple second;
Described processing unit, also via described coded system, encodes to produce the second information coding to described multiple second detection signal; And
Described processing unit also decodes associated person information via described decode system from described second information coding, and described first information coding is sent to described long-range portable electronic devices with described wireless mode according to described associated person information by wherein said wireless transmission unit.
14. portable electronic devices according to claim 12, is characterized in that, this electronic installation also comprises:
Radio receiving unit, processing unit described in electric property coupling, in order to receive the 3rd information coding via described wireless mode, wherein said processing unit also decodes the 3rd information via described decode system from described 3rd information coding.
15. portable electronic devices according to claim 9, is characterized in that, described action sensor is gravity sensor or accelerometer; Described coded system is this coded system of rubbing; Described decode system is this decode system that rubs.
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| CN103780749A (en) * | 2012-10-25 | 2014-05-07 | 英属维京群岛速位互动股份有限公司 | Mobile device and method for controlling application program of mobile device |
| CN103533153A (en) * | 2013-06-13 | 2014-01-22 | 广州七七八二信息科技有限公司 | Shaking help-seeking mechanism based on mobile terminal |
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| CN110321994A (en) * | 2018-03-28 | 2019-10-11 | 宏碁股份有限公司 | Electronic device operating method, electronic device and electronic system |
| CN113407041A (en) * | 2018-08-01 | 2021-09-17 | 神讯电脑(昆山)有限公司 | Moss code input method and portable electronic device thereof |
| CN113407041B (en) * | 2018-08-01 | 2023-09-05 | 神讯电脑(昆山)有限公司 | Moss code input method and portable electronic device thereof |
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