Routing vehicle system based on electroencephalogram control

Abstract

The invention relates to a novel routing vehicle system based on electroencephalogram control. The invention collects the electroencephalogram signal of a user focusing on doing something, then transmits the electroencephalogram signal to a small toy vehicle through a wireless transmission technology, later processes the electroencephalogram signal by using the single chip of the vehicle, finally extracts the property signal of the electroencephalogram signal and matches the property signal with the corresponding specific speed value to realize the speed control of the vehicle. A transmitter of an infrared photoelectric sensor on the vehicle body transmits the infrared light to a map and reflects the signal to a receiver while the infrared light meets white-matrix black lines or black-matrix white lines, then a signal receiver transmits the signal to the single chip, and the single chip controls the rotation speed of the left motor and the right motor of the vehicle after processing by the single chip so as to turn the vehicle left and right. The invention exercises the concentration of the user via the game process, and improves the focusing attention while user plays the game, so that the user can more easily reach the ideal state while doing other works.

Description

technical field [0001] The invention belongs to the technical field of automatic control, and relates to a novel brain-electrically controlled path-finding trolley system. Background technique [0002] With the progress and development of science and technology, new toys emerge in endlessly. Remote control toys integrating sound and light have already become the mainstream of the market. People are actively expanding new toy industries while developing traditional toy industries. New development goals for toy manufacturers. Compared with traditional smart toys, EEG-controlled smart toys have inherent huge advantages. Traditional smart toys require players to have certain hands-on ability and theoretical basis, which limits traditional smart toys to be exclusive products for adults or young technology enthusiasts. Brain-electricity-controlled toys do not have the above limitations, and brain-electricity-controlled toys are loved by young children with their unique and novel...

AI Technical Summary

Problems solved by technology

EEG is a potential of about tens of microvolts generated during the electrical activity of the brain. Traditional EEG equipment is mostly used in scientific research and medical equipment. At this stage, no domestic manufacturer has applied EEG control equipment to consumer-grade civilian products. And most of them have the following problems: (1) Need to wear electrode caps and apply conductive paste, which is not convenient for users to use, it is complicated and cumbersome to use every time, and the user experience is not good; The price ranges from tens of thousands to millions, and ordinary consumers cannot afford this price; (3) The collected EEG signals require special software and hardware to interpret, and most of the output is professional data and waveform diagrams, which limits Users can only be scientific researchers or medical personnel in professional fields, ordinary people cannot use EEG equipment well

[0004] At present, the use of biosensors by humans is still in its infancy. The human body structure is very complex, but there are few biosignals that can be well used by people at this stage.

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