Brain-Controlled Attention Enhancement Training Device

A brain-computer interface system that enables motor visualization training through neurofeedback. The platform allows users to control a video game using brain impulses alone, strengthening neuromuscular function and motor skills without physical movement or strain.

A medical device designed for the evaluation and training of consciousness levels in patients. This equipment supports functional assessment and rehabilitation applications for consciousness-related conditions.

A biofeedback instrument utilizing electroencephalography signals to provide real-time feedback for brain function monitoring and therapeutic intervention. Used in neurological rehabilitation and cognitive training applications.

An electroencephalography-based neurofeedback system for brain training and therapeutic intervention. It enables real-time monitoring and feedback of brain electrical activity.

A neurofeedback-based training platform that functions as a video game controlled exclusively by brain impulses without physical movement. The system is designed for athletes to perform motor visualization training, cognitive assessment, and skill development. It strengthens neuromuscular function, supports return-to-play readiness after injury, and enhances cognitive and tactical skills through mental rehearsal without physical strain.

A wearable brain signal acquisition and processing system that translates neural impulses into control commands for therapeutic applications. The system enables neuromuscular assessment and training without requiring physical movement from the user.

A neuroscience-based brain-controlled video game platform that uses motor visualization training and neurofeedback to enhance athletic performance, aid post-injury recovery, and develop cognitive and tactical skills. The system allows athletes to train motor skills and mental processes without physical movement, helping with return to play readiness, player development, and cognitive assessment.

An immersive virtual reality system that uses eye-tracking technology to assess cognitive abilities including attention, abstraction, memory, calculation, and executive function. The system records and analyzes eye movement trajectories in real-time during task execution, enabling precise differentiation between normal cognition, mild cognitive impairment, and dementia, while predicting MMSE and MoCA scores and automatically matching appropriate cognitive rehabilitation training plans using artificial intelligence.

Therapeutic device for brain function intervention across neurology, psychology, and rehabilitation disciplines.

An electrical stimulation device designed for brain-based therapeutic applications. It is used in neurological rehabilitation for promoting neural recovery and functional improvement.

Electronic therapeutic device for neurological treatment and brain disorder management.

A cognitive brain electrical activity and transcranial electrical stimulation control system designed for neuroscience research and clinical treatment applications. The device features high precision, portable design, and millisecond-level synchronization capabilities for cognitive neuroscience studies and neuromodulation therapy.