CN101907921A - Portable equipment and state adjustment method thereof - Google Patents
Portable equipment and state adjustment method thereof Download PDFInfo
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- CN101907921A CN101907921A CN2009100868475A CN200910086847A CN101907921A CN 101907921 A CN101907921 A CN 101907921A CN 2009100868475 A CN2009100868475 A CN 2009100868475A CN 200910086847 A CN200910086847 A CN 200910086847A CN 101907921 A CN101907921 A CN 101907921A
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Abstract
The invention provides portable equipment and a state adjustment method thereof. The portable equipment comprises a storage unit, a detection unit, an inquiring unit and a control unit, wherein the storage unit is used for storing a preset correspondence of a holding position and the state of the portable equipment; the detection unit is used for detecting the holding position of a user for the portable equipment; the inquiring unit is used for inquiring the state of the portable equipment in the storage unit, wherein the state corresponds to the holding position detected by the detection unit; and the control unit is used for correspondingly adjusting the state of the portable equipment according to the state inquired by the inquiring unit. The state adjustment method is used for adjusting the state of the portable equipment according to the detection result by detecting the holding position of the user for the portable equipment so that the user operates the portable equipment conveniently, thereby obtaining better use experience.
Description
Technical field
The present invention relates to the portable equipment field, relate in particular to a kind of portable equipment and state adjustment method thereof.
Background technology
At present, the hand-held portable devices of dull and stereotyped forms such as UMPC, Netbook, MID, flat notebook computer obtains application more and more widely, the user can exist the different mode of holding and mode of operation when using these portable equipments, as modes such as left hand-held set left-handed operation, right hand-held set right-hand operated, two hand-held set bimanualness, left hand-held set right-hand operated, right hand-held set left-handed operation.Present portable equipment can be according to the corresponding state of adjusting this portable equipment of the different mode of holding of user, and this makes troubles to the user.Such as, the right board-like notebook computer that maintains an equal level of user is when the right hand is operated the control on the screen simultaneously, if need the control of operation to be positioned at flat notebook computer screen upper left side, flat notebook computer itself can make user's inconvenience operate on it owing to can not change oneself state according to user's the information of holding.
Summary of the invention
Technical matters to be solved by this invention provide a kind of can be according to the portable equipment of user to the state that holds the corresponding adjustment portable equipment in position of portable equipment so that user's operation, and give the better experience of user.
For solving the problems of the technologies described above, one aspect of the present invention provides a kind of portable equipment, and it comprises: storage unit, be used to store predefined to portable equipment grip position and the corresponding relation of the state of portable equipment; Detecting unit is used to detect the grip position of user to portable equipment; Query unit is used for inquiring about the state of the detected grip position of detecting unit at the corresponding portable equipment of storage unit; Control module is used for the state of the portable equipment that inquires according to query unit, the corresponding state of adjusting portable equipment.
More preferably, the state of portable equipment comprises the state of control on the portable equipment screen.
More preferably, the state of described portable equipment comprises the system state of described portable equipment.
More preferably, detecting unit is arranged at down one of column position at least: the right side of the back side of portable equipment, the left side of portable equipment, portable equipment.
More preferably, detecting unit comprises one of capacitive proximity sensor array, touch sensor, pressure transducer at least.
According to a further aspect in the invention, also provide a kind of handheld device, this handheld device comprises: touch-screen; Storage unit, be used to store predefined to handheld device grip position and the corresponding relation of the control state of handheld device; Detecting unit is arranged at the left and right sides of touch-screen, is used to detect the grip position of user to handheld device; Query unit is connected with detecting unit with storage unit respectively, is used for inquiring about the detected user of detecting unit to the grip position of the handheld device state in the corresponding handheld device of storage unit; Control module is connected with query unit, is used for the state of the handheld device that inquires according to query unit, the corresponding control state of adjusting handheld device.
According to an aspect of the present invention, also provide a kind of method of adjusting the state of portable equipment, this method may further comprise the steps: obtain predefined to described portable equipment grip position and the corresponding relation of the state of described portable equipment; Detect the grip position of user to described portable equipment; According to predefined described corresponding relation, inquire about the state of the described portable equipment of detected described grip position correspondence; According to the state of the described described portable equipment that inquires, the corresponding state of adjusting described portable equipment.
More preferably, the state of portable equipment comprises the state of control on the described portable equipment screen.
More preferably, the state of described portable equipment comprises the system state of described portable equipment.
More preferably, the state of control comprises one of arrangement of control on the size of control on the position of control on the described portable equipment screen, the described portable equipment screen, the described portable equipment screen at least on the portable equipment screen.
The invention has the beneficial effects as follows: the present invention is by detecting user's holding the position and the state of this portable equipment being adjusted to the state of being convenient to user's operation/use according to testing result portable equipment, so that the user is to portable device/use, and then make the user obtain better experience.
Description of drawings
Accompanying drawing is used to provide further understanding of the present invention, and constitutes the part of instructions, is used from explanation the present invention with embodiments of the invention one, is not construed as limiting the invention.In the accompanying drawings:
Fig. 1 is the structured flowchart of a kind of portable equipment provided by the invention;
Fig. 2 is the process flow diagram of the method for a kind of state of adjusting portable equipment provided by the invention;
Fig. 3 is the structured flowchart according to a kind of flat notebook computer of the embodiment of the invention one;
Fig. 4 is a kind of method flow diagram of adjusting the state of flat notebook computer shown in Figure 3;
Fig. 5 (5a-5c) holds the diagrammatic sketch that control distributes on position and the corresponding screen for the user;
Fig. 6 (6a-6b) holds the diagrammatic sketch that dummy keyboard distributes on position and the corresponding screen for the user; And
Fig. 7 is the structured flowchart according to a kind of mobile phone of the embodiment of the invention two.
Embodiment
Below in conjunction with accompanying drawing the preferred embodiments of the present invention are described, should be appreciated that preferred embodiment described herein only is used for description and interpretation the present invention, and be not used in qualification the present invention.
Fig. 1 is the structured flowchart of a kind of portable equipment provided by the invention.As shown in Figure 1, portable equipment 100 comprises: storage unit 101, be used to store predefined to portable equipment grip position and the corresponding relation of the state of portable equipment; Detecting unit 103 is used to detect the grip position of user to portable equipment; Query unit 105 is used for inquiring about the state of detecting unit 103 detected grip position at the portable equipment of storage unit 101 correspondences; Control module 107 is used for the state of the portable equipment that inquires according to query unit 105, the corresponding state of adjusting portable equipment.
The state of portable equipment described in the present invention can comprise the state of control on the portable equipment screen, also can comprise the system state of portable equipment, can also not only comprise the state of control on the portable equipment screen certainly but also comprise the system state of portable equipment.
Wherein, the state of control can comprise arrangement of control on the size, portable equipment screen of control on the position, portable equipment screen of control on the portable equipment screen etc. on the portable equipment screen.
Wherein, the system state of portable equipment comprises that the operator scheme of portable equipment, the tinkle of bells of portable equipment are provided with etc.
Detecting unit 103 can comprise one of capacitive proximity sensor array, resistive touch screen, pressure transducer at least.Detecting unit 103 can be arranged at the back side and the left and right sides of portable equipment.
Storage unit 101 storage predefined to portable equipment grip position and the corresponding relation of the state of portable equipment, this corresponding relation is so that the user operates/uses to purpose sets up, when being more convenient for user's handling position 1 such as the state 1 of portable equipment portable equipment is operated, then cell stores is to the grip position 1 of portable equipment and the corresponding relation of the state 1 of portable equipment.When detecting unit 103 detects the user grip position of portable equipment is grip position 1, then through query unit 105 inquiry storage unit 101, to determine that detecting unit 103 detects the state of the portable equipment of grip position 1 correspondence, it is the state 1 of portable equipment, 107 states 1 that inquire portable equipment according to query unit 105 of control module, the state of current portable equipment is adjusted to the state 1 of portable equipment, make operation/use portable equipment that the user can be convenient when grip position 1 place.
Fig. 2 is the process flow diagram of the method for a kind of state of adjusting portable equipment provided by the invention.As shown in Figure 2, this method may further comprise the steps.
S201: obtain predefined to portable equipment grip position and the corresponding relation of the state of portable equipment.Wherein, the state of portable equipment can comprise the state of control on the portable equipment screen, also can comprise the system state of portable equipment, can also not only comprise the state of control on the portable equipment screen certainly but also comprise the system state of portable equipment.Wherein, the state of control can comprise arrangement of control on the size, portable equipment screen of control on the position, portable equipment screen of control on the portable equipment screen etc. on the portable equipment screen.Wherein, the system state of portable equipment comprises that the operator scheme of portable equipment, the tinkle of bells of portable equipment are provided with etc.This corresponding relation is so that the user operates/uses to purpose sets up.
S203: detect the grip position of user to portable equipment.
S205:, inquire about the state of the portable equipment of detected grip position correspondence according to predefined corresponding relation.
S207: according to the corresponding state of adjusting portable equipment of state of the portable equipment that inquires.
Embodiment one
Fig. 3 is the structured flowchart according to a kind of flat notebook computer of the embodiment of the invention one.As shown in Figure 3, flat notebook computer 300 comprises: storage unit 301, capacitive proximity sensor array 303, query unit 305 and control module 307.
Storage unit 301 is used to store the predefined corresponding relation that holds the state of position and flat notebook computer 300.Wherein, the state of flat notebook computer can comprise the state of control on the flat notebook computer screen, the system state that can comprise flat notebook computer can certainly not only comprise the state of control on the flat notebook computer screen but also comprise the system state of flat notebook computer; In addition, the control state on the flat notebook computer screen can comprise control position, the control size on the screen and the control arrangement on the screen etc. on the screen; In addition, the system state of flat notebook computer can comprise that the operator scheme of flat notebook computer, the tinkle of bells of flat notebook computer are provided with etc.To be that the tinkle of bells of the board-like notebook computer of control position peace on the flat notebook computer screen is provided as example and is elaborated with the state of flat notebook computer in the present embodiment.
Capacitive proximity sensor array 303 can place the flat notebook computer back side and the left and right sides, also can be arranged at the middle part of flat notebook computer back housing and the left and right edges of left and right edges and front housing, wherein place the capacitive proximity sensor array at the middle part of back housing to be used to detect flat notebook computer back support, place the capacitive proximity sensor array of the left hand edge of the left hand edge of back housing and front housing to be used to detect the position of holding in flat notebook computer left side, place the capacitive proximity sensor array of the right hand edge of the right hand edge of back housing and front housing to be used to detect holding of flat notebook computer right side.
Fig. 4 is the process flow diagram of the method for the state of adjusting flat notebook computer according to the embodiment of the invention one a kind of.Be that the tinkle of bells of the board-like notebook computer of control position peace on the screen is provided as example with the state of flat notebook computer below, be elaborated in conjunction with the structure of above-mentioned flat notebook computer 300.
S401: obtain the tinkle of bells setting of the board-like notebook computer of control position peace on the predefined flat notebook computer screen of storage in the storage unit 301 and hold corresponding relation between the position.Because holding when maintaining an equal level board-like notebook computer, a general user left side (right side) can adopt a left side (right side) hand thumb to operate, and its opereating specification is limited, and to be distributed in a screen left side (right side) side corresponding so can preestablish the grip position of the flat notebook computer of a user's handling left side (right side) side and control on the flat notebook computer screen; In addition, can adopt right-hand man's thumb to operate respectively when two hands hold the flat notebook computer left and right sides respectively about the user, and its opereating specification is limited, and to be distributed in the screen left and right sides corresponding so can preestablish the grip position of the flat notebook computer of the user's handling left and right sides and control on the flat notebook computer screen.Certainly this corresponding relation also can be provided with by the user, and also can preestablishing the grip position of the flat notebook computer of a user's handling left side (right side) side and control on the flat notebook computer screen according to demand, to be distributed in the screen right side (left side) corresponding.
In addition, it is corresponding with the music tone ringer of flat notebook computer to preestablish the no user gripping, has user's handling corresponding with the vibration the tinkle of bells of flat notebook computer.
Supposing to store in the storage unit 301 grip position of the flat notebook computer of a predefined user's handling left side (right side) side is distributed in the corresponding relation of a screen left side (right side) side with control on the flat notebook computer screen and is storing and predefinedly have the tinkle of bells of user's handling and flat notebook computer to be set to vibrate corresponding.
S403: capacitive proximity sensor array 303 detects user's the position of holding.For example, the capacitive proximity sensor array detection at edge, a left side (right side) that only places (right side) edge, a left side of back housing and front housing is to capacitance variations, and then to determine to detect user's the position of holding be a flat notebook computer left side (right side) side to capacitive proximity sensor array 301.
S405: according to the predefined corresponding relation that S401 obtains, the tinkle of bells setting of the board-like notebook computer 300 of control position peace on pairing flat notebook computer 300 screens of query unit 305 an inquiry detected grip position flat notebook computer left side (right side) sides.Determine that through inquiring about the tinkle of bells that a flat notebook computer left side (right side) side and control on the flat notebook computer screen are distributed in the peaceful board-like notebook computer of a screen left side (right side) side is set to vibrate corresponding.
S405: control module 307 according to query unit 305 through inquiring about the state of determined flat notebook computer 300, the control that the current state of flat notebook computer 300 is adjusted on flat notebook computer 300 screens is distributed in a screen left side (right side) side (with reference to Fig. 5 a, Fig. 5 b), and with the tinkle of bells setting of flat notebook computer 300 be adjusted into vibration.
Again for example, place the left and right edges of back housing and the left and right edges of front housing (perhaps comprising middle part, the back side) capacitive proximity sensor array 303 all to detect capacitance variations in step S403, then capacitive proximity sensor array 303 determines to detect user's the left and right sides that the position is flat notebook computer of holding.Query unit is by the predetermined relationship of storage in the inquiry storage unit 305 in step S405, can determine that the position of holding of flat notebook computer 300 left and right sides is that the tinkle of bells of the board-like notebook computer of screen left and right sides peace is set to vibration corresponding to the control position on board-like notebook computer 300 screens.In step S407 control module 307 according to query unit 305 through inquiring about the state of determined flat notebook computer 300, the control that the current state of flat notebook computer 300 is adjusted on flat notebook computer 300 screens is distributed in the screen left and right sides (with reference to Fig. 5 c), and the tinkle of bells setting of flat notebook computer 300 is adjusted into vibration, so that user's operation and use.
Above-mentioned control can be shortcut icon, dummy keyboard and message window.
When if control is dummy keyboard, then when capacitive proximity sensor array 303 detected left and right sides two hold, when query unit 305 is inquired about the predetermined relationship of storage in the storage unit 301, the position of holding that can determine flat notebook computer 300 left and right sides is the screen left and right sides corresponding to the dummy keyboard position on board-like notebook computer 300 screens, according to query unit 305 through inquiring about the state of determined flat notebook computer 300, the dummy keyboard that the current state of flat notebook computer 300 is adjusted on flat notebook computer 300 screens is distributed in the screen left and right sides (with reference to Fig. 6 a), so that user's operation.
When capacitive proximity sensor array 303 detected right sides (left side) when holding, when query unit 305 is inquired about the predetermined relationship of storage in the storage unit 301, the position of holding that can determine flat notebook computer 300 right sides (left side) is screen right side (left side) corresponding to the dummy keyboard position on board-like notebook computer 300 screens, according to query unit 305 through inquiring about the state of determined flat notebook computer 300, the dummy keyboard that the current state of flat notebook computer 300 is adjusted on flat notebook computer 300 screens is distributed in screen right side (with reference to Fig. 6 b) or left side, so that user's operation.
In addition, capacitive proximity sensor array 303 not only can detect to be held the seat in the plane and is changed to left side, right side or both sides, can also detect hold the seat in the plane put by last still by time, thereby control module 307 is adjusted to the position of control on the screen position of clicking near thumb according to the state of control on the screen of the testing result correspondence of capacitive proximity sensor array 303.
In a further embodiment, control module can also be adjusted the size of control on the screen according to the testing result of capacitive proximity sensor array.For example, only there is a less control to be positioned at the upper left corner of screen on the current flat notebook computer screen, when the capacitive proximity sensor array detection to holding the position when being the lower right, then control module can be according to the state of control on the screen of the testing result correspondence of capacitive proximity sensor array, the big ditty of control on the screen is big, so that the user just can operate this control in the lower right of flat notebook computer screen.
Capacitive proximity sensor array in the foregoing description also can be substituted such as detecting units such as resistive touch screen or pressure transducers.
Embodiment two
Fig. 7 is the structured flowchart according to a kind of mobile phone of the embodiment of the invention two.As shown in Figure 7, mobile phone 700 comprises: touch-screen 709, storage unit 701, detecting unit 703, query unit 705 and control module 707.
Storage unit 701, be used to store predefined to mobile phone 700 grip position and the corresponding relation of the control state of mobile phone 700.Wherein, the control state of mobile phone 700 comprises one of the position of control on the touch-screen, the size of control, arrangement of control at least; Herein, control can be shortcut icon, dummy keyboard etc.In addition, the corresponding relation of the grip position that sets in advance of storage unit 701 storage and control state is so that the user operates/uses to purpose sets up.
Detecting unit 703 is arranged at the left and right sides of touch-screen 709, is used to detect the grip position of user to mobile phone 700.Wherein, detecting unit can be capacitive proximity sensor array or touch sensor or pressure transducer etc.
Query unit 705 is connected with detecting unit 703 with storage unit 701 respectively, is used for inquiring about detecting unit 703 detected users to the grip position of the mobile phone 700 control state at the corresponding mobile phone 700 of storage unit 701;
Control module 707 is connected with query unit 705, is used for the control state of the mobile phone 700 that inquires according to query unit 705, the corresponding control state of adjusting mobile phone 700.Owing to the corresponding relation of the grip position that sets in advance of storage unit 701 storage and control state is so that the user operates/uses to purpose sets up, therefore, detecting unit 703 detects current grip position, and determine the control state of the pairing mobile phone 700 of detected grip position through query unit 705 inquiry storage unit 701, just be convenient to most the control state that holds the mobile phone 700 of the position being operated/being used by mobile phone current, and mobile phone 700 current control states are adjusted into through inquiring about definite control state, thereby realize convenient to mobile phone operation/use.
The method of the state of portable equipment provided by the invention and adjustment portable equipment, can be according to the hold position of user to portable equipment, the corresponding state of adjusting portable equipment, such as system state of portable equipment control position and/or size, portable equipment etc., thereby be convenient to the operation/use of user, and then bring better experience to the user to portable equipment.
Be the preferred embodiments of the present invention only below, be not limited to the present invention, for a person skilled in the art, the present invention can have various changes and variation.Within the spirit and principles in the present invention all, any modification of being done, be equal to replacement, improvement etc., all should be included within protection scope of the present invention.
Claims (10)
1. a portable equipment is characterized in that, comprising:
Storage unit, be used to store predefined to described portable equipment grip position and the corresponding relation of the state of described portable equipment;
Detecting unit is used to detect the grip position of user to described portable equipment;
Query unit is used for inquiring about the state of the detected described grip position of described detecting unit at the corresponding described portable equipment of described storage unit;
Control module is used for the state of the described portable equipment that inquires according to described query unit, the corresponding state of adjusting described portable equipment.
2. portable equipment according to claim 1 is characterized in that, the state of described portable equipment comprises the state of control on the described portable equipment screen.
3. portable equipment according to claim 1 and 2 is characterized in that, the state of described portable equipment comprises the system state of described portable equipment.
4. portable equipment according to claim 1 is characterized in that, described detecting unit is arranged at down one of column position at least: the right side of the back side of described portable equipment, the left side of described portable equipment, described portable equipment.
5. portable equipment according to claim 1 is characterized in that described detecting unit comprises one of capacitive proximity sensor array, touch sensor, pressure transducer at least.
6. a handheld device is characterized in that, comprising:
Touch-screen;
Storage unit, be used to store predefined to described handheld device grip position and the corresponding relation of the control state of described handheld device;
Detecting unit is arranged at the left and right sides of described touch-screen, is used to detect the grip position of user to described handheld device;
Query unit is connected with described detecting unit with described storage unit respectively, is used for inquiring about the detected described user of described detecting unit to the grip position of the described handheld device control state in the corresponding described handheld device of described storage unit;
Control module is connected with described query unit, is used for the state of the described handheld device control that inquires according to described query unit, the corresponding control state of adjusting described handheld device.
7. a method that is used to adjust the state of portable equipment is characterized in that, said method comprising the steps of:
Obtain predefined to described portable equipment grip position and the corresponding relation of the state of described portable equipment;
Detect the grip position of user to described portable equipment;
According to predefined described corresponding relation, inquire about the state of the described portable equipment of detected described grip position correspondence;
According to the state of the described described portable equipment that inquires, the corresponding state of adjusting described portable equipment.
8. method according to claim 7 is characterized in that, the state of described portable equipment comprises the state of control on the described portable equipment screen.
9. according to claim 7 or 8 described methods, it is characterized in that the state of described portable equipment comprises the system state of described portable equipment.
10. method according to claim 8, it is characterized in that the state of control comprises one of arrangement of control on the size of control on the position of control on the described portable equipment screen, the described portable equipment screen, the described portable equipment screen at least on the described portable equipment screen.
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| CN2009100868475A CN101907921A (en) | 2009-06-08 | 2009-06-08 | Portable equipment and state adjustment method thereof |
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| CN2009100868475A CN101907921A (en) | 2009-06-08 | 2009-06-08 | Portable equipment and state adjustment method thereof |
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| CN102841723A (en) * | 2011-06-20 | 2012-12-26 | 联想(北京)有限公司 | Portable terminal and display switching method thereof |
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| CN102841723A (en) * | 2011-06-20 | 2012-12-26 | 联想(北京)有限公司 | Portable terminal and display switching method thereof |
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