Handheld Vibration and Laser Device for Parkinson's Motor Symptoms

The patent applies mechanical vibration through a micro motor that generates vibrations applied to the patient's body. The vibration parameters (frequency, amplitude, duration) can be modulated to target specific motor symptoms. This mechanical vibration stimulus helps activate motor neurons and muscles, reducing freezing episodes and improving movement initiation and execution, thereby enhancing productivity without requiring complex surgical or pharmacological interventions

The patent replaces complex pharmacological treatment regimens and invasive surgical procedures with a simpler mechanical vibration system. The handheld device delivers targeted vibration therapy that can be adjusted remotely via Bluetooth, substituting multiple medications or complex therapy protocols with a single controllable mechanical intervention, thus improving movement capability while managing device complexity

The patent implements periodic vibration therapy where the micro motor delivers vibration impulses in controlled cycles. The vibration can be applied intermittently throughout the day during activities that trigger symptoms, rather than requiring continuous prolonged treatment. This periodic application pattern improves motor function at critical moments while minimizing total treatment time, allowing patients to receive therapy during daily routines

The device allows pre-programming of vibration protocols before symptom onset. Patients or therapists can set up treatment schedules in advance that automatically activate vibration therapy at optimal times or in response to detected movement patterns. This preliminary setup reduces the need for real-time adjustment and extends treatment benefits across multiple activities, improving motor function efficiency while reducing overall time commitment