Spinal Segmental Stabilization Rehabilitation System

This advanced rehabilitation system is designed to enhance spinal function through targeted therapy, with exercises in sitting, standing, and prone positions. It integrates lumbar sensors, visual feedback, and real-time data display, enabling precise spinal movement training. The system aims to improve spinal stability, motor coordination, and overall movement patterns, especially beneficial for patients recovering from spinal injuries or dysfunction.

Key Features:

Sitting Position Rehabilitation:

• Activates and strengthens spinal control through resistance movements of the upper limbs while in a sitting position.
• Focuses on spinal function recovery during upper limb movement.
• Incorporates lumbar position sensors and a display screen for real-time feedback of lumbar movement amplitude.
• Helps avoid compensatory movements and enhances training quality.

Standing Posture Rehabilitation:

• In the standing posture, the spine supports the body weight, replicating the control needed for daily walking and sports.
• Combines upper and lower limb movements to strengthen spinal function and improve motor coordination.
• Utilizes lumbar sensors and visual feedback for precise tracking of spinal movement.
• Promotes correct movement patterns to avoid compensations and improve training quality.

Prone Position Rehabilitation:

• In the prone position, minimal spinal pressure is applied to activate spinal muscles.
• Aids in establishing spinal stability and correct movement patterns in the early rehabilitation stage.
• Provides lumbar position sensors and display screens for real-time visual feedback on spinal movement amplitude.

Spinal Segmental Stabilization Rehabilitation:

• Focuses on strengthening deep stabilizing muscles of the spine, such as the transverse abdominal and multifidus muscles.
• Offers real-time feedback on spinal position to enhance training effectiveness.
• Adapts to different stages of spinal dysfunction, with training tailored for early to advanced stages.
• Includes 3D, multi-plane training for functional spinal stabilization and improved movement control.
• Designed to simulate real-life movements, promoting spinal function while training limb movements.

Four-Stage Rehabilitation Process:

• Stage 1: Focuses on activating the transverse abdominal and multifidus muscles to stimulate spinal stability.
• Stage 2: Builds and optimizes spinal posture and muscle stability with varying movement difficulties.
• Stage 3: Transfers spinal stabilization ability to real-life daily movements, enhancing functional control.
• Stage 4: Engages in dynamic strength exercises for limbs while maintaining spinal control.

System Benefits:

• Improved Spinal Function: Helps patients recover spinal stability through targeted exercises designed to activate deep muscle groups.
• Tailored for All Stages: Designed to accommodate patients at different stages of spinal dysfunction, with progressive difficulty.
• Enhanced Coordination: Combines upper and lower limb movements with spinal control to improve motor coordination.
• Real-Time Feedback: Utilizes sensors and visual displays for instant feedback, ensuring proper form and maximizing the training effect.

Applications:

• Rehabilitation: Ideal for patients recovering from spinal injuries, dysfunction, or surgeries.
• Motor Coordination Training: Improves motor function and coordination for individuals with mobility impairments.
• Posture and Stability: Strengthens spinal muscles to maintain proper posture and stability during movement.

This spinal stabilization rehabilitation system offers a comprehensive, multi-stage approach to spinal recovery, making it a valuable tool in both clinical and home rehabilitation settings.