CN104991766A - Control method and electronic equipment - Google Patents
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- CN104991766A CN104991766A CN201510325675.8A CN201510325675A CN104991766A CN 104991766 A CN104991766 A CN 104991766A CN 201510325675 A CN201510325675 A CN 201510325675A CN 104991766 A CN104991766 A CN 104991766A
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Abstract
The invention discloses a control method and a kind of electronic equipment. The method comprises that the electronic equipment responds to a first command when the electronic equipment receives the first command which requires execution of a first task at a first moment and then begins executing the first task, first execution state information is generated and fed back by a first mentioning unit at a second moment when the electronic equipment executes the first task, and the first execution state information stands for an execution state at the second moment when the electronic equipment executes the first task. When executing the first task, the electronic equipment will timely feed back the execution state information of the first task to a user at a moment in order to let the user timely acquire a current execution state of the electronic equipment and to further solve problems in current electronic equipment that only a single reminding manner is provided and reminding effect is poor. Diversified reminding of the execution state of the first task is realized and the reminding effect is improved.
Description
Technical field
The application relates to electronic technology field, particularly relates to a kind of control method and electronic equipment.
Background technology
Along with electronic technology development, the also intellectuality all the more of various equipment, current user can indicate electronic equipment to perform a certain task by the mode of voice or remote control, and such electronic equipment just can substitute user and complete some numerous and diverse tasks, thus brings larger facility to the life of user.
But in the process that current electronic equipment is executed the task, electronic equipment can in the mode of display to user feedback, but this feedback system is not only single, and points out effect also poor.
Summary of the invention
Embodiments provide a kind of control method and electronic equipment, single in order to solve the feedback system of electronic equipment in prior art, and the problem pointing out effect poor.
Its concrete technical scheme is as follows:
A kind of control method, described method comprises:
Electronic equipment at the first reception to when performing the first instruction of first task, respond described first instruction, and start to perform described first task, wherein, do not fed back the execution state information of described first task by the first Tip element when described electronic equipment starts to perform described first task;
The second moment in the process of described first task is performed at described electronic equipment, generate and feed back the first execution state information by described first Tip element, wherein, described first execution state information characterizes electronic equipment described in described second moment and performs the executing state of described first task.
Optionally, perform the second moment in the process of described first task at described electronic equipment, generate and feed back the first execution state information by described first Tip element, comprising:
Perform the second moment in the process of described first task at described electronic equipment, judge whether described second moment meets predetermined condition;
If so, then generate and feed back the first execution state information by described first Tip element, and continuing to perform described first task.
Optionally, judge whether described second moment meets predetermined condition, is specially:
Obtain the time interval between described second moment and described first moment;
Judge whether the described time interval is more than or equal to predetermined threshold value.
Optionally, before whether the judgement described time interval is more than or equal to predetermined threshold value, also comprise:
Obtain a time period, wherein, the described time period is the mean value of section N number of detection time, described in described detection time Duan Weicong, electronic equipment has been executed the task, the time interval between the instruction receiving instruction described electronic equipment feedback execution state information to described electronic equipment, N be more than or equal to 2 positive integer;
Using the described time period as described predetermined threshold value.
Optionally, before whether the judgement described time interval is more than or equal to predetermined threshold value, also comprise:
Obtain and each export the time interval that described electronic equipment performs the executing state of first task, obtain M the time interval, M be more than or equal to 1 positive integer;
Minimum interval is determined in a described M time interval;
Using described minimum interval as described predetermined threshold value.
Optionally, before whether the judgement described time interval is more than or equal to predetermined threshold value, comprising:
Obtain estimated completion time, wherein, described estimated completion time is the time of the complete described first task that described electronic equipment is determined;
Using described estimated completion time as described predetermined threshold value.
Optionally, judge whether described second moment meets predetermined condition, comprising:
Determine the first subtask in the described first task that described electronic equipment performs;
Judge described second moment whether as the moment of complete described first subtask.
Optionally, judge whether described second moment meets predetermined condition, comprising:
Determine that described electronic equipment performs the primary importance in described first task;
Judge that whether described second moment moves to the moment of described primary importance from current location by self drive unit as described electronic equipment, described current location and described primary importance are different positions.
Optionally, generate and feed back the first execution state information by described first Tip element, being specially:
Generate and feed back non-the first visual execution state information by described first Tip element.
Optionally, generate and by non-the first visual execution state information of described first Tip element feedback, be specially: generate and fed back the audio-frequency information of the first executing state by audio prompt unit.
Optionally, generate and by non-the first visual execution state information of described first Tip element feedback, be specially:
Generate and by wireless communication module to described first execution state information of another electronic equipment feedback, export described first execution state information to make another electronic equipment described.
Optionally, receive the first instruction of described first task at described electronic equipment before, also comprise:
The sound signal that sound source exports is being detected by audio-frequency module;
Based on described sound signal, locate the position residing for described sound source, and move to the position residing for described sound source by drive unit.
A kind of electronic equipment, comprising:
Receiver, user performs the first instruction of first task at the first reception;
Processor, is connected with described receiver, for responding described first instruction, and starts to perform first task, and generates the first execution state information in the second moment;
Suggestion device, is connected with described processor, feeds back described first execution state information.
Optionally, described electronic equipment also comprises:
Drive unit, is connected with described processor, for the steering order according to described processor, described electronic equipment is moved to primary importance from current location, and wherein, described current location and described primary importance are different positions.
Optionally, described suggestion device is specially audio prompt device, for feeding back the audio-frequency information of the first executing state; Or
Described suggestion device is specially wireless communication apparatus, for sending the first execution state information to another electronic equipment, exports the first execution state information to make another electronic equipment described.
Embodiments provide a kind of control method, the method comprises: electronic equipment at the first reception to when performing the first instruction of first task, respond the first instruction, and start to perform first task, the second moment in the process of first task is performed at electronic equipment, generate and carry by first and state unit and feed back the first execution state information, this first execution state information characterizes the executing state performing first task at the second moment electronic equipment.In embodiments of the present invention, the process that this electronic equipment is performing first task can at a time timely to the execution state information of user feedback first task, thus make user can obtain the current executing state of electronic equipment timely, and then the prompting mode solving current electronic device is single, and point out the problem that effect is poor, reach and the variation of the executing state of first task is pointed out, improve prompting effect.
Accompanying drawing explanation
Fig. 1 is the process flow diagram of a kind of control method in the embodiment of the present invention;
Fig. 2 is the structural representation of a kind of electronic equipment in the embodiment of the present invention.
Embodiment
Embodiments provide a kind of control method, the method comprises: electronic equipment at the first reception to when performing the first instruction of first task, respond the first instruction, and start to perform first task, the second moment in the process of first task is performed at electronic equipment, generate and carry by first and state unit and feed back the first execution state information, this first execution state information characterizes the executing state performing first task at the second moment electronic equipment.In embodiments of the present invention, the process that this electronic equipment is performing first task can at a time timely to the execution state information of user feedback first task, thus make user can obtain the current executing state of electronic equipment timely, and then the prompting mode solving current electronic device is single, and point out the problem that effect is poor, reach and the variation of the executing state of first task is pointed out, improve prompting effect.
Below by accompanying drawing and specific embodiment, technical solution of the present invention is described in detail, be to be understood that, concrete just to detailed description instead of the restriction of technical solution of the present invention in the embodiment of the present invention and embodiment, when not conflicting, the concrete technical characteristic in the embodiment of the present invention and embodiment can combine mutually.
Be illustrated in figure 1 the process flow diagram of a kind of control method in the embodiment of the present invention, the method comprises:
S101, at the first reception to when performing the first instruction of first task, responds the first instruction, and starts to perform first task;
First, the method in the embodiment of the present invention can be applied in an electronic equipment, and this electronic equipment can be the electronic equipments such as mobile phone, panel computer, robot.This electronic equipment can perform corresponding task based on the instruction of user, such as can perform some task dispatchings based on the phonetic control command of user.
Therefore, electronic equipment is at the first reception to when performing the first instruction of first task, and this electronic equipment by response first instruction, and starts to perform first task.
Such as user indicates robot to take to bedroom the mobile phone of user, as long as user is to after this instruction is said by this robot, robot receives this instruction, and the drive unit opening self moves to bedroom, thus opens the task of the mobile phone of the user that takes.
In embodiments of the present invention, when electronic equipment opens first task in the first moment, this electronic equipment can not by the execution state information of the first Tip element feedback first task of self.Briefly, when starting to perform first task, electronic equipment will directly perform and not feed back.
S102, performs the second moment in the process of first task at electronic equipment, generate and feed back the first execution state information by the first Tip element.
In embodiments of the present invention, after electronic equipment starts to perform first task, this electronic equipment can be real-time the detection of carrying out time, the second moment in the process performing first task, whether judgement second moment is met predetermined condition by this electronic equipment, if so, then generate and feed back the first execution state information by the first Tip element, and continuing to perform first task.
Specifically, in embodiments of the present invention, judging whether the second moment met predetermined condition can in the following way:
Mode one:
Obtain the time interval between the second moment and the first moment, judge whether this time interval is more than or equal to preset value, if interval greater than when equaling predetermined threshold value, then should illustrate that the second moment met predetermined condition; If this time interval when being less than predetermined threshold value, then illustrates that the second moment did not meet predetermined condition.That is, in embodiments of the present invention, this electronic equipment is when detecting that some moment meet predetermined condition, and this electronic equipment can export the execution state information of first task, if when the moment does not meet predetermined condition, this electronic equipment can not export execution state information.Avoid the feedback of carrying out executing state that electronic equipment is real-time like this, not only avoid the interference that Real-time Feedback execution state information is brought user, and it also avoid the loss of electronic equipment self.
Further, in embodiments of the present invention before determination time, whether interval was more than or equal to predetermined threshold value, as follows predetermined threshold value can also be set situation:
Situation one:
This time interval can be the time interval that user is directly arranged in this electronic equipment, such as user needs this robot to feed back the execution state information of once executing the task in 1 minute, and now user just can arrange the time interval of 1 minute to robot.After set-up is complete, if this robot starts to execute the task, then after 1 minute, this robot will feed back the execution state information of task automatically.This sample loading mode can be come self-defined according to the demand of user, makes user can define the feedback time of electronic equipment at any time according to the demand of self.
Situation two:
This electronic equipment obtains a time period, and the time period herein got is the mean value of section N number of detection time, using this time period as predetermined threshold value.Wherein, this, section was that electronic equipment has been executed the task detection time, the time interval between the instruction receiving instruction electronic equipment feedback execution state information to electronic equipment, N be more than or equal to 2 positive integer.
Specifically, before electronic equipment obtains a time period, this electronic equipment will identify active user, determine user identity, this electronic equipment will find out the time period that instruction electronic equipment corresponding to this user identity carries out executing state feedback in all records based on user identity, then these time periods are got a mean value, and using this mean value as predetermined threshold value.
Such as if when this electronic equipment determines that active user is user's first, electronic equipment inquires all records that user's first indicates this electronic equipment to execute the task, and records as follows:
When user indicates electronic equipment to perform the second task, user's first indicated this electronic equipment to feed back the execution state information of task after 1.5 minutes;
When user indicates electronic equipment to perform the 3rd task, user's first indicates this electronic equipment to feed back the execution state information of task after the 2 minutes;
When user indicates electronic equipment to perform the 4th task, user's first indicated this electronic equipment to feed back the execution state information of task after 1.5 minutes;
After obtaining above-mentioned three records, contain in three records 3 detection time section, then this electronic equipment by obtain this three detection time section mean value, this mean value is 1.7 minutes, then this electronic equipment using 1.7 minutes as predetermined threshold value.That is, this electronic equipment by perform indicated by user first task time, when this electronic equipment is by 1.7 after beginning task minute, to the execution state information of user's first feedback task.This in such cases, electronic equipment can arrange different feedback times according to the use habit of different users, can bring better experience like this to user, and also can promote the prompting effect of electronic equipment.
Situation three:
Electronic equipment can obtain the time interval that each output electronic equipment performs the executing state of first task, obtains M the time interval, determines minimum interval, using minimum interval as predetermined threshold value in M the time interval.
Specifically, perform in the process of first task at this electronic equipment, if electronic equipment receives user when indicating electronic equipment to feed back the instruction of execution status of task, this electronic equipment will generate execution state information in time, and export this execution state information, when exporting execution state information, this electronic equipment will make a record, and namely record from task to the time interval exported task status feedback.Then often export an executing state, this electronic equipment just will record once, thus just get M the time interval.Electronic equipment is repeatedly indicated to feed back executing state user, so user needs to obtain the executing state that electronic equipment performs first task timely, so this electronic equipment using the minimum value in M the time interval as predetermined threshold value, thus can ensure that executing state can be fed back to user by this electronic equipment within the scope of the patient time of user.
Such as, when user indicate electronic equipment to take to bedroom mobile phone time, this task is performed by starting at the first moment electronic equipment, the second moment after task starts 1 minute, this electronic equipment receives the instruction of user, now electronic equipment will export executing state, this time interval of electronic equipment record; 3rd moment of 1.5 minutes after the second moment, this electronic equipment receives again the instruction of user, and now this electronic equipment also will export executing state, and writing time interval; In the 4th moment of 2 minutes after the 3rd moment, this electronic equipment receives again the instruction of user, and now this electronic equipment also will export executing state, and writing time interval.After obtaining these three time intervals, electronic equipment will determine that 1 minute for predetermined threshold value.Namely follow-up every one minute, this electronic equipment will export executing state automatically.
Here it should be noted that, if electronic equipment is exporting in the process of executing state automatically, when also receiving the instruction of indication feedback executing state of user, this electronic equipment is also by writing time, such as, upper once feed back executing state after 30 seconds after, when electronic equipment receives again the instruction of user, this electronic equipment is using 30 seconds as predetermined threshold value, and namely after electronic equipment, extended meeting feeds back executing state according to time interval of 30 seconds.
Situation four:
Electronic equipment by acquisition estimated completion time, using estimated completion time as predetermined threshold value.
Specifically, this estimated completion time is the time completing first task that electronic equipment is determined, the estimated completion time of first task is here the time completing first task in history that this electronic equipment can inquire, such as, current time is 2015-06-10, inquiry was performed time completed of first task by this electronic equipment before this time, such as the time completing this first task is in history 10 minutes, then electronic equipment using 10 minutes as estimated completion time.Then this electronic equipment is using 10 minutes as estimated completion time, and that is this electronic equipment is after starting to perform first task, if the time that this electronic equipment performs first task arrives 10 minutes, then this electronic equipment will export execution state information.Briefly, the time of feedback executing state when this electronic equipment can determine based on the deadline performing first task in history that this performs first task, thus make electronic equipment can comparatively accurately to user one feedback of status timely.
Here it should be noted that, after the first moment electronic equipment starts to perform first task, barrier is encountered in process due to execution first task, therefore first task is not completed in the second moment performing first task, the time interval between first moment and the second moment has reached 10 minutes, now generation is also exported the first execution state information by the first Tip element by this electronic equipment, and the first execution state information is now the current executing state of this electronic equipment certainly.Briefly, just this electronic equipment does not complete first task in estimated completion time at last, and this electronic equipment also when reaching estimated completion time to user's executing state feedback, can ensure that user can know the executing state that electronic equipment is current like this.
Respectively illustrate the different situations that predetermined threshold value is set in the above-described embodiment, but what above-mentioned situation can be mutual is combined, such as situation one can combine with situation three, executing state can be fed back according to the time interval of situation one when namely electronic equipment has just started to execute the task, if when the process of situation three appears in centre, then the follow-up time interval determined according to situation three feeds back executing state; Certain situation two also can combine with situation three, and namely this electronic equipment can feed back executing state according to the time interval of historical record, if when the process of situation three appears in centre, then the follow-up time interval determined according to situation three feeds back executing state.Being combined in of other just illustrates herein no longer one by one, and those skilled in the art combine the technical scheme that obtains in the scope that technical solution of the present invention comprises in above-mentioned four kinds of situations.
In addition, in embodiments of the present invention, except use-pattern one judges whether the second moment met except predetermined condition, can also judge whether the second moment met predetermined condition by pass-through mode two.
Mode two:
The first subtask that this electronic equipment will be determined in the first task that electronic equipment performs, judged for the second moment whether as the moment of complete first subtask.
Specifically, at electronic equipment when performing first task, can comprise multiple subtask in this first task, each subtask in first task can divide out by electronic equipment, and electronic equipment just can determine the condition that each subtask completes.After electronic equipment starts to perform first task, the executing state of the detection current task that this electronic equipment can be real-time, thus judged for the second moment whether as the moment of complete first subtask.If the moment of the second moment complete first subtask that is electronic equipment, then generation is fed back the first execution state information by the first Tip element by this electronic equipment; If this electronic equipment of the second moment not complete first subtask time, then continuation is performed first task by electronic equipment, and also can not export the feedback of executing state, if certainly there is the instruction of user, then this electronic equipment also can export the first execution state information.
For example, user is when beverage taken by parlor instruction electronic equipment to kitchen, this task division can be multiple subtask by electronic equipment, first subtask is that electronic equipment arrives refrigerator position, second subtask is that electronic equipment is taken beverage, 3rd subtask is that electronic equipment arrives parlor, after being decomposed into three subtasks, electronic equipment is when the second moment reached refrigerator position, this electronic equipment determines to complete the first subtask in the second moment, and now generation is exported the first execution state information by the first Tip element by this electronic equipment.By which, electronic equipment can a stage an of stage to user feedback executing state, so not only can reduce the power wastage of electronic equipment, also improve the validity of the feedback of electronic equipment.
Mode three:
Electronic equipment is determined to perform the primary importance in first task, and judge that whether the second moment moved to the moment of primary importance from current location by self drive unit as electronic equipment, current location and primary importance are different positions.
Specifically, at electronic equipment when performing first task, can comprise multiple position in this first task, each position in first task can divide out by electronic equipment, and electronic equipment just can determine the condition that each position completes.After electronic equipment starts to perform first task, the position residing for detection self that this electronic equipment can be real-time, thus judge that whether the second moment is as reaching primary importance.If the second moment was the moment that electronic equipment reaches primary importance, then generation is fed back the first execution state information by the first Tip element by this electronic equipment; If when the second moment, this electronic equipment did not arrive primary importance, then continuation is performed first task by electronic equipment, and also can not export the feedback of executing state, if certainly there is the instruction of user, then this electronic equipment also can export the first execution state information.
For example, user indicates electronic equipment to be when taking clothes to me in parlor, the course of this task can be divided into multiple position by electronic equipment, primary importance is the channel position between parlor and bedroom, the second place is bedroom, 3rd position is parlor, after being decomposed into three positions, electronic equipment is when the second moment reached channel position, this electronic equipment judges that the second moment met predetermined condition, and now generation is exported the first execution state information by the first Tip element by this electronic equipment.By which, electronic equipment can a stage an of stage to user feedback executing state, so not only can reduce the power wastage of electronic equipment, also improve the validity of the feedback of electronic equipment.
The embodiment of predetermined condition whether can be met as judgement second moment by any mode in above-mentioned three kinds of modes, and in above-mentioned three kinds of embodiments, electronic equipment can not be real-time output execution state information, what make execution state information like this can not cause interference to user, lifting can user's experience, and it also avoid electronic equipment and export execution state information in real time and the problem causing powder consumption of electronic equipment higher.
Further, in embodiments of the present invention, this first execution state information can be the executing state of electronic equipment first task in the second moment, also can be the explanation signal that electronic equipment is being executed the task, such as the first task of electronic equipment to be taken beverage for arriving kitchen, the executing state fed back at the second moment electronic equipment can be " arriving kitchen ", also can be " I on the way ", that is the first execution state information can be relevant with the concrete state of the task of current execution, also can current execution task concrete state have nothing to do.Certainly, user can adjust execution state information content according to the demand of self, can give user's better experience like this.
Further, in embodiments of the present invention, this electronic equipment generates and feeds back the first execution state information by the first Tip element: generate and pass through non-the first visual status information of the first Tip element feedback, like this when electronic equipment is away from user, user still can in the execution state information receiving electronic equipment feedback, ensure the execution state information of electronic equipment feedback not return block by the shelter between electronic equipment and user, thus improve efficiency and the validity of electronic equipment feedback execution state information.
Specifically, non-the first visual status information is in the direct visible information of non-user, that is in the present embodiment, the first Tip element can be audio prompt unit, the first execution state information generated is audio-frequency information, is then fed back the audio-frequency information of the first executing state by audio prompt unit.
Certainly, this first Tip element can also be wireless communication module, the first execution state information namely generated is wireless signal, then wireless signal will be sent to another electronic equipment by wireless communication module by electronic equipment, and user can view the executing state of first task at another electronic equipment.Specifically, be provided with a wireless communication module on an electronic device, the electronic equipment communication that this wireless communication module can be carried with user, the mobile phone of such as user, panel computer etc., when electronic equipment needs feedback execution state information, the execution state information of generation can be sent to the equipment such as mobile phone or panel computer of user by electronic equipment by wireless communication module, mobile phone or panel computer directly can view execution state information like this, so not only can promote the convenience that user checks execution state information, and also in comparatively quiet situation to user feedback execution state information, improve the experience of user.
First Tip element mainly exports the first execution state information in embodiments of the present invention, this first Tip element is not to the effect of user's display reminding, but directly point out to user by audio-frequency information and wireless signal, thus make user directly can know the executing state that electronic equipment is current.
In addition, in embodiments of the present invention, all right concrete second Tip element of this electronic equipment, this second Tip element can be display reminding unit, this display reminding unit can show the task and complete task etc. of the current execution of electronic equipment, and the task essential information shown in this display reminding unit can make user can check the task that electronic equipment performed and current performed task easily.
Further, in embodiments of the present invention, conveniently user instruction is assigned to electronic equipment, therefore electronic equipment can detect the sound signal of sound source output by audio detection module, based on sound signal, position residing for localization of sound source, and move to the position residing for sound source by drive unit.
Such as, electronic equipment is in parlor, and user is in bedroom, if when user sends instruction in bedroom, and when electronic equipment detects voice signal, the sound source position that first electronic equipment can orient voice signal is in bedroom, so the drive unit by self is moved to bedroom by this electronic equipment, and so just can conveniently for assigning the instruction of executing the task to electronic equipment.Thus bring larger convenience to user.
In embodiments of the present invention, electronic equipment at the first reception to when performing the first instruction of first task, respond the first instruction, and start to perform first task, the second moment in the process of first task is performed at electronic equipment, generate and carry by first and state unit and feed back the first execution state information, this first execution state information characterizes the executing state performing first task at the second moment electronic equipment.The process that this electronic equipment is performing first task can at a time timely to the execution state information of user feedback first task, thus make user can obtain the current executing state of electronic equipment timely, and then the prompting mode solving current electronic device is single, and point out the problem that effect is poor, reach and the variation of the executing state of first task is pointed out, improve prompting effect.
A kind of control method in the corresponding embodiment of the present invention, additionally provide a kind of electronic equipment in the embodiment of the present invention, be illustrated in figure 2 the structural representation of a kind of electronic equipment in the embodiment of the present invention, this electronic equipment comprises:
Receiver 201, user performs the first instruction of first task at the first reception;
Processor 202, is connected with described receiver, for responding described first instruction, and starts to perform first task, and generates the first execution state information in the second moment;
First suggestion device 203, is connected with described processor, feeds back described first execution state information.
Further, in embodiments of the present invention, this processor 202, specifically for performing the second moment in the process of described first task at described electronic equipment, judges whether described second moment meets predetermined condition; If so, then generate and feed back the first execution state information by described first Tip element, and continuing to perform described first task.
Further, in embodiments of the present invention, this processor 202, specifically for obtaining the time interval between described second moment and described first moment; Judge whether the described time interval is more than or equal to predetermined threshold value.
Further, in embodiments of the present invention, this processor 202, specifically for obtaining a time period, using the described time period as described predetermined threshold value.Wherein, the described time period is the mean value of section N number of detection time, described in described detection time Duan Weicong, electronic equipment has been executed the task, the time interval between the instruction receiving instruction described electronic equipment feedback execution state information to described electronic equipment, N be more than or equal to 2 positive integer.
Further, in embodiments of the present invention, this processor 202, specifically for obtaining each time interval exporting the executing state of described electronic equipment execution first task, obtaining M the time interval, in a described M time interval, determining minimum interval; Using described minimum interval as described predetermined threshold value.M be more than or equal to 1 positive integer.
Further, in embodiments of the present invention, this processor 202, specifically for obtaining estimated completion time, using described estimated completion time as described predetermined threshold value.Wherein, described estimated completion time is the time of the complete described first task that described electronic equipment is determined.
Further, in embodiments of the present invention, this processor 202, specifically for determining the first subtask in the described first task that described electronic equipment performs; Judge described second moment whether as the moment of complete described first subtask.
Further, in embodiments of the present invention, this processor 202, specifically for determining that described electronic equipment performs the primary importance in described first task; Judge that whether described second moment moves to the moment of described primary importance from current location by self drive unit as described electronic equipment, described current location and described primary importance are different positions.
Further, in embodiments of the present invention, this electronic equipment also comprises:
Drive unit, is connected with described processor 202, for the steering order according to described processor, described electronic equipment is moved to primary importance from current location, and wherein, described current location and described primary importance are different positions.
Further, in embodiments of the present invention, the first suggestion device 203, is specially audio prompt device, for feeding back the audio-frequency information of the first executing state; Or being wireless communication apparatus, for sending the first execution state information to another electronic equipment, exporting the first execution state information to make another electronic equipment described.
Although described the preferred embodiment of the application, one of ordinary skilled in the art once obtain the basic creative concept of cicada, then can make other change and amendment to these embodiments.So claims are intended to be interpreted as comprising preferred embodiment and falling into all changes and the amendment of the application's scope.
Obviously, those skilled in the art can carry out various change and modification to the application and not depart from the spirit and scope of the application.Like this, if these amendments of the application and modification belong within the scope of the application's claim and equivalent technologies thereof, then the application is also intended to comprise these change and modification.
Specifically, the computer program instructions that information processing method in the embodiment of the present application is corresponding can be stored in CD, hard disk, on the storage mediums such as USB flash disk, read by an electronic equipment when the computer program instructions corresponding with information processing method in storage medium or when being performed, comprise the steps:
Electronic equipment at the first reception to when performing the first instruction of first task, respond described first instruction, and start to perform described first task, wherein, do not fed back the execution state information of described first task by the first Tip element when described electronic equipment starts to perform described first task;
The second moment in the process of described first task is performed at described electronic equipment, generate and feed back the first execution state information by described first Tip element, wherein, described first execution state information characterizes electronic equipment described in described second moment and performs the executing state of described first task.
Optionally, that store in described storage medium and step: perform the second moment in the process of described first task at described electronic equipment, generate and also feed back the first execution state information by described first Tip element, comprising:
Perform the second moment in the process of described first task at described electronic equipment, judge whether described second moment meets predetermined condition;
If so, then generate and feed back the first execution state information by described first Tip element, and continuing to perform described first task.
Optionally, that store in described storage medium and step: judge whether described second moment meets predetermined condition, is specially:
Obtain the time interval between described second moment and described first moment;
Judge whether the described time interval is more than or equal to predetermined threshold value.
Optionally, that store in described storage medium and step: before judging whether the described time interval be more than or equal to predetermined threshold value, also comprise:
Obtain a time period, wherein, the described time period is the mean value of section N number of detection time, described in described detection time Duan Weicong, electronic equipment has been executed the task, the time interval between the instruction receiving instruction described electronic equipment feedback execution state information to described electronic equipment, N be more than or equal to 2 positive integer;
Using the described time period as described predetermined threshold value.
Choosing, store in described storage medium and step: before judging whether the described time interval be more than or equal to predetermined threshold value, also comprise:
Obtain and each export the time interval that described electronic equipment performs the executing state of first task, obtain M the time interval, M be more than or equal to 1 positive integer;
Minimum interval is determined in a described M time interval;
Using described minimum interval as described predetermined threshold value.
Choosing, store in described storage medium and step: before judging whether the described time interval be more than or equal to predetermined threshold value, comprising:
Obtain estimated completion time, wherein, described estimated completion time is the time of the complete described first task that described electronic equipment is determined;
Using described estimated completion time as described predetermined threshold value.
Choosing, store in described storage medium and step: judge whether described second moment meets predetermined condition, comprising:
Determine the first subtask in the described first task that described electronic equipment performs;
Judge described second moment whether as the moment of complete described first subtask.
Choosing, store in described storage medium and step: judge whether described second moment meets predetermined condition, comprising:
Obtain and determine that described electronic equipment performs the primary importance in described first task;
Judge that whether described second moment moves to the moment of described primary importance from current location by self drive unit as described electronic equipment, described current location and described primary importance are different positions.
Choosing, store in described storage medium and step: generate and feed back the first execution state information by described first Tip element, being specially:
Generate and feed back non-the first visual execution state information by described first Tip element.
Choosing, store in described storage medium and step: generate and feed back non-the first visual execution state information by described first Tip element, being specially: generate and fed back the audio-frequency information of the first executing state by audio prompt unit.
Choosing, store in described storage medium and step: generate and feed back non-the first visual execution state information by described first Tip element, being specially:
Generate and by wireless communication module to described first execution state information of another electronic equipment feedback, export described first execution state information to make another electronic equipment described.
Choosing, store in described storage medium and step: receive the first instruction of described first task at described electronic equipment before, also comprise:
The sound signal that sound source exports is being detected by audio-frequency module;
Based on described sound signal, locate the position residing for described sound source, and move to the position residing for described sound source by drive unit.
Claims (15)
1. a control method, described method comprises:
Electronic equipment at the first reception to when performing the first instruction of first task, respond described first instruction, and start to perform described first task, wherein, do not fed back the execution state information of described first task by the first Tip element when described electronic equipment starts to perform described first task;
The second moment in the process of described first task is performed at described electronic equipment, generate and feed back the first execution state information by described first Tip element, wherein, described first execution state information characterizes electronic equipment described in described second moment and performs the executing state of described first task.
2. the method for claim 1, is characterized in that, performs the second moment in the process of described first task at described electronic equipment, generates and feeds back the first execution state information by described first Tip element, comprising:
Perform the second moment in the process of described first task at described electronic equipment, judge whether described second moment meets predetermined condition;
If so, then generate and feed back the first execution state information by described first Tip element, and continuing to perform described first task.
3. method as claimed in claim 2, is characterized in that, judge whether described second moment meets predetermined condition, is specially:
Obtain the time interval between described second moment and described first moment;
Judge whether the described time interval is more than or equal to predetermined threshold value.
4. method as claimed in claim 3, is characterized in that, before whether the judgement described time interval is more than or equal to predetermined threshold value, also comprises:
Obtain a time period, wherein, the described time period is the mean value of section N number of detection time, described in described detection time Duan Weicong, electronic equipment has been executed the task, the time interval between the instruction receiving instruction described electronic equipment feedback execution state information to described electronic equipment, N be more than or equal to 2 positive integer;
Using the described time period as described predetermined threshold value.
5. method as claimed in claim 3, is characterized in that, before whether the judgement described time interval is more than or equal to predetermined threshold value, also comprises:
Obtain and each export the time interval that described electronic equipment performs the executing state of first task, obtain M the time interval, M be more than or equal to 1 positive integer;
Minimum interval is determined in a described M time interval;
Using described minimum interval as described predetermined threshold value.
6. method as claimed in claim 3, is characterized in that, before whether the judgement described time interval is more than or equal to predetermined threshold value, comprising:
Obtain estimated completion time, wherein, described estimated completion time is the time of the complete described first task that described electronic equipment is determined;
Using described estimated completion time as described predetermined threshold value.
7. method as claimed in claim 2, is characterized in that, judge whether described second moment meets predetermined condition, comprising:
Determine the first subtask in the described first task that described electronic equipment performs;
Judge described second moment whether as the moment of complete described first subtask.
8. method as claimed in claim 2, is characterized in that, judge whether described second moment meets predetermined condition, comprising:
Determine that described electronic equipment performs the primary importance in described first task;
Judge that whether described second moment moves to the moment of described primary importance from current location by self drive unit as described electronic equipment, described current location and described primary importance are different positions.
9. the method for claim 1, is characterized in that, generates and feeds back the first execution state information by described first Tip element, being specially:
Generate and feed back non-the first visual execution state information by described first Tip element.
10. method as claimed in claim 9, is characterized in that, generates and feeds back non-the first visual execution state information by described first Tip element, being specially: generation also feeds back the audio-frequency information of the first executing state by audio prompt unit.
11. methods as claimed in claim 9, is characterized in that, generate and by non-the first visual execution state information of described first Tip element feedback, are specially:
Generate and by wireless communication module to described first execution state information of another electronic equipment feedback, export described first execution state information to make another electronic equipment described.
12. the method for claim 1, is characterized in that, before receiving the first instruction of described first task, also comprise at described electronic equipment:
The sound signal that sound source exports is being detected by audio-frequency module;
Based on described sound signal, locate the position residing for described sound source, and move to the position residing for described sound source by drive unit.
13. 1 kinds of electronic equipments, is characterized in that, comprising:
Receiver, user performs the first instruction of first task at the first reception;
Processor, is connected with described receiver, for responding described first instruction, and starts to perform first task, and generates the first execution state information in the second moment;
Suggestion device, is connected with described processor, feeds back described first execution state information.
14. electronic equipments as claimed in claim 13, it is characterized in that, described electronic equipment also comprises:
Drive unit, is connected with described processor, for the steering order according to described processor, described electronic equipment is moved to primary importance from current location, and wherein, described current location and described primary importance are different positions.
15. electronic equipments as claimed in claim 13, it is characterized in that, described suggestion device is specially audio prompt device, for feeding back the audio-frequency information of the first executing state; Or
Described suggestion device is specially wireless communication apparatus, for sending the first execution state information to another electronic equipment, exports the first execution state information to make another electronic equipment described.
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