CN103744531A - Smart watch left or right function button conversion method and system - Google Patents
Smart watch left or right function button conversion method and system Download PDFInfo
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Abstract
Disclosed is a smart watch left or right function button conversion method. The method comprises reading and storing resultant acceleration detected by an acceleration sensor in real time; according to the components of the resultant acceleration on X-axis and Y-axis, performing anti-trigonometric function calculation obtain the surface panel inclination angle of a smart watch; judging whether the surface panel inclination angle is maintained between 0 degree and a1 degrees or a1 degrees and a2 degrees or a2 degrees and 180 degrees; if the inclination angle is between 0 degree and a1 degrees, starting the button function mapping configuration applicable to left-hand wearing and operation; if the inclination angle is between a1 degrees and a2 degrees, maintain the current button function mapping configuration; if the inclination angle is between a2 degrees and 180 degrees, starting the button function mapping configuration applicable to right-hand wearing and operation. By means of the smart watch left and right function button conversion method, the smart watch can automatically identify whether the watch is worn by a right hand or a left hand and start the button function mapping configurations applicable to right-hand wearing or left-hand wearing. The invention also relates to a smart watch left or right function button conversion system.
Description
Technical field
The present invention relates to a kind of intelligent watch left and right sides function key conversion method and system.
Background technology
The function of intelligent watch is far more than traditional wrist-watch, use for the convenience of the user, generally can be or/and right side arranges usual function keys on the left of the panel of intelligent watch, yet, some people likes table to wear on the right hand, some people likes again table to wear on left hand, therefore, with the function key of a wrist-watch, distribute and often only can meet less groups of people's use habit.In addition, when choosing, user can select function key to meet the intelligent watch of its operating habit, for example, custom is worn the right hand, yet, when the right hand can not wear a wrist watch for some reason, and must wear leftward while showing, so, the function key of this intelligent watch, owing to not meeting the direction of operating of its custom, brings inconvenience often to user's operation.
Summary of the invention
For the deficiencies in the prior art, object of the present invention is intended to provide a kind of user friendly intelligent watch left and right sides function key conversion method and system.
For achieving the above object, the present invention adopts following technical scheme:
An intelligent watch left and right sides function key automatic switching method, it comprises the following steps:
Step B: initialization acceleration sensor, reads and stores X-axis acceleration, Y-axis acceleration and Z axis acceleration that acceleration transducer detects in real time;
Step C: the resultant acceleration that X-axis acceleration, Y-axis acceleration and Z axis acceleration are formed carries out at the component of X-axis or Y-axis the panel angle of inclination that inverse trigonometric function calculates acquisition intelligent watch;
Step D: judgement panel angle of inclination is to remain between 0 degree ~ a1 degree in Preset Time, or at a1 degree ~ between a2 degree, or between the degree of a2a degree ~ 180, wherein, a1 is greater than 0 and be less than the positive number of a2, and a2 is the positive number that is less than 180 degree; If panel pitch angle, between 0 degree ~ a1 degree, performs step E; If panel pitch angle is at a1 degree ~ between a2 degree, perform step F; If panel pitch angle, between the degree of a2 degree ~ 180, performs step G;
Step e: enable applicable left hand and wear the keypress function mapping settings of operation;
Step F: keep enabling current keypress function mapping settings; And
Step G: enable the applicable right hand and wear the keypress function mapping settings of operation.
Further, this method is further comprising the steps of:
Receive left and right sides function key conversion request;
According to left and right sides function key conversion request, close the keypress function mapping settings of current use, and enable untapped keypress function mapping settings.
This method is further comprising the steps of before step D:
Step M: according to detected each parameter and formula: historical initial velocity * historical time+1/2 * historical resultant acceleration * historical time * historical time calculates and obtains historical displacement, and wherein historical resultant acceleration is the resultant acceleration of X-axis acceleration, Y-axis acceleration and Z axis acceleration;
Step L: judge that whether historical displacement is greater than preset reference displacement, if so, performs step D; If not, execution step F.
Further, this method also comprises step N after step M: according to the historical resultant acceleration of X-axis acceleration, Y-axis acceleration and Z axis acceleration, obtain historical track={ [historical position 1], [historical position 2], [historical position n] }, and obtain current location=historical position+historical displacement according to historical track and historical position;
Step L is also for judging that current location whether in preset reference position range, if so, performs step D; If not, perform step F.
Further, this intelligent watch left and right sides function key automatic switching method also comprised steps A before step B: enable the keypress function mapping settings that the last time enables.
Further, step C is for carrying out according to X-axis acceleration or Y-axis acceleration the panel angle of inclination that arc cosine computing obtains intelligent watch.
The present invention also comprises following technical scheme:
An intelligent watch left and right sides function key automated conversion system, it comprises with lower module:
Module B: initialization acceleration sensor, reads and stores X-axis acceleration, Y-axis acceleration that acceleration transducer detects in real time;
Module C: the resultant acceleration that X-axis acceleration, Y-axis acceleration and Z axis acceleration are formed carries out at the component of X-axis or Y-axis the panel angle of inclination that inverse trigonometric function calculates acquisition intelligent watch;
Module D: judgement panel angle of inclination is to remain between 0 degree ~ a1 degree in Preset Time, or at a1 degree ~ between a2 degree, or between the degree of a2a degree ~ 180, wherein, a1 is greater than 0 and be less than the positive number of a2, and a2 is the positive number that is less than 180 degree; If panel pitch angle between 0 degree ~ a1 degree, execution module E; If panel pitch angle is at a1 degree ~ between a2 degree, execution module F; If panel pitch angle between a2 degree ~ 180 degree, execution module G;
Module E: enable applicable left hand and wear the keypress function mapping settings of operation;
Module F: keep enabling current keypress function mapping settings; And
Module G: enable the applicable right hand and wear the keypress function mapping settings of operation.
Native system also comprised with lower module before module D:
According to detected each parameter and formula: historical initial velocity * historical time+1/2 * historical resultant acceleration * historical time * historical time calculates and obtains historical displacement; And
Module L: judge whether historical displacement is greater than preset reference displacement, if so, execution module D; If not, execution module F.
Further, native system also comprises step N after step M: according to the historical resultant acceleration of X-axis acceleration, Y-axis acceleration and Z axis acceleration, obtain historical track={ [historical position 1], [historical position 2], [historical position n] }, and obtain current location=historical position+historical displacement according to historical track and historical position;
Module L is also for judging that current location is whether in preset reference position range, if so, execution module D; If not, execution module F.
Further, native system also comprised modules A before module B: enable the keypress function mapping settings that the last time enables.
Further, module C is for carrying out according to X-axis acceleration or Y-axis acceleration the panel angle of inclination that arc cosine computing obtains intelligent watch.
Further, native system also comprises with lower module:
Receive left and right sides function key conversion request;
According to left and right sides function key conversion request, close the keypress function mapping settings of current use, and enable untapped keypress function mapping settings.
Beneficial effect of the present invention is as follows:
Foregoing invention can make intelligent watch automatically identify wrist-watch to wear in the right hand or left hand, and corresponding enabling is applicable to the keypress function mapping settings that the right hand or left hand are worn, design more humane, can bring the high-end experience of best intelligence to consumer, the use habit of applicable various different crowds, applicability is more extensive.In addition, the present invention also can automatically trigger specified button by user and comes conversion keys functional mapping to arrange.
Accompanying drawing explanation
Fig. 1 is the process flow diagram of the better embodiment of intelligent watch left and right sides function key automatic switching method of the present invention.
Fig. 2 is that intelligent watch is worn the inclination schematic diagram in left hand.
Fig. 3 is that intelligent watch is worn the inclination schematic diagram in the right hand.
Embodiment
Below in conjunction with accompanying drawing and embodiment, the present invention is described further:
Refer to Fig. 1, the present invention relates to a kind of intelligent watch left and right sides function key automatic switching method, its first better embodiment comprises the following steps:
Steps A: enable the keypress function mapping settings that the last time enables, for example, a button is respectively established on the left side of intelligent watch panel and right side, last use before shutdown, the function that left button is corresponding is master menu, and the function that right button is corresponding is screen locking, so, when start is used again, the function of left button and right button is constant.
Step B: initialization acceleration sensor, reads and stores X-axis acceleration, Y-axis acceleration and Z axis acceleration that acceleration transducer detects in real time.
Step C: the resultant acceleration that X-axis acceleration, Y-axis acceleration and Z axis acceleration are formed carries out at the component of X-axis or Y-axis the panel angle of inclination that inverse trigonometric function calculates acquisition intelligent watch; Particularly, X-axis acceleration or Y-axis acceleration are carried out to the panel angle of inclination that arc cosine computing obtains intelligent watch.
Step D: judgement panel angle of inclination is to remain between 0 degree ~ a1 degree in Preset Time as in 2 seconds, or at a1 degree ~ between a2 degree, or between the degree of a2 degree ~ 180, wherein, a1 is greater than 0 and be less than the positive number of a2, and a2 is the positive number that is less than 180 degree, for example, a1 is that 45, a2 is 135; If panel pitch angle, between 0 degree ~ a1 degree, performs step E; If panel pitch angle is at a1 degree ~ between a2 degree, perform step F; If panel pitch angle, between the degree of a2a degree ~ 180, performs step G.
Step e: enable applicable left hand and wear the keypress function mapping settings of operation.According to human body physiological characteristics, the wrist place of arm is slightly thinner than arm middle part, so, wrist-watch is worn when wrist, and the panel of wrist-watch slightly tilts, and the angle of inclination of the right hand and left hand is not identical, refer to Fig. 2, when panel pitch angle is positioned between 0 degree ~ a1 degree, illustrate that wrist-watch wears in the wrist of left hand.
Step F: keep enabling current keypress function mapping settings.In this region, cannot determine that wrist-watch wears in left hand or the right hand, therefore wouldn't change.
Step G: enable the applicable right hand and wear the keypress function mapping settings of operation.Refer to Fig. 3, can suitable a2 value be set according to human body physiological characteristics, so that when this region, can determine that wrist-watch wears in the wrist of the right hand.
What the second better embodiment of intelligent watch left and right sides function key automatic switching method was different from the first better embodiment is further comprising the steps of before step D:
Step M: according to detected each parameter and formula: historical initial velocity * historical time+1/2 * historical resultant acceleration * historical time * historical time calculates and obtains historical displacement;
Step N: obtain historical track={ [historical position 1] according to the historical resultant acceleration of X-axis acceleration, Y-axis acceleration and Z axis acceleration, [historical position 2],, [historical position n] }, and obtain current location=historical position+historical displacement according to historical track and historical position; And
Step L: judge whether historical displacement is greater than preset reference displacement as 10 centimeters, or judge that current location whether in preset reference position range, if so, performs step D; If not, execution step F.
Relative the first better enforcement of the second preferred embodiment can be got rid of better because interfere information is as the erroneous judgement that hand wobble causes, and makes intelligent watch more intelligent more accurate.
Further comprising the steps of on the 3rd better basis that is implemented in the first and second better enforcements of the present invention:
Receive left and right sides function key conversion request, wherein, can produce this left and right sides function key conversion request by trigger two specified button on the panel of intelligent watch simultaneously;
According to left and right sides function key conversion request, close the keypress function mapping settings of current use, and enable untapped keypress function mapping settings.For example, current use be to be applicable to the keypress function mapping settings that left hand is worn, so, trigger on the panel of intelligent watch after two specified button simultaneously, the keypress function mapping settings of front use is just automatically converted to and is applicable to the keypress function mapping settings that the right hand is worn, trigger once again, just conversion again.So, the in the situation that of the automatic translation exception of above-mentioned automatic detection, available this kind of mode triggers auto-conversion function.
for a person skilled in the art, can make other various corresponding changes and distortion according to technical scheme described above and design, and these all changes and distortion all should belong to the protection domain of the claims in the present invention within.
Claims (10)
1. an intelligent watch left and right sides function key automatic switching method, is characterized in that: it comprises the following steps:
Step B: initialization acceleration sensor, reads and stores X-axis acceleration, Y-axis acceleration and Z axis acceleration that acceleration transducer detects in real time;
Step C: the resultant acceleration that X-axis acceleration, Y-axis acceleration and Z axis acceleration are formed carries out at the component of X-axis or Y-axis the panel angle of inclination that inverse trigonometric function calculates acquisition intelligent watch;
Step D: judgement panel angle of inclination is to remain between 0 degree ~ a1 degree in Preset Time, or at a1 degree ~ between a2 degree, or between the degree of a2a degree ~ 180, wherein, a1 is greater than 0 and be less than the positive number of a2, and a2 is the positive number that is less than 180 degree; If panel pitch angle, between 0 degree ~ a1 degree, performs step E; If panel pitch angle is at a1 degree ~ between a2 degree, perform step F; If panel pitch angle, between the degree of a2 degree ~ 180, performs step G;
Step e: enable applicable left hand and wear the keypress function mapping settings of operation;
Step F: keep enabling current keypress function mapping settings; And
Step G: enable the applicable right hand and wear the keypress function mapping settings of operation.
2. intelligent watch left and right sides function key automatic switching method as claimed in claim 1, is characterized in that: this method is further comprising the steps of before step D:
Step M: according to detected each parameter and formula: historical initial velocity * historical time+1/2 * historical resultant acceleration * historical time * historical time calculates and obtains historical displacement, and wherein historical resultant acceleration is the resultant acceleration of X-axis acceleration, Y-axis acceleration and Z axis acceleration; And
Step L: judge that whether historical displacement is greater than preset reference displacement, if so, performs step D; If not, execution step F.
3. intelligent watch left and right sides function key automatic switching method as claimed in claim 2, it is characterized in that: this method also comprises step N after step M and before step L: according to the historical resultant acceleration of X-axis acceleration, Y-axis acceleration and Z axis acceleration, obtain historical track={ [historical position 1], [historical position 2], [historical position n] }, and obtain current location=historical position+historical displacement according to historical track and historical position;
Step L is also for judging that current location whether in preset reference position range, if so, performs step D; If not, perform step F.
4. the intelligent watch left and right sides function key automatic switching method as described in claim 1,2 or 3, is characterized in that: this intelligent watch left and right sides function key automatic switching method also comprised steps A before step B: read and enable the keypress function mapping settings that the last time enables.
5. the intelligent watch left and right sides function key automatic switching method as described in claim 1,2 or 3, is characterized in that: this method is further comprising the steps of:
Receive left and right sides function key conversion request;
According to left and right sides function key conversion request, close the keypress function mapping settings of current use, and enable untapped keypress function mapping settings.
6. an intelligent watch left and right sides function key automated conversion system, is characterized in that: it comprises with lower module:
Module B: initialization acceleration sensor, reads and stores X-axis acceleration, Y-axis acceleration and Z axis acceleration that acceleration transducer detects in real time;
Module C: the resultant acceleration that X-axis acceleration, Y-axis acceleration and Z axis acceleration are formed carries out at the component of X-axis or Y-axis the panel angle of inclination that inverse trigonometric function calculates acquisition intelligent watch;
Module D: judgement panel angle of inclination is to remain between 0 degree ~ a1 degree in Preset Time, or at a1 degree ~ between a2 degree, or between the degree of a2a degree ~ 180, wherein, a1 is greater than 0 and be less than the positive number of a2, and a2 is the positive number that is less than 180 degree; If panel pitch angle between 0 degree ~ a1 degree, execution module E; If panel pitch angle is at a1 degree ~ between a2 degree, execution module F; If panel pitch angle between a2 degree ~ 180 degree, execution module G;
Module E: enable applicable left hand and wear the keypress function mapping settings of operation;
Module F: keep enabling current keypress function mapping settings; And
Module G: enable the applicable right hand and wear the keypress function mapping settings of operation.
7. intelligent watch left and right sides function key automated conversion system as claimed in claim 5, is characterized in that: native system also comprised with lower module before module D:
According to detected each parameter and formula: historical initial velocity * historical time+1/2 * historical resultant acceleration * historical time * historical time calculates and obtains historical displacement; And
Module L: judge whether historical displacement is greater than preset reference displacement, if so, execution module D; If not, execution module F.
8. intelligent watch left and right sides function key automatic switching method as claimed in claim 7, it is characterized in that: native system also comprises step N after step M: according to the historical resultant acceleration of X-axis acceleration, Y-axis acceleration and Z axis acceleration, obtain historical track={ [historical position 1], [historical position 2], [historical position n] }, and obtain current location=historical position+historical displacement according to historical track and historical position;
Module L is also for judging that current location is whether in preset reference position range, if so, execution module D; If not, execution module F.
9. the intelligent watch left and right sides function key automated conversion system as described in claim 6,7 and 8, is characterized in that: native system also comprised modules A before module B: read and enable the keypress function mapping settings that the last time enables.
10. the intelligent watch left and right sides function key automated conversion system as described in claim 6,7 and 8, is characterized in that: native system also comprises with lower module:
Receive left and right sides function key conversion request;
According to left and right sides function key conversion request, close the keypress function mapping settings of current use, and enable untapped keypress function mapping settings.
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