CN104346482A - Acquisition method and electronic equipment - Google Patents
Acquisition method and electronic equipment Download PDFInfo
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- CN104346482A CN104346482A CN201310347350.0A CN201310347350A CN104346482A CN 104346482 A CN104346482 A CN 104346482A CN 201310347350 A CN201310347350 A CN 201310347350A CN 104346482 A CN104346482 A CN 104346482A
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Abstract
The invention discloses an acquisition method and electronic equipment. The method is applied to the electronic equipment. The electronic equipment comprises a first processing unit, a second processing unit, an acquisition unit which is at least connected with the second processing unit and an input unit which is at least connected with the second processing unit. The acquisition method comprises the following steps: when the first processing unit is in a non-work state, obtaining a first input operation by the input unit, wherein the power consumption of the first processing unit in the non-work state is lower than the power consumption of the first processing unit in a work state; judging whether the first input operation satisfies a preset condition; if the first input operation satisfies the preset condition, obtaining a first acquisition triggering signal by the second processing unit; and controlling the acquisition unit to obtain first data according to the first acquisition triggering signal by the second processing unit.
Description
Technical field
The present invention relates to electronic technology field, particularly relate to a kind of acquisition method and electronic equipment.
Background technology
Use in electronic equipment use procedure; often can encounter such situation; see a certain scene and want to take; but take out electronic equipment; to unlock and after opening camera software, scene may not exist, or when needing to gather other data; also the central processing unit of active electron equipment is needed, image data under the control of central processing unit.
Mobile phone photograph scheme in such as prior art, mobile phone is not when using, the central processing unit of mobile phone is in frequency reducing state, need first to make central processing unit in running order by operations such as unblocks, then corresponding software of taking pictures is run, go to control image capture controller by central processing unit, under the control of central processing unit, image capture controller is just taken pictures by camera.
In addition, voice collecting of the prior art, the data acquisitions such as shooting be all central processing unit in active state, image-signal processor (the such as ISP be connected with central processing unit is controlled by central processing unit, Image Signal Processor) gather image, or control voice collecting controller carries out voice collecting, but present inventor is in the process realizing invention technical scheme in the embodiment of the present application, finds that above-mentioned technology at least exists following technical matters:
Because technical scheme of the prior art is all image data under the control of central processing unit, therefore when needs carry out data acquisition, need the image processor or the voice collecting control that first wake central processing unit and directly control data collection up, and central processing unit is one piece of ultra-large integrated circuit, carrying complex calculations and control program, so the work that wakes up of central processing unit is many, and the time is long.Such as smart mobile phone, needs first to unlock, and to make the central processing unit of smart mobile phone wake up, then opens software of taking pictures, to wake image processor up.Therefore, it is long that data acquisition plan of the prior art starts acquisition time, gatherer process complexity, therefore can not the technical matters of Quick Acquisition.
Summary of the invention
The embodiment of the present application is by providing a kind of acquisition method and electronic equipment, solve data acquisition plan startup acquisition time of the prior art in prior art long, gatherer process is complicated, therefore can not the technical matters of Quick Acquisition, achieves the technique effect of rapid data collection.
On the one hand, the embodiment of the present application provides a kind of acquisition method, be applied to electronic equipment, described electronic equipment comprises the first processing unit, second processing unit, the collecting unit be at least connected with described second processing unit, the input block be at least connected with described second processing unit, wherein, average power consumption when described first processing unit is in running order is the first power consumption, average power consumption when described second processing unit is in running order is the second power consumption, and described first power consumption is greater than described second power consumption, and described method comprises:
When described first processing unit is in off working state, described input block obtains the first input operation, wherein, the power consumption of described first processing unit when off working state lower than described first processing unit in working order time power consumption;
Judge whether described first input operation meets predetermined condition;
If described first input operation meets described predetermined condition, described second processing unit obtains the first trigger collection signal;
Described second processing unit controls described collecting unit according to described first trigger collection signal and obtains the first data.
Optionally, to control after described collecting unit obtains the first data according to described first trigger collection signal at described second processing unit, described method also comprises;
Detect the wake operation whether obtained for waking described first processing unit up;
When obtaining described wake operation, responding described wake operation, described first processing unit is switched to duty from described off working state.
Optionally, respond described wake operation described when obtaining described wake operation, by described first processing unit from after described off working state switches to duty, described method also comprises:
Described input block obtains the second input operation;
Judge whether described second input operation meets described predetermined condition;
If described second input operation meets described predetermined condition, described second processing unit obtains the second trigger collection signal;
Described second processing unit controls described collecting unit according to described second trigger collection signal and obtains the second data.
Optionally, be connected with described input block at described first processing unit, and when being connected with described collecting unit or described second processing unit, described when obtaining described wake operation, respond described wake operation, by described first processing unit from after described off working state switches to duty, described method also comprises:
Described input block obtains described second input operation;
Judge whether described second input operation meets described predetermined condition;
If when described second input operation meets described predetermined condition, described first processing unit obtains described second trigger collection signal;
Based on described second trigger collection signal, under the first processing unit controls, described collecting unit obtains described second data.
Optionally, when described first processing unit is directly connected with described collecting unit, described based on described second trigger collection signal, under the first processing unit controls, described collecting unit obtains described second data, is specially:
Described first processing unit directly controls described collecting unit according to described second trigger collection signal and obtains described second data.
Optionally, when described first processing unit is directly connected with described second processing unit, described based on described second trigger collection signal, under the first processing unit controls, described collecting unit obtains described second data, is specially:
Described second trigger collection signal is sent to described second processing unit by described first processing unit;
Described first processing unit passes through to control described second processing unit, to control described collecting unit according to the second data described in described second trigger collection signal acquisition.
Optionally, to control according to described first trigger collection signal the time that described collecting unit obtains the step of the first data be the very first time to performing described second processing unit to perform step that described input block obtains the first input operation, perform the step whether described detection obtain the wake operation for waking described first processing unit up described based on described second trigger collection signal to performing, under the first processing unit controls, the time that described collecting unit obtains the step of described second data was the second time, and the described very first time is less than described second time.
On the other hand, the embodiment of the present application provides a kind of electronic equipment, described electronic equipment comprises the first processing unit, second processing unit, the collecting unit be at least connected with described second processing unit, the input block be at least connected with described second processing unit, wherein, average power consumption when described first processing unit is in running order is the first power consumption, average power consumption when described second processing unit is in running order is the second power consumption, described first power consumption is greater than described second power consumption, and described electronic equipment comprises:
First obtains unit, for when described first processing unit is in off working state, described input block obtains the first input operation, wherein, the power consumption of described first processing unit when off working state lower than described first processing unit in working order time power consumption;
First judging unit, for judging whether described first input operation meets predetermined condition;
Second obtains unit, if meet described predetermined condition for described first input operation, described second processing unit obtains the first trigger collection signal;
Control module, controls described collecting unit for described second processing unit according to described first trigger collection signal and obtains the first data.
Optionally, described electronic equipment also comprises;
Detecting unit, for detecting the wake operation whether obtained for waking described first processing unit up;
Switch unit, for when obtaining described wake operation, responding described wake operation, described first processing unit is switched to duty from described off working state.
Optionally, described electronic equipment also comprises:
3rd obtains unit, obtains the second input operation for described input block;
Second judging unit, for judging whether described second input operation meets described predetermined condition;
4th obtains unit, if meet described predetermined condition for described second input operation, described second processing unit obtains the second trigger collection signal;
Second control module, controls described collecting unit for described second processing unit according to described second trigger collection signal and obtains the second data.
Optionally, be connected with described input block at described first processing unit, and when being connected with described collecting unit or described second processing unit, described electronic equipment also comprises:
5th obtains unit, obtains described second input operation for described input block;
3rd judging unit, for judging whether described second input operation meets described predetermined condition;
3rd control module, if when meeting described predetermined condition for described second input operation, described first processing unit obtains described second trigger collection signal;
Based on described second trigger collection signal, under the first processing unit controls, described collecting unit obtains described second data.
Optionally, when described first processing unit is directly connected with described collecting unit, described 3rd control module is specially:
Direct control module, directly controls described collecting unit for described first processing unit according to described second trigger collection signal and obtains described second data.
Optionally, when described first processing unit is directly connected with described second processing unit, described based on described second trigger collection signal, under the first processing unit controls, described collecting unit obtains described second data, is specially:
Transmitting element, sends to described second processing unit for described first processing unit by described second trigger collection signal;
Indirect control module, for described first processing unit by controlling described second processing unit, to control described collecting unit according to the second data described in described second trigger collection signal acquisition.
Optionally, to control according to described first trigger collection signal the time that described collecting unit obtains the step of the first data be the very first time to performing described second processing unit to perform step that described input block obtains the first input operation, perform the step whether described detection obtain the wake operation for waking described first processing unit up described based on described second trigger collection signal to performing, under the first processing unit controls, the time that described collecting unit obtains the step of described second data was the second time, and the described very first time is less than described second time.
The one or more technical schemes provided in the embodiment of the present application, at least have following technique effect or advantage:
1, owing to have employed when described first processing unit is in off working state, described input block obtains the first input operation, wherein, the power consumption of described first processing unit when off working state lower than described first processing unit in working order time power consumption, judge whether described first input operation meets predetermined condition, if described first input operation meets described predetermined condition, described second processing unit obtains the first trigger collection signal, described second processing unit controls according to described first trigger collection signal the technological means that described collecting unit obtains the first data, therefore, when the first input operation is the operation of collection first data, do not wake the first processing unit being in off working state up, the second processing unit control of the first processing unit is directly less than by power consumption, because this reducing the step of image data, shorten the response time, so, efficiently solve data acquisition plan of the prior art startup acquisition time long, gatherer process is complicated, therefore can not the technical matters of Quick Acquisition, and then achieve the technique effect of rapid data collection.
2, owing to have employed further under the first processing unit is in running order, time, described input block obtains the second input operation; Judge whether described second input operation meets described predetermined condition; If described second input operation meets described predetermined condition, described second processing unit obtains the second trigger collection signal; Described second processing unit controls described collecting unit according to described second trigger collection signal and obtains the second data.Technological means, even if the first processing unit is in running order, because the second processing unit is the processing unit that power consumption is less, the fairly simple software relevant to data acquisition run, therefore execution speed is very fast, therefore, it is possible to realize the technique effect at the in running order lower rapid data collection of the first processing unit.
3, owing to have employed further when the first processing unit is in running order, or after waking the first processing unit up, described input block obtains described second input operation; Judge whether described second input operation meets described predetermined condition; If when described second input operation meets described predetermined condition, described first processing unit obtains described second trigger collection signal; Based on described second trigger collection signal, under the first processing unit controls, described collecting unit obtains the technological means of described second data, the processing unit of the second processing unit power consumption is greater than because the first processing unit is power consumption, more instruction can be processed, function is abundanter, and can better control data acquisition and process, the effect data therefore gathered be better.And then when the first processing unit is in running order, the first processing unit control data collection can be used.Therefore, the embodiment of the present application achieves to be needed to select different data acquisition modes to carry out the technique effect of data acquisition according to the duty of the first processing unit or user, therefore more flexible.
And then, because to control according to described first trigger collection signal the time that described collecting unit obtains the step of the first data be the very first time to performing described second processing unit to perform step that described input block obtains the first input operation, perform the step whether described detection obtain the wake operation for waking described first processing unit up described based on described second trigger collection signal to performing, under the first processing unit controls, the time that described collecting unit obtains the step of described second data was the second time, the described very first time is less than described second time, the first processing unit and the second processing unit then achieve when can control to carry out data acquisition, data acquisition is carried out to shorten the technique effect of data acquisition time by the second processing unit.
Accompanying drawing explanation
Fig. 1 is the connection diagram of electronic equipment in the embodiment of the present application;
Fig. 2 is the process flow diagram of acquisition method in the embodiment of the present application;
Fig. 3 is the connection diagram of camera arrangement in the embodiment of the present application;
Fig. 4 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 acquisition method and electronic equipment, solve data acquisition plan startup acquisition time of the prior art in prior art long, gatherer process is complicated, therefore can not the technical matters of Quick Acquisition, achieves the technique effect of rapid data collection.
Technical scheme in the embodiment of the present application is for solving the problem, and general thought is as follows:
By providing an electronic equipment, comprise the first processing unit, second processing unit, the collecting unit be at least connected with described second processing unit, the input block be at least connected with described second processing unit, wherein, average power consumption when described first processing unit is in running order is the first power consumption, average power consumption when described second processing unit is in running order is the second power consumption, described first power consumption is greater than described second power consumption, method comprises: when described first processing unit is in off working state, described input block obtains the first input operation, wherein, the power consumption of described first processing unit when off working state lower than described first processing unit in working order time power consumption, judge whether described first input operation meets predetermined condition, if described first input operation meets described predetermined condition, described second processing unit obtains the first trigger collection signal, described second processing unit controls described collecting unit according to described first trigger collection signal and obtains the first data.
By in said method when the first processing unit is in off working state, directly obtain trigger collection signal by the second processing unit, the collection of the first data is directly controlled by the second processing unit, because the second processing unit is the processing unit less than the power consumption of the first processing unit, therefore wake time of the second processing unit short or the second processing unit up and be in power supply state always, for smart mobile phone or flat board, then do not need to unlock, the software opening corresponding image data is not needed yet, directly gather the first data by rapid triggering modes such as physical button, therefore, efficiently solve data acquisition plan of the prior art startup acquisition time long, gatherer process is complicated, therefore can not the technical matters of Quick Acquisition,
In order to better understand technique scheme, below in conjunction with Figure of description and concrete embodiment, technique scheme is described in detail.
The present invention provides a kind of acquisition method by the embodiment of the present application, be applied to electronic equipment, this electronic equipment is specifically as follows smart mobile phone, panel computer, notebook computer etc., as shown in Figure 1, this electronic equipment comprises the first processing unit, second processing unit, the collecting unit be at least connected with described second processing unit, with the input block be at least connected with described second processing unit.
Be specifically as follows described first processing unit in running order time average power consumption be the first power consumption, average power consumption when described second processing unit is in running order is the second power consumption, and described first power consumption is greater than described second power consumption; Also can be: described first processing unit can perform the instruction of the first quantity, described second processing unit can perform the instruction of the second quantity, and described first quantity is greater than described second quantity.As this electronic equipment be smart mobile phone time, the first processing unit is CPU, and the second corresponding processing unit is ISP or speech processor.
As shown in Figure 2, the method comprises the steps:
S201: when described first processing unit is in off working state, described input block obtains the first input operation, wherein, the power consumption of described first processing unit when off working state lower than described first processing unit in working order time power consumption;
S202: judge whether described first input operation meets predetermined condition;
S203: if described first input operation meets described predetermined condition, described second processing unit obtains the first trigger collection signal;
S204: described second processing unit controls described collecting unit according to described first trigger collection signal and obtains the first data.
Below for this electronic equipment for smart mobile phone, with reference to figure 1, and Fig. 2 is described in detail to the technical scheme in the embodiment of the present application.
Suppose that electronic equipment is current and be in holding state, such as, or present electronic equipment is in blank screen and is in screen locking, then the first processing unit is in off working state.Then perform step S201: when described first processing unit is in off working state, described input block obtains the first input operation, wherein, the power consumption of described first processing unit when off working state lower than described first processing unit in working order time power consumption.
Concrete, input block for being arranged on the physical button of electronic device exterior, or can be arranged on the sensor of electronic equipment internal, such as acceleration transducer, gravity sensor etc.
When the first input operation being detected in step s 201, then performing step S202, that is: judging whether described first input operation meets predetermined condition.
Specifically, such as, when input block is physical button, be specifically as follows the specific physical button for trigger data acquisition of setting, also can be volume button, then judge whether the first input operation is the pressing operation meeting a preset duration performed in physical button, when pressing operation is more than a duration, is judged as that the first input operation is the operation for gathering the first data.When such as input block is gravity sensor again, then judge whether the first input operation is the operation that gesture is preset in one of pair of electrons equipment execution, and such as the operation of left rotation and right rotation electronic equipment 90 degree, shakes operation etc.
When first input operation of step S202 meets pre-conditioned, perform step S203, if that is: described first input operation meets described predetermined condition, described second processing unit obtains the first trigger collection signal;
Concrete, when the first input operation meets predetermined condition, corresponding first input operation produces the first trigger collection signal and sends to the second processing unit.Concrete, take input block as the volume button of outer setting be example, when volume button is connected with the first processing unit, for passing through the first processing unit control volume, broadcasting speed etc.When volume button is connected with the second processing unit, physical button is when the first processing unit is in off working state, volume button is when acquisition one meets the pressing operation of a preset duration, electronic switch controls volume button and is connected with the second processing unit, produce the first trigger collection signal and send to the second processing unit, to wake the second processing unit up.
Then, after the second processing unit obtains the first trigger collection signal, S204 is performed: described second processing unit controls described collecting unit according to described first trigger collection signal and obtains the first data.
First data can be picture, video, audio frequency etc.Concrete, when the second processing unit is image processor, when collecting unit is camera, the first data are picture or video.Second processing unit is voice collecting controller, and when collecting unit is microphone, the first data are audio frequency.
Such as, second processing unit is image processor, when image processor obtains the first trigger collection signal, directly wake image processor up, what MCU integrated in image processor ran is fairly simple software, and wake up process speed is fast, the speed of waking up is Millisecond, because collecting unit is connected with image processor, the image processor waken up responds the first trigger collection signal, controls camera and completes image acquisition.
Again such as, when the second processing unit is voice collecting controller, when voice collecting controller obtains the first trigger collection signal, directly wake voice collecting controller up, fast response the first trigger collection signal, control microphone and complete voice collecting.
In specific implementation process, after execution step S204 obtains the first data, automatically the first processing unit is waken up, processing power based on the first processing unit is further processed the first data, when such as the first data are photo, based on the processing power storage picture of the first processing unit, photo reduces, and to beautify etc. process.Further, display unit display photo is waken up.When such as the first data are voice, based on the processing power storaged voice file of the first processing unit, noise reduction etc. processes.
In specific implementation process, also comprise following method step: after the first data acquisition completes, first processing unit is appointed and is so in off working state, can wake the first processing unit up: detect the wake operation whether obtained for waking described first processing unit up by performing following steps; When obtaining described wake operation, responding described wake operation, described first processing unit is switched to duty from described off working state.Wake operation is specifically as follows the unlocking operation of electronic equipment under frequency-locked state.
The first processing unit be waken up in running order under time, the embodiment of the present application also comprises following at least three kinds of embodiments carrying out data acquisition.
The first embodiment: when the first processing unit is in running order, described input block obtains the second input operation; Judge whether described second input operation meets described predetermined condition; If described second input operation meets described predetermined condition, described second processing unit obtains the second trigger collection signal; Described second processing unit controls described collecting unit according to described second trigger collection signal and obtains the second data.
Wherein, the second input operation can be identical input operation with the first input operation, does not repeat them here.When electronic equipment is the electronic equipment with touch-display unit, the second input operation can also be the input operation for data acquisition in touch-display unit, such as, for starting the touch control operation taken pictures or start on the virtual key of recording.When the second input operation is when starting the touch control operation of taking pictures on virtual key or startup recording virtual key, second processing unit obtains the second trigger collection signal, obtain the second data to control collecting unit, wherein, the second data and the first data are the data of identical type.
Concrete, in order to ensure data acquisition success, and in order to shorten data acquisition time, input block is connected with the first processing unit and the second processing unit simultaneously, and the first processing unit is connected with the second processing unit, and the second processing unit is connected with collecting unit.With under making the first processing unit in running order time, the the second trigger collection signal generated when the second input operation meets predetermined condition, the first processing unit and the second processing unit can be sent to simultaneously, with the second trigger collection signal making the second processing unit directly send at the first moment acquisition input block, the second processing unit obtains the second trigger collection signal of the first processing unit transmission in the second moment.Time be engraved in for the second moment when first before, the second processing unit obtains the second trigger collection signal that input block exports based on the second input operation.But time be engraved in for the second moment when first after, the second processing unit obtains the second trigger collection signal that the first processing unit exports.Can ensure that collection second data are the fastest with this.
During in order to realize in running order according to the first processing unit, based on the control of the first processing unit, carry out data acquisition, the second embodiment can be performed, concrete, make electronic equipment can realize two kinds of data acquisition modes according to the state of the first processing unit.
The second embodiment is: be connected with described input block at described first processing unit, and when being connected with described collecting unit or described second processing unit, described input block obtains described second input operation; Judge whether described second input operation meets described predetermined condition; If when described second input operation meets described predetermined condition, described first processing unit obtains described second trigger collection signal; Based on described second trigger collection signal, under the first processing unit controls, described collecting unit obtains described second data.
In specific implementation process, to control according to described first trigger collection signal the time that described collecting unit obtains the step of the first data be the very first time to performing described second processing unit to perform step that described input block obtains the first input operation, perform the step whether described detection obtain the wake operation for waking described first processing unit up described based on described second trigger collection signal to performing, under the first processing unit controls, the time that described collecting unit obtains the step of described second data was the second time, the described very first time is less than described second time.
In specific implementation process, can there is the following two kinds embodiment again in the second embodiment:
The second embodiment is specifically as follows: when described first processing unit is directly connected with described collecting unit, and described first processing unit directly controls described collecting unit according to described second trigger collection signal and obtains described second data.
The second embodiment can also be specifically: when described first processing unit is directly connected with described second processing unit, described second trigger collection signal is sent to described second processing unit by described first processing unit; Described first processing unit passes through to control described second processing unit, to control described collecting unit according to the second data described in described second trigger collection signal acquisition.This embodiment can be better controlled data acquisition, to make the second effect data of collection better.
Be the camera function of smart mobile phone below with electronic equipment be example, the technical scheme in the embodiment of the present application be illustrated, but be not limited to the present invention.
Smart mobile phone comprises device as shown in Figure 3, CPU, ISP, with CPU and ISP all with input block physical connection, ISP is also connected with camera, when CPU is in off working state, input block obtains the photographing operation of user, then generate a trigger pip of taking pictures, Energy control software detection is in frequency of operation to CPU and is in frequency reducing state, therefore judge that CPU is in off working state, then electronic switch control inputs unit is connected with ISP, to make to take pictures, trigger pip is obtained by ISP, then ISP responds trigger pip of taking pictures, by MIPI mouth control LENS(camera) acquisition camera aim at image.To make smart mobile phone with the mode Quick Acquisition of blind bat to image.Control after camera collection to image at ISP, automatically control CPU to be switched to duty from off working state, with make ISP by MIPI mouth by the image transmitting that gathers to CPU, carry out preserving and processing further after receiving image to make CPU.Display unit can also be sent to show by IVDS mouth.Achieve Fast Blind with this to clap, then carry out the technique effect of subsequent treatment.
When CPU is in running order, then in order to snapshots, when trigger pip is taken pictures in existence, appoint and so can control to be connected with ISP by electronic switch, to make to obtain by ISP trigger pip of taking pictures, ISP response to be taken pictures trigger pip, by MIPI mouth controls LENS(camera) image of acquisition camera aligning.
When CPU is in running order, also can when trigger pip be taken pictures in existence, electronic switch control inputs unit is connected with CPU, to make to obtain by CPU trigger pip of taking pictures, after CPU obtains trigger pip of taking pictures, CPU directly controls camera collection image by MIPI mouth, or by CPU control ISP indirectly to control camera collection image.
In specific implementation process, when the second processing unit is voice collecting controller, also can carry out voice collecting based on identical enforcement principle, so the embodiment carrying out voice collecting based on same or similar principle belongs to the scope of protection, not repeat them here.
Based on same inventive concept, the present invention provides a kind of electronic equipment by the embodiment of the present application, and this electronic equipment is specifically as follows smart mobile phone, panel computer, notebook computer.As shown in Figure 1, described electronic equipment comprises the first processing unit, second processing unit, the collecting unit be at least connected with described second processing unit, with the input block be at least connected with described second processing unit, wherein, average power consumption when described first processing unit is in running order is the first power consumption, average power consumption when described second processing unit is in running order is the second power consumption, and described first power consumption is greater than described second power consumption
As shown in Figure 4, this electronic equipment also comprises following structure:
First obtains unit 401, for when described first processing unit is in off working state, described input block obtains the first input operation, wherein, the power consumption of described first processing unit when off working state lower than described first processing unit in working order time power consumption;
First judging unit 402, for judging whether described first input operation meets predetermined condition;
Second obtains unit 403, if meet described predetermined condition for described first input operation, described second processing unit obtains the first trigger collection signal;
Control module 404, controls described collecting unit for described second processing unit according to described first trigger collection signal and obtains the first data.
Further, in specific implementation process, described electronic equipment also comprises;
Detecting unit, for detecting the wake operation whether obtained for waking described first processing unit up;
Switch unit, for when obtaining described wake operation, responding described wake operation, described first processing unit is switched to duty from described off working state.
Further, in specific implementation process, described electronic equipment also comprises:
3rd obtains unit, obtains the second input operation for described input block;
Second judging unit, for judging whether described second input operation meets described predetermined condition;
4th obtains unit, if meet described predetermined condition for described second input operation, described second processing unit obtains the second trigger collection signal;
Second control module, controls described collecting unit for described second processing unit according to described second trigger collection signal and obtains the second data.
Further, in specific implementation process, be connected with described input block at described first processing unit, and when being connected with described collecting unit or described second processing unit, described electronic equipment also comprises:
5th obtains unit, obtains described second input operation for described input block;
3rd judging unit, for judging whether described second input operation meets described predetermined condition;
3rd control module, if when meeting described predetermined condition for described second input operation, described first processing unit obtains described second trigger collection signal;
Based on described second trigger collection signal, under the first processing unit controls, described collecting unit obtains described second data.
Further, in specific implementation process, when described first processing unit is directly connected with described collecting unit, described 3rd control module is specially:
Direct control module, directly controls described collecting unit for described first processing unit according to described second trigger collection signal and obtains described second data.
Further, in specific implementation process, when described first processing unit is directly connected with described second processing unit, described based on described second trigger collection signal, under the first processing unit controls, described collecting unit obtains described second data, is specially:
Transmitting element, sends to described second processing unit for described first processing unit by described second trigger collection signal;
Indirect control module, for described first processing unit by controlling described second processing unit, to control described collecting unit according to the second data described in described second trigger collection signal acquisition.
Further, in specific implementation process, to control according to described first trigger collection signal the time that described collecting unit obtains the step of the first data be the very first time to performing described second processing unit to perform step that described input block obtains the first input operation, perform the step whether described detection obtain the wake operation for waking described first processing unit up described based on described second trigger collection signal to performing, under the first processing unit controls, the time that described collecting unit obtains the step of described second data was the second time, the described very first time is less than described second time.
The electronic equipment introduced due to the present embodiment is for implementing the electronic equipment that in the embodiment of the present application, acquisition method adopts, so based on the acquisition method introduced in the embodiment of the present application, those skilled in the art can understand embodiment and its various version of the electronic equipment of the present embodiment, so introduce no longer in detail for this electronic equipment at this.As long as those skilled in the art implement the electronic equipment that acquisition method in the embodiment of the present application adopts, all belong to the application for protection scope.
Technical scheme in above-mentioned the embodiment of the present application, at least has following technique effect or advantage:
1, owing to have employed when described first processing unit is in off working state, described input block obtains the first input operation, wherein, the power consumption of described first processing unit when off working state lower than described first processing unit in working order time power consumption, judge whether described first input operation meets predetermined condition, if described first input operation meets described predetermined condition, described second processing unit obtains the first trigger collection signal, described second processing unit controls according to described first trigger collection signal the technological means that described collecting unit obtains the first data, therefore, when the first input operation is the operation of collection first data, do not wake the first processing unit being in off working state up, the second processing unit control of the first processing unit is directly less than by power consumption, because this reducing the step of image data, shorten the response time, so, efficiently solve data acquisition plan of the prior art startup acquisition time long, gatherer process is complicated, therefore can not the technical matters of Quick Acquisition, and then achieve the technique effect of rapid data collection.
2, owing to have employed further under the first processing unit is in running order, time, described input block obtains the second input operation; Judge whether described second input operation meets described predetermined condition; If described second input operation meets described predetermined condition, described second processing unit obtains the second trigger collection signal; Described second processing unit controls described collecting unit according to described second trigger collection signal and obtains the second data.Technological means, even if the first processing unit is in running order, because the second processing unit is the processing unit that power consumption is less, the fairly simple software relevant to data acquisition run, therefore execution speed is very fast, therefore, it is possible to realize the technique effect at the in running order lower rapid data collection of the first processing unit.
3, owing to have employed further when the first processing unit is in running order, or after waking the first processing unit up, described input block obtains described second input operation; Judge whether described second input operation meets described predetermined condition; If when described second input operation meets described predetermined condition, described first processing unit obtains described second trigger collection signal; Based on described second trigger collection signal, under the first processing unit controls, described collecting unit obtains the technological means of described second data, the processing unit of the second processing unit power consumption is greater than because the first processing unit is power consumption, more instruction can be processed, function is abundanter, and can better control data acquisition and process, the effect data therefore gathered be better.And then when the first processing unit is in running order, the first processing unit control data collection can be used.Therefore, the embodiment of the present application achieves to be needed to select different data acquisition modes to carry out the technique effect of data acquisition according to the duty of the first processing unit or user, therefore more flexible.
And then, because to control according to described first trigger collection signal the time that described collecting unit obtains the step of the first data be the very first time to performing described second processing unit to perform step that described input block obtains the first input operation, perform the step whether described detection obtain the wake operation for waking described first processing unit up described based on described second trigger collection signal to performing, under the first processing unit controls, the time that described collecting unit obtains the step of described second data was the second time, the described very first time is less than described second time, the first processing unit and the second processing unit then achieve when can control to carry out data acquisition, data acquisition is carried out to shorten the technique effect of data acquisition time by the second processing unit.
Although describe the preferred embodiments of the present invention, those 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 scope of the invention.
Obviously, those skilled in the art can carry out various change and modification to the present invention and not depart from the spirit and scope of the present invention.Like this, if these amendments of the present invention and modification belong within the scope of the claims in the present invention and equivalent technologies thereof, then the present invention is also intended to comprise these change and modification.
Claims (14)
1. an acquisition method, be applied to electronic equipment, described electronic equipment comprises the first processing unit, the second processing unit, the collecting unit be at least connected with described second processing unit, the input block be at least connected with described second processing unit, wherein, average power consumption when described first processing unit is in running order is the first power consumption, and average power consumption when described second processing unit is in running order is the second power consumption, described first power consumption is greater than described second power consumption, and described method comprises:
When described first processing unit is in off working state, described input block obtains the first input operation, wherein, the power consumption of described first processing unit when off working state lower than described first processing unit in working order time power consumption;
Judge whether described first input operation meets predetermined condition;
If described first input operation meets described predetermined condition, described second processing unit obtains the first trigger collection signal;
Described second processing unit controls described collecting unit according to described first trigger collection signal and obtains the first data.
2. the method for claim 1, is characterized in that, to control after described collecting unit obtains the first data according to described first trigger collection signal at described second processing unit, described method also comprises;
Detect the wake operation whether obtained for waking described first processing unit up;
When obtaining described wake operation, responding described wake operation, described first processing unit is switched to duty from described off working state.
3. method as claimed in claim 2, is characterized in that, described when acquisition described wake operation time, respond described wake operation, by described first processing unit from after described off working state switches to duty, described method also comprises:
Described input block obtains the second input operation;
Judge whether described second input operation meets described predetermined condition;
If described second input operation meets described predetermined condition, described second processing unit obtains the second trigger collection signal;
Described second processing unit controls described collecting unit according to described second trigger collection signal and obtains the second data.
4. method as claimed in claim 2, it is characterized in that, be connected with described input block at described first processing unit, and when being connected with described collecting unit or described second processing unit, described when obtaining described wake operation, respond described wake operation, by described first processing unit from after described off working state switches to duty, described method also comprises:
Described input block obtains described second input operation;
Judge whether described second input operation meets described predetermined condition;
If when described second input operation meets described predetermined condition, described first processing unit obtains described second trigger collection signal;
Based on described second trigger collection signal, under the first processing unit controls, described collecting unit obtains described second data.
5. method as claimed in claim 4, is characterized in that, when described first processing unit is directly connected with described collecting unit, described based on described second trigger collection signal, under the first processing unit controls, described collecting unit obtains described second data, is specially:
Described first processing unit directly controls described collecting unit according to described second trigger collection signal and obtains described second data.
6. method as claimed in claim 4, is characterized in that, when described first processing unit is directly connected with described second processing unit, described based on described second trigger collection signal, under the first processing unit controls, described collecting unit obtains described second data, is specially:
Described second trigger collection signal is sent to described second processing unit by described first processing unit;
Described first processing unit passes through to control described second processing unit, to control described collecting unit according to the second data described in described second trigger collection signal acquisition.
7. method as claimed in claim 4, it is characterized in that, to control according to described first trigger collection signal the time that described collecting unit obtains the step of the first data be the very first time to performing described second processing unit to perform step that described input block obtains the first input operation, perform the step whether described detection obtain the wake operation for waking described first processing unit up described based on described second trigger collection signal to performing, under the first processing unit controls, the time that described collecting unit obtains the step of described second data was the second time, the described very first time is less than described second time.
8. an electronic equipment, described electronic equipment comprises the first processing unit, second processing unit, the collecting unit be at least connected with described second processing unit, with the input block be at least connected with described second processing unit, wherein, average power consumption when described first processing unit is in running order is the first power consumption, average power consumption when described second processing unit is in running order is the second power consumption, and described first power consumption is greater than described second power consumption, and described electronic equipment comprises:
First obtains unit, for when described first processing unit is in off working state, described input block obtains the first input operation, wherein, the power consumption of described first processing unit when off working state lower than described first processing unit in working order time power consumption;
First judging unit, for judging whether described first input operation meets predetermined condition;
Second obtains unit, if meet described predetermined condition for described first input operation, described second processing unit obtains the first trigger collection signal;
Control module, controls described collecting unit for described second processing unit according to described first trigger collection signal and obtains the first data.
9. electronic equipment as claimed in claim 8, it is characterized in that, described electronic equipment also comprises;
Detecting unit, for detecting the wake operation whether obtained for waking described first processing unit up;
Switch unit, for when obtaining described wake operation, responding described wake operation, described first processing unit is switched to duty from described off working state.
10. electronic equipment as claimed in claim 9, it is characterized in that, described electronic equipment also comprises:
3rd obtains unit, obtains the second input operation for described input block;
Second judging unit, for judging whether described second input operation meets described predetermined condition;
4th obtains unit, if meet described predetermined condition for described second input operation, described second processing unit obtains the second trigger collection signal;
Second control module, controls described collecting unit for described second processing unit according to described second trigger collection signal and obtains the second data.
11. electronic equipments as claimed in claim 10, it is characterized in that, be connected at described first processing unit with described input block, and when being connected with described collecting unit or described second processing unit, described electronic equipment also comprise:
5th obtains unit, obtains described second input operation for described input block;
3rd judging unit, for judging whether described second input operation meets described predetermined condition;
3rd control module, if when meeting described predetermined condition for described second input operation, described first processing unit obtains described second trigger collection signal;
Based on described second trigger collection signal, under the first processing unit controls, described collecting unit obtains described second data.
12. electronic equipments as claimed in claim 11, is characterized in that, when described first processing unit is directly connected with described collecting unit, described 3rd control module is specially:
Direct control module, directly controls described collecting unit for described first processing unit according to described second trigger collection signal and obtains described second data.
13. electronic equipments as claimed in claim 12, is characterized in that, when described first processing unit is directly connected with described second processing unit, described based on described second trigger collection signal, under the first processing unit controls, described collecting unit obtains described second data, is specially:
Transmitting element, sends to described second processing unit for described first processing unit by described second trigger collection signal;
Indirect control module, for described first processing unit by controlling described second processing unit, to control described collecting unit according to the second data described in described second trigger collection signal acquisition.
14. electronic equipments as claimed in claim 12, it is characterized in that, to control according to described first trigger collection signal the time that described collecting unit obtains the step of the first data be the very first time to performing described second processing unit to perform step that described input block obtains the first input operation, perform the step whether described detection obtain the wake operation for waking described first processing unit up described based on described second trigger collection signal to performing, under the first processing unit controls, the time that described collecting unit obtains the step of described second data was the second time, the described very first time is less than described second time.
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