CN105100391A - Feedback method for prompting message of mobile phone during vehicle driving process - Google Patents
Feedback method for prompting message of mobile phone during vehicle driving process Download PDFInfo
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- CN105100391A CN105100391A CN201510219532.9A CN201510219532A CN105100391A CN 105100391 A CN105100391 A CN 105100391A CN 201510219532 A CN201510219532 A CN 201510219532A CN 105100391 A CN105100391 A CN 105100391A
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Abstract
The invention provides a feedback method for a prompting message of a mobile phone during a vehicle driving process. The mobile phone is arranged in a vehicle; the feedback method comprises the steps of: obtaining a running speed of the vehicle through the mobile phone; checking a feedback mode of the prompting message of the mobile phone selected by a user, wherein the feedback mode of the prompting message of the mobile phone comprises a first mode with a first speed threshold and a second mode with a second speed threshold, and the first speed threshold is less than the second speed threshold; checking a comparison result of the obtained vehicle running speed and the speed threshold in the corresponding mode based on the feedback mode of the prompting message selected by the user; and in response to the fact that the obtained vehicle running speed is greater than the speed threshold in the corresponding mode, restricting the feedback of the prompting message sent by an application program of the mobile phone. By utilization of the feedback method for the prompting message of the mobile phone during the vehicle driving process, interferences and influences suffered during the vehicle driving process can be reduced or removed, and the running safety is improved.
Description
Technical field
Many aspects of the present invention relate to vehicle safety field of configuration, the feedback method of the vehicle especially utilizing smart mobile phone to realize prompting message of mobile phone in driving procedure.
Background technology
Vehicle driver owing to playing phone, consults in driving procedure/reply short message, and consult mobile phone Mobile solution APP PUSH message or participate in interactive etc., the traffic accident that behavior like this causes is of common occurrence.Research shows, in driving procedure, play the behaviors such as phone will have a strong impact on judgement and the reaction speed of driver, when running into urgent or fortuitous event, the time taken appropriate measures will be doubled and redoubled, the probability that traffic safety accident occurs also is multiplied, and therefore this class behavior will form significant threat to traffic safety.
For this reason, some measures have been taken in prior art.Such as 201310404216.X Chinese patent application, proposes a kind of driver and plays mobile phone safe assisting automobile driver device, be made up of power supply on vehicle circuit, incoming call prompting circuit, control circuit, sound circuit.In vehicle travel process, incoming call prompting circuit, when sensing the dialing or answer signal of mobile phone, controls sound circuit by control circuit and reports the sound prerecorded, and prompting driver looks for a place that Parking permitted, phone is played again, to reach the object of reminding driver after having stopped car.Although the program serves certain reminding effect, but when incoming call arrives, driver is highstrung for the acousto-optic arrived out of the blue, vibrational feedback, these reminder message arrived out of the blue still will affect the judgement of driver, especially emergency situations (as the emergencies such as front truck emergency brake, front pedestrian's jaywalk need brake hard etc.) is being run into, although mobile phone can be arranged to silent mode, but be not that each driver can or remember to arrange in advance, and driver is even driving also waiting for some incoming call in way at some time.Under these circumstances, acousto-optic unexpected in driving conditions, vibrational feedback will be fatal, especially running at high speed, turn, continuous turning or up and down ramp time.What is more, and for the driver newly set out on a journey (new hand), such emergency case seems more dangerous.
And for example, No. 2014205735955 Chinese patent proposes the onboard navigation system that a kind of band plays phone alerts function, whether the driver's picture signal comprehensive descision driver according to mobile phone signal inductor and camera conveying plays phone when driving, and exporting control signal when judging that driver plays phone when driving to voice reminder, reminding driver.Further, navigation system is also provided with a mobile phone signal interference unit for shielding mobile phone signal, reminds rear driver still when making a phone call, pressure to be terminated call when sending.Although the program serves certain reminding effect, but driver still knows this call reminding when new incoming call arrives, such as by the feedback such as acousto-optic, vibration, will impact the judgement of driver, and after connecting phone, force the process also comparatively stiff and hommization not to the utmost terminating call.Equally, 201410519609.X Chinese patent application also discloses similar technology, and solving existing technology the behavior of making a phone call of opposite side driving limit can not carry out the problem of reminding.
Summary of the invention
The object of first aspect present invention is the feedback method proposing a kind of vehicle mobile phone prompting message in driving procedure, and this mobile phone is placed in vehicle, and the method comprises:
The gait of march of vehicle is obtained by mobile phone;
Check the feedback model of user-selected mobile phone prompting message, wherein the feedback model of mobile phone prompting message comprises the first mode with First Speed threshold value and second pattern with second speed threshold value, and aforementioned First Speed threshold value is less than second speed threshold value;
According to the feedback model of the prompting message that user selects, check the comparative result of the threshold speed under aforementioned obtained vehicle gait of march and associative mode;
Exceed the threshold speed under associative mode in response to obtained vehicle gait of march, the application program of moving-limiting phone send the feedback of prompting message.
In further example, preceding method comprises more:
Mobile phone receives the set point input of the threshold speed under aforementioned different mode.
In further example, the application program of aforementioned moving-limiting phone send prompting message feedback comprise:
Automatically lighting of moving-limiting phone display; Or
Reduce the level of sound volume of the sound feedback of at least one-level mobile phone; Or
Reduce the oscillation intensity of the physical vibration feedback of at least one-level mobile phone; Or
Reduce the brightness degree of the display feedback of at least one-level mobile phone indicator light.
In further example, the application program of aforementioned moving-limiting phone send prompting message feedback comprise:
Reduce the level of sound volume of the sound feedback of mobile phone, at least one reduced in the brightness degree of indicator light display feedback, the oscillation intensity grade reducing physical vibration feedback, automatically the lighting of moving-limiting phone display.
In further example, the application program of aforementioned moving-limiting phone send prompting message feedback comprise:
Close at least one in the sound feedback of mobile phone, indicator light display feedback, physical vibration feedback, automatically the lighting of display screen of mobile telephone.
In further example, the application program of aforementioned moving-limiting phone send prompting message feedback comprise: close the application program of mobile phone send all feedbacks of prompting message.
In further example, preceding method comprises following steps more:
Under aforementioned first mode or the second pattern, the gait of march in response to vehicle exceeds the threshold speed under corresponding modes, if the application program of mobile phone sends prompting message, then records the time that sends and the position of this prompting message.
In further example, preceding method comprises following steps more:
Gait of march in response to vehicle does not exceed the threshold speed under corresponding modes, mobile phone open its application program send the feedback of reminder message.
In further example, preceding method comprises following steps more:
The prompting message of short message and voice call application program is fed back by the form of speech play.
As long as should be appreciated that aforementioned concepts and all combinations of extra design described in further detail below can be regarded as a part for subject matter of the present disclosure when such design is not conflicting.In addition, all combinations of theme required for protection are all regarded as a part for subject matter of the present disclosure.
The foregoing and other aspect of the present invention's instruction, embodiment and feature can be understood by reference to the accompanying drawings from the following description more all sidedly.Feature and/or the beneficial effect of other additional aspect of the present invention such as illustrative embodiments will be obvious in the following description, or by learning in the practice of the embodiment according to the present invention's instruction.
Accompanying drawing explanation
Accompanying drawing is not intended to draw in proportion.In the accompanying drawings, each identical or approximately uniform part illustrated in each figure can represent with identical label.For clarity, in each figure, not each part is all labeled.Now, the embodiment of various aspects of the present invention also will be described with reference to accompanying drawing by example, wherein:
Fig. 1 is the schematic diagram of the mobile phone illustrated according to certain embodiments of the invention.
Fig. 2 is the schematic flow sheet of the vehicle feedback method of mobile phone prompting message in driving procedure illustrated according to certain embodiments of the invention.
Embodiment
In order to more understand technology contents of the present invention, institute's accompanying drawings is coordinated to be described as follows especially exemplified by specific embodiment.
Each side with reference to the accompanying drawings to describe the present invention in the disclosure, shown in the drawings of the embodiment of many explanations.Embodiment of the present disclosure must not be intended to comprise all aspects of the present invention.Be to be understood that, multiple design presented hereinbefore and embodiment, and those designs described in more detail below and execution mode can in many ways in any one is implemented, this should be design disclosed in this invention and embodiment is not limited to any execution mode.In addition, aspects more disclosed by the invention can be used alone, or otherwisely anyly appropriately combinedly to use with disclosed by the invention.
Fig. 1 is the schematic diagram of the mobile phone illustrated according to certain embodiments of the invention.Mobile phone 100 comprises one or more processing unit (CPU) 101, Memory Controller 102, Peripheral Interface 103, radio communication device 104, outside port 105, voicefrequency circuit 107, one or more microphone 1071, one or more loud speaker 1072, memory 120, I/O subsystem 130, touch screen 132, other output or control appliance 134, one or more motion sensor 140 and one or more positioners 150.These assemblies are communicated by one or more data/address bus/holding wire 160.Mobile phone 100 represented by Fig. 1 is only an example, and the assembly of this mobile phone 100 can also have more or less assembly than diagram, or has different arrangement of components.Various assemblies shown in Fig. 1 can utilize the combination of hardware, software or software and hardware to realize, and comprise one or more signal transacting and/or integrated circuit.
Aforementioned one or more processor (CPU) 101 performs core component as the control of mobile phone 100, run and be variously stored in program in memory 120 and/or instruction set, to realize the various functions of mobile phone 100 and to carry out relevant treatment to data.
Memory 120, comprises high speed random-access memory and carries out data buffer storage, also comprise nonvolatile memory, such as one or more flash memory device (FLASH), or other non-volatile solid-state memory devices.In certain embodiments, memory 120 can also comprise the memory away from aforementioned one or more processor 101, such as via the network attached storage that radio communication device 104 or outside port 105 and communication network conduct interviews, communication network wherein can be internet, one or more internal network, local area network (LAN) (LAN), storage area network (SAN), wide area network (WLAN) etc., or its suitable combining form.
Memory Controller 102, controls the assembly of such as one or more processors 101, Peripheral Interface 103 and so on of mobile phone 100 to the access of memory 120.
Peripheral Interface 103, for being couple to processor 101 and memory 120 by the input and output peripheral hardware of mobile phone 100.
Processor 101, Memory Controller 102 and Peripheral Interface 103 can realize on a single chip, the chip 110 such as, represented in Fig. 1.In other example, they also can realize on multiple discrete chip.
In some instances, other some assemblies in Fig. 1, the such as assembly of voicefrequency circuit 107, radio communication device 104, outside port 105 and so on, also can be on a single chip integrated together with aforementioned processor 101, Memory Controller 102 and Peripheral Interface 103.
Radio communication device 104, communicates with communication network and other equipment for realizing mobile phone 100.Such as realized the exchange of data message by electromagnetic wave, radio communication device 104 performs electromagnetic reception and transmission, electromagnetic wave is become the signal of telecommunication or converting electrical signal is become electromagnetic wave.Radio communication device 104 can comprise known circuit for performing these functions and/or module, such as antenna system, RF transceiver, subscriber identification card (SIM), CODEC chipset, digital signal processor etc., or their combination.These radio communication devices 104 are communicated with communication network and/or other equipment by radio communication, the wireless network, WLAN (wireless local area network) (LAN), metropolitan area network (MAN) etc. of these communication networks such as internet, in-house network, such as cellular phone network and so on.These radio communications can based at least one in various communications protocols, standard, include but not limited to global system for mobile communications (GSM), enhanced data gsm environment (EDGE), Wideband Code Division Multiple Access (WCDMA) (W-CDMA), code division multiple access (CDMA), bluetooth (Bluetooth), the Wi-Fi based on ieee standard, the voice transfer based on Internet Protocol (VoIP), instant message protocol (IM), short message service agreement (SMS), or the communication protocol of other any appropriate.
Outside port 105, such as USB (universal serial bus) (USB), fire-wire interfaces 1394 (FireWire), HDMI (High Definition Multimedia Interface) (HDMI), USB interface etc., be suitable for directly or be indirectly couple to other equipment by network (as internet, wireless local area etc.).
Voicefrequency circuit 107, microphone 1071 and loud speaker 1072 provide the audio interface between user and mobile phone 100.Voicefrequency circuit 107 receives the voice data from Peripheral Interface 103 and converts the signal of telecommunication to, and by these electric signal transmissions to loud speaker 1072, converting electrical signal is grown up the sound wave that otology is heard by loud speaker 1072.Voicefrequency circuit also receives the signal of telecommunication converted from sound wave by microphone, and by converting electrical signal audio data, then by audio data transmission to Peripheral Interface 103 to carry out subsequent treatment.Voice data can be retrieved from memory 120 and/or radio communication device 104 by Peripheral Interface 103, and/or is transferred to memory 120 and/or radio communication device 104.In certain embodiments, voicefrequency circuit 107 also comprises wear-type and send/headphone jack, is suitable for the insertion accepting I/O peripheral hardware.
I/O subsystem 130 provides the interface between the I/O peripheral hardware of mobile phone 100 and Peripheral Interface 103.Input/input peripheral comprises touch screen 132, other input/control devicess, or other similar equipment.The I/O subsystem 130 of this example comprises a touch screen controller 131 and other input control devices 133 one or more.These other input control devices 133 one or more receive/send from/go to the signal of telecommunication of other input/control devicess.Described input/control devices 134 comprises physical button (such as push type button, rocker button etc.), dial, slipping switch, joystick, rotary multiple choice apparatus etc.
Touch screen 132 provides the interface of the constrained input between mobile phone 100 and user simultaneously.Touch screen controller 131 receive/send from/go to the signal of telecommunication of touch screen.This touch screen 132 provides visual output to user, comprises text, figure, video and combination in any thereof.
Touch screen 132 is suitable for the input accepting user based on sense of touch and/or stereognosis.Touch screen 132 has the touch sensitive surface that receives user's input.Touch screen 132 and touch screen controller 131 (together with any module that is associated stored in memory 120 and/or instruction set) detect contact on touch screen (and contact continuously and/or interrupts), and become the contact transformation detected and be presented at user interface mutual of such as one or more soft-key buttons on touch screen and so on.
In certain embodiments, the contact between touch screen 132 and user is based on one or more finger.In other examples, the contact between touch screen 132 and user based on external equipment, such as stylus etc.
Touch screen 132 based on the touch-control device of LCD, LED technology, can adopt a kind of continuous and interruption detecting contact and contact in multiple Touch technologies, such as electric capacity, resistance, infrared and surface acoustic wave techniques, proximity sensor arrays etc.
One or more motion sensor 140, for obtain mobile phone 100 and/or mobile phone 100 attached/attached/the motion state data of equipment, instrument, device etc. that are arranged on and/or spatial data, these data obtained transfer to Peripheral Interface 103 and/or memory 120, to process by data/address bus or holding wire 160.
Motion sensor 140 comprises the sensing device of such as electronic gyroscope, electronic compass, acceleration transducer, obliquity sensor and so on, for obtain mobile phone 100 and/or mobile phone 100 attached/attached/equipment that is arranged on, instrument, device multi-motion status data, in some instances, motion sensor 140 in mobile phone 100 is combined by above at least two kinds of motion sensors that are cited or that do not list and forms, thus play the function of motion sensor, utilize the effect of information fusion to reach and utilize substantially.
One or more positioner 150, for obtain mobile phone 100 and/or mobile phone 100 attached/attached/equipment that is arranged on, device, instrument geographic position data.These data obtained transfer to Peripheral Interface 103 and/or memory 120, to process by data/address bus or holding wire 160.
Positioner 150, comprises such as global positioning system (GPS) satellite fix receiver module, GLONASS (Glonass) satellite fix receiver module, Galileo (Galileo) satellite fix receiver module, big-dipper satellite position receiver module etc.In some instances, positioner 150 is made up of above at least two kinds of receiver modules.Positioner 150, is suitable for the framing signal receiving (sampling) satellite, thus obtains the position data (position vector) of different epoch.Utilize these position datas can carry out the measuring and calculating of speed.
Mobile phone 100 also comprises power-supply system 180, for being each assembly power supply.Power-supply system 180 comprises power-supply management system, one or more power supply (battery or AC), charging system, power failure detection circuit, power-switching circuit/inverter, power supply status indicating circuit etc.
In certain embodiments, as Fig. 1, the component software of mobile phone 100 comprises operating system, communication module (or instruction set), contact and/or motion module (or instruction set), position acquisition module (or instruction set), velocity measuring module (or instruction set), mode control module (or instruction set), feedback limiting module (or instruction set) and one or more application (or instruction set).
Operating system, such as Linux, IOS, WINDOWS, Andriod system, or the embedded system of such as Vxworks and so on, has the various component software and/or driver that communicate between all kinds of software and hardware assembly for control and management general system tasks (such as memory management, memory device control, power management etc.) and contributing to.
Communication module, contributes to through one or more outside port 105 and carries out communication with other equipment.And this communication module also comprises the various softwares of the data received for the treatment of outside port 105 and/or radio communication device 104.
Contact and/or motion module, come together to detect the contact with touch screen 132 with described touch screen controller 130.This module comprises the software for performing the various operations be associated with the contact detection of touch screen 132, and whether aforesaid operational example comes in contact as determined whether, contact continuously and follow the trail of movement on touch screen, whether determine contact continuously or interrupt.
Position acquisition module, is suitable for obtaining by Peripheral Interface 103 position data that the motion state data that obtained by aforementioned one or more motion sensor 140 and/or aforementioned one or more positioner 150 obtain.
Velocity measuring module, comprises the component software for detection speed, be suitable for obtaining mobile phone 100 and/or mobile phone 100 attached/attached/equipment that is arranged on, instrument, device speed.
In some instances, velocity measuring module carries out related operation process to the position data acquired by the acquisition module of position, obtain mobile phone 100 and/or mobile phone 100 attached/attached/equipment that is arranged on, instrument, device average speed.Such as, position-based difference processing obtains speed, utilizes position vector r1 and the r3 of t-h and t+h epoch, obtains the bearer rate r2 of t epoch:
r2＝(r3-r1)/2h，
Wherein, h is the sampling interval of positioner.
The speed obtained by aforementioned formula is the average speed of carrier in time 2h, when sampling interval h enough little and preferably level off to 0 time, aforementioned required average speed can regard instantaneous velocity as.
Certainly, in other example, velocity measuring module can also based on other known principles, algorithm realization in prior art or directly obtain mobile phone 100 by rights and/or mobile phone 100 attached/attached/equipment that is arranged on, instrument, device speed.Such as, according to the acceleration information that acceleration transducer (especially three axis accelerometer) obtains, will speed up degrees of data and such as integral operation carried out to the time, mobile phone 100 can be obtained and/or mobile phone 100 attached/attached/equipment that is arranged on, instrument, device speed.
Mode control module, comprises the component software that the model selection inputted for detecting user also determines to enter associative mode.Previous mode refers to the feedback model of mobile phone prompting message, at least comprises the first mode with First Speed threshold value and second pattern with second speed threshold value, and aforementioned First Speed threshold value is less than second speed threshold value.
In some instances, at first mode, set a less threshold speed, such as 10KM/H, the threshold value that the vehicle gait of march that mobile phone obtains as a comparison compares.This first mode preferably, is suitable for the rigorous model of new driver as one, describe in detail as being hereafter about to, when the vehicle gait of march that mobile phone obtains exceedes this threshold value by the application program of moving-limiting phone send the feedback of prompting message; If do not exceed this threshold value, not moving-limiting phone application program send the feedback of prompting message.Thus, reduce or eliminate the interference that new driver is subject in driving procedure, improve travel safety.
Current, the First Speed threshold value under aforementioned first mode can also be configured to other numerical value.
At first mode, set the threshold speed higher relative to First Speed threshold value, such as 60KM/H, the threshold value that the vehicle gait of march that mobile phone obtains as a comparison compares.This first mode preferably, is suitable for the expert mode of experienced driver as one.Still, describe in detail as being hereafter about to, when the vehicle gait of march that mobile phone obtains exceedes this threshold value by the application program of moving-limiting phone send the feedback of prompting message; If do not exceed this threshold value, not moving-limiting phone application program send the feedback of prompting message.Thus, reduce or eliminate the interference be subject to when new driver especially runs at high speed in driving procedure, improving travel safety.
For the setting of aforementioned first mode and the second pattern, more threshold speed can also be comprised and arrange.So, for the component software run on a cellular telephone (or the mobile APP formed), for the different designs providing hommization, different users does not select suitable pattern to carry out prompting feedback for the actual conditions of self, can not too many interference be subject to when driving and affect traffic safety on the one hand, also be unlikely to miss too many prompting feedback on the other hand for experienced driver, because for these people, the attentiveness when low speed driving still can concentrate on vehicle drive.
Be to be understood that, the setting of aforementioned first mode and the second pattern is only exemplary, according to instruction of the present disclosure, the model selection inputted for detecting user that mode control module comprises also determines that the component software entering associative mode can also arrange more pattern, such as self-defined pattern or filtered model are (under self-defined pattern, can by user/driver's sets itself threshold speed, under filtered model, threshold speed can be set by the user and to set the feedback newly reaching incoming call/short message of some application program and/or some contact person unrestricted), or set the mobile phone prompting message feedback model that more friction speed threshold value carries out under Various Complex driving situation to arrange.According to instruction of the present invention, a those of ordinary skill in the art easily realizes these schemes.
Feedback limiting module (or instruction set), comprise the velocity information for detecting according to aforementioned velocity measuring module, especially the velocity information of the vehicle at its place, to one or more application programs of mobile phone 100 send reminder message the component software that limits of feedback, these limiting examples as reduced the sound playback level of reminding, the oscillation intensity reducing physical vibration, close screen and light, reduce the brightness degree of indicator light, or close sound feedback, feedback lighted by physical vibration feedback, screen, indicator light feed back at least one.Component software also can be correspondingly the multiple sub-components comprised for realizing aforementioned one or more restriction.The restriction of these feedbacks based on speed will describe more details in disclosed content below.
Described one or more application comprises the voice call application of such as cellular network, short message application, instant messaging application, map application, Online Music plays application, Online Video plays application, online reading application etc.Mobile phone 100 is receiving new arrival incoming call, or newly arrived short message, or newly arrived IM message, or the message that new map application pushes, or Online Music plays the online broadcasting recommendation that application/Online Video plays application/online reading application promotion, and/or the renewal prompting of these application, etc., new arrival message like this, reminder message will be produced on mobile phone 100, such as with word (screen is lighted and shown), play sound (prompt tone), physical vibration, at least one mode in indicator light feedback is fed back, be beneficial to and user is recognized in time.
The schematic flow sheet of the vehicle performed on a cellular telephone feedback method of the prompting message of mobile phone in driving procedure of certain embodiments of the invention illustrated by Fig. 2.Wherein, describe the implementation process of the vehicle feedback method of the prompting message of mobile phone in driving procedure in a kind of driving procedure, afore-mentioned mobile phones is placed in vehicle.
The mobile phone being positioned at vehicle obtains vehicle gait of march (201).
Mobile phone, such as aforesaid mobile phone 100, when it is placed in vehicle, can utilize the component software of himself, nextport hardware component NextPort to obtain the gait of march of vehicle.Such as above open described, the motion state data utilizing one or more motion sensor 140 to obtain and/or one or more positioner 150, carry out the computing of being correlated with and/or process, the vehicle travel speed information of acquisition.
Should be appreciated that in this step, for the acquisition of vehicle gait of march, can be continuous print automatic acquisition, also can be to obtain according to the pattern of user/driver setting and/time, can also be obtain according to the selected in real time of user.Such process, such as aforesaid computing/process, namely it completed by mobile phone upon start automatically, or come according to the selection of user.
Check the feedback model (202) of user-selected mobile phone prompting message, wherein the feedback model of mobile phone prompting message comprises the first mode with First Speed threshold value and second pattern with second speed threshold value, and aforementioned First Speed threshold value is less than second speed threshold value.
According to the feedback model of the prompting message that user selects, check the comparative result (203) of the threshold speed under aforementioned obtained vehicle gait of march and associative mode.
In the flrst mode, the comparative result of the gait of march checked vehicles and First Speed threshold value.
Under the second mode, the comparative result of the gait of march checked vehicles and second speed threshold value.
Exceed the threshold speed under associative mode in response to obtained vehicle gait of march, the application program of moving-limiting phone send the feedback (204) of prompting message.
Disclosed in aforementioned, mobile phone exceeds the threshold speed of associative mode in response to the gait of march of the vehicle accessed by it, one or more application programs of moving-limiting phone send the feedback of prompting message.
Feedback form on mobile phone, such as sound, indicator light, screen light, vibrate and other any type of feedbacks, comprise the feedback form applied on smart mobile phone at present, also comprise the feedback form do not applied on smart mobile phone at present.In this example, content below will light for sound, indicator light, screen, vibrate and combination in any carries out exemplary illustration.
As optional example, the application program of moving-limiting phone send prompting message feedback comprise:
Automatically lighting of moving-limiting phone display; Or
Close or reduce the level of sound volume of sound feedback of at least one-level mobile phone; Or
The oscillation intensity that the physical vibration of closing or reduce at least one-level mobile phone is fed back; Or
The brightness degree that the display of closing or reduce at least one-level mobile phone indicator light is fed back.
In some instances, moving-limiting phone application program send prompting message feedback comprise: reduce the level of sound volume of the sound feedback of mobile phone, reduce the brightness degree of indicator light display feedback, at least one in automatically the lighting of the oscillation intensity grade reducing physical vibration feedback, moving-limiting phone display.
In other examples, the application program of moving-limiting phone send prompting message feedback comprise: close at least one in the sound feedback of mobile phone, indicator light display feedback, physical vibration feedback, automatically the lighting of display screen of mobile telephone.
In stricter pattern, the application program of moving-limiting phone send prompting message feedback comprise: close the application program of mobile phone send all feedbacks of prompting message.
Should be appreciated that aforesaid First Speed threshold value, second speed threshold value can shift to an earlier date to preset on a cellular telephone.
These First Speed threshold values and/or second speed threshold value, can be preset by user/driver, or preset by the manufacturer/customization business/operator of mobile phone.
In some instances, the setting of aforementioned First Speed threshold value and/or second speed threshold value can be modified, and is such as modified by user and/or driver in actual use.
Obviously, as aforementioned disclosed description, after entering some patterns, corresponding threshold speed (if presetting) is determined.Under mobile phone also can carry out this pattern, threshold speed carries out arranging and/or processing.
The various modes more than listed, enforcement of the present invention is not as restriction.
Gait of march in response to vehicle does not exceed the threshold speed under associative mode, not moving-limiting phone application program send the feedback of reminder message, mobile phone open its application program send the feedback of reminder message.
As preferred mode, in order to make the hommization process when the prompting feedback of mobile phone is not limited, the prompting message of short message and voice call application program is fed back by the form of speech play by mobile phone.So, when mobile phone receives newly arrived short message or voice call, the reminder message that its application program sends is pointed out by the form of speech play, reminding user is missed or unwitnessed short message or voice call, and no longer needs user go manual operation and see the record of short message or voice call.
In some versions, under aforementioned first mode or the second pattern, the gait of march in response to vehicle exceeds the threshold speed under corresponding modes, if the application program of mobile phone sends prompting message, then records the time that sends and the position of this prompting message.
Thus, when the prompting feedback of mobile phone is limited, when being especially closed, recording the time that sends and the position of prompting message, be beneficial to follow-up process and utilization.
In the scheme be more preferably, the safety prompt function method of the mobile phone message in aforementioned driving procedure is further comprising the steps of:
Exceed threshold speed under associative mode in response to the gait of march of vehicle, if the application program of mobile phone sends prompting message, then record the time that sends and the position of this prompting message.
In order to make the hommization process when the prompting feedback of mobile phone is not limited, do not exceed threshold speed under associative mode in response to the gait of march of vehicle, mobile phone open its application program send the feedback of reminder message and the prompting message of short message and voice call application program fed back by the form of speech play.
So, when mobile phone receives newly arrived short message or voice call, the reminder message that its application program sends is pointed out by the form of speech play, reminding user is missed or unwitnessed short message or voice call, and no longer needs user go manual operation and see the record of short message or voice call.
Be to be understood that, shown in Fig. 2 or on the basis of one or more flow charts of hint, for a those of ordinary skill in the art, do not need just directly to develop one or more software to perform the method shown in Fig. 2 flow chart through performing creative labour.
Although the present invention with preferred embodiment disclose as above, so itself and be not used to limit the present invention.Persond having ordinary knowledge in the technical field of the present invention, without departing from the spirit and scope of the present invention, when being used for a variety of modifications and variations.Therefore, protection scope of the present invention is when being as the criterion depending on those as defined in claim.
Claims (9)
1. a feedback method for vehicle mobile phone prompting message in driving procedure, this mobile phone is placed in vehicle, it is characterized in that, the method comprises:
The gait of march of vehicle is obtained by mobile phone;
Check the feedback model of user-selected mobile phone prompting message, wherein the feedback model of mobile phone prompting message comprises the first mode with First Speed threshold value and second pattern with second speed threshold value, and aforementioned First Speed threshold value is less than second speed threshold value;
According to the feedback model of the prompting message that user selects, check the comparative result of the threshold speed under aforementioned obtained vehicle gait of march and associative mode; And
Exceed the threshold speed under associative mode in response to obtained vehicle gait of march, the application program of moving-limiting phone send the feedback of prompting message.
2. the feedback method of vehicle according to claim 1 mobile phone prompting message in driving procedure, it is characterized in that, preceding method comprises more:
Mobile phone receives the set point input of the threshold speed under aforementioned different mode.
3. the feedback method of vehicle according to claim 1 mobile phone prompting message in driving procedure, is characterized in that, the application program of aforementioned moving-limiting phone send prompting message feedback comprise:
Automatically lighting of moving-limiting phone display; Or
Reduce the level of sound volume of the sound feedback of at least one-level mobile phone; Or
Reduce the oscillation intensity of the physical vibration feedback of at least one-level mobile phone; Or
Reduce the brightness degree of the display feedback of at least one-level mobile phone indicator light.
4. the feedback method of vehicle according to claim 1 mobile phone prompting message in driving procedure, is characterized in that, the application program of aforementioned moving-limiting phone send prompting message feedback comprise:
Reduce the level of sound volume of the sound feedback of mobile phone, at least one reduced in the brightness degree of indicator light display feedback, the oscillation intensity grade reducing physical vibration feedback, automatically the lighting of moving-limiting phone display.
5. the feedback method of vehicle according to claim 1 mobile phone prompting message in driving procedure, is characterized in that, the application program of aforementioned moving-limiting phone send prompting message feedback comprise:
Close at least one in the sound feedback of mobile phone, indicator light display feedback, physical vibration feedback, automatically the lighting of display screen of mobile telephone.
6. the feedback method of vehicle according to claim 1 mobile phone prompting message in driving procedure, is characterized in that, the application program of aforementioned moving-limiting phone send prompting message feedback comprise:
Close the application program of mobile phone send all feedbacks of prompting message.
7. the feedback method of vehicle according to claim 1 mobile phone prompting message in driving procedure, it is characterized in that, preceding method comprises following steps more:
Under aforementioned first mode or the second pattern, the gait of march in response to vehicle exceeds the threshold speed under corresponding modes, if the application program of mobile phone sends prompting message, then records the time that sends and the position of this prompting message.
8. according to the feedback method of the mobile phone prompting message in driving procedure of the vehicle in claim 1-7 described in any one, it is characterized in that, preceding method comprises following steps more:
Gait of march in response to vehicle does not exceed the threshold speed under corresponding modes, mobile phone open its application program send the feedback of reminder message.
9. the feedback method of vehicle according to claim 8 mobile phone prompting message in driving procedure, it is characterized in that, preceding method comprises following steps more:
The prompting message of short message and voice call application program is fed back by the form of speech play.
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Application publication date: 20151125 |