CN106095074A - A kind of vehicle monitoring processing method based on intelligence wearable device and terminal - Google Patents

A kind of vehicle monitoring processing method based on intelligence wearable device and terminal Download PDF

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Publication number
CN106095074A
CN106095074A CN201610378009.5A CN201610378009A CN106095074A CN 106095074 A CN106095074 A CN 106095074A CN 201610378009 A CN201610378009 A CN 201610378009A CN 106095074 A CN106095074 A CN 106095074A
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China
Prior art keywords
data
wearable device
intelligence wearable
user
sign
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CN201610378009.5A
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Chinese (zh)
Inventor
刘均
刘新
宋朝忠
欧阳张鹏
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Shenzhen Launch Technology Co Ltd
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Shenzhen Launch Technology Co Ltd
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Priority to CN201610378009.5A priority Critical patent/CN106095074A/en
Publication of CN106095074A publication Critical patent/CN106095074A/en
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    • G—PHYSICS
    • G06—COMPUTING; CALCULATING OR COUNTING
    • G06F—ELECTRIC DIGITAL DATA PROCESSING
    • G06F3/00—Input arrangements for transferring data to be processed into a form capable of being handled by the computer; Output arrangements for transferring data from processing unit to output unit, e.g. interface arrangements
    • G06F3/01—Input arrangements or combined input and output arrangements for interaction between user and computer
    • G06F3/011—Arrangements for interaction with the human body, e.g. for user immersion in virtual reality
    • G—PHYSICS
    • G07—CHECKING-DEVICES
    • G07C—TIME OR ATTENDANCE REGISTERS; REGISTERING OR INDICATING THE WORKING OF MACHINES; GENERATING RANDOM NUMBERS; VOTING OR LOTTERY APPARATUS; ARRANGEMENTS, SYSTEMS OR APPARATUS FOR CHECKING NOT PROVIDED FOR ELSEWHERE
    • G07C5/00—Registering or indicating the working of vehicles
    • G07C5/08—Registering or indicating performance data other than driving, working, idle, or waiting time, with or without registering driving, working, idle or waiting time
    • G07C5/0841—Registering performance data

Abstract

Embodiments provide vehicle monitoring processing method based on intelligence wearable device and terminal, wherein, described method includes: when detecting that intelligence wearable device enters driving model, the user's sign data obtained in described intelligence wearable device in default effective time range of storage and/or external environment condition data；Judge whether described user's sign data and/or external environment condition data meet the vehicle drive condition preset；If it is not, then according to the driving monitoring strategies that described user's sign data and/or external environment condition data genaration are corresponding, and carry out the monitoring process of correspondence according to the instruction of described driving monitoring strategies.Use the present invention, can be monitored processing to vehicle by intelligence wearable device, improve the safety of vehicle drive.

Description

A kind of vehicle monitoring processing method based on intelligence wearable device and terminal
Technical field
The present invention relates to intelligence wearable device technical field, particularly relate to a kind of vehicle based on intelligence wearable device Monitor processing method and terminal.
Background technology
Along with the development of automobile industry and improving constantly of living standards of the people, automobile is more and more universal, safety Drive more and more important.At present, unconscious due to inadequate or own bodies situation of sleeping due to vehicle driver self The situation such as the best, causes occurring in driving conditions sleepy, sleepy, the situation such as faint, is so easy to occur bumper car, friction, very To serious vehicle accident occurs.
Summary of the invention
Embodiment of the present invention technical problem to be solved is, it is provided that a kind of vehicle prison based on intelligence wearable device Control processing method and terminal, can be monitored processing to vehicle by intelligence wearable device, improve the safety of vehicle drive Property.
On the one hand, the embodiment of the present invention is open provides a kind of vehicle monitoring process side based on intelligence wearable device Method, described method includes:
When detect intelligence wearable device enter driving model time, obtain described intelligence wearable device in storage pre- If the effectively user's sign data in time range and/or described external environment condition data；
Judge whether described user's sign data and/or described external environment condition data meet the vehicle drive condition preset；
If it is not, then according to the driving monitoring plan that described user's sign data and/or described external environment condition data genaration are corresponding Slightly, the monitoring process of correspondence and is carried out according to the instruction of described driving monitoring strategies.
The most alternatively, described judge whether described user's sign data and/or described external environment condition data meet and preset Vehicle drive condition, including:
Judge described user's sign data whether in default standard sign threshold range, and/or, it is judged that outside described The environmental information the coupling whether environmental information that portion's environmental data is corresponding is preset；
If described user's sign data is not in described default standard sign threshold range, described and described external environment condition At least one during environmental information corresponding to data is not mated with the home information preset is set up, it is determined that to described user Sign data and/or described external environment condition data are unsatisfactory for the vehicle drive condition preset；
Wherein, described user's sign packet includes dormant data, heart rate data, temperature data, blood pressure data, breath data In at least one, described external environment condition data include meteorological data, position data, temperature record, barometric information, visibility number At least one according to.
The most alternatively, described according to described user's sign data and/or described corresponding the driving of external environment condition data genaration Sail monitoring strategies, including at least one in implementations below:
If described user's sign data exceedes the first threshold in described default standard sign threshold range, then according to institute Stating user's sign data genaration first and drive monitoring strategies, described first drives monitoring strategies for sending speed to described vehicle Control instruction, described speed control instruction is used for controlling described vehicle and stops traveling or Reduced Speed Now or give it the gun；
If described user's sign data is less than the Second Threshold in described default standard sign threshold range, then basis Described user's sign data genaration second drives monitoring strategies, and described second drives monitoring strategies for automatically carrying out abnormal alarm Operation, and send cutoff command to described vehicle；
If environmental information corresponding to described and described external environment condition data is not mated with the home information preset, then root Driving monitoring strategies according to described external environment condition data genaration the 3rd, the described 3rd drives monitoring strategies for automatic information broadcast institute State the environmental information corresponding with described external environment condition data, or send corresponding wagon control instruction to described vehicle, described Wagon control instruction includes at least one control instruction in position, speed, travel route.
The most alternatively, described when detecting that intelligence wearable device enters driving model, obtaining described intelligence can wear Before the user's sign data worn in equipment in default effective time range of storage and/or external environment condition data, also include:
Detect whether described intelligence wearable device enters driving model；It specifically includes in implementations below at least One:
Detect whether that receiving the mode of operation by described intelligence wearable device is set to driving model, the most true Fixed described intelligence wearable device enters driving model；
Whether the translational speed detecting described intelligence wearable device exceedes default threshold speed, if, it is determined that institute State intelligence wearable device and enter driving model；
Whether the amplitude of fluctuation detecting described intelligence wearable device exceedes default amplitude threshold, if, it is determined that institute State intelligence wearable device and enter driving model.
The most alternatively, whether the translational speed of described detection described intelligence wearable device exceedes default speed threshold Value, including:
Obtain described intelligence wearable device position data in preset time period；
The translational speed of described intelligence wearable device is determined according to described position data；
Judge whether described translational speed exceedes default threshold speed；
And whether the amplitude of fluctuation of described detection described intelligence wearable device exceedes default amplitude threshold, including:
Gather user and steering wheel is carried out the amplitude of fluctuation of intelligence wearable device described in rotation process；
Judge whether described amplitude of fluctuation exceedes default amplitude threshold.
On the other hand, the embodiment of the present invention is also disclosed and provides a kind of terminal, and described terminal includes:
Acquisition module, for when detecting that intelligence wearable device enters driving model, obtaining described intelligence wearable User's sign data in default effective time range of storage and/or external environment condition data in equipment；
Judge module, presets for judging whether described user's sign data and/or described external environment condition data meet Vehicle drive condition；
Monitor processing module, if the judged result for described judge module is no, then according to described user's sign data And/or the driving monitoring strategies that described external environment condition data genaration is corresponding, and carry out according to the instruction of described driving monitoring strategies Corresponding monitoring processes.
The most alternatively, described judge module, specifically for judging that whether described user's sign data is in default standard In the range of signs threshold values, and/or, it is judged that the environmental information the; whether environmental information corresponding with described external environment condition data is preset Join；If described user's sign data is not in described default standard sign threshold range, described and described external environment condition data At least one during corresponding environmental information is not mated with the home information preset is set up, it is determined that to described user's sign Data and/or described external environment condition data are unsatisfactory for the vehicle drive condition preset；
Wherein, described user's sign packet includes dormant data, heart rate data, temperature data, blood pressure data, breath data In at least one, described external environment condition data include meteorological data, position data, temperature record, barometric information, visibility number At least one according to.
The most alternatively, described monitor processing module specifically includes at least one in implementations below:
Described monitor processing module, if exceeding described default standard signs threshold values specifically for described user's sign data First threshold in scope, then drive monitoring strategies according to described user's sign data genaration first, and described first drives monitoring Strategy for sending speed control instruction to described vehicle, described speed control instruction be used for controlling described vehicle stop travelling, Or Reduced Speed Now or give it the gun；
Described monitor processing module, if specifically for described user's sign data less than described default standard sign threshold Second Threshold in value scope, then drive monitoring strategies according to described user's sign data genaration second, and described second drives prison Control strategy is for automatically carrying out abnormal alarm operation, and sends cutoff command to described vehicle；
Described monitor processing module, if specifically for environmental information corresponding to described and described external environment condition data with preset Home information do not mate, then according to described external environment condition data genaration the 3rd drive monitoring strategies, described 3rd drive Monitoring strategies is for environmental information corresponding with described external environment condition data described in automatic information broadcast, or sends out to described vehicle Sending the wagon control instruction of correspondence, the instruction of described wagon control includes that at least one control in position, speed, travel route refers to Order.
The most alternatively, described terminal also includes:
Detection module, detects whether described intelligence wearable device enters driving model；It specifically includes implemented below side At least one in formula:
Described detection module, specifically for detecting whether that receiving the mode of operation by described intelligence wearable device is arranged For driving model, if, it is determined that described intelligence wearable device enters driving model；
Described detection module, whether the translational speed specifically for detection described intelligence wearable device exceedes default speed Degree threshold value, if, it is determined that described intelligence wearable device enters driving model；
Described detection module, whether the amplitude of fluctuation specifically for detection described intelligence wearable device exceedes default width Degree threshold value, if, it is determined that described intelligence wearable device enters driving model.
The most alternatively,
Described detection module, specifically for obtaining described intelligence wearable device position data in preset time period； The translational speed of described intelligence wearable device is determined according to described position data；Judge whether described translational speed exceedes pre- If threshold speed；Or,
Described detection module, carries out intelligence wearable device described in rotation process specifically for gathering user to steering wheel Amplitude of fluctuation；Judge whether described amplitude of fluctuation exceedes default amplitude threshold.
The present invention can be by when detecting that intelligence wearable device enters driving model, obtaining that described intelligence is wearable to be set User's sign data in default effective time range of standby middle storage and/or external environment condition data, and judge described user's body Levy data and/or whether external environment condition data meet the vehicle drive condition preset, if it is not, then according to described user's sign data And/or the driving monitoring strategies that external environment condition data genaration is corresponding, and carry out correspondence according to the instruction of described driving monitoring strategies Monitoring process；So it is monitored processing operation to vehicle by intelligence wearable device, the peace of vehicle drive can be promoted Quan Xing.
Accompanying drawing explanation
In order to be illustrated more clearly that the embodiment of the present invention or technical scheme of the prior art, below will be to embodiment or existing In having technology to describe, the required accompanying drawing used is briefly described, it should be apparent that, the accompanying drawing in describing below is only this Some embodiments of invention, for those of ordinary skill in the art, on the premise of not paying creative work, it is also possible to Other accompanying drawing is obtained according to these accompanying drawings.
Fig. 1 is the flow process signal of a kind of based on intelligence wearable device the vehicle monitoring processing method of the embodiment of the present invention Figure；
Fig. 2 is that the flow process of the another kind vehicle monitoring processing method based on intelligence wearable device of the embodiment of the present invention is shown It is intended to；
Fig. 3 is that the flow process of the another kind vehicle monitoring processing method based on intelligence wearable device of the embodiment of the present invention is shown It is intended to；
Fig. 4 is the structural representation of a kind of terminal of the embodiment of the present invention；
Fig. 5 is the structural representation of the another kind of terminal of the embodiment of the present invention；
Fig. 6 is the structural representation of the another kind of terminal of the embodiment of the present invention.
Detailed description of the invention
In order to make those skilled in the art be more fully understood that the present invention program, below in conjunction with in the embodiment of the present invention Accompanying drawing, is clearly and completely described the technical scheme in the embodiment of the present invention, it is clear that described embodiment is only The embodiment of a present invention part rather than whole embodiments.Based on the embodiment in the present invention, ordinary skill people The every other embodiment that member is obtained under not making creative work premise, all should belong to the model of present invention protection Enclose.
Term " first " in description and claims of this specification and above-mentioned accompanying drawing, " second " and " the 3rd " etc. are For distinguishing different object, not for describing particular order.Additionally, term " includes " and they any deformation, it is intended that In covering non-exclusive comprising.Such as contain series of steps or the process of unit, method, system, product or equipment do not have It is defined in the step or unit listed, but the most also includes step or the unit do not listed, or the most also include Other step intrinsic for these processes, method, product or equipment or unit.
Refer to Fig. 1, be the flow process of a kind of based on intelligence wearable device the vehicle monitoring process of the embodiment of the present invention Schematic diagram, the described method of the embodiment of the present invention can be applied in band communications such as such as intelligent watch, Intelligent bracelet, intelligence handbags In the intelligent wearable device of network function, specifically can be realized by the processor of these intelligence wearable devices.The present invention is real The described method executing example also comprises the steps.
S101, when detect intelligence wearable device enter driving model time, obtain described intelligence wearable device in deposit User's sign data in default effective time range of storage and/or external environment condition data.
In the embodiment of the present invention, after intelligence wearable device detects that this intelligence wearable device enters driving model, Described intelligence wearable device can obtain the default effective time that user/system is arranged in advance in this intelligence wearable device In the range of corresponding user's sign data and/or external environment condition data.
Described user's sign data can refer to every physical signs supplemental characteristic of user, as dormant data, heart rate data, User's data of physiological index such as breath data, temperature data；Described external environment condition data may refer to external environment data, such as gas Image data, temperature record, atmospheric pressure data, haze data, air visibility data etc., the embodiment of the present invention is not construed as limiting.
The most alternatively, described when detecting that intelligence wearable device enters driving model, obtaining described intelligence can wear Before the user's sign data worn in equipment in default effective time range of storage and/or external environment condition data, also include:
Detect whether described intelligence wearable device enters driving model；It specifically includes in implementations below at least One:
Detect whether that receiving the mode of operation by described intelligence wearable device is set to driving model, the most true Fixed described intelligence wearable device enters driving model；
Whether the translational speed detecting described intelligence wearable device exceedes default threshold speed, if, it is determined that institute State intelligence wearable device and enter driving model；
Whether the amplitude of fluctuation detecting described intelligence wearable device exceedes default amplitude threshold, if, it is determined that institute State intelligence wearable device and enter driving model.
By any one in implementation in detail below, intelligence wearable device can determine that described intelligence can Whether wearable device enters driving model.In implementing, wearable can the detecting whether of described intelligence receives user by institute The mode of operation stating intelligence wearable device is set to the user operation instruction of driving model, if receiving described user operation Instruction, then described intelligence wearable device may determine that this intelligence wearable device enters driving model；Described intelligence can be worn Whether the equipment of wearing can also exceed default threshold speed by the translational speed detecting this intelligence wearable device, the most then Determine that described intelligence wearable device enters driving model；Described intelligence wearable device can also be worn by detecting this intelligence Whether the amplitude of fluctuation wearing equipment exceedes default amplitude threshold, if, it is determined that described intelligence wearable device enters to be driven Pattern.
The most alternatively, whether the translational speed of described detection described intelligence wearable device exceedes default speed threshold Value, including:
Obtain described intelligence wearable device position data in preset time period；
The translational speed of described intelligence wearable device is determined according to described position data；
Judge whether described translational speed exceedes default threshold speed；
And whether the amplitude of fluctuation of described detection described intelligence wearable device exceedes default amplitude threshold, including:
Gather user and steering wheel is carried out the amplitude of fluctuation of intelligence wearable device described in rotation process；
Judge whether described amplitude of fluctuation exceedes default amplitude threshold.
In specific implementation, if the intelligence being built-in with onboard diagnostic system OBD is wearable to be set when user wants to utilize Standby monitor vehicle whole traveling process time, user can open the driving mould of described intelligence wearable device from main separation Formula, that is to say, user can carry out operating (as clicked on driving model button) on described intelligence wearable device and make institute The mode of operation stating wearable device is set to driving model；Described intelligence wearable device can detect the operation of user, And it is automatically generated for being set to the mode of operation of described wearable device the user operation instruction of driving model.When described intelligence Can detect/receive the user operation for the mode of operation of described wearable device being set to driving model by wearable device During instruction, described intelligence wearable device can respond described user operation instruction, and by the Working mould of intelligence wearable device Formula is set to driving model, and the most described intelligence wearable device may determine that this intelligence wearable device has been enter into driving mould Formula；And/or,
User/system self-defined setting can need test position data corresponding in advance in described intelligence wearable device Time period (such as 30min).When detect need to carry out position data monitoring time, described intelligence wearable device can utilize it Internal built-in such as displacement transducers etc. detect and obtain this intelligence wearable device in advance for the device of monitoring distance If the position data in the time period, described intelligence wearable device carries out statistical analysis to the described position data got, Translational speed to this intelligence wearable device；Described intelligence wearable device can also detect/judge described translational speed and be No exceed user/system in advance in this intelligence wearable device arrange the 4th threshold value, that is to say that threshold speed is (such as 10km/ h、20km/h)；When described intelligence wearable device detect/determine described translational speed exceed four default threshold value time, institute State intelligence wearable device and may determine that this intelligence wearable device enters driving model；And/or,
Described intelligence wearable device can utilize its built-in angular transducer or other for detecting and obtaining The device of the amplitude of fluctuation/pendulum angle of this intelligence wearable device gathers the amplitude of fluctuation/pendulum of this intelligence wearable device Dynamic angle, as described in intelligence wearable device detect that user carries out rotation process to steering wheel time, described intelligence is wearable Equipment can utilize himself built-in rotation angle sensor to carry out to gather this intelligence wearable device along with steering wheel rotates Amplitude of fluctuation/the pendulum angle swung；Described intelligence wearable device can also detect/judge described amplitude of fluctuation/angle of oscillation Whether degree exceedes user/system the 5th threshold value of self-defined setting in this intelligence wearable device in advance, that is to say and presets pendulum Dynamic threshold value (such as 10 °)；Exceed default when described intelligence wearable device detects/determine described amplitude of fluctuation/pendulum angle 5th threshold value, the most described intelligence wearable device may determine that this intelligence wearable device enters driving model.
Described intelligence wearable device can include intelligent watch, Intelligent bracelet, Wearable mobile internet device (MID, Mobile Internet Devices) or the Wearable internet device such as wearable intelligent equipment, the embodiment of the present invention does not limits Fixed.
S102, judge whether described user's sign data and/or external environment condition data meet the vehicle drive condition preset.
In the embodiment of the present invention, intelligence wearable device may determine that the described user's sign data got in S101 And/or whether described external environment condition data meet the vehicle drive that user/system is arranged in advance in this intelligence wearable device Condition, if be unsatisfactory for, then continues executing with step S103；Otherwise, flow process is terminated.
The most alternatively, described judge whether described user's sign data and/or described external environment condition data meet and preset Vehicle drive condition, including:
Judge described user's sign data whether in default standard sign threshold range, and/or, it is judged that outside described The environmental information the coupling whether environmental information that portion's environmental data is corresponding is preset；
If described user's sign data is not in described default standard sign threshold range, described and described external environment condition At least one during environmental information corresponding to data is not mated with the home information preset is set up, it is determined that to described user Sign data and/or described external environment condition data are unsatisfactory for the vehicle drive condition preset；
Wherein, described user's sign packet includes dormant data, heart rate data, temperature data, blood pressure data, breath data In at least one, described external environment condition data include meteorological data, position data, temperature record, barometric information, visibility number At least one according to.
Described intelligence wearable device can by described user's sign data of getting in S102 with user/system in advance The standard sign threshold range arranged in this intelligence wearable device contrasts, it is judged that whether described user's sign data is located In default standard sign threshold range；And/or, described intelligence wearable device can to S102 gets described outside Portion's environmental information is analyzed, it is judged that the environmental information that described intelligence wearable device is presently in, and by described environmental information The home information preset arranged in this intelligence wearable device in advance with user/system is (as fine day, PM2.5 are less than 150ug/m3Weather) carry out contrast coupling, it is judged that the described environmental information corresponding with described external environment condition data whether with in advance If home information matches.When described intelligence wearable device determines described user's sign data not described default The environmental information that standard sign threshold range is interior, described and described external environment condition data are corresponding is with the home information preset not When at least one in coupling is set up, described intelligence wearable device will determine described user's sign data and/or external rings Border data are unsatisfactory for the vehicle drive condition preset.
S103, according to driving monitoring strategies corresponding to described user's sign data and/or described external environment condition data genaration, And the monitoring process of correspondence is carried out according to the instruction of described driving monitoring strategies.
In the embodiment of the present invention, when intelligence wearable device determines described user's sign data and/or institute in S102 State external environment condition data be unsatisfactory for user/system in advance in this intelligence wearable device arrange vehicle drive condition time, institute State intelligence wearable device to supervise according to the driving that described user's sign data and/or described external environment condition data genaration are corresponding Control strategy, described intelligence wearable device can also be carried out at corresponding vehicle monitoring according to the instruction of this driving monitoring strategies Reason, or vehicle prompting process.
The most alternatively, described according to described user's sign data and/or described corresponding the driving of external environment condition data genaration Sail monitoring strategies, including at least one in implementations below:
If described user's sign data exceedes the first threshold in described default standard sign threshold range, then according to institute Stating user's sign data genaration first and drive monitoring strategies, described first drives monitoring strategies for sending speed to described vehicle Control instruction, described speed control instruction is used for controlling described vehicle and stops traveling or Reduced Speed Now or give it the gun；
If described user's sign data is less than the Second Threshold in described default standard sign threshold range, then basis Described user's sign data genaration second drives monitoring strategies, and described second drives monitoring strategies for automatically carrying out abnormal alarm Operation, and send cutoff command to described vehicle；
If environmental information corresponding to described and described external environment condition data is not mated with the home information preset, then root Driving monitoring strategies according to described external environment condition data genaration the 3rd, the described 3rd drives monitoring strategies for automatic information broadcast institute State the environmental information corresponding with described external environment condition data, or send corresponding wagon control instruction to described vehicle, described Wagon control instruction includes at least one control instruction in position, speed, travel route.
Described intelligence wearable device can be generated by least one in following three kinds of specific implementations accordingly Driving monitoring strategies.Implementation one: when described intelligence wearable device detects the described user's body got in S101 Levy the data the first threshold in exceeding the standard sign threshold range that user/system is arranged in advance in this intelligence wearable device During value, described intelligence wearable device can drive monitoring strategies according to described user's sign data genaration corresponding first, its Described in first drive monitoring strategies for described vehicle send speed control instruction, described speed control instruction is used for controlling Described vehicle stops traveling or Reduced Speed Now or gives it the gun；Exemplarily, it is assumed that certain user A has worn Intelligent bracelet A, present user A open the driving control function of bracelet A, that is to say that user A opens the driving model on bracelet A, now described What bracelet A can obtain that this bracelet A in 8 time periods of morning up to now last night 8 detects automatically from this bracelet A sleeps Dormancy data, and described dormant data is analyzed, if described bracelet A analyzes determines this user degree of depth last night sleep only 1 Individual hour, shallow sleep 3 hours, remaining time period is in waking state.The most described bracelet A was it is believed that this user A last night 4 hours threshold values length of one's sleep (7-8 hour) less than human normal of sleep altogether, the most described intelligence wearable device can basis Analysis to described dormant data, generates for controlling the monitoring strategies that automobile low-speed travels, that is to say, described intelligence is wearable Equipment can be by network to described vehicle transmission speed control instruction, in order to described vehicle comes according to described rate control instruction Limiting road speed, such as speed is less than 120km/h etc.；And/or, described intelligence wearable device is determining user A yesterday When evening, the length of one's sleep altogether was less than the dormant data threshold value of human normal, described intelligence wearable device can also enter automatically Row information of voice prompt is reported, and prompting user drives to take care.
Implementation two: when described intelligence wearable device detects that the described user's sign data got in S101 exists When exceeding the Second Threshold in the standard sign threshold range that user/system is arranged in advance in this intelligence wearable device, institute State intelligence wearable device and can drive monitoring strategies according to described user's sign data genaration corresponding second, wherein said the Two drive monitoring strategies is used for automatically carrying out abnormal alarm operation, and sends cutoff command to described vehicle；Exemplarily, quote As above example, it is assumed that it is 150 beats/min that described bracelet A gets heart rate data current for user A, but the heart of human normal Rate data threshold scope is 60～100 beats/min, and the most described bracelet A may determine that described current heart rate data is with super Crossing the max-thresholds 100 beats/min in human body normal cardiac rate data threshold scope, the most described bracelet A sends to described vehicle Cutoff command, described cutoff command is used for controlling described vehicle pulling over observing, it is also possible to controls described vehicle and opens malfunction coefficient Lamp or urgent emergency light etc., described bracelet A can also carry out abnormal alarm, cries for help to passerby as carried out maximum voice broadcast, Or what in this bracelet A, the first programmed emergency of storage carried out contacting or monitored by this bracelet A is described current Heart rate data is sent to described first contact person etc., in order to the user A of this bracelet A is worn in treatment in time.
Implementation three: the described external environment condition data got in S101 can be carried out by described intelligence wearable device Statistical analysis, determines the environmental information that described intelligence wearable device is presently in, that is to say and determine and described external environment condition number According to corresponding environmental information, when described intelligence wearable device detects the described environment letter corresponding with described external environment condition data When the home information that breath is arranged in advance with user/system in this intelligence wearable device does not matches that, the most described intelligence Wearable device can drive monitoring strategies according to described external environment condition data genaration the 3rd, and the described 3rd drives monitoring strategies uses In environmental information corresponding with described external environment condition data described in automatic information broadcast, or send corresponding car to described vehicle Control instruction, the instruction of described wagon control includes at least one control instruction in position, speed, travel route.Exemplary Ground, should quote above-mentioned example, it is assumed that it is that visibility is that bracelet A detects and get the external environment condition data that this bracelet is presently in 200 meters, ambient humidity be that 90%RH (Relative Humidity, RH), the most described bracelet A can be according to the rings got Border humidity data determines that vehicle running surface is more moistening, and is that 200m determines that this visibility is according to visibility data Dense fog visibility data, according to the two data, described bracelet A can determine that user A the most just travels in foggy weather, The most described bracelet A is according to the corresponding monitoring strategies of two above data genaration, and according to described monitoring strategies to described vehicle Transmission wagon control instructs, and the road that the instruction of described wagon control is kept right for controlling described vehicle to select runs at a low speed, It is less than the traveling etc. of 40km/h in the enterprising driving of right lane speed as controlled vehicle.
The present invention can be by when detecting that intelligence wearable device enters driving model, obtaining that described intelligence is wearable to be set User's sign data in default effective time range of standby middle storage and/or external environment condition data, and judge described user's body Levy data and/or whether external environment condition data meet the vehicle drive condition preset, if it is not, then according to described user's sign data And/or the driving monitoring strategies that external environment condition data genaration is corresponding, and carry out correspondence according to the instruction of described driving monitoring strategies Monitoring process；So it is monitored processing operation to vehicle by intelligence wearable device, the peace of vehicle drive can be promoted Quan Xing.
Refer to Fig. 2, be the stream of another kind vehicle monitoring based on the intelligence wearable device process of the embodiment of the present invention Journey schematic diagram, the described method of the embodiment of the present invention may include steps of.
S201, detect described intelligence wearable device whether enter driving model.
In the embodiment of the present invention, intelligence wearable device can detect this by least one in following three kinds of modes Whether intelligence wearable device enters driving model.Mode one: detect whether to receive the work of described intelligence wearable device Operation mode is set to driving model, if, it is determined that described intelligence wearable device enters driving model；Mode two: detection institute Whether the translational speed stating intelligence wearable device exceedes default threshold speed, if, it is determined that described intelligence is wearable to be set Standby entrance driving model；Mode three: whether the amplitude of fluctuation detecting described intelligence wearable device exceedes default amplitude threshold, If, it is determined that described intelligence wearable device enters driving model.When described intelligence wearable device detects that this intelligence can When wearable device enters driving model, continue executing with step S202；Otherwise, flow process is terminated.
In implementing, described in employing mode one intelligence wearable can detect whether to receive user can by described intelligence The mode of operation of wearable device is set to the user operation instruction of driving model, if receiving described user operation instruction, that Described intelligence wearable device may determine that this intelligence wearable device enters driving model；Intelligence described in employing mode two can Wearable device can first obtain described intelligence wearable device position data in preset time period, and according to described positional number According to determine described intelligence wearable device translational speed, if described translational speed exceedes default threshold speed, that Described intelligence wearable device may determine that this intelligence wearable device enters driving model；Intelligence described in employing mode three can Wearable device can gather the amplitude of fluctuation of the described intelligence wearable device that steering wheel is carried out driving in rotation process by user, If described amplitude of fluctuation exceedes default amplitude threshold, then described intelligence wearable device may determine that this intelligence is wearable Equipment enters driving model.
S202, the user's sign data obtained in the default effective time range stored in described intelligence wearable device And/or external environment condition data.
In the embodiment of the present invention, described user's sign packet includes dormant data, heart rate data, temperature data, blood pressure number According at least one in, breath data, described external environment condition data include meteorological data, position data, temperature record, air pressure number According at least one in, visibility data.
S203, judge that described user's sign data is whether in default standard sign threshold range.
In the embodiment of the present invention, when intelligence wearable device determines described user's sign data not at described default mark Time in the range of quasi-signs threshold values, continue executing with step S204；Otherwise, flow process is terminated.
The environmental information coupling whether S204, the judgement environmental information corresponding with described external environment condition data are preset.
In the embodiment of the present invention, when intelligence wearable device determines the described environment corresponding with described external environment condition data When information is not mated with the home information preset, continue executing with step S205；Otherwise, flow process is terminated.
It should be noted that step S203 and step S204 can be arranged side by side, that is to say that intelligence wearable terminal is permissible Any one step in S203 and S204 is selected to perform, it is also possible to S203 and S204 is carried out, and the order of S203 and S204 Being variable, perform S203 after i.e. communication terminal can first carry out S204, the embodiment of the present invention is not construed as limiting.
S205, according to driving monitoring strategies corresponding to described user's sign data and/or described external environment condition data genaration, And the monitoring process of correspondence is carried out according to the instruction of described driving monitoring strategies.
The present invention can be by when detecting that intelligence wearable device enters driving model, obtaining that described intelligence is wearable to be set User's sign data in default effective time range of standby middle storage and/or external environment condition data, and judge described user's body Levy data and/or whether external environment condition data meet the vehicle drive condition preset, if it is not, then according to described user's sign data And/or the driving monitoring strategies that external environment condition data genaration is corresponding, and carry out correspondence according to the instruction of described driving monitoring strategies Monitoring process；So it is monitored processing operation to vehicle by intelligence wearable device, the peace of vehicle drive can be promoted Quan Xing.
Refer to Fig. 3, be the stream of another kind vehicle monitoring based on the intelligence wearable device process of the embodiment of the present invention Journey schematic diagram, the described method of the embodiment of the present invention can include above-mentioned steps S201 to step S205, wherein step S205 can To comprise the steps:
If S301 described user sign data exceedes the first threshold in described default standard sign threshold range, then Driving monitoring strategies according to described user's sign data genaration first, described first drives monitoring strategies for sending out to described vehicle Send speed control instruction, described speed control instruction to be used for controlling described vehicle stop traveling or Reduced Speed Now or accelerate Travel.
If S302 described user sign data is less than the Second Threshold in described default standard sign threshold range, Then driving monitoring strategies according to described user's sign data genaration second, described second driving monitoring strategies is different for automatically carrying out Often report to the police operation, and send cutoff command to described vehicle.
If environmental information corresponding to the described and described external environment condition data of S303 and the home information preset are not Joining, then drive monitoring strategies according to described external environment condition data genaration the 3rd, the described 3rd drives monitoring strategies for automatic language Sound reports the described environmental information corresponding with described external environment condition data, or refers to the wagon control that the transmission of described vehicle is corresponding Order, the instruction of described wagon control includes at least one control instruction in position, speed, travel route.
It should be noted that above-mentioned steps S301 is all according to described user's sign to step S303 described in step S205 Data and/or the specific implementation of driving monitoring strategies corresponding to described external environment condition data genaration, wherein, step S301, When step S302 and step S303 arranged side by side, that is to say, intelligence wearable device arbitrarily can select from above three step One of them step or two steps perform, or three steps are carried out, and the order performed is alterable , the embodiment of the present invention is not construed as limiting.
The present invention can be by when detecting that intelligence wearable device enters driving model, obtaining that described intelligence is wearable to be set User's sign data in default effective time range of standby middle storage and/or external environment condition data, and judge described user's body Levy data and/or whether external environment condition data meet the vehicle drive condition preset, if it is not, then according to described user's sign data And/or the driving monitoring strategies that external environment condition data genaration is corresponding, and carry out correspondence according to the instruction of described driving monitoring strategies Monitoring process；So it is monitored processing operation to vehicle by intelligence wearable device, the peace of vehicle drive can be promoted Quan Xing.
Refer to Fig. 4, be the structural representation of a kind of terminal of the embodiment of the present invention, the described terminal of the embodiment of the present invention Can may be provided in the intelligent wearable device of the band communications network functionality such as such as Intelligent bracelet, intelligent watch, intelligence handbag, Described terminal 4 includes:
Acquisition module 40, for when detecting that intelligence wearable device enters driving model, obtaining described intelligence can wear The user's sign data worn in equipment in default effective time range of storage and/or external environment condition data；
Judge module 41, is used for judging whether described user's sign data and/or described external environment condition data meet and presets Vehicle drive condition；
Monitor processing module 42, if the judged result for described judge module 41 is no, then according to described user's sign Data and/or driving monitoring strategies corresponding to described external environment condition data genaration, and according to the instruction of described driving monitoring strategies The monitoring carrying out correspondence processes.
Implementing of the modules related in the embodiment of the present invention refers to be correlated with in Fig. 1 to Fig. 3 correspondence embodiment Functional module or the description of enforcement step, be not repeated herein.
The present invention can be by when detecting that intelligence wearable device enters driving model, obtaining that described intelligence is wearable to be set User's sign data in default effective time range of standby middle storage and/or external environment condition data, and judge described user's body Levy data and/or whether external environment condition data meet the vehicle drive condition preset, if it is not, then according to described user's sign data And/or the driving monitoring strategies that external environment condition data genaration is corresponding, and carry out correspondence according to the instruction of described driving monitoring strategies Monitoring process；So it is monitored processing operation to vehicle by intelligence wearable device, the peace of vehicle drive can be promoted Quan Xing.
See also Fig. 5, be the structural representation of the another kind of terminal of the embodiment of the present invention, the institute of the embodiment of the present invention State terminal 5 and may include that above-mentioned acquisition module 40, judge module 41, monitor processing module 42, it is also possible to including:
Described judge module 41, specifically for judging that whether described user's sign data is at default standard signs threshold values model In enclosing, and/or, it is judged that the environmental information the coupling whether environmental information corresponding with described external environment condition data is preset；If it is described The environment that user's sign data is not in described default standard sign threshold range, described and described external environment condition data are corresponding At least one during information is not mated with the home information preset is set up, it is determined that to described user's sign data and/or Described external environment condition data are unsatisfactory for the vehicle drive condition preset；
Wherein, described user's sign packet includes dormant data, heart rate data, temperature data, blood pressure data, breath data In at least one, described external environment condition data include meteorological data, position data, temperature record, barometric information, visibility number At least one according to.
The most alternatively, described monitor processing module 42 specifically includes at least one in implementations below:
Described monitor processing module 42, if exceeding described default standard sign threshold specifically for described user's sign data First threshold in value scope, then drive monitoring strategies according to described user's sign data genaration first, and described first drives prison Control strategy is for sending speed control instruction to described vehicle, and described speed control instruction is used for controlling described vehicle and stops row Sail or Reduced Speed Now or give it the gun；
Described monitor processing module 42, if specifically for described user's sign data less than described default standard sign Second Threshold in threshold range, then drive monitoring strategies according to described user's sign data genaration second, and described second drives Monitoring strategies is for automatically carrying out abnormal alarm operation, and sends cutoff command to described vehicle；
Described monitor processing module 42, if specifically for environmental information corresponding to described and described external environment condition data with pre- If home information do not mate, then according to described external environment condition data genaration the 3rd drive monitoring strategies, the described 3rd drives Sail monitoring strategies for environmental information corresponding with described external environment condition data described in automatic information broadcast, or to described vehicle Sending corresponding wagon control instruction, the instruction of described wagon control includes that at least one in position, speed, travel route controls Instruction.
The most alternatively, described terminal also includes:
Detection module 43, detects whether described intelligence wearable device enters driving model；It specifically includes implemented below At least one in mode:
Described detection module 43, specifically for detecting whether that receiving the mode of operation by described intelligence wearable device sets It is set to driving model, if, it is determined that described intelligence wearable device enters driving model；
Described detection module 43, whether the translational speed specifically for detection described intelligence wearable device exceedes default Threshold speed, if, it is determined that described intelligence wearable device enters driving model；
Described detection module 43, whether the amplitude of fluctuation specifically for detection described intelligence wearable device exceedes default Amplitude threshold, if, it is determined that described intelligence wearable device enters driving model.
The most alternatively,
Described detection module 43, specifically for obtaining described intelligence wearable device positional number in preset time period According to；The translational speed of described intelligence wearable device is determined according to described position data；Judge whether described translational speed surpasses Cross the threshold speed preset；Or,
Specifically for gathering user, described detection module 43, carries out to steering wheel described in rotation process that intelligence is wearable to be set Standby amplitude of fluctuation；Judge whether described amplitude of fluctuation exceedes default amplitude threshold.
Implementing of the modules related in the embodiment of the present invention refers to be correlated with in Fig. 1 to Fig. 3 correspondence embodiment Functional module or the description of enforcement step, be not repeated herein.
The present invention can be by when detecting that intelligence wearable device enters driving model, obtaining that described intelligence is wearable to be set User's sign data in default effective time range of standby middle storage and/or external environment condition data, and judge described user's body Levy data and/or whether external environment condition data meet the vehicle drive condition preset, if it is not, then according to described user's sign data And/or the driving monitoring strategies that external environment condition data genaration is corresponding, and carry out correspondence according to the instruction of described driving monitoring strategies Monitoring process；So it is monitored processing operation to vehicle by intelligence wearable device, the peace of vehicle drive can be promoted Quan Xing.
Refer to Fig. 6 again, be the structural representation of a kind of terminal of the embodiment of the present invention.Described terminal can be intelligence hands The intelligent wearable device of the band communications network functionalities such as ring, intelligent watch, intelligence handbag, as shown in Figure 6, the embodiment of the present invention Described terminal can include the modules such as display screen, button, speaker, pick up, and also includes: at least one bus 501 and At least one connected processor 502 of bus 501 and at least one memorizer 503 being connected with bus 501, it is achieved communication merit The communicator 505 of energy, for the supply unit 504 of intelligence wearable device each power consumption module for power supply.
Described processor 502 can pass through bus 501, calls the function that in memorizer 503, the code of storage is correlated with execution.
Described processor 502, for when detecting that intelligence wearable device enters driving model, obtaining described intelligence can User's sign data in default effective time range of storage and/or external environment condition data in wearable device；Judge described use Whether family sign data and/or described external environment condition data meet the vehicle drive condition preset；If it is not, then according to described user Sign data and/or driving monitoring strategies corresponding to described external environment condition data genaration, and according to described driving monitoring strategies Instruction carries out the monitoring of correspondence and processes.
Still optionally further, described processor 502 is additionally operable to judge that whether described user's sign data is in default standard In the range of signs threshold values, and/or, it is judged that the environmental information the; whether environmental information corresponding with described external environment condition data is preset Join；If described user's sign data is not in described default standard sign threshold range, described and described external environment condition data At least one during corresponding environmental information is not mated with the home information preset is set up, it is determined that to described user's sign Data and/or described external environment condition data are unsatisfactory for the vehicle drive condition preset；Wherein, described user's sign packet includes and sleeps At least one in dormancy data, heart rate data, temperature data, blood pressure data, breath data, described external environment condition data include gas At least one in image data, position data, temperature record, barometric information, visibility data.
Still optionally further, if described processor 502 is additionally operable to described user's sign data and exceedes described default standard First threshold in signs threshold values scope, then drive monitoring strategies according to described user's sign data genaration first, and described first Driving monitoring strategies to be used for sending speed control instruction to described vehicle, described speed control instruction is used for controlling described vehicle and stops Stop traveling or Reduced Speed Now or give it the gun；If described user's sign data is less than described default standard sign threshold Second Threshold in value scope, then drive monitoring strategies according to described user's sign data genaration second, and described second drives prison Control strategy is for automatically carrying out abnormal alarm operation, and sends cutoff command to described vehicle；If described and described external environment condition Environmental information corresponding to data is not mated with the home information preset, then drive according to described external environment condition data genaration the 3rd Sailing monitoring strategies, the described 3rd drives monitoring strategies for ring corresponding with described external environment condition data described in automatic information broadcast Environment information, or send corresponding wagon control instruction to described vehicle, the instruction of described wagon control includes position, speed, OK Sail at least one control instruction in route.
Still optionally further, described processor 502 is additionally operable to detect whether described intelligence wearable device enters driving mould Formula；It specifically includes at least one in implementations below: detect whether to receive the work of described intelligence wearable device Operation mode is set to driving model, if, it is determined that described intelligence wearable device enters driving model；Detecting described intelligence can Whether the translational speed of wearable device exceedes default threshold speed, if, it is determined that described intelligence wearable device enters to be driven Sail pattern；Whether the amplitude of fluctuation detecting described intelligence wearable device exceedes default amplitude threshold, if, it is determined that described Intelligence wearable device enters driving model.
Still optionally further, described processor 502 is additionally operable to obtain described intelligence wearable device in preset time period Position data；Determine that according to described position data the translational speed of described intelligence wearable device judges described translational speed Whether exceed default threshold speed；And whether the amplitude of fluctuation of described detection described intelligence wearable device exceedes default width Degree threshold value, including: gather user and steering wheel is carried out the amplitude of fluctuation of intelligence wearable device described in rotation process；Judge institute State whether amplitude of fluctuation exceedes default amplitude threshold.
The present invention can be by when detecting that intelligence wearable device enters driving model, obtaining that described intelligence is wearable to be set User's sign data in default effective time range of standby middle storage and/or external environment condition data, and judge described user's body Levy data and/or whether external environment condition data meet the vehicle drive condition preset, if it is not, then according to described user's sign data And/or the driving monitoring strategies that external environment condition data genaration is corresponding, and carry out correspondence according to the instruction of described driving monitoring strategies Monitoring process；So it is monitored processing operation to vehicle by intelligence wearable device, the peace of vehicle drive can be promoted Quan Xing.
The embodiment of the present invention also provides for a kind of computer-readable storage medium, and wherein, this computer-readable storage medium can store journey Sequence, this program includes when performing that any audio frequency described in said method embodiment plays the part of the operational approach of application or complete Portion's step.
It should be noted that for aforesaid each method embodiment, in order to be briefly described, therefore it is all expressed as a series of Combination of actions, but those skilled in the art should know, the present invention is not limited by described sequence of movement because According to the present invention, some step can use other orders or carry out simultaneously.Secondly, those skilled in the art also should know Knowing, embodiment described in this description belongs to preferred embodiment, involved action and the module not necessarily present invention Necessary.
In the above-described embodiments, the description to each embodiment all emphasizes particularly on different fields, and does not has the portion described in detail in certain embodiment Point, may refer to the associated description of other embodiments.
In several embodiments provided herein, it should be understood that disclosed device, can be by another way Realize.Such as, device embodiment described above is only schematically, and the division of the most described unit is only one Logic function divides, actual can have when realizing other dividing mode, the most multiple unit or assembly can in conjunction with or can To be integrated into another system, or some features can be ignored, or does not performs.Another point, shown or discussed each other Coupling direct-coupling or communication connection can be the INDIRECT COUPLING by some interfaces, device or unit or communication connection, Can be being electrical or other form.
The described unit illustrated as separating component can be or may not be physically separate, shows as unit The parts shown can be or may not be physical location, i.e. may be located at a place, or can also be distributed to multiple On NE.Some or all of unit therein can be selected according to the actual needs to realize the mesh of the present embodiment scheme 's.
It addition, each functional unit in various embodiments of the present invention can be integrated in a processing unit, it is possible to Being that unit is individually physically present, it is also possible to two or more unit are integrated in a unit.Above-mentioned integrated Unit both can realize to use the form of hardware, it would however also be possible to employ the form of SFU software functional unit realizes.
If described integrated unit realizes and as independent production marketing or use using the form of SFU software functional unit Time, can be stored in a computer read/write memory medium.Based on such understanding, technical scheme is substantially The part that in other words prior art contributed or this technical scheme completely or partially can be with the form of software product Embodying, this computer software product is stored in a storage medium, including some instructions with so that a computer Equipment (can be for personal computer, server or the network equipment etc.) perform the whole of method described in each embodiment of the present invention or Part steps.And aforesaid storage medium includes: USB flash disk, read only memory (ROM, Read-Only Memory), random access memory are deposited Reservoir (RAM, Random Access Memory), portable hard drive, magnetic disc or CD etc. are various can store program code Medium.
The above, above example only in order to technical scheme to be described, is not intended to limit；Although with reference to front State embodiment the present invention has been described in detail, it will be understood by those within the art that: it still can be to front State the technical scheme described in each embodiment to modify, or wherein portion of techniques feature is carried out equivalent；And these Amendment or replacement, do not make the essence of appropriate technical solution depart from the scope of various embodiments of the present invention technical scheme.

Claims (10)

1. a vehicle monitoring processing method based on intelligence wearable device, it is characterised in that described method includes:
When detect intelligence wearable device enter driving model time, obtain described intelligence wearable device in storage be preset with User's sign data in effect time range and/or external environment condition data；
Judge whether described user's sign data and/or described external environment condition data meet the vehicle drive condition preset；
If it is not, then according to the driving monitoring strategies that described user's sign data and/or described external environment condition data genaration are corresponding, and Instruction according to described driving monitoring strategies carries out the monitoring of correspondence and processes.
2. the method for claim 1, it is characterised in that described judgement described user sign data and/or described outside Whether environmental data meets the vehicle drive condition preset, including:
Judge described user's sign data whether in default standard sign threshold range, and/or, it is judged that with described external rings The environmental information coupling whether environmental information corresponding to border data is preset；
If described user's sign data is not in described default standard sign threshold range, described and described external environment condition data At least one during corresponding environmental information is not mated with the home information preset is set up, it is determined that to described user's sign Data and/or described external environment condition data are unsatisfactory for the vehicle drive condition preset；
Wherein, described user's sign packet includes in dormant data, heart rate data, temperature data, blood pressure data, breath data At least one, described external environment condition data include in meteorological data, position data, temperature record, barometric information, visibility data At least one.
3. method as claimed in claim 2, it is characterised in that described according to described user's sign data and/or described outside Environmental data generates corresponding driving monitoring strategies, including at least one in implementations below:
If described user's sign data exceedes the first threshold in described default standard sign threshold range, then according to described use Family sign data generates the first driving monitoring strategies, and described first drives monitoring strategies controls for sending speed to described vehicle Instruction, described speed control instruction is used for controlling described vehicle and stops traveling or Reduced Speed Now or give it the gun；
If described user's sign data is less than the Second Threshold in described default standard sign threshold range, then according to described User's sign data genaration second drives monitoring strategies, and described second drives monitoring strategies for automatically carrying out abnormal alarm behaviour Make, and send cutoff command to described vehicle；
If environmental information corresponding to described and described external environment condition data is not mated, then according to institute with the home information preset State external environment condition data genaration the 3rd and drive monitoring strategies, the described 3rd drive monitoring strategies described in the automatic information broadcast with The environmental information that described external environment condition data are corresponding, or send corresponding wagon control instruction, described vehicle to described vehicle Control instruction includes at least one control instruction in position, speed, travel route.
4. the method for claim 1, it is characterised in that described when detecting that intelligence wearable device enters driving model Time, the user's sign data obtained in described intelligence wearable device in default effective time range of storage and/or external rings Before the data of border, also include:
Detect whether described intelligence wearable device enters driving model；It specifically includes at least in implementations below Individual:
Detect whether that receiving the mode of operation by described intelligence wearable device is set to driving model, if, it is determined that institute State intelligence wearable device and enter driving model；
Whether the translational speed detecting described intelligence wearable device exceedes default threshold speed, if, it is determined that described intelligence Driving model can be entered by wearable device；
Whether the amplitude of fluctuation detecting described intelligence wearable device exceedes default amplitude threshold, if, it is determined that described intelligence Driving model can be entered by wearable device.
5. method as claimed in claim 4, it is characterised in that the translational speed of described detection described intelligence wearable device is No exceed default threshold speed, including:
Obtain described intelligence wearable device position data in preset time period；
The translational speed of described intelligence wearable device is determined according to described position data；
Judge whether described translational speed exceedes default threshold speed；
And whether the amplitude of fluctuation of described detection described intelligence wearable device exceedes default amplitude threshold, including:
Gather user and steering wheel is carried out the amplitude of fluctuation of intelligence wearable device described in rotation process；
Judge whether described amplitude of fluctuation exceedes default amplitude threshold.
6. a terminal, it is characterised in that described terminal includes:
Acquisition module, for when detecting that intelligence wearable device enters driving model, obtains described intelligence wearable device User's sign data in default effective time range of middle storage and/or external environment condition data；
Judge module, for judging whether described user's sign data and/or described external environment condition data meet the vehicle preset Riving condition；
Monitor processing module, if being no for the judged result of described judge module, then according to described user's sign data and/or The driving monitoring strategies that described external environment condition data genaration is corresponding, and carry out correspondence according to the instruction of described driving monitoring strategies Monitoring processes.
7. terminal as claimed in claim 6, it is characterised in that
Described judge module, specifically for judge described user's sign data whether in default standard sign threshold range, And/or, it is judged that the environmental information the coupling whether environmental information corresponding with described external environment condition data is preset；If described user's body Levy data are not in described default standard sign threshold range, described and described external environment condition data are corresponding environmental information with Preset home information do not mate at least one set up, it is determined that to described user's sign data and/or described outside Portion's environmental data is unsatisfactory for the vehicle drive condition preset；
Wherein, described user's sign packet includes in dormant data, heart rate data, temperature data, blood pressure data, breath data At least one, described external environment condition data include in meteorological data, position data, temperature record, barometric information, visibility data At least one.
8. terminal as claimed in claim 7, it is characterised in that described monitor processing module specifically includes in implementations below At least one:
Described monitor processing module, if exceeding described default standard sign threshold range specifically for described user's sign data In first threshold, then drive monitoring strategies according to described user's sign data genaration first, described first drives monitoring strategies For sending speed control instruction to described vehicle, described speed control instruction be used for controlling described vehicle stop travelling or Reduced Speed Now or give it the gun；
Described monitor processing module, if specifically for described user's sign data less than described default standard signs threshold values model Second Threshold in enclosing, then drive monitoring strategies according to described user's sign data genaration second, and described second drives monitoring plan Slightly for automatically carrying out abnormal alarm operation, and send cutoff command to described vehicle；
Described monitor processing module, if specifically for environmental information corresponding to described and described external environment condition data with just presetting Often environmental information is not mated, then drive monitoring strategies according to described external environment condition data genaration the 3rd, and the described 3rd drives monitoring Strategy is for environmental information corresponding with described external environment condition data described in automatic information broadcast or right to the transmission of described vehicle The wagon control instruction answered, the instruction of described wagon control includes at least one control instruction in position, speed, travel route.
9. terminal as claimed in claim 6, it is characterised in that described terminal also includes:
Detection module, detects whether described intelligence wearable device enters driving model；It specifically includes in implementations below At least one:
Described detection module, specifically for detecting whether that receiving the mode of operation by described intelligence wearable device is set to drive Sail pattern, if, it is determined that described intelligence wearable device enters driving model；
Described detection module, whether the translational speed specifically for detection described intelligence wearable device exceedes default speed threshold Value, if, it is determined that described intelligence wearable device enters driving model；
Described detection module, whether the amplitude of fluctuation specifically for detection described intelligence wearable device exceedes default amplitude threshold Value, if, it is determined that described intelligence wearable device enters driving model.
10. terminal as claimed in claim 9, it is characterised in that
Described detection module, specifically for obtaining described intelligence wearable device position data in preset time period；According to Described position data determines the translational speed of described intelligence wearable device；Judge whether described translational speed exceedes default Threshold speed；Or,
Described detection module, carries out the pendulum of intelligence wearable device described in rotation process specifically for gathering user to steering wheel Dynamic amplitude；Judge whether described amplitude of fluctuation exceedes default amplitude threshold.
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