CN104966382A - Driver physiological status monitoring and responding system and method - Google Patents
Driver physiological status monitoring and responding system and method Download PDFInfo
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- CN104966382A CN104966382A CN201510264368.3A CN201510264368A CN104966382A CN 104966382 A CN104966382 A CN 104966382A CN 201510264368 A CN201510264368 A CN 201510264368A CN 104966382 A CN104966382 A CN 104966382A
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- G—PHYSICS
- G08—SIGNALLING
- G08B—SIGNALLING OR CALLING SYSTEMS; ORDER TELEGRAPHS; ALARM SYSTEMS
- G08B21/00—Alarms responsive to a single specified undesired or abnormal condition and not otherwise provided for
- G08B21/02—Alarms for ensuring the safety of persons
- G08B21/06—Alarms for ensuring the safety of persons indicating a condition of sleep, e.g. anti-dozing alarms
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- A—HUMAN NECESSITIES
- A61—MEDICAL OR VETERINARY SCIENCE; HYGIENE
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- A61B5/00—Measuring for diagnostic purposes; Identification of persons
- A61B5/16—Devices for psychotechnics; Testing reaction times ; Devices for evaluating the psychological state
- A61B5/18—Devices for psychotechnics; Testing reaction times ; Devices for evaluating the psychological state for vehicle drivers or machine operators
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B60—VEHICLES IN GENERAL
- B60K—ARRANGEMENT OR MOUNTING OF PROPULSION UNITS OR OF TRANSMISSIONS IN VEHICLES; ARRANGEMENT OR MOUNTING OF PLURAL DIVERSE PRIME-MOVERS IN VEHICLES; AUXILIARY DRIVES FOR VEHICLES; INSTRUMENTATION OR DASHBOARDS FOR VEHICLES; ARRANGEMENTS IN CONNECTION WITH COOLING, AIR INTAKE, GAS EXHAUST OR FUEL SUPPLY OF PROPULSION UNITS IN VEHICLES
- B60K28/00—Safety devices for propulsion-unit control, specially adapted for, or arranged in, vehicles, e.g. preventing fuel supply or ignition in the event of potentially dangerous conditions
- B60K28/02—Safety devices for propulsion-unit control, specially adapted for, or arranged in, vehicles, e.g. preventing fuel supply or ignition in the event of potentially dangerous conditions responsive to conditions relating to the driver
- B60K28/06—Safety devices for propulsion-unit control, specially adapted for, or arranged in, vehicles, e.g. preventing fuel supply or ignition in the event of potentially dangerous conditions responsive to conditions relating to the driver responsive to incapacity of driver
- B60K28/066—Safety devices for propulsion-unit control, specially adapted for, or arranged in, vehicles, e.g. preventing fuel supply or ignition in the event of potentially dangerous conditions responsive to conditions relating to the driver responsive to incapacity of driver actuating a signalling device
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Abstract
The invention provides a driver physiological status monitoring and responding system comprising a smart wristwatch, a vehicle-mounted terminal, and a cloud server. The smart wristwatch acquires the current physiological data of a driver and sends the current physiological data to the cloud server. The cloud server stores historical physiological data of the driver and determines the current driving status of the driver according to the current physiological data and the historical physiological data of the driver. When a determined result indicates that the driver is currently in a bad driving status due to attention, the cloud server sends alarm information to the vehicle-mounted terminal which warns the driver to pay attention to driving. When the determined result indicates that the driver is currently in a driving incompetent status, the cloud server takes the initiative in calling a medical rescue system or traffic police center for treatment.
Description
Technical field
The present invention relates to field of vehicle safety, especially a kind of physiological driver's condition monitoring and answering system and method.
Background technology
Driver status monitoring judges driver's effective means that whether notice is concentrated when driving.In existing driver monitoring system, the facial characteristics of general use Internal camera head continuous surveillance driver, as the opening and closing frequency, facial expression etc. of eyes, the driving condition that driver is current is judged according to driver's facial characteristics of camera collection, to learn that current driver's is the excellent driving condition being in notice high concentration, still fatigue, the bad steering state such as absent minded is in, thus the driving condition current according to driver takes corresponding counter-measure, drastically increases drive safety.
But this kind of driver status supervisory system needs arrange camera hole in Car design and install camera on automobile primary instrument desk early stage, so not only can increase the manufacturing cost of car load, and can increase taking up room of automobile primary instrument desk.
Summary of the invention
In view of this, the invention provides a kind of do not take automobile primary instrument desk space physiological driver's condition monitoring and answering system and physiological driver's condition monitoring and countermeasure.
Physiological driver's condition monitoring provided by the invention and answering system, comprise intelligent wristwatch, car-mounted terminal and cloud server, described intelligent wristwatch gathers the current physiological data of driver, and send it to described cloud server, the history physiological data of driver is stored in described cloud server, and judge according to the history physiological data of the current physiological data of driver and driver the driving condition that driver is current, when judged result shows that driver is current and is in the bad steering state caused because of notice problem, warning message is sent to described car-mounted terminal, prompting driver notes driving, when judged result show driver current be in can not the state of normal driving time, initiatively contact medical aid system or traffic police center processes.
According to one embodiment of present invention, the described bad steering state caused because of notice problem comprises fatigue driving, drunk driving, divert attention or absent minded, described can not the state of normal driving comprise because of burst disease, too tired or drink cause too much can not normal driving.
According to one embodiment of present invention, when judged result shows that driver is current and is in the bad steering state caused because of notice problem, described cloud server is sound and light alarm information to the warning message that described car-mounted terminal sends, described physiological driver's condition monitoring and answering system gather the current physiology data analysis of driver further after described cloud server sends sound and light alarm information certain hour, to judge whether driving condition improves, if driving condition does not improve, then send haptic alert information by described cloud server, driver is again reminded to note driving.
According to one embodiment of present invention, described physiological driver's condition monitoring and answering system again gather the current physiology data analysis of driver after described cloud server sends haptic alert information certain hour, to judge whether driving condition improves, if driving condition improves not yet, then go to driver because of too tired or drink too many and can not the treatment scheme of normal driving.
According to one embodiment of present invention, when driver be in because of too tired or drink too many and can not the state of normal driving time, described physiological driver's condition monitoring and answering system control vehicle deceleration, and vehicle driving state information and GPS position information are sent to traffic police center, inform that traffic police's central vehicle is in improper driving condition, by traffic police center, vehicle is investigated and prosecuted or the driving condition of vehicle is monitored, and light double jump lamp simultaneously and/or the driving condition information of vehicle is sent to nearby vehicle, remind nearby vehicle to note.
According to one embodiment of present invention, when driver to be in because of burst disease can not the state of normal driving time, described physiological driver's condition monitoring and answering system send vehicle driving state information to vehicle management center, phone inquiry is carried out by vehicle management center, if inquiry result shows that driver's health is normal, then continued to drive by driver; If phone access failure or inquiry result show that driver can not normal driving, then by car-mounted terminal adapter vehicle, pulling over observing immediately, starts emergency treatment in car, and vehicle GPS positional information and Driver physiological data is sent to medical aid system wait emergency relief.
According to one embodiment of present invention, when driver to be in because of burst disease can not the state of normal driving time, described physiological driver's condition monitoring and answering system also control vehicle deceleration, and vehicle driving state information and GPS position information are sent to traffic police center, inform that traffic police's central vehicle is in improper driving condition, by traffic police center, vehicle is investigated and prosecuted or the driving condition of vehicle is monitored, and light double jump lamp simultaneously and/or the driving condition information of vehicle is sent to nearby vehicle, remind nearby vehicle note and seek help to nearby vehicle.
Physiological driver's condition monitoring provided by the invention and answering system method, comprising: the current physiology data utilizing intelligent wristwatch collection driver; The current physiology data of driver are sent to car-mounted terminal; By car-mounted terminal by the current physiology data upload of driver to cloud server; Judged the current driving condition of this driver according to the current physiology data of driver and history physiological data by cloud server; Be in fatigue driving, drunk driving when judged result shows driver, divert attention or scatterbrained state time, send sound and light alarm, remind driver note drive; When judged result show driver because of burst disease, too tired or drink too many and can not normal driving time, initiatively contact medical aid system or traffic police center processes.
According to one embodiment of present invention, described physiological driver's condition monitoring and countermeasure comprise further: the current physiology data analysis gathering driver after sending sound and light alarm information certain hour further, judge whether driving condition improves, if driving condition does not improve, then send haptic alert information by described cloud server, again remind driver to note driving; The current physiology data analysis of driver is again gathered after sending haptic alert information certain hour, to judge whether driving condition improves, if driving condition improves not yet, then go to driver because of too tired or drink too many and can not the treatment scheme of normal driving.
According to one embodiment of present invention, when driver be in because of too tired or drink too many and can not the state of normal driving time, described physiological driver's condition monitoring and countermeasure comprise further: control vehicle deceleration, and vehicle driving state information and GPS position information are sent to traffic police center, inform that traffic police's central vehicle is in improper driving condition, by traffic police center, vehicle is investigated and prosecuted or the driving condition of vehicle is monitored, and light double jump lamp simultaneously and/or the driving condition information of vehicle is sent to nearby vehicle, prompting nearby vehicle is noted,
According to one embodiment of present invention, when driver to be in because of burst disease can not the state of normal driving time, described physiological driver's condition monitoring and countermeasure comprise further: control vehicle deceleration, and vehicle driving state information and GPS position information are sent to traffic police center, inform that traffic police's central vehicle is in improper driving condition, by traffic police center, vehicle is investigated and prosecuted or the driving condition of vehicle is monitored, and light double jump lamp simultaneously and/or the driving condition information of vehicle is sent to nearby vehicle, remind nearby vehicle to note; And send vehicle driving state information to vehicle management center, carry out phone inquiry by vehicle management center, if inquiry result shows that driver's health is normal, then driving authority is given back driver; If phone access failure or inquiry result show that driver can not normal driving, then by car-mounted terminal adapter vehicle, pulling over observing immediately, starts emergency treatment in car, and vehicle GPS positional information and Driver physiological data is sent to medical aid system wait emergency relief.
The present invention is in conjunction with now widely used intelligent wristwatch, can monitor the physiological status of driver when not taking automobile primary instrument desk space, to judge whether driver focuses one's attention on when driving, and judge whether driver is in burst disease state, thus can not concentrate driver attention, remind in the situations such as driving of diverting attention in good time, and can when driver's burst disease, very first time contact medical aid system, implements life in time and rescues.
Above-mentioned explanation is only the general introduction of technical solution of the present invention, in order to technological means of the present invention can be better understood, and can be implemented according to the content of instructions, and can become apparent to allow above and other object of the present invention, feature and advantage, below especially exemplified by preferred embodiment, and coordinate accompanying drawing, be described in detail as follows.
Accompanying drawing explanation
Figure 1 shows that the structural representation of physiological driver's condition monitoring provided by the invention and answering system.
Figure 2 shows that the FB(flow block) of physiological driver's condition monitoring provided by the invention and countermeasure.
Embodiment
For further setting forth the present invention for the technological means reaching predetermined goal of the invention and take and effect, below in conjunction with accompanying drawing and preferred embodiment, as follows to the detailed description of the invention.
Refer to Fig. 1, physiological driver's condition monitoring of the present invention and answering system comprise intelligent wristwatch, car-mounted terminal and cloud server.
Wherein, intelligent wristwatch is for gathering the current physiological data of driver (such as heart rate, body temperature, blood pressure, the arm motion frequency etc.), by Bluetooth technology, the current physiology data of driver are sent to car-mounted terminal, and be uploaded to cloud server (such as by 3G, 4G or WIFI etc., data are passed to the network equipments such as smart mobile phone, are uploaded to cloud server by the network equipment) by car networking technology.
Store the history physiological data of different driver in cloud server, and judge the current driving condition of this driver according to the history physiological data of different driver and current physiology data.Particularly, cloud server is after receiving the current physiology data of a certain driver, can according to driver's fingerprint, driver ID, vehicle ID etc. are by the history physiological data retrieving corresponding driver in database, the current physiology feature (namely whether the current physiology data of driver are in normal condition) of driver is drawn afterwards in conjunction with the current physiology data of driver and history physiological data, the current driving condition of driver is judged according to the current physiology feature of driver, fatigue driving is in when judged result shows that driver is current, drunk driving, divert attention or absent minded etc. cause because of notice problem bad steering state time, cloud server sends sound and light alarm information to car-mounted terminal, driver is pointed out to note driving by car-mounted terminal in the mode of sound and light alarm, when judged result shows that driver is because of burst disease or too tired, drink too many and can not normal driving time, initiatively contact medical aid system or traffic police center processes.
Here it should be noted that, according to the heart rate of driver, body temperature and blood pressure, cloud server mainly according to the current driving condition that heart rate and the arm motion frequency of driver judge, mainly judges that driver is the need of seeking medical advice when judging the current driving condition of driver according to the current physiology feature of driver.Specifically, if when the current heart rate of driver compares a satisfied first condition with the history heart rate of driver with the arm motion frequency with the arm motion frequency, namely, when Current heart rate and the arm motion frequency are in particular range respectively, can judge that current driving condition is as the bad steering state caused because of notice problem; If when the history heart rate of the current heart rate of driver and the arm motion frequency and driver is compared with the arm motion frequency and is in a satisfied second condition, namely when Current heart rate and the arm motion frequency are in another particular range respectively, can judge that current driving condition is as can not the state of normal driving, particularly when the current body temperature of driver and blood pressure are also in a certain particular range, can judge the state of normal driving to be because of caused by disease further.
In addition, intelligent wristwatch beyond the clouds server gathers the current physiology data of driver again after sending sound and light alarm information certain hour, and be sent to cloud server analysis by car-mounted terminal, judge whether driving condition improves by cloud server, if driving condition does not improve, then send haptic alert information by cloud server, utilize the mode of haptic alert (such as vibration of steering wheel, securing band vibrations or the very brief braking of vehicle etc.) again to remind driver to note driving by car-mounted terminal.
And, intelligent wristwatch beyond the clouds server gathers the current physiology data of driver again after sending haptic alert information certain hour, and be sent to cloud server analysis by car-mounted terminal, judge whether driving condition improves by cloud server, if driving condition improves not yet, then upgrade driving condition to danger classes, and goes to driver because of too tired or drink too many and can not the treatment scheme of normal driving, automatically (be less than 3m/s with lower retarded velocity by car-mounted terminal
2) by the extremely lower speed of a motor vehicle (such as 20km/h) of car brakeing, and vehicle driving state information and GPS position information are sent to traffic police center, inform that traffic police's central vehicle is in improper driving condition, by traffic police center, vehicle is investigated and prosecuted or the driving condition of vehicle is monitored, and light double jump lamp simultaneously and/or the driving condition information of vehicle is sent to nearby vehicle, remind nearby vehicle to note.
When judged result show driver because of burst disease can not normal driving time, first system (is less than 3m/s with lower retarded velocity
2) by the extremely lower speed of a motor vehicle (such as 20km/h) of car brakeing, and vehicle driving state information and vehicle GPS positional information are sent to traffic police center and/or nearby vehicle, inform traffic police center and nearby vehicle vehicle is current is in improper driving condition, by traffic police center, vehicle is investigated and prosecuted or the driving condition of vehicle is monitored, and light vehicle double jump lamp simultaneously, remind nearby vehicle to note; Secondly, system sends vehicle driving state information to vehicle management center, carries out phone inquiry by vehicle management center, if inquiry result shows that driver's health is normal, then by car-mounted terminal, driving authority is given back driver; If phone access failure or inquiry result show that driver can not normal driving, then by car-mounted terminal adapter vehicle, pulling over observing immediately, start emergency treatment in car, and vehicle GPS positional information and Driver physiological data are sent to medical aid system wait emergency relief, above-mentioned information is sent to nearby vehicle simultaneously and seeks help.
As shown in Figure 2, the workflow of physiological driver's condition monitoring of the present invention and answering system mainly comprises the steps:
Step S10: the current physiological state (information such as heart rate, body temperature, blood pressure, arm motion frequency) of the real-time monitoring driving person of intelligent wristwatch also gathers the current physiology data of driver;
Step S20: the current physiology data of driver are sent to car-mounted terminal by Bluetooth technology by intelligent wristwatch;
Step S30: car-mounted terminal passes through car networking technology by the current physiology data upload of driver to cloud server;
Step S40: cloud server extracts the history physiological data of corresponding driver according to driver's fingerprint, driver ID, vehicle ID etc., and the current driving condition judging this driver in conjunction with the current physiology data of driver and history physiological data;
Step S51: when judged result shows that driving condition is normal, system attonity, and continuous surveillance physiological driver state and collection Driver physiological data;
Step S52: when judged result show driver be in fatigue, drunk driving, divert attention, absent minded etc. cause because of notice problem bad steering state time, first system sends sound and light alarm, remind driver to note driving, and judge current driving condition further after separated in time; If judged result shows that driving condition does not improve, system sends haptic alert (vibration of steering wheel/very brief braking of securing band vibrations/vehicle), again reminds driver to note driving, and continues to judge current driving condition after separated in time; If judged result shows that driving condition improves not yet, driving condition is then upgraded to danger classes by system, and vehicle is gone to driver because of too tired or drink too many and can not the treatment scheme of normal driving, automatically (is less than 3m/s with lower retarded velocity
2) by the extremely lower speed of a motor vehicle (such as 20km/h) of car brakeing, and vehicle driving state and GPS position information are sent to traffic police center and nearby vehicle, inform traffic police center and nearby vehicle vehicle is current is in improper driving condition, by traffic police center, vehicle is investigated and prosecuted or the driving condition of vehicle is monitored, and light vehicle double jump lamp simultaneously, remind nearby vehicle to note;
Step S53: when judged result show driver because of burst disease can not normal driving time, first system (is less than 3m/s with lower retarded velocity
2) by the extremely lower speed of a motor vehicle (such as 20km/h) of car brakeing, and vehicle driving state and GPS position information are sent to traffic police center, inform that traffic police's central vehicle is in improper driving condition, by traffic police center, vehicle is investigated and prosecuted or the driving condition of vehicle is monitored, and light vehicle double jump lamp simultaneously, vehicle driving state information is sent to nearby vehicle, reminds nearby vehicle to note; Secondly, interconnection vehicle management center, carries out phone inquiry by vehicle management center, if inquiry result shows that driver's health is normal, driving authority is given back driver by system; If phone access failure or inquiry result show that driver can not normal driving, then by system adapter vehicle, pulling over observing immediately, start emergency treatment in car, and vehicle GPS positional information and Driver physiological data are sent to medical aid system wait emergency relief, above-mentioned information is sent to nearby vehicle simultaneously and seeks help.
In sum, the physiological status of driver associates with the driving condition of driver by the present invention, and in conjunction with now widely used intelligent wristwatch, can monitor the physiological status of driver when not taking automobile primary instrument desk space, to judge whether driver focuses one's attention on when driving, and judge whether driver is in burst disease state, thus can not concentrate driver attention, remind in the situations such as driving of diverting attention in good time, and can when driver's burst disease, very first time contact medical aid system, timely enforcement life rescues.
The above, it is only preferred embodiment of the present invention, not any pro forma restriction is done to the present invention, although the present invention discloses as above with preferred embodiment, but and be not used to limit the present invention, any those skilled in the art, do not departing within the scope of technical solution of the present invention, make a little change when the technology contents of above-mentioned announcement can be utilized or be modified to the Equivalent embodiments of equivalent variations, in every case be do not depart from technical solution of the present invention content, according to any simple modification that technical spirit of the present invention is done above embodiment, equivalent variations and modification, all still belong in the scope of technical solution of the present invention.
Claims (10)
1. physiological driver's condition monitoring and answering system, it is characterized in that: described physiological driver's condition monitoring and answering system comprise intelligent wristwatch, car-mounted terminal and cloud server, described intelligent wristwatch gathers the current physiological data of driver, and send it to described cloud server, the history physiological data of driver is stored in described cloud server, and judge according to the history physiological data of the current physiological data of driver and driver the driving condition that driver is current, when judged result shows that driver is current and is in the bad steering state caused because of notice problem, warning message is sent to described car-mounted terminal, prompting driver notes driving, when judged result show driver current be in can not the state of normal driving time, initiatively contact medical aid system or traffic police center processes.
2. physiological driver's condition monitoring according to claim 1 and answering system, it is characterized in that: the described bad steering state caused because of notice problem comprises fatigue driving, drunk driving, divert attention or absent minded, described can not the state of normal driving comprise because of burst disease, too tired or drink cause too much can not normal driving.
3. physiological driver's condition monitoring according to claim 2 and answering system, it is characterized in that: when judged result shows that driver is current and is in the bad steering state caused because of notice problem, described cloud server is sound and light alarm information to the warning message that described car-mounted terminal sends, described physiological driver's condition monitoring and answering system gather the current physiology data analysis of driver further after described cloud server sends sound and light alarm information certain hour, to judge whether driving condition improves, if driving condition does not improve, then send haptic alert information by described cloud server, driver is again reminded to note driving.
4. physiological driver's condition monitoring according to claim 3 and answering system, it is characterized in that: described physiological driver's condition monitoring and answering system again gather the current physiology data analysis of driver after described cloud server sends haptic alert information certain hour, to judge whether driving condition improves, if driving condition improves not yet, then go to driver because of too tired or drink too many and can not the treatment scheme of normal driving.
5. the physiological driver's condition monitoring according to claim 2 or 4 and answering system, it is characterized in that: when driver be in because of too tired or drink too many and can not the state of normal driving time, described physiological driver's condition monitoring and answering system control vehicle deceleration, and vehicle driving state information and GPS position information are sent to traffic police center, inform that traffic police's central vehicle is in improper driving condition, by traffic police center, vehicle is investigated and prosecuted or the driving condition of vehicle is monitored, and light double jump lamp simultaneously and/or the driving condition information of vehicle is sent to nearby vehicle, prompting nearby vehicle is noted.
6. physiological driver's condition monitoring according to claim 2 and answering system, it is characterized in that: when driver to be in because of burst disease can not the state of normal driving time, described physiological driver's condition monitoring and answering system send vehicle driving state information to vehicle management center, phone inquiry is carried out by vehicle management center, if inquiry result shows that driver's health is normal, then continued to drive by driver; If phone access failure or inquiry result show that driver can not normal driving, then by car-mounted terminal adapter vehicle, pulling over observing immediately, starts emergency treatment in car, and vehicle GPS positional information and Driver physiological data is sent to medical aid system wait emergency relief.
7. physiological driver's condition monitoring according to claim 6 and answering system, it is characterized in that: when driver to be in because of burst disease can not the state of normal driving time, described physiological driver's condition monitoring and answering system also control vehicle deceleration, and vehicle driving state information and GPS position information are sent to traffic police center, inform that traffic police's central vehicle is in improper driving condition, by traffic police center, vehicle is investigated and prosecuted or the driving condition of vehicle is monitored, and light double jump lamp simultaneously and/or the driving condition information of vehicle is sent to nearby vehicle, nearby vehicle is reminded to note and seek help to nearby vehicle.
8. physiological driver's condition monitoring and an answering system method, is characterized in that: it comprises the steps:
Utilize the current physiology data of intelligent wristwatch collection driver;
The current physiology data of driver are sent to car-mounted terminal;
By car-mounted terminal by the current physiology data upload of driver to cloud server;
Judged the current driving condition of this driver according to the current physiology data of driver and history physiological data by cloud server;
Be in fatigue driving, drunk driving when judged result shows driver, divert attention or scatterbrained state time, send sound and light alarm, remind driver note drive;
When judged result show driver because of burst disease, too tired or drink too many and can not normal driving time, initiatively contact medical aid system or traffic police center processes.
9. physiological driver's condition monitoring according to claim 8 and countermeasure, is characterized in that: described physiological driver's condition monitoring and countermeasure comprise further:
The current physiology data analysis of driver is gathered further after sending sound and light alarm information certain hour, judge whether driving condition improves, if driving condition does not improve, then send haptic alert information by described cloud server, again remind driver to note driving;
The current physiology data analysis of driver is again gathered after sending haptic alert information certain hour, to judge whether driving condition improves, if driving condition improves not yet, then go to driver because of too tired or drink too many and can not the treatment scheme of normal driving.
10. physiological driver's method for monitoring state according to claim 8 or claim 9, is characterized in that: when driver be in because of too tired or drink too many and can not the state of normal driving time, described physiological driver's condition monitoring and countermeasure comprise further:
Control vehicle deceleration, and vehicle driving state information and GPS position information are sent to traffic police center, inform that traffic police's central vehicle is in improper driving condition, by traffic police center, vehicle is investigated and prosecuted or the driving condition of vehicle is monitored, and light double jump lamp simultaneously and/or the driving condition information of vehicle is sent to nearby vehicle, remind nearby vehicle to note;
When driver to be in because of burst disease can not the state of normal driving time, described physiological driver's condition monitoring and countermeasure comprise further:
Control vehicle deceleration, and vehicle driving state information and GPS position information are sent to traffic police center, inform that traffic police's central vehicle is in improper driving condition, by traffic police center, vehicle is investigated and prosecuted or the driving condition of vehicle is monitored, and light double jump lamp simultaneously and/or the driving condition information of vehicle is sent to nearby vehicle, remind nearby vehicle to note; And
Send vehicle driving state information to vehicle management center, carry out phone inquiry by vehicle management center, if inquiry result shows that driver's health is normal, then driving authority is given back driver; If phone access failure or inquiry result show that driver can not normal driving, then by car-mounted terminal adapter vehicle, pulling over observing immediately, starts emergency treatment in car, and vehicle GPS positional information and Driver physiological data is sent to medical aid system wait emergency relief.
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