Driver health monitoring method and monitoring equipment based on vehicle-mounted equipment

Abstract

The invention discloses a driver health monitoring method based on vehicle-mounted equipment. The driver health monitoring method comprises the following steps of acquiring physiological data of a driver, judging the health state of the driver, and interfering with the operation of a vehicle according to the current health state of the driver. The invention further provides driver health monitoring equipment based on the vehicle-mounted equipment. The driver health monitoring equipment comprises a physiological data acquisition device, a health state judgment device and an instruction generation device. According to the equipment, an active safety configuration can be provided, and the health and emotional conditions of the driver are judged according to heart rate. When the driver drives in an unhealthy state, measures such as safety braking are actively taken, so that the driving safety of the driver is protected, and traffic accidents caused by health problems of the driver are avoided. Meanwhile, the vehicle-mounted equipment can actively adopt a series of man-machine interaction modes according to a heart rate value, the heart rate value and the emotional state of the driver are actively adjusted, the vehicle-mounted man-machine interaction experience is improved, and a warm science and technology feeling is created.

Description

technical field [0001] The invention relates to the field of auto parts, more specifically, to the field of smart cockpit parts of automobiles. Background technique [0002] Users' cognition of cars is gradually changing from a "single means of transportation" to a "third space", and the smart cockpit is the core carrier to realize space shaping, and the smarter active and passive safety and human-computer interaction experience in the car are important. development trend. Driver health and emotion, as important indicators of safe driving, need to be considered emphatically. However, there is no effective method for monitoring the driver's health and emotion, and it is impossible to actively provide safety assurance and emotional interaction based on the driver's real-time situation. In view of the above problems, it is necessary to propose further solutions to ensure the driver's safe driving. [0003] At present, a variety of wearable health monitoring devices have been...

AI Technical Summary

Problems solved by technology

However, heart rate monitoring wristbands in the field of consumer electronics cannot effectively mobilize the in-car system and give the driver the necessary human-computer interaction

However, the current in-vehicle terminal itself has the ability to effectively mobilize the in-vehicle system, but lacks a method for active and effective interaction with the driver.

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