CN105005479B - A kind of alarm clock method for closing and smartwatch - Google Patents

A kind of alarm clock method for closing and smartwatch Download PDF

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Publication number
CN105005479B
CN105005479B CN201510452313.5A CN201510452313A CN105005479B CN 105005479 B CN105005479 B CN 105005479B CN 201510452313 A CN201510452313 A CN 201510452313A CN 105005479 B CN105005479 B CN 105005479B
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smartwatch
user
answer
mentioned
crown
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CN105005479A (en
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郭凌
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Guangdong Oppo Mobile Telecommunications Corp Ltd
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Guangdong Oppo Mobile Telecommunications Corp Ltd
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Abstract

The embodiment of the invention discloses a kind of alarm clock method for closing and smartwatch, this method to include：Default problem is shown on the display screen of smartwatch；Obtain the answer of default problem that user is inputted by the crown of smartwatch；Judging that answer and the Key for Reference of default problem are matched, control alarm clock unit stops alarm clock.The embodiment of the present invention is conducive to promote the success rate that alarm clock unit wakes user, promotes user experience.

Description

A kind of alarm clock method for closing and smartwatch
Technical field
The present invention relates to electronic technology fields, and in particular to a kind of alarm clock method for closing and smartwatch.
Background technology
With the development of microelectric technique, it can only be used for seeing the wrist-watch intellectualizing system also built-in now of time in the past, It can be connected by smart mobile phone or home network with internet, display incoming information, short message, mail, news and Weather information Etc. contents.
Existing alarm clock method for closing is typically more simple, this allows users to easy in the starting stage waken by alarm clock Closing fall alarm clock, such as by the display screen that touches mobile terminal or any one physical button for pressing mobile terminal etc., User is closed after alarm clock often because Sleep inertia is not regained consciousness also, will continue to sleep in many cases, is failed to realize and is waken user Purpose.
Invention content
An embodiment of the present invention provides a kind of alarm clock method for closing and smartwatch, and user is waken to promote alarm clock unit Success rate, promoted user experience.
First aspect of the embodiment of the present invention discloses a kind of alarm clock method for closing, including：
Default problem is shown on the display screen of smartwatch；
Obtain the answer of the default problem that user is inputted by the crown of the smartwatch；
Judging that the answer and the Key for Reference of the default problem are matched, control alarm clock unit stops Alarm clock.
Second aspect of the embodiment of the present invention discloses a kind of smartwatch, including：
Display unit, for showing default problem on the display screen of smartwatch；
Acquiring unit, for obtaining the answer of the default problem that user is inputted by the crown of the smartwatch；
Control unit, for judging that the answer and the Key for Reference of the default problem are matched, control Alarm clock unit processed stops alarm clock.
In the embodiment of the present invention, smartwatch shows default problem on the display screen first, secondly, obtains user and passes through The answer of the default problem of the crown input of smartwatch finally, is judging that answer and the Key for Reference of default problem match In the case of, control alarm clock unit stops alarm clock.In this way, when alarm clock unit starts quarter-bell, user must be by checking display screen The default problem shown on curtain obtains the answer of default problem, and the crown for passing through smartwatch in the state of more regaining consciousness Answer is inputted, therefore, can just be had in input answer and the matched closing alarm clock unit of Key for Reference of default problem Conducive to the success rate that alarm clock unit wakes user is promoted, user experience is promoted.
Description of the drawings
In order to illustrate the technical solution of the embodiments of the present invention more clearly, required use in being described below to embodiment Attached drawing be briefly described, it should be apparent that, the accompanying drawings in the following description is only some embodiments of the present invention, for this For the those of ordinary skill of field, without creative efforts, others are can also be obtained according to these attached drawings Attached drawing.
Fig. 1 is a kind of flow diagram of alarm clock method for closing disclosed by the embodiments of the present invention；
Fig. 2 is the flow diagram of another alarm clock method for closing disclosed by the embodiments of the present invention；
Fig. 3 is the flow diagram of another alarm clock method for closing disclosed by the embodiments of the present invention；
Fig. 4 is the flow diagram of another alarm clock method for closing disclosed by the embodiments of the present invention；
Fig. 5 is the flow diagram of another alarm clock method for closing disclosed by the embodiments of the present invention；
Fig. 6 is a kind of structure diagram of smartwatch disclosed by the embodiments of the present invention；
Fig. 7 is the structure diagram of another smartwatch disclosed by the embodiments of the present invention.
Specific embodiment
In order to which those skilled in the art is made to more fully understand the present invention program, below in conjunction in the embodiment of the present invention The technical solution in the embodiment of the present invention is clearly and completely described in attached drawing, it is clear that described embodiment is only The embodiment of a part of the invention, instead of all the embodiments.Based on the embodiments of the present invention, ordinary skill people Member's all other embodiments obtained without making creative work should all belong to the model that the present invention protects It encloses.
Term " first ", " second ", " third " in description and claims of this specification and above-mentioned attached drawing and " Four " etc. be for distinguishing different objects rather than for describing particular order.In addition, term " comprising " and " having " and it Any deformation, it is intended that cover non-exclusive include.Such as it contains the process of series of steps or unit, method, be The step of system, product or equipment are not limited to list or unit, but optionally further include the step of not listing or list Member is optionally further included for the intrinsic other steps of these processes, method, product or equipment or unit.
Referenced herein " embodiment " is it is meant that a particular feature, structure, or characteristic described can wrap in conjunction with the embodiments Containing at least one embodiment of the present invention.Each position in the description occur the phrase might not each mean it is identical Embodiment, nor the independent or alternative embodiment with other embodiments mutual exclusion.Those skilled in the art explicitly and Implicitly understand, embodiment described herein can be combined with other embodiments.
Smartwatch described in the embodiment of the present invention refers to the wearable device with crown, which can include With any one in lower structure：Control stick, trace ball and side touch screen；The smartwatch is further alternative to be further included Alarm clock unit, the alarm clock unit can specifically include loud speaker, vibration unit (such as motor, etc.), luminescence unit (such as breath light, Flash lamp, etc.).The system of smartwatch refers to the operating system of equipment, can include but is not limited to：Android system, Windows systems, IOS (Mobile operating system of Apple Inc.'s exploitation) etc..Mobile end described in the embodiment of the present invention End can include but is not limited to：The electronic equipments such as laptop, smart mobile phone, tablet computer, above-mentioned mobile terminal can wrap Include network interface, processor, memory, audio frequency processing circuit, loud speaker, vibration unit (such as motor, etc.), luminescence unit (such as Breath light, flash lamp, etc.).Above-mentioned mobile terminal is only citing, and non exhaustive, including but not limited to above-mentioned mobile terminal.
An embodiment of the present invention provides a kind of alarm clock method for closing and smartwatch, and user is waken to promote alarm clock unit Success rate, promoted user experience.It is described in detail separately below.
Referring to Fig. 1, Fig. 1 is a kind of flow diagram of alarm clock method for closing disclosed by the embodiments of the present invention.Such as Fig. 1 institutes Show, which may comprise steps of.
S101 shows default problem on the display screen of smartwatch.
In the embodiment of the present invention, the concrete mode of the above-mentioned default problem of displaying on the display screen of smartwatch can be with It is：In the case where the alarm clock unit for detecting above-mentioned smartwatch starts quarter-bell, shown on the display screen of smartwatch Default problem；Alternatively, start the feelings of quarter-bell in the alarm clock unit for detecting the mobile terminal communicated to connect with above-mentioned smartwatch Under condition, default problem is shown on the display screen of smartwatch.
Above-mentioned default problem can be for example numerical computations or condition judgment, can also be other various types Default problem, the embodiment of the present invention to preset problem concrete type do not limit.
S102 obtains the answer of above-mentioned default problem that user is inputted by the crown of above-mentioned smartwatch.
In one embodiment, the crown of above-mentioned smartwatch includes control stick, and above-mentioned smartwatch acquisition user passes through upper Stating the realization method of the answer of the above-mentioned default problem of the crown input of smartwatch can be：
Above-mentioned smartwatch can obtain user's dialling for the fluctuation operation of the control stick of the crown of above-mentioned smartwatch Dynamic parameter, according to the above-mentioned answer stirred parameter and determine above-mentioned default problem input by user, above-mentioned parameter of stirring is including as follows Stir at least one of parameter：Number is stirred, direction is stirred, stir frequency and stirs rhythm.
In the specific implementation, above-mentioned smartwatch obtains fluctuation behaviour of the user for the control stick of the crown of above-mentioned smartwatch That makees stirs parameter, determines that the specific implementation of answer of above-mentioned default problem input by user can according to above-mentioned parameter of stirring To be：
It is above-mentioned stir parameter include it is above-mentioned stir number in the case of, above-mentioned smartwatch can obtain user for intelligence Can wrist-watch crown control stick stir operation stir number, according to it is above-mentioned stir number and calculate above-mentioned stir testing for operation Numerical value is demonstrate,proved, using above-mentioned verification numerical value as the answer of above-mentioned default problem input by user, for example, default problem is 1=1=, Control stick then can be stirred twice, smartwatch is 2, and will calculate according to the verification numerical value that operation is stirred in fluctuation number calculating Answer of 2 arrived as above-mentioned default problem input by user；Alternatively,
It is above-mentioned stir parameter include it is above-mentioned stir direction in the case of, above-mentioned smartwatch can obtain user for intelligence Can wrist-watch crown control stick stir operation stir direction, stir that direction generation is above-mentioned to stir testing for operation according to above-mentioned Demonstrate,prove direction, using above-mentioned verification direction as the answer of above-mentioned default problem input by user, for example, obtain fluctuation direction be to It is right, it is determined that verification direction is to the right；Alternatively,
It is above-mentioned stir parameter include it is above-mentioned stir frequency in the case of, above-mentioned smartwatch can obtain user for intelligence Can wrist-watch crown control stick stir operation for M times stir duration, the duration of stirring that operation is stirred according to above-mentioned M times determines It is above-mentioned stir operation stir frequency, using the above-mentioned answer for stirring frequency as above-mentioned default problem input by user, above-mentioned M is Positive integer stirs a length of 5 seconds when stirring of operation for example, obtaining 10 times, determines to stir frequency as 2Hz；Alternatively,
It is above-mentioned stir parameter include it is above-mentioned stir rhythm in the case of, above-mentioned smartwatch can obtain user for intelligence M (M-1) for stirring operation of the control stick of the crown of energy wrist-watch is secondary to stir interval duration, and operation is stirred according to above-mentioned M times (M-1) it is secondary stir interval duration determine it is above-mentioned stir operation stir rhythm, using above-mentioned rhythm of stirring as on input by user State the answer of default problem, above-mentioned M is positive integer, for example, obtaining 12 stir operation 11 times and stirring interval duration and be respectively Δ t1=0.2s, Δ t2=0.2s, Δ t3=1s, Δ t4=1.5s, Δ t5=1.5s, Δ t6=1s, Δ t7=0.2s, Δ t8 =0.2s, Δ t9=1s, Δ t10=1.5s, Δ t11=1.5s, then can determine to stir rhythm for stir in short-term three times operation, Stir operation during three vice-minister, a length of 1s during switching stirs a length of 0.2s during interval, a length of 1.5s during interval is stirred when long in short-term； Alternatively,
Include in the case of stirring number and stirring direction in above-mentioned parameter of stirring, above-mentioned smartwatch can obtain user Number and direction is stirred for the stirring for operation of stirring of the control stick of the crown of smartwatch, according to the above-mentioned number and upper stirred It states and stirs the above-mentioned direction sequence for stirring operation of direction generation, using above-mentioned direction sequence as above-mentioned default problem input by user Answer, for example, obtaining, to stir the directions of stirring of operation for 6 times be respectively to the left, to the left, to the left, to the right, to the right, to the right, then may be used The direction sequence of operation is stirred as (left, left, left and right, right, right) using generation；Alternatively,
Above-mentioned smartwatch can also obtain M group that stirs operation of the user for the control stick of the crown of smartwatch Dynamic direction, stirs for above-mentioned M time to operate and is divided into N groups according to (N-1) the secondary switching action for stirring direction and stirs operative combination, above-mentioned N Stir in operative combination any one group of group stir in operative combination stir operation to stir direction identical；
The answer of operative combination establishment above-mentioned default problem input by user, above-mentioned user's input are stirred based on above-mentioned N groups The answer of above-mentioned default problem have recorded N groups and stir N number of verification numerical value of operative combination and N number of verification direction, above-mentioned user I-th of verification numerical value of the answer of the above-mentioned default problem of input, which is stirred based on above-mentioned N groups in operative combination, stirs operation for i-th group The total degree for stirring operation in combination obtains, i-th of verification direction of the answer of above-mentioned above-mentioned default problem input by user I-th group of direction of stirring for stirring operation stirred in operative combination in operative combination is stirred based on above-mentioned N groups to obtain, above-mentioned i-th It is that any one group that above-mentioned N groups are stirred in operative combination stirs operative combination that group, which stirs operative combination, and above-mentioned M and N are positive integer, Above-mentioned M is greater than or equal to N.Alternatively,
Include in the case of stirring direction and stirring frequency in above-mentioned parameter of stirring, above-mentioned smartwatch can obtain user The direction of stirring of operation is stirred, and obtain secondary according to (N-1) that stirs direction for M times of the control stick of the crown of smartwatch Switching action is divided into N groups and stirs every group of duration of stirring for stirring operative combination in operative combination, and above-mentioned N groups are stirred in operative combination Any one group stir in operative combination stir operation to stir direction identical；
The direction of stirring that operative combination is stirred based on above-mentioned N groups creates verification data, above-mentioned verification data with duration is stirred It has recorded N groups and stirs N number of verification frequency of operative combination and N number of verification direction, i-th of verification frequency base of above-mentioned verification data In above-mentioned N groups stir i-th group of n times stirred in operative combination in operative combination stir operation and i-th group stir operative combination It stirs duration to obtain, i-th of verification direction of above-mentioned verification data, which is stirred based on above-mentioned N groups in operative combination, stirs behaviour for i-th group The direction of stirring for making to combine obtains, and it is that any one group that above-mentioned N groups are stirred in operative combination is dialled that above-mentioned i-th group, which is stirred operative combination, Dynamic operative combination, above-mentioned M, N and n are positive integer, and above-mentioned M is greater than or equal to N, and above-mentioned M is greater than or equal to n.
For example, the direction of stirring for stirring operation 10 times for obtaining user for the control stick of the crown of smartwatch is Upwards, upwards, upwards, downwards, downwards, downwards, to the left, to the left, to the left, to the right, 3 switching action for stirring direction are divided into four Group stirs operative combination, respectively first group stir operative combination (upwards, upwards), second group stir operative combination (downwards, to Under, downwards), third group stir operative combination (to the left, to the left, to the left), the 4th group stir operative combination (to the right), above-mentioned four groups It is respectively first group of t1=1s to stir every group in the operation duration of stirring for stirring operative combination, second group of t2=3s, third group T3=6s, the 4th group of t4=1s, then the first verification frequency that can be verified in data is 2Hz, and verification direction is upward； Second verification frequency is 1Hz, and verification direction is downward；Third verification frequency is 2Hz, and verification direction is to the left；4th Verification frequency is 1Hz, and verification direction is to the right.
Alternatively,
It is above-mentioned stir parameter include it is above-mentioned stir direction and it is above-mentioned stir rhythm in the case of, above-mentioned smartwatch can be with Secondary stir of M (M-1) for stirring operation that user is obtained for the control stick of the crown of smartwatch is spaced duration and the side of stirring To stirring operation for above-mentioned M times and be divided into N groups according to (N-1) the secondary switching action for stirring direction and stir operative combination, above-mentioned N groups group Any one group in dynamic operative combination stir in operative combination stir operation stir that direction is identical, and above-mentioned N groups stir operation Arbitrary two groups in combination stir operative combination stir direction difference；
Operative combination is stirred based on above-mentioned N groups and above-mentioned (M-1) secondary interval duration of stirring creates verification data, above-mentioned verification Data record N groups stir N number of cadence information of operative combination and N number of cadence information direction attribute, and the i-th of above-mentioned verification data A cadence information stirs i-th group of n times stirred in operative combination in operative combination based on above-mentioned N groups and stirs operation and above-mentioned n times It stirs the secondary interval duration of stirring of operation corresponding (n-1) to obtain, i-th of cadence information direction attribute of above-mentioned verification data is based on Above-mentioned N groups are stirred i-th group of direction of stirring for stirring operation stirred in operative combination in operative combination and are obtained, and above-mentioned i-th group is dialled Dynamic operative combination is that any one group that above-mentioned N groups are stirred in operative combination stirs operative combination, and above-mentioned M, N and n are positive integer, on It states M and is greater than or equal to n more than or equal to N, above-mentioned M.
In another embodiment, the crown of above-mentioned smartwatch includes trace ball, and above-mentioned smartwatch obtains user and passes through The realization method of answer of the above-mentioned default problem of the crown input of above-mentioned smartwatch can be：
Above-mentioned smartwatch can obtain rolling of the user for the rolling operation of the trace ball of the crown of above-mentioned smartwatch Dynamic parameter, the answer of above-mentioned default problem input by user is determined according to above-mentioned rolling parameters, and above-mentioned rolling parameters include as follows At least one of rolling parameters：Roll number, rotating direction, roll angle and rolling speed.
In the specific implementation, above-mentioned smartwatch obtains rolling behaviour of the user for the trace ball of the crown of above-mentioned smartwatch The rolling parameters of work determine that the specific implementation of the answer of above-mentioned default problem input by user can according to above-mentioned rolling parameters To be：
In the case where above-mentioned rolling parameters include above-mentioned rolling number, above-mentioned smartwatch can obtain user for intelligence The rolling number of the rolling operation of the trace ball of the crown of energy wrist-watch calculates testing for above-mentioned rolling operation according to above-mentioned rolling number Numerical value is demonstrate,proved, using above-mentioned verification numerical value as the answer of above-mentioned default problem input by user；Alternatively,
It is stirred in the case that parameter includes above-mentioned rotating direction above-mentioned, above-mentioned smartwatch can obtain user for intelligence The rotating direction of the rolling operation of the trace ball of the crown of energy wrist-watch generates testing for above-mentioned rolling operation according to above-mentioned rotating direction Direction is demonstrate,proved, using above-mentioned verification direction as the answer of above-mentioned default problem input by user；Alternatively,
It is stirred in the case that parameter includes above-mentioned roll angle above-mentioned, above-mentioned smartwatch can obtain user for intelligence The roll angle of the rolling operation of the trace ball of the crown of energy wrist-watch generates testing for above-mentioned rolling operation according to above-mentioned roll angle Angle is demonstrate,proved, using above-mentioned verification angle as the answer of above-mentioned default problem input by user；Alternatively,
It is stirred in the case that parameter includes above-mentioned rolling speed above-mentioned, above-mentioned smartwatch can obtain user for intelligence The rolling speed of the rolling operation of the trace ball of the crown of energy wrist-watch generates testing for above-mentioned rolling operation according to above-mentioned rolling speed Speed is demonstrate,proved, using above-mentioned verifying speed as the answer of above-mentioned default problem input by user；Alternatively,
It is stirred in the case that parameter includes above-mentioned rolling number and above-mentioned rotating direction above-mentioned, above-mentioned smartwatch can be with Rolling number and rolling operation of the user for the rolling operation of the trace ball of the crown of smartwatch are obtained, according to above-mentioned rolling Number and above-mentioned rotating direction generate the direction sequence of above-mentioned rolling operation, using above-mentioned direction sequence as input by user above-mentioned The answer of default problem.Alternatively,
It is stirred in the case that parameter includes above-mentioned rotating direction and above-mentioned roll angle above-mentioned, above-mentioned smartwatch can be with Rotating direction and roll angle of the user for the n times rolling operation of the crown of smartwatch are obtained, is rolled and grasped based on above-mentioned n times The rotating direction and roll angle of work create verification data, above-mentioned verification data record N number of roll angle of n times rolling operations With N number of rotating direction, roll angle of i-th of the roll angle of above-mentioned verification data based on above-mentioned ith rolling operation obtains, Rotating direction of i-th of the rotating direction of above-mentioned verification data based on the ith rolling operation in above-mentioned n times rolling operation obtains It arrives, above-mentioned N is integer；Alternatively,
It is stirred in the case that parameter includes above-mentioned rotating direction and above-mentioned rolling speed above-mentioned, above-mentioned smartwatch can be with Rotating direction and rolling speed of the user for the n times rolling operation of the crown of smartwatch are obtained, is rolled and grasped based on above-mentioned n times The rotating direction and rolling speed of work create verification data, above-mentioned verification data record N number of rotating direction of n times rolling operations With N number of rolling speed, rotating direction of i-th of the rotating direction of above-mentioned verification data based on above-mentioned ith rolling operation obtains, Roll angle of i-th of the roll angle of above-mentioned verification data based on the ith rolling operation in above-mentioned n times rolling operation obtains It arrives, above-mentioned N is integer.
In another embodiment, the crown of above-mentioned smartwatch includes side touch screen, and above-mentioned smartwatch obtains user The realization method of the answer of the above-mentioned default problem inputted by the crown of above-mentioned smartwatch can be：
Above-mentioned smartwatch can obtain touch control operation of the user for the side touch screen of the crown of above-mentioned smartwatch Touch parameter, the answer of above-mentioned default problem input by user is determined according to above-mentioned touch parameter, above-mentioned touch parameter includes At least one of following touch parameter：Touch-control number, touch area, touch-control dynamics and touch-control frequency；Alternatively,
Above-mentioned smartwatch can obtain cunning of the user for the slide of the side touch screen of the crown of smartwatch Dynamic parameter, the answer of above-mentioned default problem input by user is determined according to above-mentioned slip parameter, and above-mentioned slip parameter includes as follows Slide at least one of parameter：Slide number, glide direction, sliding speed and touch-control dynamics.
In the specific implementation, above-mentioned smartwatch obtains user's touching for the side touch screen of the crown of above-mentioned smartwatch The touch parameter of operation is controlled, the specific implementation side of the answer of above-mentioned default problem input by user is determined according to above-mentioned touch parameter Formula can be：
In the case where above-mentioned touch parameter includes above-mentioned touch-control number, above-mentioned smartwatch can obtain user for intelligence The touch-control number of the touch control operation of the side touch screen of the crown of energy wrist-watch calculates above-mentioned touch control operation according to above-mentioned touch-control number Verification numerical value, using above-mentioned verification numerical value as the answer of above-mentioned default problem input by user；Alternatively,
In the case where above-mentioned touch parameter includes above-mentioned touch area, above-mentioned smartwatch can obtain user for intelligence The coordinate value of the position of touch of the touch control operation of the side touch screen of the crown of energy wrist-watch, according to the seat of above-mentioned touch-control position of touch Scale value determines the validation region of above-mentioned touch control operation, using above-mentioned validation region answering as above-mentioned default problem input by user Case；Alternatively,
In the case where above-mentioned touch parameter includes above-mentioned touch-control dynamics, above-mentioned smartwatch can obtain user for intelligence The touch-control dynamics of the touch control operation of the side touch screen of the crown of energy wrist-watch generates above-mentioned slide according to above-mentioned touch-control dynamics Verification dynamics, using above-mentioned verification dynamics as the answer of above-mentioned default problem input by user；Alternatively,
In the case where above-mentioned touch parameter includes above-mentioned touch-control frequency, above-mentioned smartwatch can obtain user for intelligence The touch-control frequency of the touch control operation of the side touch screen of the crown of energy wrist-watch generates above-mentioned touch control operation according to above-mentioned touch-control frequency Verification frequency, using above-mentioned verification frequency as the answer of above-mentioned default problem input by user.Alternatively,
In the case where above-mentioned touch parameter includes above-mentioned touch-control number and above-mentioned touch area, above-mentioned smartwatch can be with Touch-control number and touch area of the user for the touch control operation of the side touch screen of the crown of smartwatch are obtained, according to above-mentioned Touch-control number and above-mentioned touch area generate the regional sequence of above-mentioned slide, using above-mentioned zone sequence as verification data； Alternatively,
Obtain touch area of the user for M touch control operation of the side touch-screen type of the crown of smartwatch, above-mentioned M Secondary touch control operation is divided into the combination of N groups touch control operation, above-mentioned N groups touch control operation group according to (N-1) secondary switching action of touch area The touch area of the touch control operation in the combination of any one group of touch control operation in conjunction is identical；
It is combined based on above-mentioned N groups touch control operation and creates verification data, above-mentioned verification data record N groups touch control operation combines N number of verification numerical value and validation region, i-th of above-mentioned verification data verification numerical value be based on during above-mentioned N groups touch control operation combines The total degree of touch control operation in i-th group of touch control operation combination obtains, and i-th of validation region of above-mentioned verification data is based on above-mentioned The touch area of touch control operation in the combination of N groups touch control operation in i-th group of touch control operation combination obtains, above-mentioned i-th group of touch-control behaviour It is any one group of touch control operation combination in above-mentioned N groups touch control operation combination to make combination, and above-mentioned M and N are positive integer, and above-mentioned M is big In or equal to N；Alternatively,
In the case where above-mentioned touch parameter includes above-mentioned touch-control number and above-mentioned touch-control dynamics, above-mentioned smartwatch can be with User is obtained for the touch-control number of touch control operation of side touch screen of crown of smartwatch and touch-control dynamics, according to above-mentioned Touch-control number and above-mentioned touch-control dynamics generate the dynamics sequence of above-mentioned slide, using above-mentioned dynamics sequence as verification data； Alternatively,
In the case where above-mentioned touch parameter includes above-mentioned touch area and above-mentioned touch-control dynamics, above-mentioned smartwatch can be with User is obtained for the touch area of touch control operation of side touch screen of crown of smartwatch and touch-control dynamics, according to above-mentioned Touch area and above-mentioned touch-control dynamics generate the region dynamics data of above-mentioned slide, using above-mentioned zone dynamics data as testing Demonstrate,prove data；
In the specific implementation, above-mentioned smartwatch obtains slip behaviour of the user for the side touch screen of the crown of smartwatch The slip parameter of work determines that the specific implementation of the answer of above-mentioned default problem input by user can according to above-mentioned slip parameter To be：
In the case where above-mentioned slip parameter includes above-mentioned slip number, above-mentioned smartwatch can obtain user for intelligence The slip number of the slide of the side touch screen of the crown of energy wrist-watch calculates above-mentioned slide according to above-mentioned slip number Verification numerical value, using above-mentioned verification numerical value as the answer of above-mentioned default problem input by user；Alternatively,
In the case where above-mentioned slip parameter includes above-mentioned glide direction, above-mentioned smartwatch can obtain user for intelligence The glide direction of the slide of the side touch screen of the crown of energy wrist-watch generates above-mentioned slide according to above-mentioned glide direction Verification direction, using above-mentioned verification direction as the answer of above-mentioned default problem input by user；Alternatively,
In the case where above-mentioned slip parameter includes above-mentioned sliding speed, above-mentioned smartwatch can obtain user for intelligence The sliding speed of the slide of the side touch screen of the crown of energy wrist-watch generates above-mentioned slide according to above-mentioned sliding speed Verifying speed, using above-mentioned verifying speed as the answer of above-mentioned default problem input by user；Alternatively,
In the case where above-mentioned slip parameter includes above-mentioned sliding force, above-mentioned smartwatch can obtain user for intelligence The sliding force of the slide of the side touch screen of the crown of energy wrist-watch generates above-mentioned slide according to above-mentioned sliding force Verification dynamics, using above-mentioned verification dynamics as the answer of above-mentioned default problem input by user；Alternatively,
In the case where above-mentioned slip parameter includes sliding number and glide direction, above-mentioned smartwatch can obtain user For the slip number and glide direction of the slide of the side touch screen of the crown of smartwatch, according to above-mentioned slip number The direction sequence of above-mentioned slide is generated with above-mentioned glide direction, using above-mentioned direction sequence as input by user above-mentioned default The answer of problem；Alternatively,
Above-mentioned smartwatch can also obtain M cunning of the user for the side touch-screen type of the crown of above-mentioned smartwatch The glide direction of dynamic operation, above-mentioned M slide are divided into N group slides according to (N-1) secondary switching action of glide direction Combination, the glide direction of the slide in the combination of any one group of slide in above-mentioned N groups slide combination are identical；
The answer of above-mentioned default problem input by user, above-mentioned user's input are created based on the combination of above-mentioned N groups slide Above-mentioned default problem answer have recorded N groups slide combination N number of verification numerical value and N number of verification direction, above-mentioned user I-th of verification numerical value of the answer of the above-mentioned default problem of input is based on i-th group of slide in the combination of above-mentioned N groups slide The total degree of slide in combination obtains, i-th of verification direction of the answer of above-mentioned above-mentioned default problem input by user The glide direction of slide in being combined based on above-mentioned N groups slide in i-th group of slide combination is obtained, and above-mentioned i-th Group slide combination is any one group of slide combination in above-mentioned N groups slide combination, and above-mentioned M and N are positive integer, Above-mentioned M is greater than or equal to N.Alternatively,
In the case where above-mentioned slip parameter includes above-mentioned slip number and above-mentioned sliding speed, above-mentioned smartwatch can be with Slip number and sliding speed of the user for the slide of the side touch screen of the crown of smartwatch are obtained, according to above-mentioned It slides number and above-mentioned sliding speed generates the velocity series of above-mentioned slide, using above-mentioned velocity series as verification data； Alternatively,
In the case where above-mentioned slip parameter includes above-mentioned slip number and above-mentioned sliding force, above-mentioned smartwatch can be with Slip number and sliding force of the user for the slide of the side touch screen of the crown of smartwatch are obtained, according to above-mentioned It slides number and above-mentioned sliding force generates the dynamics sequence of above-mentioned slide, using above-mentioned dynamics sequence as verification data； Alternatively,
In the case where above-mentioned slip parameter includes above-mentioned glide direction and above-mentioned sliding force, above-mentioned smartwatch can be with Glide direction and sliding force of the user for the n times slide of the side touch screen of the crown of smartwatch are obtained, is based on The glide direction and sliding force of above-mentioned n times slide create verification data, above-mentioned verification data record n times slides N number of glide direction and N number of sliding force, i-th of glide direction of above-mentioned verification data based on above-mentioned n times slide The glide direction of i slide obtains, i-th of sliding force of above-mentioned verification data based on above-mentioned n times slide i-th The sliding force of secondary slide obtains, and above-mentioned N is integer.
S103 is judging that above-mentioned answer and the Key for Reference of above-mentioned default problem are matched, controls alarm clock list Member stops alarm clock.
In the embodiment of the present invention, the realization method that above-mentioned smartwatch control alarm clock unit stops alarm clock can be：
The alarm clock unit of above-mentioned smartwatch is controlled to stop alarm clock；Alternatively, control and the communication connection of above-mentioned smartwatch The alarm clock unit of mobile terminal stops alarm clock.
As can be seen that in the embodiment of the present invention, smartwatch shows default problem on the display screen first, secondly, obtains The answer of default problem that family is inputted by the crown of smartwatch is taken, finally, in the ginseng for judging answer and default problem In the case of examining answer matches, control alarm clock unit stops alarm clock.In this way, when alarm clock unit starts quarter-bell, user must pass through It checks the default problem shown on display screen, the answer of default problem is obtained, and pass through intelligence in the state of more regaining consciousness The crown input answer of wrist-watch, just can be in input answer and the matched closing alarm clock list of Key for Reference of default problem Therefore member, is conducive to promote the success rate that alarm clock unit wakes user, promotes user experience.
Referring to Fig. 2, Fig. 2 is a kind of flow diagram of alarm clock method for closing disclosed by the embodiments of the present invention.Such as Fig. 2 institutes Show, which may comprise steps of.
S201 shows default problem on the display screen of smartwatch.
In the embodiment of the present invention, the concrete mode of the above-mentioned default problem of displaying on the display screen of smartwatch can be with It is：
In the case where the alarm clock unit for detecting above-mentioned smartwatch starts quarter-bell, on the display screen of smartwatch The default problem of displaying；Alternatively, start quarter-bell in the alarm clock unit for detecting the mobile terminal communicated to connect with above-mentioned smartwatch In the case of, default problem is shown on the display screen of smartwatch.
Above-mentioned default problem can be for example numerical computations or condition judgment, can also be other various types Default problem, the embodiment of the present invention to preset problem concrete type do not limit.
S202 obtains stir parameter of the user for the fluctuation operation of the control stick of the crown of above-mentioned smartwatch, above-mentioned It stirs parameter and includes at least one for stirring parameter as follows：Number is stirred, direction is stirred, stir frequency and stirs rhythm.
S203, according to the above-mentioned answer stirred parameter and determine above-mentioned default problem input by user.
In the embodiment of the present invention, above-mentioned smartwatch obtains wave of the user for the control stick of the crown of above-mentioned smartwatch Parameter is stirred in dynamic operation, determines that the realization method of answer of above-mentioned default problem input by user can according to above-mentioned parameter of stirring To be：
Include in the case of stirring number and stirring direction in above-mentioned parameter of stirring, above-mentioned smartwatch can obtain user Number and direction is stirred for the stirring for operation of stirring of the control stick of the crown of smartwatch, according to the above-mentioned number and upper stirred It states and stirs the above-mentioned direction sequence for stirring operation of direction generation, using above-mentioned direction sequence as above-mentioned default problem input by user Answer；Alternatively,
Above-mentioned smartwatch can also obtain M group that stirs operation of the user for the control stick of the crown of smartwatch Dynamic direction, stirs for above-mentioned M time to operate and is divided into N groups according to (N-1) the secondary switching action for stirring direction and stirs operative combination, above-mentioned N Stir in operative combination any one group of group stir in operative combination stir operation to stir direction identical；
The answer of operative combination establishment above-mentioned default problem input by user, above-mentioned user's input are stirred based on above-mentioned N groups The answer of above-mentioned default problem have recorded N groups and stir N number of verification numerical value of operative combination and N number of verification direction, above-mentioned user I-th of verification numerical value of the answer of the above-mentioned default problem of input, which is stirred based on above-mentioned N groups in operative combination, stirs operation for i-th group The total degree for stirring operation in combination obtains, i-th of verification direction of the answer of above-mentioned above-mentioned default problem input by user I-th group of direction of stirring for stirring operation stirred in operative combination in operative combination is stirred based on above-mentioned N groups to obtain, above-mentioned i-th It is that any one group that above-mentioned N groups are stirred in operative combination stirs operative combination that group, which stirs operative combination, and above-mentioned M and N are positive integer, Above-mentioned M is greater than or equal to N.
S204 is judging that above-mentioned answer and the Key for Reference of above-mentioned default problem are matched, controls alarm clock list Member stops alarm clock.
In the embodiment of the present invention, the realization method that above-mentioned smartwatch control alarm clock unit stops alarm clock can be：
The alarm clock unit of above-mentioned smartwatch is controlled to stop alarm clock；Alternatively, control and the communication connection of above-mentioned smartwatch The alarm clock unit of mobile terminal stops alarm clock.
As can be seen that in the embodiment of the present invention, smartwatch shows default problem on the display screen first, secondly, obtains The answer of default problem that family is inputted by the crown of smartwatch is taken, finally, in the ginseng for judging answer and default problem In the case of examining answer matches, control alarm clock unit stops alarm clock.In this way, when alarm clock unit starts quarter-bell, user must pass through It checks the default problem shown on display screen, the answer of default problem is obtained, and pass through intelligence in the state of more regaining consciousness The crown input answer of wrist-watch, just can be in input answer and the matched closing alarm clock list of Key for Reference of default problem Therefore member, is conducive to promote the success rate that alarm clock unit wakes user, promotes user experience.
Referring to Fig. 3, Fig. 3 is the flow diagram of another alarm clock method for closing disclosed by the embodiments of the present invention.Such as Fig. 3 Shown, which may comprise steps of.
S301 shows default problem on the display screen of smartwatch.
In the embodiment of the present invention, the concrete mode of the above-mentioned default problem of displaying on the display screen of smartwatch can be with It is：In the case where the alarm clock unit for detecting above-mentioned smartwatch starts quarter-bell, shown on the display screen of smartwatch Default problem；Alternatively, start the feelings of quarter-bell in the alarm clock unit for detecting the mobile terminal communicated to connect with above-mentioned smartwatch Under condition, default problem is shown on the display screen of smartwatch.
Above-mentioned default problem can be for example numerical computations or condition judgment, can also be other various types Default problem, the embodiment of the present invention to preset problem concrete type do not limit.
S302 obtains rolling parameters of the user for the rolling operation of the trace ball of the crown of above-mentioned smartwatch, above-mentioned Rolling parameters include at least one of following rolling parameters：Roll number, rotating direction, roll angle and rolling speed.
S303 determines the answer of above-mentioned default problem input by user according to above-mentioned rolling parameters.
In the embodiment of the present invention, above-mentioned user is for the rolling of the rolling operation of the trace ball of the crown of above-mentioned smartwatch Parameter, the realization method of the answer of above-mentioned default problem input by user is determined according to above-mentioned rolling parameters to be：
It is stirred in the case that parameter includes above-mentioned rolling number and above-mentioned rotating direction above-mentioned, above-mentioned smartwatch can be with Rolling number and rolling operation of the user for the rolling operation of the trace ball of the crown of smartwatch are obtained, according to above-mentioned rolling Number and above-mentioned rotating direction generate the direction sequence of above-mentioned rolling operation, using above-mentioned direction sequence as input by user above-mentioned The answer of default problem.
S304 is judging that above-mentioned answer and the Key for Reference of above-mentioned default problem are matched, controls alarm clock list Member stops alarm clock.
In the embodiment of the present invention, the realization method that above-mentioned smartwatch control alarm clock unit stops alarm clock can be：
The alarm clock unit of above-mentioned smartwatch is controlled to stop alarm clock；Alternatively, control and the communication connection of above-mentioned smartwatch The alarm clock unit of mobile terminal stops alarm clock.
As can be seen that in the embodiment of the present invention, smartwatch shows default problem on the display screen first, secondly, obtains The answer of default problem that family is inputted by the crown of smartwatch is taken, finally, in the ginseng for judging answer and default problem In the case of examining answer matches, control alarm clock unit stops alarm clock.In this way, when alarm clock unit starts quarter-bell, user must pass through It checks the default problem shown on display screen, the answer of default problem is obtained, and pass through intelligence in the state of more regaining consciousness The crown input answer of wrist-watch, just can be in input answer and the matched closing alarm clock list of Key for Reference of default problem Therefore member, is conducive to promote the success rate that alarm clock unit wakes user, promotes user experience.
Referring to Fig. 4, Fig. 4 is the flow diagram of another alarm clock method for closing disclosed by the embodiments of the present invention.Such as Fig. 4 Shown, which may comprise steps of.
S401 shows default problem on the display screen of smartwatch.
In the embodiment of the present invention, the concrete mode of the above-mentioned default problem of displaying on the display screen of smartwatch can be with It is：In the case where the alarm clock unit for detecting above-mentioned smartwatch starts quarter-bell, shown on the display screen of smartwatch Default problem；Alternatively, start the feelings of quarter-bell in the alarm clock unit for detecting the mobile terminal communicated to connect with above-mentioned smartwatch Under condition, default problem is shown on the display screen of smartwatch.
Above-mentioned default problem can be for example numerical computations or condition judgment, can also be other various types Default problem, the embodiment of the present invention to preset problem concrete type do not limit.
S402 obtains touch parameter of the user for the touch control operation of the side touch screen of the crown of above-mentioned smartwatch, Above-mentioned touch parameter includes at least one of following touch parameter：Touch-control number, touch area, touch-control dynamics and touch-control frequency Rate.
S403 determines the answer of above-mentioned default problem input by user according to above-mentioned touch parameter.
In the embodiment of the present invention, above-mentioned acquisition user is for the touch-control behaviour of the side touch screen of the crown of above-mentioned smartwatch The touch parameter of work determines that the realization method of the answer of above-mentioned default problem input by user can be with according to above-mentioned touch parameter It is：
In the case where above-mentioned touch parameter includes above-mentioned touch-control dynamics, above-mentioned smartwatch can obtain user for intelligence The touch-control dynamics of the touch control operation of the side touch screen of the crown of energy wrist-watch generates above-mentioned slide according to above-mentioned touch-control dynamics Verification dynamics, using above-mentioned verification dynamics as the answer of above-mentioned default problem input by user.
S404 is judging that above-mentioned answer and the Key for Reference of above-mentioned default problem are matched, controls alarm clock list Member stops alarm clock.
In the embodiment of the present invention, the realization method that above-mentioned smartwatch control alarm clock unit stops alarm clock can be：
The alarm clock unit of above-mentioned smartwatch is controlled to stop alarm clock；Alternatively, control and the communication connection of above-mentioned smartwatch The alarm clock unit of mobile terminal stops alarm clock.
As can be seen that in the embodiment of the present invention, smartwatch shows default problem on the display screen first, secondly, obtains The answer of default problem that family is inputted by the crown of smartwatch is taken, finally, in the ginseng for judging answer and default problem In the case of examining answer matches, control alarm clock unit stops alarm clock.In this way, when alarm clock unit starts quarter-bell, user must pass through It checks the default problem shown on display screen, the answer of default problem is obtained, and pass through intelligence in the state of more regaining consciousness The crown input answer of wrist-watch, just can be in input answer and the matched closing alarm clock list of Key for Reference of default problem Therefore member, is conducive to promote the success rate that alarm clock unit wakes user, promotes user experience.
Referring to Fig. 5, Fig. 5 is the flow diagram of another alarm clock method for closing disclosed by the embodiments of the present invention.Such as Fig. 5 Shown, which may comprise steps of.
S501 shows default problem on the display screen of smartwatch.
In the embodiment of the present invention, the concrete mode of the above-mentioned default problem of displaying on the display screen of smartwatch can be with It is：
In the case where the alarm clock unit for detecting above-mentioned smartwatch starts quarter-bell, on the display screen of smartwatch The default problem of displaying；Alternatively, start quarter-bell in the alarm clock unit for detecting the mobile terminal communicated to connect with above-mentioned smartwatch In the case of, default problem is shown on the display screen of smartwatch.
Above-mentioned default problem can be for example numerical computations or condition judgment, can also be other various types Default problem, the embodiment of the present invention to preset problem concrete type do not limit.
S502 obtains slip parameter of the user for the slide of the side touch screen of the crown of smartwatch, above-mentioned Parameter is slided to include such as at least one of lower slider parameter：Slide number, glide direction, sliding speed and touch-control dynamics.
In the embodiment of the present invention, above-mentioned slip parameter can also include sliding distance.
S503 determines the answer of above-mentioned default problem input by user according to above-mentioned slip parameter.
In the embodiment of the present invention, in the case where above-mentioned slip parameter can also include sliding distance, above-mentioned acquisition user For the slip parameter of the slide of the side touch screen of the crown of smartwatch, determine that user is defeated according to above-mentioned slip parameter The realization method of the answer of above-mentioned default problem entered can be：Obtain side touch screen of the user for the crown of smartwatch Slide sliding distance, the verification distance of above-mentioned slide is calculated according to above-mentioned sliding distance, by above-mentioned verification away from From the answer as above-mentioned default problem input by user.
S504 is judging that above-mentioned answer and the Key for Reference of above-mentioned default problem are matched, controls alarm clock list Member stops alarm clock.
In the embodiment of the present invention, the realization method that above-mentioned smartwatch control alarm clock unit stops alarm clock can be：
The alarm clock unit of above-mentioned smartwatch is controlled to stop alarm clock；Alternatively, control and the communication connection of above-mentioned smartwatch The alarm clock unit of mobile terminal stops alarm clock.
As can be seen that in the embodiment of the present invention, smartwatch shows default problem on the display screen first, secondly, obtains The answer of default problem that family is inputted by the crown of smartwatch is taken, finally, in the ginseng for judging answer and default problem In the case of examining answer matches, control alarm clock unit stops alarm clock.In this way, when alarm clock unit starts quarter-bell, user must pass through It checks the default problem shown on display screen, the answer of default problem is obtained, and pass through intelligence in the state of more regaining consciousness The crown input answer of wrist-watch, just can be in input answer and the matched closing alarm clock list of Key for Reference of default problem Therefore member, is conducive to promote the success rate that alarm clock unit wakes user, promotes user experience.
Referring to Fig. 6, Fig. 6 is a kind of structure diagram of smartwatch disclosed by the embodiments of the present invention.As shown in fig. 6, The smartwatch includes display unit 601, acquiring unit 602, control unit 603, wherein：
Above-mentioned display unit 601, for showing default problem on the display screen of smartwatch；
Above-mentioned acquiring unit 602, for obtaining the above-mentioned default problem that user is inputted by the crown of above-mentioned smartwatch Answer；
In the embodiment of the present invention, when above-mentioned crown includes control stick, above-mentioned acquiring unit 602 is specifically used for：Obtain user What the fluctuation for the control stick of the crown of above-mentioned smartwatch operated stirs parameter, determines that user is defeated according to above-mentioned parameter of stirring The answer of above-mentioned default problem entered, above-mentioned parameter of stirring include at least one for stirring parameter as follows：Stir number, the side of stirring To, stir frequency and stir rhythm.
When above-mentioned crown includes trace ball, above-mentioned acquiring unit 602 is specifically used for：It obtains user and is directed to above-mentioned smartwatch Crown trace ball rolling operation rolling parameters, determine above-mentioned default problem input by user according to above-mentioned rolling parameters Answer, above-mentioned rolling parameters include at least one of following rolling parameters：Roll number, rotating direction, roll angle with And rolling speed.
When above-mentioned crown includes side touch screen, above-mentioned acquiring unit 602 is specifically used for：It obtains user and is directed to above-mentioned intelligence The touch parameter of the touch control operation of the side touch screen of the crown of wrist-watch determines input by user above-mentioned according to above-mentioned touch parameter The answer of default problem, above-mentioned touch parameter include at least one of following touch parameter：Touch-control number, touches at touch area Control dynamics and touch-control frequency；Alternatively,
Slip parameter of the user for the slide of the side touch screen of the crown of smartwatch is obtained, according to above-mentioned cunning Dynamic parameter determines the answer of above-mentioned default problem input by user, and above-mentioned slip parameter is included such as at least one in lower slider parameter Kind：Slide number, glide direction, sliding speed, sliding distance and touch-control dynamics.
Above-mentioned control unit 603, in the matched feelings of Key for Reference for judging above-mentioned answer and above-mentioned default problem Under condition, control alarm clock unit stops alarm clock.
In the embodiment of the present invention, above-mentioned control unit 603 is specifically used for：The alarm clock unit of above-mentioned smartwatch is controlled to stop Alarm clock；Alternatively, control and the alarm clock unit of the mobile terminal of above-mentioned smartwatch communication connection stop alarm clock.
It is understood that the function of each function module of the smartwatch of the embodiment of the present invention can be according to above method reality The method specific implementation in example is applied, specific implementation process is referred to the associated description of above method embodiment, herein no longer It repeats.
As can be seen that in the embodiment of the present invention, smartwatch shows default problem on the display screen first, secondly, obtains The answer of default problem that family is inputted by the crown of smartwatch is taken, finally, in the ginseng for judging answer and default problem In the case of examining answer matches, control alarm clock unit stops alarm clock.In this way, when alarm clock unit starts quarter-bell, user must pass through It checks the default problem shown on display screen, the answer of default problem is obtained, and pass through intelligence in the state of more regaining consciousness The crown input answer of wrist-watch, just can be in input answer and the matched closing alarm clock list of Key for Reference of default problem Therefore member, is conducive to promote the success rate that alarm clock unit wakes user, promotes user experience.
Fig. 7 is please referred to, Fig. 7 is the structure diagram of another smartwatch disclosed by the embodiments of the present invention.As shown in the figure, Smartwatch in the embodiment of the present invention includes：At least one processor 701, such as CPU, at least one receiver 703, at least One memory 704, at least one transmitter 705, at least one communication bus 702.Wherein, communication bus 702 is used to implement Connection communication between these components.Wherein, the receiver 703 of device and transmitter 705 can be had in the embodiment of the present invention Line sending port, or wireless device, such as including antenna assembly, for carrying out signaling or data with other node devices Communication.Memory 704 can be high-speed RAM memory or non-labile memory (non-volatile Memory), a for example, at least magnetic disk storage.Memory 704 optionally can also be at least one and be located remotely from aforementioned place Manage the storage device of device 701.Batch processing code is stored in memory 704, and processor 701 stores for calling in memory Program code, for performing the following operations：
Default problem is shown on the display screen of smartwatch；
Obtain the answer of above-mentioned default problem that user is inputted by the crown of above-mentioned smartwatch；
Judging that above-mentioned answer and the Key for Reference of above-mentioned default problem are matched, control alarm clock unit stops Alarm clock.
Optionally, in the embodiment of the present invention, above-mentioned crown includes control stick, and the above-mentioned acquisition of processor 701 user passes through upper Stating the specific implementation of the answer of the above-mentioned default problem of the crown input of smartwatch can be：Above-mentioned processor 701 can Parameter is stirred for what the fluctuation of the control stick of the crown of above-mentioned smartwatch operated to obtain user, parameter is stirred according to above-mentioned Determine the answer of above-mentioned default problem input by user, above-mentioned parameter of stirring includes at least one for stirring parameter as follows：It stirs Number stirs direction, stirs frequency and stirs rhythm.
In the specific implementation, above-mentioned processor 701 obtains fluctuation of the user for the control stick of the crown of above-mentioned smartwatch Parameter is stirred in operation, according to the above-mentioned specific implementation stirred parameter and determine the answer of above-mentioned default problem input by user Can be：
It is described stir parameter include it is described stir number in the case of, above-mentioned processor 701 can obtain user and be directed to The control stick of the crown of smartwatch stir operation stir number, according to it is described stir number calculate described in stir operation Numerical value is verified, using the verification numerical value as the answer of the default problem input by user；Alternatively,
It is described stir parameter include it is described stir direction in the case of, above-mentioned processor 701 can obtain user and be directed to The control stick of the crown of smartwatch stir operation stir direction, according to it is described stir direction generation described in stir operation Direction is verified, using the verification direction as the answer of the default problem input by user；Alternatively,
It is described stir parameter include it is described stir frequency in the case of, above-mentioned processor 701 can obtain user and be directed to What operation was stirred in M times of the control stick of the crown of smartwatch stirs duration, according to stir for described M times operation to stir duration true That operation is stirred described in fixed stirs frequency, using the answer for stirring frequency as the default problem input by user, the M For positive integer；Alternatively,
It is described stir parameter include it is described stir rhythm in the case of, above-mentioned processor 701 can obtain user and be directed to M times of the control stick of the crown of smartwatch stir operation (M-1) it is secondary stir interval duration, stir operation according to described M times (M-1) it is secondary stir interval duration determine it is described stir operation stir rhythm, using the rhythm of stirring as input by user The answer of the default problem, the M are positive integer.
Optionally, in the embodiment of the present invention, above-mentioned crown includes trace ball, and the above-mentioned acquisition of processor 701 user passes through upper Stating the specific implementation of the answer of the above-mentioned default problem of the crown input of smartwatch can be：Above-mentioned processor 701 can To obtain rolling parameters of the user for the rolling operation of the trace ball of the crown of above-mentioned smartwatch, according to above-mentioned rolling parameters Determine the answer of above-mentioned default problem input by user, above-mentioned rolling parameters include at least one of following rolling parameters：Rolling Dynamic number, rotating direction, roll angle and rolling speed.
In the specific implementation, above-mentioned processor 701 obtains rolling of the user for the trace ball of the crown of above-mentioned smartwatch The rolling parameters of operation determine the specific implementation of the answer of above-mentioned default problem input by user according to above-mentioned rolling parameters Can be：
In the case where the rolling parameters include the rolling number, above-mentioned processor 701 can obtain user and be directed to The rolling number of the rolling operation of the trace ball of the crown of smartwatch calculates the rolling operation according to the rolling number Numerical value is verified, using the verification numerical value as the answer of the default problem input by user；Alternatively,
It is described stir parameter include the rotating direction in the case of, above-mentioned processor 701 can obtain user and be directed to The rotating direction of the rolling operation of the trace ball of the crown of smartwatch generates the rolling operation according to the rotating direction Direction is verified, using the verification direction as the answer of the default problem input by user；Alternatively,
It is described stir parameter include the roll angle in the case of, above-mentioned processor 701 can obtain user and be directed to The roll angle of the rolling operation of the trace ball of the crown of smartwatch generates the rolling operation according to the roll angle Angle is verified, using the verification angle as the answer of the default problem input by user；Alternatively,
It is described stir parameter include the rolling speed in the case of, above-mentioned processor 701 can obtain user and be directed to The rolling speed of the rolling operation of the trace ball of the crown of smartwatch generates the rolling operation according to the rolling speed Verifying speed, using the verifying speed as the answer of the default problem input by user.
Optionally, in the embodiment of the present invention, above-mentioned crown includes side touch screen, and above-mentioned processor 701 obtains user and leads to Crossing the specific implementation of the answer of the above-mentioned default problem of the crown input of above-mentioned smartwatch can be：Above-mentioned processor 701 can obtain touch parameter of the user for the touch control operation of the side touch screen of the crown of above-mentioned smartwatch, according to upper The answer that touch parameter determines above-mentioned default problem input by user is stated, above-mentioned touch parameter is included in following touch parameter extremely Few one kind：Touch-control number, touch area, touch-control dynamics and touch-control frequency；Alternatively,
Above-mentioned processor 701 can obtain cunning of the user for the slide of the side touch screen of the crown of smartwatch Dynamic parameter, the answer of above-mentioned default problem input by user is determined according to above-mentioned slip parameter, and above-mentioned slip parameter includes as follows Slide at least one of parameter：Slide number, glide direction, sliding speed, sliding distance and touch-control dynamics.
In the specific implementation, above-mentioned processor 701 obtains user for the side touch screen of the crown of above-mentioned smartwatch The touch parameter of touch control operation determines the specific implementation of the answer of above-mentioned default problem input by user according to above-mentioned touch parameter Mode can be：
In the case where the touch parameter includes the touch-control number, above-mentioned processor 701 can obtain user and be directed to The touch-control number of the touch control operation of the side touch screen of the crown of smartwatch calculates the touch-control according to the touch-control number and grasps The verification numerical value of work, using the verification numerical value as the answer of the default problem input by user；Alternatively,
In the case where the touch parameter includes the touch area, above-mentioned processor 701 can obtain user and be directed to The coordinate value of the position of touch of the touch control operation of the side touch screen of the crown of smartwatch, according to the touch-control position of touch Coordinate value determines the validation region of the touch control operation, using the validation region answering as the default problem input by user Case；Alternatively,
In the case where the touch parameter includes the touch-control dynamics, above-mentioned processor 701 can obtain user and be directed to The touch-control dynamics of the touch control operation of the side touch screen of the crown of smartwatch is grasped according to described slide of touch-control dynamics generation The verification dynamics of work, using the verification dynamics as the answer of the default problem input by user；Alternatively,
In the case where the touch parameter includes the touch-control frequency, above-mentioned processor 701 can obtain user and be directed to The touch-control frequency of the touch control operation of the side touch screen of the crown of smartwatch generates the touch-control according to the touch-control frequency and grasps The verification frequency of work, using the verification frequency as the answer of the default problem input by user.
In the specific implementation, above-mentioned processor 701 obtains slip of the user for the side touch screen of the crown of smartwatch The slip parameter of operation determines the specific implementation of the answer of above-mentioned default problem input by user according to above-mentioned slip parameter Can be：
In the case where the slip parameter includes the slip number, above-mentioned processor 701 can obtain user and be directed to The slip number of the slide of the side touch screen of the crown of smartwatch calculates described slide according to the slip number and grasps The verification numerical value of work, using the verification numerical value as the answer of the default problem input by user；Alternatively,
In the case where the slip parameter includes the glide direction, above-mentioned processor 701 can obtain user and be directed to The glide direction of the slide of the side touch screen of the crown of smartwatch is grasped according to described slide of glide direction generation The verification direction of work, using the verification direction as the answer of the default problem input by user；Alternatively,
In the case where the slip parameter includes the sliding speed, above-mentioned processor 701 can obtain user and be directed to The sliding speed of the slide of the side touch screen of the crown of smartwatch is grasped according to described slide of sliding speed generation The verifying speed of work, using the verifying speed as the answer of the default problem input by user；Alternatively,
In the case where the slip parameter includes the sliding force, above-mentioned processor 701 can obtain user and be directed to The sliding force of the slide of the side touch screen of the crown of smartwatch is grasped according to described slide of sliding force generation The verification dynamics of work, using the verification dynamics as the answer of the default problem input by user.
Optionally, the specific implementation of the above-mentioned control alarm clock of processor 701 unit stopping alarm clock can be：It controls above-mentioned The alarm clock unit of smartwatch stops alarm clock；Alternatively, control and the alarm clock list of the mobile terminal of above-mentioned smartwatch communication connection Member stops alarm clock.
It is understood that the function of each function module of the smartwatch of the embodiment of the present invention can be according to above method reality The method specific implementation in example is applied, specific implementation process is referred to the associated description of above method embodiment, herein no longer It repeats.
As can be seen that in the embodiment of the present invention, smartwatch shows default problem on the display screen first, secondly, obtains The answer of default problem that family is inputted by the crown of smartwatch is taken, finally, in the ginseng for judging answer and default problem In the case of examining answer matches, control alarm clock unit stops alarm clock.In this way, when alarm clock unit starts quarter-bell, user must pass through It checks the default problem shown on display screen, the answer of default problem is obtained, and pass through intelligence in the state of more regaining consciousness The crown input answer of wrist-watch, just can be in input answer and the matched closing alarm clock list of Key for Reference of default problem Therefore member, is conducive to promote the success rate that alarm clock unit wakes user, promotes user experience.
It should be noted that for aforementioned each embodiment of the method, in order to be briefly described, therefore it is all expressed as to a system The combination of actions of row, but those skilled in the art should know, the present invention is not limited by described sequence of movement, because For according to the present invention, certain some step may be used other sequences or be carried out at the same time.Secondly, those skilled in the art also should Know, embodiment described in this description belongs to preferred embodiment, involved action and module not necessarily this hair Necessary to bright.
In the above-described embodiments, it all emphasizes particularly on different fields to the description of each embodiment, is not described in some embodiment Part, may refer to the associated description of other embodiment.
One of ordinary skill in the art will appreciate that all or part of step in the various methods of above-described embodiment is can It is completed with instructing relevant hardware by program, which can be stored in a computer readable storage medium, storage Medium can include：Flash disk, read-only memory (English：Read-Only Memory, referred to as：ROM), random access device (English Text：Random Access Memory, referred to as：RAM), disk or CD etc..
The embodiment of the present invention is described in detail above, specific case used herein to the principle of the present invention and Embodiment is expounded, and the explanation of above example is only intended to facilitate the understanding of the method and its core concept of the invention； Meanwhile for those of ordinary skill in the art, thought according to the present invention can in specific embodiments and applications There is change part, in conclusion the content of the present specification should not be construed as limiting the invention.

Claims (18)

1. a kind of alarm clock method for closing, which is characterized in that including：
Default problem is shown on the display screen of smartwatch；
Obtain the answer of the default problem that user is inputted by the crown of the smartwatch；
Judging that the answer and the Key for Reference of the default problem are matched, control alarm clock unit stops noisy Clock；
Wherein, the crown includes control stick, and the crown that the acquisition user passes through the smartwatch inputs described default The answer of problem, including：
Obtain user for the control stick of the crown of the smartwatch stir operation stir parameter, stir ginseng according to described Number determines the answer of the default problem input by user, and the parameter of stirring includes at least one for stirring parameter as follows：It dials Dynamic number stirs direction, stirs frequency and stirs rhythm.
2. according to the method described in claim 1, it is characterized in that, described obtain user for the crown of the smartwatch Control stick stir operation stir parameter, according to the answer stirred parameter and determine the default problem input by user, Including：
It is described stir parameter include it is described stir number in the case of, obtain control stick of the user for the crown of smartwatch Stir operation stir number, according to it is described stir number calculate described in stir the verification numerical value of operation, by the verification number It is worth the answer as the default problem input by user；
Alternatively,
It is described stir parameter include it is described stir direction in the case of, obtain control stick of the user for the crown of smartwatch Stir operation stir direction, according to it is described stir direction generation described in stir the verification direction of operation, by the authentication To the answer as the default problem input by user；
Alternatively,
It is described stir parameter include it is described stir frequency in the case of, obtain control stick of the user for the crown of smartwatch Stir operation for M times stir duration, according to stir for described M times operation stir duration determine described in stir operation stir frequency Rate, using the answer for stirring frequency as the default problem input by user, the M is positive integer；
Alternatively,
It is described stir parameter include it is described stir rhythm in the case of, obtain control stick of the user for the crown of smartwatch M (M-1) for stirring operation it is secondary stir interval duration, (M-1) for stirring operation according to described M times be secondary, and to stir interval duration true That operation is stirred described in fixed stirs rhythm, using the answer for stirring rhythm as the default problem input by user, the M For positive integer；
Alternatively,
Include in the case of stirring number and stirring direction in the parameter of stirring, obtain user for the crown of smartwatch The stirring for operation of stirring of control stick and stirs direction at number, stirs number according to described and described stirs described group of direction generation The direction sequence of dynamic operation, using the direction sequence as the answer of the default problem input by user；Alternatively,
M the stir direction of stirring operation of the user for the control stick of the crown of smartwatch is obtained, stirs operation described M times (N-1) secondary switching action according to direction is stirred is divided into N groups and stirs operative combination, and the N groups are stirred arbitrary in operative combination One group stir in operative combination stir operation to stir direction identical；
The answer of the operative combination establishment default problem input by user, the institute input by user are stirred based on the N groups The answer for stating default problem has recorded N groups and stirs N number of verification numerical value of operative combination and N number of verification direction, user's input I-th of answer verification numerical value of the default problem stirred in operative combination based on the N groups and stir operative combination for i-th group In the total degree for stirring operation obtain, i-th of the answer of the default problem input by user verification direction is based on The N groups are stirred i-th group of direction of stirring for stirring operation stirred in operative combination in operative combination and are obtained, and described i-th group is dialled Dynamic operative combination is that any one group that the N groups are stirred in operative combination stirs operative combination, and the M and N are positive integer, described M is greater than or equal to N.
3. according to claim 1-2 any one of them methods, which is characterized in that the control alarm clock unit stops alarm clock, packet It includes：
The alarm clock unit of the smartwatch is controlled to stop alarm clock；
Alternatively,
Control and the alarm clock unit of the mobile terminal of smartwatch communication connection stop alarm clock.
4. a kind of alarm clock method for closing, which is characterized in that including：
Default problem is shown on the display screen of smartwatch；
Obtain the answer of the default problem that user is inputted by the crown of the smartwatch；
Judging that the answer and the Key for Reference of the default problem are matched, control alarm clock unit stops noisy Clock；
Wherein, the crown includes trace ball, and the crown that the acquisition user passes through the smartwatch inputs described default The answer of problem, including：
Rolling parameters of the user for the rolling operation of the trace ball of the crown of the smartwatch are obtained, are joined according to described roll Number determines the answer of the default problem input by user, and the rolling parameters include at least one of following rolling parameters： Roll number, rotating direction, roll angle and rolling speed.
5. according to the method described in claim 4, it is characterized in that, described obtain user for the crown of the smartwatch The rolling parameters of the rolling operation of trace ball determine the answer of the default problem input by user according to the rolling parameters, Including：
In the case where the rolling parameters include the rolling number, trace ball of the user for the crown of smartwatch is obtained Rolling operation rolling number, the verification numerical value of the rolling operation is calculated according to the rolling number, by the verification number It is worth the answer as the default problem input by user；
Alternatively,
In the case where the rolling parameters include the rotating direction, trace ball of the user for the crown of smartwatch is obtained Rolling operation rotating direction, the verification direction of the rolling operation is generated according to the rotating direction, by the authentication To the answer as the default problem input by user；
Alternatively,
In the case where the rolling parameters include the roll angle, trace ball of the user for the crown of smartwatch is obtained Rolling operation roll angle, the verification angle of the rolling operation is generated according to the roll angle, by the verification angle Spend the answer as the default problem input by user；
Alternatively,
In the case where the rolling parameters include the rolling speed, trace ball of the user for the crown of smartwatch is obtained Rolling operation rolling speed, the verifying speed of the rolling operation is generated according to the rolling speed, by the verification speed Spend the answer as the default problem input by user；
Alternatively,
In the case where the rolling parameters include the rolling number and the rotating direction, obtain user and be directed to smartwatch Crown trace ball rolling operation rolling number and rotating direction, according to it is described rolling number and the rotating direction give birth to Into the direction sequence of the rolling operation, using the direction sequence as the answer of the default problem input by user.
6. according to claim 4-5 any one of them methods, which is characterized in that the control alarm clock unit stops alarm clock, packet It includes：
The alarm clock unit of the smartwatch is controlled to stop alarm clock；
Alternatively,
Control and the alarm clock unit of the mobile terminal of smartwatch communication connection stop alarm clock.
7. a kind of alarm clock method for closing, which is characterized in that including：
Default problem is shown on the display screen of smartwatch；
Obtain the answer of the default problem that user is inputted by the crown of the smartwatch；
Judging that the answer and the Key for Reference of the default problem are matched, control alarm clock unit stops noisy Clock；
Wherein, the crown includes side touch screen, and the acquisition user passes through described in the crown input of the smartwatch The answer of default problem, including：
Touch parameter of the user for the touch control operation of the side touch screen of the crown of the smartwatch is obtained, is touched according to described Control parameter determines the answer of the default problem input by user, and the touch parameter includes at least one in following touch parameter Kind：Touch-control number, touch area, touch-control dynamics and touch-control frequency；
Alternatively,
Slip parameter of the user for the slide of the side touch screen of the crown of smartwatch is obtained, is joined according to described slide Number determines the answer of the default problem input by user, and the slip parameter is included such as at least one of lower slider parameter： Slide number, glide direction, sliding speed and sliding force.
8. the method according to the description of claim 7 is characterized in that
In the case where the touch parameter includes the touch-control number, the side for obtaining user for the crown of smartwatch is touched The touch-control number of the touch control operation of screen is touched, the verification numerical value of the touch control operation is calculated according to the touch-control number, is tested described Demonstrate,prove answer of the numerical value as the default problem input by user；
Alternatively,
In the case where the touch parameter includes the touch area, the side for obtaining user for the crown of smartwatch is touched The coordinate value of the position of touch of the touch control operation of screen is touched, testing for the touch control operation is determined according to the coordinate value of the position of touch Region is demonstrate,proved, using the validation region as the answer of the default problem input by user；
Alternatively,
In the case where the touch parameter includes the touch-control dynamics, the side for obtaining user for the crown of smartwatch is touched The touch-control dynamics of the touch control operation of screen is touched, the verification dynamics of the touch control operation is generated according to the touch-control dynamics, is tested described Answer of the card dynamics as the default problem input by user；
Alternatively,
In the case where the touch parameter includes the touch-control frequency, the side for obtaining user for the crown of smartwatch is touched The touch-control frequency of the touch control operation of screen is touched, the verification frequency of the touch control operation is generated according to the touch-control frequency, is tested described Demonstrate,prove answer of the frequency as the default problem input by user.
9. the method according to the description of claim 7 is characterized in that
In the case where the slip parameter includes the slip number, the side for obtaining user for the crown of smartwatch is touched The slip number of the slide of screen is touched, the verification numerical value of the slide is calculated according to the slip number, is tested described Demonstrate,prove answer of the numerical value as the default problem input by user；
Alternatively,
In the case where the slip parameter includes the glide direction, the side for obtaining user for the crown of smartwatch is touched The glide direction of the slide of screen is touched, the verification direction of the slide is generated according to the glide direction, is tested described Demonstrate,prove answer of the direction as the default problem input by user；
Alternatively,
In the case where the slip parameter includes the sliding speed, the side for obtaining user for the crown of smartwatch is touched The sliding speed of the slide of screen is touched, the verifying speed of the slide is generated according to the sliding speed, is tested described Demonstrate,prove answer of the speed as the default problem input by user；
Alternatively,
In the case where the slip parameter includes the sliding force, the side for obtaining user for the crown of smartwatch is touched The sliding force of the slide of screen is touched, the verification dynamics of the slide is generated according to the sliding force, is tested described Answer of the card dynamics as the default problem input by user；
Alternatively,
In the case where the slip parameter includes sliding number and glide direction, user is obtained for the crown of smartwatch The slip number and glide direction of the slide of side touch screen generate institute according to the slip number and the glide direction The direction sequence of slide is stated, using the direction sequence as the answer of the default problem input by user；Alternatively,
Obtain glide direction of the user for M slide of the side touch-screen type of the crown of the smartwatch, the M Secondary slide is divided into the combination of N groups slide, the N groups slide group according to (N-1) secondary switching action of glide direction The glide direction of the slide in the combination of any one group of slide in conjunction is identical；
The answer of the default problem input by user, the institute input by user are created based on N groups slide combination The answer for stating default problem has recorded N number of verification numerical value of N groups slide combination and N number of verification direction, user's input I-th of answer verification numerical value of the default problem be based on i-th group of slide in N groups slide combination and combine In the total degree of slide obtain, i-th of verification direction of the answer of the default problem input by user is based on The glide direction of slide in the N groups slide combination in i-th group of slide combination obtains, i-th group of cunning Dynamic operative combination is any one group of slide combination in the N groups slide combination, and the M and N are positive integer, described M is greater than or equal to N.
10. according to claim 7-9 any one of them methods, which is characterized in that the control alarm clock unit stops alarm clock, packet It includes：
The alarm clock unit of the smartwatch is controlled to stop alarm clock；
Alternatively,
Control and the alarm clock unit of the mobile terminal of smartwatch communication connection stop alarm clock.
11. a kind of smartwatch, which is characterized in that including：
Display unit, for showing default problem on the display screen of smartwatch；
Acquiring unit, for obtaining the answer of the default problem that user is inputted by the crown of the smartwatch；
Control unit, for judging that the answer and the Key for Reference of the default problem are matched, control is noisy Clock unit stops alarm clock；
Wherein, the crown includes control stick, and the acquiring unit is specifically used for：
Obtain user for the control stick of the crown of the smartwatch stir operation stir parameter, stir ginseng according to described Number determines the answer of the default problem input by user, and the parameter of stirring includes at least one for stirring parameter as follows：It dials Dynamic number stirs direction, stirs frequency and stirs rhythm.
12. smartwatch according to claim 11, which is characterized in that described control unit is specifically used for：
The alarm clock unit of the smartwatch is controlled to stop alarm clock；
Alternatively,
Control and the alarm clock unit of the mobile terminal of smartwatch communication connection stop alarm clock.
13. a kind of smartwatch, which is characterized in that including：
Display unit, for showing default problem on the display screen of smartwatch；
Acquiring unit, for obtaining the answer of the default problem that user is inputted by the crown of the smartwatch；
Control unit, for judging that the answer and the Key for Reference of the default problem are matched, control is noisy Clock unit stops alarm clock；Wherein, the crown includes trace ball, and the acquiring unit is specifically used for：
Rolling parameters of the user for the rolling operation of the trace ball of the crown of the smartwatch are obtained, are joined according to described roll Number determines the answer of the default problem input by user, and the rolling parameters include at least one of following rolling parameters： Roll number, rotating direction, roll angle and rolling speed.
14. smartwatch according to claim 13, which is characterized in that described control unit is specifically used for：
The alarm clock unit of the smartwatch is controlled to stop alarm clock；
Alternatively,
Control and the alarm clock unit of the mobile terminal of smartwatch communication connection stop alarm clock.
15. a kind of smartwatch, which is characterized in that including：
Display unit, for showing default problem on the display screen of smartwatch；
Acquiring unit, for obtaining the answer of the default problem that user is inputted by the crown of the smartwatch；
Control unit, for judging that the answer and the Key for Reference of the default problem are matched, control is noisy Clock unit stops alarm clock；Wherein, the crown includes side touch screen, and the acquiring unit is specifically used for：
Touch parameter of the user for the touch control operation of the side touch screen of the crown of the smartwatch is obtained, is touched according to described Control parameter determines the answer of the default problem input by user, and the touch parameter includes at least one in following touch parameter Kind：Touch-control number, touch area, touch-control dynamics and touch-control frequency；
Alternatively,
Slip parameter of the user for the slide of the side touch screen of the crown of smartwatch is obtained, is joined according to described slide Number determines the answer of the default problem input by user, and the slip parameter is included such as at least one of lower slider parameter： Slide number, glide direction, sliding speed and sliding force.
16. smartwatch according to claim 15, which is characterized in that described control unit is specifically used for：
The alarm clock unit of the smartwatch is controlled to stop alarm clock；
Alternatively,
Control and the alarm clock unit of the mobile terminal of smartwatch communication connection stop alarm clock.
17. a kind of computer readable storage medium, which is characterized in that the computer-readable recording medium storage has program, In, described program is used to that relevant hardware to be instructed to carry out the method described in perform claim 1 to 10 any one of requirement.
18. a kind of smartwatch, which is characterized in that the smartwatch includes：
At least one processor, at least one receiver, at least one processor, at least one transmitter, at least one communication Bus；Communication bus is used to implement the connection communication between these components；
Wherein, batch processing code is stored in memory, and processor is used to call the program code stored in memory, to hold Method described in row claims 1 to 10 any one.
CN201510452313.5A 2015-07-28 2015-07-28 A kind of alarm clock method for closing and smartwatch Expired - Fee Related CN105005479B (en)

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