Device and Method for Predicting a Loss of Control over a Muscle

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This patent discloses a device and method for predicting an imminent loss of muscle control in humans. The invention uses sensors to detect sounds produced by muscles and to measure body acceleration. By analyzing both data inputs, the system can identify early indicators of muscle fatigue, dizziness, or instability, allowing it to warn the user or relevant parties before an actual loss of control (such as a fall) occurs.

Use CasesContent extracted from patent full text and abstract with AI.

• Fall prevention systems for elderly people living independently or in care facilities
• Real-time driver monitoring for fatigue or drowsiness detection in vehicles
• Assistance systems for workers performing physically demanding tasks to detect exhaustion
• Medical monitoring for patients with neurological or muscular disorders (e.g., Parkinson’s disease, muscular dystrophy)
• Rehabilitation monitoring during physical therapy
• Wearable safety devices for athletes to track muscle fatigue and prevent injury

BenefitsContent extracted from patent full text and abstract with AI.

• Early warning provides the chance to prevent falls and injuries rather than just detecting them after the fact.
• Combines muscle sound and acceleration data for higher accuracy and fewer false alarms compared to conventional sensors.
• Customizable and adaptable sensor placement for optimized detection according to specific use cases or individual needs.
• Wireless and wearable configuration supports user comfort and continuous monitoring.
• Data logging allows tracking of muscle function over time, providing diagnostic value for healthcare.
• Potential integration with emergency notification systems for rapid response.
• Applicable to a wide range of health and safety scenarios, increasing the flexibility of the invention.

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Patent Abstract

A device for predicting a loss of control over a muscle of a human being has a detector for detecting a sound of the muscle, an acquirer for acquiring an acceleration of the human being and an evaluator for evaluating the sound and the acceleration to determine an imminent loss of control over the muscle from the sound and the acceleration.