CN104035559B - Control the method and device of mobile terminal - Google Patents
Control the method and device of mobile terminal Download PDFInfo
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- CN104035559B CN104035559B CN201410244805.0A CN201410244805A CN104035559B CN 104035559 B CN104035559 B CN 104035559B CN 201410244805 A CN201410244805 A CN 201410244805A CN 104035559 B CN104035559 B CN 104035559B
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Abstract
The disclosure is directed to a kind of method and devices for controlling mobile terminal, for realizing more accurate control mobile terminal.The described method includes: whether the heeling condition numerical value of detection local terminal meets preset slant range；When the heeling condition numerical value of local terminal meets preset slant range, whether the acceleration for detecting local terminal is greater than preset acceleration rate threshold；When the acceleration of local terminal is greater than preset acceleration rate threshold, preset processing is triggered.
Description
Technical field
This disclosure relates to communicate and computer disposal field, more particularly to the method and device of control mobile terminal.
Background technique
With the development of electronic technology, mobile terminal is commonly used, and it is very fast to update.Mobile terminal from
The keyboard input most started, inputs to touch screen, then to more advanced various sensor controls, so that the mistake of control mobile terminal
Journey is more and more simple and convenient.Mobile terminal provides various services for people, such as takes pictures and play music.For example, controlling
When taking pictures, it can click and take pictures button to take pictures, can also be taken pictures by " taking pictures " this voice to control.It is broadcasting
Sing song when, can be controlled by clicking button and play next song, can also be by rocking mobile terminal (i.e. using gravity
Induction) to control broadcasting, next is sung.
The disclosure inventors have found that in the related technology, if being only through gravity sensing to control mobile terminal,
It may cause maloperation in some cases.For example, mobile terminal is placed in knapsack, knapsack running, this time shift are then carried
Dynamic terminal can shake with the process of running, and then generate some operations, and the operation is that user is undesirable
Operation.Therefore, how mobile terminal is more accurately controlled, be a problem to be solved.
Summary of the invention
To overcome the problems in correlation technique, the disclosure provides a kind of method and device for controlling mobile terminal.
According to the first aspect of the embodiments of the present disclosure, a kind of method controlling mobile terminal is provided, comprising:
Whether the heeling condition numerical value of detection local terminal meets preset slant range；
When the heeling condition numerical value of local terminal meets preset slant range, detect local terminal acceleration whether be greater than it is default
Acceleration rate threshold；
When the acceleration of local terminal is greater than preset acceleration rate threshold, preset processing is triggered.
The technical scheme provided by this disclosed embodiment can include the following benefits: the present embodiment combination heeling condition
And acceleration, determined whether to trigger preset processing according to these two aspects information.Reduction judges whether because single according to acceleration
Mistake processing caused by triggering processing.Improve the accuracy of control and processing.
The heeling condition numerical value includes direction value and angle value；Alternatively, including projector distance value；
The slant range includes preset direction scope and angular range；Alternatively, including preset projector distance range.
The technical scheme provided by this disclosed embodiment can include the following benefits: the present embodiment provides two kinds of judgements
Foundation, one is the combinations in direction and angle, and one is be based on projector distance.Two ways may be incorporated for determining mobile terminal
Inclined degree, be applicable to a variety of mobile terminals or plurality of application scenes.
The heeling condition numerical value includes the direction value of the first axle in three-dimensional cartesian coordinate system and the direction value of the second axis,
And first axle and the corresponding angle value of the second axis；The preset direction scope includes in three-dimensional cartesian coordinate system
The direction scope of the direction scope of one axis and the second axis, the preset angular range include that first axle and the second axis respectively correspond
Angular range；
It is described when the heeling condition numerical value of local terminal meets preset slant range, whether the acceleration for detecting local terminal is greater than
Preset acceleration rate threshold, comprising: meet the direction of preset first axle and the second axis in the direction value of first axle and the second axis
Range and first axle and the corresponding angle value of the second axis meet preset first axle and the corresponding angle model of the second axis
When enclosing, local terminal is detected in the acceleration of third axis direction and whether is greater than preset acceleration rate threshold.
The technical scheme provided by this disclosed embodiment can include the following benefits: the present embodiment can pass through two axis
Direction determine the inclined degree of mobile terminal, the data volume in detection process can be reduced, improve detection efficiency.Cooperate third again
The acceleration detection of axis direction can get accurate testing result, and data volume needed for entire detection process is less, inspection
It is higher to survey efficiency.
The projector distance value obtains in the following manner:
By the linear projection between preset two reference points into three-dimensional cartesian coordinate system on each axis；
The length value of projection on each axis is determined as to project distance value on each axis.
The technical scheme provided by this disclosed embodiment can include the following benefits: present embodiments provide projection away from
Acquisition pattern from value, can determine the inclined degree of mobile terminal based on this reference quantity of projector distance value, realize process compared with
To be simple, detection efficiency is higher.
The direction scope includes that first axle is greater than 0 and second axis when being greater than 0, and the angular range includes big in first axle
It is greater than on 0 ° and the range less than 90 ° and the second axis in range, the second axis in -90 ° and less than 0 ° and is greater than -90 ° and less than 0 °
Range；Or
The direction scope include first axle be greater than 0 and second axis less than 0 when, the angular range includes big in first axle
It is greater than 0 ° and the range less than 90 ° in range and the second axis in -90 ° and less than 0 °；Or
The direction scope include first axle less than 0 and second axis less than 0 when, the angular range includes big in first axle
It is greater than -90 ° and the range less than 0 ° in range and the second axis in -90 ° and less than 0 °.
The technical scheme provided by this disclosed embodiment can include the following benefits: the slant range in the present embodiment
The case where eliminating horizontally or vertically holding movable terminal.In actual conditions, generally mobile terminal is placed in desktop or packet
It just will appear horizontally or vertically situation.It is difficult horizontally or vertically situation occur when being held in the hand inner, therefore can be true by slant range
Determining mobile terminal is in the hand of user, and user triggers preset processing by rocking mobile terminal.It reduces because shaking table
Face or the mistake shaking packet and generating are handled.
The direction scope includes that first axle is greater than 0 and second axis when being greater than 0, and the angular range includes big in first axle
It is in -80 ° and greater than -40 ° and small on 10 ° and the range less than 40 ° and the second axis less than being greater than on -40 ° of range, the second axis
In -10 ° of range；Or
The direction scope include first axle be greater than 0 and second axis less than 0 when, the angular range includes big in first axle
It is greater than 10 ° and the range less than 40 ° in range and the second axis in -80 ° and less than -40 °；Or
The direction scope include first axle less than 0 and second axis less than 0 when, the angular range includes big in first axle
It is greater than -40 ° and the range less than -10 ° in range and the second axis in -80 ° and less than -40 °.
The technical scheme provided by this disclosed embodiment can include the following benefits: inclination model provided in this embodiment
Enclose the inclined degree of mobile terminal when more meeting general hand-held mobile terminal, can accurate determining mobile terminal be located at user
Hand in.The acceleration generated at this time can be identified as being that user shakes mobile terminal consciously and generates.At this time triggering is pre-
If processing more meet the wish of user, it is more accurate to handle.
The direction value is obtained by the gravity sensor of local terminal；
The angle value is obtained by the direction sensor of local terminal；
The projector distance value is obtained by the gravity sensor of local terminal.
The technical scheme provided by this disclosed embodiment can include the following benefits: present embodiments providing one kind and obtains
The scheme for obtaining each skewed state value, can be realized by sensor existing in mobile terminal.
The preset slant range be it is multiple, different slant ranges corresponds to different processing；
When the acceleration in local terminal is greater than preset acceleration rate threshold, preset processing is triggered, comprising: in local terminal
When acceleration is greater than preset acceleration rate threshold, processing corresponding to the corresponding slant range of the heeling condition numerical value is triggered.
The technical scheme provided by this disclosed embodiment can include the following benefits: different inclination journeys in the present embodiment
Degree can trigger different processing, that is to say, that many processing can be triggered by shaking mobile terminal, and control mode is more
Flexibly, a variety of user demands can be met.
The method also includes: detection local terminal is placed in left hand or the right hand；
Whether the heeling condition numerical value of the detection local terminal meets preset slant range, comprising: detects the inclination of local terminal
Whether status values meet the corresponding preset direction of the hand detected and angular range.
The technical scheme provided by this disclosed embodiment can include the following benefits: a kind of inclination journey of mobile terminal
Degree, by the shake of different right-hand men, can trigger different processing, control mode is more flexible, can meet a variety of user demands.
The preset processing include: solve lock screen, switching song, into one in screening-mode and rotary interface or
It is multinomial.
The technical scheme provided by this disclosed embodiment can include the following benefits: the present embodiment is by shaking movement
Terminal can trigger a variety of processing, suitable for a variety of applications and different application scenarios.
According to the second aspect of an embodiment of the present disclosure, a kind of device controlling mobile terminal is provided, comprising:
Whether tilt detection module, the heeling condition numerical value for detecting local terminal meet preset slant range；
Acceleration detection module, for detecting local terminal when the heeling condition numerical value of local terminal meets preset slant range
Acceleration whether be greater than preset acceleration rate threshold；
Trigger module triggers preset processing when being greater than preset acceleration rate threshold for the acceleration in local terminal.
The heeling condition numerical value includes direction value and angle value；Alternatively, including projector distance value；
The slant range includes preset direction scope and angular range；Alternatively, including preset projector distance range.
The heeling condition numerical value includes the direction value of the first axle in three-dimensional cartesian coordinate system and the direction value of the second axis,
And first axle and the corresponding angle value of the second axis；The preset direction scope includes in three-dimensional cartesian coordinate system
The direction scope of the direction scope of one axis and the second axis, the preset angular range include that first axle and the second axis respectively correspond
Angular range；
The acceleration detection module includes:
First acceleration unit, for meeting preset first axle and the second axis in the direction value of first axle and the second axis
Direction scope and first axle and the corresponding angle value of the second axis meet preset first axle and the corresponding angle of the second axis
When spending range, local terminal is detected in the acceleration of third axis direction and whether is greater than preset acceleration rate threshold.
Described device further include:
Projection module, for by the linear projection between preset two reference points into three-dimensional cartesian coordinate system each axis
On；
Spacing module projects distance value on each axis for being determined as the length value of the projection on each axis.
The direction scope includes that first axle is greater than 0 and second axis when being greater than 0, and the angular range includes big in first axle
It is greater than on 0 ° and the range less than 90 ° and the second axis in range, the second axis in -90 ° and less than 0 ° and is greater than -90 ° and less than 0 °
Range；Or
The direction scope include first axle be greater than 0 and second axis less than 0 when, the angular range includes big in first axle
It is greater than 0 ° and the range less than 90 ° in range and the second axis in -90 ° and less than 0 °；Or
The direction scope include first axle less than 0 and second axis less than 0 when, the angular range includes big in first axle
It is greater than -90 ° and the range less than 0 ° in range and the second axis in -90 ° and less than 0 °.
The direction scope includes that first axle is greater than 0 and second axis when being greater than 0, and the angular range includes big in first axle
It is in -80 ° and greater than -40 ° and small on 10 ° and the range less than 40 ° and the second axis less than being greater than on -40 ° of range, the second axis
In -10 ° of range；Or
The direction scope include first axle be greater than 0 and second axis less than 0 when, the angular range includes big in first axle
It is greater than 10 ° and the range less than 40 ° in range and the second axis in -80 ° and less than -40 °；Or
The direction scope include first axle less than 0 and second axis less than 0 when, the angular range includes big in first axle
It is greater than -40 ° and the range less than -10 ° in range and the second axis in -80 ° and less than -40 °.
The direction value is obtained by the gravity sensor of local terminal；
The angle value is obtained by the direction sensor of local terminal；
The projector distance value is obtained by the gravity sensor of local terminal.
The preset slant range be it is multiple, different slant ranges corresponds to different processing；
The trigger module triggers the heeling condition numerical value when the acceleration of local terminal is greater than preset acceleration rate threshold
Processing corresponding to corresponding slant range.
Described device further include:
Right-hand man's detection module is placed in left hand or the right hand for detecting local terminal；
The tilt detection module includes:
First tilt detection unit, it is corresponding pre- whether the heeling condition numerical value for detecting local terminal meets the hand detected
If direction and angular range.
The preset processing include: solve lock screen, switching song, into one in screening-mode and rotary interface or
It is multinomial.
According to the third aspect of an embodiment of the present disclosure, a kind of device controlling mobile terminal is provided, comprising:
Processor；
Memory for storage processor executable instruction；
Wherein, the processor is configured to:
Whether the heeling condition numerical value of detection local terminal meets preset slant range；
When the heeling condition numerical value of local terminal meets preset slant range, detect local terminal acceleration whether be greater than it is default
Acceleration rate threshold；
When the acceleration of local terminal is greater than preset acceleration rate threshold, preset processing is triggered.
It should be understood that above general description and following detailed description be only it is exemplary and explanatory, not
The disclosure can be limited.
Detailed description of the invention
The drawings herein are incorporated into the specification and forms part of this specification, and shows and meets implementation of the invention
Example, and be used to explain the principle of the present invention together with specification.
Fig. 1 is a kind of flow chart of method for controlling mobile terminal shown according to an exemplary embodiment.
Fig. 2 is a kind of schematic diagram of heeling condition shown according to an exemplary embodiment.
Fig. 3 is a kind of schematic diagram of heeling condition shown according to an exemplary embodiment.
Fig. 4 is a kind of schematic diagram of heeling condition shown according to an exemplary embodiment.
Fig. 5 is a kind of schematic diagram of heeling condition shown according to an exemplary embodiment.
Fig. 6 is a kind of schematic diagram of heeling condition shown according to an exemplary embodiment.
Fig. 7 is a kind of schematic diagram of heeling condition shown according to an exemplary embodiment.
Fig. 8 is a kind of schematic diagram of heeling condition shown according to an exemplary embodiment.
Fig. 9 is a kind of schematic diagram of heeling condition shown according to an exemplary embodiment.
Figure 10 is a kind of schematic diagram of heeling condition shown according to an exemplary embodiment.
Figure 11 is a kind of schematic diagram of heeling condition shown according to an exemplary embodiment.
Figure 12 A is a kind of schematic diagram of heeling condition shown according to an exemplary embodiment.
Figure 12 B is a kind of schematic diagram of heeling condition shown according to an exemplary embodiment.
Figure 13 is a kind of schematic diagram of heeling condition shown according to an exemplary embodiment.
Figure 14 is a kind of schematic diagram of heeling condition shown according to an exemplary embodiment.
Figure 15 is a kind of schematic diagram of heeling condition shown according to an exemplary embodiment.
Figure 16 is a kind of schematic diagram of heeling condition shown according to an exemplary embodiment.
Figure 17 is a kind of schematic diagram of heeling condition shown according to an exemplary embodiment.
Figure 18 is a kind of schematic diagram of heeling condition shown according to an exemplary embodiment.
Figure 19 is a kind of flow chart of method for controlling mobile terminal shown according to an exemplary embodiment.
Figure 20 is a kind of flow chart of method for controlling mobile terminal shown according to an exemplary embodiment.
Figure 21 is a kind of block diagram of device for controlling mobile terminal shown according to an exemplary embodiment.
Figure 22 is a kind of block diagram of acceleration detection module shown according to an exemplary embodiment.
Figure 23 is a kind of block diagram of device for controlling mobile terminal shown according to an exemplary embodiment.
Figure 24 is a kind of block diagram of device for controlling mobile terminal shown according to an exemplary embodiment.
Figure 25 is a kind of block diagram of tilt detection module shown according to an exemplary embodiment.
Figure 26 is a kind of block diagram of device shown according to an exemplary embodiment.
Specific embodiment
Example embodiments are described in detail here, and the example is illustrated in the accompanying drawings.Following description is related to
When attached drawing, unless otherwise indicated, the same numbers in different drawings indicate the same or similar elements.Following exemplary embodiment
Described in embodiment do not represent all embodiments consistented with the present invention.On the contrary, they be only with it is such as appended
The example of device and method being described in detail in claims, some aspects of the invention are consistent.
In the related technology, some processing can be triggered by detection acceleration.But the acceleration generated in some scenarios
Degree is not as user and shakes mobile terminal and generate.For example, mobile terminal is vertically inserted in the pocket of knapsack, carrying
When knapsack is run, mobile terminal can generate the acceleration in vertical direction, will be based on some processing of detection above-mentioned measurement triggering.
But at this moment user does not shake mobile terminal, it is undesirable to triggering processing.The processing triggered at this time is accidentally to handle.It is asked to solve this
Topic, the present embodiment determine the acceleration that mobile terminal is located in the hand of user, generates at this time by the inclined degree of mobile terminal
The acceleration that degree generates for user's shake mobile terminal, the processing at this moment triggered more meet the wish of user, handle subject to more
Really.
Fig. 1 is a kind of flow chart of method for controlling mobile terminal shown according to an exemplary embodiment, such as Fig. 1 institute
Show, this method can be realized by mobile terminal, comprising the following steps:
In a step 101, whether the heeling condition numerical value for detecting local terminal meets preset slant range.In the inclination of local terminal
When status values meet preset slant range, continues step 102, otherwise terminate this process, step 101 can be continued.
In a step 102, whether the acceleration for detecting local terminal is greater than preset acceleration rate threshold.It is big in the acceleration of local terminal
When preset acceleration rate threshold, continues step 103, otherwise terminate this process, step 101 can be continued.
In step 103, preset processing is triggered.
The present embodiment judges whether mobile terminal is placed in user by the way that whether heeling condition meets preset slant range
Hand in, in the case where user holds mobile terminal, then by acceleration judge whether user shakes mobile terminal.Meeting
In above-mentioned two situation, preset processing is triggered, realizes and triggers preset processing when user shakes mobile terminal.Compared to simple
Judgement based on acceleration triggers preset processing and is determined whether in conjunction with heeling condition and acceleration according to these two aspects information
Trigger preset processing.It can reduce and judge whether that the mistake caused by triggering processing is handled according to acceleration because single.Improve control
With the accuracy of processing.
In one embodiment, the heeling condition numerical value includes direction value and angle value；Alternatively, including projector distance
Value.Correspondingly, the slant range includes preset direction scope and angular range；Alternatively, including preset projector distance model
It encloses.That is, present embodiments providing the implementation of two kinds of determining heeling conditions.Mode A1 is true by direction and angle
Determine heeling condition.Mode A2 is to determine heeling condition by projector distance.
In mode A1, acceptable there are many implementations, such as mode B1 and mode B2.
In mode B1, mobile terminal is placed in three-dimensional cartesian coordinate system, passes through the gravity sensor in mobile terminal
And direction sensor, it can get direction value and angle value of the mobile terminal on three axis (X, Y, Z axis).It can be by three axis
Direction value and angle value can accurate determining mobile terminal inclined degree.When on three axis direction value and angle value it is equal
When meeting corresponding preset direction scope and angular range, determine that mobile terminal is located in the hand of user.It detects again mobile whole
Whether the acceleration at end is greater than preset acceleration rate threshold, that is, judges whether the shaking of mobile terminal reaches certain journey
Degree reduces the mistake processing that weak vibrations generate.When acceleration is greater than acceleration rate threshold, preset processing is triggered.It detects herein
Acceleration can be the acceleration of any direction.
Acceleration in the present embodiment can be linear acceleration, be also possible to acceleration of gravity, be also possible to linearly add
Speed and acceleration of gravity and, total acceleration.Which kind of acceleration detected.From orientation angle, acceleration includes X-direction
Acceleration, the acceleration of Y direction and the acceleration of Z-direction, can also be the resultant acceleration of three axis directions.Detection
The acceleration in which direction.
In mode B2, since the shape of mobile terminal is generally cuboid, two neighboring face is mutually perpendicular to.Therefore, may be used
It is the inclined degree that can determine mobile terminal to pass through the direction value and angle value of two axis, reduces the data volume of detection, improve
Detection efficiency.Then, the heeling condition numerical value includes the direction value of the first axle in three-dimensional cartesian coordinate system and the side of the second axis
To value and first axle and the corresponding angle value of the second axis；The preset direction scope includes three-dimensional cartesian coordinate system
In first axle direction scope and the second axis direction scope, the preset angular range includes first axle and the second axis point
Not corresponding angular range.
Therefore, in a step 102, meet the side of preset first axle and the second axis in the direction value of first axle and the second axis
Meet preset first axle and the corresponding angle of the second axis to range and first axle and the corresponding angle value of the second axis
When range, local terminal is detected in the acceleration of third axis direction and whether is greater than preset acceleration rate threshold.For example, first axle is Y-axis
(vertical direction), the second axis are Z axis (longitudinal direction), and third axis is X-axis (horizontal direction).
It can detecte the acceleration in any one direction in a step 102.But according to the holding mobile terminal of user
Habit, and the habit of mobile terminal is shaken, it is larger compared to the acceleration in other directions in the acceleration of third axis direction and logical
Crossing gravity sensor can be easier to obtain the acceleration of axis direction.Therefore pass through the acceleration of detection third axis direction in mode B2
It can the accurate testing result of acquisition faster.
Acceleration mentioned above can be obtained by gravity sensor.If having baroceptor in mobile terminal, and air pressure
Sensor is sensitive enough, the variation of height above sea level can also be obtained by the variation for the air pressure that baroceptor detects, in turn
Obtain the acceleration of mobile terminal.
For example, may lie against on desktop if mobile terminal is not interposing in the hand of user, or found the pocket in knapsack
In.Shown in referring to figs. 2 and 3, when mobile terminal is lain against on desktop, if the main view of mobile terminal is face-down, Z-direction
Angle is 0 °, and the angle of Y direction is 90 °；If the main view of mobile terminal is face-up, the angle of Z-direction is 0 °, Y-axis side
To angle be -90 °.Referring to fig. 4 and shown in Fig. 5, when mobile terminal is stood in the pocket of knapsack, if the main-vision surface of mobile terminal
Towards a left side, then the angle of Z-direction is 90 °, and the angle of Y direction is 0 °；If the main-vision surface of mobile terminal is towards the right side, Z-direction
Angle be -90 °, the angle of Y direction is 0 °.
Therefore, in order to exclude Fig. 2-situation shown in fig. 5, in one embodiment, the direction scope includes first axle
Greater than 0 and second axis be greater than 0 when, the angular range includes being greater than -90 ° and the range less than 0 ° in first axle, on the second axis
It is greater than -90 ° and the range less than 0 ° in range and the second axis greater than 0 ° and less than 90 °.Alternatively, the direction scope includes the
One axis be greater than 0 and second axis less than 0 when, the angular range include in first axle be greater than -90 ° and the range less than 0 ° and second
It is greater than 0 ° and the range less than 90 ° on axis.Alternatively, the direction scope include first axle less than 0 and second axis less than 0 when, institute
Stating angular range includes being greater than on -90 ° and the range less than 0 ° and the second axis to be greater than -90 ° and the range less than 0 ° in first axle.
Angular range can be suitably reduced in order to improve the accuracy of detection according to the habit that user holds mobile terminal.Such as
In one embodiment, the direction scope includes that first axle is greater than 0 and second axis when being greater than 0, and the angular range includes the
Be greater than greater than 10 ° in range, the second axis on one axis greater than -80 ° and less than -40 ° and on the range less than 40 ° and the second axis -
40 ° and the range less than -10 °.Alternatively, the direction scope include first axle be greater than 0 and second axis less than 0 when, the angle
Range includes being greater than on -80 ° and the range less than -40 ° and the second axis to be greater than 10 ° and the range less than 40 ° in first axle.Or
Person, the direction scope include first axle less than 0 and second axis less than 0 when, the angular range include be greater than in first axle-
It is greater than -40 ° on 80 ° and the range less than -40 ° and the second axis and is less than -10 ° of range.
For example, with reference to shown in Fig. 6-Fig. 9.When the common 4 kinds of holdings mobile terminal of user is shown, mobile terminal
Heeling condition.The moving direction of mobile terminal when direction arrow in figure indicates to shake mobile terminal, that is, generate acceleration
Direction.
Fig. 6 shows the right hand and holds mobile terminal, and mobile terminal main view it is face-up when, mobile terminal presentation is faced upward a left side
The heeling condition inclined.That is, mobile terminal is greater than 0 and direction of the Z axis greater than 0 towards Y-axis.Since everyone posture habit is different,
So the range of tilt angles in Y-axis is greater than -80 ° and to be less than -40 °, shown in Figure 10, the tilt angle on Z axis
Range be greater than 10 ° and less than 40 °, it is shown in Figure 11.Wherein, 1001 direction of the mobile terminal in Y-axis, the direction are indicated
Substantially consistent with the positive direction of Y-axis.1101 indicate direction of the mobile terminals on Z axis, the direction substantially with the positive direction of Z axis one
It causes.
Fig. 7 shows left-handed mobile terminal, and mobile terminal main view it is face-up when, mobile terminal presentation is faced upward the right side
The heeling condition inclined.That is, mobile terminal is greater than 0 and direction of the Z axis greater than 0 towards Y-axis, since everyone posture habit is different,
So the range of tilt angles in Y-axis is greater than -80 ° and to be less than -40 °, the range of tilt angles on Z axis is greater than -40 °
And it is less than -10 °.
Fig. 8 shows the right hand and holds mobile terminal, and mobile terminal main view it is face-down when, mobile terminal is presented and is bowed a left side
The heeling condition inclined.That is, mobile terminal is greater than 0 and direction of the Z axis less than 0 towards Y-axis, since everyone posture habit is different,
So the range of tilt angles in Y-axis is greater than -80 ° and to be less than -40 °, the range of tilt angles on Z axis is greater than 10 °
And less than 40 °.
Fig. 9 shows left-handed mobile terminal, and mobile terminal main view it is face-down when, the right side of bowing is presented in mobile terminal
The heeling condition inclined.That is, mobile terminal towards Y-axis less than 0 and direction of the Z axis less than 0, since everyone posture habit is different,
So the range of tilt angles in Y-axis is greater than -80 ° and to be less than -40 °, the range of tilt angles on Z axis is greater than -40 °
And it is less than -10 °.
In mode A2, the projector distance value obtains in the following manner: will be between preset two reference points
Linear projection into three-dimensional cartesian coordinate system on each axis；The length value of projection on each axis is determined as in each axis
Upper projection distance value.Drop shadow effect is as illustrated in fig. 12.
Reference point in the present embodiment can be the point of any two on mobile terminal, for example, with reference to shown in Figure 12 B, with a
Point and b point are reference point.A point is placed on the origin in three-dimensional cartesian coordinate system.The coordinate of the point of a in this way is (0,0,0).B point
X, y and z in coordinate (x, y, z) are respectively the projector distance value on X, Y and Z axis.The advantages of handling in this way is can to reduce really
The calculation amount for determining projector distance value can directly determine projector distance value according to the coordinate value of b point.
For example, the distance of a, b point-to-point transmission be 9 millimeters, that is to say, that mobile terminal with a thickness of 9 millimeters.As shown in figure 13,
When mobile terminal is horizontal positioned and main view is face-up, b point coordinate is (0,9,0).As shown in figure 14, mobile terminal it is horizontal positioned and
When main view is face-down, b point coordinate is (0, -9,0).As shown in figure 15, vertical positive (head-up) placement of mobile terminal and main view
When facing direction of the Z axis less than 0, b point coordinate is (0,0, -9).As shown in figure 16, mobile terminal is reversely put (upside down) vertically
Set and main-vision surface towards Z axis be greater than 0 direction when, b point coordinate be (0,0,9).As shown in figure 17, the vertical positive (head of mobile terminal
It places upward) and when direction of the main-vision surface towards X-axis less than 0, b point coordinate is (0,0, -9).As shown in figure 18, mobile terminal is vertical
When forward direction (head-up) is placed and main-vision surface is greater than 0 direction towards X-axis, b point coordinate is (0,0,9).
In order to avoid situation shown in Figure 13-Figure 18, b point coordinate value is less than 9.The open interval (0,9) is to project
Distance range.
In order to more meet the habit that user holds mobile terminal, more suitable throwing can be calculated according to angular range above-mentioned
Shadow distance range, if Y axis coordinate range is (5,8), Z axis coordinate range is (Isosorbide-5-Nitrae).
By b point coordinate determine meet projector distance range after, can further detect mobile terminal acceleration whether
Greater than preset acceleration rate threshold.Acceleration herein can be the acceleration on any direction.For example, using X-direction
Acceleration.
It forgoing describes different hands and holds mobile terminal, the slant range of mobile terminal is different, still by detection left hand
The right hand holds mobile terminal, can reduce determining slant range.For example, in one embodiment, the method also includes steps
D1.In step D1, detection local terminal is placed in left hand or the right hand.Then in a step 101, the heeling condition numerical value for detecting local terminal is
It is no to meet the corresponding preset direction of hand (left or right hand) detected and angular range.
Wherein, step D1 can incude and sell for example, there is sensor in the side of mobile terminal there are many implementation
The contact area of finger.By taking Fig. 6 as an example, the area of the left contact finger of mobile terminal is greater than right side, it is determined that holds for the right hand
Mobile terminal.It can be identified as left-handed mobile terminal on the contrary.For another example, for user when holding mobile terminal, finger may be with touching
Screen contact is touched, can determine the area of contact finger by touch screen.Or by taking Fig. 6 as an example, the left contact finger of mobile terminal
Area be greater than right side, it is determined that for the right hand hold mobile terminal.It can be identified as left-handed mobile terminal on the contrary.
Either mode A1 or mode A2, effect are for detecting that mobile terminal is located in user hand.Then
Gone out by acceleration detection is that user is shaking mobile terminal.It can trigger a variety of processing by shaking mobile terminal.
For the ease of triggering various processing, in one embodiment, the preset slant range be it is multiple, different inclines
Oblique range corresponds to different processing.Then in step 103, when the acceleration of local terminal is greater than preset acceleration rate threshold, triggering
Processing corresponding to the corresponding slant range of the heeling condition numerical value.
For example, the preset processing includes: solution lock screen, switching song, into screening-mode and rotary interface
It is one or more.It can also include other processing, a different citing herein.For example, song is currently played in mobile terminal, it is preceding
Platform is currently running player application.The shake triggering switching song shown in fig. 6 faced upward under left-leaning state, plays next.Fig. 7
Shown in face upward under Right deviation state shake triggering turn volume down.The shake triggering bowed under left-leaning state on shown in Fig. 8 tunes up
Volume.Shake triggering under Right deviation of bowing on shown in Fig. 9 state repeats playing current song.
The corresponding processing of slant range can be configured by user flexibility, or use default configuration.
One slant range can an only corresponding processing.In order in the limited situation of slant range increase can trigger
Processing can trigger not in the case where determining slant range according to right-hand man's difference in conjunction with the detection in step D1 to right-hand man
Same processing.
The realization process of control mobile terminal is discussed in detail below by several embodiments.
Figure 19 is a kind of flow chart of method for controlling mobile terminal shown according to an exemplary embodiment, such as Figure 19 institute
Show, this method can be realized by mobile terminal, comprising the following steps:
In step 1901, the direction value and angle value of local terminal are obtained.
In step 1902, whether the direction value and angle value of the first axle and the second axis that detect local terminal meet preset direction
Range and angular range.When the direction value and angle value of local terminal meet preset direction scope and angular range, continue step
1903, otherwise terminate this process, step 1901 can be continued.
In step 1903, acceleration of the local terminal on third axis is obtained.
In step 1904, detect whether acceleration of the local terminal on third axis is greater than preset acceleration rate threshold.At this
When the acceleration at end is greater than preset acceleration rate threshold, continues step 1905, otherwise terminate this process, step can be continued
1901。
In step 1905, the direction scope and the corresponding processing of angular range of satisfaction are triggered.
Figure 20 is a kind of flow chart of method for controlling mobile terminal shown according to an exemplary embodiment, such as Figure 20 institute
Show, this method can be realized by mobile terminal, comprising the following steps:
In step 2001, the coordinate of the reference point of local terminal is obtained.
In step 2002, whether the coordinate value of detection local terminal reference point meets preset projector distance range.In local terminal
When coordinate value meets preset projector distance range, continues step 2003, otherwise terminate this process, step 2001 can be continued.
In step 2003, linear acceleration of the local terminal in X-axis is obtained.
In step 2004, detect whether linear acceleration of the local terminal in X-axis is greater than preset linear acceleration threshold value.
When the linear acceleration of local terminal is greater than preset linear acceleration threshold value, continues step 2005, otherwise terminate this process, it can
Continue step 2001.
In step 2005, the corresponding processing of projector distance range of satisfaction is triggered.
By the realization process described above for having understood control mobile terminal, which is realized by mobile terminal, below needle
The internal structure and function of the equipment are introduced.
Figure 21 is a kind of schematic device for controlling mobile terminal shown according to an exemplary embodiment.Reference Figure 21,
The device includes: tilt detection module 2101, acceleration detection module 2102 and trigger module 2103.
Whether tilt detection module 2101, the heeling condition numerical value for detecting local terminal meet preset slant range.
Acceleration detection module 2102, for detecting when the heeling condition numerical value of local terminal meets preset slant range
Whether the acceleration of local terminal is greater than preset acceleration rate threshold.
Trigger module 2103 triggers preset processing when being greater than preset acceleration rate threshold for the acceleration in local terminal.
In one embodiment, the heeling condition numerical value includes direction value and angle value；Alternatively, including projector distance
Value.Correspondingly, the slant range includes preset direction scope and angular range；Alternatively, including preset projector distance model
It encloses.
In one embodiment, the heeling condition numerical value include the first axle in three-dimensional cartesian coordinate system direction value and
The direction value and first axle and the corresponding angle value of the second axis of second axis；The preset direction scope includes three-dimensional
The direction scope of the direction scope of first axle in rectangular coordinate system and the second axis, the preset angular range includes first axle
Angular range corresponding with the second axis.
As shown in figure 22, the acceleration detection module 2102 includes: the first acceleration unit 21021.
First acceleration unit 21021, for meeting preset first axle and in the direction value of first axle and the second axis
The direction scope and first axle and the corresponding angle value of the second axis of two axis meet preset first axle and the second axis is right respectively
When the angular range answered, local terminal is detected in the acceleration of third axis direction and whether is greater than preset acceleration rate threshold.
In one embodiment, as shown in figure 23, described device further include: projection module 2104 and spacing module 2105.
Projection module 2104, for the linear projection between preset two reference points is each into three-dimensional cartesian coordinate system
On a axis.
Spacing module 2105, for the length value of the projection on each axis to be determined as the projector distance on each axis
Value.
In one embodiment, the direction scope include first axle be greater than 0 and second axis be greater than 0 when, the angle model
It encloses and is greater than in 0 ° and range and the second axis less than 90 ° in -90 ° and range less than 0 °, the second axis including being greater than in first axle
Range greater than -90 ° and less than 0 °.
Alternatively, the direction scope include first axle be greater than 0 and second axis less than 0 when, the angular range include first
It is greater than on -90 ° and the range less than 0 ° and the second axis on axis and is greater than 0 ° and the range less than 90 °.
Alternatively, the direction scope include first axle less than 0 and second axis less than 0 when, the angular range includes first
It is greater than on -90 ° and the range less than 0 ° and the second axis on axis and is greater than -90 ° and the range less than 0 °.
In one embodiment, the direction scope include first axle be greater than 0 and second axis be greater than 0 when, the angle model
It encloses including being greater than -80 ° in first axle and range less than -40 °, being greater than 10 ° and range and the second axis less than 40 ° on the second axis
The upper range greater than -40 ° and less than -10 °.
Alternatively, the direction scope include first axle be greater than 0 and second axis less than 0 when, the angular range include first
It is greater than on -80 ° and the range less than -40 ° and the second axis on axis and is greater than 10 ° and the range less than 40 °.
Alternatively, the direction scope include first axle less than 0 and second axis less than 0 when, the angular range includes first
It is greater than the range for being greater than -40 ° on -80 ° and the range less than -40 ° and the second axis and being less than -10 ° on axis.
In one embodiment, the direction value is obtained by the gravity sensor of local terminal；The angle value is logical
Cross the direction sensor acquisition of local terminal；The projector distance value is obtained by the gravity sensor of local terminal.
In one embodiment, the preset slant range is multiple, and different slant ranges corresponds to different processing,
The trigger module 2103 triggers the heeling condition when the acceleration of local terminal is greater than preset acceleration rate threshold
Processing corresponding to the corresponding slant range of numerical value.
In one embodiment, as shown in figure 24, described device further include: right-hand man's detection module 2106.
Right-hand man's detection module 2106 is placed in left hand or the right hand for detecting local terminal.
As shown in figure 25, the tilt detection module 2101 includes: the first tilt detection unit 21011.
Whether the first tilt detection unit 21011, the heeling condition numerical value for detecting local terminal meet the hand pair detected
The preset direction answered and angular range.
In one embodiment, the preset processing includes: solution lock screen, switching song, into screening-mode and rotation
Turn one or more in interface.
About the device in above-described embodiment, wherein modules execute the concrete mode of operation in related this method
Embodiment in be described in detail, no detailed explanation will be given here.
Figure 26 is shown according to an exemplary embodiment a kind of for controlling the block diagram of the device 2600 of mobile terminal.Example
Such as, device 2600 can be mobile phone, computer, digital broadcasting terminal, messaging device, game console, and plate is set
It is standby, Medical Devices, body-building equipment, personal digital assistant etc..
Referring to Figure 26, device 2600 may include following one or more components: processing component 2602, memory 2604,
Power supply module 2606, multimedia component 2608, audio component 2610, the interface 2612 of input/output (I/O), sensor module
2614 and communication component 2616.
The integrated operation of the usual control device 2600 of processing component 2602, such as with display, telephone call, data communication,
Camera operation and record operate associated operation.Processing component 2602 may include one or more processors 2620 to execute
Instruction, to perform all or part of the steps of the methods described above.In addition, processing component 2602 may include one or more moulds
Block, convenient for the interaction between processing component 2602 and other assemblies.For example, processing component 2602 may include multi-media module,
To facilitate the interaction between multimedia component 2608 and processing component 2602.
Memory 2604 is configured as storing various types of data to support the operation in equipment 2600.These data
Example includes the instruction of any application or method for operating on device 2600, contact data, telephone book data,
Message, picture, video etc..Memory 2604 can by any kind of volatibility or non-volatile memory device or they
Combination is realized, such as static random access memory (SRAM), electrically erasable programmable read-only memory (EEPROM), it is erasable can
Program read-only memory (EPROM), programmable read only memory (PROM), read-only memory (ROM), magnetic memory, flash memory
Reservoir, disk or CD.
Electric power assembly 2606 provides electric power for the various assemblies of device 2600.Electric power assembly 2606 may include power management
System, one or more power supplys and other with for device 2600 generate, manage, and distribute the associated component of electric power.
Multimedia component 2608 includes the screen of one output interface of offer between described device 2600 and user.?
In some embodiments, screen may include liquid crystal display (LCD) and touch panel (TP).If screen includes touch panel,
Screen may be implemented as touch screen, to receive input signal from the user.Touch panel includes that one or more touch passes
Sensor is to sense the gesture on touch, slide, and touch panel.The touch sensor can not only sense touch or sliding is dynamic
The boundary of work, but also detect duration and pressure associated with the touch or slide operation.In some embodiments, more
Media component 2608 includes a front camera and/or rear camera.When equipment 2600 is in operation mode, as shot mould
When formula or video mode, front camera and/or rear camera can receive external multi-medium data.Each preposition camera shooting
Head and rear camera can be a fixed optical lens system or have focusing and optical zoom capabilities.
Audio component 2610 is configured as output and/or input audio signal.For example, audio component 2610 includes a wheat
Gram wind (MIC), when device 2600 is in operation mode, when such as call mode, recording mode, and voice recognition mode, microphone quilt
It is configured to receive external audio signal.The received audio signal can be further stored in memory 2604 or via communication
Component 2616 is sent.In some embodiments, audio component 2610 further includes a loudspeaker, is used for output audio signal.
I/O interface 2612 provides interface, above-mentioned peripheral interface module between processing component 2602 and peripheral interface module
It can be keyboard, click wheel, button etc..These buttons may include, but are not limited to: home button, volume button, start button and
Locking press button.
Sensor module 2614 includes one or more sensors, and the state for providing various aspects for device 2600 is commented
Estimate.For example, sensor module 2614 can detecte the state that opens/closes of equipment 2600, the relative positioning of component, such as institute
The display and keypad that component is device 2600 are stated, sensor module 2614 can be with detection device 2600 or device 2600
The position change of one component, the existence or non-existence that user contacts with device 2600,2600 orientation of device or acceleration/deceleration and
The temperature change of device 2600.Sensor module 2614 may include proximity sensor, be configured in not any object
It is detected the presence of nearby objects when reason contact.Sensor module 2614 can also include optical sensor, as CMOS or ccd image are passed
Sensor, for being used in imaging applications.In some embodiments, which can also include acceleration sensing
Device, gyro sensor, Magnetic Sensor, pressure sensor or temperature sensor.
Communication component 2616 is configured to facilitate the communication of wired or wireless way between device 2600 and other equipment.Dress
The wireless network based on communication standard, such as WiFi can be accessed by setting 2600,2G or 3G or their combination.It is exemplary at one
In embodiment, communication component 2616 receives broadcast singal or broadcast correlation from external broadcasting management system via broadcast channel
Information.In one exemplary embodiment, the communication component 2616 further includes near-field communication (NFC) module, to promote short distance
Communication.For example, radio frequency identification (RFID) technology, Infrared Data Association (IrDA) technology, ultra wide band can be based in NFC module
(UWB) technology, bluetooth (BT) technology and other technologies are realized.
In the exemplary embodiment, device 2600 can be by one or more application specific integrated circuit (ASIC), number
Signal processor (DSP), digital signal processing appts (DSPD), programmable logic device (PLD), field programmable gate array
(FPGA), controller, microcontroller, microprocessor or other electronic components are realized, for executing the above method.
In the exemplary embodiment, a kind of non-transitorycomputer readable storage medium including instruction, example are additionally provided
It such as include the memory 2604 of instruction, above-metioned instruction can be executed by the processor 2620 of device 2600 to complete the above method.Example
Such as, the non-transitorycomputer readable storage medium can be ROM, random access memory (RAM), CD-ROM, tape, soft
Disk and optical data storage devices etc..
A kind of device controlling mobile terminal, comprising:
Processor；
Memory for storage processor executable instruction；
Wherein, the processor is configured to:
Whether the heeling condition numerical value of detection local terminal meets preset slant range；
When the heeling condition numerical value of local terminal meets preset slant range, detect local terminal acceleration whether be greater than it is default
Acceleration rate threshold；
When the acceleration of local terminal is greater than preset acceleration rate threshold, preset processing is triggered.
The processor can be additionally configured to:
The heeling condition numerical value includes direction value and angle value；Alternatively, including projector distance value；
The slant range includes preset direction scope and angular range；Alternatively, including preset projector distance range.
The processor can be additionally configured to:
The heeling condition numerical value includes the direction value of the first axle in three-dimensional cartesian coordinate system and the direction value of the second axis,
And first axle and the corresponding angle value of the second axis；The preset direction scope includes in three-dimensional cartesian coordinate system
The direction scope of the direction scope of one axis and the second axis, the preset angular range include that first axle and the second axis respectively correspond
Angular range；
It is described when the heeling condition numerical value of local terminal meets preset slant range, whether the acceleration for detecting local terminal is greater than
Preset acceleration rate threshold, comprising: meet the direction of preset first axle and the second axis in the direction value of first axle and the second axis
Range and first axle and the corresponding angle value of the second axis meet preset first axle and the corresponding angle model of the second axis
When enclosing, local terminal is detected in the acceleration of third axis direction and whether is greater than preset acceleration rate threshold.
The processor can be additionally configured to:
The projector distance value obtains in the following manner:
By the linear projection between preset two reference points into three-dimensional cartesian coordinate system on each axis；
The length value of projection on each axis is determined as to project distance value on each axis.
The processor can be additionally configured to:
The direction scope includes that first axle is greater than 0 and second axis when being greater than 0, and the angular range includes big in first axle
It is greater than on 0 ° and the range less than 90 ° and the second axis in range, the second axis in -90 ° and less than 0 ° and is greater than -90 ° and less than 0 °
Range；Or
The direction scope include first axle be greater than 0 and second axis less than 0 when, the angular range includes big in first axle
It is greater than 0 ° and the range less than 90 ° in range and the second axis in -90 ° and less than 0 °；Or
The direction scope include first axle less than 0 and second axis less than 0 when, the angular range includes big in first axle
It is greater than -90 ° and the range less than 0 ° in range and the second axis in -90 ° and less than 0 °.
The processor can be additionally configured to:
The direction scope includes that first axle is greater than 0 and second axis when being greater than 0, and the angular range includes big in first axle
It is in -80 ° and greater than -40 ° and small on 10 ° and the range less than 40 ° and the second axis less than being greater than on -40 ° of range, the second axis
In -10 ° of range；Or
The direction scope include first axle be greater than 0 and second axis less than 0 when, the angular range includes big in first axle
It is greater than 10 ° and the range less than 40 ° in range and the second axis in -80 ° and less than -40 °；Or
The direction scope include first axle less than 0 and second axis less than 0 when, the angular range includes big in first axle
It is greater than -40 ° and the range less than -10 ° in range and the second axis in -80 ° and less than -40 °.
The processor can be additionally configured to:
The direction value is obtained by the gravity sensor of local terminal；
The angle value is obtained by the direction sensor of local terminal；
The projector distance value is obtained by the gravity sensor of local terminal.
The processor can be additionally configured to:
The preset slant range be it is multiple, different slant ranges corresponds to different processing；
When the acceleration in local terminal is greater than preset acceleration rate threshold, preset processing is triggered, comprising: in local terminal
When acceleration is greater than preset acceleration rate threshold, processing corresponding to the corresponding slant range of the heeling condition numerical value is triggered.
The processor can be additionally configured to:
The method also includes: detection local terminal is placed in left hand or the right hand；
Whether the heeling condition numerical value of the detection local terminal meets preset slant range, comprising: detects the inclination of local terminal
Whether status values meet the corresponding preset direction of the hand detected and angular range.
The processor can be additionally configured to:
The preset processing include: solve lock screen, switching song, into one in screening-mode and rotary interface or
It is multinomial.
A kind of non-transitorycomputer readable storage medium, when the instruction in the storage medium is by the processing of mobile terminal
When device executes, so that mobile terminal is able to carry out a kind of method for controlling mobile terminal, which comprises
Whether the heeling condition numerical value of detection local terminal meets preset slant range；
When the heeling condition numerical value of local terminal meets preset slant range, detect local terminal acceleration whether be greater than it is default
Acceleration rate threshold；
When the acceleration of local terminal is greater than preset acceleration rate threshold, preset processing is triggered.
Instruction in the storage medium can also include:
The heeling condition numerical value includes direction value and angle value；Alternatively, including projector distance value；
The slant range includes preset direction scope and angular range；Alternatively, including preset projector distance range.
Instruction in the storage medium can also include:
The heeling condition numerical value includes the direction value of the first axle in three-dimensional cartesian coordinate system and the direction value of the second axis,
And first axle and the corresponding angle value of the second axis；The preset direction scope includes in three-dimensional cartesian coordinate system
The direction scope of the direction scope of one axis and the second axis, the preset angular range include that first axle and the second axis respectively correspond
Angular range；
It is described when the heeling condition numerical value of local terminal meets preset slant range, whether the acceleration for detecting local terminal is greater than
Preset acceleration rate threshold, comprising: meet the direction of preset first axle and the second axis in the direction value of first axle and the second axis
Range and first axle and the corresponding angle value of the second axis meet preset first axle and the corresponding angle model of the second axis
When enclosing, local terminal is detected in the acceleration of third axis direction and whether is greater than preset acceleration rate threshold.
Instruction in the storage medium can also include:
The projector distance value obtains in the following manner:
By the linear projection between preset two reference points into three-dimensional cartesian coordinate system on each axis；
The length value of projection on each axis is determined as to project distance value on each axis.
Instruction in the storage medium can also include:
The direction scope includes that first axle is greater than 0 and second axis when being greater than 0, and the angular range includes big in first axle
It is greater than on 0 ° and the range less than 90 ° and the second axis in range, the second axis in -90 ° and less than 0 ° and is greater than -90 ° and less than 0 °
Range；Or
The direction scope include first axle be greater than 0 and second axis less than 0 when, the angular range includes big in first axle
It is greater than 0 ° and the range less than 90 ° in range and the second axis in -90 ° and less than 0 °；Or
The direction scope include first axle less than 0 and second axis less than 0 when, the angular range includes big in first axle
It is greater than -90 ° and the range less than 0 ° in range and the second axis in -90 ° and less than 0 °.
Instruction in the storage medium can also include:
The direction scope includes that first axle is greater than 0 and second axis when being greater than 0, and the angular range includes big in first axle
It is in -80 ° and greater than -40 ° and small on 10 ° and the range less than 40 ° and the second axis less than being greater than on -40 ° of range, the second axis
In -10 ° of range；Or
The direction scope include first axle be greater than 0 and second axis less than 0 when, the angular range includes big in first axle
It is greater than 10 ° and the range less than 40 ° in range and the second axis in -80 ° and less than -40 °；Or
The direction scope include first axle less than 0 and second axis less than 0 when, the angular range includes big in first axle
It is greater than -40 ° and the range less than -10 ° in range and the second axis in -80 ° and less than -40 °.
Instruction in the storage medium can also include:
The direction value is obtained by the gravity sensor of local terminal；
The angle value is obtained by the direction sensor of local terminal；
The projector distance value is obtained by the gravity sensor of local terminal.
Instruction in the storage medium can also include:
The preset slant range be it is multiple, different slant ranges corresponds to different processing；
When the acceleration in local terminal is greater than preset acceleration rate threshold, preset processing is triggered, comprising: in local terminal
When acceleration is greater than preset acceleration rate threshold, processing corresponding to the corresponding slant range of the heeling condition numerical value is triggered.
Instruction in the storage medium can also include:
The method also includes: detection local terminal is placed in left hand or the right hand；
Whether the heeling condition numerical value of the detection local terminal meets preset slant range, comprising: detects the inclination of local terminal
Whether status values meet the corresponding preset direction of the hand detected and angular range.
Instruction in the storage medium can also include:
The preset processing include: solve lock screen, switching song, into one in screening-mode and rotary interface or
It is multinomial.
Those skilled in the art after considering the specification and implementing the invention disclosed here, will readily occur to of the invention its
Its embodiment.This application is intended to cover any variations, uses, or adaptations of the invention, these modifications, purposes or
Person's adaptive change follows general principle of the invention and including the undocumented common knowledge in the art of the disclosure
Or conventional techniques.The description and examples are only to be considered as illustrative, and true scope and spirit of the invention are by following
Claim is pointed out.
It should be understood that the present invention is not limited to the precise structure already described above and shown in the accompanying drawings, and
And various modifications and changes may be made without departing from the scope thereof.The scope of the present invention is limited only by the attached claims.
Claims (11)
1. a kind of method for controlling mobile terminal characterized by comprising
Detection local terminal is placed in left hand or the right hand；
Whether the heeling condition numerical value of detection local terminal meets the corresponding preset direction of the hand detected and angular range；
When the heeling condition numerical value of local terminal meets preset slant range, whether the acceleration for detecting local terminal is greater than preset add
Threshold speed；
When the acceleration of local terminal is greater than preset acceleration rate threshold, preset processing is triggered；
Wherein, the heeling condition numerical value includes direction value and angle value；Alternatively, including projector distance value；
The slant range includes preset direction scope and angular range；Alternatively, including preset projector distance range；
When the heeling condition numerical value includes direction value and angle value, and the slant range includes preset direction scope and angle
When spending range, the heeling condition numerical value includes the direction value of the first axle in three-dimensional cartesian coordinate system and the direction of the second axis
Value and first axle and the corresponding angle value of the second axis；The preset direction scope includes in three-dimensional cartesian coordinate system
First axle direction scope and the second axis direction scope, the preset angular range include first axle and the second axis difference
Corresponding angular range；
It is described when the heeling condition numerical value of local terminal meets preset slant range, detect local terminal acceleration whether be greater than it is default
Acceleration rate threshold, comprising: meet the direction scope of preset first axle and the second axis in the direction value of first axle and the second axis,
And first axle and the second axis corresponding angle value be when meeting preset first axle and the corresponding angular range of the second axis,
It detects local terminal and whether is greater than preset acceleration rate threshold in the acceleration of third axis direction；
The three-dimensional cartesian coordinate system further includes third axis, wherein second axis and the third axis constitute the three-dimensional straight
The horizontal plane of angular coordinate system, the third axis and the first axle constitute a vertical plane of the three-dimensional cartesian coordinate system, institute
The positive direction for stating the second axis is direction in paper.
2. it is according to claim 1 control mobile terminal method, which is characterized in that the projector distance value be by with
What under type obtained:
Line between preset two reference points is projected in three-dimensional cartesian coordinate system on each axis；
The length value of projection on each axis is determined as to project distance value on each axis.
3. the method for control mobile terminal according to claim 1, which is characterized in that the direction value is by local terminal
What gravity sensor obtained；
The angle value is obtained by the direction sensor of local terminal；
The projector distance value is obtained by the gravity sensor of local terminal.
4. the method for control mobile terminal according to claim 1, which is characterized in that the preset slant range is more
A, different slant ranges corresponds to different processing；
When the acceleration in local terminal is greater than preset acceleration rate threshold, preset processing is triggered, comprising: in the acceleration of local terminal
When degree is greater than preset acceleration rate threshold, processing corresponding to the corresponding slant range of the heeling condition numerical value is triggered.
5. the method for control mobile terminal according to claim 1, which is characterized in that the preset processing includes: solution
Lock screen, switching song, into one or more in screening-mode and rotary interface.
6. a kind of device for controlling mobile terminal characterized by comprising
Right-hand man's detection module is placed in left hand or the right hand for detecting local terminal；
Tilt detection module includes:
First tilt detection unit, it is corresponding preset whether the heeling condition numerical value for detecting local terminal meets the hand detected
Direction and angular range；
Acceleration detection module, for when the heeling condition numerical value of local terminal meets preset slant range, detecting adding for local terminal
Whether speed is greater than preset acceleration rate threshold；
Trigger module triggers preset processing when being greater than preset acceleration rate threshold for the acceleration in local terminal；The inclination
Status values include direction value and angle value；Alternatively, including projector distance value；
The slant range includes preset direction scope and angular range；Alternatively, including preset projector distance range；
Wherein, when the heeling condition numerical value includes direction value and angle value, and the slant range includes preset direction model
When enclosing with angular range, the heeling condition numerical value includes the direction value and the second axis of the first axle in three-dimensional cartesian coordinate system
Direction value and first axle and the corresponding angle value of the second axis；The preset direction scope includes three-dimensional rectangular coordinate
The direction scope of the direction scope of first axle in system and the second axis, the preset angular range include first axle and the second axis
Corresponding angular range；
The acceleration detection module includes:
First acceleration unit, for meeting the direction of preset first axle and the second axis in the direction value of first axle and the second axis
Range and first axle and the corresponding angle value of the second axis meet preset first axle and the corresponding angle model of the second axis
When enclosing, local terminal is detected in the acceleration of third axis direction and whether is greater than preset acceleration rate threshold；
The three-dimensional cartesian coordinate system further includes third axis, wherein second axis and the third axis constitute the three-dimensional straight
The horizontal plane of angular coordinate system, the third axis and the first axle constitute a vertical plane of the three-dimensional cartesian coordinate system, institute
The positive direction for stating the second axis is direction in paper.
7. the device of control mobile terminal according to claim 6, which is characterized in that described device further include:
Projection module, for the line between preset two reference points to be projected to each axis in three-dimensional cartesian coordinate system；
Spacing module projects distance value on each axis for being determined as the length value of the projection on each axis.
8. the device of control mobile terminal according to claim 6, which is characterized in that the direction value is by local terminal
What gravity sensor obtained；
The angle value is obtained by the direction sensor of local terminal；
The projector distance value is obtained by the gravity sensor of local terminal.
9. the device of control mobile terminal according to claim 6, which is characterized in that the preset slant range is more
A, different slant ranges corresponds to different processing；
It is corresponding to trigger the heeling condition numerical value when the acceleration of local terminal is greater than preset acceleration rate threshold for the trigger module
Slant range corresponding to processing.
10. the device of control mobile terminal according to claim 6, which is characterized in that the preset processing includes: solution
Lock screen, switching song, into one or more in screening-mode and rotary interface.
11. a kind of device for controlling mobile terminal characterized by comprising
Processor；
Memory for storage processor executable instruction；
Wherein, the processor is configured to:
Detection local terminal is placed in left hand or the right hand；
Whether the heeling condition numerical value of detection local terminal meets the corresponding preset direction of the hand detected and angular range；
When the heeling condition numerical value of local terminal meets preset slant range, whether the acceleration for detecting local terminal is greater than preset add
Threshold speed；
When the acceleration of local terminal is greater than preset acceleration rate threshold, preset processing is triggered；
Wherein, the heeling condition numerical value includes direction value and angle value；Alternatively, including projector distance value；
The slant range includes preset direction scope and angular range；Alternatively, including preset projector distance range；
When the heeling condition numerical value includes direction value and angle value, and the slant range includes preset direction scope and angle
When spending range, the heeling condition numerical value includes the direction value of the first axle in three-dimensional cartesian coordinate system and the direction of the second axis
Value and first axle and the corresponding angle value of the second axis；The preset direction scope includes in three-dimensional cartesian coordinate system
First axle direction scope and the second axis direction scope, the preset angular range include first axle and the second axis difference
Corresponding angular range；
It is described when the heeling condition numerical value of local terminal meets preset slant range, detect local terminal acceleration whether be greater than it is default
Acceleration rate threshold, comprising: meet the direction scope of preset first axle and the second axis in the direction value of first axle and the second axis,
And first axle and the second axis corresponding angle value be when meeting preset first axle and the corresponding angular range of the second axis,
It detects local terminal and whether is greater than preset acceleration rate threshold in the acceleration of third axis direction.
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