CN104035609A - Information processing method and electronic device - Google Patents
Information processing method and electronic device Download PDFInfo
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- CN104035609A CN104035609A CN201310075118.6A CN201310075118A CN104035609A CN 104035609 A CN104035609 A CN 104035609A CN 201310075118 A CN201310075118 A CN 201310075118A CN 104035609 A CN104035609 A CN 104035609A
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Abstract
The invention discloses an information processing method and an electronic device. The information processing method is applied to the electronic device with a touch display unit; and the method comprises the steps of: detecting if first touch operation exists in the touch display unit; if the first touch operation exists, further detecting electric quantity information of the electronic device; determining a first touch feedback parameter value based on a preset corresponding relationship between the electric quantity information and the touch feedback parameter; generating and outputting first touch feedback in response to the first touch operation based on the first touch feedback parameter value.
Description
Technical field
The present invention relates to electronic technology field, be specifically related to a kind of method and electronic equipment of information processing.
Background technology
Along with the development of electronic technology, electronic equipment operation is more and more convenient, and electronic equipment can just can feed back to the information of user's needs or the action that completing user needs by identification user shirtsleeve operation.But along with user's demand is more and more higher, electronic equipment in some respects, is appointed and so can not be met user's demand.
Such as, in electronic equipment charging process or while not using electronic equipment, user need to know the information about power that this electronic equipment is current, need to wake display unit up by push-botton operation, then, electronic equipment must recognize the operation that user starts display unit, then makes the current information about power of user's electron gain equipment by the charge information showing on display unit.
But in the process of inventor's invention technical scheme in realizing the embodiment of the present invention, find that above-mentioned technology at least exists following technical matters:
Owing to can only showing that the mode of information about power provides current charge information or dump energy information to user on the display unit by electronic equipment in prior art, so, exist electronic equipment only to detect while waking the operation of display unit up by button, electronic equipment could offer by display unit the technical matters of the current information about power of consumer electronic devices;
Owing to can only showing charge information on the display unit by electronic equipment in prior art, so existing electronic equipment to have provides the single technical matters of mode of the current information about power of electronic equipment.
Summary of the invention
The embodiment of the present application is by providing a kind of method and electronic equipment of information processing, for solving prior art electronic equipment, only detect while waking the operation of display unit up by button, electronic equipment could offer by display unit the technical matters of the current information about power of consumer electronic devices.
On the one hand, the embodiment of the present application provides a kind of method of information processing, is applied to one and has in the electronic equipment of touch-display unit, and described method comprises:
Whether detection there is the first touch control operation in described touch-display unit;
When there is described the first touch control operation, further detect the information about power of described electronic equipment;
Default corresponding relation based between described information about power and touch-control feedback parameter, determines the first touch-control feedback parameter value;
Based on described the first touch-control feedback parameter value, generate and export the first touch-control feedback of described the first touch control operation of response.
Preferably, when described touch-display unit is capacitance touching control display unit, whether described detection exists the first touch control operation to be specially in described touch-display unit:
By described capacitance touching control display unit, detect on described capacitance touching control display unit, whether there is described the first touch control operation.
Preferably, the first touch-control feedback of described generation described the first touch control operation of output response is specially:
Generate and export the vibrational feedback of described the first touch control operation of response, and/or acousto-optic feedback, and/or thermal stimulus feedback, and/or static stimulation feedback, and/or sense of smell feedback.
Preferably, when described the first touch-control is fed back to vibrational feedback, described the first touch-control feedback parameter value is specially described vibration amplitude value.
Preferably, when described the first touch-control is fed back to static stimulation feedback, described the first touch-control feedback parameter value is specially electrostatic charge quantity.
Preferably, when described the first touch-control is fed back to thermal stimulus feedback, described the first touch-control feedback parameter value is specially temperature value.
On the other hand, the embodiment of the present application provides a kind of electronic equipment, comprises a touch-display unit, and described electronic equipment comprises:
The first detecting unit, for detection of whether there is the first touch control operation in described touch-display unit;
The second detecting unit, for when there is described the first touch control operation, further detects the information about power of described electronic equipment;
Determining unit, for the default corresponding relation based between described information about power and touch-control feedback parameter, determines the first touch-control feedback parameter value;
Response unit, for based on described the first touch-control feedback parameter value, generates and exports the first touch-control feedback of described the first touch control operation of response.
Preferably, when described touch-display unit is capacitance touching control display unit, described the first detecting unit specifically for:
By described capacitance touching control display unit, detect on described capacitance touching control display unit, whether there is described the first touch control operation.
Preferably, described response unit specifically for:
Generate and export the vibrational feedback of described the first touch control operation of response, and/or acousto-optic feedback, and/or thermal stimulus feedback, and/or static stimulation feedback, and/or sense of smell feedback.
Preferably, when described the first touch-control is fed back to described vibrational feedback, described the first touch-control feedback parameter value is specially vibration amplitude value.
Preferably, when described the first touch-control is fed back to described static stimulation feedback, described the first touch-control feedback parameter value is specially electrostatic charge quantity.
Preferably, when described the first touch-control is fed back to described thermal stimulus feedback, described the first touch-control feedback parameter value is specially temperature value.
The one or more technical schemes that provide in the embodiment of the present application, at least have following technique effect or advantage:
1, owing to having adopted, detect in described touch-display unit when there is described the first touch control operation, further detect the information about power of described electronic equipment; Default corresponding relation based between described information about power and touch-control feedback parameter, determines the first touch-control feedback parameter value; Based on described the first touch-control feedback parameter value, generate and export the technological means of the first touch-control feedback of described the first touch control operation of response, so, efficiently solving electronic equipment in prior art only detects while waking the operation of display unit up by button, electronic equipment could offer by display unit the technical matters of the current information about power of consumer electronic devices, and then, when having realized electronic equipment and the touch control operation in touch-display unit being detected, just can provide to user the technique effect of the current electric quantity information of electronic equipment.
2, owing to having adopted by generating and export the vibrational feedback of described the first touch control operation of response, and/or acousto-optic feedback, and/or static stimulates feedback, and/or the technological means of sense of smell feedback, so, efficiently solve in prior art electronic equipment and have and provide the mode of the current information about power of electronic equipment single technical matters, and then, realized and can to user, provide in many ways the technique effect of the current information about power of electronic equipment according to user's needs, improved user experience.
Accompanying drawing explanation
Fig. 1 is the process flow diagram of the method for information processing in the embodiment of the present application;
Fig. 2 is the module map of electronic equipment in the embodiment of the present application.
Embodiment
The embodiment of the present application is by providing a kind of method and electronic equipment of information processing, having solved electronic equipment in prior art only detects while waking the operation of display unit up by button, electronic equipment could offer by display unit the technical matters of the current information about power of consumer electronic devices, and then, when having realized electronic equipment and the touch control operation in touch-display unit being detected, just can provide to user the technique effect of the current electric quantity information of electronic equipment.
Technical scheme in the embodiment of the present invention is for addressing the above problem, and general thought is as follows:
By detecting, in described touch-display unit, whether there is the first touch control operation; When there is described the first touch control operation, further detect the information about power of described electronic equipment; Default corresponding relation based between described information about power and touch-control feedback parameter, determines the first touch-control feedback parameter value; Based on described the first touch-control feedback parameter value, generate and export the first touch-control feedback of described the first touch control operation of response.
By above-mentioned detection, in described touch-display unit, whether there is the first touch control operation, when there is described the first touch control operation, respond described the first touch control operation, with the default corresponding relation based between information about power and touch-control feedback parameter, determine the technological means of the first touch-control feedback parameter value, so, can effectively solve electronic equipment in prior art only detects while waking the operation of display unit up by button, electronic equipment could offer by display unit the technical matters of the current information about power of consumer electronic devices, and then, when having realized electronic equipment and the touch control operation in touch-display unit having been detected, just can provide to user the technique effect of the current electric quantity information of electronic equipment.
In order better to understand technique scheme, below in conjunction with Figure of description and concrete embodiment, technique scheme is described in detail.
The application one embodiment provides a kind of method of information processing, being applied to one has in the electronic equipment of touch-display unit, this electronic equipment is specifically as follows mobile phone, panel computers etc. have the electronic equipment of touch-display unit, in specific implementation process, for this electronic equipment, be specially which kind of electronic equipment, the application does not limit.
As shown in Figure 1, the method comprises the steps:
S101: detect and whether have the first touch control operation in described touch-display unit;
Concrete, implement, in implementation process, the first touch control operation not to be done to concrete restriction for which kind of touch control operation, can touch touch-display unit.Further, at least can detect in touch-display unit, whether there is the first touch control operation by following several embodiments, be illustrated below.
The first embodiment: if touch-display unit is capacitance touching control display unit, can, by the coupling capacitance between the operating body of capacitance touching control display unit and execution the first touch control operation, detect and in touch-display unit, whether have the first touch control operation.
The second embodiment: if touch-display unit is pressure screen, pressure transducer can be set in touch-display unit, detect whether there is the first touch control operation in touch-display unit by pressure transducer.Concrete, when user carries out the first touch control operation to this electronic equipment, the pressure transducer in the touch-display unit of electronic equipment detects the first touch control operation the pressure of touch-display unit is detected in touch-display unit, whether have the first touch control operation.By the second embodiment, can not be subject to electronic equipment screen locking, or touch-display unit under charged state can not touch-control restriction.
After execution of step S101, when the testing result in step S101 shows to have the first touch control operation, then perform step S102, that is: when there is described the first touch control operation, further detect the information about power of described electronic equipment.
In specific implementation process, step S102 has the situation of following two kinds of enforcements, such as, can be for electronic equipment be under charged state, the information about power of the charging of detected electrons equipment; Also can be for electronic equipment be under non-charged state, the dump energy information of detected electrons equipment or use information about power.Specifically under which kind of situation, perform step the method step in S102, the application does not limit.
When information about power detected in step S102, then perform step S103, that is: the default corresponding relation based between described information about power and touch-control feedback parameter, determines the first touch-control feedback parameter value.
In specific implementation process, different according to the form of the first touch-control feedback parameter value of determining, the embodiment that electronic equipment responds the first touch control operation can have multiple, such as, can pass through vibrational feedback, acousto-optic feedback, thermal stimulus feedback, static stimulates feedback, and one or more feedback system combined types in sense of smell feedback feed back, and carry out below according to the difference of feedback system, step S103 being described in detail.
The first: suppose to respond the first touch control operation with the form of vibrational feedback, the default corresponding relation based between information about power and touch-control feedback parameter first, determines vibration amplitude value.Concrete, the default corresponding relation based between information about power and vibration amplitude parameter, electronic equipment generates the vibration amplitude value corresponding with current electric quantity value by being arranged on the degree of the motor vibration in electronic equipment.
Concrete, electronic equipment can be set a corresponding vibration amplitude value of concrete electric weight number percent according to user's predetermined registration operation, such as, while supposing that the charge value of setting is 100%, corresponding vibration amplitude value is A, and the vibration amplitude value ratio that other charge values are corresponding reduces.When charge value is 100%, respond the first touch control operation, the vibration amplitude value of determining is A, when charge value is 50%, respond the first touch control operation, determine with charge value be that 50% corresponding vibration amplitude value is 0.5A, when charge value is 0, respond the first touch control operation, what determine is that 0% corresponding vibration amplitude value is 0 etc. with charge value.Electronic equipment can also arrange the corresponding relation between charge value and vibration amplitude value according to other modes, such as can be according to the interval corresponding predetermined vibration amplitude value of a predetermined charge value, as, charge value corresponding vibration amplitude value in 0% to 20% interval is X, charge value 21% to 40% interval in corresponding vibration amplitude value be Y, charge value is other vibration amplitude values of correspondence in other intervals.Based on this embodiment, while the current charge value of electronic equipment being detected and be 25%, 30%, 34% etc. when electronic equipment responds the first touch control operation, the vibration amplitude value of determining is Y.In this way, need not be based on user by push-botton operation deactivation touch-display unit, electronic equipment just can provide to user a value range of current electric quantity value.
The second: supposing stimulates the form of feedback to respond the first touch control operation with static, and the default corresponding relation between the information about power first detecting based on electronic equipment and touch-control feedback parameter, determines electrostatic charge quantity.Concrete, default corresponding relation based between information about power and electrostatic charge quantity, electronic equipment is by being arranged on the difference of the current value on the capacitance touching control display unit on electronic equipment, thereby while making user carry out the first touch control operation, capacitance touching control display unit is determined the electrostatic charge quantity that the information about power current with electronic equipment is corresponding.
Concrete, can based on and the first embodiment in the same or similar principle of preset relation between information about power and vibrational feedback parameter preset the default corresponding relation between information about power and static stimulation feedback parameter, so the application repeats no more.Determining that information about power and static stimulate after the default corresponding relation between feedback parameter, default corresponding relation based between information about power and static feedback parameter, determine the electric current on the capacitance touching control display unit of electronic equipment, with this, determine electrostatic charge quantity corresponding to charge value current with electronic equipment.
The third: suppose to respond the first touch control operation with the form of acousto-optic feedback, the default corresponding relation based between information about power and touch-control feedback parameter first, determine acousto-optic value of feedback, concrete, default corresponding relation between the information about power detecting in step S102 and acousto-optic feedback parameter, determines the optical signal value corresponding with current electric quantity value and/or voice signal value.
In specific implementation process, suppose mode response response the first touch control operation with acoustic feedback, be specifically as follows the current charge value of voice reading electronic equipment, respond first touch control operation of user in touch-display unit, enter for the information about power of electronic equipment.By this feedback system that enters for information about power, electronic equipment can offer user's charge value more accurately.Certainly, in implementation process, also can be for other modes, such as dodgoing, volume changes etc.When feedback form is dodgoing, during the feedback form such as volume change, can based on and the first embodiment in the default information about power of same or similar principle of preset relation of information about power and vibration amplitude feedback parameter and the default corresponding relation between audible feedback parameter, so the application repeats no more.Then, based on audible feedback value corresponding to the information about power charge value current with default corresponding relation electronic equipment between audible feedback parameter.
For example, the mode that can adjust by a kind of music spectrum is implemented, concrete, can charge value be set according to user's predicted operation is that the audio feedback of 0 to 10% correspondence is music " 1 ", and then, charge value is that the audio feedback of 11% to 20% correspondence is music " 2 ", rule setting successively,, charge value is that the audio feedback of 81% to 90% correspondence is that music " rises 2 ", and charge value is that the audio feedback of 91% to 100% correspondence is " rising 3 ".If charge value is in 81% to 90% scope time, just for sending the tone of " rising 2 ", in this way, and need not be based on user by push-botton operation deactivation touch-display unit, electronic equipment just can provide to user the scope of electronic equipment current electric quantity value.
For example, the form that can also feed back by light, specifically can be by starting the backlight of touch-display unit, or provide light to feed back by other forms, concrete, and light feedback can be the change of the color of light, strong and weak change of light etc. form.Concrete can based on and the first embodiment in the same or similar principle of preset relation between information about power and vibration amplitude feedback parameter preset the default corresponding relation between information about power and light feedback parameter, so the application repeats no more.
The 4th kind: suppose to respond the first touch control operation with the form of sense of smell feedback, the default corresponding relation based between information about power and touch-control feedback parameter first, determines sense of smell value of feedback.Concrete, the default corresponding relation based between information about power and sense of smell feedback parameter, electronic equipment determines by the smell generating means being arranged in electronic equipment the smell that the charge value current with electronic equipment is corresponding.
The 5th kind, suppose to respond the first touch control operation with the form of thermal stimulus feedback, the default corresponding relation based between information about power and touch-control feedback parameter first, determines temperature value.
For example, can based on and the first embodiment in the default information about power of same or similar principle of preset relation of information about power and vibration amplitude feedback parameter and the default corresponding relation between sense of smell feedback parameter, so the application repeats no more.After the default corresponding relation of determining between information about power and sense of smell feedback parameter, the smell sound-producing device in electronic equipment is determined the odorousness value that the charge value current with electronic equipment is corresponding.
In specific implementation process, the information about power of the form feedback electronics can also the various feedback mode based in five kinds of embodiments of above-mentioned the first embodiment to the combining.
After execution of step S103, the first touch-control feedback parameter value execution step S104 based on determining based on described the first touch-control feedback parameter value, generates and exports the first touch-control feedback of described the first touch control operation of response that is:.
In specific implementation process, the first touch-control feedback parameter value based on determining in step S103 is vibrational feedback, acousto-optic feedback, static stimulates feedback, thermal stimulus feedback, or sense of smell feedback, the first touch-control feedback that generates and export described the first touch control operation of response in step S104 is specially:
When the first touch-control feedback parameter value of determining in step S103 is a vibration amplitude value, the vibrations motor based in electronic equipment generates the vibrational feedback corresponding with this vibration amplitude value, and exports this vibrational feedback to user.
When the first touch-control feedback parameter value of determining in step S103 is an electrostatic charge quantity, on capacitance touching control display unit in control electronic equipment, electric current is so that the electric current on capacitance touching control display unit increases to a predetermined current value, so that user's finger while carrying out the first touch control operation on capacitance touching control display unit, can on capacitance touching control display unit, generate and this electrostatic charge quantity, with this electrostatic charge quantity, to user's finger, exporting this static stimulates feedback.
When the first touch-control feedback parameter value of determining in step S103 is a temperature value, the temperature adjustment device of controlling in electronic equipment generates this temperature value, with this temperature value, to user's output temperature, stimulates feedback.
When the first touch-control feedback parameter value of determining in step S103 is an optical signal value, controls light feedback backlight in electronic equipment or that other forms of light source generation is corresponding with this optical signal value and export to user.
When the first touch-control feedback parameter value of determining in step S103 is a voice signal value, the audio output unit of controlling in electronic equipment generates the acoustic feedback corresponding with this voice signal value and exports to user.
When the first touch-control feedback parameter value of determining in step S103 is an odorousness value, the smell generating means of controlling in electronic equipment generates the sense of smell feedback corresponding with this odorousness value.
Based on same mode, conceive, the present invention provides a kind of electronic equipment by another embodiment of the application.
As shown in Figure 2, described electronic equipment comprises following structure:
The first detecting unit 201, for detection of whether there is the first touch control operation in described touch-display unit;
The second detecting unit 202, for when there is described the first touch control operation, further detects the information about power of described electronic equipment;
Determining unit 203, for the default corresponding relation based between described information about power and touch-control feedback parameter, determines the first touch-control feedback parameter value;
Response unit 204, for based on described the first touch-control feedback parameter value, generates and exports the first touch-control feedback of described the first touch control operation of response.
Further, in specific implementation process, when described touch-display unit is capacitance touching control display unit, described the first detecting unit specifically for:
By described capacitance touching control display unit, detect on described capacitance touching control display unit, whether there is described the first touch control operation.
Further, in specific implementation process, described response unit specifically for:
Generate and export the vibrational feedback of described the first touch control operation of response, and/or acousto-optic feedback, and/or thermal stimulus feedback, and/or static stimulation feedback, and/or sense of smell feedback.
Further, in specific implementation process, when described the first touch-control is fed back to described vibrational feedback, described the first touch-control feedback parameter value is specially vibration amplitude value.
Further, in specific implementation process, when described the first touch-control is fed back to described static stimulation feedback, described the first touch-control feedback parameter value is specially electrostatic charge quantity.
Further, in specific implementation process, when described the first touch-control is fed back to described thermal stimulus feedback, described the first touch-control feedback parameter value is specially temperature value.
The electronic equipment that the electronic equipment of introducing due to the present embodiment adopts for implementing the method for information processing in the embodiment of the present application, so method of the information processing based on introducing in the embodiment of the present application, those skilled in the art can understand the present embodiment electronic equipment embodiment with and various version, so the method how realizing in the embodiment of the present application for this electronic equipment at this is introduced no longer in detail.As long as those skilled in the art implement the electronic equipment that in the embodiment of the present application, the method for information processing adopts, all belong to the scope of the application institute wish protection.
Technical scheme in above-mentioned the embodiment of the present application, at least has following technique effect or advantage:
1, owing to having adopted, detect in described touch-display unit when there is described the first touch control operation, further detect the information about power of described electronic equipment; Default corresponding relation based between described information about power and touch-control feedback parameter, determines the first touch-control feedback parameter value; Based on described the first touch-control feedback parameter value, generate and export the technological means of the first touch-control feedback of described the first touch control operation of response, so, efficiently solving electronic equipment in prior art only detects while waking the operation of display unit up by button, electronic equipment could offer by display unit the technical matters of the current information about power of consumer electronic devices, and then, when having realized electronic equipment and the touch control operation in touch-display unit being detected, just can provide to user the technique effect of the current electric quantity information of electronic equipment.
2, owing to having adopted by generating and export the vibrational feedback of described the first touch control operation of response, and/or acousto-optic feedback, and/or static stimulates feedback, and/or the technological means of sense of smell feedback, so, efficiently solve in prior art electronic equipment and have and provide the mode of the current information about power of electronic equipment single technical matters, and then, realized and can to user, provide in many ways the technique effect of the current information about power of electronic equipment according to user's needs, improved user experience.
Although described the preferred embodiments of the present invention, once those skilled in the art obtain the basic creative concept of cicada, can make other change and modification to these embodiment.So claims are intended to all changes and the modification that are interpreted as comprising preferred embodiment and fall into the scope of the invention.
Obviously, those skilled in the art can carry out various changes and modification and not depart from the spirit and scope of the present invention the present invention.Like this, if within of the present invention these are revised and modification belongs to the scope of the claims in the present invention and equivalent technologies thereof, the present invention is also intended to comprise these changes and modification interior.
Claims (12)
1. a method for information processing, is applied to one and has in the electronic equipment of touch-display unit, it is characterized in that, described method comprises:
Whether detection there is the first touch control operation in described touch-display unit;
When there is described the first touch control operation, further detect the information about power of described electronic equipment;
Default corresponding relation based between described information about power and touch-control feedback parameter, determines the first touch-control feedback parameter value;
Based on described the first touch-control feedback parameter value, generate and export the first touch-control feedback of described the first touch control operation of response.
2. the method for claim 1, is characterized in that, when described touch-display unit is capacitance touching control display unit, whether described detection exists the first touch control operation to be specially in described touch-display unit:
By described capacitance touching control display unit, detect on described capacitance touching control display unit, whether there is described the first touch control operation.
3. method as claimed in claim 1 or 2, is characterized in that, the first touch-control feedback of described generation described the first touch control operation of output response is specially:
Generate and export the vibrational feedback of described the first touch control operation of response, and/or acousto-optic feedback, and/or thermal stimulus feedback, and/or static stimulation feedback, and/or sense of smell feedback.
4. method as claimed in claim 3, is characterized in that, when described the first touch-control is fed back to described vibrational feedback, described the first touch-control feedback parameter value is specially vibration amplitude value.
5. method as claimed in claim 3, is characterized in that, when described the first touch-control is fed back to described static stimulation feedback, described the first touch-control feedback parameter value is specially electrostatic charge quantity.
6. method as claimed in claim 3, is characterized in that, when described the first touch-control is fed back to thermal stimulus feedback, described the first touch-control feedback parameter value is specially temperature value.
7. an electronic equipment, comprises a touch-display unit, it is characterized in that, described electronic equipment comprises:
The first detecting unit, for detection of whether there is the first touch control operation in described touch-display unit;
The second detecting unit, for when there is described the first touch control operation, further detects the information about power of described electronic equipment;
Determining unit, for the default corresponding relation based between described information about power and touch-control feedback parameter, determines the first touch-control feedback parameter value;
Response unit, for based on described the first touch-control feedback parameter value, generates and exports the first touch-control feedback of described the first touch control operation of response.
8. electronic equipment as claimed in claim 7, is characterized in that, when described touch-display unit is capacitance touching control display unit, described the first detecting unit specifically for:
By described capacitance touching control display unit, detect on described capacitance touching control display unit, whether there is described the first touch control operation.
9. electronic equipment as claimed in claim 7 or 8, is characterized in that, described response unit specifically for:
Generate and export the vibrational feedback of described the first touch control operation of response, and/or acousto-optic feedback, and/or thermal stimulus feedback, and/or static stimulation feedback, and/or sense of smell feedback.
10. electronic equipment as claimed in claim 9, is characterized in that, when described the first touch-control is fed back to described vibrational feedback, described the first touch-control feedback parameter value is specially vibration amplitude value.
11. electronic equipments as claimed in claim 9, is characterized in that, when described the first touch-control is fed back to described static stimulation feedback, described the first touch-control feedback parameter value is specially electrostatic charge quantity.
12. electronic equipments as claimed in claim 9, is characterized in that, when described the first touch-control is fed back to described thermal stimulus feedback, described the first touch-control feedback parameter value is specially temperature value.
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| CN201310075118.6A CN104035609A (en) | 2013-03-08 | 2013-03-08 | Information processing method and electronic device |
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| CN201310075118.6A CN104035609A (en) | 2013-03-08 | 2013-03-08 | Information processing method and electronic device |
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| CN106814860B (en) * | 2017-03-27 | 2020-04-07 | 广东小天才科技有限公司 | Touch feedback adjusting method and device |
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