CN103777846B - Information processing method and electronic equipment - Google Patents
Information processing method and electronic equipment Download PDFInfo
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- CN103777846B CN103777846B CN201410062738.0A CN201410062738A CN103777846B CN 103777846 B CN103777846 B CN 103777846B CN 201410062738 A CN201410062738 A CN 201410062738A CN 103777846 B CN103777846 B CN 103777846B
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Abstract
The invention discloses a kind of information processing method, it is applied to electronic equipment, this electronic equipment includes motion detection sensor, the method includes：Obtain the kinematic parameter of the electronic equipment that motion detection sensor detects；Judge whether kinematic parameter meets predetermined condition；When kinematic parameter meets predetermined condition, determine that operating body is directed to electronic equipment and executes operation of colliding with；Respond operation of colliding with, determining and colliding with operates at least one control instruction corresponding.Based on information processing method disclosed by the invention, user by being collided with electronic equipment with another object, just can operate so that control electronics execution is corresponding, there is provided the mode of another manipulation electronic equipment, thus enriching the control mode of electronic equipment.The invention also discloses a kind of electronic equipment.
Description
Technical field
The invention belongs to the control technology field of electronic equipment, more particularly, to information processing method and electronic equipment.
Background technology
Control mode currently for electronic equipment is more and more various, for example：Electronic equipment is manipulated by physical button, leads to
Cross touch screen or touch pad manipulation electronic equipment, with gesture or speech control electronic equipment.How to enrich electronics further to set
Standby control mode, is the problem that those skilled in the art need to consider.
Content of the invention
In view of this, it is an object of the invention to provide a kind of electronic equipment and its information processing method, electric in order to enrich
The control mode of sub- equipment.
For achieving the above object, the present invention provides following technical scheme：
The invention discloses a kind of information processing method, it is applied to electronic equipment, described electronic equipment includes motion detection
Sensor, described motion detection sensor detects the kinematic parameter of described electronic equipment, is directed to described electronic equipment in operating body
During execution manipulation operation, the kinematic parameter of described electronic equipment changes, and methods described includes：
Obtain the kinematic parameter of the described electronic equipment that described motion detection sensor detects；
Judge whether described kinematic parameter meets predetermined condition；
When described kinematic parameter meets described predetermined condition, determine that operating body is directed to described electronic equipment and executes the behaviour that collides with
Make；
Collide with described in response operation, determine and operate at least one control instruction corresponding with described colliding with.
Preferably, described motion detection sensor can detect the speed of described electronic equipment；The described motion of described judgement
Whether parameter meets predetermined condition, including：
Judge during the T1 moment to T2 moment, whether the velocity amplitude that described motion detection sensor obtains is gradually
Increase, be very first time length from the described T1 moment to T2 moment；
When the velocity amplitude that motion detection sensor described during the T1 moment to T2 moment obtains is to be gradually increased,
Judge during the T2 moment to T3 moment, whether the velocity amplitude that described motion detection sensor obtains is reduced to zero, from institute
State T2 moment to the T3 moment for the second time span, and described second time span is less than described very first time length；
When the velocity amplitude that described motion detection sensor during the described T2 moment to T3 moment obtains is reduced to zero
When, determine that operating body is directed to described electronic equipment and executes operation of colliding with.
Preferably, described motion detection sensor can detect the acceleration of described electronic equipment；The described fortune of described judgement
Whether dynamic parameter meets predetermined condition, including：
Judge during the T1 moment to T2 moment, whether the acceleration that described motion detection sensor obtains is continuously
First direction, is very first time length from the described T1 moment to T2 moment；
When the acceleration that motion detection sensor described during the T1 moment to T2 moment obtains is continuously first party
Xiang Shi, judges during the T2 moment to T3 moment, and whether the direction of the acceleration that described motion detection sensor obtains is
Second direction and reach first threshold, wherein said second direction is opposite to the first direction, when the described T2 moment is to T3
Carve as the second time span, and described second time span is less than described very first time length；
The direction of the acceleration obtaining when described motion detection sensor during the described T2 moment to T3 moment is
Second direction and when reaching first threshold, determines that operating body is directed to described electronic equipment execution and collides with operation.
Preferably, described determination and described operation at least one control instruction corresponding of colliding with, including：
Determine the directional information of the kinematic parameter of described electronic equipment during the T1 moment to T2 moment；
Using the corresponding relation in default direction and control instruction, determine control instruction corresponding with described directional information.
Preferably, described electronic equipment includes touch screen, and described touch screen can show multiple objects, with the described behaviour that collides with
Making corresponding control instruction is：The direction being characterized to the directional information of described kinematic parameter moves integrally the plurality of object
Instruction.
The invention also discloses a kind of electronic equipment, including motion detection sensor, described motion detection sensor detection
The kinematic parameter of described electronic equipment, during operating body is directed to described electronic equipment execution manipulation operation, described electronics
The kinematic parameter of equipment changes, and described electronic equipment also includes：
Kinematic parameter acquiring unit, for obtaining the motion of the described electronic equipment that described motion detection sensor detects
Parameter；
Processing unit, for judging whether described kinematic parameter meets predetermined condition, meets described in described kinematic parameter
During predetermined condition, determine that operating body is directed to described electronic equipment and executes operation of colliding with；
Response unit, for operation of colliding with described in responding, determines and operates at least one control corresponding to refer to described colliding with
Order.
Preferably, described motion detection sensor can detect the speed of described electronic equipment；Described processing unit includes：
First judge module, for judging during the T1 moment to T2 moment, described motion detection sensor obtains
Velocity amplitude whether be to be gradually increased, from the described T1 moment to T2 moment be very first time length；
Second judge module, for the speed obtaining in motion detection sensor described during the T1 moment to T2 moment
When angle value is to be gradually increased, judge during the T2 moment to T3 moment, the velocity amplitude that described motion detection sensor obtains
Whether it is reduced to zero, be the second time span from the described T2 moment to T3 moment, and described second time span is less than described the
One time span；
First determining module, for obtaining in described motion detection sensor during the described T2 moment to T3 moment
Velocity amplitude when being reduced to zero, determine that operating body is directed to described electronic equipment execution and collides with operation.
Preferably, described motion detection sensor can detect the acceleration of described electronic equipment；Described processing unit bag
Include：
3rd judge module, for judging during the T1 moment to T2 moment, described motion detection sensor obtains
Acceleration whether be continuously first direction, from the described T1 moment to T2 moment be very first time length；
4th judge module, for adding of obtaining in motion detection sensor described during the T1 moment to T2 moment
When speed is continuously first direction, judge during the T2 moment to T3 moment, what described motion detection sensor obtained adds
Whether the direction of speed is second direction and reaches first threshold, wherein said second direction is opposite to the first direction, from
Described T2 moment to the T3 moment is the second time span, and described second time span is less than described very first time length；
Second determining module, for obtaining in described motion detection sensor during the described T2 moment to T3 moment
The direction of acceleration be second direction and when reaching first threshold, determine that operating body is directed to described electronic equipment execution and collides with behaviour
Make.
Preferably, described response unit includes：
Directional information determining module, for operation of colliding with described in responding, determines institute during the T1 moment to T2 moment
State the directional information of the kinematic parameter of electronic equipment；
Instruction determining module, for the corresponding relation using default direction and control instruction, determines and described direction letter
Cease corresponding control instruction.
Preferably, described electronic equipment includes touch screen, and described touch screen can show multiple objects, and described instruction determines
Module moves integrally the finger of the plurality of object specifically for determining the direction being characterized to the directional information of described kinematic parameter
Order.
As can be seen here, beneficial effects of the present invention are：The information processing method being applied to electronic equipment disclosed by the invention,
Obtain the kinematic parameter of electronic equipment first, judge whether the kinematic parameter of electronic equipment meets predetermined condition afterwards, this makes a reservation for
Condition is used for judging whether operating body is collided with electronic equipment with another object, when determination operating body is held for electronic equipment
Row collides with when operating, and determining and colliding with operates at least one control instruction corresponding.Based on information processing side disclosed by the invention
Method, user, by electronic equipment being collided with another object it is possible to the corresponding operation of control electronics execution, provides
The mode of another manipulation electronic equipment, thus enrich the control mode of electronic equipment.
Brief description
In order to be illustrated more clearly that the embodiment of the present invention or technical scheme of the prior art, below will be to embodiment or existing
Have technology description in required use accompanying drawing be briefly described it should be apparent that, drawings in the following description are the present invention
Some embodiments, for those of ordinary skill in the art, on the premise of not paying creative work, can also basis
These accompanying drawings obtain other accompanying drawings.
Fig. 1 is a kind of flow chart of information processing method disclosed by the invention；
Fig. 2 is the flow chart of another kind information processing method disclosed by the invention；
Fig. 3 is the flow chart of another kind information processing method disclosed by the invention；
Fig. 4 is the flow chart of another kind information processing method disclosed by the invention；
Fig. 5 is the flow chart of another kind information processing method disclosed by the invention；
Fig. 6 is the curve chart of the movement velocity of electronic equipment during operating body collides with to electronic equipment execution；
Fig. 7 is the structural representation of a kind of electronic equipment disclosed by the invention；
Fig. 8 is the structural representation of another kind electronic equipment disclosed by the invention；
Fig. 9 is the structural representation of another kind electronic equipment disclosed by the invention.
Specific embodiment
Purpose, technical scheme and advantage for making the embodiment of the present invention are clearer, below in conjunction with the embodiment of the present invention
In accompanying drawing, the technical scheme in the embodiment of the present invention is clearly and completely described it is clear that described embodiment is
The a part of embodiment of the present invention, rather than whole embodiments.Based on the embodiment in the present invention, those of ordinary skill in the art
The every other embodiment being obtained under the premise of not making creative work, broadly falls into the scope of protection of the invention.
The present invention discloses a kind of information processing method, and the method is applied to the electronic equipment with motion detection sensor,
This motion detection sensor can detect the kinematic parameter of electronic equipment, executes the mistake of manipulation operation in operating body to electronic equipment
Cheng Zhong, the kinematic parameter of electronic equipment changes.Based on information processing method disclosed by the invention it is provided that a kind of new
The mode of manipulation electronic equipment, thus the control mode of abundant electronic equipment.Need exist for illustrating, the electronics in the present invention
Equipment can be easy to the hand-held equipment of user for mobile phone, panel computer, palm PC etc..
Referring to Fig. 1, Fig. 1 is a kind of flow chart of information processing method disclosed by the invention.This information processing method includes：
Step S11：Obtain the kinematic parameter of the electronic equipment that motion detection sensor detects.
During operating body carries out manipulation operation to electronic equipment, the kinematic parameter of electronic equipment（Including but do not limit
In speed and acceleration）Can change.Motion detection sensor in electronic equipment is capable of the fortune of real-time detection electronic equipment
Dynamic parameter, using the kinematic parameter getting by motion detection sensor, electronic equipment judges which kind of manipulation operating body performs
Operation.
Step S12：Judge whether kinematic parameter meets predetermined condition.
This predetermined condition is used for judging whether operating body is collided with electronic equipment with another object.
Step S13：When kinematic parameter meets predetermined condition, determine that operating body is directed to electronic equipment and executes operation of colliding with.
Step S14：Respond operation of colliding with, determining and colliding with operates at least one control instruction corresponding.
When determine operating body be directed to electronic equipment execution collide with operation when, respond this operation execution corresponding at least one of colliding with
Individual control instruction.In enforcement, operation at least one control instruction corresponding can be with colliding with：The finger of control electronics shutdown
Order, or carry out the instruction of pattern switching for control electronics, or be control electronics by certain output parameter（As sound
The output volume of frequency output unit）Adjust to the instruction of preset value, certainly operate corresponding control instruction not limit with colliding with
In this, the instruction being triggered by other control modes in electronic equipment can be set to the corresponding control instruction of operation of colliding with.
The information processing method being applied to electronic equipment disclosed by the invention, obtains the kinematic parameter of electronic equipment first,
Judge whether the kinematic parameter of electronic equipment meets predetermined condition afterwards, this predetermined condition is used for judging operating body whether by electronics
Equipment is collided with another object, when determination operating body collides with operation for electronic equipment execution, determines and operation of colliding with
At least one control instruction corresponding.Based on information processing method disclosed by the invention, user pass through by electronic equipment with another
Object is collided with it is possible to control electronics execution operates accordingly, there is provided the side of another manipulation electronic equipment
Formula, thus enrich the control mode of electronic equipment.
When operating body collides with operation for electronic equipment execution, the speed of electronic equipment and acceleration all can pests occurrence rules
The change of property, therefore speed based on electronic equipment or acceleration can judge whether operating body performs for electronic equipment
Collide with operation.Illustrate with reference to Fig. 2 and Fig. 3.
Referring to Fig. 2, Fig. 2 is the flow chart of another kind information processing method disclosed by the invention.Wherein, in electronic equipment
Motion detection sensor can detect the speed of electronic equipment, and the method includes：
Step S21：Obtain the velocity amplitude of the electronic equipment that motion detection sensor detects.
Operating body be directed to electronic equipment execution collide with operation when, operating body necessarily control electronics with larger speed
Degree is contacted with another object, just can form, after both contacts, the effect collided with.Electronic equipment motion in this process
Rate curve as shown in Figure 6.Operating body hold electronic equipment to another object close during, the speed of electronic equipment by
Cumulative big, after the surface of electronic equipment and another object comes in contact, the speed of electronic equipment is down in a short period of time
0.
Step S22：Judge during the T1 moment to T2 moment, whether the velocity amplitude that motion detection sensor obtains is
It is gradually increased, if so, then execution step S23, otherwise, execution step S22 again.
Wherein, from the T1 moment to T2 moment be very first time length.
When determining during the T1 moment to T2 moment, the velocity amplitude of motion detection sensor acquisition is not gradually increased
It is possible to determine that operating body is not directed to electronic equipment execution and collides with operation.Afterwards, can be using current time as new T1
In the moment, judge whether the velocity amplitude that motion detection sensor obtains in the very first time length that this T1 moment starts is gradually to increase
Greatly.
Step S23：Judge during the T2 moment to T3 moment, whether the velocity amplitude that motion detection sensor obtains drops
It is as low as zero, if it is determined that operating body is directed to electronic equipment executes operation of colliding with, execution step S24, otherwise, executing step again
Rapid S22.
Wherein, from the T2 moment to T3 moment be the second time span, and the second time span be less than very first time length.
Need exist for illustrating, because electronic equipment is in operating body（Palm as user）Manipulation under accelerate to can be with another object
The velocity amplitude producing collision effect needs the long period（0.5 second about）, and electronic equipment is after contacting with another object, speed
Can in a short period of time（As 10 to 20 milliseconds）It is reduced to 0, the therefore second time span is much smaller than very first time length.Real
Shi Zhong, the second time span could be arranged to 10 to 20 milliseconds.
If during the T1 moment to T2 moment, the velocity amplitude that motion detection sensor obtains is gradually increased,
And in the second time span that this T2 moment starts, the velocity amplitude that motion detection sensor obtains is reduced to 0 it is possible to determine
Operating body is directed to electronic equipment and executes operation of colliding with.If during the T1 moment to T2 moment, motion detection sensor obtains
The velocity amplitude obtaining is gradually increased, but in the second time span that this T2 moment starts, motion detection sensor obtains
Velocity amplitude be not down to 0, then to re-execute whole judge process again.
Step S24：Respond operation of colliding with, determining and colliding with operates at least one control instruction corresponding.
Need exist for illustrating, T1 moment in the present invention, T2 moment and T3 moment are only intended to the elder generation of express time
Order, and the time span between each moment afterwards is particular value.The a certain moment is considered as the T1 moment, then apart from this T1 moment when
Between reach moment of very first time length and be considered as the T2 moment.When determination is during the T1 moment to T2 moment, motion detection passes
The velocity amplitude that sensor obtains is when being gradually increased, then when the time apart from this T2 moment reaches moment of the second time span and is considered as T3
Carve.
Information processing method shown in Fig. 2 of the present invention, detects the velocity amplitude of electronic equipment by motion detection sensor, it
Judge whether the velocity amplitude getting meets corresponding predetermined condition afterwards, to determine whether operating body knocks for electronic equipment execution
Touch operation, in the case that operation is collided with determination execution, determine corresponding control instruction.
Referring to Fig. 3, Fig. 3 is the flow chart of another kind information processing method disclosed by the invention.Wherein, in electronic equipment
Motion detection sensor can detect the acceleration of electronic equipment, and the method includes：
Step S31：Obtain the acceleration of the electronic equipment that motion detection sensor detects.
Operating body be directed to electronic equipment execution collide with operation when, operating body necessarily control electronics with larger speed
Degree is contacted with another object, just can form, after both contacts, the effect collided with.Electronic equipment motion in this process
Rate curve as shown in Figure 3.Operating body hold electronic equipment to another object close during, the speed of electronic equipment by
Cumulative big, after the surface of electronic equipment and another object comes in contact, the speed of electronic equipment is down in a short period of time
0.
The Changing Pattern of the acceleration of electronic equipment can be known by Fig. 6, operating body holds electronic equipment to another thing
During body is close, the speed of electronic equipment is gradually increased, and in electronic equipment accelerator, the acceleration of electronic equipment is held
Continue for first direction, the velocity attitude of this first direction and electronic equipment（The namely moving direction of electronic equipment）It is consistent
's.After the surface of electronic equipment and another object comes in contact, the speed of electronic equipment is down to 0 in a short period of time,
During this, electronic equipment is reversely being accelerated that is to say, that the direction of acceleration of electronic equipment is and first
Second direction in opposite direction, and because the speed of electronic equipment is down to 0 in a short period of time it may be determined that setting in electronics
For contacting with another object to the stopping of this electronic equipment, the absolute value of the acceleration of electronic equipment is very big.
Step S32：Judge during the T1 moment to T2 moment, whether the acceleration that motion detection sensor obtains is held
Continue for first direction, if so, then execution step S33, otherwise, execution step S32 again.
Wherein, from the T1 moment to T2 moment be very first time length.
When determining during the T1 moment to T2 moment, the direction of the acceleration that motion detection sensor obtains is change
It is possible to determine that operating body is not directed to electronic equipment execution and collides with operation.Afterwards, can be using current time as new T1
In the moment, judge whether the direction of the acceleration that motion detection sensor obtains in the very first time length that this T1 moment starts holds
Continue for first direction.
Step S33：Judge during the T2 moment to T3 moment, the direction of the acceleration that motion detection sensor obtains
Whether it is second direction and reaches first threshold, if it is determined that operating body is directed to electronic equipment execution collides with operation, executing step
Rapid S34, otherwise, execution step S32 again.
Wherein, second direction is contrary with first direction.It is the second time span from the T2 moment to T3 moment, and when second
Between length be less than very first time length.Need exist for illustrating, because electronic equipment is in operating body（Palm as user）'s
Accelerating to the velocity amplitude that can produce collision effect with another object under manipulation needs the long period（0.5 second about）, and electronics sets
For after contacting with another object, speed can be in a short period of time（As 10 to 20 milliseconds）It is reduced to 0, the therefore second time span
It is much smaller than very first time length.In enforcement, the second time span could be arranged to 10 to 20 milliseconds.
If during the T1 moment to T2 moment, the direction of the acceleration that motion detection sensor obtains is continuously the
One direction, and in the second time span that this T2 moment starts, the direction of the acceleration that motion detection sensor obtains is
The second direction contrary with first direction, and acceleration reaches first threshold it is possible to determine that operating body is directed to electronic equipment
Execute operation of colliding with.If during the T1 moment to T2 moment, the direction of the acceleration that motion detection sensor obtains is held
Continue for first direction, but in the second time span that this T2 moment starts, acceleration that motion detection sensor obtains
Direction is not second direction, or the direction of acceleration is second direction but not up to first threshold, then will re-execute whole again
Individual judge process.
Step S34：Respond operation of colliding with, determining and colliding with operates at least one control instruction corresponding.
Information processing method shown in Fig. 3 of the present invention, detects the acceleration of electronic equipment by motion detection sensor, it
Judge whether the acceleration getting meets corresponding predetermined condition afterwards, to determine whether operating body knocks for electronic equipment execution
Touch operation, in the case that operation is collided with determination execution, determine corresponding control instruction.
In enforcement, operating body may collide with electronic equipment to different directions, and for the operation of colliding with of different directions, electronics sets
Standby can determine identical control instruction.
In order to enrich the control mode of electronic equipment further, execute knocking of different directions when operating body is directed to electronic equipment
When touching operation, electronic equipment can be set and determine different control instructions.
For example：When operating body manipulation electronic equipment is moved downward and collided with another object, electronic equipment is corresponding
Generate the first control instruction；When operating body manipulation electronic equipment is moved upwards and is collided with another object, electronic equipment phase
Generation second control instruction answered；When operating body manipulation electronic equipment lateral movement to the left is collided with another object, electronics
Equipment is corresponding to generate the 3rd control instruction；When operating body manipulation electronic equipment lateral movement to the right is collided with another object
When, electronic equipment generates the 4th control instruction accordingly.
In enforcement, after determining that operating body executes, for electronic equipment, operation of colliding with, can be according to electronic equipment in T1
Carve to the kinematic parameter in T2 moment（Speed or acceleration）Determine the direction of colliding with of electronic equipment, so that electronic equipment generates
Corresponding control instruction.
Specifically, after determining that operating body executes, for electronic equipment, operation of colliding with, respond this operation of colliding with, determine from T1
The directional information of the kinematic parameter of electronic equipment during moment to T2 moment, utilizes default direction and control instruction afterwards
Corresponding relation, determine control instruction corresponding with direction information.
Illustrate with reference to Fig. 4 and Fig. 5.
Referring to Fig. 4, Fig. 4 is the flow chart of another kind information processing method disclosed by the invention.Wherein, in electronic equipment
Motion detection sensor can detect the speed of electronic equipment, and the method includes：
Step S41：Obtain the velocity amplitude of the electronic equipment that motion detection sensor detects.
Step S42：Judge during the T1 moment to T2 moment, whether the velocity amplitude that motion detection sensor obtains is
It is gradually increased, if so, then execution step S43, otherwise, execution step S42 again.Wherein, from the T1 moment to T2 moment be first
Time span.
Step S43：Judge during the T2 moment to T3 moment, whether the velocity amplitude that motion detection sensor obtains drops
It is as low as zero, if it is determined that operating body is directed to electronic equipment executes operation of colliding with, execution step S44, otherwise, executing step again
Rapid S42.Wherein, from the T2 moment to T3 moment be the second time span, and the second time span be less than very first time length.
Step S44：Respond operation of colliding with, determine the side of the velocity amplitude of electronic equipment during the T1 moment to T2 moment
To information.Namely determine that operating body is directed to electronic equipment execution and collides with operating process, when electronic equipment is in boost phase
Velocity amplitude directional information.
Step S45：Using the corresponding relation in default direction and control instruction, determine control corresponding with direction information
Instruction.
According to the velocity amplitude of electronic equipment, information processing method disclosed in Fig. 4 of the present invention, is determining that operating body is directed to electronics
Equipment execution is collided with after operation, using the directional information of electronic equipment speed of boost phase during colliding with（Namely electricity
The direction of colliding with of sub- equipment）Determine control instruction corresponding with the direction.For being used for, as long as adjusting knocking of electronic equipment
Touch direction it is possible to control electronics execute different operations.
Referring to Fig. 5, Fig. 5 is the flow chart of another kind information processing method disclosed by the invention.Wherein, in electronic equipment
Motion detection sensor can detect the acceleration of electronic equipment, and the method includes：
Step S51：Obtain the acceleration of the electronic equipment that motion detection sensor detects.
Step S52：Judge during the T1 moment to T2 moment, whether the acceleration that motion detection sensor obtains is held
Continue for first direction, if so, then execution step S53, otherwise, execution step S52 again.Wherein, from the T1 moment to T2 moment it is
Very first time length.
Step S53：Judge during the T2 moment to T3 moment, the direction of the acceleration that motion detection sensor obtains
Whether it is second direction and reaches first threshold, if it is determined that operating body is directed to electronic equipment execution collides with operation, executing step
Rapid S54, otherwise, execution step S52 again.Wherein, second direction is contrary with first direction.It is second from the T2 moment to T3 moment
Time span, and the second time span is less than very first time length.
Step S54：Respond operation of colliding with, determine the side of the acceleration of electronic equipment during the T1 moment to T2 moment
To information.Namely determine that operating body is directed to electronic equipment execution and collides with operating process, when electronic equipment is in boost phase
Velocity amplitude directional information.When electronic equipment is in boost phase, the direction of electronic equipment is consistent with the direction of acceleration.
Step S55：Using the corresponding relation in default direction and control instruction, determine control corresponding with direction information
Instruction.
According to the acceleration of electronic equipment, information processing method disclosed in Fig. 5 of the present invention, is determining that operating body is directed to electronics
Equipment execution is collided with after operation, using the directional information of electronic equipment acceleration of boost phase during colliding with（Namely
The direction of colliding with of electronic equipment）Determine control instruction corresponding with the direction.For being used for, as long as adjustment electronic equipment
Collide with direction it is possible to control electronics execute different operations.
In order to bring more preferable Consumer's Experience to user, the touch screen in current electronic equipment is increasing, touch screen energy
Enough show multiple objects（As file, application program or link）.In some occasions, such as user stands in buses or subway
When, or when user wants some parcels portable, one-handed performance can only be carried out.Because the touch screen size of mobile device is larger, because
Even if this user execution slides up and down the operation of touch screen, also there is the finger that some positions are users cannot touch, such as touch
The upper left side of screen, the even left side of touch screen, bring very big inconvenience to user.
Based on information processing method disclosed by the invention, the display of existing big screen equipment can be improved.Specifically
's：When determination operating body collides with operation for electronic equipment execution, respond this operation of colliding with, determine the plurality of object of adjustment
Instruction in the display location of touch screen.For example, determine the instruction of overall for the display location of multiple objects side shifting downwards.
Preferably, with the corresponding control instruction of operation of colliding with it is：To electricity during the T1 moment to T2 moment
The direction that the directional information of the kinematic parameter of sub- equipment is characterized moves integrally the instruction of multiple objects.
The invention also discloses a kind of electronic equipment, its structure is as shown in Figure 7.This electronic equipment includes kinematic parameter and obtains
Unit 1, processing unit 2, response unit 3 and motion detection sensor 4.
Wherein：
Motion detection sensor 4, for detecting the kinematic parameter of electronic equipment.
During operating body carries out manipulation operation to electronic equipment, the kinematic parameter of electronic equipment（Including but do not limit
In speed and acceleration）Can change.Motion detection sensor 4 in electronic equipment is capable of the fortune of real-time detection electronic equipment
Using the kinematic parameter that motion detection sensor 4 gets, dynamic parameter, judges which kind of manipulation operation operating body performs afterwards.
Kinematic parameter acquiring unit 1, for obtaining the kinematic parameter of the electronic equipment that motion detection sensor 4 detects.
Processing unit 2, for judging whether kinematic parameter meets predetermined condition, when kinematic parameter meets predetermined condition,
Determine that operating body is directed to electronic equipment and executes operation of colliding with.
Response unit 3, for responding operation of colliding with, determining and colliding with operates at least one control instruction corresponding.This is pre-
Fixed condition is used for judging whether operating body is collided with electronic equipment with another object.
When determine operating body be directed to electronic equipment execution collide with operation when, respond this operation execution corresponding at least one of colliding with
Individual control instruction.In enforcement, operation at least one control instruction corresponding can be with colliding with：The finger of control electronics shutdown
Order, or carry out the instruction of pattern switching for control electronics, or be control electronics by certain output parameter（As sound
The output volume of frequency output unit）Adjust to the instruction of preset value, certainly operate corresponding control instruction not limit with colliding with
In this, the instruction being triggered by other control modes in electronic equipment can be set to the corresponding control instruction of operation of colliding with.
Electronic equipment disclosed by the invention, obtains the kinematic parameter of itself first, judges that the kinematic parameter obtaining is afterwards
No meet predetermined condition, this predetermined condition is used for judging that whether operating body collides with to electronic equipment execution operation, operates when determining
Body acupuncture collides with to electronic equipment execution when operating, and determining and colliding with operates at least one control instruction corresponding.Based on the present invention
Disclosed electronic equipment, user is by being collided with electronic equipment with another object it is possible to control electronics execute phase
The operation answered, there is provided the mode of another manipulation electronic equipment, thus enrich the control mode of electronic equipment.
When operating body collides with operation for electronic equipment execution, the speed of electronic equipment and acceleration all can pests occurrence rules
The change of property, therefore speed based on electronic equipment or acceleration can judge whether operating body performs for electronic equipment
Collide with operation.
Referring to Fig. 8, Fig. 8 is the structural representation of another kind electronic equipment disclosed by the invention.This electronic equipment includes transporting
Dynamic parameter acquiring unit 1, processing unit 2, response unit 3 and motion detection sensor 4.
Wherein, motion detection sensor 4 can detect the speed of electronic equipment.
Kinematic parameter acquiring unit 1 is used for obtaining the kinematic parameter of the electronic equipment that motion detection sensor 4 detects, tool
Body is the velocity amplitude of electronic equipment.
Processing unit 2 includes the first judge module 201, the second judge module 202 and the first determining module 203.Wherein：
First judge module 201, for judging during the T1 moment to T2 moment, motion detection sensor obtains
Whether velocity amplitude is to be gradually increased, and is very first time length from the T1 moment to T2 moment.
Second judge module 202, for the speed obtaining in motion detection sensor during the T1 moment to T2 moment
When angle value is to be gradually increased, judge during the T2 moment to T3 moment, whether the velocity amplitude that motion detection sensor obtains
It is reduced to zero, be the second time span from the T2 moment to T3 moment, and the second time span is less than very first time length.
First determining module 203, for the speed obtaining in motion detection sensor during the T2 moment to T3 moment
When angle value is reduced to zero, determine that operating body is directed to electronic equipment and executes operation of colliding with.
Response unit 3, for responding operation of colliding with, determining and colliding with operates at least one control instruction corresponding.
Electronic equipment shown in Fig. 8 of the present invention, detects the velocity amplitude of itself by motion detection sensor, judges afterwards to obtain
Whether the velocity amplitude got meets corresponding predetermined condition, to determine whether operating body executes, for electronic equipment, operation of colliding with,
In the case that operation is collided with determination execution, determine corresponding control instruction.
Referring to Fig. 9, Fig. 9 is the structural representation of another kind electronic equipment disclosed by the invention.This electronic equipment includes transporting
Dynamic parameter acquiring unit 1, processing unit 2, response unit 3 and motion detection sensor 4.
Wherein, motion detection sensor 4 can detect the acceleration of electronic equipment.
Kinematic parameter acquiring unit 1 is used for obtaining the kinematic parameter of the electronic equipment that motion detection sensor 4 detects, tool
Body is the acceleration of electronic equipment.
Processing unit 2 includes the 3rd judge module 211, the 4th judge module 212 and the second determining module 213.Wherein：
3rd judge module 211, for judging during the T1 moment to T2 moment, motion detection sensor obtains
Whether acceleration is continuously first direction, is very first time length from the T1 moment to T2 moment.
4th judge module 212, for adding of obtaining in motion detection sensor during the T1 moment to T2 moment
When speed is continuously first direction, judge during the T2 moment to T3 moment, the acceleration that motion detection sensor obtains
Direction whether be second direction and reach first threshold, wherein second direction is contrary with first direction, when the T2 moment is to T3
Carve as the second time span, and the second time span is less than very first time length.
Second determining module 213, for adding of obtaining in motion detection sensor during the T2 moment to T3 moment
The direction of speed is second direction and when reaching first threshold, determines that operating body is directed to electronic equipment execution and collides with operation.
Response unit 3, for responding operation of colliding with, determining and colliding with operates at least one control instruction corresponding.
Electronic equipment shown in Fig. 9 of the present invention, detects the acceleration of itself by motion detection sensor, judges afterwards to obtain
Whether the acceleration got meets corresponding predetermined condition, to determine whether operating body executes, for electronic equipment, operation of colliding with,
In the case that operation is collided with determination execution, determine corresponding control instruction.
In enforcement, operating body may collide with electronic equipment to different directions, and for the operation of colliding with of different directions, electronics sets
Standby can determine identical control instruction.
In order to enrich the control mode of electronic equipment further, execute knocking of different directions when operating body is directed to electronic equipment
When touching operation, electronic equipment can be set and determine different control instructions.Now, response unit 3 includes：Directional information determines mould
Block, for responding operation of colliding with, determines the directional information of the kinematic parameter of electronic equipment during the T1 moment to T2 moment；
Instruction determining module, for the corresponding relation using default direction and control instruction, determines control corresponding with directional information
Instruction.
When electronic equipment includes touch screen, and when touch screen can show multiple object, instruction determining module specifically for
Determine that the direction being characterized to the directional information of kinematic parameter moves integrally the instruction of multiple objects.
In this specification, each embodiment is described by the way of going forward one by one, and what each embodiment stressed is and other
The difference of embodiment, between each embodiment identical similar portion mutually referring to.For device disclosed in embodiment
For, because it corresponds to the method disclosed in Example, so description is fairly simple, say referring to method part in place of correlation
Bright.
Professional further appreciates that, in conjunction with the unit of each example of the embodiments described herein description
And algorithm steps, can with electronic hardware, computer software or the two be implemented in combination in, in order to clearly demonstrate hardware and
The interchangeability of software, generally describes composition and the step of each example in the above description according to function.These
Function to be executed with hardware or software mode actually, the application-specific depending on technical scheme and design constraint.Specialty
Technical staff can use different methods to each specific application realize described function, but this realization should
Think beyond the scope of this invention.
The step of the method in conjunction with the embodiments described herein description or algorithm can directly be held with hardware, processor
The software module of row, or the combination of the two is implementing.Software module can be placed in random access memory（RAM）, internal memory, read-only deposit
Reservoir（ROM）, electrically programmable ROM, electrically erasable ROM, depositor, hard disk, moveable magnetic disc, CD-ROM or technology
In known any other form of storage medium in field.
Described above to the disclosed embodiments, makes professional and technical personnel in the field be capable of or uses the present invention.
Multiple modifications to these embodiments will be apparent from for those skilled in the art, as defined herein
General Principle can be realized without departing from the spirit or scope of the present invention in other embodiments.Therefore, the present invention
It is not intended to be limited to the embodiments shown herein, and be to fit to and principles disclosed herein and features of novelty phase one
The scope the widest causing.
Claims (6)
1. a kind of information processing method, is applied to electronic equipment, and described electronic equipment includes motion detection sensor, described motion
Detection sensor detects the kinematic parameter of described electronic equipment, is directed to, in operating body, the mistake that described electronic equipment executes manipulation operation
Cheng Zhong, the kinematic parameter of described electronic equipment changes it is characterised in that methods described includes：
Obtain the kinematic parameter of the described electronic equipment that described motion detection sensor detects；
Judge whether described kinematic parameter meets predetermined condition；
When described kinematic parameter meets described predetermined condition, determine that operating body is directed to described electronic equipment and executes operation of colliding with；
Collide with described in response operation, determine and operate at least one control instruction corresponding with described colliding with；
Wherein, described motion detection sensor can detect the speed of described electronic equipment；
Described judge whether described kinematic parameter meets predetermined condition, including：
Judge during the T1 moment to T2 moment, whether the velocity amplitude that described motion detection sensor obtains is gradually to increase
Greatly, from the described T1 moment to T2 moment be very first time length；
When the velocity amplitude that motion detection sensor described during the T1 moment to T2 moment obtains is to be gradually increased, judge
During the T2 moment to T3 moment, whether the velocity amplitude that described motion detection sensor obtains is reduced to zero, from described T2
Moment to the T3 moment is the second time span, and described second time span is less than described very first time length；
When the velocity amplitude that described motion detection sensor during the described T2 moment to T3 moment obtains is reduced to zero, really
Determine operating body and execute, for described electronic equipment, operation of colliding with；
Or, described motion detection sensor can detect the acceleration of described electronic equipment；
Described judge whether described kinematic parameter meets predetermined condition, including：
Judge during the T1 moment to T2 moment, whether the acceleration that described motion detection sensor obtains is continuously first
Direction, is very first time length from the described T1 moment to T2 moment；
When the acceleration that motion detection sensor described during the T1 moment to T2 moment obtains is continuously first direction,
Judge during the T2 moment to T3 moment, whether the direction of the acceleration that described motion detection sensor obtains is second party
To and reach first threshold, wherein said second direction is opposite to the first direction, is the from the described T2 moment to T3 moment
Two time spans, and described second time span is less than described very first time length；
The direction of the acceleration obtaining when described motion detection sensor during the described T2 moment to T3 moment is second
Direction and when reaching first threshold, determines that operating body is directed to described electronic equipment execution and collides with operation.
2. method according to claim 1 it is characterised in that described determination with described collide with operation corresponding at least one
Control instruction, including：
Determine the directional information of the kinematic parameter of described electronic equipment during the T1 moment to T2 moment；
Using the corresponding relation in default direction and control instruction, determine control instruction corresponding with described directional information.
3. method according to claim 2, described electronic equipment includes touch screen, and described touch screen can show multiple right
As it is characterised in that
With the described corresponding control instruction of operation of colliding with it is：The direction being characterized to the directional information of described kinematic parameter is integrally moved
Move the instruction of the plurality of object.
4. a kind of electronic equipment, including motion detection sensor, described motion detection sensor detects the fortune of described electronic equipment
Dynamic parameter, during operating body is directed to described electronic equipment execution manipulation operation, the kinematic parameter of described electronic equipment is sent out
Changing is it is characterised in that described electronic equipment also includes：
Kinematic parameter acquiring unit, the motion for obtaining the described electronic equipment that described motion detection sensor detects is joined
Number；
Processing unit, for judging whether described kinematic parameter meets predetermined condition, meets described predetermined in described kinematic parameter
During condition, determine that operating body is directed to described electronic equipment and executes operation of colliding with；
Response unit, for operation of colliding with described in responding, determines and operates at least one control instruction corresponding with described colliding with；
Wherein, described motion detection sensor can detect the speed of described electronic equipment；Described processing unit includes：
First judge module, for judging during the T1 moment to T2 moment, the speed that described motion detection sensor obtains
Whether angle value is to be gradually increased, and is very first time length from the described T1 moment to T2 moment；
Second judge module, for the velocity amplitude obtaining in motion detection sensor described during the T1 moment to T2 moment
When being to be gradually increased, judge during the T2 moment to T3 moment, whether the velocity amplitude that described motion detection sensor obtains
It is reduced to zero, be the second time span from the described T2 moment to T3 moment, and when described second time span is less than described first
Between length；
First determining module, for the speed obtaining in described motion detection sensor during the described T2 moment to T3 moment
When angle value is reduced to zero, determine that operating body is directed to described electronic equipment and executes operation of colliding with；
Or, described motion detection sensor can detect the acceleration of described electronic equipment；Described processing unit includes：
3rd judge module, for judging during the T1 moment to T2 moment, what described motion detection sensor obtained adds
Whether speed is continuously first direction, is very first time length from the described T1 moment to T2 moment；
4th judge module, for the acceleration obtaining in motion detection sensor described during the T1 moment to T2 moment
When being continuously first direction, judge during the T2 moment to T3 moment, the acceleration that described motion detection sensor obtains
Direction whether be second direction and reach first threshold, wherein said second direction is opposite to the first direction, from described
T2 moment to the T3 moment is the second time span, and described second time span is less than described very first time length；
Second determining module, for adding of obtaining in described motion detection sensor during the described T2 moment to T3 moment
The direction of speed is second direction and when reaching first threshold, determines that operating body is directed to described electronic equipment execution and collides with operation.
5. the electronic equipment described in 4 as requested, described response unit includes：
Directional information determining module, for operation of colliding with described in responding, determines described electricity during the T1 moment to T2 moment
The directional information of the kinematic parameter of sub- equipment；
Instruction determining module, for the corresponding relation using default direction and control instruction, determines and described directional information pair
The control instruction answered.
6. electronic equipment according to claim 5, described electronic equipment includes touch screen, and described touch screen can show many
Individual object is it is characterised in that described instruction determining module is characterized to the directional information of described kinematic parameter specifically for determining
Direction move integrally the instruction of the plurality of object.
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| CN201410062738.0A CN103777846B (en) | 2014-02-24 | 2014-02-24 | Information processing method and electronic equipment |
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| CN105528166A (en) * | 2014-09-28 | 2016-04-27 | 联想(北京)有限公司 | Control method and control apparatus |
| CN106331291B (en) * | 2015-06-25 | 2020-11-06 | 西安中兴新软件有限责任公司 | Operation execution method and mobile terminal |
| CN105425621B (en) * | 2015-11-09 | 2018-05-15 | 北京飞米科技有限公司 | Control method, device and the terminal of the working status of electric appliance |
| CN105739858A (en) * | 2016-01-26 | 2016-07-06 | 深圳市八零年代网络科技有限公司 | Method and apparatus for exciting mobile terminal to execute operation |
| CN109960409B (en) * | 2019-03-18 | 2021-07-16 | 联想(北京)有限公司 | Information processing method and device and electronic equipment |
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| JP5489572B2 (en) * | 2009-07-29 | 2014-05-14 | キヤノン株式会社 | Acceleration detection apparatus, control method therefor, and program |
| JP5987443B2 (en) * | 2012-04-19 | 2016-09-07 | 富士通株式会社 | Operation motion detection device, operation motion detection method, and program |
| CN102946488A (en) * | 2012-11-23 | 2013-02-27 | 广东欧珀移动通信有限公司 | System and method for mute control of mobile phone |
| CN103049184A (en) * | 2012-12-11 | 2013-04-17 | 中兴通讯股份有限公司 | Method and device for adjusting display region of displayed contents in screen |
| CN103345304B (en) * | 2013-07-05 | 2016-08-31 | 百度在线网络技术（北京）有限公司 | The sensor-based timesharing of mobile device triggers the method and apparatus carrying out operating |
| CN103577076A (en) * | 2013-11-11 | 2014-02-12 | 惠州Tcl移动通信有限公司 | Method and system for unlocking mobile terminal with accelerometer |
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