CN104035695B - A kind of method and electronic equipment of information processing - Google Patents
A kind of method and electronic equipment of information processing Download PDFInfo
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- CN104035695B CN104035695B CN201310067506.XA CN201310067506A CN104035695B CN 104035695 B CN104035695 B CN 104035695B CN 201310067506 A CN201310067506 A CN 201310067506A CN 104035695 B CN104035695 B CN 104035695B
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Abstract
The invention discloses a kind of method of information processing and electronic equipments, the method of described information processing is applied in the electronic equipment including touch control unit, at least two touch-control subregions of the touch control unit including the first touch-control subregion and the second touch-control subregion, the method includes：Judge whether the electronic equipment meets the first preset condition；When the electronic equipment meets first preset condition, the touch function that the touch function corresponding to control the first touch-control subregion was closed and controlled the second touch-control subregion is in open state.
Description
Technical field
The present invention relates to field of human-computer interaction, more particularly to the method and electronic equipment of a kind of information processing.
Background technology
With the continuous development of science and technology, electronic technology has also obtained development at full speed, and the type of electronic product is also got over
Come more, people have also enjoyed the various facilities that development in science and technology is brought.
Wherein, with the development of electronic product, corresponding to input unit it is also more and more, such as：Mouse, keyboard,
Touch control unit etc., wherein by the different touch control operations on touch control unit surface, the different work(of electronic product may be implemented
Can, and open state or closed state can be in by the touch function of function key control touch control unit.
Present inventor at least exists in the prior art during realizing the embodiment of the present application technical solution
Following technical problem：
Since in the prior art, electronic equipment can respond the operation of the input corresponding to multiple input modes, wherein such as
The touch function of fruit touch control unit is in open state, and the input corresponding to other input modes operates and then leads to touch control unit
Generate the response of mistake；And if the touch function of touch control unit is closed, but lead to not the electronic equipment without
Method uses touch-control input function, so the same of touch-control input function cannot be opened ensureing electronic equipment by existing in the prior art
When prevent touch control unit generate errored response the technical issues of.
Invention content
The embodiment of the present invention provides a kind of method and electronic equipment of information processing, is existed in the prior art for solving
Cannot ensure electronic equipment open touch-control input function while prevent touch control unit generate errored response the technical issues of.
On the one hand, the application is provided the following technical solutions by an embodiment：
A kind of method of information processing, the method are applied in the electronic equipment including touch control unit, the touch-control list
At least two touch-control subregions of the member including the first touch-control subregion and the second touch-control subregion, the method includes：
Judge whether the electronic equipment meets the first preset condition；
When the electronic equipment meets first preset condition, touching corresponding to the first touch-control subregion is controlled
The touch function that control function was closed and controlled the second touch-control subregion is in open state.
Optionally, judge whether the electronic equipment meets the first preset condition, specially：
Judge whether the electronic equipment receives the first predetermined registration operation；
Wherein, when the electronic equipment receives described the first predetermined registration operation, it is determined that the electronic equipment meets institute
State the first preset condition.
Optionally, described to judge whether the electronic equipment meets the first preset condition, it specifically includes：
At least one input mode corresponding to the electronic equipment is detected every prefixed time interval；
Judge at least one input mode whether to include default input mode；
Wherein, when at least one input mode includes the default input mode, it is determined that the electronics is set
It is standby to meet first preset condition.
Optionally, the touch control unit include the first hardware module corresponding with the first touch-control subregion and with
When corresponding second hardware module of the second touch-control subregion, the touch-control corresponding to control the first touch-control subregion
The touch function that function was closed and controlled the second touch-control subregion is in open state, specially：
It controls first hardware module and is in off-position；And
It controls second hardware module and is in energized state.
Optionally, the touch function corresponding to control the first touch-control subregion is closed and controls
The touch function of the second touch-control subregion is in open state, specifically includes：
In the first area for detecting the touch control unit surface there are when the first touch control operation, the first area is determined
With the correspondence in at least two touch-control subregions；
When the first area corresponds to the second touch-control subregion, first touch control operation, generation and institute are responded
Corresponding first control instruction of the first touch control operation is stated, and then the touch function of the second touch-control subregion is made to be in institute
State open state；
Wherein, when the first area corresponds to the first touch-control subregion, it is not responding to first touch control operation, into
And the touch function of the first touch-control subregion is made to be in the closed state.
Optionally, before the determination first area and at least correspondence of two touch-control subregions, institute
The method of stating further includes：
The first setting operation for receiving user, with determination the first touch-control subregion；Or
The second setting operation for receiving user, with determination the second touch-control subregion.
Optionally, before the correspondence in the determination first area and at least two touch-control subregions,
The method further includes：
Detection obtains the first operating body corresponding to first touch control operation；
Judge whether first operating body is predetermined registration operation body；
When first operating body is not the predetermined registration operation body, determine that the first area corresponds to first touch-control
Subregion；
When first operating body is the predetermined registration operation body, determine that the first area corresponds to the second touch-control
Region.
Optionally, when the electronic equipment further includes a keyboard, the first touch-control subregion is specially：The touch-control
It is less than the region of the first pre-determined distance threshold value on unit at a distance from the keyboard；The second touch-control subregion is specially：Institute
State the region for being more than the first pre-determined distance threshold value on touch control unit at a distance from the keyboard.
On the other hand, the application is provided the following technical solutions by another embodiment：
A kind of electronic equipment, the electronic equipment include touch control unit, and the touch control unit includes the first touch-control subregion
With at least two touch-control subregions including the second touch-control subregion, the electronic equipment further includes：
Judgment module, for judging whether the electronic equipment meets the first preset condition；
Control module, for when the electronic equipment meets first preset condition, controlling the first touch-control
The touch function that touch function corresponding to region was closed and controlled the second touch-control subregion is in
Open state.
Optionally, the judgment module, is specifically used for：
Judge whether the electronic equipment receives the first predetermined registration operation；
Wherein, when the electronic equipment receives described the first predetermined registration operation, it is determined that the electronic equipment meets institute
State the first preset condition.
Optionally, the judgment module, specifically includes：
Detection unit, for detecting at least one input side corresponding to the electronic equipment every prefixed time interval
Formula；
Judging unit, for judging at least one input mode whether to include default input mode；
Wherein, when at least one input mode includes the default input mode, it is determined that the electronics is set
It is standby to meet first preset condition.
Optionally, the touch control unit include the first hardware module corresponding with the first touch-control subregion and with
When corresponding second hardware module of the second touch-control subregion, the control module is specifically used for：
It controls first hardware module and is in off-position；And
It controls second hardware module and is in energized state.
Optionally, the control module, specifically includes：
Determination unit, in the first area for detecting the touch control unit surface there are when the first touch control operation, really
The fixed first area and the correspondence in at least two touch-control subregions；
Response unit, for when the first area corresponds to the second touch-control subregion, responding first touch-control
Operation generates the first control instruction corresponding with first touch control operation, and then makes the described of the second touch-control subregion
Touch function is in the open state；
Wherein, when the first area corresponds to the first touch-control subregion, it is not responding to first touch control operation, into
And the touch function of the first touch-control subregion is made to be in the closed state.
Optionally, the electronic equipment further includes：
Receiving module, for before determining the first area and at least correspondence of two touch-control subregions,
The first setting operation for receiving user, with determination the first touch-control subregion；Or
The second setting operation for receiving user, with determination the second touch-control subregion.
Optionally, the electronic equipment further includes：
Detection module, for the correspondence in determining the first area and at least two touch-control subregions it
Before, detection obtains the first operating body corresponding to first touch control operation；
Judgment module, for judging whether first operating body is predetermined registration operation body；
First determining module, for when first operating body is not the predetermined registration operation body, determining firstth area
Domain corresponds to the first touch-control subregion；
Second determining module, for when first operating body is the predetermined registration operation body, determining the first area
The corresponding second touch-control subregion.
Optionally, when the electronic equipment further includes a keyboard, the first touch-control subregion is specially：The touch-control
It is less than the region of the first pre-determined distance threshold value on unit at a distance from the keyboard；The second touch-control subregion is specially：Institute
State the region for being more than the first pre-determined distance threshold value on touch control unit at a distance from the keyboard.
One or more technical solutions provided in the embodiments of the present application have at least the following technical effects or advantages：
（1）Due in the embodiment of the present application, using when the electronic equipment meets the first predetermined condition, control electricity
Touch function corresponding to first touch-control subregion of sub- equipment touch control unit is closed and controls touch control unit
Touch function corresponding to second touch-control subregion is in the technical solution of open state, wherein the first touch-control subregion
It can be that the touch control unit surface is easy accidentally tactile region, touch-control input function is opened in guarantee electronic equipment so having reached
While prevent touch control unit generate mistake response technique effect.
（2）Due in the embodiment of the present application, can just be controlled when the electronic equipment receives the first predetermined registration operation
Touch function corresponding to first touch-control subregion is closed, so reached easy to operate technique effect.
（3）Since at least one input corresponding to the electronic equipment in the embodiment of the present application, can be detected first
Mode then controls touching for first touch subunit when at least one input mode includes default input mode
Control function is closed, wherein input mode is preset due to including at least one input mode, such as：Key
When disk input mode, it is easy to cause the first touch-control subregion and generates errored response, so having reached more accurately prevents
The technique effect of errored response.
（4）Since in the embodiment of the present application, the touch control unit may include corresponding with the first touch-control subregion
The first hardware module and the second hardware module corresponding with the second touch-control subregion, wherein it is hard to directly control first
Part module is in that off-position, the second hardware module is in energized state can realize the touch-control of the first touch-control subregion
Function is closed, the touch function of the second touch-control subregion is in the technique effect of open state, so reached drop
The technique effect of low energy consumption.
（5）Since in the embodiment of the present application, the touch control unit is constantly in scanning mode, it is based only on the first touch-control
The difference in the region of operation determines whether respond to the first touch control operation, due to need not make touch control unit respectively
Multiple hardware modules, so reached the more convenient technique effect of realization.
（6）Since in the embodiment of the present application, the first touch-control subregion and the second touch-control subregion can be with bases
It is determined in the operation of the setting of user, so reached to whether the touch function of each touch-control subregion of touch control unit is opened
The more accurate technique effect of control.
（7）Due in the embodiment of the present application, can be come based on the difference for the first operating body for generating the first touch control operation
The first area is determined as the first touch-control subregion or the second touch-control subregion, such as：If first operating body is
The finger of user, it is determined that the first area is the second touch-control subregion；And if the first touch-control body is the hand of user
Wrist, it is determined that the first area is the first touch-control subregion, wherein under normal conditions, often custom is carried out user with finger
Touch control operation, and if using keyboard input operation, wrist accident touch on touch control unit is often led to, so using based on the first behaviour
The difference for making body determines that the first area is the technical solution of different touch-control subregions, and can more accurately reach prevents
Touch control unit generates the technique effect of errored response.
Description of the drawings
Fig. 1 is the method flow diagram of information processing in the embodiment of the present application one；
Fig. 2 is in one method of the embodiment of the present application when electronic equipment includes keyboard, and the first touch-control subregion and second touches
Control the distribution schematic diagram of subregion；
Fig. 3 is to judge whether the electronic equipment meets the first preset condition in one method of the embodiment of the present application；
Fig. 4 is that the touch function controlled in one method of the embodiment of the present application corresponding to the first touch-control subregion is in pass
The touch function of closed state and control the second touch-control subregion is in the flow of the second method of open state
Figure；
Fig. 5 is the flow chart that the first touch-control subregion and the second touch-control subregion are determined in one method of the embodiment of the present application；
Fig. 6 is the structure chart of electronic equipment in the embodiment of the present application four.
Specific implementation mode
The embodiment of the present invention provides a kind of method and electronic equipment of information processing, is existed in the prior art for solving
Cannot ensure electronic equipment open touch-control input function while prevent touch control unit generate errored response the technical issues of.
In order to solve the above technical problems, general thought is as follows for technical solution in the embodiment of the present application：
A kind of method of information processing is provided, the method is applied in the electronic equipment including touch control unit, described to touch
It includes the first touch-control subregion and the second touch-control subregion to control unit, wherein the first touch-control subregion and described second touches
Control subregion can be distinguished based on hardware, such as：When manufacturing touch control unit, by the touch control unit be divided into it is described
Corresponding first hardware module of first touch-control subregion and the second hardware module corresponding with the second touch-control subregion, institute
Stating the first touch-control subregion and the second touch-control subregion can also be distinguished based on software, such as：First touch-control
Subregion and the second touch-control subregion in hardware construction and control upper and indistinction, but the difference based on region, right
The response of touch control operation is different；Described method includes following steps：Judge whether the electronic equipment meets the first preset condition,
Wherein it is possible to judge whether the electronic equipment meets the first preset condition using various ways, such as：Judge that the electronics is set
It is standby whether to receive the first predetermined registration operation, judge at least one input corresponding to the electronic equipment every prefixed time interval
Whether mode includes default input mode etc.；When the electronic equipment meets first preset condition, control described the
Touch function corresponding to one touch-control subregion is closed and controls the touch-control of the second touch-control subregion
Function is in open state, wherein the difference of the construction based on the touch control unit, control the first touch-control subregion
The touch function that corresponding touch function was closed and controlled the second touch-control subregion is in unlatching
State is also different, such as：It, can be by controlling institute when the touch control unit includes the first hardware module and the second hardware module
State that the first hardware module is in off-position, control second hardware module is in energized state；And work as first touch-control
When the hardware construction and connection of subregion and the second touch-control subregion have no different, it can be come according to the difference of touch-control subregion
Determine whether to respond touch control operation, and then control touch function is in and is turned on and off state.
Due in the above scheme, using when the electronic equipment meets the first predetermined condition, control electronics
Touch function corresponding to first touch-control subregion of touch control unit be closed and control touch control unit second touch
Touch function corresponding to control subregion is in the technical solution of open state, wherein the first touch-control subregion can be
The touch control unit surface is easy accidentally tactile region, so reached while ensureing that electronic equipment opens touch-control input function
Prevent touch control unit from generating the technique effect of the response of mistake.
In order to better understand the above technical scheme, in conjunction with appended figures and specific embodiments to upper
Technical solution is stated to be described in detail.
Embodiment one
The embodiment of the present application one provides a kind of method of information processing, and the method is applied in the electronics including touch control unit
In equipment, at least two touch-control sub-districts of the touch control unit including the first touch-control subregion and the second touch-control subregion
Domain, the electronic equipment is for example：Laptop, tablet computer etc., the touch control unit are, for example,：Trackpad.
Referring to FIG. 1, the method for described information processing includes the following steps：
Step S101：Judge whether the electronic equipment meets the first preset condition；
Step S102a：When the electronic equipment meets first preset condition, the first touch-control subregion is controlled
The touch function that corresponding touch function was closed and controlled the second touch-control subregion is in unlatching
State.
Step S102b：When the electronic equipment is unsatisfactory for first preset condition, the first touch-control sub-district is controlled
The touch function corresponding to touch function and the second touch-control subregion corresponding to domain is in the open state.
In specific implementation process, the first touch-control subregion and the second touch-control subregion can be the touch-control
The arbitrary region of unit is set forth below three kinds of situations therein and is introduced, certainly, in specific implementation process, be not limited to
Lower three kinds of situations.
The first, the first touch-control subregion is the left area of the touch control unit, the second touch-control subregion
For the right area of the touch control unit；
Second, the touch control unit in addition to include the first touch-control subregion and the second touch-control subregion it
Outside, further include third touch-control subregion, the third touch-control subregion is the intermediate region of the touch control unit, and described first touches
Subregion and the second touch-control subregion are controlled as the two side areas of the touch control unit；
The third, when the electronic equipment further includes a keyboard, the first touch-control subregion is specially：The touch-control
It is less than the region of the first pre-determined distance threshold value on unit at a distance from the keyboard；The second touch-control subregion is specially：Institute
State the region for being more than the first pre-determined distance threshold value on touch control unit at a distance from the keyboard.
Such as：As shown in Fig. 2, the electronic equipment is a laptop, include touch-control list on the laptop
Member 20 and the keyboard 21 adjacent with touch control unit 20, the touch control unit include the first touch-control subregion 20a and the second touch-control
Any point on region 20b, the first touch-control subregion 20a is all small at a distance from the first edge 21a of the keyboard 21
In 5cm, certainly, in specific implementation process, the first edge may be other values, such as：4cm, 6cm etc. are being counted
When calculating the first touch-control subregion 20a and the second touch-control subregion 20b at a distance from the keyboard 11, it can also use
Other lines on the keyboard 21, which are used as, refers to line（Such as：It is parallel with the Trackpad 20 arbitrary on the keyboard 21
Lines）, the second touch-control subregion 20b is both greater than 5cm at a distance from the first edge 21a, wherein passes through key in user
When disk 21 carries out input operation, tend to accidentally touch the first touch-control subregion 20a, and then the touch control unit 21 is caused to generate mistake
Response accidentally can also close the touch function corresponding to the first touch-control subregion 20a and open institute in this case
State the touch function corresponding to the second touch-control subregion 20b.
Wherein, the first preset condition described in step S101 can be a variety of preset conditions, and then judge that the electronics is set
The standby mode for whether meeting the first preset condition is also different, is set forth below two kinds therein and is introduced, certainly, is being embodied
In the process, however it is not limited to following two situations.
The first, it is described to judge whether the electronic equipment meets the first preset condition, specially：
Judge whether the electronic equipment receives the first predetermined registration operation；
Wherein, when the electronic equipment receives described the first predetermined registration operation, it is determined that the electronic equipment meets institute
State the first preset condition.
In specific implementation process, first preset condition can be arbitrary condition, such as：Whether user point is detected
The operation for hitting a pre-set button, the phonetic control command for whether receiving user, the gesture etc. for whether detecting user,
It is which kind of operation for described the first predetermined registration operation, the embodiment of the present application is not restricted.
As seen from the above description, since in the embodiment of the present application, it is default first can be received in the electronic equipment
When operation, just controls the touch function corresponding to the first touch-control subregion and be closed, so reached easy to operate
Technique effect.
Second, judges whether the electronic equipment meets the first preset condition referring to FIG. 3, described, specifically include：
Step S301：At least one input mode corresponding to the electronic equipment is detected every prefixed time interval；
Step S302：Judge at least one input mode whether to include default input mode；
Wherein, when at least one input mode includes the default input mode, it is determined that the electronics is set
It is standby to meet first preset condition.
Wherein, in step S301, the prefixed time interval can be arbitrary time span, such as：3min, 10min etc.
Deng every prefixed time interval, so that it may defeated to detect used at least one in the electronic equipment this prefixed time interval
Enter mode, it is assumed that be：Keyboard entry method, voice input mode, touch control unit input mode；
Wherein, in step S302, the default input mode can be arbitrary input mode, such as：Keyboard entry method,
Mouse input mode etc., wherein the default input mode can a kind of input mode may be multiple input modes, it is right
This embodiment of the present application is not restricted.Assuming that the default input mode is：Keyboard entry method.
Wherein, due in step S301 identified at least one input mode include keyboard entry method, so really
The fixed electronic equipment meets first preset condition.
In addition, in specific implementation process, when it is keyboard entry method to detect the input mode, can also detect
Multiple buttons corresponding to the keyboard entry method；Then judge whether the multiple button is programmable button, described more
When a button is the programmable button, just determine that the electronic equipment meets first preset condition.
Specifically, it is generally the case that the button of the intermediate region on keyboard of the user using the electronic equipment,
It is exactly the button adjacent with the touch control unit, such as：When " V ", " B ", " N " etc., it is easy to generate mistake to the touch control unit
Operation, and then lead to the response of the touch control unit generation mistake, and the pressing using the fringe region on the keyboard in user
Key, such as：When " home ", " tab " etc., thief not easily leads to touch control unit and generates the response of mistake, so can detect
When to the multiple button being programmable button, just the determination electronic equipment meets first preset condition.
As seen from the above description, due to that in the embodiment of the present application, can detect first corresponding to the electronic equipment
At least one input mode then controls described first and touches when at least one input mode includes default input mode
The touch function of control subelement is closed, wherein due to including default input at least one input mode
Mode, such as：When keyboard entry method, it is easy to cause the first touch-control subregion and generates errored response, so reached more
Add the accurate technique effect for preventing errored response.
Wherein, in step S102a, it is right to control the first touch-control subregion institute for the difference of the construction based on touch control unit
The touch function that the touch function answered was closed and controlled the second touch-control subregion is in open state
Mode it is also different, be set forth below two kinds therein and be introduced, certainly, in specific implementation process, be not limited to following two
Mode.
The first, the touch control unit include the first hardware module corresponding with the first touch-control subregion and with
When corresponding second hardware module of the second touch-control subregion, the touch-control corresponding to control the first touch-control subregion
The touch function that function was closed and controlled the second touch-control subregion is in open state, specially：
It controls first hardware module and is in off-position；And
It controls second hardware module and is in energized state.
Specifically, that is, the touch control unit is divided into from hardware and is touched including the first touch-control subregion and second
Control at least two touch-control subregions including subregion, corresponding first hardware module of the first touch-control subregion, described the
Two touch-control subregions correspond to the second hardware module and are corresponded to if the touch control unit further includes other touch-control subregions
Other touch-control modules are directly controlled when the touch function for controlling a certain touch-control subregion is in open state or closed state
Its corresponding hardware module is in energized state or off-position.
As seen from the above description, since in the embodiment of the present application, the touch control unit may include being touched with described first
Control corresponding first hardware module of subregion and the second hardware module corresponding with the second touch-control subregion, wherein straight
It connects the first hardware module of control and is in that off-position, the second hardware module is in energized state can realize first touch-control
The touch function of subregion is closed, the touch function of the second touch-control subregion is in the technique effect of open state,
So having reached reduces the technique effect of energy consumption.
Second, referring to FIG. 4, the touch function corresponding to control the first touch-control subregion is in and closes shape
The touch function of state and control the second touch-control subregion is in open state, specifically includes：
Step S401：In the first area for detecting the touch control unit surface there are when the first touch control operation, institute is determined
State first area and the correspondence in at least two touch-control subregions；
Step S402：When the first area corresponds to the second touch-control subregion, first touch control operation is responded,
The first control instruction corresponding with first touch control operation is generated, and then makes the touch-control work(of the second touch-control subregion
The open state can be in；
Wherein, when the first area corresponds to the first touch-control subregion, it is not responding to first touch control operation, into
And the touch function of the first touch-control subregion is made to be in the closed state.
In this case, the hardware construction due to the first touch-control subregion and the second touch-control subregion and connection relation be simultaneously
Indistinction, so, the first touch-control subregion and the second touch-control subregion and the touch control unit included its
The position of its touch-control subregion not immobilizes, so, in specific implementation process, described the is being determined based on step S401
One region can first determine the first touch-control subregion and institute with before the correspondence in at least two touch-control subregions
State the second touch-control subregion, wherein various ways may be used and determine the first touch-control subregion and second touch-control
Region is set forth below two kinds therein and is introduced, and certainly, in specific implementation process, is not limited to following two modes.
（1）Before the determination first area and at least correspondence of two touch-control subregions, receives and use
First setting operation at family, with determination the first touch-control subregion；Or the second setting operation of user is received, described in determination
Second touch-control subregion.
In specific implementation process, an application program can be set in the electronic equipment, the application program includes
One operation interface, the operation interface include multiple sub-operation regions, the multiple sub-operation region and the touch control unit
Multiple touch subunits are corresponding, wherein the different sub-operation region response users in the multiple sub-operation region are not
Biconditional operation, and then determine that the touch function of each touch subunit of the touch control unit is in open state or closed state,
Such as：Assuming that the touch control unit is divided into 9 touch subunits, the operation interface is divided into 9 sub- operation interfaces, wherein
I-th of sub-operation interface of 9 sub- operation interfaces receives the gesture drawn and hooked, and just controls its corresponding touch subunit
Touch function is in open state, and when i-th of operation interface receives the gesture for drawing fork, it is corresponding tactile just to control its
The touch function of control subelement is closed, certainly, in specific implementation process, the number of the touch subunit and institute
The not limited at sub-operation interface is stated in 9, can be arbitrary value, and is also not necessarily single to touch-control by sub-operation interface
The touch function of member is controlled, and other control modes can also be used, such as：Voice control, button control etc., in this regard,
The embodiment of the present application is no longer itemized and is not restricted.
As seen from the above description, due in the embodiment of the present application, the first touch-control subregion and second touch-control
Subregion can be determined based on the operation of the setting of user, so reached the touch-control to each touch-control subregion of touch control unit
Whether function opens the more accurate technique effect of control.
（2）Referring to FIG. 5, the correspondence in the determination first area and at least two touch-control subregions
Before, the method further includes：
Step S501：Detection obtains the first operating body corresponding to first touch control operation；
Step S502：Judge whether first operating body is predetermined registration operation body；
Step S503a：When first operating body is not the predetermined registration operation body, determine that the first area corresponds to institute
State the first touch-control subregion；
Step S503b：When first operating body is the predetermined registration operation body, determine described in the first area correspondence
Second touch-control subregion.
Wherein, in step S501, various ways detection may be used and obtain first operating body, such as：Described in detection
The contact area of first operating body and the touch control unit, the image of the first touch-control body described in the camera detection and then progress
Image analysis etc.；
In step S502, judge first operating body whether be predetermined registration operation body process, based on being examined in step S501
The difference of the mode of first operating body is surveyed, can also be set forth below two kinds therein there are many situation and be introduced, when
So, in specific implementation process, following two situations are not limited to.
1. being to detect first operating body and the touch-control list when detection obtains first operating body in step S501
It, can be by judging whether the contact area judges first operation positioned at preset area threshold value when the contact area of member
Whether body is predetermined registration operation body, it is generally the case that the predetermined registration operation body is the object that user is used to carry out touch control operation, than
Such as：The finger of user, stylus etc., by taking the predetermined registration operation body is the finger of user as an example, it is assumed that the preset exposure face
Product is：0.25cm2~0.5cm2, and it is 5cm to detect the contact area2, then can then determine first operating body simultaneously
Non-default operating body, and when to may be user carry out input operation by keyboard, wrist generated touch-control on touch control unit
Operation in specific implementation process, can also judge whether the contact area is less than preset area threshold value or is more than certainly
Preset area threshold value judges whether first operating body is predetermined registration operation body, and the preset exposure area be based on it is practical
The different also differences of situation, however it is not limited to above-mentioned 0.25cm2~0.5cm2, this embodiment of the present application is no longer itemized, and
And it is not restricted.
2. when the first object body detected in step S501 is the image acquired by camera, can by its with it is pre-
The image for the predetermined registration operation body deposited is matched, and then determines whether it is predetermined registration operation body.
Wherein, in step S503a, since the predetermined registration operation body is the object that user is used to carry out touch control operation, and institute
It is not the predetermined registration operation body to state the first touch-control body, that is, user is not used to carry out the object of touch control operation, so determine
It is maloperation, and then determines that the first area is the first touch-control subregion；
Wherein, in step S503b, since the first touch-control body is the predetermined registration operation body, so first touch-control
It operates to be used to carry out the touch control operation that the object of touch-control is carried out based on user, and then determines that first touch control operation is not
Maloperation, and then determine that the first area is the second touch-control subregion.
As seen from the above description, due to that in the embodiment of the present application, can be grasped based on generate the first touch control operation first
The difference for making body, to determine the first area as the first touch-control subregion or the second touch-control subregion, such as：If described
First operating body is the finger of user, it is determined that the first area is the second touch-control subregion；And if first touch-control
Body is the wrist of user, it is determined that the first area is the first touch-control subregion, wherein under normal conditions, user often practises
Strong hand fingering row touch control operation, and if using keyboard input operation, wrist accident touch on touch control unit is often led to, so adopt
Determine that the first area is the technical solution of different touch-control subregions with the difference based on the first operating body, it can be more smart
True reaches the technique effect for preventing touch control unit from generating errored response.
Further, as seen from the above description, since in the embodiment of the present application, the touch control unit is constantly in scanning
State is based only on the difference in the region of the first touch control operation to determine whether respond to the first touch control operation, due to not
It needs to make touch control unit into multiple hardware modules respectively, so reached the more convenient technique effect of realization.
Wherein, in step S102b, since the electronic equipment is unsatisfactory for first preset condition, so described in explanation
The precondition for allowing touch control unit to generate errored response is not present in electronic equipment, so the touch-control of entire touch control unit can be controlled
Function is all in open state, certainly, in specific implementation process, first preset condition is unsatisfactory in the electronic equipment
When, the touch function of the touch control unit can also be kept not change, after the respective operations of response user, just controlled
Its touch function is completely in open state, in specific implementation process, being unsatisfactory in the electronic equipment described default
When condition, the touch function of the touch control unit how is controlled, the embodiment of the present application is not restricted.
Embodiment two
In order to make those skilled in the art further understand information processing that the embodiment of the present application one is introduced
Method, the method that the information processing that the embodiment of the present application one is introduced is introduced in station by the embodiment of the present application two in user side, at this
In embodiment, it will be introduced so that the electronic equipment is laptop as an example.
Wherein, the laptop includes display screen, keyboard and Trackpad, the Trackpad by the first hardware module and
Second hardware module forms, and first hardware module corresponds to the first touch-control subregion, and second hardware module corresponds to second
Touch-control subregion, the first touch-control subregion are the touch-control subregion close to keyboard, and the second touch-control subregion is separate
The touch-control subregion of keyboard.
At the T1 moment, user A controls the cursor on the display screen by the touch control unit and moves, the touch-control
Unit responds the control operation, and records the user A by the laptop and inputted used in the T1 moment
Mode is：Touch-control input mode.
T2 moment after the T1 moment, user A pass through keyboard entry method editor's WORD documents, the laptop
The input mode for being recorded in laptop described in the T2 moment is：Keyboard entry method.
At the T3 moment after the T2 moment, user A closes WORD documents by way of voice control, and opens music
Player, the voice control of the laptop response user, and it is recorded in the T3 moment, the input of the laptop
Mode is：Voice input mode.
At the T4 moment, the laptop statistics is used by the T1 moment to the laptop between the T4 moment
Input mode, specially：Voice input mode, keyboard entry method, touch-control input mode, the laptop by these three
Input mode matches with preset keyboard entry method, since these three input modes include keyboard entry method, so,
The laptop generates a control instruction for closing first touch subunit；
Then the laptop executes the control instruction, and then first hardware module is in off-position,
And second hardware module is kept to be in energized state.
At the T5 moment, user A does psychological test, the notes by way of mouse input using the laptop
This computer record input mode described in the T5 moment is：Mouse input mode.
At the T6 moment, the laptop counts input side used by laptop described in the T4 moment to T6 moment
Formula, specially：Mouse input mode, and by itself and default input mode：Keyboard entry method matches, due to can not match
Work(so control first hardware module is in energized state, and then makes the touch function corresponding to the first touch-control subregion
In open state.
Embodiment three
In order to make those skilled in the art further understand information processing that the embodiment of the present application one is introduced
Method, the embodiment of the present application three will continue the method for introducing the information processing that the embodiment of the present application one is introduced in user side of standing.
In the present embodiment, it is introduced so that the laptop is laptop as an example, the laptop
Including image collecting device and touch control unit, the touch control unit includes the first touch-control subregion and the second touch-control subregion,
In, the first touch-control subregion and the second touch-control subregion are in hardware and indistinction, the default behaviour of the touch control unit
It is as body：The finger of touch-control body and user.
At the T7 moment, the touch control unit detects the first subregion of the touch control unit there are the first touch control operation,
The first touch-control body corresponding to first touch control operation is acquired by described image harvester simultaneously；
After described image harvester collects the described first sub- touch-control body, determine that described first touches by image recognition
Control the wrist that body is user；
The laptop matches first operating body with predetermined registration operation body, judges first operation
Body not predetermined registration operation body, so determine that first subregion is the first touch-control subregion, and then the electronics
Equipment is simultaneously not responding to first touch control operation；
At the T8 moment, the touch control unit detects second subregion of touch control unit surface, and there are the second touch-controls to grasp
Make, and described image acquisition state acquires the finger that the second operation body corresponding to second touch control operation is user；
The electronic equipment matches the second operation body with predetermined registration operation body, judges the second operation body
For predetermined registration operation body, so determining that second subregion is the second touch-control subregion, and then second touch-control is responded
Operation, and generate and the control instruction corresponding to second touch control operation.
Example IV
Based on same inventive concept, the embodiment of the present application four provides a kind of electronic equipment, and the electronic equipment includes touch-control
Unit, at least two touch-control subregions of the touch control unit including the first touch-control subregion and the second touch-control subregion.
Referring to FIG. 6, the electronic equipment further includes such as lower structure：
Judgment module 601, for judging whether the electronic equipment meets the first preset condition；
Control module 602, for when the electronic equipment meets first preset condition, controlling first touch-control
Touch function corresponding to subregion is closed and is controlled at the touch function of the second touch-control subregion
In open state.
In specific implementation process, first preset condition can be a variety of preset conditions, and then the judgment module
601 function is also different, is set forth below two kinds therein and is introduced, and certainly, in specific implementation process, is not limited to following two
Kind situation.
The first, the judgment module 601 is specifically used for：
Judge whether the electronic equipment receives the first predetermined registration operation；
Wherein, when the electronic equipment receives described the first predetermined registration operation, it is determined that the electronic equipment meets institute
State the first preset condition.
As seen from the above description, since in the embodiment of the present application, it is default first can be received in the electronic equipment
When operation, just controls the touch function corresponding to the first touch-control subregion and be closed, so reached easy to operate
Technique effect.
Second, judgment module 601 is stated, is specifically included：
Detection unit, for detecting at least one input side corresponding to the electronic equipment every prefixed time interval
Formula；
Judging unit, for judging at least one input mode whether to include default input mode；
Wherein, when at least one input mode includes the default input mode, it is determined that the electronics is set
It is standby to meet first preset condition.
As seen from the above description, due to that in the embodiment of the present application, can detect first corresponding to the electronic equipment
At least one input mode then controls described first and touches when at least one input mode includes default input mode
The touch function of control subelement is closed, wherein due to including default input at least one input mode
Mode, such as：When keyboard entry method, it is easy to cause the first touch-control subregion and generates errored response, so reached more
Add the accurate technique effect for preventing errored response.
In specific implementation process, the control module 602 controls the touch-control work(corresponding to the first touch-control subregion
The touch function that can be closed and control the second touch-control subregion is in open state and can also use
Various ways, and then the function module of the composition control module 602 is also different, is set forth below two kinds therein and is introduced,
Certainly, in specific implementation process, following two situations are not limited to.
The first, the touch control unit include the first hardware module corresponding with the first touch-control subregion and with
When corresponding second hardware module of the second touch-control subregion, the control module 602 is specifically used for：
It controls first hardware module and is in off-position；And
It controls second hardware module and is in energized state.
As seen from the above description, since in the embodiment of the present application, the touch control unit may include being touched with described first
Control corresponding first hardware module of subregion and the second hardware module corresponding with the second touch-control subregion, wherein straight
It connects the first hardware module of control and is in that off-position, the second hardware module is in energized state can realize first touch-control
The touch function of subregion is closed, the touch function of the second touch-control subregion is in the technique effect of open state,
So having reached reduces the technique effect of energy consumption.
Second, institute's control module 602 specifically includes：
Determination unit, in the first area for detecting the touch control unit surface there are when the first touch control operation, really
The fixed first area and the correspondence in at least two touch-control subregions；
Response unit, for when the first area corresponds to the second touch-control subregion, responding first touch-control
Operation generates the first control instruction corresponding with first touch control operation, and then makes the described of the second touch-control subregion
Touch function is in the open state；
Wherein, when the first area corresponds to the first touch-control subregion, it is not responding to first touch control operation, into
And the touch function of the first touch-control subregion is made to be in the closed state.
In this case, the hardware construction due to the first touch-control subregion and the second touch-control subregion and connection relation be simultaneously
Indistinction, so, the first touch-control subregion and the second touch-control subregion and the touch control unit included its
The position of its touch-control subregion not immobilizes, so before unit based on the determination determines the correspondence, also
It can first determine the first touch-control subregion and the second touch-control subregion, wherein the difference based on method of determination, it is described
The function module that electronic equipment is included is also different, is set forth below two kinds therein and is introduced, certainly, in specific implementation process
In, it is not limited to following two situations.
（1）The electronic equipment further includes：
Receiving module, for before determining the first area and at least correspondence of two touch-control subregions,
The first setting operation for receiving user, with determination the first touch-control subregion；Or
The second setting operation for receiving user, with determination the second touch-control subregion.
As seen from the above description, due in the embodiment of the present application, the first touch-control subregion and second touch-control
Subregion can be determined based on the operation of the setting of user, so reached the touch-control to each touch-control subregion of touch control unit
Whether function opens the more accurate technique effect of control.
（2）The electronic equipment further includes：
Detection module, for the correspondence in determining the first area and at least two touch-control subregions it
Before, detection obtains the first operating body corresponding to first touch control operation；
Judgment module, for judging whether first operating body is predetermined registration operation body；
First determining module, for when first operating body is not the predetermined registration operation body, determining firstth area
Domain corresponds to the first touch-control subregion；
Second determining module, for when first operating body is the predetermined registration operation body, determining the first area
The corresponding second touch-control subregion.
As seen from the above description, due to that in the embodiment of the present application, can be grasped based on generate the first touch control operation first
The difference for making body, to determine the first area as the first touch-control subregion or the second touch-control subregion, such as：If described
First operating body is the finger of user, it is determined that the first area is the second touch-control subregion；And if first touch-control
Body is the wrist of user, it is determined that the first area is the first touch-control subregion, wherein under normal conditions, user often practises
Strong hand fingering row touch control operation, and if using keyboard input operation, wrist accident touch on touch control unit is often led to, so adopt
Determine that the first area is the technical solution of different touch-control subregions with the difference based on the first operating body, it can be more smart
True reaches the technique effect for preventing touch control unit from generating errored response.
Further, as seen from the above description, since in the embodiment of the present application, the touch control unit is constantly in scanning
State is based only on the difference in the region of the first touch control operation to determine whether respond to the first touch control operation, due to not
It needs to make touch control unit into multiple hardware modules respectively, so reached the more convenient technique effect of realization.
In specific implementation process, when the electronic equipment further includes a keyboard, the first touch-control subregion is specific
For：It is less than the region of the first pre-determined distance threshold value on the touch control unit at a distance from the keyboard；The second touch-control sub-district
Domain is specially：It is more than the region of the first pre-determined distance threshold value on the touch control unit at a distance from the keyboard.
By the electronic equipment that the embodiment of the present application four is introduced, to implement information processing in the embodiment of the present application one to three
Method used by electronic equipment, so the method based on the information processing described in the embodiment of the present application one to three, this
Those skilled in the art can understand the concrete structure and its various change form of the electronic equipment in the present embodiment four, institute
The electronic equipment to be no longer discussed in detail herein.As long as those skilled in the art implement the embodiment of the present application one to three
Electronic equipment used by the method for middle information processing belongs to the range to be protected of the application.
One or more technical solution provided by the present application, has at least the following technical effects or advantages：
（1）Due in the embodiment of the present application, using when the electronic equipment meets the first predetermined condition, control electricity
Touch function corresponding to first touch-control subregion of sub- equipment touch control unit is closed and controls touch control unit
Touch function corresponding to second touch-control subregion is in the technical solution of open state, wherein the first touch-control subregion
It can be that the touch control unit surface is easy accidentally tactile region, touch-control input function is opened in guarantee electronic equipment so having reached
While prevent touch control unit generate mistake response technique effect.
（2）Due in the embodiment of the present application, can just be controlled when the electronic equipment receives the first predetermined registration operation
Touch function corresponding to first touch-control subregion is closed, so reached easy to operate technique effect.
（3）Since at least one input corresponding to the electronic equipment in the embodiment of the present application, can be detected first
Mode then controls touching for first touch subunit when at least one input mode includes default input mode
Control function is closed, wherein input mode is preset due to including at least one input mode, such as：Key
When disk input mode, it is easy to cause the first touch-control subregion and generates errored response, so having reached more accurately prevents
The technique effect of errored response.
（4）Since in the embodiment of the present application, the touch control unit may include corresponding with the first touch-control subregion
The first hardware module and the second hardware module corresponding with the second touch-control subregion, wherein it is hard to directly control first
Part module is in that off-position, the second hardware module is in energized state can realize the touch-control of the first touch-control subregion
Function is closed, the touch function of the second touch-control subregion is in the technique effect of open state, so reached drop
The technique effect of low energy consumption.
（5）Since in the embodiment of the present application, the touch control unit is constantly in scanning mode, it is based only on the first touch-control
The difference in the region of operation determines whether respond to the first touch control operation, due to need not make touch control unit respectively
Multiple hardware modules, so reached the more convenient technique effect of realization.
（6）Since in the embodiment of the present application, the first touch-control subregion and the second touch-control subregion can be with bases
It is determined in the operation of the setting of user, so reached to whether the touch function of each touch-control subregion of touch control unit is opened
The more accurate technique effect of control.
（7）Due in the embodiment of the present application, can be come based on the difference for the first operating body for generating the first touch control operation
The first area is determined as the first touch-control subregion or the second touch-control subregion, such as：If first operating body is
The finger of user, it is determined that the first area is the second touch-control subregion；And if the first touch-control body is the hand of user
Wrist, it is determined that the first area is the first touch-control subregion, wherein under normal conditions, often custom is carried out user with finger
Touch control operation, and if using keyboard input operation, wrist accident touch on touch control unit is often led to, so using based on the first behaviour
The difference for making body determines that the first area is the technical solution of different touch-control subregions, and can more accurately reach prevents
Touch control unit generates the technique effect of errored response.
Although preferred embodiments of the present invention have been described, it is created once a person skilled in the art knows basic
Property concept, then additional changes and modifications may be made to these embodiments.So it includes excellent that the following claims are intended to be interpreted as
It selects embodiment and falls into all change and modification of the scope of the invention.
Obviously, various changes and modifications can be made to the invention without departing from essence of the invention by those skilled in the art
God and range.In this way, if these modifications and changes of the present invention belongs to the range of the claims in the present invention and its equivalent technologies
Within, then the present invention is also intended to include these modifications and variations.
Claims (12)
1. a kind of method of information processing, the method are applied in the electronic equipment including touch control unit, which is characterized in that institute
State at least two touch-control subregions of the touch control unit including the first touch-control subregion and the second touch-control subregion, described first
Touch-control subregion is that the touch control unit surface is easy accidentally tactile region, the method includes：
Judge whether the electronic equipment meets the first preset condition；
When the electronic equipment meets first preset condition, the touch-control work(corresponding to the first touch-control subregion is controlled
The touch function that can be closed and control the second touch-control subregion is in open state；
Wherein, the touch function corresponding to the control the first touch-control subregion is closed and controls described the
The touch function of two touch-control subregions is in open state, specifically includes：
Receive user the first setting operation with determination the first touch-control subregion or receive user the second setting operation with
Determine the second touch-control subregion；
In the first area for detecting the touch control unit surface there are when the first touch control operation, the first area and institute are determined
State the correspondence at least two touch-control subregions；
When the first area corresponds to the second touch-control subregion, first touch control operation is responded, is generated and described the
Corresponding first control instruction of one touch control operation, and then so that the touch function of the second touch-control subregion is in described and open
Open state；
Wherein, when the first area corresponds to the first touch-control subregion, it is not responding to first touch control operation, and then make
The touch function of the first touch-control subregion is in the closed state.
2. the method as described in claim 1, which is characterized in that described to judge whether the electronic equipment meets the first default item
Part, specially：
Judge whether the electronic equipment receives the first predetermined registration operation；
Wherein, when the electronic equipment receives described the first predetermined registration operation, it is determined that the electronic equipment meets described
One preset condition.
3. the method as described in claim 1, which is characterized in that described to judge whether the electronic equipment meets the first default item
Part specifically includes：
At least one input mode corresponding to the electronic equipment is detected every prefixed time interval；
Judge at least one input mode whether to include default input mode；
Wherein, when at least one input mode includes the default input mode, it is determined that the electronic equipment is full
Foot first preset condition.
4. the method as described in claim 1, which is characterized in that include and the first touch-control subregion in the touch control unit
When corresponding first hardware module and the second hardware module corresponding with the second touch-control subregion, the control described the
Touch function corresponding to one touch-control subregion is closed and controls the touch-control of the second touch-control subregion
Function is in open state, specially：
It controls first hardware module and is in off-position；And
It controls second hardware module and is in energized state.
5. the method as described in claim 1, which is characterized in that in the determination first area and at least two touch-controls
Before correspondence in subregion, the method further includes：
Detection obtains the first operating body corresponding to first touch control operation；
Judge whether first operating body is predetermined registration operation body；
When first operating body is not the predetermined registration operation body, determine that the first area corresponds to the first touch-control sub-district
Domain；
When first operating body is the predetermined registration operation body, determine that the first area corresponds to the second touch-control sub-district
Domain.
6. the method as described in any claims of claim 1-5, which is characterized in that when the electronic equipment further includes a keyboard
When, the first touch-control subregion is specially：It is less than the first pre-determined distance threshold on the touch control unit at a distance from the keyboard
The region of value；The second touch-control subregion is specially：It is more than described first on the touch control unit at a distance from the keyboard
The region of pre-determined distance threshold value.
7. a kind of electronic equipment, the electronic equipment includes touch control unit, which is characterized in that the touch control unit includes first tactile
At least two touch-control subregions including subregion and the second touch-control subregion are controlled, the first touch-control subregion is the touch-control
Cell surface is easy accidentally tactile region, and the electronic equipment further includes：
Judgment module, for judging whether the electronic equipment meets the first preset condition；
Control module, for when the electronic equipment meets first preset condition, controlling the first touch-control subregion
The touch function that corresponding touch function was closed and controlled the second touch-control subregion is in unlatching
State；
Receiving module, for before determining first area and at least correspondence of two touch-control subregions, receiving user
The first setting operation, with determination the first touch-control subregion；Or the second setting operation of user is received, with determination described the
Two touch-control subregions；
Wherein, the control module, specifically includes：
Determination unit, for, there are when the first touch control operation, determining institute in the first area for detecting the touch control unit surface
State first area and the correspondence in at least two touch-control subregions；
Response unit, for when the first area corresponds to the second touch-control subregion, responding first touch control operation,
The first control instruction corresponding with first touch control operation is generated, and then makes the touch-control work(of the second touch-control subregion
The open state can be in；
Wherein, when the first area corresponds to the first touch-control subregion, it is not responding to first touch control operation, and then make
The touch function of the first touch-control subregion is in the closed state.
8. electronic equipment as claimed in claim 7, which is characterized in that the judgment module is specifically used for：
Judge whether the electronic equipment receives the first predetermined registration operation；
Wherein, when the electronic equipment receives described the first predetermined registration operation, it is determined that the electronic equipment meets described
One preset condition.
9. electronic equipment as claimed in claim 7, which is characterized in that the judgment module specifically includes：
Detection unit, for detecting at least one input mode corresponding to the electronic equipment every prefixed time interval；
Judging unit, for judging at least one input mode whether to include default input mode；
Wherein, when at least one input mode includes the default input mode, it is determined that the electronic equipment is full
Foot first preset condition.
10. electronic equipment as claimed in claim 7, which is characterized in that include and first touch-control in the touch control unit
When corresponding first hardware module of subregion and the second hardware module corresponding with the second touch-control subregion, the control
Module is specifically used for：
It controls first hardware module and is in off-position；And
It controls second hardware module and is in energized state.
11. electronic equipment as claimed in claim 7, which is characterized in that the electronic equipment further includes：
Detection module, before the correspondence in determining the first area and at least two touch-control subregions, inspection
Survey the first operating body obtained corresponding to first touch control operation；
Judgment module, for judging whether first operating body is predetermined registration operation body；
First determining module, for when first operating body is not the predetermined registration operation body, determining the first area pair
Answer the first touch-control subregion；
Second determining module, for when first operating body is the predetermined registration operation body, determining that the first area corresponds to
The second touch-control subregion.
12. the electronic equipment as described in any claims of claim 7-11, which is characterized in that when the electronic equipment further includes one
When keyboard, the first touch-control subregion is specially：Be less than at a distance from the keyboard on the touch control unit first it is default away from
Region from threshold value；The second touch-control subregion is specially：More than described at a distance from the keyboard on the touch control unit
The region of first pre-determined distance threshold value.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
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| CN201310067506.XA CN104035695B (en) | 2013-03-04 | 2013-03-04 | A kind of method and electronic equipment of information processing |
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| CN201310067506.XA CN104035695B (en) | 2013-03-04 | 2013-03-04 | A kind of method and electronic equipment of information processing |
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| CN104035695B true CN104035695B (en) | 2018-11-09 |
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Families Citing this family (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105528098B (en) * | 2014-09-28 | 2019-06-25 | 联想(北京)有限公司 | A kind of method and electronic equipment of controlling electronic devices |
| CN106126099B (en) * | 2016-06-22 | 2019-09-20 | 北京小鸟听听科技有限公司 | Information processing method and electronic equipment |
| CN107145283B (en) * | 2017-05-08 | 2020-08-25 | 合肥联宝信息技术有限公司 | Control method of touch device and electronic equipment |
| CN108744495A (en) * | 2018-05-29 | 2018-11-06 | 努比亚技术有限公司 | A kind of control method of virtual key, terminal and computer storage media |
| CN109062464B (en) * | 2018-06-27 | 2021-03-02 | Oppo广东移动通信有限公司 | Touch operation method and device, storage medium and electronic equipment |
| CN110007796B (en) * | 2019-03-25 | 2023-03-21 | 联想(北京)有限公司 | Electronic device and information processing method |
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