Artificial intelligence wheelchair model based on brain-computer interface

Abstract

The invention discloses an artificial intelligence wheelchair model based on a brain-computer interface, and the model comprises a wheelchair body, and a lifting control device, a PC host, an electrical controller, a wireless communication module, an ultrasonic range finder, an electrode cap and an image recognizer which are disposed on the wheelchair body. A driving mechanism arranged on the wheelchair body is connected with the electrical controller; the electrical controller is connected with the PC host, three control modes of the driving mechanism are set on the PC host, the control modes are a brain wave control mode, a facial expression control mode and a manual control mode, and the control modes are switched through function keys arranged on the wheelchair body. The artificial intelligence wheelchair model based on the brain-computer interface is provided with three optional driving modes for different users to select and use, the three driving modes are arranged on the same wheelchair body to form the same control system, energy and cost are saved, integrated arrangement of an intelligent wheelchair is achieved, the intelligent automatic control degree is high, and control is easy.

Description

technical field [0001] The invention relates to the technical field of intelligent rehabilitation equipment, in particular to an artificial intelligence wheelchair model based on a brain-computer interface. Background technique [0002] The pace of modern life is getting faster and faster. For families with disabled persons at home, it is necessary to arrange for a person to take care of them, which virtually increases the pressure of family life. Therefore, the generation of intelligent wheelchairs is a good help for the disabled, and now with the development of 5G technology and intelligence, more and more products are beginning to use intelligent interconnection and brain-computer interfaces. However, the existing smart wheelchairs can only be used for brain-computer connection and ordinary electric wheelchairs, which cannot provide reasonable needs for different users, resulting in excessive functions and waste of functions when used by light users. Electric wheelchairs...

AI Technical Summary

Problems solved by technology

However, the existing smart wheelchairs can only be used for brain-computer connection and ordinary electric wheelchairs, which cannot provide reasonable needs for different users, resulting in excessive functions and waste of functions when used by light users.

Electric wheelchairs with simple functions cannot meet the user's needs well. They have single functions and are cumbersome to operate.

Moreover, current wheelchairs have a single driving mode, single user choice, low degree of intelligent automatic control, and low safety configuration.

Therefore, it is urgent to design an artificial intelligence wheelchair model based on brain-computer interface to solve the problems of single driving mode, low degree of intelligent automatic control and low safety configuration of existing wheelchairs.

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