CN105260006A - Method and apparatus for prolonging standby time of intelligent device - Google Patents
Method and apparatus for prolonging standby time of intelligent device Download PDFInfo
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- CN105260006A CN105260006A CN201510628044.3A CN201510628044A CN105260006A CN 105260006 A CN105260006 A CN 105260006A CN 201510628044 A CN201510628044 A CN 201510628044A CN 105260006 A CN105260006 A CN 105260006A
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Abstract
The invention discloses a method and an apparatus for prolonging standby time of an intelligent device. The method comprises: continuously obtaining first acceleration information of a user by a first frequency; and if determining that the first acceleration information is less than or equal to a preset threshold within a preset time, setting the frequency of obtaining the acceleration information of the user to be a second frequency, wherein the second frequency is less than the first frequency. According to the method and the apparatus for prolonging the standby time of the intelligent device, provided by the invention, the acceleration information of the user is determined, and if the user is in a relative static state, the frequency of obtaining first acceleration is reduced to the second frequency from the first frequency, so that the intelligent device is enabled to be in a low-power mode, the electric energy of the intelligent device is saved, the standby time of the intelligent device can be prolonged, and the intelligent device is prevented from being frequently charged.
Description
Technical field
The present invention relates to mobile communication technology, particularly relate to a kind of method and apparatus extending smart machine standby time.
Background technology
At present, wearable intelligent product has become the focus in market, and in the course of the work, runs software program and the work of driving electronic devices and components all need to consume certain electric energy smart machine.
Especially gravity sensor (Gravity-sensor is comprised for those, be called for short G-sensor) intelligent wearable device, G-sensor is as dissipative cell main in smart machine, remain that constant operation frequency is run, create more power consumption, thus causing intelligent wearable device stand-by time shorter, user in use has to frequently charge, and brings great inconvenience to user.
Summary of the invention
The object of this invention is to provide a kind of method and apparatus extending smart machine standby time, consume electric energy greatly in order to solve smart machine of the prior art, need the problem of frequent charge.
For achieving the above object, one aspect of the present invention provides the method extending smart machine standby time, comprising:
The first acceleration information obtaining user is continued with first frequency;
If judge, described first acceleration information is all less than or equal to predetermined threshold value in Preset Time, be then second frequency by the set of frequency of acceleration information obtaining user, wherein, described second frequency is less than first frequency.
Another aspect provides a kind of prolongation smart machine standby time device, comprising:
First acquisition module, for continuing the first acceleration information obtaining user with first frequency;
First judge module, if for judging that described first acceleration information is all less than or equal to predetermined threshold value in Preset Time, be then second frequency by the set of frequency of acceleration information obtaining user, wherein, described second frequency is less than first frequency.
From above technical scheme, the method and apparatus of prolongation smart machine standby time provided by the invention, by judging the acceleration information of user, if user is in the state of geo-stationary, then the acquisition frequency of the first acceleration is reduced to second frequency by first frequency, makes smart machine be in the pattern of low-power consumption, save the electric energy of smart machine, thus can extend smart machine standby time, avoid smart machine frequent charge.
Accompanying drawing explanation
The process flow diagram of the method for the prolongation smart machine standby time that Fig. 1 provides for the embodiment of the present invention;
Fig. 2 is the process flow diagram of the method for the prolongation smart machine standby time that further embodiment of this invention provides;
Fig. 3 is the process flow diagram of the method for the prolongation smart machine standby time that yet another embodiment of the invention provides;
Fig. 4 implements the structural representation of the device of the prolongation smart machine standby time provided for the present invention one;
The structural representation of the device of the prolongation smart machine standby time that Fig. 5 provides for the another enforcement of the present invention;
Fig. 6 is the present invention's structural representation implementing the device of the prolongation smart machine standby time provided again.
Embodiment
Embodiment one
The process flow diagram of the method for the prolongation smart machine standby time that Fig. 1 provides for the embodiment of the present invention, the executive agent of the present embodiment can wearable smart machine, such as intelligent watch, Intelligent bracelet etc., the equipment that can certainly be easy to carry about with one for mobile phone, audio player etc.As shown in Figure 1, the method for this prolongation smart machine standby time comprises:
Step 101, continues with first frequency the first acceleration information obtaining user.
Wherein, the first acceleration information can the acceleration information of multiple directions, and such as can obtain the acceleration information in three orthogonal directions, certainly, also can be unidirectional acceleration information.When original state, smart machine carries out work with first frequency, continues the acceleration information obtaining user.
Step 102, if judge, the first acceleration information is all less than or equal to predetermined threshold value in Preset Time, be then second frequency by the set of frequency of acceleration information obtaining user, wherein, described second frequency is less than first frequency.
Concrete, the first acceleration to obtaining is needed to judge, judge whether the first acceleration is less than or equal to predetermined threshold value in Preset Time, if judge, the first acceleration information is all less than or equal to predetermined threshold value in Preset Time, illustrate that now user may be in the state such as sitting or sleep, now without the need to counting step to user, thus the frequency of the acceleration information obtaining user can be reduced, can be second frequency by the set of frequency of the acceleration information of user, second frequency be less than first frequency.
It should be noted that, if when the first acceleration information is the acceleration information of multiple directions, then predetermined threshold value can be set according to actual needs, the quantity of predetermined threshold value and the quantity one_to_one corresponding of the first acceleration information.Namely the acceleration information in each direction the predetermined threshold value of its correspondence can be had.
The method of the prolongation smart machine standby time that the present embodiment provides, by judging the acceleration information of user, if user is in the state of geo-stationary, then the acquisition frequency of the first acceleration is reduced to second frequency by first frequency, smart machine is made to be in the pattern of low-power consumption, save the electric energy of smart machine, thus can extend smart machine standby time, avoid smart machine frequent charge.
Embodiment two
The present embodiment is the further explanation explanation to above-described embodiment.Fig. 2 is the process flow diagram of the method for the prolongation smart machine standby time that further embodiment of this invention provides, and as shown in Figure 2, the method comprises:
Step 201, obtains first acceleration information of user on preset direction with first frequency by the acceleration transducer be arranged in smart machine.
Wherein, step 201 further remarks additionally to the step 101 in above-described embodiment, concrete, and the first acceleration information of preset direction refers to unidirectional acceleration information.When gathering acceleration information, be obtained by the acceleration transducer be arranged in smart machine.Wherein, acceleration transducer can be gravity sensor.
Step 202, if judge, the first acceleration information is all less than or equal to predetermined threshold value in Preset Time, be then second frequency by the set of frequency of acceleration information obtaining user, wherein, described second frequency is less than first frequency.
In smart machine, acceleration transducer is used for counting the walking of user, generally speaking, because user's most of the time is all be in the state such as sitting, sleep, in the time of moving or walk often less than 1/3, and when moving or walk, major part is continuous print.This time of 1/3 that real needs are accurately measured, all the other time measurement frequencies to reduce, therefore, after acceleration transducer obtains first acceleration information of user on preset direction, if judge, the first acceleration information is all less than or equal to predetermined threshold value in Preset Time, namely in a period of time, user does not have treading motion generation, therefore can be the second frequency being less than first frequency by the set of frequency of the acceleration information obtaining user, thus make acceleration transducer enter low-power consumption mode.
Step 203, obtains second acceleration information of user with second frequency.
Concrete, when user does not have treading motion to occur, obtain second acceleration information of user with second frequency.Preferably, the second acceleration information is unidirectional acceleration information.Certainly, the second acceleration information also can be the acceleration information of multiple directions, such as, can obtain the acceleration information in three orthogonal directions.
Step 204, if judge, the second acceleration information is greater than predetermined threshold value, be then first frequency by the set of frequency of acceleration information obtaining user.
Concrete, once the second acceleration information is greater than predetermined threshold value, then illustrating that now user may be walking state from the State Transferring such as sitting, sleep, can be thus first frequency by the frequency retrieval of the acceleration information obtaining user.Optionally, predetermined threshold value can be 0.5G.
Optionally, first frequency can be 80 hertz-120 hertz, and preferably, first frequency is 100 hertz.Second frequency is 3 hertz-7 hertz, and preferably, second frequency is 5 hertz.
The method of the prolongation smart machine standby time that the present embodiment provides, by judging the acceleration information of user, if user is in the state of geo-stationary, then the acquisition frequency of the first acceleration is reduced to second frequency by first frequency, smart machine is made to be in the pattern of low-power consumption, save the electric energy of smart machine, thus can extend smart machine standby time, avoid smart machine frequent charge.Further, when user is motion state by the State Transferring of geo-stationary, be then first frequency by the acquisition frequency retrieval of the second acceleration, thus meter step accuracy when smart machine can be made user to be in the motion states such as walking.
Embodiment three
The present embodiment is the supplementary notes to above-described embodiment.Fig. 3 is the process flow diagram of the method for the prolongation smart machine standby time that yet another embodiment of the invention provides, and the method comprises:
Step 301, continues with first frequency the first acceleration information obtaining user.
Concrete, step 301 is identical with the step 101 in above-described embodiment or step 201, is not repeating at this.
Step 302, sends first acceleration information of user to Intelligent target equipment with the 3rd frequency by bluetooth.
Smart machine is after the acceleration information obtaining user, degree of will speed up information can be sent to Intelligent target equipment, such as mobile phone, panel computer etc., to make Intelligent target equipment, the history acceleration information etc. of user is collected, to go forward side by side a stepping row relax, such as, the information of the acceleration information that Intelligent target equipment can send according to smart machine and user's typing in advance, the calorie etc. that real-time calculating user consumes, is convenient to the motion conditions that user checks and analyzes oneself.Certainly, except the first acceleration information, the information such as the positional information of user can also be sent to Intelligent target equipment with the 3rd frequency by bluetooth.
Step 303, if judge, the first acceleration information is all less than or equal to predetermined threshold value in Preset Time, be then second frequency by the set of frequency of acceleration information obtaining user, wherein, described second frequency is less than first frequency.
The step 303 of the present embodiment is identical with the step 102 in above-described embodiment or step 202, does not repeat them here.
Step 304, obtains second acceleration information of user with second frequency.
The step 304 of the present embodiment is identical with the step 203 in above-described embodiment, does not repeat them here.
Step 305, sent second acceleration information of user to Intelligent target equipment with the 4th frequency by bluetooth, wherein, the 4th frequency is less than the 3rd frequency.
Concrete, after by the set of frequency of acceleration information obtaining user being the second frequency being less than first frequency, illustrate that user now enters the state of the geo-stationary such as sitting, sleep, therefore, now also can reduce the frequency of the second acceleration information that smart machine sends user by bluetooth to Intelligent target equipment and be reduced to the 4th frequency by the 3rd frequency, thus reduce the energy consumption of smart machine further, extend the standby time of smart machine.
Step 306, if judge, described second acceleration information is greater than predetermined threshold value, be then first frequency by the set of frequency of acceleration information obtaining user.
The step 306 of the present embodiment is identical with the step 204 in above-described embodiment, does not repeat them here.But it should be noted that, step 306 also can before step 305.As long as ensure that step 305 is after the set of frequency of the acceleration information by user is second frequency.
The method of the prolongation smart machine standby time that the present embodiment provides, not only can by judging the acceleration information of user, thus the acquisition frequency of the first acceleration is reduced to second frequency by first frequency, smart machine is made to be in the pattern of low-power consumption, save the electric energy of smart machine, can also after the set of frequency of the acceleration information obtaining user be second frequency, reduce bluetooth sends frequency from the second acceleration information to Intelligent target equipment, the energy consumption of further reduction smart machine, thus extend smart machine standby time, avoid smart machine frequent charge.
Embodiment four
Fig. 4 implements the structural representation of the device of the prolongation smart machine standby time provided for the present invention one, for performing the method for the prolongation smart machine standby time of embodiment one.As shown in Figure 4, this device comprises: the first acquisition module 401 and the first judge module 402.
Concrete, the first acquisition module 401 is for continuing the first acceleration information obtaining user with first frequency.
Wherein, the first acceleration information can the acceleration information of multiple directions, and such as the first acquisition module 401 can obtain the acceleration information in three orthogonal directions, certainly, also can be unidirectional acceleration information.When original state, smart machine carries out work with first frequency, and the first acquisition module 401 continues the acceleration information obtaining user.
First judge module 402 is connected with the first acquisition module 401, if the first judge module 402 is for judging that the first acceleration information is all less than or equal to predetermined threshold value in Preset Time, be then second frequency by the set of frequency of acceleration information obtaining user, wherein, second frequency is less than first frequency.
Concrete, first judge module 402 judges for the first acceleration obtained the first acquisition module 401, judge whether the first acceleration is less than or equal to predetermined threshold value in Preset Time, if judge, the first acceleration information is all less than or equal to predetermined threshold value in Preset Time, illustrate that now user may be in the state such as sitting or sleep, now without the need to counting step to user, thus the frequency of the acceleration information obtaining user can be reduced, the set of frequency of the acceleration information of user is second frequency by the first judge module 402, wherein, second frequency is less than first frequency.
It should be noted that, if when the first acceleration information is the acceleration information of multiple directions, then predetermined threshold value can be set according to actual needs, the quantity of predetermined threshold value and the quantity one_to_one corresponding of the first acceleration information.Namely the acceleration information in each direction the predetermined threshold value of its correspondence can be had.
The device of the prolongation smart machine standby time that the present embodiment provides, first acceleration information of user is obtained by the first acquisition module 401, the acceleration information of the first judge module 402 couples of users judges, if user is in the state of geo-stationary, then the acquisition frequency of the first acceleration is reduced to second frequency by first frequency, smart machine is made to be in the pattern of low-power consumption, save the electric energy of smart machine, thus can extend smart machine standby time, avoid smart machine frequent charge.
Embodiment five
The present embodiment further remarks additionally to above-described embodiment, the structural representation of the device of the prolongation smart machine standby time that Fig. 5 provides for further embodiment of this invention, as shown in Figure 5, this device comprises: the first acquisition module 501, first judge module 502, second acquisition module 503 and the second judge module 504.
Concrete, the first acquisition module 501 is specifically for obtaining first acceleration information of user on preset direction with first frequency by the acceleration transducer be arranged in smart machine.Wherein, the first acceleration information of preset direction refers to unidirectional acceleration information.
First judge module 502 is connected with the first acquisition module 501, if the first judge module 502 is for judging that the first acceleration information is all less than or equal to predetermined threshold value in Preset Time, the set of frequency of the acceleration information of the user then obtained by the first acquisition module 501 is second frequency, wherein, described second frequency is less than first frequency.
Second acquisition module 503 is connected with the first judge module 502, and the second acquisition module 503, for after the set of frequency of acceleration information obtaining user being second frequency at the first judge module 502, obtains second acceleration information of user with second frequency.
Concrete, when user does not have treading motion to occur, the second acquisition module 503 obtains second acceleration information of user with second frequency.Preferably, the second acceleration information is unidirectional acceleration information.Certainly, the second acceleration information also can be the acceleration information of multiple directions, such as, can obtain the acceleration information in three orthogonal directions.
Second judge module 504 is connected with the second acquisition module 503, if the second judge module 504 is for judging that the second acceleration information is greater than predetermined threshold value, is then first frequency by the set of frequency of acceleration information obtaining user.
In smart machine, acceleration transducer is used for counting the walking of user, generally speaking, because user's most of the time is all be in the state such as sitting, sleep, in the time of moving or walk often less than 1/3, and when moving or walk, major part is continuous print.This time of 1/3 that real needs are accurately measured, all the other time measurement frequencies to reduce, therefore, after acceleration transducer obtains first acceleration information of user on preset direction, if the second judge module 504 judges that the first acceleration information is all less than or equal to predetermined threshold value in Preset Time, namely within a period of time, user does not have treading motion generation, therefore can be the second frequency being less than first frequency by the set of frequency of the acceleration information obtaining user, thus make acceleration transducer enter low-power consumption mode.
The device of the prolongation smart machine standby time that the present embodiment provides, judged by the acceleration information of the first judge module 502 couples of users, if user is in the state of geo-stationary, then the acquisition frequency of the first acceleration is reduced to second frequency by first frequency by the first judge module 502, smart machine is made to be in the pattern of low-power consumption, save the electric energy of smart machine, thus can extend smart machine standby time.Further, when user is motion state by the State Transferring of geo-stationary, the acquisition frequency retrieval of the second acceleration is first frequency by the second judge module 504, thus meter step accuracy when smart machine can be made user to be in the motion states such as walking.
Embodiment six
The present embodiment further remarks additionally to above-described embodiment, the process flow diagram of the device of the prolongation smart machine standby time that Fig. 6 provides for yet another embodiment of the invention, this device comprises: the first acquisition module 601, first judge module 602, second acquisition module 603, second judge module 604, sending module 605.
Wherein, first acquisition module 601 is identical with the effect of 501 with the first acquisition module 401 in above-described embodiment, first judge module 602 is identical with the effect of 502 with the first judge module 402 in above-described embodiment, second acquisition module 603 is identical with the effect of the second acquisition module 503 in above-described embodiment, second judge module 604 is identical with the second judge module 504 in above-described embodiment, does not repeat them here.
With above-described embodiment unlike, the present embodiment also comprises sending module 605, sending module 605 is connected with the first acquisition module 601, second judge module 602 respectively, and sending module 605 is for sending first acceleration information of user to Intelligent target equipment with the 3rd frequency by bluetooth.Such as, sending module 605 can after the first acquisition module 601 obtains first acceleration information of user, and before the set of frequency of the acceleration information obtaining user is second frequency by the second judge module 602, sent first acceleration information of user to Intelligent target equipment with the 3rd frequency by bluetooth.
Sending module 605 is also connected with the second acquisition module 603, and sending module 605 is for sending second acceleration information of user to Intelligent target equipment with the 4th frequency by bluetooth, wherein, described 4th frequency is less than the 3rd frequency.Such as, sending module 605 after obtaining second acceleration information of user at the second acquisition module 603 with second frequency, can send second acceleration information of user to Intelligent target equipment with the 4th frequency by bluetooth.
The device of the prolongation smart machine standby time that the present embodiment provides, not only can be judged by the acceleration information of the first judge module 602 couples of users, if user is in the state of geo-stationary, then the acquisition frequency of the first acceleration is reduced to second frequency by first frequency by the first judge module 602, smart machine is made to be in the pattern of low-power consumption, save the electric energy of smart machine, can also after the set of frequency of the acceleration information obtaining user be second frequency by the first judge module 602, reduce bluetooth sends frequency from the second acceleration information to Intelligent target equipment, the energy consumption of further reduction smart machine, thus extend smart machine standby time, avoid smart machine frequent charge.
Last it is noted that above embodiment is only in order to illustrate technical scheme of the present invention, be not intended to limit; Although with reference to previous embodiment to invention has been detailed description, the ordinary skill passenger of this area is to be understood that: it still can be modified to the technical scheme described in foregoing embodiments, or carries out equivalent replacement to wherein portion of techniques feature; And these amendments or replacement, do not make the essence of appropriate technical solution depart from the spirit and scope of various embodiments of the present invention technical scheme.
Claims (10)
1. extend a method for smart machine standby time, it is characterized in that, comprising:
The first acceleration information obtaining user is continued with first frequency;
If judge, described first acceleration information is all less than or equal to predetermined threshold value in Preset Time, be then second frequency by the set of frequency of acceleration information obtaining user, wherein, described second frequency is less than first frequency.
2. the method for prolongation smart machine standby time according to claim 1, is characterized in that, described the first acceleration information with first frequency acquisition user comprises:
First acceleration information of described user on preset direction is obtained by the acceleration transducer be arranged in smart machine with first frequency.
3. the method for prolongation smart machine standby time according to claim 1, is characterized in that, after the set of frequency of the acceleration information obtaining user is second frequency, also comprises:
Second acceleration information of user is obtained with second frequency;
If judge, described second acceleration information is greater than predetermined threshold value, be then first frequency by the set of frequency of acceleration information obtaining user.
4. the method for prolongation smart machine standby time according to claim 3, is characterized in that, after the first acceleration information obtaining user, and before the set of frequency of the acceleration information obtaining user is second frequency, also comprises:
Sent first acceleration information of described user to Intelligent target equipment with the 3rd frequency by bluetooth.
5. the method for prolongation smart machine standby time according to claim 4, is characterized in that, after the second acceleration information obtaining user with second frequency, also comprises:
Sent second acceleration information of described user to described Intelligent target equipment with the 4th frequency by bluetooth, wherein, described 4th frequency is less than the 3rd frequency.
6. extend a device for smart machine standby time, it is characterized in that, comprising:
First acquisition module, for continuing the first acceleration information obtaining user with first frequency;
First judge module, if for judging that described first acceleration information is all less than or equal to predetermined threshold value in Preset Time, be then second frequency by the set of frequency of acceleration information obtaining user, wherein, described second frequency is less than first frequency.
7. the device of prolongation smart machine standby time according to claim 6, it is characterized in that, described first acquisition module is specifically for obtaining first acceleration information of described user on preset direction with first frequency by the acceleration transducer be arranged in smart machine.
8. the device of prolongation smart machine standby time according to claim 6, is characterized in that, comprising:
Second acquisition module, for after the set of frequency of the acceleration information obtaining user is second frequency, obtains second acceleration information of user with second frequency;
The set of frequency of acceleration information obtaining user if for judging that described second acceleration information is greater than predetermined threshold value, is then first frequency by the second judge module.
9. the device of prolongation smart machine standby time according to claim 8, is characterized in that, also comprise:
Sending module, for sending first acceleration information of described user to Intelligent target equipment with the 3rd frequency by bluetooth.
10. the device of prolongation smart machine standby time according to claim 9, it is characterized in that, described sending module is also for sending second acceleration information of described user to described Intelligent target equipment with the 4th frequency by bluetooth, wherein, described 4th frequency is less than the 3rd frequency.
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| CN106388786A (en) * | 2016-12-14 | 2017-02-15 | 广东技术师范学院 | Processing method acquiring data based on intelligent ring |
| CN110367697A (en) * | 2019-07-29 | 2019-10-25 | 珠海格力电器股份有限公司 | Dehumidifying and warming control method and device applied to wardrobe and dehumidifying and warming equipment |
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