Feedback method of human-car information synesthesia

Abstract

The invention discloses a feedback method of human-car information synesthesia, which is characterized by comprising a step of feeding back the pre-warning signal detected to a driver by using a synesthesia method. The synesthesia method comprises the following steps of: (1) touch: the indicative vibration is generated on the hand-held position of a steering wheel; (2) sight a, display warning is displayed on a vehicle-mounted display screen; (3) hearing a, a voice indication is generated. According to the feedback method provided by the invention, the touch, sight and hearing are utilized to transmit the human-car information through mild regular vibration on the hand-held position of the steering wheel, warnings displayed on the vehicle-mounted displaying screen and the voice indication after the pre-warning signal is detected, so that drivers and passengers can sense the human-car information with a light heart, and release boredom when the information is unitary. The feedback method of the human-car information synesthesia based on the synesthesia (combination of touch, sight and hearing) can greatly enrich the manners for transmitting the car information, enhanc the user experience, effectively create a close relationship between human and the car, realize a human-car integrity harmony, reduce the man-made misoperations and improve the driving security.

Description

technical field [0001] The invention relates to human-computer interaction technology, in particular to a human-vehicle information synesthesia feedback method. Background technique [0002] With the rapid development of China's economy, more and more cars have entered ordinary families. With the improvement of living standards, only providing driving functions can no longer meet people's needs for cars, and people's requirements for safety and comfort have become more and more serious. come higher. During the driving process of the car, there will be abnormal situations such as engine or other important parts failure, side or rear vehicles are too close, speeding, etc. At present, most of the ways to transmit these abnormal information are through visual feedback (such as displaying on the vehicle display screen) Warning messages or flashing warning lights, etc.), or the use of auditory feedback (such as warning sounds). [0003] In the process of driving, the situation b...

AI Technical Summary

Problems solved by technology

However, the way of visual expression requires people to always pay attention to the vehicle information display screen, which will lead to two disadvantages: first, it is easy to cause people's fatigue, and a single information feedback will also make people feel bored, which is not conducive to people's safe driving; It is that people should not be distracted for a long time to observe the car display screen while driving