CN103873696B - The method and system of gesture operating handset under a kind of different scene mode - Google Patents
The method and system of gesture operating handset under a kind of different scene mode Download PDFInfo
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Abstract
The method and system of gesture operating handset under a kind of different scene modes of disclosure, the method includes: A, reception user's screen wake instruction up, light screen；B, starting loop sensor obtain mobile phone kinestate, search the scene mode corresponding with mobile phone kinestate according to default scene mode correspondence table；C, according to the scene mode found and default scene mode table corresponding to supply current, it is determined that power supply current value；D, according to determined power supply current value to electrical distance sensor power, electrical distance sensor starts and carries out user's gestures detection.Mobile phone is the invention enables can automatically to identify scene mode, and the power of electrical distance sensor is changed according to scene mode, so that its decipherment distance can adapt to scene mode at that time, gesture identification function can well be realized under various scene modes, ensure that mobile phone can realize gesture identification function when saving most energy consumption, widened the application prospect of Gesture Recognition.
Description
Technical field
The present invention relates to human-computer interaction technique field, particularly relate to the method and system of gesture operating handset under a kind of different scene mode.
Background technology
Along with mobile terminal is more and more universal, the life of people and the relation of mobile terminal device are increasingly tightr, sauntering, take a walk, take exercises and have, under the scene such as driving, the demand frequently using mobile phone.After current terminal unit is required for contact, could to unlocking screen, receive calls and relevant manipulation.This is when driving conditions, driver's just therefore very inconvenient manipulation mobile phone, and when additionally taking exercise, hands is also inconvenient after perspiring carries out contact manipulation to screen.
Mobile phone is carried out not operating of contacts by the certainly current gesture identification also by electrical distance sensor, owing to the power consumption of electrical distance sensor is bigger, generally define its effective decipherment distance generally within 10cm, if but people be active being difficult to get hold of this distance.This also makes gesture identification application be limited.
Therefore, prior art has yet to be improved and developed.
Summary of the invention
In view of above-mentioned the deficiencies in the prior art, it is an object of the invention to provide the method and system of gesture operating handset under a kind of different scene mode, it is intended to solve mobile phone can not under different scene modes the problem of automatic switchover gesture identification distance.
Technical scheme is as follows:
A kind of method of gesture operating handset under different scene mode, wherein, said method comprising the steps of:
A, reception user's screen wake instruction up, light screen；
B, starting loop sensor obtain mobile phone current motion state, and search the scene mode corresponding with mobile phone current motion state according to default scene mode correspondence table；
C, according to the scene mode found and default scene mode table corresponding to supply current, it is determined that the power supply current value of electrical distance sensor；
D, according to determined power supply current value to electrical distance sensor power, electrical distance sensor starts and carries out user's gestures detection.
The method of gesture operating handset under described different scene modes, wherein, also includes before described step A: pre-set scene mode correspondence table and scene mode table corresponding to supply current.
The method of gesture operating handset under described different scene modes, wherein, the scene mode that in described scene mode correspondence table, the moving wave shape of different mobile phone kinestates is corresponding different, wherein, described scene mode includes walking, running, driving, standing pattern.
The method of gesture operating handset under described different scene modes, wherein, the power supply current value that described scene mode is different from different scene modes corresponding electrical distance sensor in the corresponding table of supply current, wherein, first power supply current value of the electrical distance sensor that walking is corresponding with the pattern of standing, running the second power supply current value of the electrical distance sensor corresponding with drive mode, described first power supply current value is less than the second power supply current value.
The method of gesture operating handset under described different scene modes, wherein, described first power supply current value is electrical distance sensor operating current under low-power consumption mode；Described second power supply current value is electrical distance sensor operating current under maximum power dissipation pattern.
The method of gesture operating handset under described different scene modes, wherein, when the supply current of described electrical distance sensor is sized to the first power supply current value, effective decipherment distance of gesture is within 10cm by it；When the supply current of described electrical distance sensor is sized to the second power supply current value, effective decipherment distance of gesture is 20-30cm by it.
The method of gesture operating handset under described different scene modes, wherein, described step B particularly as follows:
B1, starting loop sensor obtain mobile phone acceleration information in the given time, process this acceleration information and obtain the moving wave shape that mobile phone current motion state is corresponding；
B2, described scene mode correspondence table is utilized to search the scene mode corresponding with the moving wave shape drawn.
The method of gesture operating handset under described different scene modes, wherein, described step B1 is particularly as follows: starting loop sensor obtains multiple accekerations that mobile phone obtains in the given time by preset frequency, and with corresponding magnitude of voltage output, magnitude of voltage that system log (SYSLOG) exports also utilizes it to form the moving wave shape that mobile phone current motion state is corresponding.
The method of gesture operating handset under described different scene modes, wherein, described step B2 is particularly as follows: carry out feature extraction to obtained moving wave shape, utilize described scene mode correspondence table that the feature extracted is mated, the moving wave shape that the feature determined and extract is mated most, and then draw the scene mode corresponding with this moving wave shape.
The system of gesture operating handset under a kind of different scene mode, wherein, described system includes:
Command reception module, is used for receiving user's screen and wakes instruction up, light screen；
Scene mode judge module, obtains mobile phone current motion state for starting loop sensor, and searches the scene mode corresponding with mobile phone current motion state according to default scene mode correspondence table；
Electrical distance sensor power current value judge module, for the scene mode found according to described scene mode judge module and the scene mode table corresponding to supply current preset, it is determined that the power supply current value of electrical distance sensor；
Supply module, for the power supply current value determined according to described electrical distance sensor power current value judge module to electrical distance sensor power, electrical distance sensor starts and carries out user's gestures detection.
Beneficial effect: the present invention provides the method and system of gesture operating handset under a kind of different scene mode, mobile phone is made can automatically to identify scene mode by the method, and the power of electrical distance sensor is changed according to scene mode, so that its decipherment distance can adapt to scene mode at that time so that gesture identification function can well realize under various scene modes.This scene adaptive mechanism ensure that mobile phone can realize gesture identification function excellent operability under various scenes when saving most energy consumption, has widened the application prospect of Gesture Recognition accordingly.
Accompanying drawing explanation
Fig. 1 is the method flow diagram of gesture operating handset under difference scene mode of the present invention.
Fig. 2 is the concrete grammar flow chart of step S200 in Fig. 1.
Fig. 3 is the specific embodiment method flow diagram of gesture operating handset under difference scene mode of the present invention.
Fig. 4 is the theory diagram of gesture operating handset system under different scene modes in the specific embodiment of the invention.
Detailed description of the invention
The present invention provides the method and system of gesture operating handset under a kind of different scene mode, and for making the purpose of the present invention, technical scheme and effect clearly, clearly, the present invention is described in more detail below.Should be appreciated that specific embodiment described herein is only in order to explain the present invention, is not intended to limit the present invention.
The method of gesture operating handset under a kind of different scene modes as shown in Figure 1, wherein, said method comprising the steps of:
S100, reception user's screen wake instruction up, light screen.User needs to use mobile phone when being under certain state time, then wake mobile phone up, light screen.
S200, starting loop sensor obtain mobile phone current motion state, and search the scene mode corresponding with mobile phone current motion state according to default scene mode correspondence table.
Also included before described step S100: pre-set scene mode correspondence table.
In preferred embodiment, described step S200 as in figure 2 it is shown, its step particularly as follows:
S210, starting loop sensor obtain mobile phone acceleration information in the given time, process this acceleration information and obtain the moving wave shape that mobile phone current motion state is corresponding.
Starting loop sensor obtains multiple accekerations that mobile phone obtains in the given time by preset frequency, and with corresponding magnitude of voltage output, and magnitude of voltage that system log (SYSLOG) exports also utilizes it to form the moving wave shape that mobile phone current motion state is corresponding.
S220, described scene mode correspondence table is utilized to search the scene mode corresponding with the moving wave shape drawn.
Obtained moving wave shape is carried out feature extraction, utilizes described scene mode correspondence table that the feature extracted is mated, it is determined that the moving wave shape mated most with the feature extracted, and then draw the scene mode corresponding with this moving wave shape.
Acceleration transducer is that acceleration changes into voltage output, and therefore, motion amplitude is more big, and its output voltage values of acceleration transducer is more high, and the moving wave shape figure peak value of output is more high.When user is when walking, motion frequency is relatively slow, but strides and cause amplitude bigger；When user is when driving, movement velocity is very fast, and process is relatively steady, and therefore motion frequency is relatively fast, and amplitude of variation is inconspicuous；When user is when running, relative to walking data, frequency is fast, and amplitude is big；Time static, moving wave shape tends to straight line.Therefore, the moving wave shape that different scene modes are corresponding different.Arranging the corresponding relation of various scene mode and different motion waveform in described scene mode correspondence table, in table, stored moving wave shape is not storage moving wave shape figure, but the various features extracted from corresponding sports waveform of storage, for instance frequency, amplitude etc..After the moving wave shape obtained by acceleration transducer under certain scene mode, it is carried out feature extraction equally, and the feature extracted is mated by corresponding with described scene mode for its feature table.By can be matched in table feature maximum, or the highest moving wave shape of matching degree is defined as having same movement waveform, and the scene mode that also therefore current scene mode is corresponding with table is consistent, thus judging current scene mode type.
S300, according to the scene mode found and default scene mode table corresponding to supply current, it is determined that the power supply current value of electrical distance sensor.
In specific embodiment, also include before described step S100: pre-set scene mode table corresponding to supply current.
Electrical distance sensor (AmbientLightProximitySenor) english abbreviation ALPS, it is launched LED, light-receiving device and numeral conversion chip by two assemblies and ambient infrared light and is formed, ambient infrared light is launched the light of LED by lens focus, and transmit the lens to light-receiving device, transmission is to numeral conversion chip again, and wherein numeral conversion chip comprises photodiode, time schedule controller and ADC sampling algorithm.
Electrical distance sensor can the IR light conversion of recognition device surrounding environment light or transmitting, and ambient light intensity can being calculated, thus utilizing it to adjust the brightness of LCD, additionally by the conversion receiving IR subregion and detecting gesture, can be used for identifying the gesture motion of user.The distance of IR light-receiving device detection blocking object, is usually about 3cm at present, can be used for closing LCD and drives electric current, and IR light-receiving device is discernable remote object also, it is necessary to strengthen supply current, at present recognizable 10-30cm distance.
The scene mode that in described scene mode correspondence table, the moving wave shape of different mobile phone kinestates is corresponding different, wherein, described scene mode includes Walking Mode (inwalkmode), running modes (inrunningmode), drive mode (incarmode), stands pattern (instillmode).
Further, the power supply current value that described scene mode is different from different scene modes corresponding electrical distance sensor in the corresponding table of supply current, wherein, first power supply current value of the electrical distance sensor that Walking Mode is corresponding with the pattern of standing, second power supply current value of the electrical distance sensor that running modes is corresponding with drive mode, described first power supply current value is less than the second power supply current value.
Owing to the power of electrical distance sensor increases with the increase of its supply current, its effective decipherment distance also can the increase of power and elongated.What the increase of certain power brought is the increase of power consumption, this namely the present invention reason adjusting the effective decipherment distances of electrical distance sensor according to different scene modes is set.Described first power supply current value represents less than the second power supply current value and is representing that effective decipherment distance of electrical distance sensor under Walking Mode and standing pattern is less than at running modes and drive mode.
It is preferred that described first power supply current value is electrical distance sensor operating current under low-power consumption mode；Described second power supply current value is electrical distance sensor operating current under maximum power dissipation pattern.
Further, when the supply current of described electrical distance sensor is sized to the first power supply current value, effective decipherment distance of gesture is within 10cm by it；When the supply current of described electrical distance sensor is sized to the second power supply current value, effective decipherment distance of gesture is 20-30cm by it.
Described first power supply current value and described second power supply current value electrical distance sensor according to different suppliers, operating current and power consumption are different, electrical distance sensor with the STK3410 model of sensortek, the electric current of its IRLED can pass through to set IRDR(infrared LED and drive), export tetra-grades of 12.5mA/25mA/50mA/100mA, wherein 12.5 ~ 25mA correspondence is the sensing of 2 ~ 10cm distance, the distance of reaction of more than 50 ~ 100mA correspondence 10cm, and maximum support is to 30cm.Therefore from this example it is believed that, first power supply current value is 12.5-25mA, it makes electrical distance sensor work when extremely low power dissipation, thus its effective decipherment distance also only has 2-10cm, and the second power supply current value is 50-100mA, it makes electrical distance sensor work when maximum power dissipation, thus its effective decipherment distance can reach 20-30cm.
Owing to amplitude of fluctuation is relatively big or is in the reason of safe driving under running modes and drive mode, user can not well complete gesture operation in 10cm coverage, accordingly, it would be desirable to increase effective decipherment distance of electrical distance sensor so that it is 20-30cm also can realize gesture identification.Thus convenient for users, gesture identification function is without limited because of scene simultaneously.Certainly, relatively big effectively decipherment distance needs electrical distance sensor to work under relatively high power, power consumption is relatively larger, it is only applicable under the scene modes such as running or driving, when entering walking or static scene mode as user, user just can complete gesture operation well in the effective decipherment distance of 10cm, it is not necessary to its effective decipherment distance of the special increase of electrical distance sensor, thus it has only to work under low-power consumption mode.
S400, according to determined power supply current value to electrical distance sensor power, electrical distance sensor starts and carries out user's gestures detection.
The specific embodiment of gesture operating handset under different scene modes as shown in Figure 3, its step is as follows:
S1, beginning.
S2, screen are lighted, equipment wakes up.
S3, acceleration transducer start.After startup, gathering acceleration information, acceleration information is processed by processor.
S4, judgement scene mode, mate according to the feature of handled acceleration information with predetermined moving wave shape, thus judging current scene pattern.According to predetermined set, if judging that current scene pattern is walking or still-mode, then perform step S5, if judging that current scene pattern is as running or drive mode, then perform step S7.
S5, CPU send proximity detection instruction to electrical distance sensor.Namely electrical distance sensor is in low-power consumption duty, and the effective detection range for gesture is also relatively near, within being generally 10cm.Perform step S6 afterwards.
S6, normally manipulate mobile phone.User can complete gesture identification at in-plant effective scope of detection, it is achieved gesture identification manipulation mobile phone, performs step S9 afterwards.
S7, CPU send long-range detection instruction to electrical distance sensor..Namely electrical distance sensor is in the highest power consumption duty, for gesture effective detection range farther out, be typically greater than 20cm.Perform step S8 afterwards.
S8, remote gesture unlock manipulation mobile phone.Owing to the effective detection range of electrical distance sensor is substantially elongated, user can complete gesture more at a distance, and then manipulates mobile phone by gesture identification.Perform step S9 afterwards.
S9, end.
The system of gesture operating handset under a kind of different scene modes as shown in Figure 4, wherein, described system includes:
Command reception module 100, is used for receiving user's screen and wakes instruction up, light screen, specifically as described in step S100.
Scene mode judge module 200, obtains mobile phone current motion state for starting loop sensor, and searches the scene mode corresponding with mobile phone current motion state according to default scene mode correspondence table, specifically as described in step S200.
Electrical distance sensor power current value judge module 300, for the scene mode found according to described scene mode judge module and the scene mode table corresponding to supply current preset, it is determined that the power supply current value of electrical distance sensor, specifically as described in step S300.
Supply module 400, for the power supply current value determined according to described electrical distance sensor power current value judge module to electrical distance sensor power, electrical distance sensor starts and carries out user's gestures detection, specifically as described in step S400.
The present invention provides the method and system of gesture operating handset under a kind of different scene mode, mobile phone is made can automatically to identify scene mode by the method, and the power of electrical distance sensor is changed according to scene mode, so that its decipherment distance can adapt to scene mode at that time so that gesture identification function can well realize under various scene modes.This scene adaptive mechanism ensure that mobile phone can realize gesture identification function excellent operability under various scenes when saving most energy consumption, has widened the application prospect of Gesture Recognition accordingly.
It should be appreciated that the application of the present invention is not limited to above-mentioned citing, for those of ordinary skills, it is possible to improved according to the above description or convert, all these improve and convert the protection domain that all should belong to claims of the present invention.
Claims (6)
1. the method for gesture operating handset under different scene modes, it is characterised in that said method comprising the steps of:
A, reception user's screen wake instruction up, light screen；
B, starting loop sensor obtain mobile phone current motion state, and search the scene mode corresponding with mobile phone current motion state according to default scene mode correspondence table；
C, according to the scene mode found and default scene mode table corresponding to supply current, it is determined that the power supply current value of electrical distance sensor；
D, according to determined power supply current value to electrical distance sensor power, electrical distance sensor starts and carries out user's gestures detection；
The scene mode that in described scene mode correspondence table, the moving wave shape of different mobile phone kinestates is corresponding different, wherein, described scene mode includes walking, running, driving, standing pattern；
The power supply current value that described scene mode is different from different scene modes corresponding electrical distance sensor in the corresponding table of supply current, wherein, first power supply current value of the electrical distance sensor that walking is corresponding with the pattern of standing, running the second power supply current value of the electrical distance sensor corresponding with drive mode, described first power supply current value is less than the second power supply current value；
Described first power supply current value is electrical distance sensor operating current under low-power consumption mode；Described second power supply current value is electrical distance sensor operating current under maximum power dissipation pattern；
When the supply current of described electrical distance sensor is sized to the first power supply current value, effective decipherment distance of gesture is within 10cm by it；When the supply current of described electrical distance sensor is sized to the second power supply current value, effective decipherment distance of gesture is 20-30cm by it.
2. the method for gesture operating handset under different scene mode according to claim 1, it is characterised in that also include before described step A: pre-set scene mode correspondence table and scene mode table corresponding to supply current.
3. the method for gesture operating handset under different scene mode according to claim 1, it is characterised in that described step B particularly as follows:
B1, starting loop sensor obtain mobile phone acceleration information in the given time, process this acceleration information and obtain the moving wave shape that mobile phone current motion state is corresponding；
B2, described scene mode correspondence table is utilized to search the scene mode corresponding with the moving wave shape drawn.
4. the method for gesture operating handset under different scene mode according to claim 3, it is characterized in that, described step B1 is particularly as follows: starting loop sensor obtains multiple accekerations that mobile phone obtains in the given time by preset frequency, and with corresponding magnitude of voltage output, magnitude of voltage that system log (SYSLOG) exports also utilizes it to form the moving wave shape that mobile phone current motion state is corresponding.
5. the method for gesture operating handset under different scene mode according to claim 3, it is characterized in that, described step B2 is particularly as follows: carry out feature extraction to obtained moving wave shape, utilize described scene mode correspondence table that the feature extracted is mated, the moving wave shape that the feature determined and extract is mated most, and then draw the scene mode corresponding with this moving wave shape.
6. the system of gesture operating handset under different scene modes, it is characterised in that described system includes:
Command reception module, is used for receiving user's screen and wakes instruction up, light screen；
Scene mode judge module, obtains mobile phone current motion state for starting loop sensor, and searches the scene mode corresponding with mobile phone current motion state according to default scene mode correspondence table；
Electrical distance sensor power current value judge module, for the scene mode found according to described scene mode judge module and the scene mode table corresponding to supply current preset, it is determined that the power supply current value of electrical distance sensor；
Supply module, for the power supply current value determined according to described electrical distance sensor power current value judge module to electrical distance sensor power, electrical distance sensor starts and carries out user's gestures detection；
The scene mode that in described scene mode correspondence table, the moving wave shape of different mobile phone kinestates is corresponding different, wherein, described scene mode includes walking, running, driving, standing pattern；
The power supply current value that described scene mode is different from different scene modes corresponding electrical distance sensor in the corresponding table of supply current, wherein, first power supply current value of the electrical distance sensor that walking is corresponding with the pattern of standing, running the second power supply current value of the electrical distance sensor corresponding with drive mode, described first power supply current value is less than the second power supply current value；
Described first power supply current value is electrical distance sensor operating current under low-power consumption mode；Described second power supply current value is electrical distance sensor operating current under maximum power dissipation pattern；
When the supply current of described electrical distance sensor is sized to the first power supply current value, effective decipherment distance of gesture is within 10cm by it；When the supply current of described electrical distance sensor is sized to the second power supply current value, effective decipherment distance of gesture is 20-30cm by it.
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| CN104684058B (en) * | 2015-03-23 | 2018-09-11 | 广东欧珀移动通信有限公司 | A kind of method and apparatus of adjusting proximity sensor emission power |
| CN105373037A (en) * | 2015-11-02 | 2016-03-02 | 渤海大学 | Kitchen ventilator control system based on gesture recognition |
| CN105491206B (en) * | 2015-11-30 | 2018-04-06 | 上海斐讯数据通信技术有限公司 | It is a kind of closely to sense unlocking method and system, smart machine |
| CN106445125A (en) * | 2016-09-08 | 2017-02-22 | 上海斐讯数据通信技术有限公司 | Gesture operation mode automatic enabling method and apparatus, and mobile terminal |
| CN106406701B (en) * | 2016-09-14 | 2020-07-21 | Tcl科技集团股份有限公司 | Method and system for preventing misoperation of touch terminal and touch terminal |
| CN110164426B (en) * | 2018-02-10 | 2021-10-26 | 佛山市顺德区美的电热电器制造有限公司 | Voice control method and computer storage medium |
| CN108600557B (en) * | 2018-07-13 | 2020-03-31 | 维沃移动通信有限公司 | Screen on-off control method and mobile terminal |
| CN113191403A (en) * | 2021-04-16 | 2021-07-30 | 上海戏剧学院 | Generation and display system of theater dynamic poster |
| CN117032447B (en) * | 2022-05-31 | 2024-07-26 | 荣耀终端有限公司 | Alternate gesture interaction method and device, electronic chip and electronic equipment |
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