CN105975065A - Screen control method and device of smartwatch, and smartwatch - Google Patents

Screen control method and device of smartwatch, and smartwatch Download PDF

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Publication number
CN105975065A
CN105975065A CN201610273779.3A CN201610273779A CN105975065A CN 105975065 A CN105975065 A CN 105975065A CN 201610273779 A CN201610273779 A CN 201610273779A CN 105975065 A CN105975065 A CN 105975065A
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value
angular
displacement
judge
preset
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刘洋
张佳怡
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Shanghai Haiyang Software Technology Co Ltd
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Shanghai Haiyang Software Technology Co Ltd
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Priority to CN201610273779.3A priority Critical patent/CN105975065A/en
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    • G—PHYSICS
    • G06—COMPUTING; CALCULATING OR COUNTING
    • G06F—ELECTRIC DIGITAL DATA PROCESSING
    • G06F3/00—Input arrangements for transferring data to be processed into a form capable of being handled by the computer; Output arrangements for transferring data from processing unit to output unit, e.g. interface arrangements
    • G06F3/01—Input arrangements or combined input and output arrangements for interaction between user and computer
    • G06F3/011—Arrangements for interaction with the human body, e.g. for user immersion in virtual reality

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  • Engineering & Computer Science (AREA)
  • General Engineering & Computer Science (AREA)
  • Theoretical Computer Science (AREA)
  • Human Computer Interaction (AREA)
  • Physics & Mathematics (AREA)
  • General Physics & Mathematics (AREA)
  • User Interface Of Digital Computer (AREA)

Abstract

The invention discloses a screen control method of a smartwatch. The screen control method comprises the following steps: obtaining an acceleration parameter which is acquired by an acceleration sensor and corresponds to user operation movement, and obtaining an angular velocity parameter which is acquired by an angular velocity sensor and corresponds to the user operation movement; according to the acceleration parameter and the angular velocity parameter, calculating an angular velocity displacement numerical value corresponding to the user operation movement; judging whether the angular velocity displacement numerical value meets a preset speed displacement threshold value interval or not, and executing a next step if the angular velocity displacement numerical value meets the preset speed displacement threshold value interval; and executing screen control movement corresponding to the user operation movement on the screen. The screen control method of the smartwatch prevents a user from directly carrying out a touch operation on the screen of the smartwatch, and enhances the controllability and the maneuverability of the screen of the smartwatch. Meanwhile, the speed displacement threshold value interval is set to filter the ineffective user operation movement which does not control by aiming at the screen of the smartwatch, and accuracy for controlling the screen of the smartwatch is improved.

Description

The screen control method of intelligent watch, device and intelligent watch
Technical field
The application relates to intelligent watch field, is specifically related to the screen control method of a kind of intelligent watch.This Shen The screen control device of a kind of intelligent watch and a kind of intelligent watch are provided the most simultaneously.
Background technology
Along with developing rapidly of IT technology, the popularity of wearable device is more and more higher, new as one The wearable device of type, up-to-date IT technology is combined by intelligent watch with traditional watch function, mainly with Presented in table body and watchband, its watchband with user's wrist for supporting, table body be connected with watchband to wear to User's wrist side, meanwhile, is equipped with communication module and computing module, therefore possesses information processing merit in table body The function that can and be connected with all kinds of terminal units such as mobile phone, has and is convenient for carrying and the advantage such as feature richness, by Gradually become a requisite part in user's daily life.
At present, the mode of operation of intelligent watch is substantially similar with the mode of operation of mobile phone, main still by screen Curtain click and trigger corresponding touch, thus based on trigger touch realization to intelligence The touch control operation of wrist-watch.But, owing to the screen of intelligent watch is less, the screen size of current intelligent watch Universal below 2.0 cun, for user, the touch on intelligent watch screen is restricted, and can grasp The property made declines, and meanwhile, the accuracy of user's touch on intelligent watch screen also reduced.
Summary of the invention
The application provides the screen control method of a kind of intelligent watch, there is touch solving prior art Operability decline and accuracy decline problem.
The application provides the screen control device of a kind of intelligent watch and a kind of intelligent watch simultaneously.
The application provides the screen control method of a kind of intelligent watch, including:
Obtain the acceleration parameter that the user operation action that collects of acceleration transducer is corresponding, and angular velocity The angular velocity parameter that described user operation action that sensor acquisition arrives is corresponding；
Calculate, with described angular velocity parameter, the speed that described user operation action is corresponding according to described acceleration parameter Shift value；
Judge whether described speed displacement numerical value meets the speed displacement threshold interval pre-set, if so, hold Go next step；
Screen performs the screen control action that described user operation action is corresponding.
Optionally, described intelligent watch includes: table body and watchband；
Wherein, described acceleration transducer is arranged at described watchband, and described angular-rate sensor is arranged at institute State table body；
Or, described angular-rate sensor is arranged at described watchband, and described acceleration transducer is arranged at institute State table body；
Or, described acceleration transducer and described angular-rate sensor may be contained within described watchband.
Optionally, described acceleration parameter includes:
The time parameter that acceleration value is corresponding with described acceleration numerical value；
Described angular velocity parameter includes:
The time parameter that angular velocity numerical value is corresponding with described angle speed numerical value.
Optionally, described speed displacement numerical value includes:
Accekeration, average speed value, shift value, mean angular velocity value, angular acceleration values, value of angular displacement.
Optionally, described judge that whether described speed displacement numerical value meet the speed displacement threshold zone pre-set Between, realize in the following way:
Judge that described average speed value, whether more than the average speed threshold value preset, if so, performs next step；
Judge that described shift value, whether more than the displacement threshold value preset, if so, performs next step.
Optionally, described judge that whether described average speed value is held more than the average speed threshold value sub-step preset Before row, or, described judge that described average speed value is whether more than the average speed threshold value sub-step preset After execution and described judge that whether described shift value performs more than the displacement threshold value sub-step preset before, Or, described judge that whether described shift value performs more than the displacement threshold value sub-step preset after, under execution State sub-step:
Judge that described accekeration, whether more than the acceleration rate threshold preset, if so, performs next step.
Optionally, described judge that whether described average speed value is held more than the average speed threshold value sub-step preset Before row, or, described judge that described average speed value is whether more than the average speed threshold value sub-step preset After execution and described judge that whether described shift value performs more than the displacement threshold value sub-step preset before, Or, described judge that whether described shift value performs more than the displacement threshold value sub-step preset after, under execution State sub-step:
Judge that described mean angular velocity value, whether more than the mean angular velocity threshold value preset, if so, performs next Step；
Judge that described value of angular displacement, whether more than the angular displacement threshold value preset, if so, performs next step.
Optionally, described judge that whether described average speed value is held more than the average speed threshold value sub-step preset Before row, or, described judge that described average speed value is whether more than the average speed threshold value sub-step preset After execution and described judge that whether described shift value performs more than the displacement threshold value sub-step preset before, Or, described judge that whether described shift value performs more than the displacement threshold value sub-step preset after, under execution State sub-step:
Judge that described angular acceleration values, whether more than the angular acceleration threshold value preset, if so, performs next step；
Judge that described value of angular displacement, whether more than the angular displacement threshold value preset, if so, performs next step.
Optionally, described judge that described mean angular velocity value is whether more than the mean angular velocity threshold value sub-step preset Rapid perform before, or, described judge that whether described mean angular velocity value is more than the mean angular velocity threshold preset After value sub-step performs and described judge that described value of angular displacement is whether more than the angular displacement threshold value sub-step preset Rapid perform before, or, described judge that whether described value of angular displacement is more than the angular displacement threshold value sub-step preset After execution, perform following sub-step:
Judge that described angular acceleration values, whether more than the angular acceleration threshold value preset, if so, performs next step.
Optionally, before in described three sub-steps, any one sub-step performs or after execution, perform Following sub-step:
Judge that described mean angular velocity value, whether more than the mean angular velocity threshold value preset, if so, performs next Step；
Judge that described value of angular displacement, whether more than the angular displacement threshold value preset, if so, performs next step；
Or,
Judge that described angular acceleration values, whether more than the angular acceleration threshold value preset, if so, performs next step；
Judge that described value of angular displacement, whether more than the angular displacement threshold value preset, if so, performs next step.
Optionally, described judge that whether described speed displacement numerical value meet the speed displacement threshold zone pre-set Between, realize in the following way:
Judge that described accekeration, whether more than the acceleration rate threshold preset, if so, performs next step；
Judge that described shift value, whether more than the displacement threshold value preset, if so, performs next step.
Optionally, described judge that whether described speed displacement numerical value meet the speed displacement threshold zone pre-set Between, realize in the following way:
Judge that described mean angular velocity value, whether more than the mean angular velocity threshold value preset, if so, performs next Step；
Judge that described value of angular displacement, whether more than the angular displacement threshold value preset, if so, performs next step；
Or,
Judge that described angular acceleration values, whether more than the angular acceleration threshold value preset, if so, performs next step；
Judge that described value of angular displacement, whether more than the angular displacement threshold value preset, if so, performs next step.
Optionally, described judge that whether described speed displacement numerical value meet the speed displacement threshold zone pre-set Intermediate step, if described speed displacement numerical value is unsatisfactory for described speed displacement threshold interval, then returns described in performing Obtain the acceleration parameter that the user operation action that collects of acceleration transducer is corresponding, and angular velocity sensing The angular velocity parameter step that described user operation action that device collects is corresponding.
Optionally, described screen control action includes:
Page turning action to the left, page turning action to the right, upward sliding screen action, slide downward screen action, Page up action and downward page turning action.
The application additionally provides the screen control device of a kind of intelligent watch, including:
Parameter acquiring unit, for obtaining the acceleration that user operation action that acceleration transducer collects is corresponding Degree parameter, and the angular velocity parameter that the described user operation action that collects of angular-rate sensor is corresponding；
Speed displacement numerical calculation unit, for calculating according to described acceleration parameter and described angular velocity parameter The speed displacement numerical value that described user operation action is corresponding；
User operation action judging unit, pre-sets for judging that whether described speed displacement numerical value meet Speed displacement threshold interval, if so, runs screen control action execution unit；
Described screen control action execution unit, corresponding for performing described user operation action on screen Screen control action.
The application also provides for a kind of intelligent watch, including:
Table body and watchband；
Wherein, described table body is provided with processor and screen；Described processor is used for obtaining acceleration transducer The acceleration parameter that the user operation action that collects is corresponding, and the described use that angular-rate sensor collects The angular velocity parameter that family operational motion is corresponding；Institute is calculated according to described acceleration parameter and described angular velocity parameter State the speed displacement numerical value that user operation action is corresponding；Judge whether described speed displacement numerical value meets to set in advance The speed displacement threshold interval put, performs the screen that described user operation action is corresponding the most on the screen Curtain control action.
Optionally, described acceleration transducer is arranged at described watchband, and described angular-rate sensor is arranged at Described table body；
Or, described angular-rate sensor is arranged at described watchband, and described acceleration transducer is arranged at institute State table body；
Or, described acceleration transducer and described angular-rate sensor may be contained within described watchband.
Compared with prior art, the application has the advantage that
The screen control method of intelligent watch described herein, including: obtain acceleration transducer and collect Acceleration parameter corresponding to user operation action, and the described user operation that angular-rate sensor collects The angular velocity parameter that action is corresponding；Described user is calculated according to described acceleration parameter and described angular velocity parameter The speed displacement numerical value that operational motion is corresponding；Judge whether described speed displacement numerical value meets the speed pre-set Degree displacement threshold value is interval, if so, performs next step；Screen performs described user operation action corresponding Screen control action.
The screen control method of described intelligent watch, the acceleration transducer arranged by intelligent watch and angle speed Spend acceleration parameter corresponding to sensor acquisition user operation action and angular velocity parameter, and then calculate described The speed displacement numerical value that user operation action is corresponding, by arranging speed displacement threshold interval, thus filters out Meet the user operation action of described speed displacement threshold interval, the user that i.e. user sends for intelligent watch Operational motion, and the user operation action sent for intelligent watch for the user filtered out, at intelligence hands The screen control action of correspondence is performed on the screen of table.The screen control method of described intelligent watch, based on institute State acceleration transducer and user operation action that described angular-rate sensor detects, it is achieved to intelligent watch The control of screen, it is to avoid user directly carries out touch control operation on intelligent watch screen, enhances intelligent watch The controllability of screen and operability；Meanwhile, by arranging described speed displacement threshold interval, the fullest The user operation action of the described speed displacement threshold interval of foot, is just identified as user for intelligent watch screen Be controlled the user operation action sent, filter out be not for intelligent watch screen be controlled invalid User operation action, promote accuracy to intelligent watch screen control.
Accompanying drawing explanation
Fig. 1 is the screen control method process chart of a kind of intelligent watch that the embodiment of the present application provides；
Fig. 2 is the screen control device schematic diagram of a kind of intelligent watch that the embodiment of the present application provides；
Fig. 3 is the schematic diagram of a kind of intelligent watch that the embodiment of the present application provides.
Detailed description of the invention
Elaborate a lot of detail in the following description so that fully understanding the application.But the application Can implement to be much different from alternate manner described here, those skilled in the art can without prejudice to Doing similar popularization in the case of the application intension, therefore the application is not limited by following public being embodied as.
The application provides the screen control method of a kind of intelligent watch, additionally, the application also provides for a kind of intelligence The screen control device of wrist-watch and a kind of intelligent watch, the embodiment provided below in conjunction with the application attached Figure is described in detail one by one, and illustrates each step of method.
The screen control method embodiment of the intelligent watch that the application provides is as follows:
With reference to Fig. 1, it illustrates the screen control method handling process of a kind of intelligent watch that the present embodiment provides Figure, the screen control method of a kind of intelligent watch provided the present embodiment below in conjunction with Fig. 1 illustrates, And each step of the method is illustrated；Additionally, the screen of a kind of intelligent watch of the present embodiment offer Ordering relation between the concrete steps of curtain control method please determines according to Fig. 1.
Step S101, obtains the acceleration parameter that the user operation action that collects of acceleration transducer is corresponding, And the angular velocity parameter that the described user operation action that collects of angular-rate sensor is corresponding.
Described in the embodiment of the present application, intelligent watch includes: table body and watchband；Described intelligent watch is provided with acceleration Degree sensor (linear acceleration transducer) and angular-rate sensor, and, described acceleration transducer and institute State angular-rate sensor and may be contained within described watchband.When being embodied as, it is also possible to by described acceleration transducer Be arranged at described watchband, described angular-rate sensor is arranged at described table body, or, described angular velocity is passed Sensor is arranged at described watchband, described acceleration transducer is arranged at described table body.
Described acceleration transducer, for gathering the change in displacement caused due to user action, and then according to position Move change and binding time parameter calculates and obtains and export corresponding linear velocity numerical value, such as, gravity sensor Gather the linear velocity numerical value that the displacement of user's all directions in three dimensions produces.Described in the embodiment of the present application Acceleration parameter corresponding to user operation action that acceleration transducer collects includes: acceleration value and institute State and accelerate the time parameter that numerical value is corresponding.
Described angular-rate sensor, for gathering the direction change caused due to user action, and then according to side Calculate to change binding time parameter and obtain and export corresponding angular velocity numerical value, such as, gyroscope collection The angular velocity numerical value rotating generation of user's all directions in three dimensions.Angle speed described in the embodiment of the present application Degree sensor acquisition to angular velocity parameter corresponding to user operation action include: angular velocity numerical value and described angle The time parameter that speed numerical value is corresponding.
Step S102, calculates described user operation action according to described acceleration parameter and described angular velocity parameter Corresponding speed displacement numerical value.
Above-mentioned steps S101 gets described acceleration value that described acceleration transducer collects and described adds Speed time parameter corresponding to numerical value, and the described angular velocity numerical value that collects of described angular-rate sensor and institute State the time parameter that angle speed numerical value is corresponding.In this step, collect according to described acceleration transducer described in The time parameter that acceleration value is corresponding with described acceleration numerical value, can calculate further displacement, acceleration, The more letters relevant to linear velocity such as maximal rate, minimum speed and average speed in interval of time Breath；It is similar to, the described angular velocity numerical value collected according to described angular-rate sensor and described acceleration numerical value Corresponding time parameter, can calculate further angular displacement, angular acceleration, in interval of time The more information relevant to angular velocity such as maximum angular rate, minimum angular velocity and mean angular velocity.The application is real Execute speed displacement numerical value described in example to include: accekeration, average speed value, shift value, mean angular velocity value, Angular acceleration values, value of angular displacement.
Step S103, it is judged that whether described speed displacement numerical value meets the speed displacement threshold interval pre-set.
This step calculates according to above-mentioned steps S102 and obtains described speed is shift value, it is judged that described velocity potential Move numerical value and whether meet the speed displacement threshold interval pre-set, described speed displacement threshold interval be for Whether the user operation action that measurement user sends is effective action, the most then perform following step S104, Screen performs the screen control action that described user operation action is corresponding.
In actual applications, intelligent watch be body-worn in user's wrist, for a user, remove Other times outside between going to have a rest are in active state, and user's wrist is also movable, frequently can be by Send specific action in User Activity, but many actions that user sends are all random, do not have pin To property, not necessarily user sends for the intelligent watch worn in wrist, if here, user sends out The action gone out is detected by the intelligent watch worn in user's wrist, and collects this action that user sends Related data, then it is assumed that this action that user sends is user operation action.
Further, if all user operation actions that intelligent watch is detected be regarded as user for The operational motion that the intelligent watch worn in wrist sends, is also unpractical, because user is greatly All being in order at active state in time, well imagine, the user operation action that intelligent watch is able to detect that will Can be the most.It is necessary to set a judging basis, it is used for judging that whether described user operation action is The user operation action that the intelligent watch that user is specifically designed for wearing in wrist sends, is i.e. used for specification user's pin The user operation action that the intelligent watch worn in wrist is sent.On the basis of this, can be as far as possible Ensure that the user operation action that the intelligent watch that user is specifically designed for wearing in wrist sends can be by intelligent watch Being identified, filtering out a large amount of insignificant user operation action that user produces in daily routines (is not pin The user operation action that the intelligent watch worn in wrist is sent).
In the embodiment of the present application, it is provided that multiple implementation judges that the described user operation that user sends is moved The effectiveness made, i.e. identifies the user operation that the intelligent watch that user is specifically designed for wearing in wrist sends and moves Make, will be described in detail one by one below.
1) judge according to average speed value and shift value；
Judge that whether described average speed value is more than the average speed threshold value preset；
If so, next step is performed；
If it is not, then show that current user operation action is not the user being controlled for intelligent watch screen Operational motion, returns and performs above-mentioned steps S101, obtains the user operation action that acceleration transducer collects Corresponding acceleration parameter, and the angle speed that the described user operation action that collects of angular-rate sensor is corresponding Degree parameter, the next user operation action of detection also gathers related data.
Judge that whether described shift value is more than the displacement threshold value preset；
The most then show that current user operation action is the use that user is controlled for intelligent watch screen Family operational motion, performs following step S104, performs the screen that described user operation action is corresponding on screen Control action；
If it is not, then show that current user operation action is not the user being controlled for intelligent watch screen Operational motion, returns and performs above-mentioned steps S101, obtains the user operation action that acceleration transducer collects Corresponding acceleration parameter, and the angle speed that the described user operation action that collects of angular-rate sensor is corresponding Degree parameter, the next user operation action of detection also gathers related data.
Such as, arranging the direction of displacement (by far near) to close user is positive direction, away from the position of user Moving direction (by the most remote) is opposite direction, and average speed threshold value is set to the intelligence worn in the wrist of user Wrist-watch is more than 0.4m/s at the average speed of positive direction or in the reverse direction, and displacement threshold value is set to the hands of user The intelligent watch worn on wrist is more than 200mm in positive direction or reciprocal displacement.
The direction of displacement of user operation action 1 is positive direction (user's wrist is by far withdrawing action near), flat All speed is 0.42m/s, displacement 211mm, then user operation action 1 is judged as user for intelligence hands The user operation action that table screen is controlled；
The direction of displacement of user operation action 2 is opposite direction (user's wrist is made by the most remote outer swing), flat All speed is 0.46m/s, and displacement 229mm, then user operation action 2 is judged as user for intelligent watch The user operation action that screen is controlled；
The direction of displacement of user operation action 3 is positive direction (user's wrist is by far withdrawing action near), flat All speed is 0.5m/s, displacement 176mm, it is determined that user operation action 3 is not that user is for intelligent watch screen The user operation action that curtain is controlled；
The direction of displacement of user operation action 4 is opposite direction (user's wrist is made by the most remote outer swing), flat All speed is 0.36m/s, displacement 162mm, it is determined that user operation action 4 is not that user is for intelligent watch The user operation action that screen is controlled.
In actual applications, it is also possible to use multiple concrete implementation mode, it is achieved described speed displacement numerical value Whether meet the judgement of the speed displacement threshold interval pre-set, such as, above-mentioned according to average speed value With shift value judge two sub-steps on the basis of, add accekeration corresponding to described user operation action, The sub-step that maximum speed value and/or minimum speed value judge.Realize whether described speed displacement numerical value meets pre- The various forms of changes of the judgement of the speed displacement threshold interval first arranged, the most simply specific implementation Change, all without departing from the core of the application, the most all within the protection domain of the application.Such as, following The implementation judged according to accekeration, shift value and accekeration:
Judge that described average speed value, whether more than the average speed threshold value preset, if so, performs next step；
Judge that described shift value, whether more than the displacement threshold value preset, if so, performs next step；
Judge that described accekeration whether more than the acceleration rate threshold preset, the most then shows current user Operational motion is the user operation action that user is controlled for intelligent watch screen, performs following step S104, performs the screen control action that described user operation action is corresponding on screen.
Realize whether described speed displacement numerical value meets the speed displacement pre-set it should be noted that above-mentioned The change of each sub-steps execution sequence of the judgement of threshold interval, without departing from the core of the application, therefore Also within the protection domain of the application, similar, following realize whether described speed displacement numerical value meets pre- The change of each sub-steps execution sequence of the judgement of the speed displacement threshold interval first arranged, the most inclined From the core of the application, all within the protection domain of the application.Such as, according to shift value and average speed The implementation that value judges:
Judge that described shift value, whether more than the displacement threshold value preset, if so, performs next step；
Judge that described average speed value whether more than the average speed threshold value preset, the most then shows current User operation action is the user operation action that user is controlled for intelligent watch screen, performs following step Rapid S104, performs the screen control action that described user operation action is corresponding on screen.
Or, the implementation judged according to accekeration, average speed value and shift value:
Judge that described accekeration, whether more than the acceleration rate threshold preset, if so, performs next step；
Judge that described average speed value, whether more than the average speed threshold value preset, if so, performs next step；
Judge that described shift value whether more than the displacement threshold value preset, the most then shows current user operation Action is the user operation action that user is controlled for intelligent watch screen, performs following step S104, Screen performs the screen control action that described user operation action is corresponding.
Herein, the change of the execution sequence of above three sub-step there is also other forms, and differ string at this Lift.
2) judge according to average speed value, shift value, mean angular velocity value and value of angular displacement；
Judge that whether described average speed value is more than the average speed threshold value preset；
If so, next step is performed；
If it is not, then show that current user operation action is not the user being controlled for intelligent watch screen Operational motion, returns and performs above-mentioned steps S101, obtains the user operation action that acceleration transducer collects Corresponding acceleration parameter, and the angle speed that the described user operation action that collects of angular-rate sensor is corresponding Degree parameter, the next user operation action of detection also gathers related data.
Judge that whether described shift value is more than the displacement threshold value preset；
If so, next step is performed；
If it is not, then show that current user operation action is not the user being controlled for intelligent watch screen Operational motion, returns and performs above-mentioned steps S101, obtains the user operation action that acceleration transducer collects Corresponding acceleration parameter, and the angle speed that the described user operation action that collects of angular-rate sensor is corresponding Degree parameter, the next user operation action of detection also gathers related data.
Judge that whether described mean angular velocity value is more than the mean angular velocity threshold value preset；
If so, next step is performed；
If it is not, then show that current user operation action is not the user being controlled for intelligent watch screen Operational motion, returns and performs above-mentioned steps S101, obtains the user operation action that acceleration transducer collects Corresponding acceleration parameter, and the angle speed that the described user operation action that collects of angular-rate sensor is corresponding Degree parameter, the next user operation action of detection also gathers related data.
Judge that described value of angular displacement, whether more than the angular displacement threshold value preset, if so, performs next step.
The most then show that current user operation action is the use that user is controlled for intelligent watch screen Family operational motion, performs following step S104, performs the screen that described user operation action is corresponding on screen Control action；
If it is not, then show that current user operation action is not the user being controlled for intelligent watch screen Operational motion, returns and performs above-mentioned steps S101, obtains the user operation action that acceleration transducer collects Corresponding acceleration parameter, and the angle speed that the described user operation action that collects of angular-rate sensor is corresponding Degree parameter, the next user operation action of detection also gathers related data.
Such as, arranging the direction of displacement (by far near) to close user is positive direction, away from the position of user Moving direction (by the most remote) is opposite direction, and average speed threshold value is set to the intelligence worn in the wrist of user Wrist-watch is more than 0.4m/s at the average speed of positive direction or in the reverse direction, and displacement threshold value is set to the hands of user The intelligent watch worn on wrist is more than 200mm in positive direction or reciprocal displacement；
Arranging wrist direction of rotation from outside to inside is angular displacement positive direction, wrist direction of rotation from inside to outside For angular displacement opposite direction, the intelligent watch that mean angular velocity threshold value is set to wear in the wrist of user is in position, angle The mean angular velocity moving positive direction or angular displacement in the reverse direction is more than 2.09rad/s (rotation per second 120 °), The intelligent watch that angular displacement threshold value is set to wear in the wrist of user is anti-in angular displacement positive direction or angular displacement Angular displacement on direction is more than 60 °, and the intelligent watch i.e. worn in the wrist of user is at least inside in 0.5s Or to external rotation 60 °.
The direction of displacement of user operation action 5 is positive direction, and direction of rotation is angular displacement positive direction (user Wrist by remote to the combination action of the near pronation withdrawing action and wrist ecto-entad), average speed is 0.42m/s, displacement 211mm, mean angular velocity is 2.44rad/s, angular displacement 70 °, then user operation is moved Make 5 and be judged as the user operation action that user is controlled for intelligent watch screen；
The direction of displacement of user operation action 6 is positive direction, and direction of rotation is angular displacement positive direction (user Wrist by remote to the combination action of the near pronation withdrawing action and wrist ecto-entad), average speed is 0.42m/s, displacement 211mm, mean angular velocity is 1.74rad/s, angular displacement 50 °, then judge user behaviour Making action 6 is not the user operation action that user is controlled for intelligent watch screen；
The direction of displacement of user operation action 7 is opposite direction, and direction of rotation is angular displacement opposite direction (user Wrist is made and the combination action of wrist outward turning action from inside to outside by the most remote outer swing), average speed is 0.46m/s, displacement 229mm, mean angular velocity is 2.44rad/s, angular displacement 70 °, then user operation action 7 are judged as the user operation action that user is controlled for intelligent watch screen；
The direction of displacement of user operation action 8 is opposite direction, and direction of rotation is angular displacement opposite direction (user Wrist is made and the combination action of wrist outward turning action from inside to outside by the most remote outer swing), average speed is 0.46m/s, displacement 229mm, mean angular velocity is 1.74rad/s, and angular displacement 50 ° then judges user operation Action 8 is not the user operation action that user is controlled for intelligent watch screen.
In actual applications, it is also possible to use multiple concrete implementation mode, it is achieved described speed displacement numerical value Whether meet the judgement of the speed displacement threshold interval pre-set, such as, above-mentioned according to average speed value, On the basis of shift value, mean angular velocity value and value of angular displacement judge, add direction of displacement and angular displacement direction Judgement, only direction of displacement is positive direction and angular displacement direction is angular displacement positive direction, or displacement side In time being angular displacement opposite direction for opposite direction and angular displacement direction, described user operation action just can be determined For the user operation action sent for the intelligent watch worn in wrist.Realizing described speed displacement numerical value is The various forms of changes of the no judgement meeting the speed displacement threshold interval pre-set, are all concrete real The change of existing mode, all without departing from the core of the application, the most all within the protection domain of the application.
3) judge according to average speed value, shift value, angular acceleration values and value of angular displacement；
Judge that described average speed value, whether more than the average speed threshold value preset, if so, performs next step；
Judge that described shift value, whether more than the displacement threshold value preset, if so, performs next step；
Judge that described angular acceleration values, whether more than the angular acceleration threshold value preset, if so, performs next step；
Judge that described value of angular displacement whether more than the angular displacement threshold value preset, the most then shows current user Operational motion is the user operation action that user is controlled for intelligent watch screen, performs following step S104, performs the screen control action that described user operation action is corresponding on screen.
4) judge according to average speed value, shift value, mean angular velocity value, angular acceleration values and value of angular displacement；
Judge that described average speed value, whether more than the average speed threshold value preset, if so, performs next step；
Judge that described shift value, whether more than the displacement threshold value preset, if so, performs next step；
Judge that described mean angular velocity value, whether more than the mean angular velocity threshold value preset, if so, performs next Step；
Judge that described angular acceleration values, whether more than the angular acceleration threshold value preset, if so, performs next step；
Judge that described value of angular displacement whether more than the angular displacement threshold value preset, the most then shows current user Operational motion is the user operation action that user is controlled for intelligent watch screen, performs following step S104, performs the screen control action that described user operation action is corresponding on screen.
5) according to average speed value, shift value, accekeration, mean angular velocity value and value of angular displacement, or Average speed value, shift value, accekeration, angular acceleration values and value of angular displacement judge；
Judge that described average speed value, whether more than the average speed threshold value preset, if so, performs next step；
Judge that described shift value, whether more than the displacement threshold value preset, if so, performs next step；
Judge that described accekeration, whether more than the acceleration rate threshold preset, if so, performs next step；
Judge that described mean angular velocity value, whether more than the mean angular velocity threshold value preset, if so, performs next Step；
Judge that described value of angular displacement whether more than the angular displacement threshold value preset, the most then shows current user Operational motion is the user operation action that user is controlled for intelligent watch screen, performs following step S104, performs the screen control action that described user operation action is corresponding on screen.
Or,
Judge that described average speed value, whether more than the average speed threshold value preset, if so, performs next step；
Judge that described shift value, whether more than the displacement threshold value preset, if so, performs next step；
Judge that described accekeration, whether more than the acceleration rate threshold preset, if so, performs next step；
Judge that described angular acceleration values, whether more than the angular acceleration threshold value preset, if so, performs next step；
Judge that described value of angular displacement whether more than the angular displacement threshold value preset, the most then shows current user Operational motion is the user operation action that user is controlled for intelligent watch screen, performs following step S104, performs the screen control action that described user operation action is corresponding on screen.
6) judge according to accekeration, shift value；
Judge that described accekeration, whether more than the acceleration rate threshold preset, if so, performs next step.
Judge that described shift value whether more than the displacement threshold value preset, the most then shows current user operation Action is the user operation action that user is controlled for intelligent watch screen, performs following step S104, Screen performs the screen control action that described user operation action is corresponding.
7) according to mean angular velocity value and value of angular displacement, or angular acceleration values and value of angular displacement judge.
Judge that described mean angular velocity value, whether more than the mean angular velocity threshold value preset, if so, performs next Step；
Judge that described value of angular displacement whether more than the angular displacement threshold value preset, the most then shows current user Operational motion is the user operation action that user is controlled for intelligent watch screen, performs following step S104, performs the screen control action that described user operation action is corresponding on screen.
Such as, arranging wrist direction of rotation from outside to inside is angular displacement positive direction, wrist rotation from inside to outside Turning direction is angular displacement opposite direction, and mean angular velocity threshold value is set to the intelligent watch worn in the wrist of user Mean angular velocity in angular displacement positive direction or angular displacement in the reverse direction is more than 2.09rad/s (rotation per second 120 °), angular displacement threshold value be set to the intelligent watch worn in the wrist of user in angular displacement positive direction or The angular displacement of angular displacement in the reverse direction is more than 60 °, and the intelligent watch i.e. worn in the wrist of user is at least 0.5 60 ° are inwardly and outwardly rotated in s.
The direction of rotation of user operation action 9 is (the interior turn of user's wrist ecto-entad of angular displacement positive direction Make), mean angular velocity is 2.44rad/s, angular displacement 70 °, then user operation action 9 is judged as user's pin The user operation action that intelligent watch screen is controlled；
The direction of rotation of user operation action 10 is (the user's wrist outer turn from inside to outside of angular displacement opposite direction Make), mean angular velocity is 1.74rad/s, angular displacement 50 °, then judge that user operation action 10 is not user The user operation action being controlled for intelligent watch screen.
Or,
Judge that described angular acceleration values, whether more than the angular acceleration threshold value preset, if so, performs next step；
Judge that described value of angular displacement whether more than the angular displacement threshold value preset, the most then shows current user Operational motion is the user operation action that user is controlled for intelligent watch screen, performs following step S104, performs the screen control action that described user operation action is corresponding on screen.
Step S104, performs the screen control action that described user operation action is corresponding on screen.
Screen control action described in the embodiment of the present application includes: page turning action to the left, page turning action to the right, to Upper slip screen action, slide downward screen action, page up action and page turning action downwards.
When being embodied as, according to the parameter operating interface that intelligent watch screen is currently displaying, it may be determined that current Which kind of mode of operation the described operation interface of display supports, such as, carries out intelligent watch by horizontally slipping Screen on display operation interface left and right switching display, i.e. support described in page turning action to the left and described to Right page turning action；Or, operation circle of display on the screen of intelligent watch is carried out by sliding up and down action The scroll-up/down in face shows, i.e. supports described upward sliding screen action and described slide downward screen action； Or, the switching up and down at the operation interface of display on the screen of intelligent watch is carried out by sliding up and down action Display, i.e. pages up action and described downward page turning action described in support.In addition to this it is possible to use Other concrete implementation modes, it is achieved the operation to the operation interface of display on the screen of intelligent watch, all only It is the change of specific implementation, all without departing from the core of the application, the most all at the protection domain of the application Within.
Such as, after above-mentioned user operation action 1 being detected, i.e. detect user's wrist by remote near After withdrawing action, intelligent watch screen performs page turning action to the right (slide downward screen action or Page turning action downwards)；
After above-mentioned user operation action 2 being detected, i.e. detect that user's wrist is by the most remote outer swing After work, intelligent watch screen performs (the upward sliding screen action or upwards turn over of page turning action to the left Page action)；
After above-mentioned user operation action 5 being detected, i.e. detect user's wrist by far near withdraw dynamic After the combination action of the pronation of work and wrist ecto-entad, intelligent watch screen performs turn over to the right Page action (slide downward screen action or page turning action downwards)；
After above-mentioned user operation action 7 being detected, i.e. detect that user's wrist is by the most remote outer swing Make and after the combination action of wrist outward turning action from inside to outside, intelligent watch screen perform turn over to the left Page action (upward sliding screen action or page up action)；
After above-mentioned user operation action 9 being detected, the interior turn of user's wrist ecto-entad i.e. detected After work, the screen of intelligent watch performs on intelligent watch screen, perform page turning action to the right (downwards Slip screen action or page turning action downwards).
In sum, the screen control method of the described intelligent watch that the application provides, set by intelligent watch The acceleration transducer put gathers acceleration parameter corresponding to user operation action and angle speed with angular-rate sensor Degree parameter, and then calculate the speed displacement numerical value that described user operation action is corresponding, by arranging velocity potential Move threshold interval, thus filter out the user operation action meeting described speed displacement threshold interval, i.e. user The user operation action sent for intelligent watch, and send for intelligent watch for the user filtered out User operation action, performs the screen control action of correspondence on the screen of intelligent watch.Described intelligent watch Screen control method, the user detected based on described acceleration transducer and described angular-rate sensor behaviour Make action, it is achieved the control to intelligent watch screen, it is to avoid user directly touches on intelligent watch screen Control operation, enhances controllability and the operability of intelligent watch screen；Meanwhile, by arranging described speed Degree displacement threshold value is interval, only meets the user operation action of described speed displacement threshold interval, just identified Be controlled the user operation action sent for intelligent watch screen for user, filtering out is not for intelligence The invalid user operation action that wrist-watch screen is controlled, promotes the accuracy to intelligent watch screen control.
The screen control device embodiment of the intelligent watch that the application provides is as follows:
It is in the above-described embodiment, it is provided that the screen control method of a kind of intelligent watch, corresponding, This application provides the screen control device of a kind of intelligent watch, owing to device embodiment is substantially similar to method Embodiment, so describing fairly simple, relevant part refers to the explanation of said method embodiment correspondence i.e. Can.Device embodiment described below is only schematically.
With reference to Fig. 2, it illustrates the screen control device signal of a kind of intelligent watch provided according to the present embodiment Figure.
The screen control device of a kind of intelligent watch that the application provides, including:
Parameter acquiring unit 201, for obtaining corresponding the adding of user operation action that acceleration transducer collects Speed parameter, and the angular velocity parameter that the described user operation action that collects of angular-rate sensor is corresponding；
Speed displacement numerical calculation unit 202, based on according to described acceleration parameter and described angular velocity parameter Calculate the speed displacement numerical value that described user operation action is corresponding；
User operation action judging unit 203, is used for judging whether described speed displacement numerical value meets and pre-sets Speed displacement threshold interval, if so, run screen control action execution unit 204；
Described screen control action execution unit 204, corresponding for performing described user operation action on screen Screen control action.
Optionally, described intelligent watch includes: table body and watchband；
Wherein, described acceleration transducer is arranged at described watchband, and described angular-rate sensor is arranged at institute State table body；
Or, described angular-rate sensor is arranged at described watchband, and described acceleration transducer is arranged at institute State table body；
Or, described acceleration transducer and described angular-rate sensor may be contained within described watchband.
Optionally, described acceleration parameter includes:
The time parameter that acceleration value is corresponding with described acceleration numerical value；
Described angular velocity parameter includes:
The time parameter that angular velocity numerical value is corresponding with described angle speed numerical value.
Optionally, described speed displacement numerical value includes:
Accekeration, average speed value, shift value, mean angular velocity value, angular acceleration values, value of angular displacement.
Optionally, described user operation action judging unit 203, including:
First average speed value judgment sub-unit, the most flat more than preset for judging described average speed value All threshold speed, if so, runs the first shift value judgment sub-unit；
Described first shift value judgment sub-unit, for judging that whether described shift value is more than the displacement threshold preset Value, if so, runs described screen control action execution unit 204.
Optionally, described user operation action judging unit 203, including:
First accekeration judgment sub-unit, for judging that whether described accekeration is more than the acceleration preset Threshold value, if so, runs described first average speed value judgment sub-unit, described first shift value judgement son list First or described screen control action execution unit 204.
Optionally, described user operation action judging unit 203, including:
First mean angular velocity value judgment sub-unit, is used for judging that whether described mean angular velocity value is more than presetting Mean angular velocity threshold value, if so, run described first value of angular displacement judgment sub-unit；
Described first value of angular displacement judgment sub-unit, for judging that whether described value of angular displacement is more than the angle preset Displacement threshold value, if so, runs described first average speed value judgment sub-unit, described first shift value judgement Subelement or described screen control action execution unit 204.
Optionally, described user operation action judging unit 203, including:
First angular acceleration values judgment sub-unit, for judging that whether described angular acceleration values is more than the angle preset Acceleration rate threshold, if so, runs the second value of angular displacement judgment sub-unit；
Described second value of angular displacement judgment sub-unit, for judging that whether described value of angular displacement is more than the angle preset Displacement threshold value, if so, runs described first average speed value judgment sub-unit, described first shift value judgement Subelement or described screen control action execution unit 204.
Optionally, described user operation action judging unit 203, including:
Second angular acceleration values judgment sub-unit, for judging that whether described angular acceleration values is more than the angle preset Acceleration rate threshold, if so, runs described first mean angular velocity value judgment sub-unit, described first angular displacement Value judgment sub-unit or described screen control action execution unit 204.
Optionally, described user operation action judging unit 203, including:
The third angle accekeration judgment sub-unit, for judging that whether described accekeration is more than the acceleration preset Degree threshold value, if so, runs the third angle shift value judgment sub-unit；
Described the third angle shift value judgment sub-unit, for judging that whether described shift value is more than the displacement preset Threshold value, if so, runs described screen control action execution unit 204.
Optionally, in described user operation action judging unit 203, if described speed displacement numerical value is unsatisfactory for Described speed displacement threshold interval, then run described parameter acquiring unit 201.
Optionally, described screen control action includes:
Page turning action to the left, page turning action to the right, upward sliding screen action, slide downward screen action, Page up action and downward page turning action.
The embodiment of the intelligent watch that the application provides is as follows:
In the above-described embodiment, it is provided that the screen control method of a kind of intelligent watch, additionally, the application Also provide for the intelligent watch of a kind of screen control method for realizing described intelligent watch.The present embodiment is with upper The content stating the screen control method embodiment of intelligent watch identical repeats no more, with reference to said method embodiment Correspondence illustrates.The embodiment of described intelligent watch described below is only schematically.
With reference to Fig. 3, it illustrates the schematic diagram of a kind of intelligent watch provided according to the present embodiment.
A kind of intelligent watch that the application provides, including:
Table body 301 and watchband 302；
Wherein, described table body 301 is provided with processor 301-1 and screen 301-2；Described processor 301-1 For obtaining the acceleration parameter that user operation action that acceleration transducer collects is corresponding, and angular velocity The angular velocity parameter that described user operation action that sensor acquisition arrives is corresponding；According to described acceleration parameter and Described angular velocity parameter calculates the speed displacement numerical value that described user operation action is corresponding；Judge described velocity potential Move whether numerical value meets the speed displacement threshold interval pre-set, if so, perform on described screen 301-2 The screen control action that described user operation action is corresponding.
Optionally, described acceleration transducer is arranged at described watchband 302, and described angular-rate sensor is arranged In described table body 301；
Or, described angular-rate sensor is arranged at described watchband 302, and described acceleration transducer is arranged at Described table body 301；
Or, described acceleration transducer and described angular-rate sensor may be contained within described watchband 302.
Optionally, described acceleration parameter includes:
The time parameter that acceleration value is corresponding with described acceleration numerical value；
Described angular velocity parameter includes:
The time parameter that angular velocity numerical value is corresponding with described angle speed numerical value.
Optionally, described speed displacement numerical value includes:
Accekeration, average speed value, shift value, mean angular velocity value, angular acceleration values, value of angular displacement.
Optionally, described judge that whether described speed displacement numerical value meet the speed displacement threshold zone pre-set Between, realize in the following way:
Judge that described average speed value, whether more than the average speed threshold value preset, if so, performs next step；
Judge that described shift value, whether more than the displacement threshold value preset, if so, performs next step.
Optionally, described processor 301-1 is for judging that whether described accekeration is more than the acceleration threshold preset Value；
If so, judge whether described average speed value is more than the average speed threshold value preset, or, it is judged that institute State whether shift value is more than the displacement threshold value preset, or, described screen 301-2 performs described user behaviour Make the screen control action that action is corresponding.
Optionally, described processor 301-1 is average more than preset for judging described mean angular velocity value Angular velocity threshold value, if so, performs next step；
Judge that whether described value of angular displacement is more than the angular displacement threshold value preset；
If so, judge whether described average speed value is more than the average speed threshold value preset, or, it is judged that institute State whether shift value is more than the displacement threshold value preset, or, described screen 301-2 performs described user behaviour Make the screen control action that action is corresponding.
Optionally, described processor 301-1 is for judging whether described angular acceleration values is accelerated more than the angle preset Degree threshold value, if so, performs next step；
Judge that whether described value of angular displacement is more than the angular displacement threshold value preset；
If so, judge whether described average speed value is more than the average speed threshold value preset, or, it is judged that institute State whether shift value is more than the displacement threshold value preset, or, described screen 301-2 performs described user behaviour Make the screen control action that action is corresponding.
Optionally, described processor 301-1 judges that whether described angular acceleration values is more than the angular acceleration threshold preset Value；
If so, judge whether described mean angular velocity value is more than the mean angular velocity threshold value preset, or, sentence Whether disconnected described value of angular displacement is more than the angular displacement threshold value preset, or, described screen 301-2 performs institute State the screen control action that user operation action is corresponding.
Optionally, described judge that whether described speed displacement numerical value meet the speed displacement threshold zone pre-set Between, realize in the following way:
Judge that described accekeration, whether more than the acceleration rate threshold preset, if so, performs next step；
Judge that described shift value, whether more than the displacement threshold value preset, if so, performs next step.
Optionally, described judge that whether described speed displacement numerical value meet the speed displacement threshold zone pre-set Between, realize in the following way:
Judge that described mean angular velocity value, whether more than the mean angular velocity threshold value preset, if so, performs next Step；
Judge that described value of angular displacement, whether more than the angular displacement threshold value preset, if so, performs next step；
Or,
Judge that described angular acceleration values, whether more than the angular acceleration threshold value preset, if so, performs next step；
Judge that described value of angular displacement, whether more than the angular displacement threshold value preset, if so, performs next step.
Optionally, described judge that whether described speed displacement numerical value meet the speed displacement threshold zone pre-set Between, if described speed displacement numerical value is unsatisfactory for described speed displacement threshold interval, then obtain acceleration transducer The acceleration parameter that the user operation action that collects is corresponding, and the described use that angular-rate sensor collects The angular velocity parameter that family operational motion is corresponding.
Optionally, described screen control action includes:
Page turning action to the left, page turning action to the right, upward sliding screen action, slide downward screen action, Page up action and downward page turning action.
Although the application is open as above with preferred embodiment, but it is not for limiting the application, Ren Heben Skilled person, without departing from spirit and scope, can make possible variation and amendment, Therefore the protection domain of the application should be defined in the range of standard with the application claim.

Claims (17)

1. the screen control method of an intelligent watch, it is characterised in that including:
Obtain the acceleration parameter that the user operation action that collects of acceleration transducer is corresponding, and angular velocity The angular velocity parameter that described user operation action that sensor acquisition arrives is corresponding；
Calculate, with described angular velocity parameter, the speed that described user operation action is corresponding according to described acceleration parameter Shift value；
Judge whether described speed displacement numerical value meets the speed displacement threshold interval pre-set, if so, hold Go next step；
Screen performs the screen control action that described user operation action is corresponding.
The screen control method of intelligent watch the most according to claim 1, it is characterised in that described intelligence Can include by wrist-watch: table body and watchband；
Wherein, described acceleration transducer is arranged at described watchband, and described angular-rate sensor is arranged at institute State table body；
Or, described angular-rate sensor is arranged at described watchband, and described acceleration transducer is arranged at institute State table body；
Or, described acceleration transducer and described angular-rate sensor may be contained within described watchband.
The screen control method of intelligent watch the most according to claim 2, it is characterised in that described in add Speed parameter includes:
The time parameter that acceleration value is corresponding with described acceleration numerical value；
Described angular velocity parameter includes:
The time parameter that angular velocity numerical value is corresponding with described angle speed numerical value.
The screen control method of intelligent watch the most according to claim 3, it is characterised in that described speed Degree shift value includes:
Accekeration, average speed value, shift value, mean angular velocity value, angular acceleration values, value of angular displacement.
The screen control method of intelligent watch the most according to claim 4, it is characterised in that described in sentence Whether disconnected described speed displacement numerical value meets the speed displacement threshold interval pre-set, real in the following way Existing:
Judge that described average speed value, whether more than the average speed threshold value preset, if so, performs next step；
Judge that described shift value, whether more than the displacement threshold value preset, if so, performs next step.
The screen control method of intelligent watch the most according to claim 5, it is characterised in that described in sentence Before whether disconnected described average speed value performs more than the average speed threshold value sub-step preset, or, described Judge described average speed value whether perform more than the average speed threshold value sub-step preset after and described in sentence Before whether disconnected described shift value performs more than the displacement threshold value sub-step preset, or, described in described judgement After whether shift value performs more than the displacement threshold value sub-step preset, perform following sub-step:
Judge that described accekeration, whether more than the acceleration rate threshold preset, if so, performs next step.
The screen control method of intelligent watch the most according to claim 5, it is characterised in that described in sentence Before whether disconnected described average speed value performs more than the average speed threshold value sub-step preset, or, described Judge described average speed value whether perform more than the average speed threshold value sub-step preset after and described in sentence Before whether disconnected described shift value performs more than the displacement threshold value sub-step preset, or, described in described judgement After whether shift value performs more than the displacement threshold value sub-step preset, perform following sub-step:
Judge that described mean angular velocity value, whether more than the mean angular velocity threshold value preset, if so, performs next Step；
Judge that described value of angular displacement, whether more than the angular displacement threshold value preset, if so, performs next step.
The screen control method of intelligent watch the most according to claim 5, it is characterised in that described in sentence Before whether disconnected described average speed value performs more than the average speed threshold value sub-step preset, or, described Judge described average speed value whether perform more than the average speed threshold value sub-step preset after and described in sentence Before whether disconnected described shift value performs more than the displacement threshold value sub-step preset, or, described in described judgement After whether shift value performs more than the displacement threshold value sub-step preset, perform following sub-step:
Judge that described angular acceleration values, whether more than the angular acceleration threshold value preset, if so, performs next step；
Judge that described value of angular displacement, whether more than the angular displacement threshold value preset, if so, performs next step.
The screen control method of intelligent watch the most according to claim 7, it is characterised in that described in sentence Before whether disconnected described mean angular velocity value performs more than the mean angular velocity threshold value sub-step preset, or, Described judge described mean angular velocity value whether perform more than the mean angular velocity threshold value sub-step preset after, And described judge that whether described value of angular displacement performs more than the angular displacement threshold value sub-step preset before, or, Described judge that whether described value of angular displacement performs more than the angular displacement threshold value sub-step preset after, perform following Sub-step:
Judge that described angular acceleration values, whether more than the angular acceleration threshold value preset, if so, performs next step.
The screen control method of intelligent watch the most according to claim 6, it is characterised in that described Before any one sub-step performs in three sub-steps or after performing, perform following sub-step:
Judge that described mean angular velocity value, whether more than the mean angular velocity threshold value preset, if so, performs next Step；
Judge that described value of angular displacement, whether more than the angular displacement threshold value preset, if so, performs next step；
Or,
Judge that described angular acceleration values, whether more than the angular acceleration threshold value preset, if so, performs next step；
Judge that described value of angular displacement, whether more than the angular displacement threshold value preset, if so, performs next step.
The screen control method of 11. intelligent watch according to claim 4, it is characterised in that described in sentence Whether disconnected described speed displacement numerical value meets the speed displacement threshold interval pre-set, real in the following way Existing:
Judge that described accekeration, whether more than the acceleration rate threshold preset, if so, performs next step；
Judge that described shift value, whether more than the displacement threshold value preset, if so, performs next step.
The screen control method of 12. intelligent watch according to claim 4, it is characterised in that described Judge whether described speed displacement numerical value meets the speed displacement threshold interval pre-set, in the following way Realize:
Judge that described mean angular velocity value, whether more than the mean angular velocity threshold value preset, if so, performs next Step；
Judge that described value of angular displacement, whether more than the angular displacement threshold value preset, if so, performs next step；
Or,
Judge that described angular acceleration values, whether more than the angular acceleration threshold value preset, if so, performs next step；
Judge that described value of angular displacement, whether more than the angular displacement threshold value preset, if so, performs next step.
The screen control method of 13. intelligent watch according to claim 4, it is characterised in that described Judge whether described speed displacement numerical value meets the speed displacement threshold interval step pre-set, if described speed Degree shift value is unsatisfactory for described speed displacement threshold interval, then return and perform described acquisition acceleration transducer The acceleration parameter that the user operation action that collects is corresponding, and the described use that angular-rate sensor collects The angular velocity parameter step that family operational motion is corresponding.
14. according to the screen control method of the intelligent watch described in claim 1 to 13 any one, and it is special Levying and be, described screen control action includes:
Page turning action to the left, page turning action to the right, upward sliding screen action, slide downward screen action, Page up action and downward page turning action.
The screen control device of 15. 1 kinds of intelligent watch, it is characterised in that including:
Parameter acquiring unit, for obtaining the acceleration that user operation action that acceleration transducer collects is corresponding Degree parameter, and the angular velocity parameter that the described user operation action that collects of angular-rate sensor is corresponding；
Speed displacement numerical calculation unit, for calculating according to described acceleration parameter and described angular velocity parameter The speed displacement numerical value that described user operation action is corresponding；
User operation action judging unit, pre-sets for judging that whether described speed displacement numerical value meet Speed displacement threshold interval, if so, runs screen control action execution unit；
Described screen control action execution unit, corresponding for performing described user operation action on screen Screen control action.
16. 1 kinds of intelligent watch, it is characterised in that including:
Table body and watchband；
Wherein, described table body is provided with processor and screen；Described processor is used for obtaining acceleration transducer The acceleration parameter that the user operation action that collects is corresponding, and the described use that angular-rate sensor collects The angular velocity parameter that family operational motion is corresponding；Institute is calculated according to described acceleration parameter and described angular velocity parameter State the speed displacement numerical value that user operation action is corresponding；Judge whether described speed displacement numerical value meets to set in advance The speed displacement threshold interval put, performs the screen that described user operation action is corresponding the most on the screen Curtain control action.
17. intelligent watch according to claim 16, it is characterised in that described acceleration transducer sets It is placed in described watchband, and described angular-rate sensor is arranged at described table body；
Or, described angular-rate sensor is arranged at described watchband, and described acceleration transducer is arranged at institute State table body；
Or, described acceleration transducer and described angular-rate sensor may be contained within described watchband.
CN201610273779.3A 2016-04-28 2016-04-28 Screen control method and device of smartwatch, and smartwatch Pending CN105975065A (en)

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CN108628526A (en) * 2017-03-22 2018-10-09 北京小米移动软件有限公司 Display changeover method and device, electronic equipment based on electronic equipment

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Application publication date: 20160928