518 results about "Drunk driving" patented technology

An anti-drunk driving apparatus for a vehicle including: an alcohol drinking determination device which determines whether or not a first person seated in a driver's seat is drunk; a driving restriction device which restricts driving of the vehicle in a case where it is determined that the first person seated in the driver's seat is drunk by the alcohol drinking determination device; a driving intention presumption device which presumes whether or not a second person seated in the driver's seat has an intention to drive; a photograph device which photographs the faces of the first and second persons; and a person identification device which determines whether or not the first and second persons are the same by comparing their faces in images, wherein if it is determined that the first and the second persons are not the same, the driving restriction device restricts driving of the vehicle.

The invention discloses an anti-drunk driving and safe-health driving method which comprises the following steps: combining the heart rate change and body temperature change of a driver in a vehicle, alcohol concentration detection in the vehicle and a third party remote video monitor and control so as to judge whether the driver is drunk and guard against the drunk driving of the driver in a plurality of ways; and giving a health safety warning and rational suggestion to the driver according to the abnormal change of the heart rate caused by high-speed driving or long-time fatigue driving ordrunk driving of the driver. By utilizing the anti-drunk driving and safety-health driving method, a more rigorous and initiative anti-drunk driving method is formed so that the driver cannot subjectively and deliberately escape the drunk detection; the limitation and misjudgment of a way for judging whether the driver is drunk by singly detecting the alcohol concentration in the vehicle is solved, and the accident caused by drunk driving is reduced; and meanwhile, the anti-drunk driving and safety-health driving method is good for the cardiovascular health of the driver, and can be used for reducing the high-speed driving syndrome of the driver.

Drunk driving causes terrible misery. A new type of auto insurance called SoberTeen™ Driving insurance may help that. SoberTeen driving insurance is auto insurance that provides a 10% to 30% discount to young drivers who always drive sober and are willing to let an insurance company monitor their cars to verify it. Intoxication can be determined from measuring braking force, accelerator use and proximity to nearby cars. A “nonintrusive load monitor” algorithm can figure out if a driver is intoxicated, even if different drivers use the car. The insurance product may be set up so that the policy premium is based on monitoring a young driver during a one month probationary period, but there is no actual monitoring during the next year of insurance coverage. That way, driver privacy is protected.

A drunk driving prevention system for a vehicle includes an eye symptom detector adapted for supporting in the vehicle at a position to detect eye symptoms of a driver, a control module operatively linked to the eye symptom detector for determining and analyzing whether the eye symptoms of the driver match with alcohol influenced eye symptoms, and a signal module operatively linked control module for generating a drunk driving signal in response to the alcohol influenced eye symptoms that suspect an alcohol concentration of the driver is above a predetermined threshold.

The invention discloses a drunk driving vehicle detection system based on video monitoring. The drunk driving vehicle detection system comprises a video acquisition module used for acquiring video information through crossing monitoring cameras, a digital image pre-processing module used for filtering image noise, a target capturing module used for setting drunk driving vehicle determining standards, automatically extracting a tracked target and detecting the position of the target, a target tracking measuring module used for detecting the position of the target, contrasting the target position with an optical axis and transmitting the calculated data to a main control computer to control rotation of the camera so as to constantly lock the target in a view field of a shooting system, a license plate extraction and identification module used for acquiring information of the illegal vehicle after the drunk driving vehicle target is locked, and extracting the license plate information of the drunk driving vehicle through image processing, and an information output module used for outputting the complete license plate information and the video monitoring position to a duty room, an operator on duty notifies traffic police at a shortest distance from the target for investigation.

The invention discloses a motor vehicle safety control method and a motor vehicle safety control system. The method comprises the following steps of: acquiring a face image of a driver according to a predetermined time interval when a motor vehicle is in a start state; identifying two eyes and a mouth in the face image, and positioning the central coordinates of the two eyes and the mouth; forming an image triangle based on the central coordinates; and comparing each edge of the image triangle with the corresponding edge of a pre-stored face triangle, judging whether the driver is in a fatigue or drunk driving state, or judging whether the attention of the driver is concentrated, giving a sound or light alarm based on the judgment result, and even directly controlling the operation of a motor vehicle safety system to prevent traffic accidents.

The invention provides a fatigue or drunk-driving detection and control method and a corresponding system. According to the fatigue or drunk-driving detection and control method and the corresponding system, whether a driver drives in a fatigue or drunk state can be detected accurately, effectively and simultaneously, and thus corresponding control is carried out. The invention provides the drunk-driving detection and control method which comprises the following steps of: firstly, shooting a face of the driver to acquire a current eye image of the driver; and secondly, extracting a normal eye image of the driver, comparing the normal eye image with the current eye image, judging that the driver drives in the fatigue or drunk state if the ratio of the current eye image to the normal eye image exceeds a standard preset value and limiting the driving of the driver. Due to the adoption of the technical scheme provided by the invention, the fatigue and drunk-driving can be detected accurately, effectively and simultaneously and necessary driving limiting operation is carried out at the same time; and in addition, an image and an iris identification can be used as a reference for storage.

A drunk driving prevention system is equipped with an external server and an on-vehicle component. The on-vehicle component is equipped with a detection unit that detects an alcohol concentration of a driver, an acquisition unit that acquires information on a current position of a vehicle, and a communication unit that transmits to the external server the alcohol concentration as well as the current position information. The external server is equipped with a storage unit that stores a plurality of criteria that relate to an alcohol concentration falling under drunk driving and are different from one another as a result of geographical differences, a communication unit that receives the alcohol concentration and the current position information, and a determination unit that determines, based on that one of the criteria, whether the alcohol concentration received is an alcohol concentration falling under drunk driving.

The invention discloses an anti-drunk driving vehicle-mounted system capable of ensuring driver uniqueness. The vehicle-mounted system comprises an alcohol detector, an A/D converter and a starting controller; the alcohol detector is connected with the A/D converter; the vehicle-mounted system also comprises a face identification system, a CCD sensor circuit, an air valve and a central processor,wherein the face identification system is connected with the CCD sensor circuit and the central processor respectively; the central processor is connected with the A/D converter, the starting controller and the air valve respectively; the air valve comprises an air port; and the alcohol detector is arranged at the position close to the air port. The vehicle-mounted system uses an alcohol detection system as main detection and uses the face identification system as auxiliary monitoring, combines the two systems to monitor the driver in the whole course at the same time of avoiding drunk driving, can carry out uniqueness control for the driver, and is used for preventing the corrupt actions that the driver bribes others or stops the vehicle in the middle way to change others to drive the vehicle.

The invention relates to a drunk driving and drowsiness prevention system and a drunk driving and drowsiness prevention method. The system comprises a camera, a thermal imaging sensor, an engine controller and a controller. The camera is used for acquiring and providing face information of a driver; the thermal imaging sensor is used for detecting and providing face blood flow information of the driver; the engine controller is used for controlling work of an engine; the controller is electrically connected with the camera, the thermal imaging sensor and the engine controller and is used for judging whether the driver is in a drunk driving state or a drowsy state according to the face information provided by the camera and the face blood flow information provided by the thermal imaging sensor, sending a command of shutting down the engine to the engine controller to enable the engine to stop working if judging the driver is in the drunk driving state, and sending a vehicle speed limiting signal to the engine controller to enable the engine to limit a running speed of a vehicle if judging the driver is in the drowsy state. The drunk driving and drowsiness prevention system and the drunk driving and drowsiness prevention method ensure traveling safety and reliability.

The invention relates to a drunk driving vehicle door remote controller capable of realizing wireless communication. Fingerprint information of a driver is sent into a control processor through a fingerprint sensor, an infrared alcohol sensor detects the alcohol content in the blood of the driver and sends the alcohol content to the control processor, the control processor judges the fingerprint information and carries out alcohol content comparison processing, and the control processor outputs door opening signals or outputs warning signals to a warning prompt device; a gas sensitive alcohol sensor detects the gas breathed out by the driver, detection signals are sent to the control processor, the control processor processes the detection data and outputs warning signals to the warning prompt device, meanwhile, instructions are output, an engine relay is switched off, and an engine is shut down; the control processor carries out data communication with the outside through a wireless communication module. The fingerprint detection module is added, in addition, a detected object is locked in an admissive range, through the fingerprint and alcohol detection, the driving safety is ensured, and the drunk driving and the driver change in the midway can be strictly prevented and controlled.

The invention belongs to the technical field of automatic control, in particular to a multifunctional intelligent vehicle start and safety protection system. The system comprises a central processor, wherein the input end of the central processor is connected with a drunk driving prevention module, a fatigue driving prevention module and a severe weather navigation module, while the output end is connected with a voice prompt module, a liquid crystal display module and a start control module, and the start control module is connected with a vehicle engine start system; the drunk driving prevention module comprises a pressure sensor and an alcohol detection sensor which are connected to a CPU (Central Processing Unit) through a signal amplifier and an analog to digital converter; the fatigue driving prevention module comprises a timer, and the timer is started along with the start of the vehicle through the CPU; the severe weather navigation module comprises an ultrasonic distance measuring module; and the ultrasonic distance measuring module and a vehicle speed information output end are together connected to the CPU. The invention can effectively and originally suppress traffic accidents and has the advantages of good compatibility and strong realizability.

The invention discloses a safe driving system and method capable of preventing drunk driving and fatigue driving. The safe driving system comprises an alcohol tester, a microprocessor, a camera and an after-locking relay. The alcohol tester is used for sending a camera infrared ray instruction to the microprocessor, testing the alcohol concentration of a driver at the same time, displaying the tested alcohol concentration test value and sending the tested alcohol concentration test value to the microprocessor. The camera is used for starting shooting video under the control of the microprocessor and transmitting the shot camera video to the microprocessor. The microprocessor is used for obtaining the judgment result that whether drunk driving exists, obtaining the identification results that whether the installation direction of the microprocessor is changed, whether the driver is substituted and whether fatigue driving exists and sending an infrared signal to the after-locking relay. The after-locking relay is used for being controlled to be on and off according to the infrared signal. According to the safe driving system and method capable of preventing drunk driving and fatigue driving, whether the driver has drunk driving and fatigue driving can be judged, the phenomena of false blowing, cheating and substitution of the driver in the midway are avoided, and the practicability is high.

The invention discloses a laser drunk-driving quick remote sensing and automatic test system, and relates to a traffic monitoring system. The system solves the problem that the traditional monitoring system cannot realize automatic test on drunk driving and consists of a laser drunk-driving pre-warning subsystem and a laser drunk-driving test system monitoring center; the laser drunk-driving pre-warning subsystem comprises a fixed laser drunk-driving remote sensing and testing device, an electronic eye and a communication module and is erected on a road to monitor running vehicles; and the laser drunk-driving test system monitoring center comprises an information processing computer and an alarm communication network. The invention has the advantages that: the fixed laser drunk-driving remote sensing and testing device, the computer recognition and network information processing are combined to push a drunk-driving test technology to a new level. The system can realize all-weather, non-intervention and full-automatic test, and plays a great promotion role in the aspects of reducing labor intensity, improving the management efficiency and increasing management objectivity.

The invention proposes a vehicle designated driving service system and an implementation method for vehicle designated driving service. The system comprises a vehicle which comprises a network communication device, and the network communication device obtains the position information and vehicle information of the vehicle after receiving a triggering instruction, and sends a designated driving request command. The system also comprises a server, wherein the server carries out the analysis of the designated driving request command so as to obtain the position information and vehicle information of the vehicle, enables the vehicle information to be matched with registration information, determines a service region of the vehicle according to the position information and vehicle information of the vehicle, and sends a service command. The system also comprises a mobile terminal which is located in the service region and responds to the service command, so as to provide vehicle designated driving service. The system and method can provide designated driving service for a user when the user of the vehicle is not convenient to drive the vehicle, and bring convenience to the user. In addition, the system and method can prevent the drunk driving from causing danger.

The present invention provides a hand tracking based safe driving detection method. The method comprises: first, performing a steering wheel detection: performing histogram equalization, an opening operation, contouring drawing and hough circle detection successively on an original image of the steering wheel located at a center position, and accurately detecting position coordinates of the steering wheel; then performing hand tracking: performing tracking and positioning on a hand region of a driver by adopting a template matching method, and further determining whether the driver drives properly by detecting whether hands move near the steering wheel; if no change of hand coordinates is found for a long time during a detecting process, determining that the driver is in a fatigue driving state; and if two hands of the driver are detected beyond a range of the steering wheel for a long time or can not be detected, determining that the driver is in a dangerous driving state. According to the method provided by the present invention, whether the driver drives safely is determined by a motion region of hands during safe driving, and fatigue driving, nonstandard operation and drunk driving can be detected and the reliability of safe driving detection is improved.

The invention discloses a multi-sensor integration based automotive transport monitoring system which comprises a background monitoring server and at least one vehicular multi-sensor monitoring terminal. The background monitoring server and the multi-sensor monitoring terminals are connected through a wireless network and TCP (transmission control protocol)/IP (internet protocol), the background monitoring server comprises an application program server, a WEB server, a database server, each multi-sensor monitoring terminal comprises a MCU (microprogrammed control unit), a gas monitoring function module, a safety monitoring function module, a transport condition monitoring function module and a wireless communication function module, and the gas monitoring function module, the safety monitoring function module, the transport condition monitoring function module and the wireless communication function module are electrically connected with the MUC respectively. By adopting the multi-sensor integration based automotive transport monitoring system, monitoring can be realized by starting different sensors according to different automotive conditions, so that the monitoring problem of unsafe factors such as drunk driving, fatigue driving and resting in automobiles with doors closed in cold weather of long-distance transport drivers is solved.

The invention discloses a handheld laser drunk-driving telemetering and pre-warning system comprising a body. The body is internally provided with a DFB (Distributed Feed Back) laser and is externally provided with a laser emission button which is electrically connected with the DFB laser and a control module of the DFB laser; a receiving telescope is arranged on the side wall of the body, and a beam collimator is arranged in a lens cone of the receiving telescope; the DFB laser is connected with the beam collimator by virtue of optical fibers; and a photoelectric detector is arranged at the rear end of the receiving telescope, and the signal output of the photoelectric detector is connected with a signal acquisition and processing module. When the handheld laser drunk-driving telemetering and pre-warning system is used, emitted light beams are aligned with an area to be metered, the metering can be finished quickly by high-frequency modulation of a light source, and a user can perform judgment rapidly according to the displayed result and completely control the starting of the metering. The handheld laser drunk-driving telemetering and pre-warning system can be used for performing real-time telemetering on alcohol concentration on a small scale.

The invention discloses a warning and intervention system for drunk driving of drivers and an operation and control method of the drunk driving detecting, warning and intervening system. The system comprises a system enable detection unit, a driver alcohol detection unit, a driver response ability detection unit and an execution unit, the system enable detection unit consists of a WISDD (warning and intervention system for drunk driving) controller (20), a vehicle door opening sensor (11) and a driver seat pressure sensor (12), the driver alcohol detection unit comprises a primary alcohol detection unit and a secondary blowing type alcohol detection unit (6), the driver response ability detection unit comprises four signal lamps and four switches, structures of the four signal lamps are identical, structures of the four switches are identical, and the execution unit mainly consists of a voice prompting loudspeaker (3), a speed limiting prompting lamp (4), a double-flash warning relay (13), a double-flash warning lamp (15) and a system fault lamp (17). The system enable detection unit, the driver alcohol detection unit, the driver response ability detection unit and the execution unit are respectively connected with the WISDD controller (20) by electric wires. The invention further provides the operation and control method of the warning and intervention system for drunk driving of drivers.

The invention discloses a vehicle-mounted drunk-driving control system, comprising: a first alcohol concentration detection unit for detecting the alcohol concentration in the vehicle, and judging that if the alcohol concentration reaches a preset threshold value, the vehicle starting circuit is kept in a disconnected state The vehicle communication unit is used to connect the traffic police control system network through the wireless communication network video when the first alcohol concentration detection unit judges that the alcohol concentration in the vehicle reaches the preset threshold; the second alcohol concentration detection unit is used to connect the traffic police control system through the video When the network is connected, the alcohol concentration of the driver's breath is detected. If the alcohol concentration reaches the preset threshold, the driver's image will be taken and the positioning system will be activated to locate the vehicle. If the alcohol concentration does not reach the preset threshold, the vehicle will be started. The circuit is in the open state, and the first alcohol concentration detection unit is turned off during the subsequent vehicle operation of this driving. By using the present invention, drunk driving can be effectively prevented, and the driver's drunk driving detection cheating and drunk driving false detection can be prevented.

An In-Sn composite oxide semiconductor ethanol sensor prepared by a one-step hydrothermal method, a preparation method and an application of the ethanol sensor in detecting concentration of ethanol in drunk driving and an atmospheric environment are disclosed belong to the field of gas sensor technology. The sensor is composed of commercially available Al2O3 insulating ceramic tube with its outside surface carrying two annular gold electrodes, an In-Sn composite oxide semiconductor sensitive material which coats outside surfaces of the annular gold electrodes and the Al2O3 insulating ceramic tube, and a nickel-cadmium alloy heating coil which passes through the Al2O3 insulating ceramic tube. The sensor has good linearity to low concentration (lower limit of detection is 10 ppm) of ethanol. With the characteristics, the In-Sn composite oxide semiconductor ethanol sensor can be greatly applied in detecting alcohol in drunk driving and an atmospheric environment. And driver's driving safety and environmental safety can be further judged by detection of ethanol concentration.